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Fidessa Group plc (FDSA) Receives Underweight Rating from Barclays PLC
Barclays PLC reiterated their underweight rating on shares of Fidessa Group plc (LON:FDSA) in a report published on Monday morning. They currently have a GBX 1,860 ($22.67) target price on the stock.
Other analysts have also recently issued research reports about the company. FinnCap restated a sell rating and set a GBX 1,700 ($20.72) price objective on shares of Fidessa Group plc in a research note on Monday, August 15th. Numis Securities Ltd cut Fidessa Group plc to an add rating and upped their price objective for the company from GBX 2,800 ($34.13) to GBX 2,870 ($34.98) in a research note on Monday, August 1st. Finally, Panmure Gordon upped their price objective on Fidessa Group plc from GBX 1,758 ($21.43) to GBX 2,132 ($25.98) and gave the company a hold rating in a research note on Monday, August 1st. Two investment analysts have rated the stock with a sell rating, six have assigned a hold rating and one has issued a buy rating to the stock. Fidessa Group plc currently has an average rating of Hold and a consensus target price of GBX 2,129.11 ($25.95).
Shares of Fidessa Group plc (LON:FDSA) opened at 2405.00 on Monday. Fidessa Group plc has a 1-year low of GBX 1,729.00 and a 1-year high of GBX 2,656.00. The stock's market capitalization is GBX 917.68 million. The company has a 50 day moving average price of GBX 2,456.77 and a 200-day moving average price of GBX 2,381.39.
Fidessa Group plc Company Profile
Fidessa group plc is a United Kingdom-based holding company. The Company provides trading, investment and information solutions for the financial community. The Company operates in two segments: Sell-side and Buy-side. The Sell-side segment provides solutions and tools to support the trading of cash equities and derivatives across the world.
Receive News & Stock Ratings for Fidessa Group plc Daily - Enter your email address below to receive a concise daily summary of the latest news and analysts' ratings for Fidessa Group plc and related stocks with our FREE daily email newsletter.


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The Estimates Committee in the Parliament recommended the setting up of a Service Selection Commission in its 47th report (1967–68) for conducting examinations for recruitment to lower categories of posts. Later, in the Department of Personnel and Administrative Reforms on 4 November 1975 Government of India constituted a Commission called the Subordinate Services Commission. on 26 September 1977, Subordinate Services Commission renamed into Staff Selection Commission. The Staff Selection Commission (SSC) is an Indian organization to recruit staff for various posts in the various Ministries and Departments of the Government of India and in Subordinate Offices. The SSC Board Every Year Published in Sub-Inspector in Delhi Police & Central Armed Police Forces (CAPFs) and Assistant Sub Inspector in CISF Results 2017 Download at official website www.ssc.nic.in
- SSC Group B-C Apply Online 2017
- SSC Store Assistant Recruitment 2017 Apply Online
- SSC Calligraphist Recruitment 2017 Apply Online
Now all Staff Selection Commission various posts in the various Ministries and Departments Exams Attended Candidates are eagerly waiting for the declaration of exam Results 2017. This Staff Selection Commission (SSC) Results 2017 are expected to be declared in month of Jun 2017. Dear Candidates who are going to appear for the exam can check their official website
For getting the Staff Selection Commission (SSC) BSF / CISF / CRPF / SSB / SSF / NIA / Assam Riffle / ITBP Constable GD Results 2017 you have to open the official website Mentioned above. Then you should have to enter the necessary details like your exam Roll Number and before this choose your course Name. After that Submit These information and then wait for few Seconds for Results .The Students can also get your results will be displayed on the Screen by the website. Candidates can save a print out copy.
