text:
|N�mero de publicaci�n
|Tipo de publicaci�n
|N�mero de solicitud
|Fecha de publicaci�n
|14 May 2002
|Fecha de presentaci�n
|28 Mar 2000
|Fecha de prioridad
|22 Mar 1990
|N�mero de publicaci�n
|Uzi Eshel
|Cesionario original
|Argomed Ltd.
|Exportar cita
|BiBTeX, EndNote, RefMan
|Citas de patentes (173), Otras citas (3), Citada por (17), Clasificaciones (35), Eventos legales (7)
|Enlaces externos: USPTO, Cesi�n de USPTO, Espacenet
This application is for a continuation-in-part of my prior patent application Ser. No. 07/669,366, filed Mar. 14, 1991 now U.S. Pat. No. 5,257,977.
The present invention relates to thermal treatment apparatus for thermally treating selected tissues of a subject. The invention is particularly useful as a thermal treatment apparatus for treating prostate, bladder and uterus, and is described below particularly with respect to an apparatus for treating the prostate. The invention also relates to a catheter construction, a heater, a peristaltic pump, and a thermal sensor assembly, all especially useful in the novel thermal treatment apparatus.
Thermal treatment is now a recognized form of treatment of certain types of ailments including benign prostatic hyperplasia (BPH), prostatitis, and prostate cancer. My prior U.S. application Ser. No. 07/669,366, filed Mar. 14, 1991, now U.S. Pat. No. 5,257,977 discloses one form of thermal treatment apparatus including a catheter insertable into the subject's urethra. The proximal end of the catheter includes an inflatable anchoring section in the form of a balloon to be anchored in the subjects bladder, and a heating section which, when the balloon is so anchored, extends through the subject's prostate. A heated liquid, such as water, is used to inflate the balloon and is also circulated through the heating section to heat the adjacent tissues of the prostate and the bladder neck.
The present invention relates to this type of thermal treatment apparatus but provides a number of important advantages, as will be described more particularly below.
According to the present invention, there is provided a thermal treatment apparatus for thermally treating selected tissues of a subject located in or near a body cavity, comprising a catheter insertable into the subject's body cavity and including a proximal end formed with an inflatable anchoring section for anchoring the catheter in the body cavity, a distal end to be located externally of the body cavity, and an inflatable heating section adjacent the proximal end to be located near the tissue to be heated. The catheter is formed with first and second passageways extending from the distal end to the, inflatable heating section for circulating heated fluid through the inflatable heating section but not through the inflatable anchoring section; and a third passageway from the distal end to the inflatable anchoring section for inflating the inflatable anchoring section with a non-heated fluid, whereby the inflatable heating section and the tissue in its proximity may be heated to a desired high temperature without correspondingly heating the inflatable anchoring section and the tissue in its proximity.
By thus inflating the anchoring section at the proximal end of the catheter with a separate, non-heated fluid, the heating fluid may be more particularly targeted, by the inflatable heating section, to the tissue to be subjected to the thermal treatment, thereby enabling higher temperatures to be applied if desired.
According to a another aspect of the invention, there is provided a thermal treatment apparatus for thermally treating selected tissues of a subject located in or near a body cavity, comprising: a catheter insertable into the subject's body cavity and including a proximal end having an inflatable anchoring section for anchoring the catheter in the body cavity, a distal end to be located externally of the body cavity, and an inflatable heating section adjacent the proximal end to be located near the tissue to be heated; first and second passageways from the distal end to the inflatable heating section for circulating heated fluid through the inflatable heating section but not through the inflatable anchoring section; a first thermal sensor assembly near the inlet end of the first passageway for measuring the temperature of the heated fluid entering the first passageway; and a second thermal sensor assembly near the outlet end of the second passageway for measuring the temperature of the heated liquid exiting from the second passageway.
More particularly, each of the two thermal sensor assemblies includes: a thermal sensor, a metal tube connectable to the respective end of the respective passageway of the catheter to receive the heated fluid flowing therethrough; a metal thermal coupling member formed with a recess on one face for receiving the thermal sensor therein, a recess on the opposite face complementary to the shape of the metal tube for receiving the metal tube therein, and a relatively thin web between the two recesses; and a cover pressing the metal tube to the metal thermal coupling member.
According to a still further aspect of the invention, there is provided a liquid heater which is particularly useful in such thermal treatment apparatus and including a heating block formed with a semi-spherical cavity; a container defining a liquid reservoir and also formed with a semispherical wall removably receivable in the cavity of the heating block; a cover attached to the container; a liquid inlet tube passing through the cover for inletting a liquid into the container to be heated by the heating block; and a liquid outlet tube passing through the cover for outletting a liquid from the container after having been heated by the heating block.
