mhurhangee/ep-ind-claims huggingface dataset:
An electromechanical actuator for a motor vehicle disc brake calliper including a casing, a reducing gear of which components of the reducing gear are enclosed in the casing and a cover which closes an end face, wherein some components (16, 17, 18) of the reducing gear are movable in the casing moving about one or the other of two axes (AX, AS) which are parallel to each other, the electromechanical actuator including at least one frame element (30, 50) which is connected to one of the casing or the cover and which performs the guiding in rotation of at least one component moving about a first axis of said two axes and the guiding of at least one other component (17, 18) moving about the other axis of said two axes, the frame element including two cylindrical bearing surfaces each of which is coaxial with one of said two axes (AX, AS) and of which each cylindrical bearing surface receives a shaft for guiding in rotation at least one component (16, 17, 18) about the axis (AX, AS) associated therewith, characterised in that the frame element is housed in an associated portion of the cover, which includes two reinforcements in each of which an axial end of a cylindrical bearing surface is received.
A superconducting magnet apparatus (100, 100', 100") comprising: a cryogenic cooler (50,250,350); a cooler chamber (60,160,360) configured to accommodate the cryogenic cooler; plural protrusions (63a,262a,362a) protruding from any one of an outer surface of the cryogenic cooler and an inner surface of the cooler chamber; and plural holding grooves (54a,54b,253b) provided in the other one of the outer surface of the cryogenic cooler and the inner surface of the cooler chamber to correspond to the protrusions and configured to guide the cryogenic cooler into an interior of the cooler chamber. a cryogenic cooler (50,250,350); a cooler chamber (60,160,360) configured to accommodate the cryogenic cooler; plural protrusions (63a,262a,362a) protruding from any one of an outer surface of the cryogenic cooler and an inner surface of the cooler chamber; and plural holding grooves (54a,54b,253b) provided in the other one of the outer surface of the cryogenic cooler and the inner surface of the cooler chamber to correspond to the protrusions and configured to guide the cryogenic cooler into an interior of the cooler chamber.
An X-ray inspection apparatus for inspecting a measuring object comprising: an X-ray emission means for emitting an X-ray to a measuring object; a conveyance means that conveys the measuring object placed thereon, wherein the conveyance means is a belt conveyor; an X-ray detection means for detecting an X-ray photon transmitted through the measuring object by discriminating energy possessed by the X-ray photon into one or more energy region (s) in accordance with a predetermined threshold level while the measuring object is moved by the conveyance means; a storage means for storing the measuring object and the threshold level which are directly or indirectly associated; a threshold level setting means for referring to the storage means to keep a threshold level for the measuring object specified by inputted information so that the X-ray detection means can refer to the threshold level as the predetermined threshold level; and an inspection means for inspecting the measuring object based on a number of photons or an amount corresponding to the number of the photons detected by the X-ray detection means for each of the one or more energy region(s). an X-ray emission means for emitting an X-ray to a measuring object; a conveyance means that conveys the measuring object placed thereon, wherein the conveyance means is a belt conveyor; an X-ray detection means for detecting an X-ray photon transmitted through the measuring object by discriminating energy possessed by the X-ray photon into one or more energy region (s) in accordance with a predetermined threshold level while the measuring object is moved by the conveyance means; a storage means for storing the measuring object and the threshold level which are directly or indirectly associated; a threshold level setting means for referring to the storage means to keep a threshold level for the measuring object specified by inputted information so that the X-ray detection means can refer to the threshold level as the predetermined threshold level; and an inspection means for inspecting the measuring object based on a number of photons or an amount corresponding to the number of the photons detected by the X-ray detection means for each of the one or more energy region(s).
A system for analyzing a living cell population comprising at least one cell array, an optical system having light detection means for detecting light emitted from the cell array, a robotic system, and a computer system comprising program environments having means to accept input from the optical system and having means to provide output to the robotic system, wherein the program environments initiate the steps of: a) detecting light from the cell array by means of the optical system to provide a signal; b) providing the signal corresponding to the light from the cell array to the computing means; c) using the signal to control the delivery of at least one test stimulus to the cell array to produce a stimulated cell array; d) delivering the test stimulus, wherein the optical system further detects light emitted from the stimulated cell array as a current response; e) providing the current response corresponding to the light from the stimulated cell array to the computing means; f) discovering differences between the current response and the signal being a previous response to the current response; g) independently automatically actuating the robotic system in response to the differences for applying a further test stimulus to further stimulate the cell array; h) repeating steps d) -g) order to quantify and optimize differential responses of the living cells to the applied stimuli. a) detecting light from the cell array by means of the optical system to provide a signal; b) providing the signal corresponding to the light from the cell array to the computing means; c) using the signal to control the delivery of at least one test stimulus to the cell array to produce a stimulated cell array; d) delivering the test stimulus, wherein the optical system further detects light emitted from the stimulated cell array as a current response; e) providing the current response corresponding to the light from the stimulated cell array to the computing means; f) discovering differences between the current response and the signal being a previous response to the current response; g) independently automatically actuating the robotic system in response to the differences for applying a further test stimulus to further stimulate the cell array; h) repeating steps d) -g) order to quantify and optimize differential responses of the living cells to the applied stimuli.
