mhurhangee/ep-ind-claims huggingface dataset:
A supercapacitor comprising a closed chamber which is equipped with means for exchanging a gas with the external environment and in which two electrodes with a high specific surface area are placed while being separated by a separator, the separator and the electrodes being impregnated with an electrolyte, characterized in that the means for exchanging a gas comprise a membrane which is permeable to hydrogen and its isotopes and impermeable to gas species which have a cross section greater than or equal to 0.3 nm, at a temperature of between -50°C and 100°C, and in that the membrane has a surface area S (in m 2) and a thickness e (in m), and in that it consists of a material which is selected from among metals and metal alloys and the intrinsic permeability Φ of which (in mol.m -1.s -1.Pa -1/2) is selective with respect to hydrogen and has a value such that 10 -15 mol.s -1.Pa -1/2 ≤ (Φ*S)/e ≤ 10 -9 mol.s -1.Pa -1/2.
An aqueous cosmetic preparation wherein the preparation comprises (i) one or more lipophilic perfume ingredients, (ii) one or more lipophobic perfume ingredients, a weight ratio (i): (ii) being from 0.5:1 to 4:1, at least 13 % by weight of (iii) microcrystalline wax, based on a total weight of the preparation, and may comprises (iv) at least two different polyacrylic acid polymers and besides polyacrylic acid polymer(s), no further emulsifiers are present in the preparation.
A method performed by a user equipment, UE, comprising: receiving, from a base station, an indication of a scaling factor associated with a wakeup signal, WUS, wherein the scaling factor is based at least on a WUS transmission characteristic; receiving, from the base station and for a WUS time duration, the WUS in accordance with the WUS transmission characteristic, wherein the WUS time duration is based at least on the scaling factor and an associated control channel repetition parameter; and monitoring a downlink channel from the base station for scheduling information based at least on the received WUS, wherein the scheduling information comprises information for a paging message from the base station. receiving, from a base station, an indication of a scaling factor associated with a wakeup signal, WUS, wherein the scaling factor is based at least on a WUS transmission characteristic; receiving, from the base station and for a WUS time duration, the WUS in accordance with the WUS transmission characteristic, wherein the WUS time duration is based at least on the scaling factor and an associated control channel repetition parameter; and monitoring a downlink channel from the base station for scheduling information based at least on the received WUS, wherein the scheduling information comprises information for a paging message from the base station.
Motor vehicle, comprising at least one lighting device, which is designed to illuminate at least one portion of the vehicle interior, as well as a control device which is designed to control the operation of the lighting device, wherein the control device is configured so as to control the operation of the lighting device as a function of at least one driving status evaluation parameter, which is determined during the driving operation of the motor vehicle on the basis of the current driving status and evaluates the current driving status, characterised in that the control device is configured to determine the driving status evaluation parameter by means of a comparison of the current longitudinal and/or lateral acceleration of the motor vehicle with a maximum value of the longitudinal and/or lateral acceleration related to the current driving situation, at which the adherence of the motor vehicle to the road is still ensured.
A device for generating a shock wave by detonation, said device comprising an assembly, a remote control, and a wireless link communication system between the remote control and said assembly for a remote control of said assembly with said remote control, said assembly comprising a detonation tube, a first closable duct for supplying fluid to the detonation tube which could be connected to an oxidizer source, a second closable duct for supplying fluid to the detonation tube which could be connected to a source of fuel on-board said assembly, an electrical energy storage unit and a control unit, said detonation tube delimiting a chamber having at least one outlet mouth, and in that the assembly, which is equipped with hooking means to enable coupling of said assembly to a remotely-controlled aircraft-type carrier, comprises a system for sealingly closing said at least one outlet mouth of said detonation tube to enable pre-filling of said chamber with oxidizer, in that the pressure-sensitive closure system is configured to switch from a so-called closed state corresponding to the closed state of the outlet mouth of the detonation tube into a so-called open state corresponding to the open state of the outlet mouth of the detonation tube according to the pressure prevailing inside said detonation tube, in that the control unit is configured at least to control opening of the second duct to enable the formation inside the detonation tube, in the pre-filled state of the detonation tube with oxidizer, of an oxidizer/fuel gaseous mixture and in that the assembly comprises a main control for opening the closure system and a so-called backup auxiliary control for opening the closure system, this backup control comprising a reservoir of pressurized gas which could be conveyed by the detonation tube and a closable connection for connecting the gas reservoir to the detonation tube equipped with one or several closing member(s) (21, 22), the or each closing member (21, 22) being movably mounted between an open position and a closed position.
