mhurhangee/ep-ind-claims huggingface dataset:
A robotic surgical system comprising: a linkage moveably supporting a surgical tool relative to a base; an input handle moveable in a plurality of directions; and a processing unit in communication with the input handle and operatively associated with the linkage to move the surgical tool based on a scaled movement of the input handle, the scaling varying depending on whether the input handle is moved towards a center of a workspace or away from the center of the workspace, the workspace representing a movement range of the input handle, wherein said processing unit is configured to scale a first movement of the input handle towards the center of the workspace by a first scaling factor (SF 1) and scale a second movement of the input handle away from the center of the workspace by a second scaling factor (SF 2) different from the first scaling factor, the workspace including a first section (S 1) located a predetermined distance from the center of the workspace, and wherein the first and second scaling factors are constant when the input handle is in the first section and at least one of the first or second scaling factors varies when the input handle is outside the first section based on a distance of the input handle from the center of the workspace. a linkage moveably supporting a surgical tool relative to a base; an input handle moveable in a plurality of directions; and a processing unit in communication with the input handle and operatively associated with the linkage to move the surgical tool based on a scaled movement of the input handle, the scaling varying depending on whether the input handle is moved towards a center of a workspace or away from the center of the workspace, the workspace representing a movement range of the input handle, wherein said processing unit is configured to scale a first movement of the input handle towards the center of the workspace by a first scaling factor (SF 1) and scale a second movement of the input handle away from the center of the workspace by a second scaling factor (SF 2) different from the first scaling factor, the workspace including a first section (S 1) located a predetermined distance from the center of the workspace, and wherein the first and second scaling factors are constant when the input handle is in the first section and at least one of the first or second scaling factors varies when the input handle is outside the first section based on a distance of the input handle from the center of the workspace.
A brake hub assembly couplable to the axle of a vehicle, the brake hub assembly comprising: a brake hub defining a central axis, the hub having a first set of lugs and a second set of lugs axially spaced from the first set of lugs; a wheel flange plate to which a wheel is securable, the wheel flange plate being removeably coupled to the first set of lugs with a first set of fasteners; and a brake disk removeably coupled to the second set of lugs with a second set of fasteners; wherein each of the wheel flange plate and the brake disk is removable from the hub without removing the hub from the axle. a brake hub defining a central axis, the hub having a first set of lugs and a second set of lugs axially spaced from the first set of lugs; a wheel flange plate to which a wheel is securable, the wheel flange plate being removeably coupled to the first set of lugs with a first set of fasteners; and a brake disk removeably coupled to the second set of lugs with a second set of fasteners; wherein each of the wheel flange plate and the brake disk is removable from the hub without removing the hub from the axle.
An aircraft engine, comprising: an upstream stator having upstream stator vanes circumferentially distributed about a central axis; and a downstream stator having downstream stator vanes (41; 42, 43) circumferentially distributed about the central axis, the downstream stator located downstream of the upstream stator relative to an airflow flowing within a core gaspath of the aircraft engine, a number of the upstream stator vanes being different than a number of the downstream stator vanes (41; 42, 43), the downstream stator vanes (41; 42, 43) including: a first vane made of a first material, a major portion of a leading edge of the first vane circumferentially overlapped by one of the upstream stator vanes, and characterized in having, a second vane made of a second material having a greater stiffness, strength, and/or ductility than that of the first material, a major portion of a leading edge of the second vane exposed via a spacing defined between two of the upstream stator vanes. an upstream stator having upstream stator vanes circumferentially distributed about a central axis; and a downstream stator having downstream stator vanes (41; 42, 43) circumferentially distributed about the central axis, the downstream stator located downstream of the upstream stator relative to an airflow flowing within a core gaspath of the aircraft engine, a number of the upstream stator vanes being different than a number of the downstream stator vanes (41; 42, 43), the downstream stator vanes (41; 42, 43) including: a first vane made of a first material, a major portion of a leading edge of the first vane circumferentially overlapped by one of the upstream stator vanes, and characterized in having, a second vane made of a second material having a greater stiffness, strength, and/or ductility than that of the first material, a major portion of a leading edge of the second vane exposed via a spacing defined between two of the upstream stator vanes. a first vane made of a first material, a major portion of a leading edge of the first vane circumferentially overlapped by one of the upstream stator vanes, and characterized in having, a second vane made of a second material having a greater stiffness, strength, and/or ductility than that of the first material, a major portion of a leading edge of the second vane exposed via a spacing defined between two of the upstream stator vanes.
