Other

Hestan Commercial Corporation

Encore Medical Corporation

Enovate Medical, LLC

Pillowtex Corporation

Mercato, Inc.

Michael D Mason

Eric Deng

Stuart L Axelson, Jr

Paul A Hubbard

David R Miller

Gordon Waid

Allen Kilbourne

Adam Shallenberg

Joseph Moody

Mark McBride

Paul Edwards

Kou Yang

Scott Sporer

Michael Taunton

Joseph Jankiewicz

James Andrew Browne

Raymond Kim

R Michael Meneghini

Stanley Kin Sui Cheng

Chris Moy

David Bateman

Matthew Alarie

Anthony Schena

Steve Ferguson

Robert Brannigan

Stanley Kin Cheng

David W Shannon

Andrew J Sklute

Kurt Fisher

Paul K Edwards

Jr Stuart L Axelson

Mark Mcbride

Hip implant systems described herein can include a distal stem, a proximal body, and a fastener. In some embodiments, the distal stem can include a cavity configured to receive the fastener when a portion of the distal stem is positioned within the proximal body. In some embodiments, the distal stem can include a threaded exterior surface configured to mate with a fastener when a portion of the distal stem is positioned within the proximal body. In some embodiments, a distal end of the distal stem can include an anterior relief configured to conform to interior surface of a femoral canal of a patient.

Hip implant system

An intramedullary based & omni-positionable cutting guide instrumentation for femoral epiphysis resection for knee prosthesis placement comprising: an intramedullary placement guide () in a medullary cavity of a femoral epiphysis having an anterior/posterior adjustment mechanism (); posterior rotational referencing sizing jig () for fastening to the anterior/posterior adjustment mechanism () and configured for referencing anterior () and posterior () surfaces of the femoral epiphysis to adjust the anterior/posterior offset of the anterior/posterior adjustment mechanism (); and a punch card () for subsequent fastening to the anterior/posterior adjustment mechanism () and comprising a plurality of position referencing apertures (-) for receipt of at least one locking pin () of a cutting block guide () to allow the anterior/posterior positioning of the cutting block guide () at a first position (e.g. FIG.) for making a first resection (e.g.) and at a second position (e.g. FIG.) for the purposes of making a second resection (e.g.).

Intramedullary based and omni-positionable cutting guide instrumentation for femoral epiphysis resection for knee prosthesis placement and a method of operation thereof

Presented herein is an online marketplace for the selling and delivering of items for sale. The online marketplace includes devices and systems as well as their methods of use for the online purchase of goods as well as for the efficient and expedient delivery of the goods purchased. In particular embodiments, the system may include a cloud based database that stores images of the items for purchase, and may further include an associated computing device that is configured for receiving data corresponding with the one or more physical items represented by the images of the goods for sale that are stored in the database. The computing device is further configured for displaying the data corresponding with the one or more physical items for sale, e.g., to a client via a web portal; obtaining order data for an online order for the one or more physical items for sale; assessing geolocation data for the online order for delivery within a defined delivery area, and notifies a client that the online order should be delivered as well as indicates the most efficient manner in which to make the delivery.

Systems and methods for allocating and distributing inventory

According to one example, a convection oven comprises a cooking chamber having a front door and a rear door opposing the front door; a combustion chamber disposed below at least a portion of the cooking chamber; a side flue conduit configured to direct hot air from the combustion chamber to the cooking chamber; and a side sub-chamber with a convection fan configured to re-circulate at least a portion of the hot air within the cooking chamber, in which the side sub-chamber is disposed adjacent a side of the cooking chamber that is orthogonal to the front and rear door.

Pass through convection oven

According to one embodiment, a range for cooking includes a combustion chamber having a bottom surrounded by sidewalls that extend upward to an upper rim, a gas burner positioned at the bottom, and a platen positioned on the upper rim. The platen has an opening above the gas burner with a first flange. The range further includes a removable outer plate positioned on the first flange. The removable outer plate has an opening above the gas burner with a second flange. The range further includes a removable inner plate positioned on the second flange. The removable inner plate is circular and is made of cast iron. The removable outer plate is configured to increase the thermal resistance between the removable inner plate and the platen by having at least one of a different composition, thickness, and limited contact area than or with the platen.

