mhurhangee/ep-ind-claims huggingface dataset:
A pin-type connection apparatus, comprising a first connecting seat and a second connecting seat, and further comprising a connecting shaft and a locking component, wherein a receiving hole and a locking hole on the adjacent side of the receiving hole are disposed on the second connecting seat, one end of the connecting shaft is fastened to the first connecting seat, a clamping hole is disposed at the other end of the connecting shaft, the connecting shaft can extend into the receiving hole, a first clamping protrusion is disposed in the clamping hole, a second clamping protrusion is disposed at one end of the locking component, and the locking component can pass through the locking hole and extend into the clamping hole; wherein: the first clamping protrusion is disposed on a sidewall at one end of the clamping hole, and is located at an end of the clamping hole close to the locking component, the first clamping protrusion is plural in number and staggered on the sidewall of the clamping hole along a circumferential direction; the number of the second clamping protrusions is the same as that of the first clamping protrusions, the second clamping protrusions are in one-to-one correspondence with the first clamping protrusions, and staggered on an outer circumference of the locking component; when the locking component is rotated to a lockout position, the first clamping protrusion can abut against the second clamping protrusion and restrain the second clamping protrusion from exiting the clamping hole; and when the locking component is rotated to an unlock position, the second clamping protrusion can exit the clamping hole. the first clamping protrusion is disposed on a sidewall at one end of the clamping hole, and is located at an end of the clamping hole close to the locking component, the first clamping protrusion is plural in number and staggered on the sidewall of the clamping hole along a circumferential direction; the number of the second clamping protrusions is the same as that of the first clamping protrusions, the second clamping protrusions are in one-to-one correspondence with the first clamping protrusions, and staggered on an outer circumference of the locking component; when the locking component is rotated to a lockout position, the first clamping protrusion can abut against the second clamping protrusion and restrain the second clamping protrusion from exiting the clamping hole; and when the locking component is rotated to an unlock position, the second clamping protrusion can exit the clamping hole.
An apparatus for treating a skin tissue area, in particular for non-invasively treating the skin tissue area, the skin tissue area having a dermis layer area and an epidermis layer area providing a skin surface and covering the dermis layer area, wherein the apparatus comprises: - a first system (9, 25, 31, 41) configured such that, during operation of the apparatus, the first system non-invasively causes one or more dermal lesions localized in the dermis layer area without causing epidermal damage; and - a second system (13, 27, 33, 43) configured such that, during operation of the apparatus, the second system causes, separately from said causing of said one or more dermal lesions, a plurality of epidermal lesions localized in the epidermis layer area, wherein the apparatus is configured such that, during operation of the apparatus, said first system and said second system cause a combination of said one or more dermal lesions and said plurality of epidermal lesions in the skin tissue area. - a first system (9, 25, 31, 41) configured such that, during operation of the apparatus, the first system non-invasively causes one or more dermal lesions localized in the dermis layer area without causing epidermal damage; and - a second system (13, 27, 33, 43) configured such that, during operation of the apparatus, the second system causes, separately from said causing of said one or more dermal lesions, a plurality of epidermal lesions localized in the epidermis layer area,
Method for initiating at least one service from an application server, said at least one service setting in motion a plurality of devices (205, 210), each device from said plurality of devices belonging to one user from a plurality of users, at least one user from said plurality of users, termed subscriber, having subscribed to said at least one service and at least one user from said plurality of users, termed non-subscriber, not having subscribed to said at least one service, this method being characterized in that it comprises the following steps: - generation, by a co-optation system, of an authentication certificate for said subscriber on the basis of an identifier of said subscriber; - transmission of said generated authentication certificate for said subscriber to a device of said non-subscriber; - reception, by the co-optation system, of an authentication certificate originating from said device of said non-subscriber; - determination of the validity of said received authentication certificate, the validity of said received authentication certificate being determined in accordance with said identifier of said subscriber; - if said received authentication certificate is valid, transmission, by the co-optation system, of said identifier of said subscriber, said identifier of said subscriber making it possible to initiate said at least one service. - generation, by a co-optation system, of an authentication certificate for said subscriber on the basis of an identifier of said subscriber; - transmission of said generated authentication certificate for said subscriber to a device of said non-subscriber; - reception, by the co-optation system, of an authentication certificate originating from said device of said non-subscriber; - determination of the validity of said received authentication certificate, the validity of said received authentication certificate being determined in accordance with said identifier of said subscriber; - if said received authentication certificate is valid, transmission, by the co-optation system, of said identifier of said subscriber, said identifier of said subscriber making it possible to initiate said at least one service.
