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The Greatest Guide To Longfield Hill MOT
Uncheck the box labeled By no means let Internet sites to ask for your Bodily location if It is really currently checked.
Booked my automobile for an MOT plus a company and drove up in the morning to drop my motor vehicle off to not a soul there as well as a detect over the door stating "due to sickness not a soul is in nowadays"
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033 quantities are cell welcoming, charged at nationwide connect with prices and included in inclusive moment designs from landlines and mobiles.
We calculate the overall star ranking employing only reviews that our automatic application presently suggests. Find out more. Text to Mobile phone
"I took my auto in as I had been concerned about a lower grinding seem when applying the brakes. The mechanics ended up extremely welcoming and gave the car a radical appear in excess of. Nothing at all was far too much difficulty. I might be again and I would suggest these men to any individual!"
Our local garages in Longfield, Kent all have click here the most up-to-date diagnostic devices to MOT, mend and service cars and trucks. To ebook your MOT on the internet, simply deliver the small print within your motor vehicle and where you are located.
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37,000 fake shopping websites across 27 countries
Retailers make most of their money this time of year, the problem is that scam artist know that and will take advantage of the increase sales opportunities. thousands of fake websites appear on the net offering anything you could want, all you need to do is send them the money. By the time you realize that it is a fake website, your cash, good name, reputation, credit, and your identification has been taken or damaged. Recently I received a notice from my Internet/antivirus program about 37,000 fake shopping websites closed down across 27 countries. http://blogs.quickheal.com/wp/global-crackdown-on-37000-fake-shopping-sites/ . following their suggestions #4,5, 6 & 7 is your best defense.
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subset: commoncrawl


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Women's Clothing Stores - Apparel Retailer Search Engine
Clothing Store Terms Apparel Glossary Apparel Retailer Directory Definitions Terms
This industry comprises establishments primarily engaged in retailing a general line of new women's, misses', and juniors' clothing, including maternity wear. These establishments may provide basic alterations, such as hemming, taking in or letting out seams, or lengthening or shortening sleeves.
Women's Clothing Stores
Clothing Store Glossary


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This blog post about Vastu Tips For Almirah In Bedroom was uploaded on October 16, 2017 at 5:44 am. This article is published under the Bedroom category. Vastu Tips For Almirah In Bedroom is tagged with Vastu Tips For Almirah In Bedroom, Vastu, Tips, For, Almirah, In, Bedroom..
Tipstip1 (tip),USA pronunciation n., v., tipped, tip•ping.
- a slender or pointed end or extremity, esp. of anything long or tapered: the tips of the fingers.
- the top, summit, or apex: the tip of the mountain.
- a small piece or part, as of metal or leather, forming or covering the extremity of something: a cane with a rubber tip.
- Also called tip-in, tip-on. an insert, as an illustration, map, or errata slip, pasted to a page of a book, magazine, etc., usually along the binding margin.
- a small, delicate tool made of fine hair cemented between two cards, for applying gold leaf.
tip′less, adj.
- to furnish with a tip.
- to serve as or form the tip of.
- to mark or adorn the tip of.
- to remove the tip or stem of (berries or certain fruits or vegetables).
- to frost the ends of (hair strands): I'm having my hair cut and tipped tomorrow.
- tip in, [Bookbinding.]to paste the inner margin of (a map, illustration, or other plate) into a signature before gathering.
Forfor (fôr; unstressed fər),USA pronunciation prep.
- with the object or purpose of: to run for exercise.
- intended to belong to, or be used in connection with: equipment for the army; a closet for dishes.
- suiting the purposes or needs of: medicine for the aged.
- in order to obtain, gain, or acquire: a suit for alimony; to work for wages.
- (used to express a wish, as of something to be experienced or obtained): O, for a cold drink!
- sensitive or responsive to: an eye for beauty.
- desirous of: a longing for something; a taste for fancy clothes.
- in consideration or payment of;
in return for: three for a dollar; to be thanked for one's efforts.
- appropriate or adapted to: a subject for speculation; clothes for winter.
- with regard or respect to: pressed for time; too warm for April.
- during the continuance of: for a long time.
- in favor of;
on the side of: to be for honest government.
- in place of;
instead of: a substitute for butter.
- in the interest of;
on behalf of: to act for a client.
- in exchange for;
as an offset to: blow for blow; money for goods.
- in punishment of: payment for the crime.
- in honor of: to give a dinner for a person.
- with the purpose of reaching: to start for London.
- contributive to: for the advantage of everybody.
- in order to save: to flee for one's life.
- in order to become: to train recruits for soldiers.
- in assignment or attribution to: an appointment for the afternoon; That's for you to decide.
- such as to allow of or to require: too many for separate mention.
- such as results in: his reason for going.
- as affecting the interests or circumstances of: bad for one's health.
- in proportion or with reference to: He is tall for his age.
- in the character of;
as being: to know a thing for a fact.
- by reason of;
because of: to shout for joy; a city famed for its beauty.
- in spite of: He's a decent guy for all that.
- to the extent or amount of: to walk for a mile.
- (used to introduce a subject in an infinitive phrase): It's time for me to go.
- (used to indicate the number of successes out of a specified number of attempts): The batter was 2 for 4 in the game.
- for it, See in (def. 21).
- seeing that;
- because.
Almirahal•mi•rah (al mī′rə),USA pronunciation n.
- [Anglo-Indian.]a wardrobe, cabinet, or cupboard.
Inin (in),USA pronunciation prep., adv., adj., n., v., inned, in•ning.
- (used to indicate inclusion within space, a place, or limits): walking in the park.
- (used to indicate inclusion within something abstract or immaterial): in politics; in the autumn.
- (used to indicate inclusion within or occurrence during a period or limit of time): in ancient times; a task done in ten minutes.
- (used to indicate limitation or qualification, as of situation, condition, relation, manner, action, etc.): to speak in a whisper; to be similar in appearance.
- (used to indicate means): sketched in ink; spoken in French.
- (used to indicate motion or direction from outside to a point within) into: Let's go in the house.
- (used to indicate transition from one state to another): to break in half.
- (used to indicate object or purpose): speaking in honor of the event.
- in that, because;
inasmuch as: In that you won't have time for supper, let me give you something now.
- in or into some place, position, state, relation, etc.: Please come in.
- on the inside;
- in one's house or office.
- in office or power.
- in possession or occupancy.
- having the turn to play, as in a game.
- [Baseball.](of an infielder or outfielder) in a position closer to home plate than usual;
short: The third baseman played in, expecting a bunt.
- on good terms;
in favor: He's in with his boss, but he doubts it will last.
- in vogue;
in style: He says straw hats will be in this year.
- in season: Watermelons will soon be in.
- be in for, to be bound to undergo something, esp. a disagreeable experience: We are in for a long speech.
- in for it, [Slang.]about to suffer chastisement or unpleasant consequences, esp. of one's own actions or omissions: I forgot our anniversary again, and I'll be in for it now.Also,[Brit.,] for it.
- in with, on friendly terms with;
familiar or associating with: They are in with all the important people.
- located or situated within;
internal: the in part of a mechanism.
- [Informal.]
- in favor with advanced or sophisticated people;
stylish: the in place to dine; Her new novel is the in book to read this summer.
- comprehensible only to a special or ultrasophisticated group: an in joke.
- well-liked;
included in a favored group.
- inward;
inbound: an in train.
- plentiful;
- being in power, authority, control, etc.: a member of the in party.
- playing the last nine holes of an eighteen-hole golf course (opposed to out): His in score on the second round was 34.
- Usually, ins. persons in office or political power (distinguished from outs).
- a member of the political party in power: The election made him an in.
- pull or influence;
a social advantage or connection: He's got an in with the senator.
- (in tennis, squash, handball, etc.) a return or service that lands within the in-bounds limits of a court or section of a court (opposed to out).
v.t. Brit. [Dial.]
- to enclose.
Bedroombed•room (bed′ro̅o̅m′, -rŏŏm′),USA pronunciation n.
- a room furnished and used for sleeping.
- concerned mainly with love affairs or sex: The movie is a typical bedroom comedy.
- sexually inviting;
amorous: bedroom eyes.
- inhabited largely by commuters: a bedroom community.
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according to her, she reads, paints, dances, and never cries. i told her i would like her even if she did cry. she admitted that she couldn't write, and when i tried to show her how to write her name somebody bitched me out. she had "pa" and she was doing an awesome job. she was unnerved by the bitching out, and she took me to the side and we talked about her pimp wardrobe.
i'm going to write about all of the under-sixes after i sleep, because phenomena like that deserves its own entry.
if anybody should ask i'm going to a seminarpieces of the moonJOBJOBJOBinterviewinterviewinterviewsensitive heart, you're doomed from the start(& etc)


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January 29, 2018
As President of the Cleveland Metropolitan Bar Foundation (CMBF) and firm Vice-Chairman, Mitch Blair writes an article every month on the ways lawyers are giving their time, talent, and treasure to make like better for people in our community. Check out January's focus on Rock the Foundation and Frank Sullivan, Calfee client and this year's winner of the Pogue Award. Read the article here.