Staff Selection Commission (SSC) Results 2017 Download Regional websites
- www.sscnr.net.in
- www.ssc-cr.org
- www.sscer.org
- www.sscner.org.in
- www.sscwr.net
- www.sscsr.gov.in
- www.ssckkr.kar.nic.in
- www.sscnwr.org

subset: commoncrawl


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Journal of the Korean Society for Precision Engineering
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Korean Society of Precision Engineering
Editor in Chief :
Hon-Zong Choi
Volume & Issues
Volume 30, Issue 12 - Dec 2013
Volume 30, Issue 11 - Nov 2013
Volume 30, Issue 10 - Oct 2013
Volume 30, Issue 9 - Sep 2013
Volume 30, Issue 8 - Aug 2013
Volume 30, Issue 7 - Jul 2013
Volume 30, Issue 6 - Jun 2013
Volume 30, Issue 5 - May 2013
Volume 30, Issue 4 - Apr 2013
Volume 30, Issue 3 - Mar 2013
Volume 30, Issue 2 - Feb 2013
Volume 30, Issue 1 - Jan 2013
Selecting the target year
A Survey on Robot Systems for High-rise Building Wall Maintenance
Moon, Sung-Min ; Huh, Jaemyung ; Lee, Seunghoon ; Kang, Sungpil ; Han, Chang-Soo ; Hong, Daehie ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 359~367
With recent growth of the economy and development of construction technology, the increase of high-rise buildings is appearing rapidly in urban areas. For this reason, the interest in building maintenance has also been increasing. However, it has many safety problems because it is difficult for the workers to access the exterior wall of building. Therefore, the maintenance system of high-rise building stands out as being important issues to be developed, so that a variety of robot systems have been developed to accomplish the building-wall maintenance works. In this paper, the maintenance robots are classified in painting, inspecting, cleaning systems according to the maintenance works. Then, their locomotion and adhesion mechanisms are analyzed including their applicability to the real maintenance works. This study can be used to develop maintenance robotic system that is more efficient and stable than existing ones.
Motion Planning of Building Maintenance Robot System for Reducing Jerk Effect
Lee, Seunghoon ; Kang, Min-Sung ; Kang, Sungpil ; Hwang, Soonwoong ; Kim, YoungSoo ; Moon, Sung-Min ; Hong, Daehie ; Han, Chang-Soo ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 368~374
Maintenance works for current high-rise buildings significantly depend on human labor, unlike other construction processes that are gradually being automated. Herein, this paper proposes robotic building maintenance system using motion control, in specific, reducing a system jerk which is directly subjected to improve the process performance and economic feasibility. The sensor for detecting straight and curvature section of the building facade, moreover rail-joint segment can be detected and be utilized for reducing jerk of the system. Analysis of the proposed system error caused by excessive vibration, e.g. jerk motion is introduced. To enhance the stability and safety of the system, herein, the strategy is proposed for enhancing the performance of the system based on anti-jerk motion control algorithm which comes out increasing the stability and sustainability of the integrated system, as well.
Development of Gondola-type Building Management Robot Platform and Mechanism for Moving/Tasking on Building Outer-wall
Ham, Young-Bog ; Park, Soung Jea ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 375~382
Down through the years, human needs and desires have required a robot system to work at hazardous environments instead. Current painting task is costly and laborious, and it exposes workers to significant health and safety risks. Automation system offers potential improvement in this area and is especially well suited to the outer-wall painting tasks in concrete structures. This paper introduces the result of gondola-type building management robot(G-BMR) platform and mechanism for moving/tasking on building outer-wall for the outer-wall painting. Its technical and economic feasibility are conducted, and it is concluded that developing G-BMR is physically and economically feasible in this research. And we discuss about the future of G-BMR and automation in construction field.
A Study on the Development of Height Estimation Sensor for Gondola-typed Façade Robot
Yoon, Jongsu ; Kim, Dong Yeop ; Park, Chang-Woo ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 383~389
Demand for high-rising building has arisen. However, its maintenance is usually executed by labour. It could have a severe problem. We proposed a gondola robot to solve it. In this paper, we designed a height estimation sensor for this gondola. It is consist of pan-tilt unit, ARS sensor, and laser sensor. The pan-tilt unit keeps the laser sensor to indicate the gravity direction by referencing the ARS. The laser sensor's range is vertical distance from gondola to ground. However, if there is an obstacle under the gondola, the distance includes its height. To filter it out, we apply a Kalman filter for the height estimation. If the estimated height is changed extremely, the filter decides that there is an obstacle. Then, it remembers the height of obstacle. Other extreme changes of height estimations are reflected. The experimental results using the proposed sensor system show detail flow of the height estimation.
