mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (Tx UE, 210, 310, 410, 510, 600) comprising: - means for transmitting at least one HARQ transmission of a sidelink transport block" - means for monitoring for a receiver HARQ feedback on the at least one HARQ transmission from a receiver to obtain a receiver HARQ feedback monitoring result, - means for monitoring for a relay HARQ feedback on the at least one HARQ transmission from a relay device (R-UE, 220, 320, 420, 520, 700) to obtain a relay HARQ feedback monitoring result, and - means for determining, as a function of the receiver HARQ feedback monitoring result and of the relay HARQ feedback monitoring result, a retransmission decision on whether or not to transmit at least one HARQ retransmission of the sidelink transport block, characterized in that the means for determining the retransmission decision include at least one of: - means for determining not to transmit the at least one HARQ retransmission in the case that the receiver HARQ feedback monitoring result and the relay HARQ feedback monitoring result are each indicative of a discontinuous transmission, or - means for determining not to transmit the at least one HARQ retransmission in the case that the receiver HARQ feedback monitoring result is indicative of a negative acknowledgement, and the relay HARQ feedback monitoring result is indicative of a discontinuous transmission. - means for transmitting at least one HARQ transmission of a sidelink transport block" - means for monitoring for a receiver HARQ feedback on the at least one HARQ transmission from a receiver to obtain a receiver HARQ feedback monitoring result, - means for monitoring for a relay HARQ feedback on the at least one HARQ transmission from a relay device (R-UE, 220, 320, 420, 520, 700) to obtain a relay HARQ feedback monitoring result, and - means for determining, as a function of the receiver HARQ feedback monitoring result and of the relay HARQ feedback monitoring result, a retransmission decision on whether or not to transmit at least one HARQ retransmission of the sidelink transport block, - means for determining not to transmit the at least one HARQ retransmission in the case that the receiver HARQ feedback monitoring result and the relay HARQ feedback monitoring result are each indicative of a discontinuous transmission, or - means for determining not to transmit the at least one HARQ retransmission in the case that the receiver HARQ feedback monitoring result is indicative of a negative acknowledgement, and the relay HARQ feedback monitoring result is indicative of a discontinuous transmission.
Method for calling an elevator in a building to a passenger's starting floor in connection with a building automation system and/or elevator control wherein the passenger's arrival is detected by means of a first remote sensing device placed at a first distance from the elevator, based on this detection an elevator call is generated to serve the passenger detected by the remote sensing device characterized in that the call generated by said first remote sensing device is confirmed on the basis of a detection made by a second remote sensing device located at a second distance from the elevator, the said second distance being shorter than the said first distance, and that in the building automation system and/or in the elevator control a given delay time is defined during which the elevator call generated by the first remote sensing device is valid, and that if no confirmation of the call is obtained within this given delay time the call is cancelled and the elevator is enabled to serve other calls.
Method for producing a trench in the ground by means of a trench cutter which has at its lower, ground-facing end at least one pair of cutting wheels that are driven in a rotating manner and remove ground material whilst the trench is being designed, wherein a fluid is introduced into the trench via at least one fluid nozzle (30, 31, 32) on the trench cutter, characterized in that a position of the trench cutter in the trench is controlled via several fluid nozzles (30, 31, 32) which are supplied in a defined manner with fluid by means of a control means.