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Патент USA US2110931код для вставки
March-1'5, 193s. ' 2 1., 1 0 3 9,, 1. ' H. |. DYER ET AL_ MACHINE TOOL 4 sheets-sheet 1 Filed Oct. 25, '1935 (556' - INVENTORS. , Haraldl'. 261',' OscarJ.' n.' edlzzmd March 15, 1938.- . ]H, ., DYER ET AL MACHINE 2,110,931 TOOL ' Filed'oct. 25. 1955 ' _ 4 Sheets-Sheet 2 INVENTORS. l-laraldl ?yer; BYOsrarJ'?/?edlanal I - M,2%%@Yz/M A TTORNEYS. March ~15, 1938' 2,110,931. H. l. DYER ET AL MACHINE TOOL ,4 Sheets-Sheet s Filed 001,. 25, 1955 ' ' I IN VEN TORS. ?ar'ali_ll%er; '7714.' Mimi~ V7541"! I ATTORNEYS. March 15, 1938. . H. I. DYER'ET AL 2,110,931 ' MACHINE TOOL Filed 0ct.- 25,_ 1935 ~ 4 Sheets-Sheei INVENTOR5. - 'Harold I. Dyer; ~ 055421171.' ?edlzllldf BY 1 4 ATTORNEYS. 3 PatentcclMar. 15, 1938 l ' - v2,110,931 1 UNITED STATES " PATENT OFFICE' v2,110,931 I MACHINE TOOL Harold I; Dyer and Oscar vJ. w. Hedlund, Battle' Creek, Mich, assignors, by mesne assignments, to Eaton Manufacturing Company, Cleveland, , Ohio, a corporation of Ohio . Application October 23, 1935, Serial No. 46,252 17 Claims. (Cl. 51--103) The present invention relates generally to ma—. chine tools and more particularly to machine tools embodying automatic mechanism for feeding ar ticles to working position, and for conveying com 5 pleted articles away from such working position. conveyor chain; in which clips embody resiliently related elements, between which the articles may be snapped, either manually} or automatically, and from which at the completion of a grinding, machining or other operation the articles'may be 5 ' removed either manually or automatically; and Objects of the present invention are to provide ' in which at the working position a resilient ele ment of each clip acts to urge the article into engagement with the previously mentioned sup- , a machine tool, adaptable for grinding, machin ing or other operations, which is fully automatic in operation, relatively simple in construction, and 10 in operation substantially reduces the cost of such operations. ' Further objects of the present invention are to provide a machine tool embodying automatic means for successivelypresenting articles to be ground, machined, or otherwise operated upon to a working position and to successively convey-the completed articles' away from such working po sition; to provide such a machine, tool in' which the feeding mechanism operates in conjunction 20 with chucking mechanism for the articles posi tioned at the working position; in which the porting mechanism. , ' '10 Further objects of the' present invention are, to provide a machine tool of the above stated gen eral character embodying an endless' conveyor type magazine feeding device, and in whichthe working position is located at one 'of the curved , l5 _ portions of the path followed by the articles; in which the supporting mechanism is positioned in the path of the articles; in which the magazine is movable bodily with respect to the supporting mechanism to enable the articles to successively 20 clear the supporting mechanism in being trans ferred from the working position to the dis 'charge position; in which the magazine is. re ciprocable in a rectilinear path in timed relation to its notching movement so that, at the comple tion of a grindingmachining or other operation, chucking mechanism. is movable to engage and release the articles; in 'which the feeding mech anism and the chucking mechanism operate in 2.5 timed relation; and in which the chucking mech anism may be adjusted to predetermine the di- the magazine moves bodily with reference to the mensions of the completed article. supporting mechanism carrying the just ?nished Further objects of the present invention are to article away from such support, and is then provide a machine tool for grinding, machining, notched one step, carrying the just completed are or otherwise operatingv upon articles, in which ticle beyond the range of the support and pre~ the articles are loaded in a magazine, selectively senting the next article over the support, and in movable to present the successive articles stored which the notching of the magazine is effected in therein at a working position and to convey the response to its reciprocation. / articles away from such working position; in Further'objects of the present invention are to 35 which the magazine is adapted for either manual provide, in a machine tool of the above generally or automatic loading, and for either'manual or stated character, improved timing mechanism automatic unloading; and in which the articles for timing the' duration of each grinding, ma are retained under the control of the magazine chining or other operatiomand for automaticalwhile at the working position. ' '1y actuating the feed mechanism to'_ remove a Further objects of the present invention are to completed article and present a new article to the 40 provide a machine tool of the above stated char operating mechanism at'the completion of such acter in which the chucking mechanism is effec tive to 'resiliently urge the article into engage "ment with' a grinding or abrasive element; and in which the chucking mechanism cooperates with _ stop mechanism 'eiiectlve to automaticallyter minate the grinding, machining or other opera tion when the dimensions of the article reach a desired value. Further objects of the present invention are to provide a machine tool of the general character above stated in which the magazine feeding mech anismcomprises an endless conveyor chain,,uni— directionally driven; in which the articles are carried in a plurality of clips disposed around the predetermined' ?nishing. _ Further objects of the present invention are to provide, in a machine tool of the above generally 45 stated character, improved'clutching mechanism responsive to the operation of the above stated timing mechanism, and adapted to control the mechanism for actuating the feeding mechanism in step by step manner and for actuating the 50 supporting mechanism between work engaging» and work released position. ' '' With the above and other objects in view, which appear 'in the following description and in the appended claims, preferred embodiments of, 55' 2 2,110,931 the present invention are illustrated in the ac companying drawings throughout the several views of which corresponding reference charac '. ters are used to designate corresponding parts and in which: Figure 1 is a general view in side elevation of the improved machine 'tool; successively feed the valves to and from a work ing position; automatically controlled chucking mechanism positioned at the working position for receiving the valves fed thereto by the magazine and for supporting and rotating the valves in cooperative relation to a grinding wheel, lathe tool or other operating device; and timing mecha Fig. 2 is an elevational view taken along the I nism for effecting, in timed relation, the feeding line 2—2 of Fig. 1; action of the magazine and the chucking and 10' Fig. 3 is a view in side elevation, partly in sec 'unchucking action of the chucking mechanism. 10 tion. and with certain of the parts broken away, The magazine is illustrated as comprising an of the structure shown in Fig. 1; endless chain trained over spaced sprocket wheels, Fig. 4 is a fragmentary view in vertical sec and being provided along its length with a plu tion, taken along the 'line 4-4 of Fig. 2; rality of springlike clips, each adapted to receive 15 'Fig. 5 is a view in rear elevation, with certain a valve. The valves may be inserted in the clips of the parts broken away, and partly in section, either manually or automatically. The magazine 15 of the structure shown in Fig. 1; is disposed to be periodically notched, each notch Fig. 6 is a fragmentary detail view, taken along ing action e?'ecting movement of one clip- and the line 6-6 of Fig. 5; valve away from the working position and pre Fig. 7 is a fragmentary detail view, taken along senting the next clip and valve to the working 20 20 the line 1—'| of Fig. 6; position. The valves are retained within the clips Fig. 8 is a fragmentary view corresponding in at the working position, 'but, in certain in general to Fig. 2, but illustrating the magazine stances, are there provided with additionalbear in raised position; ing supports disposed in the path of travel of the Fig. 9 is a fragmentary view illustrating the valves and which cooperate with the above men 25 application of the present invention to the grind tioned chucking mechanism. To enable the valves ing of' the head of the valve; ' to clear the just mentioned bearing supports in Fig. 10 is a modi?ed view illustrating the use being moved away from the working position, of 'the present invention in grinding seats in the the magazine is disposed to be moved bodily to a ' 30 heads of valves; position in which the path of travel of the valves 30v Fig. 11 is a modi?ed view illustrating the ap does not include the bearing supports. This bod plicability of the present invention to the grind ily movement is accompanied by the above men ing of the stems of valves; tioned notching movement of the magazine and Fig. 12 is a modi?ed view illustrating'the use a feature of the present invention resides in 35 of the invention in conjunction with a machine effecting the notching movement in response to 35 lathe; ' . the bodily movement. The notching movements Fig. 13 is a view corresponding in general to of the magazine transfer the valves from work Fig. 2 but illustrating a different positioning of ing position to a discharge position, at which they the work supporting element with reference to are preferably removed from the clips by cam , 40 the magazine; mechanism disposed in the path of travel of the Fig. 14 is a view taken along the line l4-l4 of Fig. 1, illustrating a preferred method of recip The construction and disposition of the chuck rocating a grinding wheel during rotation there ing and work supporting elements, at the work 'of; ing position, depend upon the character of the 15 is a partial view illustrating a, dressing operation being performed upon the valves or .45 toolFig.support adapted to be carried upon the work other articles. In grinding the tappets of the 45 valves. supporting element of the machine; and . , Fig. 16 is a view of a modi?ed clip construction. In its illustrated embodiment, the improved. 