According to a further aspect of the invention, there is provided a peristaltic pump particularly useful in thermal treatment apparatus, which peristaltic pump includes a housing formed with a cylindrical cavity; and a rotor rotatably mounted within the cavity and carrying rollers engageable with a peristaltic tube insertable into the cavity for pressing the peristaltic tube against a wall of the housing in order to pump a liquid through the peristaltic tube during the rotation of the rotor; the wall of the housing including a skirt depending from a lid removably received over the cylindrical cavity; the depending skirt extending less than the circumference of the lid to produce an interruption in the housing wall against which the peristaltic tube is pressed by the rollers of the rotor.
Further features and advantages of the invention will be apparent from the description below.
The invention is herein described, by way of example only, with reference to the accompanying drawings, wherein:
FIG. 1 is a block diagram illustrating the main components of a thermal treatment apparatus constructed in accordance with the present invention;
FIG. 2 is a view, partially in longitudinal section diagrammatically illustrating one form of catheter constructed in accordance with the present invention for use in the thermal treatment apparatus of FIG. 1;
FIG. 3 is a view, partially in longitudinal section and rotated 90� with respect to FIG. 2, illustrating the catheter of FIG. 2;
FIGS. 4, 5 and 6 are transverse sectional views along lines IV—IV, V—V and VI—VI in FIG. 3;
FIG. 7 is a bottom view illustrating one form of liquid heater constructed in accordance with the invention for use in the thermal treatment apparatus of FIG. 1;
FIG. 7a is a sectional view along line VIIa—VIIa of FIG. 7;
FIG. 8 is a longitudinal sectional view along line VIII—VIII of FIG. 9, and FIG. 9 is a transverse sectional view along line IX—IX of FIG. 8, of one form of peristaltic pump constructed in accordance with the invention, FIG. 9a being a fragmentary detail view along line IXa—IXa of FIG. 9;
FIG. 10 is a transverse sectional view along line X—X of FIG. 11, and FIG. 11 is a longitudinal sectional view along line XI—XI of FIG. 10, illustrating one form of thermal sensor assembly constructed in accordance with the invention for use in the thermal treatment apparatus of FIG. 1.
Overall Apparatus
The thermal treatment apparatus diagrammatically illustrated in FIG. I includes a catheter 2 insertable into a subject's body cavity to be treated thermally. In the example to be described below, the heat is applied to treat the prostate. The catheter 2 would therefore be inserted into the subject's urethra, such that one end of the catheter is anchored in the subject's bladder. This locates a heating section of the catheter in the subject's prostate.
The thermal treatment apparatus illustrated in FIG. 1 further includes a heater 4 for heating a fluid, in this case a liquid such as water, to be circulated in a closed circuit through the heating section of the catheter by means of a pump 6, The temperature of the heating liquid inletted from pump 6 into the catheter 2 is measured by a thermal sensor assembly 8, and the temperature of the liquid exiting from the catheter 2 to the heater 4 is measured by another thermal sensor assembly 10. The illustrated apparatus further includes a controller 12 which controls both the heater 4 and the pump 6 in response to the temperature sensed by sensor assemblies 8 and 10 and another sensor (to be described below) in the heater 4.
The construction of the catheter 2 is shown in FIGS. 2-6; the construction of the liquid heater 4 is shown in FIGS. 7 and 7a; the construction of the pump 6 is shown in FIGS. 8, 9 and 9 a; and the construction of the two thermal sensor assemblies 8 and 10 is shown in FIGS. 10 and 11.
The catheter 2, as shown in FIGS. 2-6, includes a long slender tube 20 formed with an inflatable anchoring section 21 at the proximal end for anchoring the catheter in the subject's bladder, and thereby for locating an inflatable cylindrical heating section 22 extending through the subject's prostate when the catheter is so anchored. The opposite end of the catheter, called the distal end, is to be located externally of the subject's urethra so as to be readily accessible for inflating the proximal anchoring section 21 and for inflating and circulating a heating liquid through the inflatable heating section 22.
The heating liquid is circulated through the inflatable heating section 22 via two passageways 24 a, 24 b having an inlet 25 and an outlet 26 at the distal end 23 of the catheter. The inflatable anchoring section 21 of the catheter is inflated by an unheated fluid, such as air, introduced via an inlet 27 at the distal end 23 and communicating with the anchoring section 21 via the third passageway 28 and an opening 29.
The portion of the catheter from the distal end 23 to the inflatable heating section 22 is thermally insulated from the subject's tissue by means of outer chambers 30, 30 a and 30 b enclosing passageways 24 a, 24 b, referred to generically by numeral 24, through which the heating liquid is circulated to the heating section 22. One of these chambers communicates with passageway 28 through which unheated air is applied to inflate the anchoring section 21.