A subjective optometric apparatus comprising: a projection optical system that includes a target presenting unit configured to emit a target light flux, the projection optical system being configured to project, onto an examinee's eye, the target light flux emitted from the target presenting unit; a housing configured to accommodate the projection optical system; a presentation window configured to project the target light flux onto the examinee's eye by transmitting the target light flux emitted from the projection optical system and outputting the target light flux from an inside of the housing to an outside of the housing; an eye refractivity measuring unit configured to change an optical property of the target light flux output from the inside of the housing to the outside of the housing; and an observation unit configured to observe, via the presentation window, a positional relationship between the examinee's eye and the eye refractivity measuring unit, wherein the target light flux is projected onto the examinee's eye via the eye refractivity measuring unit, characterized in that the observation unit is disposed outside of an optical path through which the target light flux passes. a projection optical system that includes a target presenting unit configured to emit a target light flux, the projection optical system being configured to project, onto an examinee's eye, the target light flux emitted from the target presenting unit; a housing configured to accommodate the projection optical system; a presentation window configured to project the target light flux onto the examinee's eye by transmitting the target light flux emitted from the projection optical system and outputting the target light flux from an inside of the housing to an outside of the housing; an eye refractivity measuring unit configured to change an optical property of the target light flux output from the inside of the housing to the outside of the housing; and an observation unit configured to observe, via the presentation window, a positional relationship between the examinee's eye and the eye refractivity measuring unit, wherein the target light flux is projected onto the examinee's eye via the eye refractivity measuring unit,
Multicolored interior trim components for motor vehicles having a defined surface profile, consisting of a component support and at least two decorative layers (2a, 2b) two-dimensionally bonded thereto and having a respectively defined surface and/or color profile of the decorative layers (2a, 2b), wherein said component support comprises a door trim support based on a flax/polypropylene material, flax/PUR or a flax/epoxy resin material as well as a support produced by an injection molding process and made of PP, ABS, or polyamide, said decorative layers (2a, 2b) have a total surface area, protruding over a support edge of the component support, being folded over the support edge, and are foam-backed plastic sheets selected from thermoplastic polyolefin, ASA, polyvinyl chloride and/or thermoplastic polyurethane, and the plastic sheet comprises a foam sheet of polyethylene or polypropylene on the surface opposite to the visible sides. said component support comprises a door trim support based on a flax/polypropylene material, flax/PUR or a flax/epoxy resin material as well as a support produced by an injection molding process and made of PP, ABS, or polyamide, said decorative layers (2a, 2b) have a total surface area, protruding over a support edge of the component support, being folded over the support edge, and are foam-backed plastic sheets selected from thermoplastic polyolefin, ASA, polyvinyl chloride and/or thermoplastic polyurethane, and the plastic sheet comprises a foam sheet of polyethylene or polypropylene on the surface opposite to the visible sides.
A method of configuring an RFID printer comprising the steps of: selecting an inlay designator from a list of available inlay designators stored in the RFID printer; inputting an inlay offset into the RFID printer; feeding a media into the RFID printer to determine an inlay pitch for the media; comparing the inlay pitch to a minimum inlay pitch; and selecting one of a first RFID printer configuration or a second RFID printer configuration based on the results of the comparison. selecting an inlay designator from a list of available inlay designators stored in the RFID printer; inputting an inlay offset into the RFID printer; feeding a media into the RFID printer to determine an inlay pitch for the media; comparing the inlay pitch to a minimum inlay pitch; and selecting one of a first RFID printer configuration or a second RFID printer configuration based on the results of the comparison.
A system for extracorporeal blood circulation, comprising: an oxygenator which includes a heat exchanger configured for warming or cooling blood in the extracorporeal blood circulation of a patient, and a heater/cooler configured for exchanging a heat quantity with the heat exchanger, wherein the heater/cooler comprises a cooling module including a plurality of Peltier elements and wherein the heater/cooler is connected to the heat exchanger by a thermal connecting element and characterized in that the heater/cooler comprises a heating module without any Peltier elements and at least one heating coil, wherein all of the Peltier elements are used exclusively for a cooling function. an oxygenator which includes a heat exchanger configured for warming or cooling blood in the extracorporeal blood circulation of a patient, and a heater/cooler configured for exchanging a heat quantity with the heat exchanger, wherein the heater/cooler comprises a cooling module including a plurality of Peltier elements and wherein the heater/cooler is connected to the heat exchanger by a thermal connecting element and characterized in that the heater/cooler comprises a heating module without any Peltier elements and at least one heating coil, wherein all of the Peltier elements are used exclusively for a cooling function.
