mhurhangee/ep-ind-claims huggingface dataset:
A braking device having a reservoir that stores a brake fluid and a master cylinder that generates brake fluid pressure by an operation with a brake operator, comprising: multiple ports (15a, 15b, 15c, 15d) in which a brake fluid is flown or from which the brake fluid is flown provided in a base of the master cylinder, wherein all the multiple ports (15a, 15b, 15c, 15d) are arranged toward front of a vehicle when assembled in the vehicle, a housing that covers an electrical part (4, 5, 6, 7, 8) assembled in the base is provided on the base of the master cylinder, and the housing has a connector connection port (23a, 24a) through which the electrical part (4, 5, 6, 7, 8) accommodated in the housing is electrically conducted, characterized in that the reservoir has a pipe connection port to which a pipe body is connected, and the connector connection port (23a, 24a) and the pipe connection port are arranged toward the front of the vehicle when assembled in the vehicle. multiple ports (15a, 15b, 15c, 15d) in which a brake fluid is flown or from which the brake fluid is flown provided in a base of the master cylinder, wherein all the multiple ports (15a, 15b, 15c, 15d) are arranged toward front of a vehicle when assembled in the vehicle, a housing that covers an electrical part (4, 5, 6, 7, 8) assembled in the base is provided on the base of the master cylinder, and the housing has a connector connection port (23a, 24a) through which the electrical part (4, 5, 6, 7, 8) accommodated in the housing is electrically conducted, characterized in that the reservoir has a pipe connection port to which a pipe body is connected, and the connector connection port (23a, 24a) and the pipe connection port are arranged toward the front of the vehicle when assembled in the vehicle.
An easel-type display monitor stand comprising: a front support; a rear support rotatably attached to a rear side of the front support; and a monitor affixing part to attach to a rear face of a display monitor, the monitor affixing part slidably attached to a front side of the front support for sliding movement with respect to the front support; wherein in use the front support and rear support contact a supporting surface on which the stand rests and have an adjustable footprint on the supporting surface. a front support; a rear support rotatably attached to a rear side of the front support; and a monitor affixing part to attach to a rear face of a display monitor, the monitor affixing part slidably attached to a front side of the front support for sliding movement with respect to the front support; wherein in use the front support and rear support contact a supporting surface on which the stand rests and have an adjustable footprint on the supporting surface.
A method for managing viewability of a location-based spatial object, performed in a server that provides a remote management interface for receiving computer-configurable spatial objects, as well as spatial information and searching criteria corresponding to every spatial object from multiple subscribers, so as to establish a database (43, 45) including the location-based spatial objects, wherein the method comprises: the server receiving one of the spatial objects through the remote management interface; setting up ground-position data corresponding to the spatial object using the remote management interface; setting up spatial-angle data corresponding to the spatial object and determining a position and size of the spatial object when it is configured to be attached to a real scene using the remote management interface, wherein the spatial angle is a combination of an azimuth angle and an elevation angle, the ground-position data and the spatial-angle data form spatial information corresponding to the spatial object, and the real scene is analyzed by an image-processing method so as to form color block data and line data that are used to position the spatial object; setting up the searching criteria corresponding to the spatial object using the remote management interface, and wherein the searching criteria is a time range and/or a user range; in the server, querying the database (43, 45) according to the spatial information, the time range and/or the user range for obtaining potential users who are able to access the spatial object; and completing the setting of the spatial object and creating a file of the location-based spatial object in the database (43, 45). the server receiving one of the spatial objects through the remote management interface; setting up ground-position data corresponding to the spatial object using the remote management interface; setting up spatial-angle data corresponding to the spatial object and determining a position and size of the spatial object when it is configured to be attached to a real scene using the remote management interface, wherein the spatial angle is a combination of an azimuth angle and an elevation angle, the ground-position data and the spatial-angle data form spatial information corresponding to the spatial object, and the real scene is analyzed by an image-processing method so as to form color block data and line data that are used to position the spatial object; setting up the searching criteria corresponding to the spatial object using the remote management interface, and wherein the searching criteria is a time range and/or a user range; in the server, querying the database (43, 45) according to the spatial information, the time range and/or the user range for obtaining potential users who are able to access the spatial object; and completing the setting of the spatial object and creating a file of the location-based spatial object in the database (43, 45).