The catheter also includes an extension 31 at the proximal end, which extension is received within the subject's bladder. Extension 31 is formed with an opening 32 for draining the subject's bladder via a passageway 33 passing through the length of the catheter and terminating in an outlet 34 at the distal end 23 of the catheter for connection to a drain. Extension 31 and its passageway 33 may also be used for introducing a drug into the bladder if desired.
The Heater 4 (FIG. 7)
The liquid heater 4, as more particularly illustrated in FIG. 7, includes a heating block 40 made of a good heat-conducting material, such as aluminum. Heating block 40 is of dome shape to define a smoothly curved semi-spherical cavity 41, and is integrally formed with four perpendicular ribs 42. A plurality of electrical heating elements 43, and one or more thermal sensors 44, are encased within the heating block 40. As seen in FIG. 7, an electrical heating element 43 is encased in each of the four ribs 42, and thermal sensor 44 is encased in each of the two opposite sides of the heating block, midway between two heating elements 43. The dome-shaped section of the heating block is relatively thin, as shown at 45 in FIG. 7a, to thereby reduce its thermal mass.
The heating block 40 illustrated in FIG. 7a further includes a removable container 50 serving as a water reservoir and formed with a complementary-curved wall 51, i.e., of semi-spherical configuration corresponding to the semi-spherical configuration of cavity 41. The semi-spherical wall 51 of container 50, however, is of slightly smaller dimensions than the heating block cavity 41 so as to provide a small gap 52 adapted to receive a small quantity of a liquid 53 to provide a good thermal coupling between block 40 and container wall 51. The semi-spherical shape of the container wall 51 permits it to be of a thin- wall construction and therefore sufficiently inexpensive so as to be disposable after one-time use. The thinness of the plastic wall also provides good thermal conductivity between heating block 40 and the interior of container 50.
Container 50 further includes a cover 54, preferably bonded by an adhesive or solvent or welded to the curved wall 51 of the container. Cover 54 is formed with a reentry tube 55 substantially centrally of the cover for receiving an inlet tube 56 which inlets into the container the liquid to be heated by the heating block 40. A second reentry tube 57 is formed in cover 54 laterally Of reentry tube 55, for receiving the outlet tube 58 which outlets the liquid from the container. The inlet reentry tube 55 extends from cover 54 substantially to the bottom of the container 50, whereas the outlet reentry tube 57 terminates close to the top of the container 50. This arrangement provides a relatively large residence time and contact surface for heating the liquid as it is circulated within container 50 from the inlet 56 to the outlet 58.
The Peristaltic Pump 6 (FIGS. 8, 9 and 9 a)
Pump 6 in FIG. 1 is a peristaltic pump as more particularly illustrated in FIGS. 8, 9 and 9 a. It includes a housing 60 formed with a cylindrical cavity 61. Disposed within cylindrical cavity 61 is a rotor 62 connected by a drive shaft 63 to a gear motor (not shown) and including a pair of spaced discs 64 a, 64 b rotatably mounting between them a plurality (3) of rollers 65 within cavity 61. Also located within the cylindrical cavity 61 is a peristaltic tube 66 which is engageable by the roller 65 for pumping the liquid through the tube during the rotation of rotor 62. Assuming rotor 62 is rotated counter-clockwise in FIG. 9, the liquid will be pumped through the peristaltic tube 66 from an inlet nipple 67 to an outlet nipple 68.
As shown in FIG. 8, housing 60 further includes a lid 70 formed with a large central opening 71 for accommodating disc 64 of the rotor 62. Lid 70 is formed with a depending skirt 72 which extends into the cylindrical cavity 61 such that the peristaltic tube 66 is located between the inner surface of skirt 72 and the rollers 65. Skirt 72 extends only for a part of the circumference of the lid, e.g., from 160� to 200�, to accommodate the inlet and outlet ends of the peristaltic tube 66. As shown in FIG. 9, skirt 72 extends slightly more than 180�; also, its leading edge 73 and its trailing edge 74 are tapered to provide a gradual application of the pressure to the peristaltic tube by the roller 65, and a gradual release of the pressure.
Housing 60 is of polygonal, preferably square, cross-section to provide a flat surface 60 a. Lid 70 is provided with a depending pin 75 in contact with the outer flat surface 60 a of housing 60 (see FIGS. 9 and 9a) to prevent rotation of the lid during the rotation of the rotor 62.
The illustrated construction, including the depending skirt 72, facilitates the assembly of the peristaltic pump with the peristaltic tube 66 between the skirt and the rollers 65. Thus, with the lid removed the peristaltic tube 66 may be conveniently applied around the rollers 65. The lid 70 may then be applied with its skirt 72 received between the peristaltic tube 66 and the inner surface of the cylindrical cavity 61 formed in housing 60, so as to squeeze the tube between it and the rollers 65. For this purpose, the lower edge of skirt 72 is tapered, as shown at 76 in FIGS. 8 and 9a, to facilitate the application of the skirt.
