mhurhangee/ep-ind-claims huggingface dataset:
Apparatus, comprising at least one processor, at least one memory including computer program code, and the at least one processor, with the at least one memory and the computer program code, being arranged to cause the apparatus to at least perform instructing a subscription device to indicate an applied privacy protection to a visited network; instructing the subscription device to provide a protected subscription identifier to the visited network, wherein the protected subscription identifier is based on a permanent subscription identifier protected according to the applied privacy protection; characterized by receiving a capability indication indicating that the visited network is capable of applying more than one privacy protections; checking if the subscription device is capable of applying at least one of the more than one privacy protections; if the subscription device is capable of applying at least one of the more than one privacy protections, selecting one of the more than one privacy protections which the subscription device is capable of as the applied privacy protection. instructing a subscription device to indicate an applied privacy protection to a visited network; instructing the subscription device to provide a protected subscription identifier to the visited network, wherein the protected subscription identifier is based on a permanent subscription identifier protected according to the applied privacy protection; characterized by receiving a capability indication indicating that the visited network is capable of applying more than one privacy protections; checking if the subscription device is capable of applying at least one of the more than one privacy protections; if the subscription device is capable of applying at least one of the more than one privacy protections, selecting one of the more than one privacy protections which the subscription device is capable of as the applied privacy protection.
A cannula seal assembly, comprising: a housing having a primary seal and a secondary seal therein; a spacer to maintain separation of the primary seal from the secondary seal; and a reservoir which is a space between the primary seal and the secondary seal to collect fluid bypassing the primary seal when the primary seal is disturbed by a surgical instrument, characterized by one or more transverse spacer slots extending through the spacer and into the reservoir. a housing having a primary seal and a secondary seal therein; a spacer to maintain separation of the primary seal from the secondary seal; and a reservoir which is a space between the primary seal and the secondary seal to collect fluid bypassing the primary seal when the primary seal is disturbed by a surgical instrument, characterized by one or more transverse spacer slots extending through the spacer and into the reservoir.
A medical valve being rotatable about a longitudinal axis of the valve and relative to a valve cylinder that receives the valve, the valve comprising: a valve stem; a first proximal rotatable seal (140, 200, 400) and a second distal rotatable seal (142, 200, 400) being disposed on the valve stem, wherein, in a first configuration of the valve, a first hole in the first rotatable seal (140; 200; 400) and a second hole in the second rotatable seal (142; 200; 400) face a first lateral direction, and wherein, in a second configuration of the valve, the first hole and the second hole face a second lateral direction different from the first lateral direction; and an operation portion, including: a stationary portion; a movable portion which is rotatably movable relative to the stationary portion and fixed relative to the valve stem; a seal disposed between the stationary portion and the movable portion; and a biasing member; wherein rotation of the movable portion in a first direction about a longitudinal axis of the valve causes deformation of the biasing member, such that a restorative force of the biasing member urges rotation of the movable portion in a second direction about a longitudinal axis of the valve which is opposite the first direction, and wherein a frictional force between the seal and one of the stationary portion (70, 170) and the movable portion (72, 172) resists the rotation of the movable portion (72, 172) in the second direction. a valve stem; a first proximal rotatable seal (140, 200, 400) and a second distal rotatable seal (142, 200, 400) being disposed on the valve stem, wherein, in a first configuration of the valve, a first hole in the first rotatable seal (140; 200; 400) and a second hole in the second rotatable seal (142; 200; 400) face a first lateral direction, and wherein, in a second configuration of the valve, the first hole and the second hole face a second lateral direction different from the first lateral direction; and an operation portion, including: a stationary portion; a movable portion which is rotatably movable relative to the stationary portion and fixed relative to the valve stem; a seal disposed between the stationary portion and the movable portion; and a biasing member; a stationary portion; a movable portion which is rotatably movable relative to the stationary portion and fixed relative to the valve stem; a seal disposed between the stationary portion and the movable portion; and a biasing member; wherein rotation of the movable portion in a first direction about a longitudinal axis of the valve causes deformation of the biasing member, such that a restorative force of the biasing member urges rotation of the movable portion in a second direction about a longitudinal axis of the valve which is opposite the first direction, and wherein a frictional force between the seal and one of the stationary portion (70, 170) and the movable portion (72, 172) resists the rotation of the movable portion (72, 172) in the second direction.
