mhurhangee/patent-ind-claim-en huggingface dataset:
A blade outer air seal assembly , comprising: a seal segment having a base portion extending between a first circumferential side (C1) and a second circumferential side (C2) and from a first axial side (A1) to a second axial side (A2), and a carrier , characterised by : the seal segment having a first wall axially spaced from a second wall , the first and second walls extending from the base portion to an outer wall to define a circumferentially extending seal passage ; a wear liner within the seal passage, wherein the wear liner has a liner passage , and wherein a portion of the carrier is inserted into the liner passage . a seal segment having a base portion extending between a first circumferential side (C1) and a second circumferential side (C2) and from a first axial side (A1) to a second axial side (A2), and a carrier , characterised by : the seal segment having a first wall axially spaced from a second wall , the first and second walls extending from the base portion to an outer wall to define a circumferentially extending seal passage ; a wear liner within the seal passage, wherein the wear liner has a liner passage , and wherein a portion of the carrier is inserted into the liner passage . the seal segment having a first wall axially spaced from a second wall , the first and second walls extending from the base portion to an outer wall to define a circumferentially extending seal passage ; a wear liner within the seal passage, wherein the wear liner has a liner passage , and wherein a portion of the carrier is inserted into the liner passage .
A fully automated suturing system (3200; 3300) comprising: an automated suture fixture (3270; 3370; 3470; 3570) comprising a plurality of motorized actuator devices and a suture target holder (3271; 3371; 3471), the automated suture fixture (3270; 3370; 3470; 3570) being configured to maneuver a target suture device (3410; 3510) secured by the suture target holder (3271; 3371; 3471); and a first suturing arm (3280; 3380a; 3480a; 3580) comprising a plurality of motorized actuator devices and a needle holder (3281; 3381a; 3481a; 3581a), the first suturing arm (3280; 3380a; 3480a; 3580) configured to maneuver a needle to pass the needle through a material of the target suture device (3410; 3510), characterized by further comprising a needle transfer fixture (3290, 3490; 3590a) configured to secure the needle during a suturing procedure to allow the suturing arm (3280; 3480a; 3580) to release the needle to adjust an orientation of the needle relative to the needle holder (3281; 3481a; 3581a). an automated suture fixture (3270; 3370; 3470; 3570) comprising a plurality of motorized actuator devices and a suture target holder (3271; 3371; 3471), the automated suture fixture (3270; 3370; 3470; 3570) being configured to maneuver a target suture device (3410; 3510) secured by the suture target holder (3271; 3371; 3471); and a first suturing arm (3280; 3380a; 3480a; 3580) comprising a plurality of motorized actuator devices and a needle holder (3281; 3381a; 3481a; 3581a), the first suturing arm (3280; 3380a; 3480a; 3580) configured to maneuver a needle to pass the needle through a material of the target suture device (3410; 3510), characterized by further comprising a needle transfer fixture (3290, 3490; 3590a) configured to secure the needle during a suturing procedure to allow the suturing arm (3280; 3480a; 3580) to release the needle to adjust an orientation of the needle relative to the needle holder (3281; 3481a; 3581a).
A pellicle comprising a pellicle frame having upper and lower opposing end faces and a pellicle film bonded to said upper end face of the pellicle frame in a slack-free manner, wherein a sealing material layer of a gel-like substance is laid on said lower end face of the pellicle frame endlessly around the pellicle frame , characterised in that an agglutinant layer is provided outside or inside of said sealing material layer , said agglutinant layer being laid on at least at locations including a plurality of sections of the said lower end face of the pellicle frame . wherein a sealing material layer of a gel-like substance is laid on said lower end face of the pellicle frame endlessly around the pellicle frame , characterised in that an agglutinant layer is provided outside or inside of said sealing material layer , said agglutinant layer being laid on at least at locations including a plurality of sections of the said lower end face of the pellicle frame .