Method for generating coherent-phase light having a predefinable frequency value ν Soll, comprising the steps of (a) generating working light with a working frequency ν SL, (b) generating a frequency comb, which is a light field that consists of equidistant coherent-phase spectral lines, (c) selecting a comb line having the index m from the frequency comb having a frequency ν m, (d) generating a frequency shift Δν of the frequency comb and/or the working frequency ν SL by means of time-dependent phase settings φ S (t) modulo a multiple of 2π, in particular of 2π, and (e) phase-coupling the possibly frequency-shifted fields of the working light ν SL and the one possibly frequency-shifted frequency comb line ν m, so that the frequencies thereof are rigidly phase-coupled via the frequency shift Δν, and working light having a desired frequency ν Soll is obtained. (a) generating working light with a working frequency ν SL, (b) generating a frequency comb, which is a light field that consists of equidistant coherent-phase spectral lines, (c) selecting a comb line having the index m from the frequency comb having a frequency ν m, (d) generating a frequency shift Δν of the frequency comb and/or the working frequency ν SL by means of time-dependent phase settings φ S (t) modulo a multiple of 2π, in particular of 2π, and (e) phase-coupling the possibly frequency-shifted fields of the working light ν SL and the one possibly frequency-shifted frequency comb line ν m, so that the frequencies thereof are rigidly phase-coupled via the frequency shift Δν, and working light having a desired frequency ν Soll is obtained.
A data transmission method between a node, a first peer node and a second peer node aligned on a line of sight, LoS, channel, comprising: receiving (810, 820), at the node from the first peer node, on the LoS channel, a first transmission carrying a first data stream and a second transmission carrying the first data stream, the first and second transmissions being formed according to a first interference alignment precoding matrix; transmitting (830, 840), from the node to the second peer node, on the LoS channel, a third transmission carrying a second data stream and a fourth transmission carrying the second data stream, the third and fourth transmissions being formed according to a second interference alignment precoding matrix, and wherein the distinct first and second interference alignment precoding matrices mitigate interference between the first data stream received at the node and the second data stream transmitted by the node to the second peer node. receiving (810, 820), at the node from the first peer node, on the LoS channel, a first transmission carrying a first data stream and a second transmission carrying the first data stream, the first and second transmissions being formed according to a first interference alignment precoding matrix; transmitting (830, 840), from the node to the second peer node, on the LoS channel, a third transmission carrying a second data stream and a fourth transmission carrying the second data stream, the third and fourth transmissions being formed according to a second interference alignment precoding matrix, and wherein the distinct first and second interference alignment precoding matrices mitigate interference between the first data stream received at the node and the second data stream transmitted by the node to the second peer node.
Microreactor consisting essentially of sapphire, made of transparent sapphire, preferably in the wavelength range from 150 to 6500 nm, wherein the sapphire is mono-crystalline or polycrystalline, preferably mono-crystalline such that the c-plane is perpendicular to the microreactor surface.
Method for the production of a silica aerogel by means of a sol-gel process, wherein a lyogel is first formed and the lyogel is then converted into an aerogel, characterized in that for producing the lyogel at least two precursor sols, preferably two precursor sols, are mixed with each other, a first precursor sol having an acidic pH or a basic pH and a second precursor sol having a pH different from the first precursor sol.
Assembly of a bag and of a composite panel exhibiting a damaged region to be repaired by polymerization of a repair piece using the bag, the bag comprising a sheet intended to be laid over the panel, characterized in that when the panel and the sheet are laid one atop of the other, the sheet exhibits regions capable of absorbing heat emitted by radiation onto it in a proportion that is dependent on the polymerization temperature needed for that region of the panel that corresponds to it, the radiation being partially absorbed by suitable colouration of the sheet in the region concerned.