50 machine tool of the present invention is applied to the grinding and machining of valves, the several views illustrating the use of the machine in grinding the valve heads, the ends of the valve stems, the grinding of seats on the inner faces 55 of the valve heads, and the machining and grind ing of the valve stems. As will appear from a 60 } - ' . valves, the valve head is supported and friction ally driven by the' collet described below, the previously mentioned bearing standards are pro vided to support the valve stem, which is retained within the bearing standard by the magazine clips, and the tappet is presented to a grinding wheel supported adjacent the grinding position. In grinding the heads of the valves, the valve tap pet is supported and frictionally driven by the 55 collet, the bearing standards being arranged to complete understanding of the present invention, support the valve stem. In this instance an addi however, the principles thereof may readily be tional standard is preferably provided to embodied in machines speci?cally designed to 'supportbearing the valve head. In grinding the seating perform other operations upon valves as well as of the valve heads, the valve tappet is sup 60 to operate upon objects other than valves. The - faces ported and frictionally driven by the collet and a illustration of the present invention, according cooperating dead center or additional collet is ly, with reference to speci?c objects such as valves, preferably provided to support the valve head. is to be regarded in an illustrative and not in a In this instance, the supporting 'standards for the 65 limiting sense. While, as appearsv hereinafter, a stem may be dispensed with, if desired. Similarly, single machine may be selectively used to' per in grinding the,valve' stems or in applying the form each of the above operations, _as well as feeding and chucking structure to machine lathes, others, thus providing a machine of great utility, one end of the valve is preferably supported it may be desirable under some production re within the collet described below and the other 70 quirments, to use a battery of the machines, each end is either supported on a dead center or upon machine being adapted to perform one individual another collet. ' ~ operation upon a valve or other articles. . In all of the above operations, the improved In the form illustrated, the present invention collet structure of the present invention is auto embodies generally a magazine adapted to be matically adjusted between valve engaging and 75 loaded with a plurality of valves and adapted to retracted positions, being moved to valve engag 75 9,110,031 ing position upon the n'otching of a valve to work ing position by the magazine and being automati lustrated arrangement comprising bifurcated cally withdrawn to the retracted position, re leasing the valve, at the termination of a prede cam bar 23 (Fig. 2) extending into the path of termined grinding or machining period. The collet is'provided with a loading spring through which it is continuously urged to the valve en gaging position, and by which it is also gradu 10 3 occur either automatically or manually, the il ally fed into the grinding wheel or other operat ing device. Stop mechanism arranged either to " the valves N on the discharge side of the ma chine. The two arms of cam 23>are positioned so that in the step by step movements of the con veyor chain l2, effected as later described, the ?nger I 3 and springs l5 pass between them. En gagement of' cam 23, however, with a valve l0 interrupts the movement of the?latter and ?exes 10 engage a portion of the valve or to operate direct the springs i5 sumciently to" release the valve ly upon the collet, is preferably provided to limit the feeding movement of the valve into the grind l0 and permit it to freely fall into any suitable collecting means. An alternative clip construc tion is shown in Fig. 16, comprising spaced U shaped ?ngers i3', and a single intermediate 15 ing wheel or other operating device, so that the 15 machine may be accurately pre-set to provide a ?nished valve of desired dimensions. The timing mechanism is illustrated as com prising a. pair of cams, one of which is operative spring l5'. The modi?ed clip II' is secured to chain l2 in the same manner as the clip. The upper sprocket wheel I4 'is rotatable upon . ly connected to the magazine for reciprocating it, a stub shaft I8 which may be formed integrally with or suitably secured in forwardly extending 20 the collet to e?'ect movement of it from the valve . relation to'a collar 20. The inner end of the sep arately formed hub 22 of sprocket wheel H bears engaging to a retracted position. The cams nor mally are at rest and at predetermined timing against the outer face of collar 23 and the outer intervals are givew one complete revolution and face of hub 22 is engaged by a washer 24, re tained in place on shaft l8 by a nut 26. Collar 25' 25 again brought to rest. Preferably and'as illus 20 and the other of which is operatively connected, to , - trated,~a continuously acting brake. is provided 20 ?ts over the upper end of a reciprocating rod to insure that the cams and consequently the magazine and collet movements will be prompt or standard 28, and is preferably provided with an adjusting stud 30, the lower end of which ' 1y interrupted. ,' abuts the upper end of standard 28. \ As will be 30 - The timing interval is determined by a sprocket understood, adjusting stud 30 is effective to ad 30 J chain of adjustable length carrying a cam adapt- ' just the axial position of collar 20 upon standard ed to engage a dog and move the latter.- The movement of the dog actuates 'suitable clutch 28, and consequently to adjust the spacing be tween sprocket wheels I! and i6. The lower sprocket wheel i6 is similarly rotat ably carried upon a shaft 32 formed integrally' 35 The machine also embodies a dressing ?xture' with or secured in forwardly extending relation for the grinding wheel, which may be accurate ,to a boss 34. Boss 34 is suitably secured to the ly positioned and adjusted with reference to the, lower end of the standard 28 by pin'36. The work engaging' position 'of the collet, to thereby rear face of the separately formed hub 35 of dress the grinding wheel to a predetermined spac sprocket l6 abuts the boss 34, and the front face 40 . ing between the work engaging position of the thereof is engaged by a washer 39 held in place collet and the grinding wheel surface. on shaft 32 by nut 38. The hub 35 of sprocket mechanism to clutch the previously mentioned 35 cams to a source of power. , ' , » i5 is also provided with a plurality of pins 40, ar Magaeine feeding mechanism' 45 Considering the magazine feeding elements in detail, and referring first to Figs. 1, 2, 3, 4 and 8, the tappet valves ID to be ground are carried in clips ll_ upon a magazine formed of an endless sprocket chain l?, which passes over upper and 50 lower sprocket wheels I4 and i8. - Each clip ll comprises a. V-shaped ?nger l3, which supports the stem of the valve l0 and is ranged in a circle concentric with shaft 32 and which, 'as described later, cooperate with a piv otally carried dog '2 to notch the sprocket chain l2 around in step-by-step manner and, conse-_ quently, to successively feed the valves Ill to and _ from working position. v The standard 28 is slidably guided within bosses 50 50 which may form a part of the machine frame and, intermediate its ends, is provided with a positionedjbetween a pair of springs l5, adapted; transverse pin 52 secured in place therein bya to overlie and resiliently urge the valve Ill into' 55 engagement with ?nger l3. Finger l3 and springs l5 are suitably secured as by one or more studs I'! to the outwardly turned ends IQ of the specially formed links 2iv of chain l2. sive clips ll, along chain l2, depends upon the size of the objects to be supported within the clips. It will also be understood that a valve may be snapped into a clip II -by pressing it between the outer ends of the ?nger I3Vand the springs l5, which pressing separates'springs l5 from ?nger l3 sumciently far to permit inser tion of the valve. chine frame, thus preventing axial rotation of the standard 23, and are disposed for engage It will . ment by' the bifurcated arm 58 of a bell crank v be understood that the spacing between succes 65 set screw 54. The respective ends of pin 52 ex tend through guide slots 56 formed in the ma If desired, suitable hopper . mechanism may bev provided to automatically load the clips II with valves l0. With the illus trated machine, however, the clips vIi are man 60, whichis pivotally mounted within the ma chine frame upon a shaft 62. As described in' 60 more detail, under the sub-heading "Timing mechanism", bell crank 60 is periodically oscil lated from the illustrated position through a pre determined angle and then returned to the illus trated position. This movement of bell crank 60 causes a corresponding movement of standard 28 and, consequently," the entire magazine com prising the conveyor chain l2 and the sprocket wheels l4 and I6 from the lower position shown in Fig. 2 to the upper position shown in Fig. 8. of the magazine. A guide bar 3| is preferably , This reciprocatory movement of the magazine provided to aid the operator in properly posi is utilized in the illustrated embodiment to lift ually loaded, the loading occurring at either side tioning the valves in the clips. _ Similarly, the un-' 75 loading of the valves in from the clips ll may the particular valve lll'previously operated upon ' away from the work support and, also, to effect 4 . l 2,115,981 sumcient notching movement of the magazine to bring the next valve into the working position. of collet ll is conventionally ?tted into the outer end of a drive shaft 84. Shaft 84 is slidably sup As best shown in Figs. 3 and 8, the previous- ' ported withina sleeve 88, but is secured against ly mentioned dog 42 is pivotally supported by a rotation with respect to sleeve '8 by a key 9. pin 64, upon a bracket 56, either forming part of secured in shaft 84, and disposed to ride in an or suitably secured to the machine frame, and the lower and inwardly turned end 68 thereof Shaft II is provided with a reduced portion 84, elongated slot or keyway 82 formed in sleeve 88. extends over the face of the lower sprocket wheel _ over which a compression spring 9' is placed, one end of which bears against the shoulder-OI and the other end of which bears against the inwardly 10 extending shoulder I" formed 'near the right hand end of sleeve ll. Spring 98 is continually gagement interrupts the upward movementv of ~ under compression, and urges shaft 86 and collet such pin and, accordingly, continued upward II to the left into position to