mhurhangee/ep-ind-claims huggingface dataset:
A Bluetooth communication method, wherein the method is applicable to a first device, the first device comprises a first operating system and a second operating system, and the method comprises: sending, by the first operating system, a first instruction to the second operating system by using a host controller interface, HCI, channel, wherein the first instruction is used to establish a first Bluetooth connection between the first device and a second device; establishing, by the second operating system, the first Bluetooth connection between the first device and the second device based on the first instruction; and sending, by the second operating system, a second instruction to the first operating system by using the HCI channel, wherein the second instruction is used to indicate that the first Bluetooth connection is successfully established. sending, by the first operating system, a first instruction to the second operating system by using a host controller interface, HCI, channel, wherein the first instruction is used to establish a first Bluetooth connection between the first device and a second device; establishing, by the second operating system, the first Bluetooth connection between the first device and the second device based on the first instruction; and sending, by the second operating system, a second instruction to the first operating system by using the HCI channel, wherein the second instruction is used to indicate that the first Bluetooth connection is successfully established.
A MOSFET assembly comprising a plurality of MOSFETs configured to control connection between a positive (+) terminal of a secondary battery pack used to supply power to a vehicle, and the vehicle used to receive the power from the secondary battery pack, the plurality of MOSFETs being connected to each other in series and in parallel, wherein the MOSFET assembly comprises: a MUX having channels connected to gates of the MOSFETs of the MOSFET assembly a driver module, which is an input end of the MUX; and a microcontroller unit configured to provide inputs corresponding to a total number of the channels necessary to control the MUX, wherein in use, the microcontroller is configured to sequentially turn on and off each of the channels of the MUX whilst the voltage at both ends of each individual MOSFET is measured. a MUX having channels connected to gates of the MOSFETs of the MOSFET assembly a driver module, which is an input end of the MUX; and a microcontroller unit configured to provide inputs corresponding to a total number of the channels necessary to control the MUX, wherein in use, the microcontroller is configured to sequentially turn on and off each of the channels of the MUX whilst the voltage at both ends of each individual MOSFET is measured.
A gas laser oscillator apparatus comprising: a discharge section for exciting laser gas as a laser medium; a bellows section for feeding the laser gas further including: a rotating shaft having an impeller at a tip end; a driver for rotating the rotating shaft; a plurality of bearings connected to the rotating shaft; and a laser-gas flow passage as a circulation path between the discharge section and the bellows section, characterized in that the gas laser apparatus further comprises a temperature-detecting mechanism with a controller, the temperature-detecting mechanism having a contact with the bearings; and a storage section for storing data on relationship between temperature rise and the lifetime of the bearings, wherein, the controller detects temperature rise by heat occurred at the bearings and determines the lifetime of the bearings based on the data stored in said storage section, and wherein the controller of the temperature-detecting mechanism outputs a signal that indicates a replacement cycle of the bellows section according to temperature of the bearings. a discharge section for exciting laser gas as a laser medium; a bellows section for feeding the laser gas further including: a rotating shaft having an impeller at a tip end; a driver for rotating the rotating shaft; a plurality of bearings connected to the rotating shaft; and a rotating shaft having an impeller at a tip end; a driver for rotating the rotating shaft; a plurality of bearings connected to the rotating shaft; and a laser-gas flow passage as a circulation path between the discharge section and the bellows section, characterized in that the gas laser apparatus further comprises a temperature-detecting mechanism with a controller, the temperature-detecting mechanism having a contact with the bearings; and a storage section for storing data on relationship between temperature rise and the lifetime of the bearings, wherein, the controller detects temperature rise by heat occurred at the bearings and determines the lifetime of the bearings based on the data stored in said storage section, and wherein the controller of the temperature-detecting mechanism outputs a signal that indicates a replacement cycle of the bellows section according to temperature of the bearings.