The foregoing construction not only facilitates the assembly of the peristaltic pump, but also covers the rollers 65 to minimize exposure to a person's fingers or the like. In addition, the thickness of skirt 72 influences the outlet pressure produced by the pump, so that lids 70 with different thickness skirts 72 may be provided to provide different outlet pressures. In addition, the inner surface of the skirt 72 may be provided with one or more grooves, as shown at 77 in FIG. 9, to produce a pulsatile output.
The thermal sensors assemblies 8, 10
The thermal sensor assemblies 8, 10 are more particularly illustrated in FIGS. 10 and 11. They are both enclosed within a common housing 80 in the shape of an "H" and closed by a common cover 31. Thermal sensor assembly 8 near the inlet end of the catheter 2 includes a thermal sensor element 82 received within a rectangular recess formed in a metal thermal coupling member 83. The opposite face of the coupling member is formed with a recess for receiving a metal tube 84 connectable to an inlet tube 85 near the inlet end of the catheter. Thermal sensor assembly 10 similarly includes a thermr al sensor element 86 received within a recess formed in another thermal coupling member 87. The opposite face of member 87 is similarly formed with a recess for receiving a metal tube 88 adapted to be coupled to an outlet tube 89 near the outlet end of the catheter. Electrical connections are made to the two thermal sensor elements 82 and 86 via a cable 90 leading to the controller 12 in FIG. 1.
The two thermal coupling members 83, 87, as well as the two tubes 84, 88, are of a metal, such as stainless steel, having relatively good thermal conductivity. The coupling members 83, 87 include relatively thin web portions 83 a, 87 a, respectively, between the thermal sensor elements 82, 86 and the metal tubes 84, 88, so as to provide a good thermal coupling between the liquid flowing through the two metal tubes and their respective thermal sensor elements. The cover 81, fixed to the common H-shaped housing 80 in any suitable manner, presses the metal tubes 94, 88 firmly against their respective metal coupling members 83, 87.
Overall Operation
The overall operation of the thermal treatment apparatus illustrated in the drawings is as follows:
The catheter 2 is inserted into the urethra of the subject until the inflatable anchoring section 21 at the proximal end passes through the subject's bladder neck. An unheated fluid, preferably air, is introduced via inlet 27 and passageway 28 into the interior of the anchoring section 21 to inflate it. This anchors section 21 in the subject's bladder, wherepon the cylindrical heating section 22 of the catheter extends through the subject's prostate.
A heating fluid, such as water, is then pumped from the container 50 via pump 6 into the inlet 25 of passageway 24 a, to fill the catheter and to inflate the cylindrical heating section 22 of the catheter. Additional water is added to the catheter (e.g., via a separate inlet in the connector connecting the catheter to the closed circuit) to completely fill the closed circuit including container 50 and the catheter 2. The water heated within container 50 is circulated by the peristaltic pump 6 through the closed circuit including the cylindrical heating section 22 of the catheter.
During the circulation of the heating liquid, the sensor assemblies 8, 10 sense the temperature of the heating liquid near the inlet and outlet ends of the catheter, respectively. These sensor assemblies, together with the thermal sensors 44 in the electrical heater 4, control the controller 12 to maintain the desired temperature. Only the inflated heating section 22 of the catheter is effective to heat tissue, because of the thermal insulation provided by the unheated air within the anchoring section 21 of the catheter, and within chambers 30 of the remaining portion of the catheter. Accordingly, the liquid applied to the inflatable heating section 22 may be heated to a relatively high temperature for application to the tissue within the prostate, with less danger of unduly heating other tissue contacted by the catheter. The inflation of the heating section 22 of the catheter also presses that section firmly against the tissue to be thermally treated thereby further enhancing the heating effects.
Drain opening 32 at the proximal end of the catheter, and passageway 33 through the catheter, provide a drain for the bladder liquids or enable the introduction of a drug into the bladder.
While the invention has been described with respect to one preferred embodiment, it will be appreciated that many other variations, modifications and applications of the invention may be made.
