mhurhangee/ep-ind-claims huggingface dataset:
A connection establishment method, comprising: acquiring, by a second user equipment supporting a device to device, D2D, function, first user equipment information broadcasted by a first user equipment supporting the D2D function; determining, by the second user equipment, according to the first user equipment information, to establish a connection with the first user equipment; characterised by initiating, by the second user equipment, a connection establishment process with a network-side device, and sending the first user equipment information to the network-side device in the connection establishment process, so that a connection is established between the network-side device and the first user equipment, wherein after the second user equipment initiates the connection establishment process with the network-side device and the connection is established between the network-side device and the first user equipment, establishment of a device to device evolved packet system, DPS, bearer between the second user equipment and the first user equipment is completed, and the second user equipment and the first user equipment start D2D communication. acquiring, by a second user equipment supporting a device to device, D2D, function, first user equipment information broadcasted by a first user equipment supporting the D2D function; determining, by the second user equipment, according to the first user equipment information, to establish a connection with the first user equipment; characterised by initiating, by the second user equipment, a connection establishment process with a network-side device, and sending the first user equipment information to the network-side device in the connection establishment process, so that a connection is established between the network-side device and the first user equipment, wherein after the second user equipment initiates the connection establishment process with the network-side device and the connection is established between the network-side device and the first user equipment, establishment of a device to device evolved packet system, DPS, bearer between the second user equipment and the first user equipment is completed, and the second user equipment and the first user equipment start D2D communication.
A method for avoiding in-device coexistence, IDC, interference by a mobile terminal in a mobile communication system, the mobile terminal being in communication with an aggregation access point via a first cell and a second cell, the mobile terminal additionally being in communication with a wireless communication device, the method comprising the steps, performed by the mobile terminal, of: detecting an interference condition between the communication with the aggregation access point via one of the first or second cell and the communication with the wireless communication device; reporting, to the aggregation access point, an IDC interference indication for the one of the first or second cell on which the interference condition is detected; receiving, from the aggregation access point, an activation/deactivation pattern for the one of the first or second cell for which the IDC interference indication is reported, the activation/deactivation pattern indicating an off-duration and an offset specifying a time-period during which communication via the one of the first or second cell is to be deactivated; and determining, based on the off-duration and the offset indicated in the received activation/deactivation pattern, a first subframe from which on communication via the one of the first or second cell is to be deactivated and a second subframe, succeeding the first subframe, from which on communication via the one of the first or second cell is to be re-activated; and deactivating and re-activating communication on the one of the first or second cell at the determined first and second subframe, respectively, for avoiding IDC interference between communication with the aggregation access point and communication with the wireless communication device. detecting an interference condition between the communication with the aggregation access point via one of the first or second cell and the communication with the wireless communication device; reporting, to the aggregation access point, an IDC interference indication for the one of the first or second cell on which the interference condition is detected; receiving, from the aggregation access point, an activation/deactivation pattern for the one of the first or second cell for which the IDC interference indication is reported, the activation/deactivation pattern indicating an off-duration and an offset specifying a time-period during which communication via the one of the first or second cell is to be deactivated; and determining, based on the off-duration and the offset indicated in the received activation/deactivation pattern, a first subframe from which on communication via the one of the first or second cell is to be deactivated and a second subframe, succeeding the first subframe, from which on communication via the one of the first or second cell is to be re-activated; and deactivating and re-activating communication on the one of the first or second cell at the determined first and second subframe, respectively, for avoiding IDC interference between communication with the aggregation access point and communication with the wireless communication device.
A non-provisioned card having a front side and a back side, said card comprising at least one visible surface (28, 208, 209) that is patinated, or patina-ready, where the same side (12, 32) of the card has a first portion covered with a first coating having a first degree of patina-retarding performance and a second portion covered with a second coating having a second degree of patina-retarding performance.
