mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing a tape (I) with a given width, said tape being composed of an assembly of filaments extending in a direction substantially parallel to the length of the tape, and between which a powder of a polymeric material is distributed, obtaining a powdered tape, each face (1a and 1b) of said powdered tape being associated with a nonwoven of polymeric fibers, the method comprising the following steps in succession: a) providing an assembly of reinforcing filaments extending in a direction substantially parallel to the length of the tape and having a width that is greater than the desired width for the final tape (I); b) depositing powder formed from a polymeric material on at least one of the faces of the assembly ; c) heating in order to at least partially soften the deposited powder , then tightening the assembly , so as to adjust its width to the desired width and cause at least a portion of the powder to penetrate into the thickness of the assembly between the filaments, and cooling the obtained powdered tape in order to fix its width and provide cohesiveness because of the powder ; d) associating, by heat bonding, each face of the powdered tape with a nonwoven formed from polymeric fibers. a) providing an assembly of reinforcing filaments extending in a direction substantially parallel to the length of the tape and having a width that is greater than the desired width for the final tape (I); b) depositing powder formed from a polymeric material on at least one of the faces of the assembly ; c) heating in order to at least partially soften the deposited powder , then tightening the assembly , so as to adjust its width to the desired width and cause at least a portion of the powder to penetrate into the thickness of the assembly between the filaments, and cooling the obtained powdered tape in order to fix its width and provide cohesiveness because of the powder ; d) associating, by heat bonding, each face of the powdered tape with a nonwoven formed from polymeric fibers.
An electronic locking cylinder comprising: a locking cylinder housing ; a shaft which is arranged at least partially within the locking cylinder housing rotatably about a longitudinal axis (A) of the locking cylinder housing; a lock bit which is arranged rotatably to the longitudinal axis (A) and firmly connected to a lock bit coupling member which is arranged rotatably about the longitudinal axis (A) within the locking cylinder body , wherein the lock bit coupling member comprises a conical portion which is arranged adjacent to an end of the shaft and a gap or a V-groove is formed between the conical portion and the end; and a sealing which is located in the gap . a locking cylinder housing ; a shaft which is arranged at least partially within the locking cylinder housing rotatably about a longitudinal axis (A) of the locking cylinder housing; a lock bit which is arranged rotatably to the longitudinal axis (A) and firmly connected to a lock bit coupling member which is arranged rotatably about the longitudinal axis (A) within the locking cylinder body , wherein the lock bit coupling member comprises a conical portion which is arranged adjacent to an end of the shaft and a gap or a V-groove is formed between the conical portion and the end; and a sealing which is located in the gap .
A hybrid prosthetic heart valve having an inflow end and an outflow end, comprising: a valve member including a plurality of flexible leaflets configured to ensure one-way blood flow therethrough; and a generally tubular expandable inflow stent frame having a radially-expandable inflow end and an outflow end secured to and projecting from an inflow end of the valve member , wherein the outflow end of the stent frame undulates with peaks and valleys, and further wherein the outflow end includes integrated commissure posts to which the leaflets attach, the outflow end of the stent frame including a circumferential structure defining a nominal diameter that enables physiological functioning of the valve member when implanted, the circumferential structure being radially expandable from the nominal diameter to a larger expanded diameter upon application of an outward dilatory force from within the stent frame substantially larger than forces associated with normal physiological use, and wherein the circumferential structure has limited radially compressibility of between about 7-20% of the nominal diameter to reduce the size of the outflow end during delivery of the heart valve . a valve member including a plurality of flexible leaflets configured to ensure one-way blood flow therethrough; and a generally tubular expandable inflow stent frame having a radially-expandable inflow end and an outflow end secured to and projecting from an inflow end of the valve member , wherein the outflow end of the stent frame undulates with peaks and valleys, and further wherein the outflow end includes integrated commissure posts to which the leaflets attach, the outflow end of the stent frame including a circumferential structure defining a nominal diameter that enables physiological functioning of the valve member when implanted, the circumferential structure being radially expandable from the nominal diameter to a larger expanded diameter upon application of an outward dilatory force from within the stent frame substantially larger than forces associated with normal physiological use, and wherein the circumferential structure has limited radially compressibility of between about 7-20% of the nominal diameter to reduce the size of the outflow end during delivery of the heart valve .