A method performed by a terminal in a mobile communication system supporting carrier aggregation, the method comprising: receiving, on a primary cell, first random access configuration information, via system information, including a maximum number of preamble transmissions applied for the primary cell; receiving, on the primary cell, second random access configuration information, via radio resource control RRC signaling, including a maximum number of preamble transmissions applied for a secondary cell; transmitting, on the secondary cell, a random access preamble based on the second random access configuration information; and receiving, on the primary cell, a random access response corresponding to the random access preamble, based on a random access response window included in the first random access configuration information. receiving, on a primary cell, first random access configuration information, via system information, including a maximum number of preamble transmissions applied for the primary cell; receiving, on the primary cell, second random access configuration information, via radio resource control RRC signaling, including a maximum number of preamble transmissions applied for a secondary cell; transmitting, on the secondary cell, a random access preamble based on the second random access configuration information; and receiving, on the primary cell, a random access response corresponding to the random access preamble, based on a random access response window included in the first random access configuration information.
Filter trap for a motor vehicle thermal device, said trap made of polymer material being of planar elongated shape, having a length L and having two longitudinal edges (12, 14) extending along the length thereof connected by two lateral edges (16, 18) extending along the width thereof, said trap comprising: - a first assembly tab extending in the extension of the trap along the length thereof, said first assembly tab being fixed to a lateral edge, - a snap-coupling means designed to block said trap in a direction perpendicular to the plane of the trap, said snap-coupling means being fixed to a longitudinal edge, - a second assembly tab extending in the extension of the trap in a direction perpendicular to the first assembly tab, said second assembly tab being fixed to the longitudinal edge, said trap being designed and arranged so as to have a sufficient flexibility along the length thereof to permit the twisting of said trap about a longitudinal torsion axis of the trap, characterized in that said snap-coupling means is located in the vicinity of the lateral edge which does not bear the first assembly tab and in that the second assembly tab does not comprise the snap-coupling means and is located in the vicinity of the lateral edge which does not bear the first assembly tab. - a first assembly tab extending in the extension of the trap along the length thereof, said first assembly tab being fixed to a lateral edge, - a snap-coupling means designed to block said trap in a direction perpendicular to the plane of the trap, said snap-coupling means being fixed to a longitudinal edge, - a second assembly tab extending in the extension of the trap in a direction perpendicular to the first assembly tab, said second assembly tab being fixed to the longitudinal edge,
A medical imaging system for providing an image representation supporting accurate guidance of an intervention device in a vessel intervention procedure in a region of interest, in which region the position of an object of interest is depending on at least a first source of motion, the medical imaging system being adapted for: (i) acquiring a first sequence of images of the vessel region of interest with the intervention device inserted into the vessel region of interest during a time frame without a first motion of the patient; (ii) detecting a first motion sequence of a cyclic motion of the intervention device during a cycle of a second motion by analyzing the motion of the intervention device in the first sequence of acquired images; (iii) creating a motion model of the intervention device solely induced by the second motion; (iv) determining an operator defining the relationship between the first motion sequence of the intervention device and the second motion; (iv) acquiring live images of the vessel region of interest with the intervention device inserted into the vessel region of interest of the patient; (v) subtracting the motion of the intervention device induced by the second motion using the operator and determining the motion of the intervention device induced by the first motion of the patient; and (vi) registering of a representation of the object of interest based on the first motion. (i) acquiring a first sequence of images of the vessel region of interest with the intervention device inserted into the vessel region of interest during a time frame without a first motion of the patient; (ii) detecting a first motion sequence of a cyclic motion of the intervention device during a cycle of a second motion by analyzing the motion of the intervention device in the first sequence of acquired images; (iii) creating a motion model of the intervention device solely induced by the second motion; (iv) determining an operator defining the relationship between the first motion sequence of the intervention device and the second motion; (iv) acquiring live images of the vessel region of interest with the intervention device inserted into the vessel region of interest of the patient; (v) subtracting the motion of the intervention device induced by the second motion using the operator and determining the motion of the intervention device induced by the first motion of the patient; and (vi) registering of a representation of the object of interest based on the first motion.