Cooking range

Orthopaedic surgery cutting block guide

According to one embodiment, a range for cooking includes at least one combustion chamber having a bottom surrounded by sidewalls that extend upward to an upper rim. The range further includes first and second gas burners positioned at the bottom of the at least one combustion chamber, and a first platen positioned on a first portion of the upper rim. The first platen has an interior opening above the first gas burner with a first flange. The range further includes a first removable plate positioned on the first flange. The first removable plate has an interior opening above the first gas burner with a second flange. The range further includes a removable inner plate positioned on the second flange. The range further includes a second platen positioned over a remaining portion of the upper rim. The second gas burner is a linear flame source positioned under the second platen.

According to one embodiment, a range for cooking includes a combustion chamber having a bottom surrounded by sidewalls that extend upward to an upper rim. The range further includes at least one gas burner positioned at the bottom of the combustion chamber, and a platen positioned on the upper rim. The platen has an interior opening above one of the at least one gas burner with a first flange. The range further includes at least one removable outer plate positioned on the first flange of the platen, and an enclosure disposed to surround the gas burner and that is operative to cause preferential heating of the removable inner plate by radiation from a flame at the one of the at least one gas burner and radiation from the enclosure.

A thermally shielded receptacle for a rechargeable battery. The thermally shielded receptacle can include a material having a heat deflection rate of greater than 50 degrees Celsius to contain a catastrophic runaway of one or more of a plurality of individual battery cells. The thermally shielded receptacle can include material sized and shaped to receive the plurality of individual battery cells and separate each of the plurality of individual battery cells from adjacent individual battery cells.

Shielding receptacle for battery cells

Shielding receptable for battery cells

A sector gear split into sections for secure engagement around a tripper shaft, allowing the gear to be replaced in less time, by a smaller crew, and with fewer tools.

Split sector gear

A graftless spinal implant for mechanically attaching two adjacent vertebrae includes a body having first and second opposite surfaces. The first and second surfaces include at least one protruding member for securing the body to adjacent vertebrae, wherein the exterior surfaces of the body and the first and second protruding members include a bioactive coating. The bioactive coating can be selected from coatings such as for example, hydroxyapatite. The exterior bioactive coating facilitates the ongrowth/ingrowth of vertebral bone between the implantable spinal fusion device and adjacent vertebrae. Advantageously, spinal fusion may be achieved without the use of a bone graft and/or bone growth agents.

Method for graftless spinal fusion

A graftless spinal implant for mechanically attaching two adjacent vertebrae includes a body having first and second opposite surfaces. The first and second surfaces include at least one protruding member for securing the body to adjacent vertebrae, wherein the exterior surfaces of the body and the first and second protruding members include a bioactive coating. The bioactive coating can be selected from coatings such as for example, hydroxyapatite. The exterior bioactive coating facilitates the ongrowth/ingrowth of vertebral bone between the implantable spinal fusion device and adjacent vertebrae. Advantageously, this allows the device to avoid the use of a bone graft and/or bone growth agents.

Graftless spinal fusion device

An enclosure for a portable toilet comprises at least two sections, one of which has a door opening and a door mounted thereon. The enclosure door is moveable between a closed position and an opened position. Each enclosure section includes a first end and a second end. A tab having a hole extends from the first and a hole is formed in the second end of each enclosure section. When assembled, the first end of one section abuts the second end of the adjacent section. To ensure a substantially smooth seam or junction between the two sections, the tab extends from the inner surface of one section, across the junction between the two sections, to lie against the inner surface of the adjacent section. The tabs are aligned with the holes, and are sized such that the tab holes align with the section holes. A fastener is passed through the section hole and the tab hole to secure the two sections together. Mounting tabs are also provided at the bottom of the enclosure to secure the enclosure to the base. This will positionally fix the enclosure relative to the toilet to maintain alignment of the enclosure door with the door of the portable toilet. The enclosure can also be provided with a top portion to give the enclosure an overall shape of a beverage bottle.

Enclosure for portable toilet

Growing community of inventors

Brookline, MA, United States of America

Michael D Mason