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|2 Mar 1994
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|Urinary drainage device
|28 Abr 1994
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|Boston Scientific Corporation
|Placement of endoprostheses and stents
|24 May 1993
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|Technomed Medical Systems
|Method and apparatus for the surgical treatment of tissues by thermal effect, and in particular the prostate, using a urethral microwave-emitting probe means
|16 Jun 1993
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|8 Ago 1994
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|Drug delivery and dilatation-drug delivery catheters in a rapid exchange configuration
|4 Abr 1994
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|Apparatus for heating, filtering and eliminating gas from biological fluids
|27 May 1994
|7 May 1996
|Prosthesis for bodily canal
|7 Oct 1993
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|Angiomed Ag
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|Anchoring system and method for indwelling urethral catheter
|16 Feb 1994
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|Thermal treatment apparatus
|T�tulo no disponible
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|Abstract, Kaver et al., "A New Transurethral Water-Induced Thermal (WIR) Dilation Device for the Treatment of BPH," presented at SIU, Sydney, Australia, Poster Session 26, BPH, Thermotherapy and Hypothermia (Sep. 1994).
|European Search Report, Application No. EP 95 10 3189 dated Sep. 26, 1995.
|European Search Report, Application No. EP 97 10 6282 dated Dec. 7, 1999.
|Patente citante
|Fecha de presentaci�n
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|1 Oct 2009
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|13 Nov 2001
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|Treatment catheters with thermally insulated regions
|15 Abr 2004
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|Richard Wolf Gmbh
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|30 Dic 2003
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|29 Jun 2006
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|Comben Richard H
|Apparatus and Method of Treating Urinary Incontinence by Heating Urethra
|25 Oct 2006
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|Sobhy Shehata
|Apparatus and method for the controlled hydrodistention of the urinary bladder
|1 Oct 2009
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|Sobhy Shehata
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|Clasificaci�n de EE.UU.
|604/113, 604/97.01, 606/28, 604/153
|Clasificaci�n internacional
|Clasificaci�n cooperativa
|Clasificaci�n europea
|10 Dic 2002
Owner name: JPMORGAN CHASE BANK, AS ADMINISTRATIVE AGENT, NEW
Free format text: SUPPLEMENT;ASSIGNOR:WIT IP CORPORATION;REEL/FRAME:013555/0015
Effective date: 20021203
|24 Feb 2003
Owner name: WIT IP CORPORATION, MASSACHUSETTS
Free format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:ARGOMED, LTD.;ARGOMED, INC.;REEL/FRAME:013782/0190
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Owner name: ANTARES CAPITAL CORPORATION, AS AGENT, ILLINOIS
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|21 Ene 2004
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Year of fee payment: 8
|27 Jul 2005
Owner name: WIT IP CORPORATION, MASSACHUSETTS
Free format text: RELASE OF SECURITY AGREEMENT;ASSIGNOR:ANTARES CAPITAL CORPORATION;REEL/FRAME:016309/0595
Effective date: 20050721
|3 Mar 2008
|Maintenance fee reminder mailed
|22 Ago 2008
|Lapse for failure to pay maintenance fees


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Fucking japanese nurse
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Swansea v Villa team news: Lambert makes four changes
Villa make four changes to the side which lost to Wigan.
Ashley Westwood comes in for Stephen Ireland while Fabian Delph replaces Barry Bannan.
Enda Stevens also comes in for Eric Lichaj and Marc Albrighton replaces Brett Holman.
VILLA: Guzan, Lowton, Clark [c], Bennett, Herd, Weimann, Delph, Stevens, Westwood, Benteke, Albrighton. Subs: Given, Ireland, Holman, Bowery, Bannan, Lichaj.
SWANSEA: Vorm, Davies, Rangel, Chico, Williams [c], Britton, De Guzman, Hernandez, Michu, Routledge, Graham. Subs: Tremmel, Dyer, Monk, Ki, Agustien, Tiendalli, Schecter.
Make sure you follow our live coverage from the game.
Season Tickets
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2015/16 kits


text:
STOCKTON – Some of the most beautifully decorated places on this side of the 209 along this stretch near West Hammer Lane.
LATHROP – The colors erupt from the black LED board.
Is there a Santa Claus?
LATHROP – When the Lathrop City Council got together for their second meeting in November two weeks ago, they freed up their December schedule.
The Christmas spirit is contagious and can be found to be particularly catching in small towns where holiday events bring together community members, such as Turlock's Downtown Christmas Parade.
The hyacinth along the Deep Water Channel has been cleared in preparation for the 33rd annual Stockton Delta Reflection Boat Parade on Saturday, Dec. 7.
The holiday season provides ample opportunities for families to take part in local festivities, and this year parents won't miss a detail by bringing their children to Modesto the first Saturday in December for the city's annual day filled with activities.
Pat Langdon isn't much of a video game connoisseur, but he did raise two teenagers at the height of the industry's explosion.
Shopping on Black Friday is not for the faint of heart.
There's no such thing as a holiday when you're in the news business.
Rowena Tebaldi is no stranger to Black Friday, widely considered in the United States as the traditional first day of shopping for the Christmas holidays with consumers taking advantage of such enticements as double-digit discount coupons and price slashes offered by retailers.
Manteca Mayor Willie Weatherford had to buy a gun when he first got involved with city government.