A biocompatible implant, comprising: a porous body comprising a plurality of randomly arranged and entangled polyethylene constituents having a length in the range of from 2 mm to 50 mm, at least some of the polyethylene constituents having an aspect ratio in the range of from 2 to 1000; at least some of the polyethylene constituents being bonded to other polyethylene constituents at multiple sites, the porous body being capable of manipulation at room temperature from a first shape to a second shape and maintaining the second shape at about internal body temperature; wherein the implant has a thickness in the range of from 1 mm to 10 mm. a porous body comprising a plurality of randomly arranged and entangled polyethylene constituents having a length in the range of from 2 mm to 50 mm, at least some of the polyethylene constituents having an aspect ratio in the range of from 2 to 1000; at least some of the polyethylene constituents being bonded to other polyethylene constituents at multiple sites, the porous body being capable of manipulation at room temperature from a first shape to a second shape and maintaining the second shape at about internal body temperature; wherein the implant has a thickness in the range of from 1 mm to 10 mm.
A bushing comprising: a porous metallic layer, the porous metallic layer formed by a first composition and a second composition, the first composition comprising iron, the second composition comprising a metal having an electronegativity less than iron, and a sliding layer overlying the porous metallic layer, wherein the porous metallic layer has a porosity of at least 1% and not greater than 99%, and wherein the porous metallic is selected from a mesh material, a grid, an expanded sheet, or a perforated sheet.
A method, comprising: receiving, at a first application on an electronic device, a first user input for copying content; generating a token associated with the content; sending the token from the first application to a clipboard application; receiving, at a second application on the electronic device, a second user input for pasting the content; receiving, at the second application, the token from the clipboard application; receiving, at the first application, a request for the content from the second application, wherein the request includes the token; determining, at the first application, whether the second application is authorized to receive the content, using the token included in the request; and in response to determining that the second application is authorized to receive the content, providing the content to the second application. receiving, at a first application on an electronic device, a first user input for copying content; generating a token associated with the content; sending the token from the first application to a clipboard application; receiving, at a second application on the electronic device, a second user input for pasting the content; receiving, at the second application, the token from the clipboard application; receiving, at the first application, a request for the content from the second application, wherein the request includes the token; determining, at the first application, whether the second application is authorized to receive the content, using the token included in the request; and in response to determining that the second application is authorized to receive the content, providing the content to the second application.
An analyzing apparatus that irradiates a flue with laser light and analyzes a component contained in a gas that passes through the flue, comprising: an optical unit that has an emission function and a light receiving function; and a connecting tube that has one end optically connected to the optical unit and another bevelled end that is inserted into the flue and passes the laser light, wherein the bevelled end of the connecting tube is formed in the tube wall such that the tube wall on the upstream side of the gas flow is longer than the tube wall on the downstream side; and wherein the connecting tube includes: a through-hole provided in a tube wall in an insertion end region on an opposite side of the optical unit, the inserted portion being within a range from the bevelled end of the connecting tube to less than or equal to half of a total length of the connecting tube; characterized in that the through-hole is provided in the tube wall in the bevelled end on an upstream side relative to the gas flow. an optical unit that has an emission function and a light receiving function; and a connecting tube that has one end optically connected to the optical unit and another bevelled end that is inserted into the flue and passes the laser light, wherein the bevelled end of the connecting tube is formed in the tube wall such that the tube wall on the upstream side of the gas flow is longer than the tube wall on the downstream side; and wherein the connecting tube includes: a through-hole provided in a tube wall in an insertion end region on an opposite side of the optical unit, the inserted portion being within a range from the bevelled end of the connecting tube to less than or equal to half of a total length of the connecting tube; characterized in that the through-hole is provided in the tube wall in the bevelled end on an upstream side relative to the gas flow. a through-hole provided in a tube wall in an insertion end region on an opposite side of the optical unit, the inserted portion being within a range from the bevelled end of the connecting tube to less than or equal to half of a total length of the connecting tube; characterized in that the through-hole is provided in the tube wall in the bevelled end on an upstream side relative to the gas flow.