An internal combustion engine comprising: a cylinder head which includes an intake opening which is exposed to a combustion chamber and an intake port which extends toward the intake opening and communicates with the intake opening; an intake valve which works to open or close the intake opening; and a circular valve seat which has a valve resting surface on which the intake valve rests and is fit in the intake opening, the intake port has a downstream intake port surface defined by a surface of a wall of a downstream end of the intake port close to the combustion chamber, the valve seat includes a port connection surface and an edge , the port connection surface connecting between the downstream intake port surface and the valve resting surface and intersects with the downstream intake port surface, the edge defining a line-shaped sharp corner on an intersection between the downstream intake port surface and the port connection surface, characterised in that a plurality of recesses are arranged adjacent each other in a circumferential direction of the intake port, the recesses extending in a direction in which the intake port extends and being hollowed in the downstream intake port surface and the port connection surface to increase a transverse sectional area of the intake opening. a cylinder head which includes an intake opening which is exposed to a combustion chamber and an intake port which extends toward the intake opening and communicates with the intake opening; an intake valve which works to open or close the intake opening; and a circular valve seat which has a valve resting surface on which the intake valve rests and is fit in the intake opening, the intake port has a downstream intake port surface defined by a surface of a wall of a downstream end of the intake port close to the combustion chamber, the valve seat includes a port connection surface and an edge , the port connection surface connecting between the downstream intake port surface and the valve resting surface and intersects with the downstream intake port surface, the edge defining a line-shaped sharp corner on an intersection between the downstream intake port surface and the port connection surface, characterised in that a plurality of recesses are arranged adjacent each other in a circumferential direction of the intake port, the recesses extending in a direction in which the intake port extends and being hollowed in the downstream intake port surface and the port connection surface to increase a transverse sectional area of the intake opening.
Connection assembly for connecting a first element to a second element , the connection assembly comprising: a male element ; and a female element ; wherein the female element comprises a barrel nut ; wherein the barrel nut comprises a conical inner portion positioned at a first longitudinal region and a cylindrical inner portion positioned at a second longitudinal region ; wherein the barrel nut comprises at least one first engaging element portion and at least one first plain portion arranged alternatingly around a circumferential direction of the barrel nut ; wherein the male element has a cylindrical bolt-like shape and comprises at least one second engaging element portion and at least one second plain portion arranged alternatingly around a circumferential direction of the male element ; wherein the male element further comprises flattened sides at the at least one second plain portion ; and wherein each of the at least one second engaging element portions of the male element is configured to engage with a respective one of the at least one first engaging element portion of the barrel nut ; wherein the female element further comprises a shock absorbing element ; and wherein the shock absorbing element surrounds the barrel nut around its outer circumferential direction. a male element ; and a female element ; wherein the female element comprises a barrel nut ; wherein the barrel nut comprises a conical inner portion positioned at a first longitudinal region and a cylindrical inner portion positioned at a second longitudinal region ; wherein the barrel nut comprises at least one first engaging element portion and at least one first plain portion arranged alternatingly around a circumferential direction of the barrel nut ; wherein the male element has a cylindrical bolt-like shape and comprises at least one second engaging element portion and at least one second plain portion arranged alternatingly around a circumferential direction of the male element ; wherein the male element further comprises flattened sides at the at least one second plain portion ; and wherein each of the at least one second engaging element portions of the male element is configured to engage with a respective one of the at least one first engaging element portion of the barrel nut ; wherein the female element further comprises a shock absorbing element ; and wherein the shock absorbing element surrounds the barrel nut around its outer circumferential direction.
A method of wireless communication by a user equipment, UE ,, the method comprising: receiving a packet when the UE is in a semi-persistent scheduling, SPS, mode and during an on-duration of a discontinuous reception, DRX, cycle; transmitting a negative-acknowledgement, NACK, message when the packet is not successfully decoded; and refraining from transmitting an acknowledgement, ACK, message when the packet is successfully decoded, characterised wherein the packet is received in bundled subframes when the UE is located distal to edges of its coverage area. receiving a packet when the UE is in a semi-persistent scheduling, SPS, mode and during an on-duration of a discontinuous reception, DRX, cycle; transmitting a negative-acknowledgement, NACK, message when the packet is not successfully decoded; and refraining from transmitting an acknowledgement, ACK, message when the packet is successfully decoded, characterised wherein the packet is received in bundled subframes when the UE is located distal to edges of its coverage area.