A focus adjustment method comprising: depositing, using a print apparatus, print agent onto a printable substrate, the print apparatus comprising a photoconductive surface and a writing head having a first end and a second end, the writing head having an array of light sources to emit radiation onto the photoconductive surface during a printing operation; during said depositing, moving the writing head relative to the photoconductive surface, between a first position and a second position, to create a printed image; depositing, using the print apparatus, print agent onto the printable substrate to form a position indicator, indicating a corresponding position of the first end and the second end of the writing head relative to the photoconductive surface at various locations in the printed image; determining, based on the printed image, for each of a plurality of locations along the writing head, a position of the writing head relative to the photoconductive surface at which the writing head is most focussed; calculating, using processing apparatus, a position of the first end of the writing head and a position of the second end of the writing head relative to the photoconductive surface at which the focus of the writing head at the plurality of locations is within a defined threshold; and adjusting the position of the first end of the writing head and the second end of the writing head relative to the photoconductive surface according to the calculated positions. depositing, using a print apparatus, print agent onto a printable substrate, the print apparatus comprising a photoconductive surface and a writing head having a first end and a second end, the writing head having an array of light sources to emit radiation onto the photoconductive surface during a printing operation; during said depositing, moving the writing head relative to the photoconductive surface, between a first position and a second position, to create a printed image; depositing, using the print apparatus, print agent onto the printable substrate to form a position indicator, indicating a corresponding position of the first end and the second end of the writing head relative to the photoconductive surface at various locations in the printed image; determining, based on the printed image, for each of a plurality of locations along the writing head, a position of the writing head relative to the photoconductive surface at which the writing head is most focussed; calculating, using processing apparatus, a position of the first end of the writing head and a position of the second end of the writing head relative to the photoconductive surface at which the focus of the writing head at the plurality of locations is within a defined threshold; and adjusting the position of the first end of the writing head and the second end of the writing head relative to the photoconductive surface according to the calculated positions.
A truck or tractor semi-trailer combination interconnected via a fifth wheel that provides at least one rotational yaw degree of freedom, comprising a cabin and a pressurized fuel storage compartment comprising at least one elongated pressure vessel for storing pressurised fuel, wherein the elongated pressure vessel is mounted between a rear end corner of the cabin and the semi-trailer and wherein the pressurized fuel storage compartment has a largest length dimension along a length direction of the truck or tractor semi-trailer combination, that is larger than a smallest distance, defined by the rotational yaw degree of freedom, between the semi-trailer and a rear boundary of the cabin wherein the pressurized fuel storage compartment is confined by the rear boundary of the cabin and follows a perimeter, said perimeter following a radius defined by a corner end of a semi-trailer measured from the fifth wheel, said perimeter thereby allowing the semi-trailer to turn relative to the fifth wheel in a horizontal plane and said pressurized fuel storage compartment receding with increasing height, to provide for a forward inclination of the semi-trailer relative to the fifth wheel, defined by a pitch degree of freedom, between the semi-trailer and a rear boundary of the cabin.
