mhurhangee/ep-ind-claims huggingface dataset:
Honeycomb body having an electrically conductive connection between at least two electrically conductive stacks of at least partially structured, metal foils which form a large number of channels through which a fluid can flow, comprising at least one electrically conductive rod element which passes through the at least two stacks, wherein a spacer element is arranged on the rod element and between the at least two stacks, the two stacks being arranged at a distance from one another by said spacer element; wherein an arrangement comprising the at least two stacks, the rod element and the spacer element is clamped by at least one clamping element, characterized in that the spacer element is formed by a flange of the rod element, wherein the two stacks are arranged at a distance from one another by the flange.
A skincare composition suitable for topical application to the skin, the composition comprising salicylic acid or a salt thereof in combination with • lactic acid or a salt thereof; • glycyrrhizinic acid or a salt or derivative thereof; • bisabolol; • cetylhydroxyproline palmitamide; and • niacinamide, • lactic acid or a salt thereof; • glycyrrhizinic acid or a salt or derivative thereof; • bisabolol; • cetylhydroxyproline palmitamide; and • niacinamide,
Method for estimating a state of energy SOE of a battery, comprising a step of estimation of a state of charge SOC of the battery, said method being characterized in that it also comprises the following steps of: - preliminary determination of the trend of a discrepancy Δ between the state of charge SOC and the state of energy SOE as a function of said state of charge SOC; - determination of a discrepancy Δ between the state of charge SOC and the state of energy SOE as a function on the one hand of said state of charge estimated in the estimation step and on the other hand of the trend of the discrepancy Δ determined in the preliminary determination step; - computation of the state of energy SOE as a function of the state of charge SOC estimated in the estimation step and of the discrepancy Δ determined in the determination step. - preliminary determination of the trend of a discrepancy Δ between the state of charge SOC and the state of energy SOE as a function of said state of charge SOC; - determination of a discrepancy Δ between the state of charge SOC and the state of energy SOE as a function on the one hand of said state of charge estimated in the estimation step and on the other hand of the trend of the discrepancy Δ determined in the preliminary determination step; - computation of the state of energy SOE as a function of the state of charge SOC estimated in the estimation step and of the discrepancy Δ determined in the determination step.
A mobile device in a communication system that executes transmitting and/or receiving during fixed transmission time intervals, TTIs, configured to: receive downlink data transmitted from a base station and indicate whether or not the receipt of the downlink data has succeeded to the base station, characterized in that the mobile device is further configured to: in case of an unsuccessful receipt of the downlink data, activate reception for a first retransmission of the downlink data which is retransmitted from the base station after a first number of TTIs pass from a TTI in which the downlink data has been received, in case of an unsuccessful receipt of the first retransmission of the down-link data, activate reception for a second retransmission of the downlink data which is retransmitted from the base station after a round-trip time, RTT, passes from a TTI in which the first retransmission of the downlink data is received, and activate reception for an ACK signal or a NACK signal in a TTI in which reception for a retransmission of the downlink data is activated, wherein said a first number of TTIs is equal to one RTT. receive downlink data transmitted from a base station and indicate whether or not the receipt of the downlink data has succeeded to the base station, characterized in that the mobile device is further configured to: in case of an unsuccessful receipt of the downlink data, activate reception for a first retransmission of the downlink data which is retransmitted from the base station after a first number of TTIs pass from a TTI in which the downlink data has been received, in case of an unsuccessful receipt of the first retransmission of the down-link data, activate reception for a second retransmission of the downlink data which is retransmitted from the base station after a round-trip time, RTT, passes from a TTI in which the first retransmission of the downlink data is received, and activate reception for an ACK signal or a NACK signal in a TTI in which reception for a retransmission of the downlink data is activated, wherein said a first number of TTIs is equal to one RTT. in case of an unsuccessful receipt of the downlink data, activate reception for a first retransmission of the downlink data which is retransmitted from the base station after a first number of TTIs pass from a TTI in which the downlink data has been received, in case of an unsuccessful receipt of the first retransmission of the down-link data, activate reception for a second retransmission of the downlink data which is retransmitted from the base station after a round-trip time, RTT, passes from a TTI in which the first retransmission of the downlink data is received, and activate reception for an ACK signal or a NACK signal in a TTI in which reception for a retransmission of the downlink data is activated, wherein said a first number of TTIs is equal to one RTT.