A platelet separator comprising: a main body including a chamber configured to accommodate a platelet containing component, the main body being configured as a container capable of separating the platelet containing component into a platelet and another component in the chamber by application of a centrifugal force, at least a part of the chamber being formed as an accommodating portion that is configured to accommodate the centrifuged platelet; an inlet configured to allow the platelet containing component to flow into the chamber and configured to allow a platelet added solution to flow into the chamber; and an outlet configured to allow the other centrifuged component to flow out from the chamber and configured to allow the platelet added solution and the platelet to flow out from the chamber, wherein a bottom portion of at least a portion forming the accommodating portion in a wall portion included in the main body is formed of a soft material, the platelet separator being attachable to a centrifugal separator, characterized in that the bottom portion is curved to bulge toward a centrifugal force direction side or an anti-centrifugal direction side. a main body including a chamber configured to accommodate a platelet containing component, the main body being configured as a container capable of separating the platelet containing component into a platelet and another component in the chamber by application of a centrifugal force, at least a part of the chamber being formed as an accommodating portion that is configured to accommodate the centrifuged platelet; an inlet configured to allow the platelet containing component to flow into the chamber and configured to allow a platelet added solution to flow into the chamber; and an outlet configured to allow the other centrifuged component to flow out from the chamber and configured to allow the platelet added solution and the platelet to flow out from the chamber, wherein a bottom portion of at least a portion forming the accommodating portion in a wall portion included in the main body is formed of a soft material, the platelet separator being attachable to a centrifugal separator, characterized in that the bottom portion is curved to bulge toward a centrifugal force direction side or an anti-centrifugal direction side.
Cooling system for a vehicle, with a high-temperature coolant circuit (HT coolant circuit, 4) for liquid cooling of at least one HT component to be cooled of the vehicle, which HT component is an internal combustion engine of the vehicle, and with a low-temperature coolant circuit (LT coolant circuit, 23) which has a lower temperature than the HT coolant circuit for liquid cooling of at least one LT component (25, 27, 29) to be cooled of the vehicle, a medium-temperature coolant circuit (MT coolant circuit, 35) being provided which has a lower temperature than the HT coolant circuit and a higher temperature than the LT coolant circuit and by means of which at least one MT component (37, 39) to be cooled of the vehicle can be liquid-cooled, the said three coolant circuits (4, 23, 35) being separated from one another in flow terms, an energy recovery device (ER device, 11) being provided, by means of which energy can be recovered from a waste heat of the internal combustion engine of the vehicle, the ER device having at least one heat-supplying heat exchanger, by means of which the waste heat of the internal combustion engine can be fed to the ER device, and the ER device having at least one heat-dissipating heat exchanger, by means of which heat can be dissipated from the ER device, characterized in that the heat-dissipating heat exchanger of the ER device configures an MT component to be cooled and an LT component to be cooled, and in that the three coolant circuits (4, 23, 35) which are separated from one another in flow terms and the energy recovery device are connected to one another in a heat-transmitting manner by means of the heat-dissipating heat exchanger, in that the heat-dissipating heat exchanger has a first flow duct which is flowed through by the HT coolant of the HT coolant circuit, in that the heat-dissipating heat exchanger has a second flow duct which is flowed through by the LT coolant of the LT coolant circuit, in that the heat-dissipating heat exchanger has a third flow duct which is flowed through by the MT coolant of the MT coolant circuit, in that the heat-dissipating heat exchanger has a fourth flow duct which is flowed through by the operating medium to be cooled of the ER device, in that the flow ducts (45, 47, 49, 51) are configured so as to run parallel to one another and so as to run in a rectilinear manner, and in that the heat-dissipating heat exchanger is connected to the coolant circuits (4, 23, 35) and the ER device in such a way that the first to third flow ducts (45, 47, 49) are flowed through in a first flow direction by the coolant of the coolant circuits (4, 23, 35), and the fourth flow duct is flowed through by the operating medium of the ER device in a second flow direction which is opposed to the first flow direction.
A mounting structure for supporting a tower sector with predefined face flanges covering the curved faces of the surface shell of the tower sector, the mounting structure comprising: - an elongate supporting member designed to be mounted on a surface with a base area on an elongate side of the supporting member, wherein while standing on the base area and used for support of a tower sector, the length of the supporting member is oriented essentially horizontal and is the longest dimension followed by the height as second biggest dimension and the breadth, - an elongate mounting member with two fixing means designed to be releasable fastened as a cord to a circular face flange of a tower element and additionally hold a tower sector so high over a ground that it does not touch it so that the mounting structure can also be used as transport security element, for a tower sector facing upwards or for a tower sector facing downwards when the dimensions are chosen appropriately, - the supporting member and the mounting member being arranged parallel according to their longitudinal axes and pivotable connected with each other at their longitudinal ends to form legs of an angle, so that the plane of rotation between the supporting member and the mounting member is perpendicular to the base area. - an elongate supporting member designed to be mounted on a surface with a base area on an elongate side of the supporting member, wherein while standing on the base area and used for support of a tower sector, the length of the supporting member is oriented essentially horizontal and is the longest dimension followed by the height as second biggest dimension and the breadth, - an elongate mounting member with two fixing means designed to be releasable fastened as a cord to a circular face flange of a tower element and additionally hold a tower sector so high over a ground that it does not touch it so that the mounting structure can also be used as transport security element, for a tower sector facing upwards or for a tower sector facing downwards when the dimensions are chosen appropriately, - the supporting member and the mounting member being arranged parallel according to their longitudinal axes and pivotable connected with each other at their longitudinal ends to form legs of an angle, so that the plane of rotation between the supporting member and the mounting member is perpendicular to the base area.