A luminaire arrangement comprising: a luminaire holder being arranged to be attached to a ground plane and comprising electrical circuitry connectors, grommet seals provided on said electrical circuitry connectors, and a shield arranged around the luminaire holder, and a light-emitting diode module comprising a plurality of light emitting diodes and being arranged to be received in said luminaire holder and comprising a covering arranged around the light emitting diode module like a skirt, wherein said shield and said covering are arranged to form a sealing engagement between said luminaire holder and said light emitting diode module, when said light emitting diode module is received in said luminaire holder. a luminaire holder being arranged to be attached to a ground plane and comprising electrical circuitry connectors, grommet seals provided on said electrical circuitry connectors, and a shield arranged around the luminaire holder, and a light-emitting diode module comprising a plurality of light emitting diodes and being arranged to be received in said luminaire holder and comprising a covering arranged around the light emitting diode module like a skirt, wherein said shield and said covering are arranged to form a sealing engagement between said luminaire holder and said light emitting diode module, when said light emitting diode module is received in said luminaire holder.
A magnetorheological fluid for use in magnetorheological ultrasmooth polishing of a substrate surface, comprising: an aqueous carrier vehicle; a first amount of magnetic particles having a first average diameter; and a second amount of abrasive particles having a second average diameter, wherein said first average diameter is between 2 and 3 orders of magnitude larger than said second average diameter; wherein said first average diameter is between 1 micrometer and 2 micrometers, and said second average diameter is between <1 nanometer and 15 nanometers. an aqueous carrier vehicle; a first amount of magnetic particles having a first average diameter; and a second amount of abrasive particles having a second average diameter,
A transmitting apparatus comprising: a packet generator configured to generate a packet comprising a header and a payload; a signal processor which processes the generated packet, and a transmitter configured to transmit a frame comprising the processed packet, wherein the header comprises a base field comprising a first field and a second field, wherein the first field comprises a first value or a second value, wherein the first value indicates that a length of the base field is a first length, and the second value indicates that the length of the base field is a second length, wherein if the first field comprises the first value, a pointer value is less than a predetermined value and a length of the second field is predetermined wherein if the first field comprises the second value, the base field comprises a third field and the pointer value is greater than or equal to the predetermined value, wherein the second field represents the least significant bits, LSBs, of the pointer value and the third field represents the most significant bits, MSB, of the pointer value, and wherein the pointer value is an offset from a beginning of the payload to a first start position of at least one input packet that begins in the payload. a packet generator configured to generate a packet comprising a header and a payload; a signal processor which processes the generated packet, and a transmitter configured to transmit a frame comprising the processed packet, wherein the header comprises a base field comprising a first field and a second field, wherein the first field comprises a first value or a second value, wherein the first value indicates that a length of the base field is a first length, and the second value indicates that the length of the base field is a second length, wherein if the first field comprises the first value, a pointer value is less than a predetermined value and a length of the second field is predetermined wherein if the first field comprises the second value, the base field comprises a third field and the pointer value is greater than or equal to the predetermined value, wherein the second field represents the least significant bits, LSBs, of the pointer value and the third field represents the most significant bits, MSB, of the pointer value, and wherein the pointer value is an offset from a beginning of the payload to a first start position of at least one input packet that begins in the payload.
Method for turning a workpiece around using a robot equipped with a three-point gripper with three claws, whereby use is made of an accessory in the form of an essentially horizontal plate with two edges that slant towards one another up to a projecting point from where a slot starts that extends along a centre line (X-X') passing through the point and which has a width that is greater than the width of a claw of the three-point gripper and whereby the method comprises the following steps: - the workpiece is gripped with the three-point gripper and placed on the projecting point of the accessory in such a position that the centre of gravity of the workpiece is vertically above the slot and at least one section of the workpiece protrudes over the slanting edges; - the three-point gripper releases the workpiece; - then the three-point gripper with open claws is positioned along the underside of the aforementioned plate in a position centred with respect to the workpiece that is such that the claws are around the workpiece and one of the claws extends through the slot; - the three-point gripper grips the workpiece by closing the claws; - the three-point gripper with the workpiece is taken away from the accessory by moving the three-point gripper in the longitudinal direction (X-X') of the slot and the reversed workpiece is presented or stored in order to be able to grip the next workpiece. - the workpiece is gripped with the three-point gripper and placed on the projecting point of the accessory in such a position that the centre of gravity of the workpiece is vertically above the slot and at least one section of the workpiece protrudes over the slanting edges; - the three-point gripper releases the workpiece; - then the three-point gripper with open claws is positioned along the underside of the aforementioned plate in a position centred with respect to the workpiece that is such that the claws are around the workpiece and one of the claws extends through the slot; - the three-point gripper grips the workpiece by closing the claws; - the three-point gripper with the workpiece is taken away from the accessory by moving the three-point gripper in the longitudinal direction (X-X') of the slot and the reversed workpiece is presented or stored in order to be able to grip the next workpiece.