A gas detector comprising: at least one gas sensor configured to detect at least one gas in the ambient environment; a display configured to display information received from the at least one gas sensor ; an attachment clip configured to attach the gas detector to a user; an attachment sensor configured to detect when the gas detector has been attached to a user; and a processor configured to receive information from the attachment sensor , and configured to automatically control the orientation of at least a portion of the display based on information received from the attachment sensor which indicates that the gas detector is worn by the user. at least one gas sensor configured to detect at least one gas in the ambient environment; a display configured to display information received from the at least one gas sensor ; an attachment clip configured to attach the gas detector to a user; an attachment sensor configured to detect when the gas detector has been attached to a user; and a processor configured to receive information from the attachment sensor , and configured to automatically control the orientation of at least a portion of the display based on information received from the attachment sensor which indicates that the gas detector is worn by the user.
An absorbent article comprising: a chassis including a topsheet and a backsheet joined to the topsheet and an absorbent core located between the topsheet and the backsheet, the chassis having a front waist region, a back waist region, a crotch region located between the front waist region and the back waist region, a longitudinal axis extending through the front and back waist regions and a lateral axis substantially perpendicular to the longitudinal axis; wherein said absorbent article comprises a barrier cuff strip extending in a longitudinal direction from the front waist region to the back waist region along the topsheet, the barrier cuff strip including a front end at the front waist region, a back end at the back waist region and proximal and distal edges connecting the front end and the back end, the barrier cuff strip distal edge being attached to the topsheet at a cuff end bond region having an outer bond edge at the front end of the barrier cuff strip and an inner bond edge spaced longitudinally from the outer bond edge; and characterized in that said absorbent article comprises a side panel extending laterally beyond a side of the chassis and joined to the chassis at the back waist region at a panel joint region extending between an outer panel joint edge and an inner panel joint edge, the side panel comprising an elastically stretchable material; wherein a longitudinal distance from the lateral axis to the inner panel joint edge is at least 1/4 of a longitudinal distance from the lateral axis to the inner bond edge of the cuff end bond region. a chassis including a topsheet and a backsheet joined to the topsheet and an absorbent core located between the topsheet and the backsheet, the chassis having a front waist region, a back waist region, a crotch region located between the front waist region and the back waist region, a longitudinal axis extending through the front and back waist regions and a lateral axis substantially perpendicular to the longitudinal axis; wherein said absorbent article comprises a barrier cuff strip extending in a longitudinal direction from the front waist region to the back waist region along the topsheet, the barrier cuff strip including a front end at the front waist region, a back end at the back waist region and proximal and distal edges connecting the front end and the back end, the barrier cuff strip distal edge being attached to the topsheet at a cuff end bond region having an outer bond edge at the front end of the barrier cuff strip and an inner bond edge spaced longitudinally from the outer bond edge; and characterized in that said absorbent article comprises a side panel extending laterally beyond a side of the chassis and joined to the chassis at the back waist region at a panel joint region extending between an outer panel joint edge and an inner panel joint edge, the side panel comprising an elastically stretchable material; wherein a longitudinal distance from the lateral axis to the inner panel joint edge is at least 1/4 of a longitudinal distance from the lateral axis to the inner bond edge of the cuff end bond region.
A coating for road construction, comprising solid fragments coated with a binder, characterised in that the binder mainly comprises tall-oil pitch and at least one additive selected from one or more elements from the group formed of rosins, rosin derivatives, solid terpenes and solid terpene derivatives.
An active noise cancellation (ANC) system for a helmet , for preferentially attenuating sound pressure in a first frequency range in a defined spatial region at a first side of the helmet, the ANC system comprising: a mounting plate , a first face of the mounting plate configured to be disposed, in use, against an inner surface of the helmet to form, with the helmet, a chamber; a loudspeaker provided on the first face of the mounting plate such that, when the mounting plate is mounted on the helmet, the loudspeaker is within the chamber, the plate comprising an aperture for allowing transmission of sound from the loudspeaker to the spatial region; at least one reference microphone mounted on a second face of the plate for measuring the sound pressure level; and an ANC control system for determining, based on output signals from the reference microphone(s), a drive signal for driving the loudspeaker to generate a sound signal that at least partially attenuates, in the defined spatial region and in the first frequency range, sound signals from at least one noise source. a mounting plate , a first face of the mounting plate configured to be disposed, in use, against an inner surface of the helmet to form, with the helmet, a chamber; a loudspeaker provided on the first face of the mounting plate such that, when the mounting plate is mounted on the helmet, the loudspeaker is within the chamber, the plate comprising an aperture for allowing transmission of sound from the loudspeaker to the spatial region; at least one reference microphone mounted on a second face of the plate for measuring the sound pressure level; and an ANC control system for determining, based on output signals from the reference microphone(s), a drive signal for driving the loudspeaker to generate a sound signal that at least partially attenuates, in the defined spatial region and in the first frequency range, sound signals from at least one noise source.
