mhurhangee/ep-ind-claims huggingface dataset:
An intravascular electrode lead for an intravascular stimulation device, the intravascular electrode lead comprising: an electrode shaft; at least one filament being made of a conductive, non-biodegradable material, running in a longitudinal direction within the electrode shaft and protruding distally beyond a distal end of the electrode shaft, each filament comprising at least one electrically active area; and at least one support member being arranged distally from the distal end of the electrode shaft and being dilatable from a compressed state to a radially expanded state, wherein the support member is attached to the filaments and made of a biodegradable material, Characterized in that the at least one electrically active area is an area defined on each filament, and wherein each of the at least one electrically active areas is configured to serve as a sensorial interface to record physiological signals and/or as a therapeutic interface to stimulate surrounding tissue. an electrode shaft; at least one filament being made of a conductive, non-biodegradable material, running in a longitudinal direction within the electrode shaft and protruding distally beyond a distal end of the electrode shaft, each filament comprising at least one electrically active area; and at least one support member being arranged distally from the distal end of the electrode shaft and being dilatable from a compressed state to a radially expanded state, wherein the support member is attached to the filaments and made of a biodegradable material, Characterized in that the at least one electrically active area is an area defined on each filament, and wherein each of the at least one electrically active areas is configured to serve as a sensorial interface to record physiological signals and/or as a therapeutic interface to stimulate surrounding tissue.
A method, carried out by a configuration controller, of making changes to configuration of a first service area of a communications network having a number of service areas capable of providing at least one service to at least one UE, User Equipment, the network having a plurality of VNFs, Virtual Network Functions, used in providing the services to the UEs according to the configuration, and the method having steps of: in the case of a proposed change to the configuration of the first service area which could negatively impact at least one service provided to a first of the UEs using a first of the VNFs, the first VNF comprising virtualised parts and physical network resources, if the change is made while the first VNF is in use, instantiating at least one substitute VNF corresponding to the first VNF, wherein the step of instantiating the substitute VNF comprises: determining if there is sufficient capacity to allocate the physical network resources for use by the substitute VNF without affecting other UEs and if the capacity is insufficient, having a step of reducing capacity allocated to other UEs, to provide more capacity for the substitute VNF; and allocating physical network resources for use by the substitute VNF; transferring the first UE to use the substitute VNF instead of using the first VNF, and making the proposed change to the configuration with respect to one of these VNFs, the first VNF or the substitute VNF, while the service to the first UE is maintained using the other of these VNFs. in the case of a proposed change to the configuration of the first service area which could negatively impact at least one service provided to a first of the UEs using a first of the VNFs, the first VNF comprising virtualised parts and physical network resources, if the change is made while the first VNF is in use, instantiating at least one substitute VNF corresponding to the first VNF, wherein the step of instantiating the substitute VNF comprises: determining if there is sufficient capacity to allocate the physical network resources for use by the substitute VNF without affecting other UEs and if the capacity is insufficient, having a step of reducing capacity allocated to other UEs, to provide more capacity for the substitute VNF; and allocating physical network resources for use by the substitute VNF; determining if there is sufficient capacity to allocate the physical network resources for use by the substitute VNF without affecting other UEs and if the capacity is insufficient, having a step of reducing capacity allocated to other UEs, to provide more capacity for the substitute VNF; and allocating physical network resources for use by the substitute VNF; transferring the first UE to use the substitute VNF instead of using the first VNF, and making the proposed change to the configuration with respect to one of these VNFs, the first VNF or the substitute VNF, while the service to the first UE is maintained using the other of these VNFs.