When John Lazar goes grocery shopping on the weekends, he typically spends over an hour at the store. He isn't buying food in bulk or scouring for rare brands, instead he is chatting with citizens of the community over which he presides. As mayor of Turlock, it is these unexpected run-ins that show Lazar how in touch he is with his community.
You're supposed to have a grand vision when you're the mayor of a community.
America is known internationally as a country with a diverse and nomadic population, so it is rare when someone can say that their family has been living in the same town for over 100 years, but for Ceres Mayor Chris Vierra that is the case.
Page 32 of 89
Prom dresses - many still having their original price tags - have been given to high school girls who otherwise might not experience the thrills of their ...
Reflections of stark granite walls with numerous dramatic cliffs carved by glaciers shimmy in the early morning sun across one of the largest pristine bodies ...
LIVERMORE - High above Del Valle Lake on the Ohlone Wilderness Trail it hits you.
LIVERMORE - Del Valle Regional Park - just 50 minutes from Manteca - offers arguably the best spot in the Coastal Ranges to enjoy boating, fishing, hiking, and ...
Annie Bhan spent 42 years as a registered nurse before retiring two years ago. After working so long in such a demanding field one might ...
Page 1 of 1
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text:
Sign up for Office 365
Learn more about Office 365
I have a new Samsung Galaxy S3 and I am unable to successfully and consistently get it to connect to the Exchange server.
I have followed the instructions posted through the site regarding deleting the phone through the web-portal, and then deleting the account from my phone and re-adding.
It will sych initially, and download all e-mail, and sometimes work for several hours. Then at some point (I've repeated these steps 10-15 times now) the phone starts to report that it's unable to connect to the server. When I log onto the portal, it says that access is denied due to too many identical sync commands.
At that stage, the phone will then no longer send/receive with the Exchange server, but all other accounts (POP) accounts work without fail. If I do nothing, after several hours, all of the sudden it will start to work again, and can then work for up to a day or so, but without fail, it starts doing it again.
The "connection error" happens on my corporate WiFi network, my home WiFi network, as well as on the 4G network. It also happens in both the US cellular network, as well as foreign (I travel extensivly for work) networks.
Is there any data that I can specifically collect from my phone to submit to allow someone to troubleshoot what is going on? When it's working it's great, but about once a day, for 1-3 hours, I am unable to send/receive.
I get one of several different error messages. They are:
suggestions/help/advice would be apprecaited. I'm to the point where I can no longer endure the 2-3 hour outages and will have to switch phones soon.
Thanks for the feedback.
Hi TroyHoltby,
Thanks for posting here. When attempting to sync email from Office 365 servers, Exchange ActiveSync devices that do not comply with implementation standards may issue too many requests in a short period of time and thus put undue load on email servers.
I suggest you do the following steps to narrow down the issue:
1. Change the server to "m.outlook.com" from the custom server instead of pod0510.xxx.com
2. Try manually syncing email to your device. Follow your device's instructions to set up manual sync.
And I also found the similar issue was discussed in this post, just for your reference: http://community.office365.com/en-us/forums/160/p/57419/211469.aspx
After done more research, I found this: http://www.opsactive.com/samsung-galaxy-s3-and-microsoft-office-365-connection-problem/
Allen Qiu
Thanks Allen. Unfortunatly, neither of those options fix the issue. I have always used m.outlook.com, and have only ever tried using the pod0510.xxx.com once; regardless, both servers exhibit the same issue. However, I'm using m.outlook.com and still have the issue.
I've also turned off push and moved solely to manual, and to no avail. Doing so I still get the same error messages that it's not able to connect to the server.
I've also had my IT group follow the steps in your second link. Again to no avail. The error still persists.
I am having the same exact problem....
Thanks for your reply. What iOS version is your device currently on? If it's 4.0.3, there are currently issues with Samsung's implementation of Active Sync according to the research I've done.
Please try to set the ActiveSync Device Polity in the Exchange Control Panel to require a password, then set a password/pattern on your device
If the issue persists, I suggest you set up IMAP access to Office 365, for your reference:
@Iglooweb, please try the suggestion I mentioned in the posts, if it did work for you, I sincerely suggest post it in a new thread in the forum. This is so your question will be answered quickly.
I too am having the same issues with my new Samsung G III. I am not sure the steps above would be the best course for me as my account is an admin account. I would certainly like to hear that Samsung or Microsoft will sort this out on their end in the near future.
For almost a week, I have been trying to push to the Galaxy SIII two e-mail addresses from two domains hosted on Office 365. I appear to have been successful with one; the other continues to have access denied due to "too many identical sync commands." I have done all these steps on the 4G network. I have not connected to WiFi to preserve my present connection.
