mhurhangee/ep-ind-claims huggingface dataset:
A shunt resistance type current sensor comprising: a bus bar that is a path of an electric current to be measured; a circuit board that is installed over the bus bar; a pair of connecting members that electrically connect the circuit board with the bus bar; a voltage detection unit that is provided on the circuit board and is adapted to detect a voltage value applied to the circuit board through the pair of connecting members so as to calculate a level of the electric current flowing through the bus bar; and a temperature sensor that is provided on the circuit board to face the bus bar and adapted to detect a temperature of the bus bar to allow the voltage detection unit to perform a correction regarding the calculation of the level of the electric current; characterized in that the voltage detection unit includes a temperature detection portion for detecting the temperature of the bus bar, and determining an abnormality of the temperature sensor based on the temperature detected by the temperature detection portion and the temperature detected by the temperature sensor. a bus bar that is a path of an electric current to be measured; a circuit board that is installed over the bus bar; a pair of connecting members that electrically connect the circuit board with the bus bar; a voltage detection unit that is provided on the circuit board and is adapted to detect a voltage value applied to the circuit board through the pair of connecting members so as to calculate a level of the electric current flowing through the bus bar; and a temperature sensor that is provided on the circuit board to face the bus bar and adapted to detect a temperature of the bus bar to allow the voltage detection unit to perform a correction regarding the calculation of the level of the electric current; characterized in that the voltage detection unit includes a temperature detection portion for detecting the temperature of the bus bar, and determining an abnormality of the temperature sensor based on the temperature detected by the temperature detection portion and the temperature detected by the temperature sensor.
An X-ray apparatus for obtaining an X-ray image of an object by X-ray imaging the object, the X-ray apparatus comprising: an X-ray source configured to emit X-rays to the object; an image obtainer attached to the X-ray source and configured to obtain a representative still image of the object; an X-ray detector configured to receive X-rays transmitted through the object to obtain an X-ray image of the object; a controller configured to generate an image marker by applying image processing to the representative still image obtained by the image obtainer and to generate the X-ray image; and an image output unit configured to display the image marker so that the image marker overlaps a first region of the X-ray image, CHARACTERISED IN THAT the controller is further configured to recognize the object included in the representative still image by performing image processing on the representative still image, to recognize at least one of directional information and position information of the object, and to correct at least one of a direction and a position of the representative still image based on the at least one of the recognized directional information and the position information. an X-ray source configured to emit X-rays to the object; an image obtainer attached to the X-ray source and configured to obtain a representative still image of the object; an X-ray detector configured to receive X-rays transmitted through the object to obtain an X-ray image of the object; a controller configured to generate an image marker by applying image processing to the representative still image obtained by the image obtainer and to generate the X-ray image; and an image output unit configured to display the image marker so that the image marker overlaps a first region of the X-ray image, CHARACTERISED IN THAT the controller is further configured to recognize the object included in the representative still image by performing image processing on the representative still image, to recognize at least one of directional information and position information of the object, and to correct at least one of a direction and a position of the representative still image based on the at least one of the recognized directional information and the position information.
A method of transferring access to a digital asset, the method comprising:- providing each of a plurality of participants (6, 8, 10, 12) with a respective share of a second private key of a second private-public key pair of a cryptography system; splitting the respective share of one of said participants into a plurality of sub-shares, and deleting it; receiving a first blockchain transaction from a first participant of said participants by each of a plurality of second participants (6, 10, 12) of said participants, wherein said first participant has a first private key of a first private-public key pair of said cryptography system, and wherein said first blockchain transaction is signed with said first private key; verifying, by a plurality of said second participants, that said first blockchain transaction has been signed with said first private key; applying a respective said share of said second private key to said first blockchain transaction to generate a respective share of a first secret value, wherein said first secret value is a second blockchain transaction signed with said second private key, wherein said first secret value is accessible to a first threshold number of said shares of said first secret value and is inaccessible to less than said first threshold number of shares of said first secret value; and combining at least said first threshold number of said shares of said first secret value from said first participant and a plurality of said second participants to generate said first secret value. providing each of a plurality of participants (6, 8, 10, 12) with a respective share of a second private key of a second private-public key pair of a cryptography system; splitting the respective share of one of said participants into a plurality of sub-shares, and deleting it; receiving a first blockchain transaction from a first participant of said participants by each of a plurality of second participants (6, 10, 12) of said participants, wherein said first participant has a first private key of a first private-public key pair of said cryptography system, and wherein said first blockchain transaction is signed with said first private key; verifying, by a plurality of said second participants, that said first blockchain transaction has been signed with said first private key; applying a respective said share of said second private key to said first blockchain transaction to generate a respective share of a first secret value, wherein said first secret value is a second blockchain transaction signed with said second private key, wherein said first secret value is accessible to a first threshold number of said shares of said first secret value and is inaccessible to less than said first threshold number of shares of said first secret value; and combining at least said first threshold number of said shares of said first secret value from said first participant and a plurality of said second participants to generate said first secret value.