A method of wireless communication, comprising: predicting computational complexity based at least in part on a number of multiple input multiple output, MIMO, layers, a receiver type, a cell scenario, a number of carriers, an effective data rate, or a combination thereof, and characterized in that the cell scenario comprises at least a number of transmission antennas, a MIMO mode, or a combination thereof, and in that the method further comprises: dynamically scaling power consumed by circuitry of an electronic device by scaling voltage and clock frequency based at least in part on the predicted computational complexity. predicting computational complexity based at least in part on a number of multiple input multiple output, MIMO, layers, a receiver type, a cell scenario, a number of carriers, an effective data rate, or a combination thereof, and characterized in that the cell scenario comprises at least a number of transmission antennas, a MIMO mode, or a combination thereof, and in that the method further comprises: dynamically scaling power consumed by circuitry of an electronic device by scaling voltage and clock frequency based at least in part on the predicted computational complexity. dynamically scaling power consumed by circuitry of an electronic device by scaling voltage and clock frequency based at least in part on the predicted computational complexity.
A method for dormancy of a mobile broadcast business management system (MBBMS) module in a mobile terminal comprising: before the MBBMS module enters into dormancy, extracting working state information and firmware information of the MBBMS module and storing the working state information and firmware information into a non-volatile memory in a form of file; and after the MBBMS module is awakened, reading the working state information and firmware information from the non-volatile memory, configuring the MBBMS module based on the working state information and firmware information and restoring working context of the MBBMS module; wherein, the working state information contains mobile phone TV channel frequency point information and channel list information; wherein the method further comprises: pre-creating a state information backup table; and in the step of extracting the working state information and firmware information of the MBBMS module and storing the working state information and firmware information into the non-volatile memory in the form of file, storing the extracted working state information and firmware information into the state information backup table, and storing the state information backup table into the non-volatile memory of the mobile terminal in the form of file. before the MBBMS module enters into dormancy, extracting working state information and firmware information of the MBBMS module and storing the working state information and firmware information into a non-volatile memory in a form of file; and after the MBBMS module is awakened, reading the working state information and firmware information from the non-volatile memory, configuring the MBBMS module based on the working state information and firmware information and restoring working context of the MBBMS module; wherein, the working state information contains mobile phone TV channel frequency point information and channel list information; wherein the method further comprises: pre-creating a state information backup table; and in the step of extracting the working state information and firmware information of the MBBMS module and storing the working state information and firmware information into the non-volatile memory in the form of file, storing the extracted working state information and firmware information into the state information backup table, and storing the state information backup table into the non-volatile memory of the mobile terminal in the form of file. pre-creating a state information backup table; and in the step of extracting the working state information and firmware information of the MBBMS module and storing the working state information and firmware information into the non-volatile memory in the form of file, storing the extracted working state information and firmware information into the state information backup table, and storing the state information backup table into the non-volatile memory of the mobile terminal in the form of file.