An articulating ultrasonic surgical end effector, comprising: a clevis; a transducer housing pivotably coupled to the clevis; an ultrasonic transducer disposed within the transducer housing; a waveguide extending distally from the ultrasonic transducer; an ultrasonic blade disposed at the distal end of the waveguide, wherein ultrasonic energy produced by the ultrasonic transducer is transmitted along the waveguide to the ultrasonic blade for treating tissue therewith; a shaft extending distally from the transducer housing about at least a portion of the ultrasonic blade; and a clamp arm pivotably coupled to the shaft and movable relative to the ultrasonic blade between an open position and a clamping position; wherein a pulley arrangement (222,224) and cable (226, 228) operably couples the transducer housing with the clevis to permit pivoting of the transducer housing relative to the clevis, and wherein the pulley arrangement comprises at least one proximal pulley and at least one distal pulley positioned adjacent each other within the clevis and wherein first and second cables (226, 228) are each routed about the at least one proximal pulley and are secured to the at least one distal pulley so that proximal pulling of the first cable urges the at least one distal pulley and, thus, the transducer housing to pivot relative to the clevis in a first direction, while proximal pulling of the second cable urges the at least one distal pulley and, thus, the transducer housing to pivot relative to the clevis in a second, opposite direction. a clevis; a transducer housing pivotably coupled to the clevis; an ultrasonic transducer disposed within the transducer housing; a waveguide extending distally from the ultrasonic transducer; an ultrasonic blade disposed at the distal end of the waveguide, wherein ultrasonic energy produced by the ultrasonic transducer is transmitted along the waveguide to the ultrasonic blade for treating tissue therewith; a shaft extending distally from the transducer housing about at least a portion of the ultrasonic blade; and a clamp arm pivotably coupled to the shaft and movable relative to the ultrasonic blade between an open position and a clamping position; wherein a pulley arrangement (222,224) and cable (226, 228) operably couples the transducer housing with the clevis to permit pivoting of the transducer housing relative to the clevis, and wherein the pulley arrangement comprises at least one proximal pulley and at least one distal pulley positioned adjacent each other within the clevis and wherein first and second cables (226, 228) are each routed about the at least one proximal pulley and are secured to the at least one distal pulley so that proximal pulling of the first cable urges the at least one distal pulley and, thus, the transducer housing to pivot relative to the clevis in a first direction, while proximal pulling of the second cable urges the at least one distal pulley and, thus, the transducer housing to pivot relative to the clevis in a second, opposite direction.
Method for updating a plurality of tables (TAN1, TAN2) corresponding respectively to a plurality of access networks (AN1, AN2) linking a first terminal to a second terminal in parallel, the method comprising the following steps implemented by the first terminal: - reception (F1001, F2001) of a message, known as a pheromonal message, that is received from the second terminal and has travelled through one of the access networks of the plurality, - analysis (F1001a, F2001a) of the contents of the pheromonal message received, comprising a step of detecting the pheromonal message, - addition (F1001b, F2001b) of a row corresponding to the pheromonal message to the table corresponding to the access network of travel of the pheromonal message received, depending on the analysis, the method also comprising a step of counting the number of rows per table, and a step of selecting one of the access networks of the plurality depending on the count, the pheromonal message received having been: - either sent by the second terminal towards the first terminal repeatedly at an identical frequency through each of the access networks of the plurality, - or sent by the second terminal towards the first terminal in response to a corresponding pheromonal message, known as an initial pheromonal message, sent by the first terminal towards the second terminal repeatedly at an identical frequency through each of the access networks of the plurality, the pheromonal message received and said initial pheromonal message having travelled through the same access network. - reception (F1001, F2001) of a message, known as a pheromonal message, that is received from the second terminal and has travelled through one of the access networks of the plurality, - analysis (F1001a, F2001a) of the contents of the pheromonal message received, comprising a step of detecting the pheromonal message, - addition (F1001b, F2001b) of a row corresponding to the pheromonal message to the table corresponding to the access network of travel of the pheromonal message received, depending on the analysis, - either sent by the second terminal towards the first terminal repeatedly at an identical frequency through each of the access networks of the plurality, - or sent by the second terminal towards the first terminal in response to a corresponding pheromonal message, known as an initial pheromonal message, sent by the first terminal towards the second terminal repeatedly at an identical frequency through each of the access networks of the plurality, the pheromonal message received and said initial pheromonal message having travelled through the same access network.