A combination of a wheel driving device, a wheel, and a lock ring of a wheel member (49, 53) of the wheel, the wheel driving device comprising: a reduction mechanism of which at least a part is disposed on an inside of the wheel; a casing; a relative rotation member rotating relative to the casing; a bearing disposed between the casing and the relative rotation member; and an oil seal sealing a space where the reduction mechanism is present, wherein an outer race of the bearing includes a main body portion of which an outer periphery is disposed on an inside of the casing, and an extending portion which extends from the main body portion in an axial direction and of which an outer periphery is exposed from the casing; wherein the oil seal is arranged to abut the extending portion and the relative rotation member; characterized in that the outer race of the bearing is disposed on an inside in a diameter direction of the wheel; the outer race of the bearing is disposed on an inside in a diameter direction of the lock ring of the wheel member (49, 53) of the wheel; the bearing is a pair of bearings of which contact angles are not zero and which are assembled back to back; and the outer race of the bearing and the casing supporting the outer race are positioned at least on a line of action of the bearing. a reduction mechanism of which at least a part is disposed on an inside of the wheel; a casing; a relative rotation member rotating relative to the casing; a bearing disposed between the casing and the relative rotation member; and an oil seal sealing a space where the reduction mechanism is present, wherein an outer race of the bearing includes a main body portion of which an outer periphery is disposed on an inside of the casing, and an extending portion which extends from the main body portion in an axial direction and of which an outer periphery is exposed from the casing; wherein the oil seal is arranged to abut the extending portion and the relative rotation member; characterized in that the outer race of the bearing is disposed on an inside in a diameter direction of the wheel; the outer race of the bearing is disposed on an inside in a diameter direction of the lock ring of the wheel member (49, 53) of the wheel; the bearing is a pair of bearings of which contact angles are not zero and which are assembled back to back; and the outer race of the bearing and the casing supporting the outer race are positioned at least on a line of action of the bearing.
A network performance check method, comprising: • sending a first group of test packets and a second group of test packets, wherein the first group of test packets is used to test a first test path, the second group of test packets is used to test a second test path, and the first test path comprises the second test path and a to-be-tested link; • receiving a first group of test packets returned on the first test path and a second group of test packets returned on the second test path, wherein the first group of test packets flaps on the to-be-tested link according to a quantity of preset flapping times; and • determining network performance of the to-be-tested link according to a received first group of test packets and a received second group of test packets (S 203). • sending a first group of test packets and a second group of test packets, wherein the first group of test packets is used to test a first test path, the second group of test packets is used to test a second test path, and the first test path comprises the second test path and a to-be-tested link; • receiving a first group of test packets returned on the first test path and a second group of test packets returned on the second test path, wherein the first group of test packets flaps on the to-be-tested link according to a quantity of preset flapping times; and • determining network performance of the to-be-tested link according to a received first group of test packets and a received second group of test packets (S 203).
An adjusting device for a machine tool, in particular a gear cutting machine, comprising: a base body (1; 1'; 1"; 1′′′); a movable body (2; 2'; 2"; 2′′′) which is movable along a direction of movement (X; Y; Z; A) relative to the base body (1; 1'; 1"; 1′′′); and a drive to move the movable body (2; 2'; 2"; 2′′′) relative to the base body (1; 1'; 1"; 1′′′); an auxiliary body (10; 10'; 10"; 10′′′) movable together with the movable body (2; 2'; 2"; 2′′′) with respect to the base body (1; 1'; 1"; 1′′′); and at least one vibration damper (11; 11'; 11"; 11′′′) which is arranged between the auxiliary body (10; 10'; 10"; 10′′′) and the movable body (2; 2'; 2"; 2′′′), in particular at least one active or passive vibration damper, characterized in that the auxiliary body is releasably fixable to the base body (1; 1'; 1"; 1′′′) and, in the detached state, is movable together with the movable body (2; 2'; 2"; 2′′′) relative to the base body (1; 1'; 1"; 1′′′). a base body (1; 1'; 1"; 1′′′); a movable body (2; 2'; 2"; 2′′′) which is movable along a direction of movement (X; Y; Z; A) relative to the base body (1; 1'; 1"; 1′′′); and a drive to move the movable body (2; 2'; 2"; 2′′′) relative to the base body (1; 1'; 1"; 1′′′); an auxiliary body (10; 10'; 10"; 10′′′) movable together with the movable body (2; 2'; 2"; 2′′′) with respect to the base body (1; 1'; 1"; 1′′′); and at least one vibration damper (11; 11'; 11"; 11′′′) which is arranged between the auxiliary body (10; 10'; 10"; 10′′′) and the movable body (2; 2'; 2"; 2′′′), in particular at least one active or passive vibration damper, characterized in that the auxiliary body is releasably fixable to the base body (1; 1'; 1"; 1′′′) and, in the detached state, is movable together with the movable body (2; 2'; 2"; 2′′′) relative to the base body (1; 1'; 1"; 1′′′).