A DNA polymerase having increased reverse transcriptase efficiency, compared with a control DNA polymerase, wherein the amino acid of the DNA polymerase corresponding to position 522 of SEQ ID NO:1 is any amino acid other than E, and wherein the control DNA polymerase has the same amino acid sequence as the DNA polymerase except that the amino acid of the control DNA polymerase corresponding to position 522 of SEQ ID NO: 1 is E.
A video display device, comprising: an obtainer that obtains video data including a video and dynamic luminance characteristics indicating a time-dependent change in luminance characteristics of the video; a tone mapping processor that, in the case where a luminance region having a luminance less than or equal to a first luminance is defined as a low luminance region, and a luminance region having a luminance exceeding the first luminance is defined as a high luminance region, (i) performs first tone mapping using first conversion characteristics when first luminance characteristics exceed a predetermined threshold value, characterized in that the tone mapping processor (ii) performs second tone mapping using second conversion characteristics when the first luminance characteristics are less than or equal to the predetermined threshold value, the first luminance characteristics being included in the dynamic luminance characteristics and indicating the number of pixels included in the low luminance region having luminances less than or equal to a second luminance among pixels included in the low luminance region in one frame of the video, the first tone mapping maintaining the luminances less than or equal to the second luminance, the second tone mapping decreasing the luminances less than or equal to the second luminance, the predetermined threshold value indicating an amount of pixels; and a display that displays a video obtained as a result of the first tone mapping or the second tone mapping. an obtainer that obtains video data including a video and dynamic luminance characteristics indicating a time-dependent change in luminance characteristics of the video; a tone mapping processor that, in the case where a luminance region having a luminance less than or equal to a first luminance is defined as a low luminance region, and a luminance region having a luminance exceeding the first luminance is defined as a high luminance region, (i) performs first tone mapping using first conversion characteristics when first luminance characteristics exceed a predetermined threshold value, characterized in that the tone mapping processor (ii) performs second tone mapping using second conversion characteristics when the first luminance characteristics are less than or equal to the predetermined threshold value, the first luminance characteristics being included in the dynamic luminance characteristics and indicating the number of pixels included in the low luminance region having luminances less than or equal to a second luminance among pixels included in the low luminance region in one frame of the video, the first tone mapping maintaining the luminances less than or equal to the second luminance, the second tone mapping decreasing the luminances less than or equal to the second luminance, the predetermined threshold value indicating an amount of pixels; and a display that displays a video obtained as a result of the first tone mapping or the second tone mapping.
Mobile terminal, comprising: - a detector of radiofrequency waves for, in case of detection of a radio wave of predetermined frequency, sending a signal to a motherboard of the terminal in order to activate said motherboard; - means (20; 20') for detecting movements of the terminal; - automatic power supply means (20; 14) for powering the detector of radiofrequency waves, said power supply means being controlled by the means (20; 20') for detecting movements of the terminal. - a detector of radiofrequency waves for, in case of detection of a radio wave of predetermined frequency, sending a signal to a motherboard of the terminal in order to activate said motherboard; - means (20; 20') for detecting movements of the terminal; - automatic power supply means (20; 14) for powering the detector of radiofrequency waves, said power supply means being controlled by the means (20; 20') for detecting movements of the terminal.
A shift cylinder for a drive device having at least two motors (12, 22) capable of being coupled to each other for torque addition, in particular for an automotive work machine, including: - a cylinder element having a working space, - a first and a second piston (76, 80) received in the working space displaceably relative to it, by which the working space is divided into a first working chamber capable of being charged with a working medium via a first port of the shift cylinder, a second working chamber capable of being charged with a working medium via a second port of the shift cylinder and a third working chamber disposed between the first and the second working chamber (82, 84), - with at least one spring member capable of being supported on the first piston on the one hand and on the second piston on the other hand, by means of which a force can be mutually applied to the pistons (76, 80), wherein a first stop of the shift cylinder is associated with the first piston, by means of which a movement of the first piston towards the second piston is confined, and wherein a second stop of the shift cylinder is associated with the second piston, by means of which a movement of the second piston towards the first piston is confined. - a cylinder element having a working space, - a first and a second piston (76, 80) received in the working space displaceably relative to it, by which the working space is divided into a first working chamber capable of being charged with a working medium via a first port of the shift cylinder, a second working chamber capable of being charged with a working medium via a second port of the shift cylinder and a third working chamber disposed between the first and the second working chamber (82, 84), - with at least one spring member capable of being supported on the first piston on the one hand and on the second piston on the other hand, by means of which a force can be mutually applied to the pistons (76, 80), wherein a first stop of the shift cylinder is associated with the first piston, by means of which a movement of the first piston towards the second piston is confined, and wherein a second stop of the shift cylinder is associated with the second piston, by means of which a movement of the second piston towards the first piston is confined.