A turbine comprising: a turbine rotor which has turbine blades; a housing which accommodates the turbine rotor and whose cross-sectional area of a scroll portion formed between the housing and the turbine rotor gradually decreases; a plurality of fixed vanes which are fixed along a curved line dividing the scroll portion into an inner scroll part and an outer scroll part; communicating parts which are formed between the adjacent fixed vanes and communicate between the inner scroll part and the outer scroll part; and a switch valve which switches a flow path in the housing either to the inner scroll part or to both the inner scroll part and the outer scroll part, characterised in that flow path areas of the communicating parts are reduced in a downstream direction of the scroll portion. a turbine rotor which has turbine blades; a housing which accommodates the turbine rotor and whose cross-sectional area of a scroll portion formed between the housing and the turbine rotor gradually decreases; a plurality of fixed vanes which are fixed along a curved line dividing the scroll portion into an inner scroll part and an outer scroll part; communicating parts which are formed between the adjacent fixed vanes and communicate between the inner scroll part and the outer scroll part; and a switch valve which switches a flow path in the housing either to the inner scroll part or to both the inner scroll part and the outer scroll part, characterised in that flow path areas of the communicating parts are reduced in a downstream direction of the scroll portion.
System for determining the location of objects over a limited area using transponders and readers to register the previously located transponder, characterised in that the area has predetermined positioning surfaces (P1, P2, P3, P4, P5), on which a number of objects (F1, F2, F3) can be arranged in each case, that each object has at least one reader on at least one side and at least one transponder on at least one further side, that each positioning surface (P1, P2, P3, P4, P5) also has an arrival area (E1, E2, E3, E4, E5) and an departure area (A1, A2, A3, A4, A5), that arrival and departure areas are each provided with at least one transponder and that the readers are connected to a central processing unit, and that using the central processing unit the position of the objects (F1, F2, F3) on the positioning surfaces (P1, P2, P3, P4, P5) is determined from the data transmitted by the readers.
A safety helmet comprising a shell made from shock-resistant material, an inner liner with several attachment branches, and at least a first securing clip to fit an accessory on the outer surface of the shell, characterized in that each attachment branch of the liner comprises a fixing part inserted and blocked in a slide of the shell by said first securing clip, which acts both as latch to attach the liner to the shell and as female loop for clipping of a second securing clip connected to a chinstrap.
A spring force terminal for connecting an electrical conductor, a) comprising a spring cage which delimits a connection chamber in which a clamping spring is arranged for clamping the electrical conductor in the region of a clamping point, which comprises a clamping spring arm with which the conductor can be pressed in the region of the clamping point against the conductive spring cage or a busbar, b) wherein the spring terminal comprises an actuation means for actuating the clamping spring, which opens the connection chamber by pressing an actuation head in an actuation direction, wherein c) the actuation means comprises an elongated, preferably rectangular and preferably circumferentially enclosed, passage through which the conductor can be inserted into the connection chamber and its clamping point, d) the actuation means has a contact surface with which it preferably rests in a planar manner thereon during actuation of the clamping spring and which is oriented in an angular manner at an angle α relative to the conductor insertion direction, and characterized in that e) the passage has a surface which is oriented in an angular manner at an angle β relative to the conductor insertion direction, via which conductors of a minimum cross-section press onto the clamping spring arm during insertion into the clamping point, by means of which the clamping point opens so that the conductor can be guided into the clamping point. a) comprising a spring cage which delimits a connection chamber in which a clamping spring is arranged for clamping the electrical conductor in the region of a clamping point, which comprises a clamping spring arm with which the conductor can be pressed in the region of the clamping point against the conductive spring cage or a busbar, b) wherein the spring terminal comprises an actuation means for actuating the clamping spring, which opens the connection chamber by pressing an actuation head in an actuation direction, wherein c) the actuation means comprises an elongated, preferably rectangular and preferably circumferentially enclosed, passage through which the conductor can be inserted into the connection chamber and its clamping point, d) the actuation means has a contact surface with which it preferably rests in a planar manner thereon during actuation of the clamping spring and which is oriented in an angular manner at an angle α relative to the conductor insertion direction, and characterized in that e) the passage has a surface which is oriented in an angular manner at an angle β relative to the conductor insertion direction, via which conductors of a minimum cross-section press onto the clamping spring arm during insertion into the clamping point, by means of which the clamping point opens so that the conductor can be guided into the clamping point.