A method for user identity handling in a communication network, comprising: a node (13; 30) receiving a request (101, 302) including a transport address assigned to a user of the communication network; the node (13; 30) accessing mapping data relating the transport address to a subscription identity of the user; and the node (13; 30) determining a user identity token which is mapped to the subscription identity of the user and masks the subscription identity; the node (13; 30) responding to the request by sending a response (102; 304) including the user identity token; the node (13; 30) receiving a further request, the further request including a different transport address assigned to the user; the node (13; 30) accessing mapping data relating the different transport address to the subscription identity of the user; and the node (13; 30) sending a further response to the further request, the further response including the user identity token. a node (13; 30) receiving a request (101, 302) including a transport address assigned to a user of the communication network; the node (13; 30) accessing mapping data relating the transport address to a subscription identity of the user; and the node (13; 30) determining a user identity token which is mapped to the subscription identity of the user and masks the subscription identity; the node (13; 30) responding to the request by sending a response (102; 304) including the user identity token; the node (13; 30) receiving a further request, the further request including a different transport address assigned to the user; the node (13; 30) accessing mapping data relating the different transport address to the subscription identity of the user; and the node (13; 30) sending a further response to the further request, the further response including the user identity token.
A pre-filter apparatus adapted for location within a cavity of a reservoir connected to a blood collection system, the apparatus comprising: a pre-filter having a pre-filter housing defining the structure of the pre-filter and a pre-filter membrane contained within the pre-filter housing, the pre-filter membrane configured to pre-filter fluid by preventing particulates from passing and allowing the fluid to pass through the pre-filter membrane; characterized by a travel means connected to the pre-filter housing, the travel means allowing the pre-filter to travel within the cavity as the pre-filter collects particulates. a pre-filter having a pre-filter housing defining the structure of the pre-filter and a pre-filter membrane contained within the pre-filter housing, the pre-filter membrane configured to pre-filter fluid by preventing particulates from passing and allowing the fluid to pass through the pre-filter membrane; characterized by a travel means connected to the pre-filter housing, the travel means allowing the pre-filter to travel within the cavity as the pre-filter collects particulates.
An Al-Si-Mg aluminum alloy comprising: 5 mass% or larger and 10 mass% or smaller of Si; 0.2 mass% or larger and 1.0 mass% or smaller of Mg, 0.03 mass% or larger and 0.5 mass% or smaller of Sb; 0.0004 mass% or larger and 0.0026 mass% or smaller of Be; 0.01 mass% or smaller of B; and a remainder consisting of Al and unavoidable impurities, wherein the unavoidable impurities include Fe and Ca; the content of Fe in the Al-Si-Mg aluminum alloy is 0.15 mass% or smaller; the content of Ca in the Al-Si-Mg aluminum alloy is 0 mass% or larger and smaller than 0.01 mass%; the total content of the unavoidable impurities except for Fe in the Al-Si-Mg aluminum alloy is 0.05 mass% or smaller; and in L*a*b* color system, a value of L* that indicates lightness of a surface thereof is 55 or larger. 5 mass% or larger and 10 mass% or smaller of Si; 0.2 mass% or larger and 1.0 mass% or smaller of Mg, 0.03 mass% or larger and 0.5 mass% or smaller of Sb; 0.0004 mass% or larger and 0.0026 mass% or smaller of Be; 0.01 mass% or smaller of B; and a remainder consisting of Al and unavoidable impurities, wherein the unavoidable impurities include Fe and Ca; the content of Fe in the Al-Si-Mg aluminum alloy is 0.15 mass% or smaller; the content of Ca in the Al-Si-Mg aluminum alloy is 0 mass% or larger and smaller than 0.01 mass%; the total content of the unavoidable impurities except for Fe in the Al-Si-Mg aluminum alloy is 0.05 mass% or smaller; and in L*a*b* color system, a value of L* that indicates lightness of a surface thereof is 55 or larger.
A toolbox, comprising: a case in which a power tool, a battery pack configured to supply electric power to the power tool, and a charger configured to charge the battery pack with electric power supplied from an external power supply are to be accommodated, the case has an electric path penetration part through which an electric path extends from an inner side through an outer side of the case, characterized by the toolbox further comprising a magnet socket provided at the electric path penetration part and configured to electrically connect the charger to the external power supply. a case in which a power tool, a battery pack configured to supply electric power to the power tool, and a charger configured to charge the battery pack with electric power supplied from an external power supply are to be accommodated, the case has an electric path penetration part through which an electric path extends from an inner side through an outer side of the case, characterized by the toolbox further comprising a magnet socket provided at the electric path penetration part and configured to electrically connect the charger to the external power supply.
