mhurhangee/ep-ind-claims huggingface dataset:
A deflectable catheter shaft section comprising the following: an elongated body extending along a body longitudinal axis and comprising a distal end and a proximal end; a first pocket at said distal end of said elongated body adapted for attachment of a pull ring and a tip assembly; a second pocket at said proximal end of said elongated body; and a shaft coupler (60; 60') mounted in said second pocket, wherein said shaft coupler (60; 60') defines a coupler longitudinal axis aligned with said body longitudinal axis, and wherein said shaft coupler (60; 60') defines (a) a plurality of coupler lumens (72, 74, 76, 78, 80; 24', 26', 30', 32') extending along said coupler longitudinal axis, wherein said shaft coupler (60; 60') further defines (b) an outer radial surface defining a groove (71, 156). an elongated body extending along a body longitudinal axis and comprising a distal end and a proximal end; a first pocket at said distal end of said elongated body adapted for attachment of a pull ring and a tip assembly; a second pocket at said proximal end of said elongated body; and a shaft coupler (60; 60') mounted in said second pocket, wherein said shaft coupler (60; 60') defines a coupler longitudinal axis aligned with said body longitudinal axis, and wherein said shaft coupler (60; 60') defines (a) a plurality of coupler lumens (72, 74, 76, 78, 80; 24', 26', 30', 32') extending along said coupler longitudinal axis, wherein said shaft coupler (60; 60') further defines (b) an outer radial surface defining a groove (71, 156).
A method of shaping a laminated glass structure, the method comprising: providing the laminated glass structure (10, 102, 182) comprising a flexible glass sheet (14, 108, 188) having a thickness of no greater than about 0.3 mm laminated to a non-glass substrate (18, 110, 190) by an adhesive material; cutting the laminated glass structure (10, 102, 182) thereby forming a shaped laminated glass structure; characterized by supporting the preform laminated glass structure (10, 102, 182) on a support surface such that the non-glass substrate (18, 110, 190) is located between the flexible glass sheet (14, 108, 188) and the support surface; field cutting the laminated glass structure (10, 102, 182) using a cutting tool of a handheld power tool in a climb cut orientation applying a compressive force to the flexible glass sheet (14, 108, 188) thereby forming the shaped laminated glass structure. providing the laminated glass structure (10, 102, 182) comprising a flexible glass sheet (14, 108, 188) having a thickness of no greater than about 0.3 mm laminated to a non-glass substrate (18, 110, 190) by an adhesive material; cutting the laminated glass structure (10, 102, 182) thereby forming a shaped laminated glass structure; characterized by supporting the preform laminated glass structure (10, 102, 182) on a support surface such that the non-glass substrate (18, 110, 190) is located between the flexible glass sheet (14, 108, 188) and the support surface; field cutting the laminated glass structure (10, 102, 182) using a cutting tool of a handheld power tool in a climb cut orientation applying a compressive force to the flexible glass sheet (14, 108, 188) thereby forming the shaped laminated glass structure.
A compound represented by Formula IA1a or a pharmaceutically acceptable salt thereof wherein n is 2, 3, 4, 5, 6, 7, or 8; p is 1; q is 0; R 1 is hydrogen and R 2 is hydrogen; R 4 is hydrogen; and R 5 is alkoxy having from 1 to 6 carbon atoms unsubstituted or substituted by phenyl; or wherein n is 0; p is 0; q is 1; R 1 is hydrogen and R 2 is hydrogen; R 4 is hydrogen or halo; and R 5 is alkoxy having from 1 to 10 carbon atoms, phenoxy, or alkoxy having from 1 to 10 carbon atoms substituted by phenyl. wherein n is 2, 3, 4, 5, 6, 7, or 8; p is 1; q is 0; R 1 is hydrogen and R 2 is hydrogen; R 4 is hydrogen; and R 5 is alkoxy having from 1 to 6 carbon atoms unsubstituted or substituted by phenyl; or wherein n is 0; p is 0; q is 1; R 1 is hydrogen and R 2 is hydrogen; R 4 is hydrogen or halo; and R 5 is alkoxy having from 1 to 10 carbon atoms, phenoxy, or alkoxy having from 1 to 10 carbon atoms substituted by phenyl.