engage the head of ' 15 movement of the magazine results in rotation of a valve II. 15 The upper end of a cam arm I02 bears against the sprocket chain I2, the amount of rotation equalling the spacing between successive clips II. the inner face of arecess III! formed in a collar During the rotative movement, a pin 40, on wheel I", which is adjustably ?xed axially of shaft I6, adjacent the one engaging' the dog 42, moves 86 by the lock nuts IID. Lock nuts IIII bear around to a position behind the dog, which, as against the outer ring II2 of a ball bearing unit 20 II4, the inner ring of which is received within a shown in Fig. 3, is formed to permit such move ment. When the magazine is' lowered to the recess within the collar I08. As described more in position illustratedin Fig. 3, such succeeding pin detail under the sub-heading "Timing mecha 40 engages the inner sloping surface of the lower nism", cam arm III2 is intermittently given a piv otal movement in a clockwise direction from the 426 end 88 of the dog 42 and cams the .dog 42 in a position illustrated in Fig. 3 through a predeter clockwise direction, as-viewed in Fig. 3, permit ting such pin to pass below the lower end of dos mined angle, and then returned to the illustrated 42 to aposition in which it is effective to'coop— position. In so moving, cam arm I02 carries with erate with dog 42 at the next' reciprocation oi' the it shaft 46 and collet 80, moving the latter ele 30 magazine. The spacing between pins 40, and ments to the right out' of engagement with the 30 the upward movement of the magazine, being valve I0 previously in working position, and out uniform, it will be understood that uniform of the path of movement" of the next valve III to be moved to working position, and then permits notching movements of the magazine are suc cessively effected. If desired, braking or other a return movement of collet III and shaft 86 under mechanism may be provided to releasably retain the in?uence of spring 96. The movement of the magazine in each notching position. In shaft 86 and collet 80 to retracted position imme practice, it is found that the friction of chain I2 diately precedes the previously described recipro cation and rotation of the magazine, and the re and wheels I4 and I8 is sufficient, however. ' I G in the path of the previously mentioned pins 40. In operation, an upward movement of the magazine brings one of the pins 40 into engage ment with the lower end 68 of dog 42. This en 4.0 Valve supporting and driving mechanism' Referring runner to Figs. 1, 2, a and a, two turn of collet III to valve engaging position im- - mediately follows the return of the magazine to 40 the lower position. ' - Incertain instances, it is found satisfactory to similar, aligned standards 'III, each provided at its upper endwith a V-groove 'I2, are pivotally» permit the limit of the return movement of shaft .6 and collet 80 to be determined by the engage secured to the machine frame 13, by studs 'I4, ad . jacent the lower magazine sprocket I6, to form a ' upon shaft 86 to facilitate this. Preferably, how tion of the standards with respect to the maga - ever, additional stopmechanism is provided to . zine is such that, with the parts in the grinding 50 ment between shoulder I09 and cam arm I02 and, as stated above, collar I08 is adiustably positioned bearing within which each valve III is supported during the grinding thereof. The vertical posi positions shown in Fig. 2, the finger I3 is spaced somewhat below the lower edges of the V-grooves 12 in standards 'I0, so that all of the support for a valve is provided by the standards 'I0, and the spring I5 is' ?exed upwardly somewhat from its/ normal position and continuously urges the valve I0 into the V-grooves 'I2. accurately determine the minimum spacing be tween the surface of the abrading wheel III, de scribed hereinafter, and the collet 80, so that the. machine may be accurately pre-set to grind the valves to selected ?nal lengths. Where, as shown in Fig. 3,' the tappet of the valve is being oper ated upon, the valve head is found to provide a In the upper position ' convenient element to be engaged by this addi tional stop mechanism. 'As shown in Fig. 3, the 'stop ?xture I I6 comprises a pair of spaced rollers III, adiustably mounted upon a bracket I 20, .60 which, as previously described, occurs as an in which may be adiustably secured to the machine 60 cidé'nt to the movement thereof to the upper _. frame in any suitable manner, as by the stud I22, position, a clip II and valve I 0 previously located ' which passes through an elongate slot in the ma at the working position, are moved to a position chine frame. The rollers I I8 bear directly against below and to one side of the standard 'III, and the the underside of the head "In of valve I0,_and thus next succeeding clip II and valve I 0 are moved afford a positive limit to movement thereof to the to a position from which, during the return and left as viewed in Fig. 3. The spacingv between downward movement of the magazine, they are rollers II. and wheel II6, being conveniently ad brought into engagement with the standards It. justable, it will be evident that the machine may The mechanism' for securing the valves ID in readily be set to provide a desired ?nal length 70 70 correct axial position at the working position and of 'valve III. when shaft 86 and collet 80 are for rotating them,.comprises a chuck or collet 80, moved into engagement with the head of valve II) the outer face of which is suitably recessed at '2 at the beginning of a grinding operation, the ex to receive and provide a frictional drive for the cess length of valve Il_ prevents engagement be 76 head Ilia of a valve III. The tapered shank l4 . tween the valve head and the rollers I III. As the of the magazine, shown in Fig. 8, the standards 12 are out of the path of travel of the clips II, so that, during the rotation of the magazine . . ,. . . V erindinébrbs'résses; hévivievélrkdii?né'rhiéhlvaire "his contiauouslyaursed into 'engagement. with; grinding wheel I I6 by thecompression spring, 86, . they ,-valve 1 head gradually 'approaches' the . rollersv I I8, and upon vengagement therebetween, a, fur-v . ther feedof valve; I8 intothe grinding wheel is, prevented andthcggrinding action is automatical ly interrupted. I I I, -. . -. -. In certain useslof'the improved machine of-fthe present invention,' as described in, detail herein after, the article beingoperated upon does not 10 l 5 aLlfi'avsi present a surface against. which the stop mecha--, ' " H Timing mechanism . Considering now'the mechanism for, releasing the'compl'eted valves from the collet 80, and for intermittently actuating the magazine to effect the removal from the 'work supporting standards of a'completed valve and to notch the magazine' around the distance between adjacent valve sup ' porting clips, and referring particularly to Figs. 1, .3 'and 5, the mechanism comprises generally a continuously driven shaft I10, a magazine cam 10 I12, aicdilet cam I 14, a clutch designated gen erally as I16 for clutching cams {I12 and I14 to the shaft'I'I0,v and timing mechanism comprising considered desirable to provide the machinewith , a dog I18 for intermittently actuating clutch I16, 15 15 additional stop mechanism which may act. direct The magazine cam I12 and the collet cam I14 ' ly upon the shaft 86 andthe collet 80. In Fig. 3, are both press ?tted upon a sleevev I80, within this additionalstop mechanism comprises the ad-_. which the shaft I10 is freely rotatable, and which justing stud I24, threaded into a boss I26 which is axially slidable within the movable member extends upwardly from the previously mentioned I82 of clutch I16. Rotation between sleeve I80 nism I I6 may' readily'actand for. this reason it bracket I06. 'The end of stud I24 bears against the cam arm I02, and thus provides a limit to its motion in a counter-clockwise direction as viewed in Fig. 3. Thus arm I02 through its engagement with shoulder I 0801f collar I08 provides a, posi 25 tive and accurately adjustable limit to the move ment to the left of shaft 86 and collet 80. _ \'During the grinding action, the rotation of the . abrasive wheel H8 is preferably accompanied by a corresponding rotation ofthe valve' I0, and for 30 this 'purpose, the previously mentioned outer sleeve 88 to which 'shaft 86 iskeyed, is connected to an external source of power represented by the pulley I30 (Fig. 5) through a bevel gear I32se-I cured upon sleeve 88 by set screw I34 and key I 86, 35 and a corresponding bevel gear I38 secured upon andclutch member I82 is prevented by key I84 (Fig. 6)} 'The previously mentioned magazine actuating bell crank 60 is pivotally connected by a pin 'I86 to one end of a link I88 of adjustable length, the other end of which is pivotally con nected by pin I90 to one end of a cam arm I92. The other end of cam arm I92 is pivotally carried by an idler shaft I94, journaled in a bracket I86 25 which may comprise a portion of the machine frame,_and intermediate its end is provided with 30 a roller I08 the surface of which rides upon the surface of the magazine cam I12. The parts are shown in the positions occupied during periods of rest and cam I12 is preferably so shaped that, during the course of a complete revolution of the latter, the magazine is moved at substantially shaft I40 by the, lock pin, I142. As appears clear constant speed from the position illustrated in ly in Fig. 5, shaft I40 carries the drive pulley' I30 Fig. 3 to the upper position illustrated in Fig. 8, and is directly driven thereby through the'lock pin 40 I44. _ . ' Sleeve 88 and shaft 86 are suitably supported between generally rectangular housing members and is then returned at susbtantially constant speed to the lower position illustrated in Fig. 3. The previously mentioned cam arm I02 con nected to the shaft 88 and collet 80, is disposed for I50 disposed in suitably spaced relation and se-. 'actuation by the generally heart-shaped collet cured between upper and lower frame brackets I52 by the studs I54. Preferably and as illus trated, roller bearing units I56 of the combined radial and thrust type are interposedbetween the housing members I50 and sleeve 88. The outer rings of the roller bearing units I56 are radially and axially ?xed with respect to the associated ' housing members 150 by being fitted within the. recesses I58 formed' in the outer. faces of the cam I14 through crank arms 200 and 202 and the cam arm-204. Crank arm 200 is secured by pin ' 45 206 to the shaft I04, to which cam arm I 02 is also secured by pin 208. The other end of crank arm 200 is pivotally connected by pin 2 I0 to the lower end of the arm 202. The upper end of arm' 202 in'turn ispivotally connected by pin 2I2 to the cam arm 204. 