An image processing method comprising: acquiring (210, 310) an image frame; tracking a face region of a user by using a previous detected face region obtained from at least one previous frame of the image frame; if it is determined that the tracking of the face region has failed, setting a scan region in the image frame by using information related to at least one previous scan region based on which detection of the face region is performed in the at least one previous frame obtained from the at least one previous frame; and detecting the face region in the image frame based on the scan region, wherein the setting comprises resetting the scan region to a region to which the at least one previous scan region is expanded, and wherein the resetting comprises resetting the scan region by sequentially expanding a size of a window for setting a previous scan region, in response to a determination that tracking of the face region in the previous scan region has failed. acquiring (210, 310) an image frame; tracking a face region of a user by using a previous detected face region obtained from at least one previous frame of the image frame; if it is determined that the tracking of the face region has failed, setting a scan region in the image frame by using information related to at least one previous scan region based on which detection of the face region is performed in the at least one previous frame obtained from the at least one previous frame; and detecting the face region in the image frame based on the scan region, wherein the setting comprises resetting the scan region to a region to which the at least one previous scan region is expanded, and wherein the resetting comprises resetting the scan region by sequentially expanding a size of a window for setting a previous scan region, in response to a determination that tracking of the face region in the previous scan region has failed.
A bandage for bleaching of an area of bruised skin, the bandage comprising: a cover material for placement over a bruise, the cover material having an application side and an exterior side, and an adhesive applied to the application side; a pad attached to the application side of the cover material, the pad dimensioned for placement over a bruise, and a skin bleaching agent on the pad, the skin bleaching agent comprising a gel and, in a concentration range of 5% to 20%, either (i) hydrogen peroxide or (ii) carbamide peroxide. a cover material for placement over a bruise, the cover material having an application side and an exterior side, and an adhesive applied to the application side; a pad attached to the application side of the cover material, the pad dimensioned for placement over a bruise, and a skin bleaching agent on the pad, the skin bleaching agent comprising a gel and, in a concentration range of 5% to 20%, either (i) hydrogen peroxide or (ii) carbamide peroxide.
A content delivery device, used to realize a content delivery function in the next generation network, wherein the next generation network comprises a transmission stratum and a service stratum, the service stratum comprises a service control function entity, and the transmission stratum comprises a transmission function entity, wherein the content delivery device, located in the service stratum on top of the transmission stratum and connected between the service control function entity and the transmission function entity, is configured to deliver the content from an application function module of the next generation network to a terminal user; wherein the content delivery device is further configured to distribute, buffer or store the content from the application function module; characterized in that the content delivery device comprises a content delivery control function module and an at least one content delivery and storage function module, wherein, the content delivery control function module is configured to control the operation of the content delivery and storage function module; the at least one content delivery and storage function module is configured to buffer or store the content from the application function module under the control of the content delivery control function module, and deliver the buffered or stored content to the terminal user; wherein the content delivery control function module further comprises a distribution control function entity and a location control function entity, wherein the distribution control function entity is configured to establish a content distribution strategy based on a document or stream, manage the content distribution among the at least one content delivery and storage function module, and optimize the content distribution strategy by utilizing the information of the location control function entity; the location control function entity is configured to identify a content delivery and storage function module which has optimum location information for delivering the content to the terminal user according to a preset condition. the distribution control function entity is configured to establish a content distribution strategy based on a document or stream, manage the content distribution among the at least one content delivery and storage function module, and optimize the content distribution strategy by utilizing the information of the location control function entity; the location control function entity is configured to identify a content delivery and storage function module which has optimum location information for delivering the content to the terminal user according to a preset condition.