A method, comprising: conveying an underbalance pressure generator device into a wellbore having one or more perforation channels defined therein, the underbalance pressure generator device including a housing defining an implosion chamber that extends between a first end and a second end of the housing and at least one frangible member fixedly attached to the housing; generating a pressure differential across the at least one frangible member between the implosion chamber and an annulus defined between the wellbore and the housing; triggering an actuation device arranged within the housing and thereby rupturing the at least one frangible member, the actuation device comprising: an extendable rod axially translatable within the implosion chamber and a piercing member associated with the extendable rod; drawing wellbore fluids into the implosion chamber via one or more influx ports defined in the housing and thereby creating a pressure underbalance in the annulus; and drawing scale and/or other wellbore debris out of the one or more perforation channels in response to the pressure underbalance in the annulus. conveying an underbalance pressure generator device into a wellbore having one or more perforation channels defined therein, the underbalance pressure generator device including a housing defining an implosion chamber that extends between a first end and a second end of the housing and at least one frangible member fixedly attached to the housing; generating a pressure differential across the at least one frangible member between the implosion chamber and an annulus defined between the wellbore and the housing; triggering an actuation device arranged within the housing and thereby rupturing the at least one frangible member, the actuation device comprising: an extendable rod axially translatable within the implosion chamber and a piercing member associated with the extendable rod; drawing wellbore fluids into the implosion chamber via one or more influx ports defined in the housing and thereby creating a pressure underbalance in the annulus; and drawing scale and/or other wellbore debris out of the one or more perforation channels in response to the pressure underbalance in the annulus.
A system for ligating a uterine artery in a patient, comprising: a suture transfer tool, wherein the suture transfer tool includes an upper jaw pivotally joined to a lower jaw, wherein said lower jaw includes a plurality of suture capturing pins; a plurality of suture transfer darts (60, 61), wherein said suture transfer darts are positionable within said plurality of suture capturing pins; a first suture, wherein a first end of said first suture is secured to a first of said plurality of suture transfer darts (60, 61) and wherein a second end of said first suture is secured to a second of said plurality of suture transfer darts (60, 61), characterized in that each of said suture capturing pins includes a slot that aligns the first suture attached to and extending from the suture transfer darts (60, 61) such that said first suture extends through said slot; and a second suture having a first end secured to the second of said plurality of transfer darts (60, 61); wherein upon pivoting and compressing said upper jaw towards said lower jaw of said tool, said plurality of suture transfer darts (60, 61) are configured to pierce through the tissue to either side of a cardinal ligament containing the uterine artery thereby presenting said first suture in a loop about the uterine artery, wherein the loop is configured to be tied tight to occlude the uterine artery. a suture transfer tool, wherein the suture transfer tool includes an upper jaw pivotally joined to a lower jaw, wherein said lower jaw includes a plurality of suture capturing pins; a plurality of suture transfer darts (60, 61), wherein said suture transfer darts are positionable within said plurality of suture capturing pins; a first suture, wherein a first end of said first suture is secured to a first of said plurality of suture transfer darts (60, 61) and wherein a second end of said first suture is secured to a second of said plurality of suture transfer darts (60, 61), characterized in that each of said suture capturing pins includes a slot that aligns the first suture attached to and extending from the suture transfer darts (60, 61) such that said first suture extends through said slot; and a second suture having a first end secured to the second of said plurality of transfer darts (60, 61); wherein upon pivoting and compressing said upper jaw towards said lower jaw of said tool, said plurality of suture transfer darts (60, 61) are configured to pierce through the tissue to either side of a cardinal ligament containing the uterine artery thereby presenting said first suture in a loop about the uterine artery, wherein the loop is configured to be tied tight to occlude the uterine artery.
A copolymer comprises formula: each R D is independently a divalent hydrocarbon group or a divalent halogenated hydrocarbon group; each R M is independently a monovalent hydrocarbon group or a monovalent halogenated hydrocarbon group; each R T is hydrogen or a monovalent hydrocarbon group; each subscript a is independently 0 to 1,000,000; subscript n is 1 to 1,500,000; each subscript Z2 is greater than 1 and less than or equal to 3; each subscript Z1 is from 1 to 15; subscript b is 0 to 1,000,000; subscript y1 is > 0 to 1,000,000; and subscript y2 is > 0 to 500,000. each R D is independently a divalent hydrocarbon group or a divalent halogenated hydrocarbon group; each R M is independently a monovalent hydrocarbon group or a monovalent halogenated hydrocarbon group; each R T is hydrogen or a monovalent hydrocarbon group; each subscript a is independently 0 to 1,000,000; subscript n is 1 to 1,500,000; each subscript Z2 is greater than 1 and less than or equal to 3; each subscript Z1 is from 1 to 15; subscript b is 0 to 1,000,000; subscript y1 is > 0 to 1,000,000; and subscript y2 is > 0 to 500,000.