A method of linking and loading emulation software for enabling one or more debuggers on a host processor to communicate with a plurality of kinds of target processors (161, 162) embedded in target system via a JTAG debug link to that system via an emulator, which method comprising: connecting a debugger running on the host processor for each target processor (161,162) to host processor target interface (111,112) associated with that kind of target processor (161, 162); using the host processor target interface (111,112) to communicate with a dynamic loader on the host processor to determine if there is support for the connected target processor (161, 162) in the emulator; if there is no support, loading emulator target interface (141,142) into the emulator; and connecting the emulator target interface (141, 142) to the host processor target interface (111, 112). connecting a debugger running on the host processor for each target processor (161,162) to host processor target interface (111,112) associated with that kind of target processor (161, 162); using the host processor target interface (111,112) to communicate with a dynamic loader on the host processor to determine if there is support for the connected target processor (161, 162) in the emulator; if there is no support, loading emulator target interface (141,142) into the emulator; and connecting the emulator target interface (141, 142) to the host processor target interface (111, 112).
(Currently Amended) A communication device constituting a base station (103,307) that communicates with mobile terminals (101,314 to 320) by radiating communication beams within a coverage, the communication beams including a first beam (304, 306, 309, 310, 311) and a second beam (305, 308) having a shorter radio wave propagation distance than the first beam (304, 306, 309, 310, 311) at a same transmission power, the coverage including a plurality of virtual cells (312, 313), the communication device comprising: a grouping processing unit to group the plurality of virtual cells (312, 313) such that virtual cells (312, 313) in which mobile terminals (101,314 to 320) capable of uplink communication using the first beam (304, 306, 309, 310, 311) and incapable of uplink communication using the second beam (305, 308) are located are aggregated; and a beam forming unit to control a radiation direction of the communication beams such that the communication beams are radiated at a same timing to all virtual cells (312, 313) belonging to a same group. a grouping processing unit to group the plurality of virtual cells (312, 313) such that virtual cells (312, 313) in which mobile terminals (101,314 to 320) capable of uplink communication using the first beam (304, 306, 309, 310, 311) and incapable of uplink communication using the second beam (305, 308) are located are aggregated; and a beam forming unit to control a radiation direction of the communication beams such that the communication beams are radiated at a same timing to all virtual cells (312, 313) belonging to a same group.
A method for manufacturing a refrigerating apparatus comprising the step of: - providing an inner liner adapted to define a refrigerator compartment for storing goods to be cooled and a freezer compartment for storing goods to be frozen, the inner liner being provided as a one-piece component part, characterized in that the step of providing the inner liner comprises: - firstly forming a freezer delimiting shell in a precursor element of the inner liner, - subsequently providing an evaporator portion around the freezer delimiting shell, and - then forming a refrigerator delimiting shell in the precursor element adjacent to the freezer delimiting shell with the evaporator portion. - providing an inner liner adapted to define a refrigerator compartment for storing goods to be cooled and a freezer compartment for storing goods to be frozen, the inner liner being provided as a one-piece component part, - firstly forming a freezer delimiting shell in a precursor element of the inner liner, - subsequently providing an evaporator portion around the freezer delimiting shell, and - then forming a refrigerator delimiting shell in the precursor element adjacent to the freezer delimiting shell with the evaporator portion.