A Study on the Performance of Window Cleaning Robots in High-Rise Building
Lee, Jin Koo ; Kim, Dae Myoung ; Lee, Dong Ju ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 390~396
Due to the development of technology, there is a considerable increase in the number of skyscrapers in the world. Accordingly, there are rapid growing requests about maintenances such as cleaning, painting, and inspection. However, it is extremely dangerous working the walls of buildings, and crashes from buildings have accounted for large proportion of constructional accidents. Especially, as the number of buildings with irregular shapes increases, the accident rate during the maintenance work increases each year, and most of the accidents lead to death. An alternative solution must be developed with the commercialization of automatic systems. In this research, a fundamental research has been conducted for drafting and commercializing an automation tool that is carried in the built-in guide system, which can perform cleaning.
A Study on the Development and Surface Roughness of Roller Cam SCM415 by 5-Axis Machining
Kim, Jin Su ; Lee, Dong Seop ; Kang, Seong Ki ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 397~402
In this study, we carried out the each lines of section, using GC (green silicon carbide) whetstone, the SCM415 material which separated by after and before heat treatments process, in 3+2 axis machining centers for integrated grinding after cutting end mill works, the spindle speed 8000 rpm and feed rate 150 mm/min. For the analysis of the centerline average roughness (Ra), we measured by 10 steps stages. Using Finite element analysis, we found the result of the load analysis effect of the assembly parts, when applied the 11 kg's load on both side of the ATC (Automatic tool change) arm. The result is as follows. For the centerline average roughness (Ra) in the non-heat treatment work pieces, are appeared the most favorable in the tenth section are
, that were shown in the near the straight line section which is the smallest deformation of curve. In addition, the bad surface roughness appears on the path is to long by changing angle, the more inclined depth of cut, because the chip discharging is not smoothly.
Processing Evaluations of the Eagle Glass Cutting Using Pico-second Laser
Lee, Sang Kyun ; Lee, Young Gon ; Kim, Jae Do ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 403~408
In this paper, the characteristics of ablation processing of the eagle glass by pico-second laser are investigated. The laser ablation is used to process micro forms on materials. The ablation causes little thermal effect and little burr on the surface of eagle glass. In order to examine the characteristics of panic cracks, experiments are conducted under various cutting conditions such as a frequency of 600 kHz, laser powers, scan speeds and number of scan(NS). To minimize the panic cracks, the specimens are heated at
, and
for ten minutes respectively and then they are broken by hands. Laser powers, NS and scan speeds have an effect on glass cutting results. The ablation depths increase with an increase in the laser power and NS whereas the panic cracks decrease with an increase in scan speed. The high temperature on processed specimens reduces the panic cracks and makes good results of laser cutting. The optimal condition for eagle glass laser cutting is found to be at 30 W of laser power, 3 mm/s of scan speed and 500 of NS, respectively.
Fabrication of Breathable Film using Laser Pulses
Choi, Hun Kook ; Sohn, Ik Bu ; Noh, Young Chul ; Choi, Young Jin ; Chang, In Gu ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 409~413
A polypropylene film was ablated using a
laser, Ti-sapphire femtosecond laser, and UV nanosecond laser. For modified atmosphere packaging, polypropylene films were ablated by laser pulse with different pulse energies and measured on an optical microscope. Also, we observed the shelf life of a banana contained within packaging of a breathable zipper bag. As a result, we have demonstrated that the breathable film can efficiently extend the shelf life of respiring foods, particularly fresh fruits and vegetables. The development of breathable film laser microfabrication system will more useful for industrial applications.
Development of Measurement System for Contact Angle and Evaporation Characteristics of a Micro-droplet on a Substrate
Kwon, Kye-Si ; An, Seung-Hyun ; Jang, Min Hyuck ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 414~420
We developed inkjet based measurement system for micro-droplet behavior on a substrate. By using the inkjet dispenser, a droplet, which is as small as few pico-liter in volume, can be jetted and the amount can be controlled. After jetting, the droplet image on the substrate is acquired from side view camera. Then, droplet profile is extracted to measure droplet volume, contact angle and evaporation characteristics. Also top view image of the droplet is acquired for better understanding of droplet shape. The previous contact angle measurement method has limitations since it mainly measures the ratio of height and contact diameter of droplet on a substrate. Unlike previous measurement system, our proposed method has advantages because various behavior of droplet on substrate can be effectively analyzed by extracting the droplet profile.
