mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit, IC, die , comprising: a first subvolume (102-1) including first electrical structures, wherein the first electrical structures include devices in a first portion of a device layer of the IC die , wherein electrical structures include power delivery structures, dynamic random access memory, DRAM, static random access memory, SRAM, camera sensors, and high yield, low density logic, wherein the first electrical structures provide a processing unit and include first conductive vias; a second subvolume (102-2) including second electrical structures, wherein the second electrical structures include devices in a second portion of the device layer of the IC die , wherein the second electrical structures provide a memory device and include second conductive vias, and the first conductive vias have a material composition different than a material composition of the second conductive vias, wherein the devices in the first portion of the device layer of the IC die include tri-gate transistors having a first fin height, the devices in the second portion of the device layer of the IC die include tri-gate transistors having a second fin height, and the first fin height is different than the second fin height; and a third subvolume including electrical pathways between the first subvolume (102-1) and the second subvolume (102-2); wherein the IC die has an area greater than 750 square millimeters. a first subvolume (102-1) including first electrical structures, wherein the first electrical structures include devices in a first portion of a device layer of the IC die , wherein electrical structures include power delivery structures, dynamic random access memory, DRAM, static random access memory, SRAM, camera sensors, and high yield, low density logic, wherein the first electrical structures provide a processing unit and include first conductive vias; a second subvolume (102-2) including second electrical structures, wherein the second electrical structures include devices in a second portion of the device layer of the IC die , wherein the second electrical structures provide a memory device and include second conductive vias, and the first conductive vias have a material composition different than a material composition of the second conductive vias, wherein the devices in the first portion of the device layer of the IC die include tri-gate transistors having a first fin height, the devices in the second portion of the device layer of the IC die include tri-gate transistors having a second fin height, and the first fin height is different than the second fin height; and a third subvolume including electrical pathways between the first subvolume (102-1) and the second subvolume (102-2); wherein the IC die has an area greater than 750 square millimeters.
A method of classifying a data packet flow between an originator and a recipient in a communications network, the method comprising: - (S2) inspecting at least one data packet of the data packet flow to yield a characteristic property of the data packet flow , - (S3) determining at least one identifier (101 - 105) for the data packet flow based on the characteristic property, the at least one identifier (101 - 105) classifying the data packet flow , and - (S4) determining a confidence level value of the at least one identifier (101 - 105), the confidence level value specifying a confidence degree with which the at least one identifier (101 - 105) is determined; characterized in that : the (S4) determining of the confidence level value is based on a number of inspected data packets of the data packet flow ; the method further comprises: - (S5) executing a threshold comparison between the confidence degree and a predefined threshold, and - selectively executing, in dependence of an outcome of the threshold comparison, the determining of at least one identifier (S3) for a further identifier and the determining of a confidence level value (S4) corresponding to the further identifier. - (S2) inspecting at least one data packet of the data packet flow to yield a characteristic property of the data packet flow , - (S3) determining at least one identifier (101 - 105) for the data packet flow based on the characteristic property, the at least one identifier (101 - 105) classifying the data packet flow , and - (S4) determining a confidence level value of the at least one identifier (101 - 105), the confidence level value specifying a confidence degree with which the at least one identifier (101 - 105) is determined; - (S5) executing a threshold comparison between the confidence degree and a predefined threshold, and - selectively executing, in dependence of an outcome of the threshold comparison, the determining of at least one identifier (S3) for a further identifier and the determining of a confidence level value (S4) corresponding to the further identifier.
An adhesive composition comprising: a (meth)acrylate-based resin; and a polymer having a melting temperature (Tm) of 53°C or higher and 59°C or less as measured using a differential scanning calorimetry (DSC), wherein the polymer is a copolymer of a monofunctional polysiloxane and two types of monomers, wherein the polymer having a melting temperature of 53°C or higher and 59°C or less comprises, based on 100 parts by weight of the polymer having a melting temperature of 53°C or higher and 59°C or less, the monofunctional polysiloxane in greater than or equal to 10 parts by weight and less than or equal to 40 parts by weight, and the two types of monomers in greater than or equal to 60 parts by weight and less than or equal to 90 parts by weight, and wherein the two types of monomers are represented by the following Chemical Formula 1: in Chemical Formula 1, X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30. a (meth)acrylate-based resin; and a polymer having a melting temperature (Tm) of 53°C or higher and 59°C or less as measured using a differential scanning calorimetry (DSC), wherein the polymer is a copolymer of a monofunctional polysiloxane and two types of monomers, wherein the polymer having a melting temperature of 53°C or higher and 59°C or less comprises, based on 100 parts by weight of the polymer having a melting temperature of 53°C or higher and 59°C or less, the monofunctional polysiloxane in greater than or equal to 10 parts by weight and less than or equal to 40 parts by weight, and the two types of monomers in greater than or equal to 60 parts by weight and less than or equal to 90 parts by weight, and wherein the two types of monomers are represented by the following Chemical Formula 1: in Chemical Formula 1, X is N or O; R 1 is hydrogen or a methyl group; and n is an integer of 10 to 30.