A method of supporting location services, comprising: generating, by a terminal, in response to receiving a query for session information from a secure user plane location, SUPL, location platform, SLP, a list of active location session identifiers that are currently in progress between the terminal and the SLP, wherein the query is a SUPL INIT message, and wherein the list of active location session identifiers comprises an indication of at least two active location sessions when the terminal identifies that there are at least two active location sessions currently in progress between the terminal and the SLP; generating, by the terminal, a response message comprising the list of active location session identifiers, wherein the response message is a SUPL REPORT message generated in response to the query; and sending, by the terminal, the response message to the SLP. generating, by a terminal, in response to receiving a query for session information from a secure user plane location, SUPL, location platform, SLP, a list of active location session identifiers that are currently in progress between the terminal and the SLP, wherein the query is a SUPL INIT message, and wherein the list of active location session identifiers comprises an indication of at least two active location sessions when the terminal identifies that there are at least two active location sessions currently in progress between the terminal and the SLP; generating, by the terminal, a response message comprising the list of active location session identifiers, wherein the response message is a SUPL REPORT message generated in response to the query; and sending, by the terminal, the response message to the SLP.
A processing unit for a hearing aid device, the processing unit adapted to be coupled to a receiving unit, the processing unit comprising - an inductive transmitter placed inside a housing, the inductive transmitter being adapted to transmit an electrical signal to the receiving unit by induction; and - a transmitter sealing adapted to be replaced and to cover an opening of the housing inside which the inductive transmitter is placed. - an inductive transmitter placed inside a housing, the inductive transmitter being adapted to transmit an electrical signal to the receiving unit by induction; and - a transmitter sealing adapted to be replaced and to cover an opening of the housing inside which the inductive transmitter is placed.
A liquid lens module (140A, 140B, 140C), comprising: a liquid lens comprising first to M th individual electrode sectors (E1 to E8), where "M" is a positive integer of 2 or greater, and first to N th common electrode sectors (C1 to C4), where "N" is a positive integer of 1 or greater; an upper cover comprising first to M th individual terminals (ET1 to ET8) electrically connected to the first to M th individual electrode sectors (E1 to E8), respectively, and exposed in a first direction (A-A') perpendicular to an optical axis of an image sensor; and a lower cover configured to surround the liquid lens together with the upper cover, the lower cover comprising first to n th common terminals (CT1 to CT4),where 1 ≤ n ≤ N, electrically connected to the first to N th common electrode sectors (C1 to C4), respectively, and exposed in the first direction (A-A'), wherein the upper cover comprises first and second outer side surfaces (US 1, US2) disposed so as to face each other in the first direction (A-A'), and wherein the first to M th individual terminals (ET1 to ET8) are disposed on at least one of the first or second outer side surface (US1, US2), characterized in that one of the first to M th individual terminals (ET1 to ET8) is disposed on the first outer side surface (US 1) and another one of the first to M th individual terminals (ET1 to ET8) is disposed on the second outer side surface. a liquid lens comprising first to M th individual electrode sectors (E1 to E8), where "M" is a positive integer of 2 or greater, and first to N th common electrode sectors (C1 to C4), where "N" is a positive integer of 1 or greater; an upper cover comprising first to M th individual terminals (ET1 to ET8) electrically connected to the first to M th individual electrode sectors (E1 to E8), respectively, and exposed in a first direction (A-A') perpendicular to an optical axis of an image sensor; and a lower cover configured to surround the liquid lens together with the upper cover, the lower cover comprising first to n th common terminals (CT1 to CT4),where 1 ≤ n ≤ N, electrically connected to the first to N th common electrode sectors (C1 to C4), respectively, and exposed in the first direction (A-A'), wherein the upper cover comprises first and second outer side surfaces (US 1, US2) disposed so as to face each other in the first direction (A-A'), and wherein the first to M th individual terminals (ET1 to ET8) are disposed on at least one of the first or second outer side surface (US1, US2), characterized in that one of the first to M th individual terminals (ET1 to ET8) is disposed on the first outer side surface (US 1) and another one of the first to M th individual terminals (ET1 to ET8) is disposed on the second outer side surface.