Development of Horizontal Locomotion Robot using Rail Mechanism for H-beam Structure
Kim, Jong Heon ; Jeon, Minseok ; Jeon, Kyungtae ; Lee, Sang Hoon ; Hong, Daehie ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 421~426
Nowadays in building construction field, workers become aged and avoid dirty, difficult, and dangerous work. Above all, a person who is in charge of beam assembling work in high and narrow space just relies on safety belt. So these workers should be highly trained. This paper deals with a new locomotion robot that can take this in charge, which will be able to provide less labor costs, less time to build a building and safer environments for workers. The geometric features of steel structure in building construction were carefully analyzed and developed a locomotion mechanism optimized to it. The robot was designed to be rugged, strong, and fast rather than having excessive mobility. Feasibility of the developed robot was verified through experiments.
Kinematic Optimal Design on a New Robotic Platform for Stair Climbing
Seo, Byunghun ; Hong, Sung Yull ; Lee, Jeh Won ; Seo, TaeWon ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 427~433
Stair climbing is one of critical issues for field robots to widen applicable areas. This paper presents optimal design on kinematic parameters of a new robotic platform for stair climbing. The robotic platform climbs various stairs by body-flip locomotion with caterpillar type main platform. Kinematic parameters such as platform length, platform height, and caterpillar rotation speed are optimized to maximize stair-climbing stability. Three types of stairs are used to simulate typical user conditions. The optimal design process is conducted based on Taguchi methodology, and resulting parameters with optimized objective function are presented. In near future, a prototype is assembled for real environment testing.
Bending Mechanism Analysis and Bending Coupler Optimal Design for Laparoscopic Surgical Instrument
Hwang, Dal Yeon ; Moon, Dae Hoan ; Choi, Seung Wook ; Won, Jong Seok ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 434~441
Bending motion has been used in the surgical instruments with bending structures and tendon mechanisms. A simplified bending angle amplification ratio between the proximal and distal bending joint was derived in this article. The bending structure of disk and rib in the proximal joint was analyzed based on finite element method with an emphasis on the circumferential uniformity of bending stiffness. Regarding the distal joint, optimal design and sensitivity analysis was done with four design variables of outer and inner diameter, rib height and rib width while maximizing the deformation under the stress distribution below the yield stress. Outer diameter and rib width are most critical to maximum deformation as the outer diameter and inner diameters are so to maximum equivalent stress.
Comparative Analysis of Plantar Pressure and Comfort Level in Developed-Domestic and Import Comfort Shoes for Elderly
Kim, Jae-Won ; Choi, Jin-Seung ; Park, Tae-Hyun ; Tack, Gye-Rae ; Choi, Kook-Lyeol ; Lee, Sung-Jae ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 442~449
This study was to compare a domestic comfort shoes to the popular import(SAS
) to gain a better understanding in biomechanical characteristics for shoe design for the elderly. For each shoe type, morphologic dimensions, shock absorption, and flexibility were assessed. From subjects(n = 20,
kg), mean peak pressure(MPP) and contact area(CA) at the plantar surface were analyzed. The domestic shoes reflecting anatomic contour of the plantar surfaces of Asians resulted in wider CA(by 30.4
), higher shock absorption(by 2.4%) and stiffness(by 0.5 N/mm) than the import. With the domestic shoes, significantly less MPPs were found at the forefoot(by 42~49%) regions(p < .05) and higher CA was noted additionally at hallux and lessor toes(by 26~63%). More anatomically-contoured insole and favorable mechanical characteristics may help reduce the plantar pressures more effectively and more evenly, especially across the central forefoot and midfoot regions of the plantar surface, especially for the design of the comfort shoes for the elderly.