'Cam arm 204 is pivotally support latter. The inner ring of the leftQhandroller 'and rotatably carries a roller 2I4 which rides bearing unit as' viewed in Fig.3, abuts a shoulder' upon the ""urface of the collet cam I14.' As will 1 I60 formed'in 'sleeve 88. , The inner ring of the -_be evident; _a complete revolution of collet cam ' right hand roller bearing'unit abuts' astopcollar I14 from 'the illustrated _and normal position I6l which is secured upon sleeve 88 by the lock; thereof results in an outward and inward /swing-_ nuts I62. The ends of the housing are closed' by - ing'of cam arm 204, which is transmitted through 60 5.0 ,ed'upon-the previously mentioned idler shaft I94 55 end plates I64 which are secured upon the outer links 202 and 200 to the cam arm I02. faces ofv the housing _members I50 by studs I66. I02, as previously described, withdraws collet 88 60 from'the illustrated workingposition to a-free position out of range of 'the magazine, and then permits collet 80 to be returned to the work en Packing" glands' I68 are' preferably interposed between sleeve 88, collar I6I and the end plates I84' to prevent theescape of lubricant from the housing. ' . ' m M - . ' Cam arm gaging position by the compression spring 86. To insure that the cams I12 and I14 and, con 65 vAs an alternative to'positioning the work'sup porting standards 10,» collet 80 and associated sequently, the magazine and collet. 80 will be parts at the side ofthernagazine feeding, mech-' I brought promptly to rest at the completion of' anis'm,» as described in detail above,'the modi?ed' each intermittent-movement thereof, a continu arrangement of Fig'.'13 maybe used; in which the ous'ly acting brake" 220 is preferably provided, and is illustrated as being pivotally supported 70 standards10, collet'8'0 and associated parts are upon 'the previously mentioned pivot pin 62, and positioned" 'immediatelyfbelow the' vaxes - of 'Y-the' upperjand'v lower magazine'jdriving sprockets I 4' provided with a conventional 'shoe 222 which and I6. __ 'In, all other 'respects, the 'construction, bears upon the face of the collet cam I14. The I as, Well ids. -. the i. driériatioamey ibe' 'as' 1118581718681 ' outerfac'e of brake 220 is provided with a cored out extension 226 which slidably receives a _pin 75 'a'bove." ' ° " " " . 9,110,9s1 ' 228 and a compression spring 288. The outer 218 passes beyond dog I18, dog 258 moves back which may form a part of the main machine biasa brake 228 into engagement with cam I14. The braking force impomd on cam I14 is trans mitted to cam I12, since both cams I12 and I14 this time, however, the raised cam portion 288 of clutch member I82 is aligned with dog 258 so that the return movement of the latter isv inef fective to unclutch the clutch members 248 and I82. As the rotation of the latter members con are press ?tted upon the same sleeve II, as tinues, however, the axially angled portion 258 previously mentioned. of the cam shoulder 254 engages dog 258 and endofpin228bearsagainsta?xedstop282 'into engagement with clutch member I82. frame, and, through spring 288, continually 10 . The fixed member 248 of clutch I18 is secured upon the continuously rotating shaft I18 by the. locking pin 242, and thus rotates continually At continued movement of the former gradually 10 cams clutch member I82 to the right as viewed' in Fig. 5. The relation of the parts is such that therewith. The right hand face of clutch mem her 248, as viewed inFig. 5, is provided with 15 ratchet teeth 244, which cooperate with corre spondir' ratchet teeth 248 formed on the left hand face of the clutch member I82. One end of a compression spring 248, which is received in a recess formed in the clutch member I82, 20 bears against the end of such recess, and the other end thereof,bears against the outer face of clutch members I82 and 248, thus interrupting the previously mentioned sleeve I88. Spring 248, ing, dog 25!! is again in engagement with the ?at thus continuously urges clutch'member I82' into clutching relation with the ?xed clutch member 248, Clutch member I82 is retained, during pe "riods of rest of the magazine and of the collet, in the position illustrated in Fig. 5, out of en gagement with the fixed member 248, by a dog 258, one. face 252 of which normally abuts a cam shoulder 254 fonned on the outer' surface of the clutch member I82. 'The cam shoulder 284 is provided with an axially angled portion 258. Normally, the lower face 258 .of dog 258 is sup portion of the cam shoulder 254 formed on the clutch member I82, and the parts are thus in ported upon the outer surface 288' of the clip member I82, and is biased b this position by a coil spring 282 whichsurrounds the dog shaft' 284, and the opposite ends of which are wrapped around the machine frame portion 288 and dog 258 respectively. / Dog 258 is non-rotatably se cured with respect to" shaft 284 by a key 288. 'zlgiedogshaft?lisjournalledinaframeboss The previousb mentioned timing dog I18 is suitably tumor-ted upon the outwardly extend 45 ing end at (log shaft 284, and the lower end thereof is continuously urged, by spring 282, into the path of a earn 218 1), formed on a sprocketchain214whichpasesoveratlming wheel 212, mating with sprocket teeth 218 formed on the periphery thereof. Wheel 212 is continuously driven through the main drive shaft I18. At successive, equal intervals, accordingly, at or about the time a complete revolution of . the magazine and collet cams I12 and I14 is completed, the rightward camming movement of 15 clutch member I82 effects a 'relean between the driving connection for cams I12 and I14 and ' resulting in the stopping, accordingly, of the movement of the magazine, and the axial move ment of collet 88. At the'time of such unclutch 20 the position occupied by them prior to the clutch 25 ing action. ' As will be understood, the timing period pro- I vided by the timing chain_214 may be varied in di?erent ways, as, for example,- by using a plu rality of strikers 218 in spaced relation. Prefer 30 ably, however, this is accomplished by varying the length thereof, by removing or adding links, and by making corresponding adjustments of the lower sprocket wheel 288 provided for timing chain 214. The lower sprocket wheel 288 is .35 rotatably carried upon a stub shaft 282, the po sition of which is adjustable upwardly and down wardly within an elongated slot 284 formed in a supporting bracket 288. As illustrated, bracket 288 is secured to the main machine frame by 40 studs 288. - - The main drive shaft I18 is suitably journalled within bosses 888 and 882which may form a part of the main machine frame, and is connected to the previously mentioned external source of power 45 comprising the pulley I88 through a reduction gear 'unit comprising gears 884 and 888, and pin ions 888 and 8". Gear 884 is suitably secured to the outer or driving end of shaft I18, and mates with the pinion 888. Pinion 888 and gear 888, are suitably keyed to the previously identi?ed idler shaft I84, and are removably secured in place thereon by the nut 8I2. Gear 888 mates with and is driven by the pinion 8", which is suitably'se cured, as by being press ?tted over the hub 8" thereof, to the main drive pulley I88. Preferably, determined by the rate of rotation of shaft I18 and the lmgth of chain 214, cam 218 engages 'the lower end of dog I18, and rotates the latter inaclockwisedirectiomasviewedinl'lg. 1. This rotation of dog I18 is transmittedrthmugh shaft and as illustrated, a protective enclosure 8" is 284 and causes a corresponding pivoting of the provided for the gear reduction unit and the drive ciutchdog?lmntlndthelatterinaclock pulley I88. wise direction (Fig. 8) away from the surface 0! the clutch member I82, and releasing the lat ter. Upm being released, clutch member I82 moves totheleft, as viewed in'Flg. 5, under the Abrasive wheel supporting' mechanism Referring particularly to Figure 14 and gener ally to' Figures 1 and 3, the previously mentioned influence of the cmnpression spring 248, bring ing the clutch teeth 248 thereof-'into clutching .relationwiththeclutchteeth244 formedonthe abrasive wheel "8 is carried upon and rotated by a shaft 828 which is driven through a drive pulley 822,\which may be connected by belting 824 lined-clutch member 248. As will be evident, this action cmnplctes a drivim connection between shaft 118 and the cams I12 and I14, in response to any'suitable external source of power. Shaft 828 is journaied within a bracket 828, which is adjustable transversely in ways 821 of a bed plate '10 to which the latter rotate. The argument between the chain earn 218 and the timing dog I18 is_momentary. only, but continues long' enough to- complete the above driving connection. Upon the release of the clutchdol 288. which occurs when chain cam ' 828'and may be locked therein by one or more 70 studs 888. Bed plate 828 is guided within ways 882 formed in a stationary part 884 of the ma chine and is connected for reciprocatory motion to a continuously driven member 888 through a pitman 888. During the rotation of grinding 75 7 the work engaging position. Throughout the wheel Hi, accordingly, a reciprocating motion is given it, to the right and left as viewed in Figure grinding action, collet 80 is continuously urged 14, whichlreciprocatory motion moves it back and to valve engaging position by spring 86 and thus . forth across the face of the article being ground, vacts to automatically feed the valve into the thus making more uniform the wear upon the face grinding wheel. When the head of valve i0 en ga'ges the stop ?xture H6, or alternatively, when of the abrasive wheel and introducing an addi " tional component of grinding motion between the ' the cam arm liilengages the stop stud I24, fur 10 ther feeding movement of collet 80 and conse wheel surface and the object. As will be under stood, the source of power to which the driving, quently of ,valve i0, is prevented and the grind ing operation is automatically terminated. It belt 324 for wheel H6 is connected may be ar ranged in various well known ways to absorb the will be understood that the timing interval as determined by timing chain 214 is set to permit reciprocatory movement of wheel "6. > - completion of the. grinding operation within the General Operation ' 15 10 timing period. Considering the operation as a whole of the , .As the completed valves are successively con 15 embodiment shown in Figs. 1 through 8 it will be veyed away 'from the working position by the suc understood that in preparing the machine tool ] cessive notching movements of the magazine, for operation, the grinding wheel H8 is suitably they successively engage the unloading cam 23 adjusted within" its bed plate 328. to provide a and are thereby discharged from .the clips II and may be collected in any suitable manner. 