A refrigeration apparatus comprising: a heat source unit including a compressor configured to compress a refrigerant, a main heat exchanger configured to cause heat exchange between the refrigerant and a heat source, a casing accommodating the compressor and the main heat exchanger, a cooling heat exchanger supplied with the refrigerant and configured to cool an interior of the casing, and a valve configured to switch to supply or not to supply the cooling heat exchanger with the refrigerant; a utilization unit including a utilization heat exchanger , the utilization unit and the heat source unit constituting a refrigerant circuit ; and a controller configured to open or close the valve, characterized in that the controller is configured to assess, before the valve is opened from a closed state to supply the cooling heat exchanger with the refrigerant, whether or not the refrigerant flowing from the cooling heat exchanger toward the compressor comes into a wet state when the refrigerant is supplied to the cooling heat exchanger, and is configured to determine whether or not to open the valve from the closed state in accordance with the assessment result. a heat source unit including a compressor configured to compress a refrigerant, a main heat exchanger configured to cause heat exchange between the refrigerant and a heat source, a casing accommodating the compressor and the main heat exchanger, a cooling heat exchanger supplied with the refrigerant and configured to cool an interior of the casing, and a valve configured to switch to supply or not to supply the cooling heat exchanger with the refrigerant; a compressor configured to compress a refrigerant, a main heat exchanger configured to cause heat exchange between the refrigerant and a heat source, a casing accommodating the compressor and the main heat exchanger, a cooling heat exchanger supplied with the refrigerant and configured to cool an interior of the casing, and a valve configured to switch to supply or not to supply the cooling heat exchanger with the refrigerant; a utilization unit including a utilization heat exchanger , the utilization unit and the heat source unit constituting a refrigerant circuit ; and a controller configured to open or close the valve, characterized in that the controller is configured to assess, before the valve is opened from a closed state to supply the cooling heat exchanger with the refrigerant, whether or not the refrigerant flowing from the cooling heat exchanger toward the compressor comes into a wet state when the refrigerant is supplied to the cooling heat exchanger, and is configured to determine whether or not to open the valve from the closed state in accordance with the assessment result.
A multi-faced display device, comprising: a first display panel having a first lateral side and a second lateral side opposite to the first lateral side, the first lateral side curving towards a back side of the first display panel such that the first display panel forms an L-shaped structure; a second display panel having a first lateral side and a second lateral side opposite to the first lateral side, the first lateral side curving towards a back side of the second display panel such that the second display panel forms an L-shaped structure; a first encapsulating plate for sealing a top of the closed structure; a second encapsulating plate for sealing a bottom of the closed structure; and at least one function slot and/or physical function key, wherein the second lateral side of the first display panel is encapsulated with the first lateral side of the second display panel and the first lateral side of the first display panel is encapsulated with the second lateral side of the second display panel to form a closed structure, an outside surface and/or inside surface of the closed structure being a display surface of the multi-faced display device, and wherein the function slot and/or physical function key are disposed at an encapsulating location of the lateral sides of the first display panel and/or second display panel , or disposed on a surface of the first encapsulating plate and/or second encapsulating plate . a first display panel having a first lateral side and a second lateral side opposite to the first lateral side, the first lateral side curving towards a back side of the first display panel such that the first display panel forms an L-shaped structure; a second display panel having a first lateral side and a second lateral side opposite to the first lateral side, the first lateral side curving towards a back side of the second display panel such that the second display panel forms an L-shaped structure; a first encapsulating plate for sealing a top of the closed structure; a second encapsulating plate for sealing a bottom of the closed structure; and at least one function slot and/or physical function key, wherein the second lateral side of the first display panel is encapsulated with the first lateral side of the second display panel and the first lateral side of the first display panel is encapsulated with the second lateral side of the second display panel to form a closed structure, an outside surface and/or inside surface of the closed structure being a display surface of the multi-faced display device, and wherein the function slot and/or physical function key are disposed at an encapsulating location of the lateral sides of the first display panel and/or second display panel , or disposed on a surface of the first encapsulating plate and/or second encapsulating plate .