Disk brake assembly for a rail car, including at least one pair of brake pads (15, 16) for pressing against opposite sides of a brake disk coupled to a rail car rotor; a piston actuator powered by a fluid for driving the disk brake assembly; a caliper for transferring a braking stroke from the actuator to the brake pads (15, 16); at least one sensor device for measuring at least one parameter of the disk brake assembly, wherein the disk brake assembly further includes a stroke detector having an active state in which the stroke detector activates the sensor device; wherein the stroke detector is configured to enter its active state upon detecting a braking force or motion of the caliper and/or the actuator characterized in that the stroke detector is connected to the piston actuator. at least one pair of brake pads (15, 16) for pressing against opposite sides of a brake disk coupled to a rail car rotor; a piston actuator powered by a fluid for driving the disk brake assembly; a caliper for transferring a braking stroke from the actuator to the brake pads (15, 16); at least one sensor device for measuring at least one parameter of the disk brake assembly, wherein the disk brake assembly further includes a stroke detector having an active state in which the stroke detector activates the sensor device; wherein the stroke detector is configured to enter its active state upon detecting a braking force or motion of the caliper and/or the actuator characterized in that the stroke detector is connected to the piston actuator.
A door body that opens and closes a front part of an article body, comprising: a front panel constituting a front of the door body; a frame supporting at least a part of an outside edge of the front panel; and a back panel constituting a back of the door body, wherein the front panel comprises a hard coat laminated sheet, the hard coat laminated sheet comprises: a first hard coat, a second hard coat; and a transparent resin sheet layer in order from a surface layer side on a front side, the first hard coat is formed of a coating material containing no inorganic particles, the second hard coat is formed of a coating material containing inorganic particles, and the hard coat laminated sheet satisfies that: (i) total light transmittance is 80% or more, wherein the total light transmittance is measured according to JIS K7361-1:1997 by using a turbidimeter; (ii) haze is 5% or less, wherein the haze is measured according to JIS K7136:2000 by using a turbidimeter; and (iii) yellowness index is 3 or less, wherein the yellowness index is measured according to JIS K7105:1981 by using a colorimeter. a front panel constituting a front of the door body; a frame supporting at least a part of an outside edge of the front panel; and a back panel constituting a back of the door body, wherein the front panel comprises a hard coat laminated sheet, the hard coat laminated sheet comprises: a first hard coat, a second hard coat; and a transparent resin sheet layer in order from a surface layer side on a front side, the first hard coat is formed of a coating material containing no inorganic particles, the second hard coat is formed of a coating material containing inorganic particles, and the hard coat laminated sheet satisfies that: (i) total light transmittance is 80% or more, wherein the total light transmittance is measured according to JIS K7361-1:1997 by using a turbidimeter; (ii) haze is 5% or less, wherein the haze is measured according to JIS K7136:2000 by using a turbidimeter; and (iii) yellowness index is 3 or less, wherein the yellowness index is measured according to JIS K7105:1981 by using a colorimeter. (i) total light transmittance is 80% or more, wherein the total light transmittance is measured according to JIS K7361-1:1997 by using a turbidimeter; (ii) haze is 5% or less, wherein the haze is measured according to JIS K7136:2000 by using a turbidimeter; and (iii) yellowness index is 3 or less, wherein the yellowness index is measured according to JIS K7105:1981 by using a colorimeter.
A system comprising: a memory storing processor-executable process steps; a processing unit to execute the processor-executable process steps to cause the system to: acquire meeting data associated with a meeting; acquire e-mail data associated with each of a plurality of meeting participants associated with the meeting; generate a meeting language model based on the acquired e-mail data and the meeting data; generate an adapted language model based on the meeting language model and a generic language model; and provide the adapted meeting language model to a transcription service to transcribe audio associated with the meeting based on the adapted meeting language model. a memory storing processor-executable process steps; a processing unit to execute the processor-executable process steps to cause the system to: acquire meeting data associated with a meeting; acquire e-mail data associated with each of a plurality of meeting participants associated with the meeting; generate a meeting language model based on the acquired e-mail data and the meeting data; generate an adapted language model based on the meeting language model and a generic language model; and provide the adapted meeting language model to a transcription service to transcribe audio associated with the meeting based on the adapted meeting language model. acquire meeting data associated with a meeting; acquire e-mail data associated with each of a plurality of meeting participants associated with the meeting; generate a meeting language model based on the acquired e-mail data and the meeting data; generate an adapted language model based on the meeting language model and a generic language model; and provide the adapted meeting language model to a transcription service to transcribe audio associated with the meeting based on the adapted meeting language model.