Machine tool comprising: - a substantially straight guide element extending along a first axis and comprising a first rack extending in a direction parallel to the first axis; - two carriages (3, 4) arranged at a fixed distance with respect to each other along the guide element and slidable together along the guide element, at least one of the two carriages (3, 4) comprising at least one motor (11; 12) fitted with a toothed wheel which engages with the first rack; and - a slide interposed between the two carriages (3, 4), carried by the two carriages (3, 4) and slidable in relation to the two carriages (3, 4) along a second axis perpendicular to the first axis; wherein said carriages (3, 4) are independent and mechanically linked together solely by said slide; wherein one of the two carriages (3, 4) comprises a first motor and the other of the two carriages (3, 4) comprises a second motor, the first and second motors (11, 12) being fitted with respective toothed wheels which mesh with the first rack and are configured to exert respective torques in opposite directions upon the respective toothed wheels; and wherein the first and the second motor (11, 12) are configured to control, in a coordinated manner, the torques exerted upon the respective toothed wheels so as to modulate the stiffness of the connection between the carriages (3, 4) and the slide in a direction substantially parallel to the first axis. - a substantially straight guide element extending along a first axis and comprising a first rack extending in a direction parallel to the first axis; - two carriages (3, 4) arranged at a fixed distance with respect to each other along the guide element and slidable together along the guide element, at least one of the two carriages (3, 4) comprising at least one motor (11; 12) fitted with a toothed wheel which engages with the first rack; and - a slide interposed between the two carriages (3, 4), carried by the two carriages (3, 4) and slidable in relation to the two carriages (3, 4) along a second axis perpendicular to the first axis; wherein said carriages (3, 4) are independent and mechanically linked together solely by said slide; wherein one of the two carriages (3, 4) comprises a first motor and the other of the two carriages (3, 4) comprises a second motor, the first and second motors (11, 12) being fitted with respective toothed wheels which mesh with the first rack and are configured to exert respective torques in opposite directions upon the respective toothed wheels; and wherein the first and the second motor (11, 12) are configured to control, in a coordinated manner, the torques exerted upon the respective toothed wheels so as to modulate the stiffness of the connection between the carriages (3, 4) and the slide in a direction substantially parallel to the first axis.
An electric vacuum cleaner comprising: an electric blower; a filter (40; 90) for catching dust suctioned by the electric blower; and a dust removing unit (45; 96; 97; 110) for removing the dust attached to the filter (40; 90), wherein the dust removing unit (45; 96; 97; 110) includes: a driving unit having a regulating portion (53; 100) for linear driving, and being adapted to reciprocatingly drive; a dust removing element (55; 85; 92) being arranged close to the filter (40; 90) and being movable in a direction substantially identical to a direction of the reciprocating driving of the driving unit; and an elastic member (56; 80; 86; 103) being adapted to transmit the reciprocating driving of the driving unit to the dust removing element (55; 92) through an elastic body that stretches in a direction substantially identical to the driving direction of the driving unit, and an amplitude of the reciprocating driving of the dust removing element is increased by a resonance action generated by the elastic member to vibrate the filter (40; 90), characterized in that the filter (40; 90) has a film body (50; 91) in a wave form to form corrugations, wherein the dust removing element (55; 92) has a bone part (57; 107), wherein a plurality of nail parts (58; 98) to be arranged in a valley of each corrugation of the filter (40; 90) are arranged on a lower side of the bone part (57; 107). an electric blower; a filter (40; 90) for catching dust suctioned by the electric blower; and a dust removing unit (45; 96; 97; 110) for removing the dust attached to the filter (40; 90), wherein the dust removing unit (45; 96; 97; 110) includes: a driving unit having a regulating portion (53; 100) for linear driving, and being adapted to reciprocatingly drive; a dust removing element (55; 85; 92) being arranged close to the filter (40; 90) and being movable in a direction substantially identical to a direction of the reciprocating driving of the driving unit; and an elastic member (56; 80; 86; 103) being adapted to transmit the reciprocating driving of the driving unit to the dust removing element (55; 92) through an elastic body that stretches in a direction substantially identical to the driving direction of the driving unit, and an amplitude of the reciprocating driving of the dust removing element is increased by a resonance action generated by the elastic member to vibrate the filter (40; 90), a driving unit having a regulating portion (53; 100) for linear driving, and being adapted to reciprocatingly drive; a dust removing element (55; 85; 92) being arranged close to the filter (40; 90) and being movable in a direction substantially identical to a direction of the reciprocating driving of the driving unit; and an elastic member (56; 80; 86; 103) being adapted to transmit the reciprocating driving of the driving unit to the dust removing element (55; 92) through an elastic body that stretches in a direction substantially identical to the driving direction of the driving unit, and an amplitude of the reciprocating driving of the dust removing element is increased by a resonance action generated by the elastic member to vibrate the filter (40; 90),
A display apparatus, comprising: a first substrate and a second substrate facing each other; a pixel electrode disposed on the first substrate; a sensing electrode disposed on the first substrate and spaced apart from the pixel electrode; a first spacer disposed on the second substrate and facing the sensing electrode, wherein the first spacer is connected to the sensing electrode in response to an external force; and a common electrode covering the first spacer; characterized by a concave-convex section on the surface of the first spacer facing the sensing electrode. a first substrate and a second substrate facing each other; a pixel electrode disposed on the first substrate; a sensing electrode disposed on the first substrate and spaced apart from the pixel electrode; a first spacer disposed on the second substrate and facing the sensing electrode, wherein the first spacer is connected to the sensing electrode in response to an external force; and a common electrode covering the first spacer; characterized by a concave-convex section on the surface of the first spacer facing the sensing electrode.
