Ben Geebelen - Haasrode, BE Roel Wirix-Speetjens - Maaseik, BE Louis James Keppler - Strongsville OH, US Wilfried Vancraen - Huldenberg, BE
Assignee:
Materialise N.V. - Leuven
International Classification:
A61B 17/00
US Classification:
606 1
Abstract:
The present invention relates to an adaptable therapeutic, diagnostic or surgical guide for an intra-operative adjustment of a guidance element to a pre-planned position. An advantage and innovation of the present invention is that it provides a template or guide that adapts in a controlled way to a changed intra-operative anatomical situation compared to the default planned situation. This adaption maybe purely positional but it may also include force feedback. Feedback, either visual feedback or force feedback that results in an adjustment of a guidance element is also an aspect of the present invention. For example, the feedback can contain information either about the fit of the guide or template onto a bone (in case the guide or template fits onto one bone) or about the relative position of two bones of bone fragments (e.g. ligament tension between the femur and tibia).
Wilfried Vancraen - Huldenberg, BE Louis James Keppler - Strongsville OH, US Ben Geebelen - Haasrode, BE Jeroen Dille - Kessel-Lo, BE
Assignee:
Materialise N.V. - Leuven
International Classification:
A61B 19/00
US Classification:
128845
Abstract:
The present invention relates to a therapeutic, diagnostic or surgical tool, e.g. surgical guide frame for medical treatments, comprising: —a rigid structure, and —at least one functional guidance element (), wherein the rigid structure comprises means for positioning and holding the rigid structure around a soft tissue area of a patient and includes means for compressing the soft tissue area surrounded by the positioning and holding means as well as to the use of such a therapeutic, diagnostic or surgical tool for medical treatments, especially in areas where the therapeutic, diagnostic or surgical tool, e.g. surgical guide is supported on soft tissue.
An exercise apparatus for a skater or similar athlete includes a flexible sheet having a smooth glide surface along which the feet of the exerciser can slide. Bumper assemblies are releasably connected with opposite ends of the flexible sheet. The flexible sheet is releasably clamped between a rigid base plate and a main section of a bumper assembly. A ramp section is releasably connected with the main section of a bumper assembly. A resiliently compressible bumper strip is provided on an upwardly sloping side surface of the ramp section to engage the foot of the exerciser. To further absorb forces resulting from enagagement of an exerciser's foot against the ramp section, a pad is provided between the ramp section and the main section of a bumper assembly. A mat extends beneath the flexible sheet and ramp section of a bumper assembly to stabilize the bumper assembly.
An exercising apparatus for a speed skater or similar athlete including a base having a plurality of board members arranged in side-by-side relationship. Hinges pivotally connect adjacent board members to each other. A flexible plastic sheet overlays the board members and has a smooth glide surface on which the skater can slide. Bumpers are located at opposite ends of the base. Clamps releasably interconnect the base, the sheet, and the bumpers.
An exercising apparatus for a speed skater or similar athlete including a base having a plurality of board members arranged in side-by-side relationship. Hinges pivotally connect adjacent board members to each other. A flexible plastic sheet overlays the board members and has a smooth glide surface on which the skater can slide. Bumpers are located at opposite ends of the base. Clamps releasably interconnect the base, the sheet, and the bumpers.
Provided herein are patient-specific surgical guiding tools for positioning on a socket of a ball-and-socket joint, e.g., an acetabulum. The guiding tools comprise a central contact element fitting within the socket and one or more lateral contact elements fitting on the rim of the socket. The guiding tools allow accurate positioning of surgical tools such as alignment elements, according to a pre-operational planning. Methods for the manufacture and use of said guiding tools are also provided.
Provided herein are patient-specific surgical guiding tools for positioning on a socket of a ball-and-socket joint, e.g. a glenoid cavity. The guiding tools comprise a central contact element fitting within the socket and one or more lateral contact elements fitting on the rim of the socket. The guiding tools allow accurate positioning of surgical tools such as alignment elements, according to a pre-operational planning. Methods for the manufacture and use of said guiding tools are also provided.
LOUIS KEPPLER PHYSICIANS GROUP 6701 Rockside Rd Suite 103, Independence, OH 44131 2163692800 (Phone)
Certifications:
Orthopedic Surgery, 1997
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
LOUIS KEPPLER PHYSICIANS GROUP 6701 Rockside Rd Suite 103, Independence, OH 44131
Saint Vincent Charity Medical Center 2351 East 22Nd Street, Cleveland, OH 44115
Education:
Medical School Saint Louis University / School of Medicine Graduated: 1978 Medical School Cleveland Clinic Fndn Graduated: 1978
Affiliations:
International Congress for Joint Reconstruction, Member The International Congress for Joint Reconstruction (ICJR) delivers continuing medical education to orthopedic surgeons focused on the latest operative techniques, procedures, advanced devices, and improvements in patient care. Physicians affiliated with ICJR are committed to offering patients the best treatment options available today
Dr. Keppler graduated from the Saint Louis University School of Medicine in 1978. He works in Independence, OH and 1 other location and specializes in Orthopaedic Surgery. Dr. Keppler is affiliated with Lutheran Hospital, Southwest General Health Center and St Vincent Charity Medical Center.