Aggregate, in particular internal combustion engine or compressor, comprising a housing, in which a first piston having a first end face and at least a second piston having a second end face are arranged, wherein the first piston and the second piston are alternatingly movable with limited stroke towards one another and away from one another, wherein between the first end face and the second end face a working chamber for a working medium is arranged, which alternatingly reduces and enlarges due to the movements of the first and the at least one second piston (26, 28), wherein the first and the at least one second piston (26, 28) are arranged in a piston cage accommodated in the housing, characterized in that at least one piston guiding sleeve is arranged in the piston cage which is separable from the piston cage, wherein the piston guiding sleeve is mounted in the piston cage fixed in position relative to the piston cage, wherein a respective end portion (92, 94) of the first and the at least one second piston (26, 28) adjacent the first end face and the second end face, respectively, is guided on an inner wall of the piston guiding sleeve in gas-tight manner so that the inner wall of the piston guiding sleeve together with the first and second end faces (38, 40) defines the working chamber, wherein in each case only at least one seal (87, 89) arranged on the first piston and the second piston abuts on the inner wall in sealing fashion.
A contact (20;22;50;52;50';52';80;82) for a vacuum interrupter, said contact comprising: a contact member comprising a generally planar mating surface having a planar contact plane and a plurality of purposely introduced undulations therein, said undulations being structured to contact a plurality of purposely introduced undulations of another contact member, wherein the undulations in the planar contact plane are in a dimension perpendicular to the planar contact plane, wherein the undulations in the planar contact plane have a two-dimensional profile in the form of a plurality of concave portions and a plurality of convex portions, wherein the planar contact plane has a diameter, and wherein the undulations in the planar contact plane have a depth substantially smaller than the diameter of the planar contact plane, characterized in that the concave and convex portions of said contact member correspond with and contact the convex and concave portions, respectively, of said another contact member in a closed contact position. a contact member comprising a generally planar mating surface having a planar contact plane and a plurality of purposely introduced undulations therein, said undulations being structured to contact a plurality of purposely introduced undulations of another contact member,
An antibody or antigen-binding fragment thereof for use in therapy or in vivo diagnosis, the antibody or antigen-binding fragment thereof comprising a variable heavy chain comprising the amino acid sequence of SEQ ID NO: 164, and a variable light chain comprising the amino acid sequence of SEQ ID NO: 87.
Method for configuring a plurality of networked cameras, said method comprising: connecting a separate client computer to the plurality of networked cameras to set an initial configuration of the plurality of cameras upon installation, sending, by the client computer, a request to the plurality of networked cameras, wherein said request is requesting information relating to enabled storage type of each networked camera, receiving, at the client computer, a response from networked cameras, the response includes information relating to storage type enabled in each responsive networked camera, wherein the information relating to the storage type indicates whether the networked camera is able to store information on a camera located memory card or at a Networked Storage Device, NSD, determining, at the client computer, storage type to use for each networked camera that is enabled to autonomously store images at a storage means, wherein the determining of storage type to use for a networked camera is performed based on the information relating to enabled storage types in that networked camera, and sending, from the client computer, a storage instruction to each camera for which a storage type has been determined, wherein the storage instruction instructs a camera to store captured images on the storage type determined for that networked camera, and disconnecting the client computer from the plurality of networked cameras once the step of sending the storage instruction to each camera has been performed. connecting a separate client computer to the plurality of networked cameras to set an initial configuration of the plurality of cameras upon installation, sending, by the client computer, a request to the plurality of networked cameras, wherein said request is requesting information relating to enabled storage type of each networked camera, receiving, at the client computer, a response from networked cameras, the response includes information relating to storage type enabled in each responsive networked camera, wherein the information relating to the storage type indicates whether the networked camera is able to store information on a camera located memory card or at a Networked Storage Device, NSD, determining, at the client computer, storage type to use for each networked camera that is enabled to autonomously store images at a storage means, wherein the determining of storage type to use for a networked camera is performed based on the information relating to enabled storage types in that networked camera, and sending, from the client computer, a storage instruction to each camera for which a storage type has been determined, wherein the storage instruction instructs a camera to store captured images on the storage type determined for that networked camera, and disconnecting the client computer from the plurality of networked cameras once the step of sending the storage instruction to each camera has been performed.