A penile prosthesis , comprising a pump ; a reservoir fluidically connected to the pump ; at least one inflatable cylinder configured to inflate in response to actuation of the pump by a user to transfer fluid into the at least one inflatable cylinder ; and characterized in at least one length-adjustable tube fluidically connecting the pump to the at least one inflatable cylinder and configured to be adjustable in length according to a patient's unique anatomy. a pump ; a reservoir fluidically connected to the pump ; at least one inflatable cylinder configured to inflate in response to actuation of the pump by a user to transfer fluid into the at least one inflatable cylinder ; and characterized in at least one length-adjustable tube fluidically connecting the pump to the at least one inflatable cylinder and configured to be adjustable in length according to a patient's unique anatomy.
An image reading apparatus comprising: a medium mounting portion configured to mount a medium (P); feeding means comprising feeding rollers configured to feed the medium from the medium mounting portion; at least one edge guide each configured to regulate a corresponding one of at least one medium width direction edge of the medium having been mounted on the medium mounting portion, the medium width direction being a direction intersecting with a medium feeding direction; reading means configured to read the medium and disposed further downstream than the at least one edge guide in the medium feeding direction; at least one medium detection means configured to detect the medium and disposed further downstream than the at least one edge guide in the medium feeding direction and further outside in the medium width direction than at least one edge regulation position for the edge regulation by the at least one edge guide; and control means configured to control the feeding means, characterised in that the control means is configured to determine skew of the medium in response to a detection of the medium by one of the at least one medium detection means, to control the feeding means to continue feeding of the medium when the control means does not determine skew of the medium and to stop feeding of the medium when the control means determines skew of the medium, and to correct a medium feeding speed so as to reduce the skew of the medium by changing the speeds of the feeding rollers. a medium mounting portion configured to mount a medium (P); feeding means comprising feeding rollers configured to feed the medium from the medium mounting portion; at least one edge guide each configured to regulate a corresponding one of at least one medium width direction edge of the medium having been mounted on the medium mounting portion, the medium width direction being a direction intersecting with a medium feeding direction; reading means configured to read the medium and disposed further downstream than the at least one edge guide in the medium feeding direction; at least one medium detection means configured to detect the medium and disposed further downstream than the at least one edge guide in the medium feeding direction and further outside in the medium width direction than at least one edge regulation position for the edge regulation by the at least one edge guide; and control means configured to control the feeding means, characterised in that the control means is configured to determine skew of the medium in response to a detection of the medium by one of the at least one medium detection means, to control the feeding means to continue feeding of the medium when the control means does not determine skew of the medium and to stop feeding of the medium when the control means determines skew of the medium, and to correct a medium feeding speed so as to reduce the skew of the medium by changing the speeds of the feeding rollers.
A manufacturing method of an integrated foam-molded product which injects a polyurethane foam raw material into a mold to foam the polyurethane foam raw material to form a polyurethane foam layer and integrates an integration target disposed in the mold with the polyurethane foam layer , the method comprising thermally deforming the integration target by foaming heat generated at the time of the foaming of the polyurethane foam raw material to mold the integration target into a predetermined shape, and obtaining an integrated foam-molded product in which the integration target is integrated with the polyurethane foam layer , wherein the integration target is made of a three-dimensional structure having air permeability, and is molded into the predetermined shape by the thermal deformation while a pressure of gas generated at the time of the foaming of the polyurethane foam raw material is used for shape retention of the three-dimensional structure; and a three-dimensional knitted fabric having a pair of ground knitted fabrics and a connecting yarn knitted back and forth between the ground knitted fabrics is used as the three dimensional structure; wherein the method is applied to manufacturing of the integrated foam-molded product as a cushion member used for a seat cushion, a seat back, a headrest, or an armrest of a vehicle seat, wherein the integration target is a skin layer-joined three-dimensional structure having a skin layer joined to at least part of the three-dimensional structure, and wherein opening/closing or an opening degree of an exhaust hole of the mold is controlled, so that a predetermined amount of gas generated at the time of foaming of the polyurethane foam raw material remains in the mold.