A computerized system (SRS) for radiation therapy support, comprising: - an input interface (IN) for receiving an input 2D projection image acquired by an imaging apparatus (IA1), wherein the imaging apparatus is part of a radiation therapy delivery device (RTD), the input image representing at least a region of interest (ROI) of a patient (PAT) and acquired before delivery of a dose fraction by the radiation therapy delivery apparatus (RTD); - a pre-trained machine learning unit (MLU) configured to process the input image to detect a medical condition, including a side effect caused by radiation therapy treatment; and - a communication component (RC) configured to provide, based on the detected medical condition, an indication for one or more clinical actions to be performed in relation to the patient. - an input interface (IN) for receiving an input 2D projection image acquired by an imaging apparatus (IA1), wherein the imaging apparatus is part of a radiation therapy delivery device (RTD), the input image representing at least a region of interest (ROI) of a patient (PAT) and acquired before delivery of a dose fraction by the radiation therapy delivery apparatus (RTD); - a pre-trained machine learning unit (MLU) configured to process the input image to detect a medical condition, including a side effect caused by radiation therapy treatment; and - a communication component (RC) configured to provide, based on the detected medical condition, an indication for one or more clinical actions to be performed in relation to the patient.
A valve unit for a gearbox control unit of a commercial vehicle, said valve unit comprising a valve block and a flexible printed circuit for connecting the valve unit to the gearbox control unit , wherein said valve unit comprises a fixation plate assembly comprising a fixation plate , wherein the flexible printed circuit is attached to the fixation plate , and wherein said fixation plate assembly is attached to said valve block characterized by at least one receiving means arranged at the valve block , the receiving means configured to couple pivotally with the fixation plate and limit its movement in a first direction . wherein said valve unit comprises a fixation plate assembly comprising a fixation plate , wherein the flexible printed circuit is attached to the fixation plate , and wherein said fixation plate assembly is attached to said valve block characterized by at least one receiving means arranged at the valve block , the receiving means configured to couple pivotally with the fixation plate and limit its movement in a first direction .
A screed arrangement for a paver machine, said screed arrangement being configured to distribute a paving material onto a ground surface, wherein the screed arrangement comprises: - a screed body comprising a deflector member arranged to receive and distribute paving material provided from said paver machine, and a base plate for forming an even ground surface of the paving material; and - an oscillating tamper bar arrangement positioned between the deflector member and the base plate and configured to compact the paving material; wherein the screed arrangement further comprises a connecting element connecting the oscillating tamper bar arrangement and the screed body to each other, said connecting element being connected to the oscillating tamper bar arrangement in the vicinity of a gap formed between the deflector member and the base plate , characterized in that the connecting element is arranged in a substantially longitudinal direction between the oscillating tamper bar arrangement and the base plate, wherein the stiffness of the connecting element is larger in the longitudinal direction in comparison to the stiffness of the connecting element in the direction of motion of the oscillating tamper bar arrangement, such that a relative vertical movement between the oscillating tamper bar arrangement and the base plate will be allowed, while a relative horizontal movement will be prevented. - a screed body comprising a deflector member arranged to receive and distribute paving material provided from said paver machine, and a base plate for forming an even ground surface of the paving material; and - an oscillating tamper bar arrangement positioned between the deflector member and the base plate and configured to compact the paving material; wherein the screed arrangement further comprises a connecting element connecting the oscillating tamper bar arrangement and the screed body to each other, said connecting element being connected to the oscillating tamper bar arrangement in the vicinity of a gap formed between the deflector member and the base plate , characterized in that the connecting element is arranged in a substantially longitudinal direction between the oscillating tamper bar arrangement and the base plate, wherein the stiffness of the connecting element is larger in the longitudinal direction in comparison to the stiffness of the connecting element in the direction of motion of the oscillating tamper bar arrangement, such that a relative vertical movement between the oscillating tamper bar arrangement and the base plate will be allowed, while a relative horizontal movement will be prevented.