Water-swellable polymer particles, comprising i) up to 99.9 wt.-% of a hydrophilic base polymer (B) which is optionally crosslinked, and ii) up to 10.0 wt.-% of a hydrophobic polymer (P) being a copolymer of up to 95.0 mol-% of at least one (meth)acrylic acid ester and/or (meth)acrylic amide of formula (I) wherein R 1 can be hydrogen or a methyl group, V can be OR 2 or NR 3 R 4 , R 2 and R 3 can be independently from each other hydrogen or linear or branched C 1 to C 30 alkyl, R 4 can be hydrogen or linear or branched C 1 to C 30 alkyl, and up to 35.0 mol-% of at least one ethlyenically unsaturated amine-containing monomer, based on the overall weight of the water-swellable polymer particles. i) up to 99.9 wt.-% of a hydrophilic base polymer (B) which is optionally crosslinked, and ii) up to 10.0 wt.-% of a hydrophobic polymer (P) being a copolymer of up to 95.0 mol-% of at least one (meth)acrylic acid ester and/or (meth)acrylic amide of formula (I) wherein R 1 can be hydrogen or a methyl group, V can be OR 2 or NR 3 R 4 , R 2 and R 3 can be independently from each other hydrogen or linear or branched C 1 to C 30 alkyl, R 4 can be hydrogen or linear or branched C 1 to C 30 alkyl, and up to 35.0 mol-% of at least one ethlyenically unsaturated amine-containing monomer, based on the overall weight of the water-swellable polymer particles. wherein R 1 can be hydrogen or a methyl group, V can be OR 2 or NR 3 R 4 , R 2 and R 3 can be independently from each other hydrogen or linear or branched C 1 to C 30 alkyl, R 4 can be hydrogen or linear or branched C 1 to C 30 alkyl, and up to 35.0 mol-% of at least one ethlyenically unsaturated amine-containing monomer,
Device for connecting a first appliance with a second appliance , wherein the second appliance is arranged on top of the first appliance , wherein the device comprises a frame element which is designed to be fixed on top of the first appliance , wherein the frame element has a reception for receiving a shelf , so that the shelf can be moved in a horizontal direction (H) forth and back from a first position (A) into a second position (B) relatively to the frame element , wherein means are arranged for stopping the shelf in at least one of the positions (A, B), whereby the means are arranged for stopping the shelf in both the first (A) and second position (B), and characterized in that the means comprise a biased engaging element arranged in the shelf or in the frame element , wherein the engaging element is arranged for at least partially entering into at least one congruent reception which is arranged respectively in the frame element or in the shelf .
A method for random access handling of a UE , the method being performed by a network node , the method comprising: receiving (S104), from the UE during a first random access opportunity, RAO, a first random access, RA, preamble, whilst refraining from responding to the first RA preamble; transmitting (S106), towards the UE and without the network node first having received any retransmitted RA preamble from the UE , one random access response, RAR, for each of N possible RA preambles, where each RAR comprises a TA command corresponding to a timing advance, TA, value estimated for the first RA preamble; receiving (S108), from the UE during a further RAO, a retransmitted RA preamble; and determining (S110) whether the TA value for the retransmitted RA preamble matches the TA value for the first RA preamble or not. receiving (S104), from the UE during a first random access opportunity, RAO, a first random access, RA, preamble, whilst refraining from responding to the first RA preamble; transmitting (S106), towards the UE and without the network node first having received any retransmitted RA preamble from the UE , one random access response, RAR, for each of N possible RA preambles, where each RAR comprises a TA command corresponding to a timing advance, TA, value estimated for the first RA preamble; receiving (S108), from the UE during a further RAO, a retransmitted RA preamble; and determining (S110) whether the TA value for the retransmitted RA preamble matches the TA value for the first RA preamble or not.
A connector comprising: a mounting portion electrically connected to a printed circuit board of a battery management unit configured to manage voltages of a plurality of battery cells; and a connection portion comprising two or more connection terminals configured to contact a counterpart connection terminal and comprising a concave-convex structure formed on an outer surface of the connection terminal , wherein the concave-convex structure comprises a plurality of protrusions (134p, 134p1, 134p2) respectively formed in the two or more connection terminals , characterised in that the plurality of protrusions (134p, 134p1, 134p2) are formed on an inner side surface of the two or more connection terminals facing each other and an outer side surface that is an opposite surface to the inner side surface . a mounting portion electrically connected to a printed circuit board of a battery management unit configured to manage voltages of a plurality of battery cells; and a connection portion comprising two or more connection terminals configured to contact a counterpart connection terminal and comprising a concave-convex structure formed on an outer surface of the connection terminal , wherein the concave-convex structure comprises a plurality of protrusions (134p, 134p1, 134p2) respectively formed in the two or more connection terminals , characterised in that the plurality of protrusions (134p, 134p1, 134p2) are formed on an inner side surface of the two or more connection terminals facing each other and an outer side surface that is an opposite surface to the inner side surface .