A survey system having a position determination unit (2, 2'), in particular a total station or a GNSS module, for determining a target position in a defined coordinate system, and having a mobile target unit for definition and/or position determination of target points in the coordinate system, wherein the target unit comprises • a survey stick, the lower end of which can be brought into target point contact, • a target (12, 12', 12") which can be fitted on the survey stick and the target position of which can be determined with high precision, in particular wherein the target (12, 12', 12") is formed as a survey reflector which can be surveyed with the aid of a total station or as a GNSS antenna (12") having a data link to the GNSS module of the position determination unit, • a handholdable remote control unit for the survey system, wherein the remote control unit comprises an electronic graphical display and can be attached to a holder on the survey stick in such a way that - in the attached state - the remote control unit is in a fixed position relationship with respect to the target (12, 12', 12") fitted on the survey stick, characterized in that • the remote control unit comprises a camera for recording a camera image in a defined imaging direction, and • an image processing and evaluation unit having a data link to the position determination unit (2, 2') and the camera is provided, by which - with the aid of knowledge of the fixed position relationship and the defined imaging direction, and as a function of the target position determined - image data of the camera can be brought into spatial relation with the target points in the coordinate system. • a survey stick, the lower end of which can be brought into target point contact, • a target (12, 12', 12") which can be fitted on the survey stick and the target position of which can be determined with high precision, in particular wherein the target (12, 12', 12") is formed as a survey reflector which can be surveyed with the aid of a total station or as a GNSS antenna (12") having a data link to the GNSS module of the position determination unit, • a handholdable remote control unit for the survey system, wherein the remote control unit comprises an electronic graphical display and can be attached to a holder on the survey stick in such a way that - in the attached state - the remote control unit is in a fixed position relationship with respect to the target (12, 12', 12") fitted on the survey stick, • the remote control unit comprises a camera for recording a camera image in a defined imaging direction, and • an image processing and evaluation unit having a data link to the position determination unit (2, 2') and the camera is provided, by which - with the aid of knowledge of the fixed position relationship and the defined imaging direction, and as a function of the target position determined - image data of the camera can be brought into spatial relation with the target points in the coordinate system.
Device for delivering shock waves, - having a treatment head in which a shock wave generating device is arranged and which comprises a liquid reservoir, wherein the shock wave generating device is an electrohydraulic shock wave generating device and electrodes are arranged in a reflector, - having a plug unit, the plug contacts comprise for electrically contacting the shock wave generating device with a base station, - with a circulating device which comprises at least one storage tank, at least one pump and at least one degassing opening, preferably a degassing valve, wherein the circulating device and the liquid reservoir are components of a closable liquid circuit, characterized in that the circulating device is structurally integrated into the treatment head and/or the plug unit or the device has a connecting line between the treatment head and the plug unit, in which electrical lines run, and the circulating device is structurally integrated into the treatment head, the plug unit and/or the connecting line. - having a treatment head in which a shock wave generating device is arranged and which comprises a liquid reservoir, wherein the shock wave generating device is an electrohydraulic shock wave generating device and electrodes are arranged in a reflector, - having a plug unit, the plug contacts comprise for electrically contacting the shock wave generating device with a base station, - with a circulating device which comprises
A communication program comprising instructions which, when the communication program is executed by a business operator's terminal, cause the business operator's terminal to perform: conversion processing that converts user information acquired from a user terminal into a management format and stores converted user information; and confirmation request processing that: calculates a first hash value obtained by hashing the converted user information with a first hash function, and transmits a confirmation request for causing the user terminal to perform confirmation processing, the confirmation request including the first hash value, the first hash function, and conversion content of the conversion, to the user terminal, the confirmation processing including confirming validity of the converted user information stored in the business operator's terminal, wherein the conversion content of the conversion indicates content of the conversion performed in the conversion processing. conversion processing that converts user information acquired from a user terminal into a management format and stores converted user information; and confirmation request processing that: calculates a first hash value obtained by hashing the converted user information with a first hash function, and transmits a confirmation request for causing the user terminal to perform confirmation processing, the confirmation request including the first hash value, the first hash function, and conversion content of the conversion, to the user terminal, the confirmation processing including confirming validity of the converted user information stored in the business operator's terminal, wherein the conversion content of the conversion indicates content of the conversion performed in the conversion processing. calculates a first hash value obtained by hashing the converted user information with a first hash function, and transmits a confirmation request for causing the user terminal to perform confirmation processing, the confirmation request including the first hash value, the first hash function, and conversion content of the conversion, to the user terminal, the confirmation processing including confirming validity of the converted user information stored in the business operator's terminal, wherein the conversion content of the conversion indicates content of the conversion performed in the conversion processing.