A battle arena game apparatus ; comprising: a first lid having two launch openings to enable two players to each insert a spinning battle top through a corresponding launch opening of the first lid; a first base having a battling surface to enable spinning battle tops inserted through the two launch openings of the first lid to engage each other in combat; and characterized by a second lid having four launch openings to enable four players to each insert a spinning battle top through a corresponding launch opening of the second lid; and a second base mounting the first and second lids and having a support surface and a battling surface , the support surface for mounting the first base, and the battling surface to enable spinning battle tops inserted through the four launch openings in the second lid to engage each other in combat. a first lid having two launch openings to enable two players to each insert a spinning battle top through a corresponding launch opening of the first lid; a first base having a battling surface to enable spinning battle tops inserted through the two launch openings of the first lid to engage each other in combat; and characterized by a second lid having four launch openings to enable four players to each insert a spinning battle top through a corresponding launch opening of the second lid; and a second base mounting the first and second lids and having a support surface and a battling surface , the support surface for mounting the first base, and the battling surface to enable spinning battle tops inserted through the four launch openings in the second lid to engage each other in combat.
A transfer device for plastic containers that comprises a longitudinal axis, comprising at least one, preferably a plurality of holding devices for each of the plastic containers circumferentially running on a closed track, furthermore comprising an orientation device for rotating the plastic container with a specifiable angle of rotation around its longitudinal axis, wherein the plastic containers are separated from a pick-up area by means of at least one holding device to a delivery area, wherein the holding device comprises holding means via which an intended holding position for the longitudinal axis of the plastic containers is predetermined, characterized in that the orientation device comprises a pivot bearing for rotating the plastic container transported by means of the holding device , wherein the pivot bearing is arranged coaxially to the intended holding position for the longitudinal axis of the plastic container, wherein the angle of rotation can be specified by means of a control cam .
A method for determining a to-be-uploaded network service descriptor, NSD, performed by an NS pool comprising: receiving a request message, wherein the request message is used to request to obtain NSD information; searching , according to an NSD feature parameter carried in the request message, stored NSDs for NSD information that meets the NSD feature parameter; sending the found NSD information to a transmit end of the request message, so that the transmit end determines a to-be-uploaded NSD according to the found NSD information; wherein the NSD information is NSD description information or an NSD; and after the sending the found NSD information to a transmit end of the request message, the method further comprises: receiving an upload confirmation message, comprising a first NSD information, that is sent by the transmit end and that is used to confirm uploading of an NSD corresponding to the first NSD information, wherein the first NSD information is one piece of information in the found NSD information; and uploading the NSD corresponding to the first NSD information to a Network Function Virtualization Orchestrator, NFVO. receiving a request message, wherein the request message is used to request to obtain NSD information; searching , according to an NSD feature parameter carried in the request message, stored NSDs for NSD information that meets the NSD feature parameter; sending the found NSD information to a transmit end of the request message, so that the transmit end determines a to-be-uploaded NSD according to the found NSD information; wherein the NSD information is NSD description information or an NSD; and after the sending the found NSD information to a transmit end of the request message, the method further comprises: receiving an upload confirmation message, comprising a first NSD information, that is sent by the transmit end and that is used to confirm uploading of an NSD corresponding to the first NSD information, wherein the first NSD information is one piece of information in the found NSD information; and uploading the NSD corresponding to the first NSD information to a Network Function Virtualization Orchestrator, NFVO. receiving an upload confirmation message, comprising a first NSD information, that is sent by the transmit end and that is used to confirm uploading of an NSD corresponding to the first NSD information, wherein the first NSD information is one piece of information in the found NSD information; and uploading the NSD corresponding to the first NSD information to a Network Function Virtualization Orchestrator, NFVO.