1. Open Office 365 and go to the Admin page.
2. Open Settings on Outlook.
3. In the Microsoft Exchange Online, for each user managed by the administrator, click on the user, click on Phone and remove the device every instance it appears. In my case, I have two domains hosted on Office 365; each with its own e-mail address for me. I click on Manage Yourself to remove the device from one domain and on Manage Another User to remove the device on the other e-mail address.
4. Remove the EAS account(s) from the Galaxy SIII. Go to Settings, Accounts and Sync and click on every Microsoft Exchange ActiveSync account. Select Remove Account.
5. Turn the device off. If you wish, do a battery pull.
6. Restart the device.
7. Go to Settings, Accounts and Sync, Add Account and Microsoft Exchange ActiveSync.
8. Enter your e-mail address and your password. I presume most users will make this EAS account their default account. I made one of my accounts the default and on the other I left the box blank. Click on Manual Setup
9. The first field after you select manual setup, domain\user name will be populated. This information will likely be incomplete. At this point, it is imperative that the information in this field be "yourdomainname(e,g, contoso.com)\your email address (email@example.com)"
10. The third field, Exchange server, will now be populated with yourdomainname(e,g, contoso.com). Delete your domain name and enter m.outlook.com.
11. Proceed to completion of the setup. You should receive a message captioned "Send and receive mobile text messages on your computer!"
12. You should have your e-mail messages pushed to your Galaxy SIII as soon as you receive them on your desktop.
What I really need now is deal with the "too many identical sync commands" problem on the second domain. I can use Touchdown for the second domain but will lose the combined in-box. Any Suggestions will be appreciated.
Hi Roland,
Thanks for your detailed post. Based on your description, I understand that you have two domain hosted on Office 365, each with its own e-mail address for you, for example, firstname.lastname@example.com and firstname.lastname@example.com. Now you have been successful with email@example.com, but for the other one, you get "too many identical sync commands" error message.
I suggest you confirm the server name you entered, to determine your server name, use the following steps:
1. Sign in to your account using Outlook Web App.
2. On the Outlook Web App toolbar, click Help > About.
3. On the About page, under the External POP Settings line, use the Server name value to help you determine your server name:
○ If the External POP Settings > Server name value includes your organization's name, for example, pop.contoso.com, then your server name is the same as your Outlook Web App server name, without the /owa. For example, if the address you use to access Outlook Web App is https://mail.contoso.com/owa, your Exchange ActiveSync server name is mail.contoso.com.
○ If the External POP Settings > Server name value is in the format podxxxxx.outlook.com, your Exchange ActiveSync server name is m.outlook.com. In some cases, Android mobile devices may experience connection problems using m.outlook.com as the server name. If you are having problems connecting, go to the Host name line on the About page. Use the value shown under Host name for the Exchange ActiveSync server name for your device.
If the suggestion did not work, then please submit a new thread for this issue. Please understand similar issue could be caused by different root causes. It's hardly to troubleshoot all the issues in one thread for each of our customers. Thanks for your understanding and cooperation in advance.
For your reference:
Mobile Phone Setup Wizard
This is a known issue with the stock mail application from Samsung. Until they issue a software update, this error will persist. I am using Touchdown right now and it's fine. I don't like that it doesn't integrate into stock mail / calendar either. Hopefully they will fix it soon.
One of my clients has this problem too! perhaps we need to post on the samsung board? anyone have a link?
Is the screen lock set to something other than a PIN? Like Facial Recognition?
...I've been battling this thing since getting my S3. After doing everything possible, I was curious if the only security setting I can manage had something to do with it. I confirmed this when I discovered on another forum that this message relates to a PIN not being set. I had my phone using facial recognition (which defaults to a pin if the phone can't identify me)
So for weeks - I've seen 'too many identical sync commands'
I set it to PIN only. Almost immediately it changed to 'too many identical commands'
I waited about 15 minutes - refreshed - and lo and behold 'access granted'.
Since I got the phone, it never had once said 'access granted'
I did not reboot the phone and I did not remove/readd the account to my phone.
I literally did this about 30 minutes ago - if it bombs out again, I'll try and keep this updated.
1 out of 1 people found this post helpful.
That seems to be the ticket, Paul365nb. I can't believe that I did not think of that. I had the nifty swipe to unlock with shortcut keys. While uber convenient, not very secure. I guess we should be living by best practices and locking down our devices.
Hi RamonRojo,
Please check this blog to get more information about this issue:
Reken Liu
None of the proposed solutions anywhere on this forum actually solve the problem. If they happen to work it is just a coincidence and nothing more. I have 2 samsung Galaxy s3 phones with Verizon that i just purchased. My wife's phone synced right up a worked just fine. My phone on the other hand did not work, in fact I was on tech support with verizon and samsung for 2 hours and nothing they did would make it work properly. I would get the same security setting error and the server on the microsoft end would say "Too may identical sync commands.".