Mechanism for selecting and actuating n functions of a timepiece movement where n is an integer greater than or equal to 2, preferably greater than or equal to 3, comprising a winding stem ending with a crown, an actuating device for actuating a function, kinematically connected to the crown and arranged to move and occupy n selecting positions and n actuating positions, actuating positions in which the actuating device is kinematically connected to an actuating organ (21, 22, 23) for actuating the selected function, and a selector device arranged to move the actuating device into a selection position, characterized in that said selection positions are different from said actuating positions, and in that said mechanism further comprises a base on which the actuating device is mounted movably so as to be moved and be positioned, in a selection position, facing the actuating organ (21, 22, 23) of the selected function under the action of the selection device, and to be moved into its actuating position to cooperate with said actuating organ (21, 22, 23) for the selected function under the action of an axial movement of the winding stem.
A screwdriver comprising a drive having an electric motor which is coupled to a drive shaft for driving a tool for completing a screwdriving operation with a predetermined tightening torque, further comprising a current sensor for detecting a motor current (I M), further comprising a control device for controlling the drive, the control device being configured for braking the drive when a braking criterion is reached, characterized in that the control device is configured for calculating a treshold value (I 1) for the motor current (I M) on the basis of the predetermined tightening torque, the drive being moved to a standby state when the treshold value is exceeded, in that upon exceeding the treshold value (I 1) for the motor current (I M) the control device is configured for determining the braking criterion on the basis of the predetermined tightening torque to calculate an activation time (t 1) or a rotation angle (n 1), upon exceeding of which the braking process is initiated, at least as a function of the kinetic energy (E kin) of the drive at the time at which the treshold value (I 1) for the motor current (I M) is exceeded, and in that during the standby state until the braking process is initiated, either current continues to be fed to the electric motor, or no current at all is fed, or current is fed to the electric motor only to a certain extent.
A method of producing a filter for adsorbing volatile hydrocarbons from a nonwoven fabric, wherein the nonwoven fabric comprises thermally fusionable fibers, wherein a binder is used to bind activated carbon particles to the surface of the fibers, wherein the fibers consist of at least one thermoplastic polymer having a melting point or melting range above 200°C, wherein the nonwoven fabric is brought into a desired shape using an embossing mold by exertion of pressure and by a temperature of at most 190°C, wherein a plurality of plies of the nonwoven fabric are bonded together by the exertion of the pressure and by the temperature, wherein the nonwoven fabric in the step of bringing it into shape is sufficiently densified in at least one first region to retain the shape and less densified in at least one second region in order thereby to make better adsorption possible in the second region.
System for analyzing a patient by means of a trans-cutaneous sensor, having a basis unit for mounting on the patient, an injector which can be releasably connected to the basis unit for the trans-cutaneous introduction of the sensor into the patient and a detection unit which can be releasably connected to the basis unit for generating measurement data by means of the sensor, wherein the basis unit has a holding device which is designed to interact with the injector and detection unit such that in a detection configuration, when the detection unit is arranged at the basis unit, a pressing force at the sensor is formed by means of the holding device for friction-fitting fixing, and in an injection configuration, when the injector is arranged at the basis unit a lower pressing force at the sensor than in the detection configuration is formed by means of the holding device, wherein the holding apparatus has at least one lever element which is arranged and configured such that the lever element is movable in the direction of the sensor by applying the detection unit, characterised in that the holding device has an elastic mass which is configured to be penetrated by the sensor and that the lever element rests indirectly on the sensor, in order to transmit the pressing force onto the sensor via the elastic mass. an injector which can be releasably connected to the basis unit for the trans-cutaneous introduction of the sensor into the patient and a detection unit which can be releasably connected to the basis unit for generating measurement data by means of the sensor, wherein the basis unit has a holding device which is designed to interact with the injector and detection unit such that in a detection configuration, when the detection unit is arranged at the basis unit, a pressing force at the sensor is formed by means of the holding device for friction-fitting fixing, and in an injection configuration, when the injector is arranged at the basis unit a lower pressing force at the sensor than in the detection configuration is formed by means of the holding device, wherein the holding apparatus has at least one lever element which is arranged and configured such that the lever element is movable in the direction of the sensor by applying the detection unit, characterised in that the holding device has an elastic mass which is configured to be penetrated by the sensor and that the lever element rests indirectly on the sensor, in order to transmit the pressing force onto the sensor via the elastic mass.