Processing system, in particular a crushing system, in particular a rock crusher, comprising a filling unit which can be filled with a material to be crushed, wherein a sieve unit is arranged downstream of the filling unit in the conveying direction or in the filling unit, wherein the sieve unit can be set into vibratory motion by means of a vibration exciter, wherein via the sieve unit a first part of the supplied material is fed to a processing unit, in particular a crushing unit, and another part of the supplied material is separated out in the sieve unit, wherein, by means of a flap of a conveyor unit, which flap is adjustable about a pivot axis (74.1), the separated part of the material is fed past the processing unit, in particular past the crushing unit, to a conveyor device, in particular a crusher discharge conveyor, in a bypass position, or is alternatively discharged by means of a conveyor device from a working region of the processing system in a conveying position, wherein bearing portions (75.1) of a bearing are coupled to opposite sides of the flap and are rotationally mounted on the conveyor unit, characterised in that at least one detachable clamping portion (80.1, 80.2) is associated with at least one of the bearing portions (75.1), which clamping portion acts in a clamping manner on the associated bearing portion (75.1) and fixes it relative to the conveyor unit in a pivoting position of the flap such that the flap is held in a rotationally fixed manner relative to the conveyor unit in the pivoting position.
Electrocatalyst for fuel cells comprising supported catalyst particles comprising a M core /M shell structure with M core = material of inner particle core M shell = material of outer particle shell wherein the medium diameter of said catalyst particles (d core+shell) is in the range of 20 to 100 nm, preferably in the range of 20 to 50 nm, wherein the thickness of the outer particle shell (t shell) is about 5 to 20 % of the inner particle core (d core): t shell ∼ 0.05 - 0.2 d core; wherein t shell = (d core+shell - d core) / 2; and wherein the material of the inner particle core (M core) comprises a ceramic material and the material of the outer particle shell (M shell) comprises at least 3 atomic layers, and comprises a precious metal, a precious metal alloy or mixtures thereof, and the support material is an electrically conductive, high surface area carbon black or graphite. M core = material of inner particle core M shell = material of outer particle shell
An apparatus comprising: memory; and processing circuitry coupled to the memory, the processing circuitry configured to: encode a high efficiency, HE, packet comprising a HE signal, HE-SIG, field, the HE-SIG field comprising an indicator to indicate, for a 20 MHz bandwidth, a resource unit, RU, arrangement of a plurality of RU arrangements (312A-E) in a frequency domain, wherein each RU of the RU arrangement is a orthogonal frequency division multiple access, OFDMA, subchannel of subcarriers of the 20 MHz bandwidth, the indicator to further indicate a number of multi-user multiple-input multiple-output, MU-MIMO, allocations for each RU of the RU arrangement of the plurality of RU arrangements, the RU arrangement comprising a mix of different RU sizes for the 20 MHz bandwidth, wherein the HE-SIG field is to configure HE stations to receive a data portion of the HE packet, the data portion of the HE packet configured in accordance with the RU arrangement; and configure the HE packet for transmission by a wireless device to the HE stations. encode a high efficiency, HE, packet comprising a HE signal, HE-SIG, field, the HE-SIG field comprising an indicator to indicate, for a 20 MHz bandwidth, a resource unit, RU, arrangement of a plurality of RU arrangements (312A-E) in a frequency domain, wherein each RU of the RU arrangement is a orthogonal frequency division multiple access, OFDMA, subchannel of subcarriers of the 20 MHz bandwidth, the indicator to further indicate a number of multi-user multiple-input multiple-output, MU-MIMO, allocations for each RU of the RU arrangement of the plurality of RU arrangements, the RU arrangement comprising a mix of different RU sizes for the 20 MHz bandwidth, wherein the HE-SIG field is to configure HE stations to receive a data portion of the HE packet, the data portion of the HE packet configured in accordance with the RU arrangement; and configure the HE packet for transmission by a wireless device to the HE stations.