Development of Weight Shifting Training System using Biofeedback for Post-stroke Hemiplegic Patients with Step Length Asymmetry
Kim, Seeun ; Kim, Deog Young ; Kim, Jung Hoon ; Choi, Jong Hyun ; Joo, So Young ; Kang, Na Kyung ; Baek, Yoon Su ;
Journal of the Korean Society for Precision Engineering, volume 30, issue 4, 2013, Pages 450~458
The aim of this study was to develop and verify gait training system for post-stroke hemiplegia patients with step length asymmetry. Most post-stroke hemiplegic patients show gait asymmetry and weight shifting training has been suggested as a useful method for improving the walking ability. However, verbal cue by physical therapist may be not effective. Therefore, our weight shift training system was designed to give a feedback to patients through precise plantar pressure and center of pressure (COP) measurement. This weight shifting biofeedback training system is composed of F-Scan plantar pressure measurement system and software development kit (SDK) for Windows operating system. Two post-stroke patients with step length asymmetry were enrolled in this study. After training for six weeks, the weight shift score and step length ratio of two all patients were improved and approached to them of non-disabled. This system developed in this study may improve the step length asymmetry, and therefore this system is also expected to improve a walking ability in hemiplegic patients.
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Shrimp Rangoon
Total Time
Prep 20 mins
Cook 5 mins
Very addictive.
Ingredients Nutrition
3-10 20-30 rangoon US
- 20 ounces Philadelphia Cream Cheese (or however much is in a brick package of it)
- 8 -10 scallions
- 8 -10 small shrimp
- wonton wrapper
- 2 cups vegetable oil (for frying)
- Chop the scallions.
- Chop the shrimp into small pieces, approximately the size of your finger nail (maybe a little smaller).
- In a bowl, mix the scallions, shrimp, and cream cheese.
- Place a dollop of the mixture in the center of the won-ton wrapper.
- Run a finger under tap water and trace the edge of the won-ton wrapper with your finger. This ensures that your rangoon won't open during when fried.
- Stick the wet edges of the won-ton wrapper together into a triangular shape. Then press two corners of the triangle together for a won-ton shape.
- Fry in hot oil until browned (3-5 min).
- Remove the rangoon onto a paper towel to allow some of the oil to run off.


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Admission to Study Programmes
What is admission?
How does the admission process work at the University of Innsbruck?
Admission Procedures
What is admission?
Admission is the term used to refer to the formal process of beginning a study programme at the Universität Innsbruck. In order to be admitted to a study programme you have to register at the Admission Department in the main university building during the admission period. Here you can enroll for bachelor programmes, diploma programmes, teacher training programmes, master programmes and doctoral programmes.
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How does the admission process work at the University of Innsbruck?
If you wish to study at the Universität Innsbruck you have to register at the Admission Department (in the main university building) and bring along the official "Letter of Acceptance" of the Universität Innsbruck, your photo ID and everything asked for in the "Letter of Acceptance". Please apply in time via our application form:
More detailed information about the admission processes and requirements for the various study programmes offered at the Universität Innsbruck can be found in the online programme profiles.
E-mail access and the LFU:online study platform
After the admission process you will be given your own username and password for the Universität Innsbruck's IT services (e-mail account, LFU:online, eCampus). Via LFU:online you can print out documents such as registration confirmations and admission records, find out more about the courses available, sign up for lectures, fill in online applications and check your exam results. The platform also provides an overview of the student records kept by the university. Therefore, it is important that you keep your password secret at all times. LFU:online
When first admitted as a student at an Austrian university or college of education you will receive a registration number which is on all university documents and must be used when applying for admission to any university in Austria.
Paying the Austrian Students' Union fee and/or tuition fee
With your registration number you will receive your student card. The Austrian Students' Union fee and/or tuition fee must be paid when registering to study via:
- bank transfer (please ask for the bank-slip with all the data)
- bank card
Once the fee has been paid a date will be automatically printed onto the student card. This is the date until which the student card is valid.
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Admission Procedures
Due to legal regulations for some study programmes special admission procedures apply. Please check the following website for more information for programme specific regulations and deadlines: http://www.uibk.ac.at/studium/anmeldung-zulassung/aufnahmeverfahren-neu
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102.1 FM to have Adler go solo on morning show
WLUM-FM (102.1) is replacing Kramp and Adler with . . . Adler.
The station announced Monday that it had pulled the plug on its long-running morning-drive show featuring Brian Kramp and Jon Adler, and that it wasn't renewing Kramp's contract. Late Wednesday, WLUM said it will put a "music-based" show in that 5 to 9 a.m. weekday time slot, hosted by Adler going solo, being May 20. »Read Full Article
2 artists win downtown Milwaukee public art showdown
Pavilions inspired by Milwaukee's historic bridge wars and off-kilter city grid, and giant webs of brightly colored bungee cord that will accent architecture and cross spans of Wisconsin Ave. were the two projects that won out during a public art showdown at City Hall on Tuesday evening.