20 20 desired spacing between the surface thereof and between the inner or work engaging position of Modi?ed grinding positions-Figures 9, 10 and 11 collet 80 as determined by the stop ?xture H6, In. the figures described in detail above, the or by the stop ?xture comprising the locking stud I24. It will also be understood that the clips valves Iii are disposed to have their tappets 25 ll may be loaded with valves I 0 either before or ground, and the valve heads are received within after the tool is placed in operation. Similarly, the collet 8B. The improved machine of the pres the rotation and reciprocation of grinding wheel ent invention, however, maylalso be used for 30 ' "6 may be initiatedeither before or after the ' grinding operations upon parts of the valves other application of power to- the main machine tool than the heads, and also upon objects other than driving pulley I30. , - _ Upon the starting of drive pulley I30 continu ous'rotation is imparted to the main shaft H0 and timing chain 214, as well as to the collet shaft 86 and collet 80. At regular intervals, de 35 termined by the rate of rotation of timing shaft. fill, and upon the length of timing chain 214, timing earn 218 engages and actuates the tim ing dog H8 and the clutch dog 25!]. Clutch dog 25d upon being actuated, releases the movable clutch member I82, which thereupon moves into clutching engagement with the fixed clutch mem ber 2M! and connects the magazine cam I12 and , the 'collet cam ill to shaft I10'. The consequent - valves. Referring particularly to Figures 9, 10 30 and 11, arrangements for performing grinding operations upon valves other than upon the valve tappets, are illustrated. _ In Figure 9, a valve ill is disposed in reverse position upon the supporting standards 10, the valve head l?a being presented to, the grinding wheel I i6, and the valve tappet lilb being received within the collet 80a. Collet 80a may correspond _ in all respects to the previously described collet 80 and be correspondingly controlled, with' the supporting standard 'Illa is preferably provided having a V groove '12a corresponding to the pre magazineupwardly from the initial lower posi tion to a higher position and then returns it to viously described V-grooves 'l2, and 'disposed di rectly under the head i 0a. As will be understood, the lower position. During this movement, 'which standard 'Illa may be supported upon the machine frame in the manner previously described with porting standards 10, the magazine chain is 50 notched around one step by the engagement of the dog 42 by one of the pins 40, carried by sprocket wheel l6, thus carrying said completed valve away from the working position and mov 40 exception that the face recess is smaller. For grinding the head Ilia of valve iii, an auxiliary rotation of magazine cam I12 moves the valve lifts, a completed valve ID from the work sup 3:5 reference to standards 10. In Figure 10, the grinding wheel H6 is disposed 50, to grind the seating face lllc of a valve l0, and in I this instance, supplementary support for the valve , i0 is preferably provided by the dead centerH'IO-b ing the next valve into such working position. - which is suitably supported in axial alignment The rotation of collet cam I14 actuates the cam/ with the collet 80a. In all other respects the op 55 arm I02 to withdraw collet 80 from the valve engaging position to a retracted position, and this retracting movement is begun and progresses suf ficiently far to disengage collet 80 from a com pleted 'valve In just prior to the beginning of the reciprocatory movement of the magazine. Thus. the completed valve is 'released by the collet prior to the initiation of its transfer away from the working position. The con?guration of the collet eration' and construction of the unit may be as described in connection with theflrst embodi ment. - ~ In Figure 11 the grinding wheel H6 is disposed to grind the surface of the valve stem Hid, and 60 in this instance it will be understood that the 'reciprocatory movement of wheel. I I6 as previous ly described, serves to extend the'grinding action throughout a desired portion of the length of the 65 cam 14 is such that collet 80 is not restored to stem- Hid.' As an alternative to the use of the the work engaging position until after the suc ceeding valve has been positioned in the working position by the return movement of the maga dead center 10b described with reference to Fig ure 10, to provide auxiliary supports for valves l0, an additional collet'?ilc, corresponding in all zine. Thus, a valve is ?rst moved to working po sition by the magazine, and then is engaged and started in rotation by the collet. As illustrated, the grinding wheel "8 and the collet 80 remain in rotation throughout the trans fer of valves so that the grinding action on the 75 new valve is initiated as soon as collet 80 resumes respects to the previously described collet 80, may , be suitably and rotatably supported in axial _70 alignment with collet 80a. Adaptation to machine lathes-Figure 12 , Figure 12 illustrates a further adaptation of the magazine feeding device of the present in 8 8,110,081 . vention, in this instance to a machine lathe. Re fully automatic machine tool, adapted to mate ferring to Figure 12,'the magazine feeding'de 'vice designated generally at "I may correspond in all respects to the ?rst described embodiment insofar as concerns the magazine feeding device comprising the endless conveyor II, the timing 10 rially increase the rate and accuracy with which valves or other articles may either be ground or machined or otherwise operated upon. It will also be evident that, although speci?c embodi ments have been described in detail, various mechanism comprising the timing chain 214, and the mechanism for effecting rotation and axial modi?cations may be made in the form, number movement of collet II. In this instance, however, the previously described side drive for collet II scope of the present invention. and arrangement of parts within the spirit and ' We claim: is replaced by an axial drive. The collet shaft 86a is driven by.a conventional lathe head stock, to which it may be suitably splined. A conven ; tional tail stock "I is provided 'to support the 15 'other end of the valve. Anillustrative lathe tool is illustrated at I". In operation, the magazine and collet control mechanisms operate as before, the magazine suc " 10 1. In a machine tool, the combinatid'n of a magazine 'for supporting a plurality of articles and successively actuable to feed said articles to and away from a working position, chucking mechanism located at said working position and 15 adapted to support an article in cooperative re lation to a tool, means for eil'ecting relative bodily movement between said magazine and said chucking mechanism in conveying an article away from working position, and means for actu 20 cessively feeding valves to-the working position and conveying valves away from the working po sition.- Upon the arrival of the valves at the. ating said chucking mechanism to release an working position, the collet is automatically article prior and in timed relation to said relative moved to engage the head of the valve and se bodily movement. cure it between the collet, and the' corresponding tail stock 382. At the expiration of a predeter mined period of machining, as determined 'by the timing mechanism, the collet is automatically 2. In a machine tool, the combination of a magazine for supporting a plurality of articles 25 and successively actuable to feed said articles to a working position and to convey said articles withdrawn from the end of the work piece. thus away from said working position, chucking 'releasingthelatterfromthetailstock "Land mechanism located at said working. position and 30 permittingittoheconvcyedawaytothedis adapted to' support an article in cooperative rela-_ chargepositlonbythemagasine; Itwilibeun-' tion to a tool, means for e?ecting a bodily move derstoodthatthelathetoolmmaybeeither workpieceduringthetnnsierofworkpleces. ment of said magazine in conveying an article manually or automa?caily'with'drawn from the 35 Dim 15 1 away from said working pomtion, and means 'op erating in timed relation and prior to said bod?y moving means for actuating said chucking I mechanism to release an article. A further feature of the present invention is 3. In a grinding machine, the combination of the provision of a dressing fixture for the abrasive i a magazine for supporting a plurality of articles, 'wheeLwhichmayeItherDecarriedbythemain 'means for successively actuating said magazine machine frame, or selectiveb secured to it, irf ac to feed said articles to and away from a working ,. curatelyadiustablespacedrelatlontothevalve supporting collet 'I, so that, at the completion ofadressin'goperatiomthespaeingbetweenthe surfaeeofthegrindingwheelandcoiletllis - of a desired value. Referring particularly to Flgure'15, a conventimal diamonddresing tool ?iisadjustahlysecuredbyasmd?lwithin a?xturemwhichmaybemvotallysecuredby position, chucking mechanism disposed at said working position and adapted to support said articles in cooperative relation to a grinding wheel, means for eiiecting a bodily movement of said magazine relative to said chucking mecha nism in eonveying'said articles away from work ing positionrand means operable prior and in timed relation to said bodily movement means for actuating said chucking mechanism to re--' 'leaseanarticle. 4.Inamachinetool,thecombinationofa magazine for supporting articles; means for actuatingsaidmagasineinstep-by-stepmanner themachineframeoroneotthestandards'll" andlhnitsmovementoffixturelllinonedirecé tosuecessikvelyfeedarticlestoandawayfrmna tion.'-Alockimarm35lispivotallysecurei_to the'frame portion 'll,andmay_bemovedtl?he illustrated position, in which itlocks the ?xture I" in the dressing'position. During normal cperatiomiixtmelllmayhangfromthe andmaybereleasedtosuchpoai?nn ingthelockingarmlilaboutitspivot working position; chucking mechanism posi tionedat?dworkingpositionandadaptedto simportsaidar'ticlesineooperativerelationtoa» tooBmeansfweitectingabodilymovementof saidmagasineasanincidenttotheemveying-of articles away from working position; and means operahleintimedrelationandpriortosaidbodily movement means for actuating said chuckim mcchanismtoreleaseanarticle. - 5.