An oil-free vacuum pump for evacuating gaseous media, comprising: an electric motor that drives a shaft; a pump housing with a pump chamber and an inlet and an outlet; a prismatic displacement piston that, acting bi-directionally and movable over a reciprocal operating path, is accommodated within the pump chamber, the displacement piston having an elongated hole into which a driving force of the shaft is introduced via a crankpin; and at least one pressure valve that releases a flow of gaseous medium out of the pump chamber through the outlet and blocks a flow into the pump chamber; characterised in that the displacement piston releases a connection between the inlet and the pump chamber in the region of two dead centers of the reciprocal operating path and overlapping in a region lying in between, and the driving force of the shaft is introduced by means of a roller bearing. an electric motor that drives a shaft; a pump housing with a pump chamber and an inlet and an outlet; a prismatic displacement piston that, acting bi-directionally and movable over a reciprocal operating path, is accommodated within the pump chamber, the displacement piston having an elongated hole into which a driving force of the shaft is introduced via a crankpin; and at least one pressure valve that releases a flow of gaseous medium out of the pump chamber through the outlet and blocks a flow into the pump chamber; characterised in that the displacement piston releases a connection between the inlet and the pump chamber in the region of two dead centers of the reciprocal operating path and overlapping in a region lying in between, and the driving force of the shaft is introduced by means of a roller bearing.
A method of manufacturing a capacitor (100a, 100b) comprising a step of forming walls, a stack of layers (108, 120) extending over lateral walls and an upper surface of the walls and between the walls, the walls being made of a first material, the walls extending from a substrate made of a second material, the first and second materials being different wherein the stack of layers (108, 120) further extends over the substrate between the walls, the method comprising a step of forming cavities in the substrate and comprising a step of etching the substrate portions located between the cavities.
Heating blanket for providing a shrinkable sleeve on a pipe assembly, comprising a heating sheet; an insulation sheet interposed between the heating sheet and a pressure member, the pressure member being arranged for conformal engagement of the heating blanket around the pipe assembly during operation, wherein the heating sheet is provided with a pattern of resistance wiring connectable to an electric power supply, and characterised in that the pattern of resistance wiring comprises two or more, e.g. three sections (4a, 4b, 4c).
Operating and display device for a program-controlled beverage preparation machine for preparing hot beverages consisting of at least two ingredients (C, W), comprising a touch-sensitive display (5, 6) on which various beverages can be symbolically displayed as a field and can be selected and/or changed by a user by touching corresponding operating and display fields (7, C, W, F), characterised in that, in order to adjust the ingredients for a beverage to be prepared, the operating device is designed to schematically display a symbol of a receptacle on the display together with the individual proportions of the ingredients (C, W, F) for the beverage to be prepared, it being possible to change the proportion of at least one ingredient (C, W, F) by means of touch gestures on the screen (5, 6) in such a way that the user places their finger on the boundary line, shown on the screen, of an ingredient proportion, and can then increase this ingredient proportion by an upward swiping movement or reduce it accordingly by a downward swiping movement, in order to subsequently control the preparation of the beverage.
A method of estimating channel state information, CSI, at a user equipment, UE, using N antenna ports in a wireless communication system, the method comprising: receiving, by the UE using said N antenna ports, channel state information - reference signals, CSI-RSs, mapped to M resource element, RE, sets among five predefined RE sets for 8-port CSI-RS transmission; and estimating CSI based on received CSI-RSs, wherein M is a natural number equal to or greater than 2 and less than 5, and wherein N is a natural number equal to M * 8. receiving, by the UE using said N antenna ports, channel state information - reference signals, CSI-RSs, mapped to M resource element, RE, sets among five predefined RE sets for 8-port CSI-RS transmission; and estimating CSI based on received CSI-RSs, wherein M is a natural number equal to or greater than 2 and less than 5, and wherein N is a natural number equal to M * 8.