A dozen finalists got on stage and pitched their ideas for the Creational Trails placemaking initiative, which will take place along 10 blocks of W. Wisconsin Ave. during the summer and fall. At stake was $50,000. »Read Full Article(6)
Lady Gaga to headline Summerfest June 26
Be on the lookout for a parade of meat dresses, clam-shell bras, maybe even a flying dress or two, when a swarm of Milwaukee's Little Monsters invades the Summerfest grounds June 26 to see Lady Gaga headline the Marcus Amphitheater.
Gaga is the first confirmed headliner for the 2014 edition of the Big Gig, running June 25 to 29 and July 1 to 6. It will be her first Milwaukee appearance since a wild sold-out show at the Bradley Center in 2010, where thousands of revelers showed up in outlandish Gaga-inspired get-ups. »Read Full Article(32)
Trailer for 'Godzilla' reboot, with effects by Kenosha native Jim Rygiel
The first trailer has been released for "Godzilla," the reboot of the classic Japanese monster film, whose visual effects have been designed by Kenosha native Jim Rygiel, who won three Oscars for "The Lord of the Rings" films.
In a recent interview while he was in postproduction, Rygiel said the new film - directed by Gareth Edwards - is being made in the spirit of the original films and with the blessing of the Toho studio, which created them. »Read Full Blog Post(1)
R. Kelly, Childish Gambino, Jhene Aiko and more
R. Kelly »Read Full Article
Busta Rhymes and Q-Tip 'The Abstract and the Dragon' trailer
I've been impatiently waiting for Busta Rhymes and Q-Tip's The Abstract and The Dragon for a few months now. We have already posted the video for their banging first single "Thank You". They recently released a trailer featuring busta rhymes taking a journey through him and Q-Tip's 20 plus year relationship. It's full of vintage performance footage and interviews. The Abstract and The Dragon drops on at Midnight on 12-12-13 (for all the Midnight Marauders). Check out the trailer below then watch the Arsenio clip featured in the trailer in case you didn't get to see that when it happened many moons ago. Man, I am old. »Read Full Blog Post(1)
British tabloid publishes photos from Ryan Braun's wedding
The British tabloid Daily Mail published a few fuzzy photos of Ryan Braun's marriage to model Larisa Fraser in its online edition Tuesday morning - tabloid headline and all.
The couple was married Saturday in a family ceremony in Malibu, Calif. »Read Full Blog Post(19)
On Tap Today: Free goodbye party for the Onion, A.V. Club Milwaukee and RadioMilwaukee's Mark Keefe
Milwaukee band Kane Place Record Club will perform at a free goodbye party for the Onion's local print edition, A.V. Club Milwaukee arts and entertainment website and RadioMilwaukee program director Mark Keefe, at Turner Hall Ballroom Tuesday. Journal Sentinel photo by Bill Schulz. »Read Full Blog Post


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barbierocks Review
Aurora Borealis Head Lights!!
This is one of those "rare" finds. A knock your socks off ring. Color...changing to the most beautiful hues imaginable. Almost like an Opal. But what you wish an Opal looked like. This is a 5* rating. If you are on the border of should I...I say you should. You won't regret it. Impressive to say the least. The Gold Swirls everywhere giving this ring even MORE interest. The size of the cubics on the ring are tiny, making it look more realistic. Like a Diamond.
- How did the image on site compare with the actual product? Fair-Product BETTER
- How accurate was the sizing? true
- Please tell us about the quality of the product. Exceptional
Was This Review Helpful?


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All the leaves are brown and the sky is grey, so get out of the cold and head on down to one of the warm venues where Ed is performing to have a beer and reminisce about those warm July summer nights! In Ed land, the sun is always shining and it is forever five O'clock! New dates have been posted and we're looking forward to seeing you all soon!
Mailing List
After over 10 years of great music Irv Berner will be leaving the Ed Travers Band and relocating to Chattanooga, Tennessee where he will be the General Manager of the Songbirds Guitar Museum that is scheduled to open January 2017. "LIKE" the museum on Facebook to keep up to date with the progress and upcoming events.
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