An acceleration shock reduction control device which reduces an acceleration shock occurring when a vehicle shifts from a deceleration state to an acceleration state, the acceleration shock reduction control device comprising: means for detecting a first rotation information of a crankshaft of an engine mounted on the vehicle; characterized in that, the acceleration shock reduction control device comprising: means for detecting a second rotation information of a driving wheel which rotates by an output transmitted from the engine through a plurality of power transmission members; means for calculation a third rotation information which converts the second rotation information to the third rotation information of the crankshaft; and means for performing control to reduce the acceleration shock by delaying an ignition timing of the engine corresponding to the first rotation information of the crankshaft and a throttle opening degree, when rotation difference value between the first rotation information of the crankshaft and the third rotation information is equal or more than a first deviation threshold value. means for detecting a first rotation information of a crankshaft of an engine mounted on the vehicle; characterized in that, the acceleration shock reduction control device comprising: means for detecting a second rotation information of a driving wheel which rotates by an output transmitted from the engine through a plurality of power transmission members; means for calculation a third rotation information which converts the second rotation information to the third rotation information of the crankshaft; and means for performing control to reduce the acceleration shock by delaying an ignition timing of the engine corresponding to the first rotation information of the crankshaft and means for detecting a second rotation information of a driving wheel which rotates by an output transmitted from the engine through a plurality of power transmission members; means for calculation a third rotation information which converts the second rotation information to the third rotation information of the crankshaft; and means for performing control to reduce the acceleration shock by delaying an ignition timing of the engine corresponding to the first rotation information of the crankshaft and a throttle opening degree, when rotation difference value between the first rotation information of the crankshaft and the third rotation information is equal or more than a first deviation threshold value.
Arrangement for blind mounting, on an actuating lever of a motor vehicle drum brake, of a brake cable which includes a free end provided with a retaining end piece having a larger diameter than the cable, the arrangement comprising the actuating lever provided with a load end on which the free end of the cable can be fastened to cause the actuating lever to pivot during a pulling of the brake cable, the actuating lever having a receiving housing for the free end of the brake cable, said receiving housing having an entry end and an exit end for the brake cable and a fastening element of said free end of the brake cable in the receiving housing, the fastening element being constituted by a sleeve engaged in the receiving housing and configured for the introduction and the passage of the end piece of the cable through said sleeve and the housing, and at least two elements defining, between them, a passage for the brake cable and elastically deformable in order to allow the passage and the exit of the end piece of the cable and be elastically returned towards the cable once the end piece has passed through, said elastically deformable elements being configured to also constitute stop means of the fastening element on the exit end of the receiving housing, characterized in that the actuating lever includes, in the vicinity of the exit end of the receiving housing, a stop member arranged to limit the travel of the fastening element mounted in the receiving housing between a position where the stop means of said fastening element abut the exit end of the receiving housing and a position where said stop means of the fastening element partially abut said stop member, while allowing the brake cable end piece to pass beyond the fastening element, when the latter abuts said stop member.
A method for producing a membrane filter comprising a thin film and a support film supporting the thin film, characterized in that the method comprises the steps of: forming the thin film on a first sacrificial film that is formed on a first substrate, forming a first photosensitive composition film on the thin film, forming the support film by exposure and development of the first photosensitive composition film thereby obtaining the membrane filter, and detaching the membrane filter from the first substrate by dissolving the first sacrificial film in a dissolving solution, wherein the thin film has a thickness of 1 to 1,000 nm, the support film is a porous film having a thickness of 1 to 1,000 μm and a plurality of hole portions penetrating in the thickness direction, the thin film does not have the hole portion penetrating in the thickness direction, a material for formation of the thin film is an organic material, a material for formation of the support film is an organic material. forming the thin film on a first sacrificial film that is formed on a first substrate, forming a first photosensitive composition film on the thin film, forming the support film by exposure and development of the first photosensitive composition film thereby obtaining the membrane filter, and detaching the membrane filter from the first substrate by dissolving the first sacrificial film in a dissolving solution, wherein the thin film has a thickness of 1 to 1,000 nm, the support film is a porous film having a thickness of 1 to 1,000 μm and a plurality of hole portions penetrating in the thickness direction, the thin film does not have the hole portion penetrating in the thickness direction, a material for formation of the thin film is an organic material, a material for formation of the support film is an organic material. the thin film has a thickness of 1 to 1,000 nm, the support film is a porous film having a thickness of 1 to 1,000 μm and a plurality of hole portions penetrating in the thickness direction, the thin film does not have the hole portion penetrating in the thickness direction, a material for formation of the thin film is an organic material, a material for formation of the support film is an organic material.
A wearable model eye apparatus, comprising: a plurality of guide members arranged in parallel; an intraocular lens module which is installed to be movable forward or backward by guidance of the plurality of guide members and has an intraocular lens installed therein; and a minus lens module which is installed in front of the intraocular lens module to be movable forward or backward by guidance of the plurality of guide members and has a minus lens disposed therein. a plurality of guide members arranged in parallel; an intraocular lens module which is installed to be movable forward or backward by guidance of the plurality of guide members and has an intraocular lens installed therein; and a minus lens module which is installed in front of the intraocular lens module to be movable forward or backward by guidance of the plurality of guide members and has a minus lens disposed therein.