Samsung suggested I return the phone and get a new one, so I did that and it still did not work properly. Then I thought I would add my wife's email to my phone to see if that would work, remember, my wife's phone sync's just fine, however her email address on my phone did not work either, so I though it has to be the phone, but I already replaced the phone once, so the odds of 2 different phone being defective is highly unlikely.
I them added my email to my wife's phone and it did not sync either, same errors as my phone. Clearly there is an issue with the phone that presents itself randomly without any warning.
I tried all so-called solutions on this forum and several different forums without any success. I did get my phone to finally work properly, but it was not by any solution provided here or anywhere else. In fact I don't really believe it was anything I did, but rather just sheer luck,
What I did was repeatedly add and delete the account several times over the course of the week that I have had the phone, and yesterday it just decided to start working and has been working for 24 hours without any issues. My wife's phone has always worked and has never had any issues with her account, but it did have an issue when i added my account to her phone.
I believe the issue arises when the account is first set up, and if the account has sync problems it was be deleted and re-installed. I don't believe that wiping the phone matters, as I did not wipe my phone the last time when it decided to start working. I believe there is some type of trust relationship with the exchange server that does not properly propagate to the phone during the initial setup of the account.
All I can say to anyone else that has this issue it to keep trying to re-setup the account until you are successful. This is what I did and so far so good. I will re-post if I have any more issues in the near future, but I believe the phone is working properly now.
One thing i did notice that was happening before is that the refresh arrow would constantly keep rotating, now that arrow does not turn ever unless I manually touch it. My emails are set to push and when I sent an email to my account, it comes though almost instantly. I have sent myself emails from my gmail, yahoo and office 365 account and all of the emails came in as expected with very little delay and usually before my outlook on my computer would get the email
Good luck to anyone dealing with this.
I concur that success in syncing is purely serendipitous. My e-mail address email@example.com works without a hitch even though Offce365 says access dened. email@example.com has too many identical sync commands even though Office365 says acess granted.


text:
SailNet Community (http://www.sailnet.com/forums/)
- Cruising & Liveaboard Forum (http://www.sailnet.com/forums/cruising-liveaboard-forum/)
- - A place to leave boat for a couple of months in SC or GA (http://www.sailnet.com/forums/cruising-liveaboard-forum/7756-place-leave-boat-couple-months-sc-ga.html)
A place to leave boat for a couple of months in SC or GA
Current plans are to take boat most of the way south in late Oct - Nov. Leave it for a couple of months and then go to the Bahamas for a couple of months in Jan/Feb/March period. Florida is reported to be crowded and expensive. How about Georgia or Even SC?
Don''t need amenities just a secure place to moor or tie up
Thanks Todd
A place to leave boat for a couple of months in SC or GA
Brunswick Landing Marina in Brunswick is $7.50 a foot, no contracts. Great hurricane hole.
Next cheapest southward would probably be Ortega River Boatyard in Jacksonville, also $7.50.
Further down the St. Johns is Green Cove Springs marina. They never seem to have any space, but their rates are very low, last year they were around five bucks a foot (I think).
I don''t think "Florida" marinas are too expensive until you get south of the Sebastian/Jupiter zone. Then you start paying through the nose during season (I peaked at $18 a foot once, but you can hit $24 a foot in Key West).
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text:
According to ESPN's Chris Mortensen, Chicago Bears quarterback Jay Cutler will play next week against the Lions.
Bears injured QB Jay Cutler plans to return this week and, barring no setback, start vs Lions on Sunday, per team source.
— Chris Mortensen (@mortreport) November 5, 2013
Talk about toughness. Cutler is currently dealing with a torn groin.


text:
A woman was injured in a hit-and-run crash Thursday morning at the intersection of Northeast Minnehaha Street and St. James Road, in the West Minnehaha neighborhood.
One patient was transported to a local hospital with injuries feared life-threatening after the two-car crash, which was reported around 9:20 a.m., Vancouver fire Capt. Dave James said.
As it turned out, Donna Farnsworth's injuries were less serious; she was treated and released early Thursday afternoon, said an employee with PeaceHealth Southwest Medical Center.
Firefighters had to cut open the Toyota Highlander she drove in order to get her out. The Toyota was T-boned on its driver's side, police said.
Police said Farnsworth lives in the Brush Prairie area.
Farnsworth had been driving south on St. James. The other vehicle, a full-size Dodge pickup, had been westbound on Minnehaha. Witnesses said the truck's driver ran a red light and hit the Toyota.
The pickup driver allegedly walked away, leaving it behind. Officers had checked registration records in an attempt to identify the driver and had not reported an arrest as of Thursday night.
John Branton: 360-735-4513 or email@example.com.