Joining method for connecting a first component to a second component, in a first method step the first component, the second component and an adhesive arranged between the first and the second component (2, 3) being provided, in a second method step the first and the second component (2, 3) being pressed together and, in a third method step the adhesive being cured, spacing means which, in the third method step, are at least partly resorbed by the adhesive, being added to the adhesive, characterized in that the spacing means are produced from a carrier material coated with a binding agent.
A mold block presenting at least one thermoforming chamber that is suitable for receiving a thermoplastic preform, said thermoforming chamber being defined by an inside surface and an axial opening of the mold block, and such that it comprises: · a main body; and · at least one movable mold-bottom part that is situated at an end remote from said axial opening and that is movable relative to said main body; characterized in that the movable mold-bottom part is movable between a closed position against said main body and an open position in which the movable mold-bottom part is separated from the main body going away from the axial opening by a side opening; and that the mold block comprises at least one retractable member that is capable of penetrating through said side opening in the open position of the movable mold-bottom part so as to form at least one removable shoulder that is situated in the thermoforming chamber in register with the axial opening. · a main body; and · at least one movable mold-bottom part that is situated at an end remote from said axial opening and that is movable relative to said main body; characterized in that the movable mold-bottom part is movable between a closed position against said main body and an open position in which the movable mold-bottom part is separated from the main body going away from the axial opening by a side opening; and that the mold block comprises at least one retractable member that is capable of penetrating through said side opening in the open position of the movable mold-bottom part so as to form at least one removable shoulder that is situated in the thermoforming chamber in register with the axial opening.
A reinforced wall component, especially for a motor vehicle, comprising an outer and an inner surface and between them a cavity in which a metal filling is inserted, wherein the cavity is formed between the outer surface and a partition disposed between the outer and the inner surface and is straight or curved and extends substantially parallel to the outer and/or inner surface, and at least two groove-like recesses (8, 9) extending towards the inner surface are formed in the partition and have a set length and the same or different depth, and the metal filling is pressed into the groove-like recesses (8, 9), characterised in that the groove-like recesses (8, 9) intersect and form a common recess in the intersecting region and that the metal filling contains metallic zinc or a zinc alloy or aluminium or an aluminium alloy, and by zinc powder or aluminium powder pressed by insertion and fixing in at least one solid member (24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39) and disposed in an associated region of the cavity or in at least one groove-like recess (8, 9), the powder being added to a known foaming agent, e.g. zirconium hydride, and subsequently heated to a conventional temperature for forming a metal foam with zinc or aluminium, at least after subsequent cooling.
A wheel assembly to be coupled to a hub of a vehicle, the wheel assembly comprising: an inner rim to be coupled to the hub of the vehicle; an outer rim surrounding the hub; a plurality of gas springs operatively coupled between said inner rim and said outer rim to provide a gas suspension for relative movement between said inner rim and said outer rim; and an outer ring coupled to said outer rim, the wheel assembly being characterized in that said outer ring defines a closeable gap with adjacent interior portions of said inner rim to define a mechanical stop to limit relative movement of said inner rim and outer rim. an inner rim to be coupled to the hub of the vehicle; an outer rim surrounding the hub; a plurality of gas springs operatively coupled between said inner rim and said outer rim to provide a gas suspension for relative movement between said inner rim and said outer rim; and an outer ring coupled to said outer rim, the wheel assembly being characterized in that said outer ring defines a closeable gap with adjacent interior portions of said inner rim to define a mechanical stop to limit relative movement of said inner rim and outer rim.