A system for an autonomous vehicle , the system comprising: a communication interface (123; 41) configured to receive driving environment information corresponding to a driving environment provided by another autonomous vehicle ; and circuitry configured to determine a navigation route based on a degree of reliability of the driving environment information provided by the another autonomous vehicle , wherein the degree of reliability of the driving environment information is determined based on information indicating a time at which the driving environment information was acquired, wherein the system is an electronic system configured to be implemented by the autonomous vehicle , wherein the circuitry is configured to control a driving system of the autonomous vehicle based on the navigation route determined based on the degree of reliability of the driving environment information, wherein the circuitry is configured to control the driving system in a safe driving mode if the degree of reliability of the driving environment information is lower than a first threshold value, wherein the circuitry is configured to control changing a driving mode of the autonomous vehicle to a manual driving mode if the degree of reliability of the driving environment information is lower than a second threshold value which is lower than the first threshold value. a communication interface (123; 41) configured to receive driving environment information corresponding to a driving environment provided by another autonomous vehicle ; and circuitry configured to determine a navigation route based on a degree of reliability of the driving environment information provided by the another autonomous vehicle , wherein the degree of reliability of the driving environment information is determined based on information indicating a time at which the driving environment information was acquired, wherein the system is an electronic system configured to be implemented by the autonomous vehicle , wherein the circuitry is configured to control a driving system of the autonomous vehicle based on the navigation route determined based on the degree of reliability of the driving environment information, wherein the circuitry is configured to control the driving system in a safe driving mode if the degree of reliability of the driving environment information is lower than a first threshold value, wherein the circuitry is configured to control changing a driving mode of the autonomous vehicle to a manual driving mode if the degree of reliability of the driving environment information is lower than a second threshold value which is lower than the first threshold value.
A polishing head for polishing a substrate, comprising: an annular elastic member configured to press a polishing tool against the substrate; and a pressing-tool body having a pressing surface configured to press the polishing tool against the substrate via the elastic member , wherein the pressing surface has a first fitting groove in which a first portion of the elastic member fits, the first portion protrudes from the pressing surface , the elastic member is put on the pressing-tool body with the elastic member elastically deformed, and the polishing head is configured to press the polishing tool against the substrate by the first portion . an annular elastic member configured to press a polishing tool against the substrate; and a pressing-tool body having a pressing surface configured to press the polishing tool against the substrate via the elastic member , wherein the pressing surface has a first fitting groove in which a first portion of the elastic member fits, the first portion protrudes from the pressing surface , the elastic member is put on the pressing-tool body with the elastic member elastically deformed, and the polishing head is configured to press the polishing tool against the substrate by the first portion .
A display apparatus comprising: an integrated circuit, IC, chip comprising: light emitting diode, LED, devices exposed on a front side of the IC chip; a first die forming a stack with the LED devices along a vertical direction, the first die comprising driver circuits electrically connected to the LED devices; characterised by : input/output, I/O, bumps on a back side of the IC chip; wherein the driver circuits are further electrically connected to at least some of the I/O bumps; a first circuit that extends along the vertical direction from the front side of the IC chip towards the back side of the IC chip and across at least a thickness of the first die to provide electrical connections between the LED devices and at least some of the I/O bumps; a second die including pipelining circuits and control circuits for the driver circuits of the first die and electrically connected to at least some of the I/O bumps; a second circuit that extends from the second die to the first die to provide electrical connections between the first die and the second die; and a circuit board electrically connected to the I/O bumps of the IC chip and to a power system to provide electrical connections between the power system and each of the first die, the second die, and the LED devices of the IC chip. input/output, I/O, bumps on a back side of the IC chip; wherein the driver circuits are further electrically connected to at least some of the I/O bumps; a first circuit that extends along the vertical direction from the front side of the IC chip towards the back side of the IC chip and across at least a thickness of the first die to provide electrical connections between the LED devices and at least some of the I/O bumps; a second die including pipelining circuits and control circuits for the driver circuits of the first die and electrically connected to at least some of the I/O bumps; a second circuit that extends from the second die to the first die to provide electrical connections between the first die and the second die; and a circuit board electrically connected to the I/O bumps of the IC chip and to a power system to provide electrical connections between the power system and each of the first die, the second die, and the LED devices of the IC chip.