>Inamachmetool,theoomlinationoda a correspondingly accurate spacing is provided magasineforsupportingarticles, comprisingan endiesseonveyor element; meansiorreciprocat ing andindezingaaidmasasine to successively betweenthecolletllandtbeabrasivewhed HI. feedarticlestoandawayfmmaworking'poai Aswilibeunderstood,ahrasivewheel llimaybe tion; chuekingmechanimlocatedatsaidwork graduallyfedmtothedressingtool ?lbyre 'lngpodtionandadaptcdtosupportanarticlehi leasingthelockingswdmtherqor Cl'igureu), cooperaiiverelatiimtoatoiandmeammer andslidingthesupportingstanrhrdmwithin lblein?nledltla?mtoandpdottosaldm theways?'lofbedplatem. sinemovingmeans for actuatingsaid chucking Itwillbeevidentfruntheforegoingthatthe mechanismtoreleaseanarticle. ' 75 present invention provides a highly eiiiclent and 70 6.111 a. machine tool, the comlination of a 75, 9, 2,110,931 magazine for supporting a plurality of articles vcle carrying member, spaced rotary members for carrying said endless member, means for moving said magazine bodily, and means responsive to said bodily movement for rotating said rotary members to advance said magazine. 12. In a machine tool, a magazine for carrying and. successively feeding articles to a working position comprising in combination an endless article carrying member, spaced rotary mem-~ cooperative relation to a tool; and means oper- . bers for carrying said endless member, means for 10' 10 able in timed relation to and prior to said maga 'moving said magazine bodily, and pawl and zine control means for actuating said chucking ratchet mechanism including an element carried mechanism to disengage an article. a by one of said rotary members for rotating said 7. In a machine tool, the combination of a mag. rotary members in response to said bodily move azine for supporting a plurality of articles, com prising an endless conveyor element trained over 13. In a machine tool, the combination \of a spaced rotary elements; magazine moving means feed magazine for feeding articles successively to for periodically reciprocating said magazine and a working position; chucking mechanism at said comprising an endless conveyor element trained over spaced rotary elements; means for bodily moving said magazine and for indexing said ro-, tary elements to successively feed articles to and away from a working position; chucking mecha nism located at said working position and adapted to engage an article and support it in ment. for indexing said rotary elements to successive ly feed articles to and away from working posi ' ' ' working 'position for receiving said articles, and means for actuating said magazine and chucking 20 20 tion; chucking mechanism located at said work- _ mechanism in timed relation comprising a mag ing position and effective to engage an article and support and rotate it in'cooperative rela azine actuating cam, a chucking cam, a. source of_ tion to a tool; and means operable in timed re- v _ lation and prior to said magazine control means necting said cams to said source of power. 14. In a machine tool, the combination of a feed power, and' periodically operable means for con-' for rendering said chucking mechanism ineffec magazine for feeding articles, successively to a tive. working position; chucking mechanism vat said - ' 8. In a machine tool, the combination of a ' working position for receiving said articles, and magazine for supporting a plurality of articles; means for moving said magazine to successively feed articles to and away from a working posi-. tion; chucking mechanism at saidworking posi-' tion; a bearing located at said working position and adapted to cooperate with said chucking as means for actuating said magazine and chucking mechanism in timed relation including an end 30 less timing element of adjustable vlength and means for driving said element. 15. In a machine tool, the combination of a movement between saidv magazine and saidbear feed magazine for feeding articles successively to, a working position; chucking mechanism at said 35 working position for receiving said articles, and means for actuating said magazine and chucking ing to remove said hearing from the path of mechanism in timed relation including an end» mechanism to support an article in working posi tion; and means for effecting relative bodily ' movement of said articles. :9. In a machine tool, the combination of a magazine for supporting a plurality of articles and for successively feeding said articles to [and away from a working position; chucking mecha nism at said working position; a bearing located at said working position and adapted to cooper- ' ate with said chucking mechanism to provide support for said articles thereat, and-means for e?ecting relative bodily movement between said magazine and said support-to remove said sup port from the feed path of said articles. less timing element, a, dog carried by said timing element, and clutch mechanism actuable by said 40 dog. j > 16. In a machine tool having a feed' magazine and means for periodically advancing said maga zine, the combination in said magazine of a plu ' rality of clips secured thereto in spaced relation-1 for supporting articles, and means controlled in_ accordance with said magazine advance tor forci bly ejecting articles from said clips. _ 17. In a machine tool having a feed magazine and means for periodically advancing said maga 10. In a machine tool, a magazine for carry- _ zine, the combination in said magazine of a plu ing and successively feeding articles to a work 'ing position comprising in combination an end less article carrying member, spaced rotary mem bers for carrying said endless member, and means for actuating said magazine to feed said articles comprising means for moving'said magazine bod ily and for rotating said rotary members. ' 11. In a machine tool, a magazine for carrying and successively feeding articles to a working po 60 sition comprising in combination an endless arti rality of article supporting clips secured there to in spaced relation, each of said clips compris-v ing a relatively rigid ?nger, and-a spring element positioned to engage an article and urge it against 55 said ?nger, and means disposed in the path of advance of said magazine for forcibly ejecting I articles from' said clips. HAROLD I. DYER. OSCAR J. W. HEDLUND.


text:
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text:
Mongolian Railway is to give year off over 7000 employees without salary
But the Minsiter in charge of transportation rejected it. He said that authority and senior management of the Mongolian Railway shall seek the mistake from itself.
Mr. Kh.Battulga made unscheduled visit to the Mongolian Railway. The Mongolian Railway is suffered the most from the economy recession, because its transport circulation is decreased by 4 times. Also it has challenge of renewing its park renovation. Therefore, it planned to release 7000 employees on year off without salary. It is suffered 28 billion MNT loss last year. Mr. Battulga strongly criticized its authority and management.
Here is excerpt from the dialogue of the Minsiter and Mr. B.Otgondemberel, Head of the Mongolian Railway. Kh.Battulga: Our transit transportation is profitable. I made request to spare some of the transportation between Russia and China to Mongolia. According to my request, 16 companies gave their names. So if we make transit transportation, can the Mongolian Railway afford such a load? What is the situation look like now?
B.Otgondemberel: In order to increase our capacity, we need renovation. We can't afford 100% renovation. Transport load was low in 1994, when foreign aid and Government investment made. Since that time, no notable investment was made into the Mongolian Railway. No money was received in last three years. There is a talk about Millennium Challenge, but it showed zero funding so far.
Kh.Battulga: So if the transit transportation will come up, the Mongolian Railway can't afford?
B.Otgondemberel: Yes. Our locomotives haven't been produced since 1990 and they have no spare parts, because they are already old. So we can't afford increase of transit transportation by two or three times. Our capacity is 15 million tons per year.
Kh.Battulga: What shall we do now? Did you make any calculations or study?
B.Otgondemberel: Park renovation was made in 1955 and 1980. Next renovation should have made in 2005. But we failed to make notable renovation. We need fund for park renovation. No banks give us loan. If we need to make transit transportation, we need to expand our capacity. But right at the moment, we has less load.
Kh.Battulga: How about if we survive until spring, when construction and tourism season starts?
B.Otgondemberel: We much rely on export. Major mining exporters promised notable amount of load order. They want us to decrease our tariff. We will cooperate. Also we need fund for renewing roads.
Kh.Battulga: How many people are working now for the Mongolian Railway? Can't you build up capital reserve when you had good season of transportation? But now you are talking about releasing your employees on uncertain period?
B.Otgondemberel: Over 16,000 people are working. We have policy of releasing 7000 people and keeping skilled workers only. Also we will give year off to people without salary whom want to and give their social insurance fee.
Kh.Battulga: Why they are released? How can they feed their families?
B.Otgondemberel: We have no work to offer them.
Kh.Battulga: Don't you have representatives in Erkhuu and Ulan Ude? Do they find transit transport? Our railway has small market.
B.Otgondemberel: We are going this work now. Also we are organizing multi-lateral meeting with Chinese parts. Hope it would help in increase of transport.
Kh.Battulga: Why don't you did it before? It doesn't sound nice to hear that you are working after situation got worse.
After his visit, Mr. Battulga established a working group led by Deputy Minister A.Gansukh, to study the operation of the Mongolian Railway. At the end of his visit, the Minister concluded that the Mongolian Railway is like old "Soviet era truck" without technical renovation. But it doesn't have such a fund to renovate, banks can not provide such investment and funding. So basically, it has to rely on the Government. Also he stated the importance of collaborating with private sector.