Method of operating a hearing device, - wherein the hearing device is assigned to a user and is or will be connected to one or more other hearing devices (14, 16), which are each assigned to a different user (O, P), for data exchange in a common network, - wherein the hearing device or one of the other hearing devices (14, 16) controls the data exchange by subscribing as master to the network, and wherein all remaining hearing devices (2, 14, 16) each subscribe to the network as slave, - wherein it is decided whether the hearing device subscribes to the network as master or as slave by determining an operability of the hearing device and comparing it with the operability of the respective other hearing devices (14, 16) and by the hearing device subscribing as master if the hearing device has the highest operability, and otherwise as slave, - wherein a search mode of the hearing device is activated if said hearing device does not currently subscribe to a network, - wherein, in the search mode, the hearing device emits a search signal containing the operability of the hearing device, so that it can be received by another hearing device (14, 16) and can be compared to its operability. - wherein the hearing device is assigned to a user and is or will be connected to one or more other hearing devices (14, 16), which are each assigned to a different user (O, P), for data exchange in a common network, - wherein the hearing device or one of the other hearing devices (14, 16) controls the data exchange by subscribing as master to the network, and wherein all remaining hearing devices (2, 14, 16) each subscribe to the network as slave, - wherein it is decided whether the hearing device subscribes to the network as master or as slave by determining an operability of the hearing device and comparing it with the operability of the respective other hearing devices (14, 16) and by the hearing device subscribing as master if the hearing device has the highest operability, and otherwise as slave, - wherein a search mode of the hearing device is activated if said hearing device does not currently subscribe to a network, - wherein, in the search mode, the hearing device emits a search signal containing the operability of the hearing device, so that it can be received by another hearing device (14, 16) and can be compared to its operability.
A communication method, comprising: obtaining, by a central unit-user plane node, CU-UP, first information sent by a central unit-control plane node, CU-CP; wherein the first information indicates to the CU-UP to map a first data packet to a first DRB; wherein the first data packet belongs to a first QoS flow; wherein the first information further indicates to the CU-UP to set a reflective mapping indication field of the first data packet; receiving, by the CU-UP, the first data packet sent by a core network device; setting, by the CU-UP, the reflective mapping indication field of the first data packet to 1 that indicates to the terminal device to store a mapping rule from the first QoS flow to the first DRB, wherein the reflective mapping indication field of the first data packet instructs a terminal device whether to map an uplink data packet in the first QoS flow to the first DRB and the reflective mapping indication field comprises one bit; and sending, by the CU-UP to the terminal device on the first DRB, the first data packet. obtaining, by a central unit-user plane node, CU-UP, first information sent by a central unit-control plane node, CU-CP; wherein the first information indicates to the CU-UP to map a first data packet to a first DRB; wherein the first data packet belongs to a first QoS flow; wherein the first information further indicates to the CU-UP to set a reflective mapping indication field of the first data packet; receiving, by the CU-UP, the first data packet sent by a core network device; setting, by the CU-UP, the reflective mapping indication field of the first data packet to 1 that indicates to the terminal device to store a mapping rule from the first QoS flow to the first DRB, wherein the reflective mapping indication field of the first data packet instructs a terminal device whether to map an uplink data packet in the first QoS flow to the first DRB and the reflective mapping indication field comprises one bit; and sending, by the CU-UP to the terminal device on the first DRB, the first data packet.
Cultivator blade module for attachment to a connection device of a support frame of a soil cultivation device, having at least a blade support means connectable to the connection device of the soil cultivation device and at least one first blade unit (3.1) detachably connected to the blade support means, wherein the blade unit (3.1) comprises at least one cultivator blade and a blade shaft with at least one connecting section, characterized in that the blade support means is designed for accommodating the connection section of the blade shaft, wherein the connecting section is accommodated in the blade support means in the connected state, wherein the blade support means and the connecting section are designed for and interact in such a way that the at least one first blade unit (3.1) can be fixed in at least one holding position and in at least one working position, wherein the blade unit (3.1) can be moved from the at least one holding position into the at least one working position by means of pivoting and/or replugging.