Apparatus for the conveying of viscous material from a drum-like container, which has a container bottom and a circumferential container wall extending from the container bottom to an upper rim of the container, which is open at the upper rim of the container, the apparatus having, for closing of the container, a follower plate having a material outlet attached to a conveyor pump, wherein the follower plate can be moved up and down in the container while being in sealing contact against an inside face of the container wall turned toward it, the apparatus having a lifting device for raising and lowering of the follower plate, wherein the lifting device has a drive unit, and the apparatus having a protective device (32, 132) having a protective member (34, 134), which is disposed in such a way with respect to the follower plate and the container that, upon introduction of the follower plate into the container, it annularly surrounds on the one hand the follower plate and on the other hand the container in the region of the upper rim of the container, characterized by at least one switch (52, 152, 154) for switching-off of the drive unit upon an at least partial exposure of the upper rim of the container by the protective member (34, 134) during the introduction of the follower plate into the container, wherein the protective member is either a downwardly open housing disposed in fixed position, which on a front side has a door, upon the opening of which the at least one switch is actuated or wherein the protective member is a hood resting on the follower plate and having a top wall resting on an upper side of the follower plate and an annularly circumferential side wall, which extends downward from the top wall and annularly surrounds the follower plate, and which extends downward further beyond an underside of the follower plate and is designed for surrounding of the upper rim of the container, and in that at least one first switch for switching-off of the drive unit is disposed in the region between the top wall and the upper side of the follower plate and preferably in or on the top wall and is actuated upon raising of the hood from the follower plate.
A method of controlling access by an application to data or a service supported by a computing system, said method comprising: identifying a request from said application for access to said data or service supported by said system; determining whether access has been restricted to said data or service; and, if so, seeking an indication from a user regarding an appropriate response to said access request; and then indicating to said application that said request for access has been granted by said system, characterised in that: a response based on said indication from said user is emulated when said data or service is accessed by said application identifying a request from said application for access to said data or service supported by said system; determining whether access has been restricted to said data or service; and, if so, seeking an indication from a user regarding an appropriate response to said access request; and then indicating to said application that said request for access has been granted by said system, characterised in that: a response based on said indication from said user is emulated when said data or service is accessed by said application
Wearable supporting structure for supporting ballistic protections and/or military equipment, the supporting structure comprising a band suitable to be wrapped around the waist or hips of a user; a dorsal upright having a lower end coupled to said band and extending, in use, upwards from said band; supporting means for supporting ballistic protections and/or other military equipment, the supporting means being coupled to said dorsal upright and comprising two shoulder straps having respective rear end portions facing said dorsal upright; and connection means connecting said rear end portions to said band; said connection means comprising motorised adjustment means for the continuous adjustment of the position in height of said rear end portions with respect to said band, said motorised adjustment means comprising a slide or carriage; characterized in that said motorised adjustment means further comprise: • a guide and • a motorized mechanical transmission; said slide or carriage being coupled to said guide and movable along said guide under the thrust of said motorized mechanical transmission. • a guide and • a motorized mechanical transmission;
Damper for fittings for furniture or domestic appliances, having a housing in which a piston which is connected to a piston rod is guided in a linearly displaceable manner and divides an interior space in the housing into two chambers, wherein at least one flow channel which connects the two chambers to one another is formed on or in the piston, wherein a throttle element is provided, which, in a damping position, keeps the cross-section of the at least one flow channel small when the piston moves in a first direction in order to generate high damping forces, and when the piston moves in the second direction opposite to the first direction, increases the cross-section of the at least one flow channel for reducing the damping forces by a movement of the throttle element, whereby the throttle element is pretensioned into the damping position by at least one spring element and the piston is pretensioned via a spring into a position with extended piston rod, characterized in that the throttle element is designed as a piston ring and a fixing element fixed to the piston rod has an integrally formed spring element by means of which the piston ring is pretensioned towards a holder connected to the piston rod.