An overcurrent sensing and protecting apparatus comprising: a circuit protective device configured to open a current path between a power source and a load in response to an overcurrent and within a predetermined amount of time depending upon the magnitude of the overcurrent; an isolation device configured to isolate the circuit protective device; current sensing circuitry configured to generate an analog output signal representative of a sensed current flowing through the protective device; an analog to digital converter configured to receive the analog output signal and generate a digital representation of the analog output signal using a plurality of discrete samples, wherein each of the plurality of discrete samples representative of the analog output signal substantially at or above a maximum current value has a substantially identical magnitude; and a controller configured to estimate an amount of the overcurrent sensed by the current sensing circuitry by evaluating the samples having the substantially identical magnitude, and configured to operate the isolation device based on the amount of the overcurrent, wherein a zero crossing of a waveform of the sensed current is employed by the controller as a time reference to determine when an overcurrent event occurs; and wherein the controller is further configured to, based on the estimated amount of overcurrent, determine when to operate the isolation device in advance of the predetermined amount of time of an operation of the circuit protective device responding to the overcurrent. a circuit protective device configured to open a current path between a power source and a load in response to an overcurrent and within a predetermined amount of time depending upon the magnitude of the overcurrent; an isolation device configured to isolate the circuit protective device; current sensing circuitry configured to generate an analog output signal representative of a sensed current flowing through the protective device; an analog to digital converter configured to receive the analog output signal and generate a digital representation of the analog output signal using a plurality of discrete samples, wherein each of the plurality of discrete samples representative of the analog output signal substantially at or above a maximum current value has a substantially identical magnitude; and a controller configured to estimate an amount of the overcurrent sensed by the current sensing circuitry by evaluating the samples having the substantially identical magnitude, and configured to operate the isolation device based on the amount of the overcurrent, wherein a zero crossing of a waveform of the sensed current is employed by the controller as a time reference to determine when an overcurrent event occurs; and wherein the controller is further configured to, based on the estimated amount of overcurrent, determine when to operate the isolation device in advance of the predetermined amount of time of an operation of the circuit protective device responding to the overcurrent.
An assembly and repair device for vehicles, in particular construction vehicles and commercial vehicles, comprising a single part or multi part cassette made of steel or a similar corrosion-resistant material having an interior space, which is insertable into a recess in the floor, two longitudinal sidewalls (7, 9), end-face walls, which are arranged at the ends, and a base (11, E), wherein at least the sidewalls (7, 9, 35) each comprising an inner wall and an outer wall spaced apart therefrom, defining a cavity which can be filled with a curable filling, characterized in that the cassette comprises a separated collection chamber for retrieving of at least one collection case for liquid hazardous material, wherein said collection chamber is hermetically sealed, and wherein the separated collection chamber is formed as a longitudinal extension of the cassette and abuts against a longitudinal sidewall or end-face wall thereof, in particular.