An implant (30, 5) for a mammalian bone joint for spacing a first bone of the joint from a second bone of the joint while allowing translational movement of the second bone in relation to the first bone, the implant comprising (a) a first part (31, 6) configured for intramedullary engagement with an end of the second bone, (b) a second part having a platform configured for non-engaging abutment of an end of the first bone and translational movement thereon, and (c) an articulating coupling (10, 16) provided between the first and second parts allowing controlled articulation of the first and second bones, and in which: the bone-abutting platform is shaped to conform to a natural shape of the end of the first bone, and the articulating coupling is a ball and socket joint (10, 16), in which the socket is contained within the first part. the bone-abutting platform is shaped to conform to a natural shape of the end of the first bone, and the articulating coupling is a ball and socket joint (10, 16), in which the socket is contained within the first part.
A packaged chocolate composition comprising a polyol having a boiling point of 105°C or greater, packaged in a multilayered package; wherein the chocolate composition has enhanced heat resistance, comprises at least one other thermal structuring component comprising a monosaccharide, and has less than 1 wt% of water, wherein the polyol is glycerin, and wherein the multilayer package comprises: an inner layer, wherein the inner layer comprises foil and the inner foil layer is covered with a fat wicking layer, wherein the fat wicking layer contacts the chocolate composition and the fat wicking layer comprises parchment; an outer layer which comprises a flow wrap material; and a third layer intermediate to the inner and outer layers. an inner layer, wherein the inner layer comprises foil and the inner foil layer is covered with a fat wicking layer, wherein the fat wicking layer contacts the chocolate composition and the fat wicking layer comprises parchment; an outer layer which comprises a flow wrap material; and a third layer intermediate to the inner and outer layers.
A method for communication, the method comprising: utilizing one or more circuits being integrated on a chip in a wireless device, wherein said one or more circuits comprises one or more power amplifiers (700, 800), and one or more leaky wave antennas (164A, 164B, 164C) having a resonant cavity integrated on said chip and coupled to said one or more power amplifiers (700, 800) to operate as a load for said one or more power amplifiers (700, 800), characterized by: configuring a plurality of feed points (203, 601A-601C) for applying a signal to said one or more leaky wave antenna (164A, 164B, 164C), wherein said one or more leaky wave antenna (164A, 164B, 164C) comprise a partially reflective surface and a reflective surface (201 B) forming said resonant cavity; and said plurality of feed points (203, 601A-601C) are configured to protrude with different distances between said partially reflective surface and said reflective surface (201 B), thereby providing different input impedances for said one or more leaky wave antenna (164A, 164B, 164C). utilizing one or more circuits being integrated on a chip in a wireless device, wherein said one or more circuits comprises one or more power amplifiers (700, 800), and one or more leaky wave antennas (164A, 164B, 164C) having a resonant cavity integrated on said chip and coupled to said one or more power amplifiers (700, 800) to operate as a load for said one or more power amplifiers (700, 800), characterized by: configuring a plurality of feed points (203, 601A-601C) for applying a signal to said one or more leaky wave antenna (164A, 164B, 164C), wherein said one or more leaky wave antenna (164A, 164B, 164C) comprise a partially reflective surface and a reflective surface (201 B) forming said resonant cavity; and said plurality of feed points (203, 601A-601C) are configured to protrude with different distances between said partially reflective surface and said reflective surface (201 B), thereby providing different input impedances for said one or more leaky wave antenna (164A, 164B, 164C). configuring a plurality of feed points (203, 601A-601C) for applying a signal to said one or more leaky wave antenna (164A, 164B, 164C), wherein said one or more leaky wave antenna (164A, 164B, 164C) comprise a partially reflective surface and a reflective surface (201 B) forming said resonant cavity; and said plurality of feed points (203, 601A-601C) are configured to protrude with different distances between said partially reflective surface and said reflective surface (201 B), thereby providing different input impedances for said one or more leaky wave antenna (164A, 164B, 164C).
A watermark formation element for forming at least one watermark in a paper, said watermark formation element having an integrated body comprising a watermark forming surface, which has one or more watermark forming regions, and a drainage surface, said watermark formation element having a plurality of drainage channels extending from front surface apertures in the watermark forming surface to the drainage surface, characterised in that the front surface apertures are themselves shaped to define at least two different alphanumerics.