A gas measuring device comprising: a gas rectification unit configured to rectify gas to control traveling directions and traveling speeds of gas molecules based on molecular weights of the gas molecules; and a gas sensor configured to absorb the gas molecules of the gas rectified by the gas rectification unit, characterized in that the gas sensor is configured to detect absorption positions and absorption amounts of the gas molecules, and the gas rectification unit is configured to rectify gas to be measured containing a predetermined gas molecule, and is made of a material having affinity to the predetermined gas molecule. a gas rectification unit configured to rectify gas to control traveling directions and traveling speeds of gas molecules based on molecular weights of the gas molecules; and a gas sensor configured to absorb the gas molecules of the gas rectified by the gas rectification unit, characterized in that the gas sensor is configured to detect absorption positions and absorption amounts of the gas molecules, and the gas rectification unit is configured to rectify gas to be measured containing a predetermined gas molecule, and is made of a material having affinity to the predetermined gas molecule.
Head-mounted device intended to be worn by a wearer, wherein the head-mounted device is configured for the display and visualization, by the wearer, of computer-generated images, wherein said head-mounted device comprises: - an image source, wherein the image source comprises a light-field display, - a see-through holographic mirror situated in front of one eye of the wearer, and - at least one scene camera, wherein the image source is configured for the emission of a light beam towards said mirror, wherein said emitted light beam is reflected onto said mirror (M, HM) and thereby is directed towards said eye of the wearer, so as to cause visualization of a computer-generated image by the wearer, wherein, to adjust the wearer's vision of the computer-generated image by adjusting the distance of visualization and/or the gaze direction of visualization by the wearer, the light-field display comprises an array of optical micro-elements and a digital display element comprising a plurality of pixels in which each optical micro-element corresponds to a subset of pixels in the digital display element, so as to correct at least partially an ametropia of the wearer for the visualization of said displayed computer-generated image by the wearer, and wherein the head-mounted device is configured to: (i) determine the distance of visualization and/or the gaze direction of visualization by the wearer of an object in the natural vision field, based on data collected from said scene camera, and (ii) control a location of the array of optical micro-elements with respect to the digital display element of the light-field display, so as to adjust the distance of visualization and/or the gaze direction of visualization by the wearer of the computer-generated image, as a function of the distance of visualization and/or the gaze direction of visualization determined at (i). - an image source, wherein the image source comprises a light-field display, - a see-through holographic mirror situated in front of one eye of the wearer, and - at least one scene camera, (i) determine the distance of visualization and/or the gaze direction of visualization by the wearer of an object in the natural vision field, based on data collected from said scene camera, and (ii) control a location of the array of optical micro-elements with respect to the digital display element of the light-field display, so as to adjust the distance of visualization and/or the gaze direction of visualization by the wearer of the computer-generated image, as a function of the distance of visualization and/or the gaze direction of visualization determined at (i).
A penetration inhibitor comprising: one or more rosin-series resins selected from a group consisting of rosin ester resins, rosin modified phenolic resins, rosin modified maleic resins and rosin modified alkyd resins, and one or more hydrophobized inorganic fine particles, said inorganic fine particles being selected from a group consisting of silica fine particles, titanium oxide fine particles, zinc oxide fine particles and alumina fine particles; for forming a hydrophobic surface of a plate member for offset printing. one or more rosin-series resins selected from a group consisting of rosin ester resins, rosin modified phenolic resins, rosin modified maleic resins and rosin modified alkyd resins, and one or more hydrophobized inorganic fine particles, said inorganic fine particles being selected from a group consisting of silica fine particles, titanium oxide fine particles, zinc oxide fine particles and alumina fine particles; for forming a hydrophobic surface of a plate member for offset printing.