A manipulator configured to navigate a heat exchanger, wherein the heat exchanger includes a plurality of tubes extending through a tubesheet, the manipulator comprising: a first end effector configured to accommodate an instrument configured to service the heat exchanger, wherein the first end effector comprises a first actuator coupled to a first gripper, wherein the first actuator is configured to extend the first gripper into a tube of the plurality of tubes, and wherein the first gripper is configured to secure the manipulator to the tubesheet; a second end effector comprising a second actuator coupled to a second gripper, wherein the second actuator is configured to extend into a tube of the plurality of tubes, and wherein the second gripper is configured to secure the manipulator to the tubesheet; and an articulation assembly comprising a first link and a second link; wherein, when the second gripper is securing the manipulator to the tubesheet, the articulation assembly is configured to enable the first end effector to move relative to the second end effector in a plane that is parallel to the tubesheet; wherein the first link is pivotally connected to the first end effector and rotatable about a first axis, the first link is pivotally connected to the second link and rotatable about a second axis, and the second link is pivotally connected to the second end effector and rotatable about a third axis. a first end effector configured to accommodate an instrument configured to service the heat exchanger, wherein the first end effector comprises a first actuator coupled to a first gripper, wherein the first actuator is configured to extend the first gripper into a tube of the plurality of tubes, and wherein the first gripper is configured to secure the manipulator to the tubesheet; a second end effector comprising a second actuator coupled to a second gripper, wherein the second actuator is configured to extend into a tube of the plurality of tubes, and wherein the second gripper is configured to secure the manipulator to the tubesheet; and an articulation assembly comprising a first link and a second link; wherein, when the second gripper is securing the manipulator to the tubesheet, the articulation assembly is configured to enable the first end effector to move relative to the second end effector in a plane that is parallel to the tubesheet; wherein the first link is pivotally connected to the first end effector and rotatable about a first axis, the first link is pivotally connected to the second link and rotatable about a second axis, and the second link is pivotally connected to the second end effector and rotatable about a third axis.
Process for purifying synthesis gas, in particular for the synthesis of ammonia, where - a substream of an H 2 -rich, CO-containing synthesis gas stream is burnt, in particular to generate electric energy, and - at least one component present in the remaining H 2 -rich, CO-containing synthesis gas stream, in particular in the form of carbon dioxide, methanol and/or water, is adsorbed at low temperatures by an adsorbent and this at least one adsorbed component is subsequently desorbed from the adsorbent by flushing with nitrogen at higher temperatures, characterized in that the flushing of the adsorbent is carried out at a pressure in the range from 20 to 40 bar and the H 2 -rich substream is diluted with nitrogen used for flushing before being burnt. - a substream of an H 2 -rich, CO-containing synthesis gas stream is burnt, in particular to generate electric energy, and - at least one component present in the remaining H 2 -rich, CO-containing synthesis gas stream, in particular in the form of carbon dioxide, methanol and/or water, is adsorbed at low temperatures by an adsorbent and this at least one adsorbed component is subsequently desorbed from the adsorbent by flushing with nitrogen at higher temperatures,
A light modulation device comprising a first film substrate which has an adhesive layer or a pressure-sensitive adhesive layer informed on a first surface side and a first polarization layer disposed on a second surface, and a second film substrate which has a liquid crystal alignment film formed on a first surface side and a second polarization layer disposed on a second surface, wherein the first and second film substrates (101, 201) are disposed so that the first surfaces face each other, and a light modulation layer containing a liquid crystal compound is present between the oppositely disposed first and second film substrates (101, 201), and the interval between the oppositely disposed first and second film substrate (101, 201) is maintained by tetragonal partition spacers, characterized in that the first and second film substrates (101, 201) are first and second polymer film substrates (101, 201) and that the slow axis of each of the first and second polymer film substrates (101, 201) and each side of the tetragonal partition spacer are in a range of -25 degrees to 25 degrees or in a range of 65 degrees to 115 degrees to each other. the first and second film substrates (101, 201) are disposed so that the first surfaces face each other, and a light modulation layer containing a liquid crystal compound is present between the oppositely disposed first and second film substrates (101, 201), and the interval between the oppositely disposed first and second film substrate (101, 201) is maintained by tetragonal partition spacers, characterized in that the first and second film substrates (101, 201) are first and second polymer film substrates (101, 201) and that the slow axis of each of the first and second polymer film substrates (101, 201) and each side of the tetragonal partition spacer are in a range of -25 degrees to 25 degrees or in a range of 65 degrees to 115 degrees to each other.