A ribbon supply that is mountable directly into a card personalization machine that is designed to personalize one or more plastic cards or passports, comprising: a supply spool ; a ribbon material wound onto the supply spool , the ribbon material is suitable for use in the card personalization machine; a tack down bond that prevents unwinding of the ribbon material from the supply spool ; a take-up spool that takes up used ribbon material ; and a leader film that has a first end that extends from the tack down bond and a second end fixed to the take-up spool , wherein the ribbon supply can be directly installed in the card personalization machine prior to detaching the tack down bond . a supply spool ; a ribbon material wound onto the supply spool , the ribbon material is suitable for use in the card personalization machine; a tack down bond that prevents unwinding of the ribbon material from the supply spool ; a take-up spool that takes up used ribbon material ; and a leader film that has a first end that extends from the tack down bond and a second end fixed to the take-up spool , wherein the ribbon supply can be directly installed in the card personalization machine prior to detaching the tack down bond .
A method performed by a base station in a wireless communication system, the method comprising: allocating a resource for transmission of an ultra-reliable and low latency communication, URLLC, packet in a transmission time interval, TTI, scheduled for transmission of an enhanced mobile broad band, eMBB, packet; generating interference influence information indicating that the eMBB packet is affected by interference caused by the URLLC packet; transmitting, to a terminal, the eMBB packet; transmitting, to the terminal, the interference influence information in a predetermined time after transmission of the eMBB packet; and retransmitting, to the terminal, only the part of the eMBB packet corresponding to the resource region of said TTI affected by the interference of the URLLC packet, wherein the interference influence information includes an interference influence identifier indicating that the transmission of the eMBB packet is affected by interference caused by the URLLC packet, an interference region identifier indicating the region of the TTI affected by said interference, and a retransmission signal type identifier indicating that only the signal corresponding to the region affected by the interference is retransmitted. allocating a resource for transmission of an ultra-reliable and low latency communication, URLLC, packet in a transmission time interval, TTI, scheduled for transmission of an enhanced mobile broad band, eMBB, packet; generating interference influence information indicating that the eMBB packet is affected by interference caused by the URLLC packet; transmitting, to a terminal, the eMBB packet; transmitting, to the terminal, the interference influence information in a predetermined time after transmission of the eMBB packet; and retransmitting, to the terminal, only the part of the eMBB packet corresponding to the resource region of said TTI affected by the interference of the URLLC packet, wherein the interference influence information includes an interference influence identifier indicating that the transmission of the eMBB packet is affected by interference caused by the URLLC packet, an interference region identifier indicating the region of the TTI affected by said interference, and a retransmission signal type identifier indicating that only the signal corresponding to the region affected by the interference is retransmitted.
System comprising an apparatus for repairing surfaces in an aircraft cabin and comprising a transport vehicle , wherein the apparatus has a paint-spray gun , has a paint container and has a pressurized-air source , wherein the pressurized-air source is in the form of a compressed-air container, wherein provision is made of a pressure regulator for setting a defined air volumetric flow rate, wherein the apparatus has a liquid separator between the compressed-air container and the paint-spray gun , wherein the transport vehicle has a pressurized-air generator , which is configured for filling the compressed-air container with pressurized air, and a connector for filling of the compressed-air container , and wherein provision is made of a moisture separator between the pressurized-air generator and the connector for filling of the compressed-air container .
A propulsor , comprising: an electric machine ; and a gas turbine engine , comprising: a fan spool , the electric machine being operatively coupled with the fan spool ; a core spool ; and a hydraulic coupling encasing at least a portion of the fan spool and at least a portion of the core spool , the hydraulic coupling hydraulically coupling the fan spool and the core spool wherein the propulsor is operable in a reverse thrust mode, in which the electric machine is configured to apply torque on the fan spool so that the fan spool rotates in a direction opposite the core spool. an electric machine ; and a gas turbine engine , comprising: a fan spool , the electric machine being operatively coupled with the fan spool ; a core spool ; and a hydraulic coupling encasing at least a portion of the fan spool and at least a portion of the core spool , the hydraulic coupling hydraulically coupling the fan spool and the core spool wherein the propulsor is operable in a reverse thrust mode, in which the electric machine is configured to apply torque on the fan spool so that the fan spool rotates in a direction opposite the core spool. a fan spool , the electric machine being operatively coupled with the fan spool ; a core spool ; and a hydraulic coupling encasing at least a portion of the fan spool and at least a portion of the core spool , the hydraulic coupling hydraulically coupling the fan spool and the core spool wherein the propulsor is operable in a reverse thrust mode, in which the electric machine is configured to apply torque on the fan spool so that the fan spool rotates in a direction opposite the core spool.