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One Response to Mongolian Railway is to give year off over 7000 employees without salary
I suppose they want the IVN / RTP mining agreement to fund all of their railroad improvements also. They knew they had a problem in 1994. And yet have done NOTHING to alter the situation.
They say they cannot afford to renovate railroad because they do not have exports, they do not have exports because they need roads and railroad. Some quandry.
There is a way out allow the private sector to build toll railroads, the government may get money from road and rail taxes. Not so much as to make the tollways non-profit, after all fair is fair is fair.
just my thoughts.
Leave a Reply
« Daily stock news: Shares of APU SHC were actively traded Kazakhstan to import crude oil to Mongolia »


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Mackie Thump 15
Mackie Thump 15
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Designed by the same team that produced the best-selling Mackie SRM450v2, the Mackie Thump TH-15A Powered Loudspeakers deliver deep low-end and real power in a lightweight design that is extremely portable. Class-D Fast Recovery amplification pushes unmatched power to the high-frequency compression driver and bass-pounding high-output woofer. Plus, Mackie Active processing, including a precision c...
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Mackie Thump 15
Mackie Thump 15
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Press the down arrow key to interact with the calendar and select a date. Press the question mark key to get the keyboard shortcuts for changing dates.
Press the down arrow key to interact with the calendar and select a date. Press the question mark key to get the keyboard shortcuts for changing dates.
Who's the lender?
Add to contacts
How does it work?
1. Submit your request
Simply click 'Request to Rent' and then go through the checkout process. You will be asked to ID verify the first time you do this only. Once you submit your request, the money is 'pre-authorised' in your account, which means it has not left but becomes unavailable. You can cancel the request any time before it's approved and the money will be available again.
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text:
Table of contents
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text: Hi, I am in the UK and the cost (as advertised here by Apple) of a retina Macbook Pro i7 (with Radeon R9 M370X) here is £1,999 (which at today's exchange rates is the equivalent of $3,142.) Can anyone tell me what the actual cost of this laptop is in the USA ? If there is a huge difference it might even be worth ordering from the USA (even with import duty) or even flying to USA to get one as part of a short stay. Of course there is import duty (if I got stopped!). Would the warranty / 'Applecare' still apply here ?? i.e if there is a problem would I still be able to take it to an Apple Store or Apple service centre in UK ?? It's a well known fact that UK consumers are ripped off on most tech. Thanks


text:
Portrait Avec Orchestre
Label: TIMPANI
Catalog: 1C1243
Format: COMPACT DISC
Soustrot, Marc; Mao-Takacs, Clément; Mercier, Jacques; Ensemble Initium; Lorraine National Orchestra; Orchestre Philharmonique du Luxembourg; Demarquette, Henri; Atzmon, Moshe; Bretagne Orchestra; Karabits, Kirill; Antonioli, Jean-François
Timpani is proud to have the greater part of the recordings of concertante works with one of the finest French cellists, Henri Demarquette. Disliking 'recital discs', he has always declared himself present for championing works from the French repertory that have never or have rarely been played, giving first recordings of La Légende by Cras, Rhapsodie by Ropartz, Poème romanesque by Gaubert, Introït, Récit Congé by Schmitt. And he has found in Jacques Mercier, Marc Soustrot and others, and in orchestras such as those of Luxembourg and Lorraine, musicians fully attentive to the inflexions of his bow. This release that sums up a whole period in the musical life of Henri Demarquette, invites us to discover a few little known aspects of the French repertory for cello and orchestra. How can one not be charmed, in listening to these works, by the originality, the expression, the lyrical beauty, the orchestral and instrumental invention?
Price: $22.99


text:
If you really want to get the best out of your Xiaomi Redmi Note 5 Pro then you must root the Android OS that runs by default on your smartphone. And, this is going to be a process that requires your attention not because is complex but because it's not supported by your OEM. In that respect we are going to detail this subject during the following lines and in the end we are going to detail and explain the actual steps that must be followed for successfully rooting the Xiaomi Redmi Note 5 Pro.
Shortly, by reviewing the lines from this step by step guide you can learn when the root access is required, why it should be ensured in the first place, the risks that are implied, the essential pre-requisites that must be first performed and, of course, the rooting steps compatible with your Redmi Note 5 Pro.
Gaining root access implies in unlocking the Android OS. In a few words, once this guide is applied you will get rid of factory / default restrictions meaning that you will be able to tweak your Xiaomi Redmi Note 5 Pro in order to bump speeds, upgrade battery life, or personalize the overall Android experience. Thus, a rooted device is a device that can be customized and optimized easily through other dedicated custom operations.
Such custom operations might imply: removing bloatware, adding custom kernels, installing custom MODs, flashing custom ROMs (like Lineage OS, AOKP or Paranoid Android), overclocking CPU frequencies, installing app that aren't available on Google Play and so much more.
Now, rooting your Xiaomi Redmi Note 5 Pro is not an official process. The root exploit which will be used is developed by third party devs so it cannot be associated with your OEM or with Google. That's why the warranty of your phone will be lost once you start the steps explained below. Note: the warranty can be restored but only if you choose to revoke root access and that can be done by reinstalling the stock Android firmware.
Moreover, a backup should be first completed as otherwise you can end up in losing personal files and mainly the data which wasn't pre-loaded on your phone – the contact list, text messages, call logs, images, videos, audio files, market apps, internet settings and other similar packages (including IMEI / NVRAM data or EFS folder). On your handset the backup can be applied from built-in cloud storage apps, by syncing files with your Google Account or by using other similar backup and restore tools available on Google Play.
A Nandroid backup is also a good idea – that particular backup operation can help you secure the Android OS that runs on your Xiaomi Redmi Note 5 Pro. So, if something will go wrong while you try to gain root access, you can then use the Nandroid backup package for restoring the stock Android OS.
You can apply this guide only if a custom recovery image can be used. That's why it's more than important to learn how to install TWRP recovery on your Xiaomi Redmi Note 5 Pro before starting anything else.
Afterwards, do review the essential pre-requisites list mentioned below:
- You must use a computer since this is going to be a manual operation.
- On your smartphone you must enable Developer Options and check the USB Debugging feature.
- For enabling Developer Options: tap repeatedly on Built Number until you are prompted with the 'you are a developer' message.
- The USB Debugging feature can be found under 'menu – > settings – > developer options'.
- A connecting between your handset and your computer will be needed; so the USB cord should be there too.
- Charge your Xiaomi Redmi Note 5 Pro if it's power is currently lower than 50% – in that particular case your device can get switched off during the root process and different malfunctions can be caused.
- Apply the steps explained below only if you own the already mentioned phone. This tutorial is, of course, compatible only with the Redmi Note 5 Pro, so be careful and try not to mess things up.
How to Root Xiaomi Redmi Note 5 Pro
- Power on your computer and switch on your phone.
- On your computer download the root exploit from here and save this file on desktop.
- Next, connect your handset with your computer via USB cable.
- Transfer the downloaded root file on your smartphone and when done remove the USB cable.
- Switch off your Note 5 Pro, wait a few moments and afterwards enter recovery mode on your Android device.
- From TWRP recovery tap on Install and then load the root file.
- Swipe and wait while the flashing process is being completed.
- When done, from main menu of recovery choose 'reboot system now'.
- If a boot loop happens, return to recovery mode and choose to make a hard reset and to clear app data cache by choosing 'wipe data factory reset' followed by 'wipe cache partition'.
Good; now root access should be ensured on your Xiaomi Redmi Note 5 Pro – you can verify if everything worked as expected by downloading and running the Root Checker app available on Google Play. Also, don't forget to share your experience with us – you can tell us how the root process worked for you by using the comments field from below. If you had problems, based on what you share with us, we will try to find the right troubleshooting solutions in the shortest time possible. Enjoy and stay close for further tutorials and other useful Android related tips and tricks.


text:
Carter's® 4-pc. Raccoon Print Pajama Set - Baby 12-24 Mos.
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This 4-piece raccoon print pajama set from Carter's® will have your little one excited for bedtime! The set features two outfits made from lightweight material that will keep your little man cool and comfortable. This set can be mixed and matched for several cute pajama outfits.
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- Top: long-sleeves, crewneck, black raccoon screen prints, solid color green
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- 100% cotton
- Machine washable
- Imported


text: When it comes to sports devices such as smart watches, GPS watches, power meters, Garmin Units, Heart Rate monitors, and other fitness tech, there is really only one honest reviewer out there that should be trusted: DCRainmaker. I am eager to see his review, but I know that he takes a LONG while to review the product, which is why most companies send him the pre-production or pre-release model so he can start his testing. He's been doing random tests with the Apple Watch but I want to know how it works as a day to day device. How accurate the heart rate monitor is. How easy it is to use as a fitness device. The best part about Ray is that he isn't biased. If the product is crap, he calls it the turd that it is. If the product is awesome, he gives it an awesome review. He doesn't get paid by companies and doesn't get free swag. Anyways check out his site if you want to know what legit reviews look like. www.dcrainmaker.com