A coupling arrangement (coup) for phantom-mode transmission over a wired loop plant, and comprising: - a first coupling unit (COUP2A) with first primary windings (W11A, W12A) between a first pair of input terminals (201, 202), and with first secondary windings (W21A, W22A) between a first pair of output terminals (203, 204) to be coupled to a first wire pair, which first primary and secondary windings being magnetically coupled to each other, - a second coupling unit (COUP2B) with second primary windings (W11B, W12B) between a second pair of input terminals (211, 212), and with second secondary windings (W21B, W22B) between a second pair of output terminals (213, 214) to be coupled to a second wire pair, which second primary and secondary windings being magnetically coupled to each other, wherein said first coupling unit further comprises a first primary balanced connection terminal having first primary equal impedances to said first pair of input terminals, and a first secondary balanced connection terminal having first secondary equal impedances to said first pair of output terminals, wherein said second coupling unit further comprises a second primary balanced connection terminal having second primary equal impedances to said second pair of input terminals, and a second secondary balanced connection terminal having second secondary equal impedances to said second pair of output terminals, wherein said coupling arrangement further comprises a third coupling unit (COUP2C) with third primary windings (W11C, W12c) between a third pair of input terminals (221, 222), and with third secondary windings (W21C, W22C) between a third pair of output terminals (223, 224), which third primary and secondary windings being magnetically coupled to each other, wherein said third pair of input terminals are respectively coupled to said first and second primary balanced connection terminals, and said third pair of output terminals are respectively coupled to said first and second secondary balanced connection terminals, and wherein said first and second pairs of input terminals are arranged to be coupled to first and second amplification units (AMP2A, AMP2B) generating f irst and second common-and-differential-mode signals ((+VA+VC, -VA+VC); (+VB-VC, -VB-VC)) respectively. - a first coupling unit (COUP2A) with first primary windings (W11A, W12A) between a first pair of input terminals (201, 202), and with first secondary windings (W21A, W22A) between a first pair of output terminals (203, 204) to be coupled to a first wire pair, which first primary and secondary windings being magnetically coupled to each other, - a second coupling unit (COUP2B) with second primary windings (W11B, W12B) between a second pair of input terminals (211, 212), and with second secondary windings (W21B, W22B) between a second pair of output terminals (213, 214) to be coupled to a second wire pair, which second primary and secondary windings being magnetically coupled to each other,
Method for producing a rotor blade half-shell by at least one partial pre-mould being provided with a preliminary support surface and a production mould being provided with a support surface for the rotor blade half-shell, and the partial pre-mould with its preliminary support surface being moved into a first position in which the preliminary support surface being oriented horizontally, and a preform being produced on the horizontally oriented preliminary support surface, the partial pre-mould being pivoted into a second position in which the preform, in terms of its rotational position, corresponds to an end position in the production mould, and the preform being moved by translational movements out of the second position of the partial pre-mould into an end position in the production mould and the preform being placed onto the support surface of the production mould, characterised in that a maximum slope of the preliminary support surface relative to the ground in the first position of at most 50° is used and the preliminary support surface is formed concave.
A glove dispensing apparatus comprising: - a glove donning module for providing a glove to be donned by a user; - a glove storage module for storing gloves, the glove storage module being arranged next to the glove donning module and comprising a glove container with holders for holding the gloves in the container, - wherein the glove container comprises: - a wall with an opening for dispensing the gloves therethrough from the glove storage module to the glove donning module, and - a glove pressing system for pressing the gloves held in the container against the wall with the opening, characterized in that: - the apparatus further comprises an arm swingably mounted near the opening of the wall of the container, said arm being configured to, by means of a swing movement of the arm within the glove donning module: - grab a cuff of the glove held in the container through the opening, and - spread the grabbed cuff of the glove within the glove donning module. - a glove donning module for providing a glove to be donned by a user; - a glove storage module for storing gloves, the glove storage module being arranged next to the glove donning module and comprising a glove container with holders for holding the gloves in the container, - wherein the glove container comprises: - a wall with an opening for dispensing the gloves therethrough from the glove storage module to the glove donning module, and - a glove pressing system for pressing the gloves held in the container against the wall with the opening, - a wall with an opening for dispensing the gloves therethrough from the glove storage module to the glove donning module, and - a glove pressing system for pressing the gloves held in the container against the wall with the opening, - the apparatus further comprises an arm swingably mounted near the opening of the wall of the container, said arm being configured to, by means of a swing movement of the arm within the glove donning module: - grab a cuff of the glove held in the container through the opening, and - spread the grabbed cuff of the glove within the glove donning module. - grab a cuff of the glove held in the container through the opening, and - spread the grabbed cuff of the glove within the glove donning module.