A composition comprising a mutant Herpes Simplex Virus-2 (HSV-2) strain, wherein said mutant HSV-2 strain comprises a single inactivating mutation, and wherein said inactivating mutation consists of an inactivation in the Us8 gene, for use in suppressing a recurrent HSV infection in a subject, wherein said mutant HSV-2 strain is administered in a first and second administration.
Floor terminal for an elevator system in a building, comprising: an elevator operating terminal which has a user interface for calling an elevator cabin, an elevator data interface for communicating data with an elevator controller via an elevator control network, and a processing device which is coupled to the user interface and the elevator data interface; and a radio network device which has a radio transceiver for communicating with a communication device (6, 8) present on a floor, a data interface for communicating data with a network access point via a data network, and a processing device which is coupled to the radio transceiver and the data interface, wherein the wireless network device of the communication device (6, 8) enables access to the Internet via the data network and the network access point. an elevator operating terminal which has a user interface for calling an elevator cabin, an elevator data interface for communicating data with an elevator controller via an elevator control network, and a processing device which is coupled to the user interface and the elevator data interface; and a radio network device which has a radio transceiver for communicating with a communication device (6, 8) present on a floor, a data interface for communicating data with a network access point via a data network, and a processing device which is coupled to the radio transceiver and the data interface, wherein the wireless network device of the communication device (6, 8) enables access to the Internet via the data network and the network access point.
A printing plate, which is a cylindrical printing plate for flexography and comprises a relief layer having, in this order from the printing surface side, (i) a first hard layer having a Martens hardness K1 of 10 to < 20 MPa and a thickness of 0.05-0.3 mm, (ii) a soft layer having a thickness of 0.3-2.0 mm, and (iii) a second hard layer, wherein the ratio K1/K2 of K1 to the Martens hardness of the soft layer K2 is ≥ 2.7, and the ratio K3/K2 of the Martens hardness of the second hard layer K3 to K2 is ≥ 1.2. (i) a first hard layer having a Martens hardness K1 of 10 to < 20 MPa and a thickness of 0.05-0.3 mm, (ii) a soft layer having a thickness of 0.3-2.0 mm, and (iii) a second hard layer,
Reference block for ultrasonic shear waves calibration comprising slots, the reference block having at least two different thicknesses, each thickness comprising two cavities with at least one slot being provided at each cavity, characterized in that said slots are made in the edges of the cavities of said reference block, wherein said cavities are formed at opposed sides of the reference block.
A status detection method performed by a first wireless network node, wherein the method comprises: • determining whether a normal data packet sent by a second wireless network node is received within a first preset time interval, wherein the normal data packet is a General Packet Radio Service Tunneling Protocol - U Echo Request packet, GTP-U Echo Request packet (step 601); • if the normal data packet sent by the second wireless network node is received within the first preset time interval, determining that a status of the second wireless network node is online, wherein when the status of the second wireless network node is online, no probe packet needs to be sent to the second wireless network node (step 602); • if the normal data packet sent by the second wireless network node is not received within the first preset time interval, sending a probe packet to the second wireless network node, and determining, when the first wireless network node receives a first response message returned by the second wireless network node, that a status of the second wireless network node is online (step 603). • determining whether a normal data packet sent by a second wireless network node is received within a first preset time interval, wherein the normal data packet is a General Packet Radio Service Tunneling Protocol - U Echo Request packet, GTP-U Echo Request packet (step 601); • if the normal data packet sent by the second wireless network node is received within the first preset time interval, determining that a status of the second wireless network node is online, wherein when the status of the second wireless network node is online, no probe packet needs to be sent to the second wireless network node (step 602); • if the normal data packet sent by the second wireless network node is not received within the first preset time interval, sending a probe packet to the second wireless network node, and determining, when the first wireless network node receives a first response message returned by the second wireless network node, that a status of the second wireless network node is online (step 603).
A thermally conductive acrylic adhesive tape, which comprises 600 - 800 parts by weight of a metal hydroxide, 100 parts by weight of an acrylic copolymer that is based on least one alkyl (meth)acrylate and 1 - 30 parts by weight of a carboxyl group containing monomer, characterized in that the thermally conductive acrylic adhesive tape also comprises 10 - 50 parts by weight of a phosphate ester and 10 - 50 parts by weight of a terephthalate.