A barbed suture (220,320,520) comprising: a flexible thread (222,322,522) having a leading end, a trailing end (230,335), an outer surface, and a plurality of barbed and non-barbed sections; said plurality of barbed sections comprising barbs (228,328,528) projecting from said flexible thread and extending towards the trailing end of the flexible thread (222,322,522), each barb including a base (234,334,534) connected with the flexible thread and a tip remote from the base; said flexible thread having a plurality of openings (232,332,532) extending through said flexible thread (222,322,522), wherein each of the openings (232,332,532) formed in said flexible thread is disposed adjacent the base (234,334,534) of one of said barbs, wherein the plurality of openings (232,332,532) are adapted to collapse in use when the suture is drawn through a medium in order to provide space for said barbs (228,328,528) to collapse inwardly toward said flexible thread (222,322,522) as the leading end of said flexible thread is pulled through a medium; characterised in that a plurality of recesses are formed in the outer surface of the thread, wherein said barbs are adapted to be seated in said recesses when said barbs collapse inwardly as the leading end of said flexible thread is pulled through a medium, so that the outer diameter of the barbed section is no greater than the outer diameter of the non-barbed sections of the thread. a flexible thread (222,322,522) having a leading end, a trailing end (230,335), an outer surface, and a plurality of barbed and non-barbed sections; said plurality of barbed sections comprising barbs (228,328,528) projecting from said flexible thread and extending towards the trailing end of the flexible thread (222,322,522), each barb including a base (234,334,534) connected with the flexible thread and a tip remote from the base; said flexible thread having a plurality of openings (232,332,532) extending through said flexible thread (222,322,522), wherein each of the openings (232,332,532) formed in said flexible thread is disposed adjacent the base (234,334,534) of one of said barbs, wherein the plurality of openings (232,332,532) are adapted to collapse in use when the suture is drawn through a medium in order to provide space for said barbs (228,328,528) to collapse inwardly toward said flexible thread (222,322,522) as the leading end of said flexible thread is pulled through a medium; characterised in that a plurality of recesses are formed in the outer surface of the thread, wherein said barbs are adapted to be seated in said recesses when said barbs collapse inwardly as the leading end of said flexible thread is pulled through a medium, so that the outer diameter of the barbed section is no greater than the outer diameter of the non-barbed sections of the thread.
Device for controlling a magnetic bearing comprising at least an axis including first and second electromagnets (26, 28) diametrically opposed, the device comprising two power converters per axis of the magnetic bearing, each power converter being configured to supply one different electromagnet of the first and second electromagnets (26, 28), the device comprising at least eight power devices (40, 42, 44, 46, 48, 50, 52, 54) disposed on a support of the device, the eight power devices being arranged in a first line and a second line, the first line and a second line being parallel, each of the first and second lines comprising at least four power devices, a first set of four power devices (40, 42, 44, 46) of the said at least eight power devices being connected together to form a first power converter, and a second set of four power devices (48, 50, 52, 54) of the said at least eight power devices being connected together to form a second power converter, characterized in that each of the first and second lines (88, 90) comprises two power devices (40, 42, 44, 46) of the first set and two power devices (48, 50, 52, 54) of the second set, the four power devices of the first and second lines being arranged so that two adjacent power devices belong to different sets and so that the power devices at the extremities of the first line belong to a different set than power devices at the extremities of the second line.
A wall shelf system comprising: a shelf bracket having a rear end for fastening to a wall rail, having a front end and having at least one first side wall; and a guide rail for a shelf element which can be pulled out, said guide rail having a rear end, a front end and at least one side wall, wherein coupling means (50, 54) are provided at the shelf bracket; and wherein coupling means (80, 84) corresponding to the coupling means (50, 54) of the shelf bracket are provided at the guide rail to releasably fasten the guide rail to the shelf bracket; wherein the coupling means (50, 54, 80, 84) enable a push-lock connection between the guide rail and the shelf bracket; and wherein the coupling means of the shelf bracket comprise two cut-outs (50, 54), with one of the cut-outs being formed by a hole in the side wall of the shelf bracket and with the other cut-out being formed by a slit, which extends from an upper margin of the shelf bracket into the shelf bracket, and the coupling means of the guide rail comprise at least two hook sections (80, 84) corresponding to the cut-outs. a shelf bracket having a rear end for fastening to a wall rail, having a front end and having at least one first side wall; and a guide rail for a shelf element which can be pulled out, said guide rail having a rear end, a front end and at least one side wall, wherein coupling means (50, 54) are provided at the shelf bracket; and wherein coupling means (80, 84) corresponding to the coupling means (50, 54) of the shelf bracket are provided at the guide rail to releasably fasten the guide rail to the shelf bracket; wherein the coupling means (50, 54, 80, 84) enable a push-lock connection between the guide rail and the shelf bracket; and wherein the coupling means of the shelf bracket comprise two cut-outs (50, 54), with one of the cut-outs being formed by a hole in the side wall of the shelf bracket and with the other cut-out being formed by a slit, which extends from an upper margin of the shelf bracket into the shelf bracket, and the coupling means of the guide rail comprise at least two hook sections (80, 84) corresponding to the cut-outs.