A powder filling method comprising: introducing a tube into a can so that the lower end of the tube is near a bottom of the can; introducing powder into the can through the tube; agitating the powder in the can by rotary agitation, with a fan; controlling proximity of the lower end of the tube to the powder in the can by retracting the tube as powder fills the can; and wherein the rotary agitation is performed by the fan located near the lower end of the tube characterised in that a vacuum or an inert gas is present in the can and the fan is formed of the same composition as the powder. introducing a tube into a can so that the lower end of the tube is near a bottom of the can; introducing powder into the can through the tube; agitating the powder in the can by rotary agitation, with a fan; controlling proximity of the lower end of the tube to the powder in the can by retracting the tube as powder fills the can; and wherein the rotary agitation is performed by the fan located near the lower end of the tube characterised in that a vacuum or an inert gas is present in the can and the fan is formed of the same composition as the powder.
A computer-readable storage medium storing a data transmitting program (221, 222) configured to cause a computer to perform a process comprising: classifying transmission target files into transmission groups; calculating, for each of the transmission files, a first compression time taken to compress the file by a first compression system and a first transmission time taken to transmit the file after being compressed by the first compression system; and determining, for each of the transmission groups, transmission order of files belonging to the transmission group based on the first compression time and the first transmission time. classifying transmission target files into transmission groups; calculating, for each of the transmission files, a first compression time taken to compress the file by a first compression system and a first transmission time taken to transmit the file after being compressed by the first compression system; and determining, for each of the transmission groups, transmission order of files belonging to the transmission group based on the first compression time and the first transmission time.
An illumination device, comprising: a structural shell comprising a PCB folded into a three-dimensional shape, the shape comprising a plurality of faces and an open end; and a light fitting joined to the open end, the light fitting for removably coupling the illumination device to a light fixture, the PCB comprising: a plurality of light emitting diodes (LEDs) mounted thereon, one or more of the plurality of faces comprising at least one of the plurality of LEDs; and a driver circuit, the driver circuit electronically connects the plurality of LEDs to the light fitting; characterized in that at least three of the plurality of faces of the PCB incorporate a plurality of edge teeth configured to form a thread for engagingly connecting the fitting. a structural shell comprising a PCB folded into a three-dimensional shape, the shape comprising a plurality of faces and an open end; and a light fitting joined to the open end, the light fitting for removably coupling the illumination device to a light fixture, the PCB comprising: a plurality of light emitting diodes (LEDs) mounted thereon, one or more of the plurality of faces comprising at least one of the plurality of LEDs; and a driver circuit, the driver circuit electronically connects the plurality of LEDs to the light fitting; characterized in that at least three of the plurality of faces of the PCB incorporate a plurality of edge teeth configured to form a thread for engagingly connecting the fitting. a plurality of light emitting diodes (LEDs) mounted thereon, one or more of the plurality of faces comprising at least one of the plurality of LEDs; and a driver circuit, the driver circuit electronically connects the plurality of LEDs to the light fitting; characterized in that at least three of the plurality of faces of the PCB incorporate a plurality of edge teeth configured to form a thread for engagingly connecting the fitting.
A heterogeneous surface covering comprising: - a base layer comprising a reinforcement in the form of a glass veil, impregnated on both faces with an a thermoplastic material, - a backing layer, located on the back of the base layer and comprising an additional reinforcement, and - a top layer, located on the top of the base layer and comprising a printed design coated with a transparent wear layer on the basis of a thermoplastic material, characterized in that the additional reinforcement is a glass veil reinforced with a scrim based on glass yarn, wherein said layers are connected to each other by being subjected to high temperatures, and the glass veil is impregnated with a thermoplastic material with forming a leveling backing layer. - a base layer comprising a reinforcement in the form of a glass veil, impregnated on both faces with an a thermoplastic material, - a backing layer, located on the back of the base layer and comprising an additional reinforcement, and - a top layer, located on the top of the base layer and comprising a printed design coated with a transparent wear layer on the basis of a thermoplastic material, the additional reinforcement is a glass veil reinforced with a scrim based on glass yarn, wherein said layers are connected to each other by being subjected to high temperatures, and the glass veil is impregnated with a thermoplastic material with forming a leveling backing layer.