A communication method of transmitting and receiving, by a first communication device, a message to and from a second communication device, the method comprising: checking, by the first communication device, a user value of the second communication device; comparing, by the first communication device, the checked user value of the second communication device with a user value of the first communication device, wherein the user value of each of the first and second communication device (100B, 100A) is one of a device ID, a Media Access Control, MAC, address and a combination of the device ID and the MAC address; and setting, by the first communication device, the first communication device as an initiator having a communication initiative and the second communication device as a respondent not having the communication initiative if the checked user value of the second communication device is smaller than the user value of the first communication device, characterized in that if the first communication device set as the initiator receives a request message from the second communication device set as the respondent, the first communication device neglects the request message and changes an operation state to a state where communication is stopped until a user input for a reset is received, and if the first communication device set as the initiator transmits the request message to the second communication device set as the respondent, the first communication device receives a response message corresponding to the request message from the second communication device. checking, by the first communication device, a user value of the second communication device; comparing, by the first communication device, the checked user value of the second communication device with a user value of the first communication device, wherein the user value of each of the first and second communication device (100B, 100A) is one of a device ID, a Media Access Control, MAC, address and a combination of the device ID and the MAC address; and setting, by the first communication device, the first communication device as an initiator having a communication initiative and the second communication device as a respondent not having the communication initiative if the checked user value of the second communication device is smaller than the user value of the first communication device, if the first communication device set as the initiator receives a request message from the second communication device set as the respondent, the first communication device neglects the request message and changes an operation state to a state where communication is stopped until a user input for a reset is received, and if the first communication device set as the initiator transmits the request message to the second communication device set as the respondent, the first communication device receives a response message corresponding to the request message from the second communication device.
A music production system comprising: one or more computer processor running music production software; and an input device arranged to provide signal inputs to the music production software, the input device comprising a joystick, one or more sensor for monitoring the position and/or orientation of the joystick, and a controller, where the sensor output is received by the controller and the controller generates a corresponding signal output to control one or more music production function of the software, the range of movement of the joystick being divided into four or more discrete zones (52, 54, 56, 58, 60, 62, 64, 66), the controller generating a signal output when the joystick is moved into a corresponding zone to cause a zone selection, characterized in that each of the zones (52, 54, 56, 58, 60, 62, 64, 66) corresponds to a note or chord of a musical scale and the signal output generated by the controller is a note or chord signal, the music production software being configured to generate a musical note or chord according to the signal output. one or more computer processor running music production software; and an input device arranged to provide signal inputs to the music production software, the input device comprising a joystick, one or more sensor for monitoring the position and/or orientation of the joystick, and a controller, where the sensor output is received by the controller and the controller generates a corresponding signal output to control one or more music production function of the software, the range of movement of the joystick being divided into four or more discrete zones (52, 54, 56, 58, 60, 62, 64, 66), the controller generating a signal output when the joystick is moved into a corresponding zone to cause a zone selection, characterized in that each of the zones (52, 54, 56, 58, 60, 62, 64, 66) corresponds to a note or chord of a musical scale and the signal output generated by the controller is a note or chord signal, the music production software being configured to generate a musical note or chord according to the signal output.
A method for detecting a change in the state of an electric actuator (10, 21, 22, 30, 40), including the steps consisting of: - recording a mechanical vibration (60, 70) during an instruction to change the state of the actuator commanding the passage of the actuator from a first state into a second state; - comparing the recorded mechanical vibration with at least one standard change of state vibration associated with the passage of the actuator from the first state into the second state; - determining whether the recorded mechanical vibration corresponds to said at least one standard vibration associated with the passage of the actuator from the first state into the second state, so as to determine if the actuator is in the second state; - sending a warning signal if the recorded mechanical vibration does not correspond to said at least one standard vibration, so as to signal that the actuator is not in the second state. - recording a mechanical vibration (60, 70) during an instruction to change the state of the actuator commanding the passage of the actuator from a first state into a second state; - comparing the recorded mechanical vibration with at least one standard change of state vibration associated with the passage of the actuator from the first state into the second state; - determining whether the recorded mechanical vibration corresponds to said at least one standard vibration associated with the passage of the actuator from the first state into the second state, so as to determine if the actuator is in the second state; - sending a warning signal if the recorded mechanical vibration does not correspond to said at least one standard vibration, so as to signal that the actuator is not in the second state.