A method performed by a User Equipment, UE, (201, 301, 601) associated with transmission resources, allocated by Semi-Persistent Scheduling, SPS, the method being comprising: - receiving information, from a Base Station, BS, (202, 302, 701), about a set of Modulation and Coding Schemes, MCSs, associated with resources allocated by the SPS; - determining an MCS from the set of the MCSs, for communication on at least one resource allocated by the SPS, thus identifying a currently preferred MCS, wherein the determining of the MCS is based on at least one of knowledge of quality of a channel between the UE (201, 301, 601) and the BS (202, 302, 701) and an amount of data in queue for an uplink transmission by the UE (201, 301, 601); and - transmitting and/or receiving the data on the at least one resource allocated by the SPS, using the currently preferred MCS, characterized in that the determining of the MCS is further based on at least one of: - a character of a reference signal received from the BS (202, 302, 701), wherein the character of the reference signal is a phase shift; and - a decoder output for different MCS hypotheses. - receiving information, from a Base Station, BS, (202, 302, 701), about a set of Modulation and Coding Schemes, MCSs, associated with resources allocated by the SPS; - determining an MCS from the set of the MCSs, for communication on at least one resource allocated by the SPS, thus identifying a currently preferred MCS, wherein the determining of the MCS is based on at least one of knowledge of quality of a channel between the UE (201, 301, 601) and the BS (202, 302, 701) and an amount of data in queue for an uplink transmission by the UE (201, 301, 601); and - transmitting and/or receiving the data on the at least one resource allocated by the SPS, using the currently preferred MCS, characterized in that the determining of the MCS is further based on at least one of: - a character of a reference signal received from the BS (202, 302, 701), wherein the character of the reference signal is a phase shift; and - a decoder output for different MCS hypotheses. - a character of a reference signal received from the BS (202, 302, 701), wherein the character of the reference signal is a phase shift; and - a decoder output for different MCS hypotheses.
A method, comprising: receiving, by a service router, a packet of a session from a previous hop router at a service zone of a service chain, wherein the service chain comprises a plurality of service zones each having a plurality of service routers; recording, by the service router, the previous hop router for the session; determining, by the service router, an appliance to service the packet in the service zone using load balancing; recording, by the service router, an appliance identity for servicing the session in the service zone; transmitting the packet from the service router to the appliance based on the appliance identity; receiving, by the service router, a serviced packet from the appliance, wherein the appliance has serviced the packet by applying a function to the contents of the packet to generate the serviced packet; determining, by the service router, a next hop router in the service chain for the packet using load balancing; and recording, by the service router, the next hop router for the session, wherein the next hop router is located in an other service zone; and routing the serviced packet from the service router to the next hop router located in the other service zone, wherein each of the service zones stores previous hop and next hop information for the session independently from other service zones, and subsequent packets of the session received in the service zone are transmitted to the appliance for service and serviced packets corresponding to the subsequent packets are routed to the next hop router. receiving, by a service router, a packet of a session from a previous hop router at a service zone of a service chain, wherein the service chain comprises a plurality of service zones each having a plurality of service routers; recording, by the service router, the previous hop router for the session; determining, by the service router, an appliance to service the packet in the service zone using load balancing; recording, by the service router, an appliance identity for servicing the session in the service zone; transmitting the packet from the service router to the appliance based on the appliance identity; receiving, by the service router, a serviced packet from the appliance, wherein the appliance has serviced the packet by applying a function to the contents of the packet to generate the serviced packet; determining, by the service router, a next hop router in the service chain for the packet using load balancing; and recording, by the service router, the next hop router for the session, wherein the next hop router is located in an other service zone; and routing the serviced packet from the service router to the next hop router located in the other service zone, wherein each of the service zones stores previous hop and next hop information for the session independently from other service zones, and subsequent packets of the session received in the service zone are transmitted to the appliance for service and serviced packets corresponding to the subsequent packets are routed to the next hop router.