An apparatus for controlling vehicle opening/closing element, including a light radiation block configured to irradiate light to a peripheral region of a vehicle opening/closing element; a photographing block configured to photograph an image including a region irradiated with the light; a hand region extraction block configured to extract a user's hand region from brightness of an image photographed by the photographing block; a motion detection block configured to detect motions of the user's hand from the hand region extracted by the hand region extraction block; and an opening/closing element operation command control block configured to command operation of the opening/closing element if a match exists between the motions detected by the motion detection block and previously-set predetermined motions, characterized in that the irradiated light is near-infrared light; and the light radiation block is configured to radiate a quantity of the near-infrared light that saturates a brightness value of pixels of a region, in an image photographed by the photographing block, which represents a subject located within a predetermined distance from the opening/closing element, wherein the hand region extraction block is configured to extract, as a user's hand region, a region of the pixels whose brightness values are saturated in the image photographed by the photographing block.
A method of measurement on a home cell/ private network cell, performed by a user equipment, UE, in a mobile communication system, the method comprising the steps of: transmitting (509, 831) a request message requesting the measurement to a network node, the request message comprising an indicator instructing at least one of register, join, and use of the home cell/ private network cell; receiving (511, 841) a response message corresponding to the request message from the network node, the response message comprising context information for measurement control of at least one home cell/ private network cell accessible by the UE; and executing (523, 525, 853) measurement on the accessible home cell/ private network cell by using the response message, wherein the context information comprises identification information of the accessible home cell/private network cell, information on a public/macro cell locally overlapping with the accessible home cell/private network cell, at least one measurement execution period on the accessible home cell/private network cell, at least one channel condition threshold for determining the measurement execution period, and network node information controlling the accessible home cell/private network cell. transmitting (509, 831) a request message requesting the measurement to a network node, the request message comprising an indicator instructing at least one of register, join, and use of the home cell/ private network cell; receiving (511, 841) a response message corresponding to the request message from the network node, the response message comprising context information for measurement control of at least one home cell/ private network cell accessible by the UE; and executing (523, 525, 853) measurement on the accessible home cell/ private network cell by using the response message, wherein the context information comprises identification information of the accessible home cell/private network cell, information on a public/macro cell locally overlapping with the accessible home cell/private network cell, at least one measurement execution period on the accessible home cell/private network cell, at least one channel condition threshold for determining the measurement execution period, and network node information controlling the accessible home cell/private network cell.
An electromechanical actuator for generating a mechanical force to be transferred to a material being measured, wherein variations in temperature to which the material is exposed during measurement may cause errors in the measurement or processing, the electromechanical actuator comprising: an electromagnetic coil that generates heat as it is energized; a connecting member mechanically coupled between the electromagnetic coil and the material, the connecting member being configured to transfer the mechanical force from the electromagnetic coil to the material; and a magnet disposed between the electromagnetic coil and the material and disposed between the electromagnetic coil and the connecting member to thermally isolate the material and the connecting member from the heat generated by the electromagnetic coil, the magnet having a channel in which the electromagnetic coil is disposed, the channel having a channel opening that faces away from the material, the channel opening allowing heat generated by the electromagnetic coil to be directed away from the material, the magnet further having a central hole through which the connecting member extends. an electromagnetic coil that generates heat as it is energized; a connecting member mechanically coupled between the electromagnetic coil and the material, the connecting member being configured to transfer the mechanical force from the electromagnetic coil to the material; and a magnet disposed between the electromagnetic coil and the material and disposed between the electromagnetic coil and the connecting member to thermally isolate the material and the connecting member from the heat generated by the electromagnetic coil, the magnet having a channel in which the electromagnetic coil is disposed, the channel having a channel opening that faces away from the material, the channel opening allowing heat generated by the electromagnetic coil to be directed away from the material, the magnet further having a central hole through which the connecting member extends.
A nucleic acid molecule comprising a nucleotide sequence at least 85%, 90%, 95%, 96%, 97%, 98%, 99%, or 100% identical to SEQ ID NO:1, wherein the nucleotide sequence encodes a polypeptide with Factor VIII activity.
A sample-processing assembly for a fluid-dosing device, comprising at least one cavity filled with a fluid whose pressure is variable to receive or dispense a liquid to be dosed, which cavity has at least one first opening through which the liquid to be dosed can be received or dispensed, which cavity extends along a longitudinal axis, the size of the cavity being variable in the direction of its longitudinal axis for creating a negative pressure or an overpressure, a pressure sensor which is in communication with the cavity in such a way that the pressure of the fluid in the cavity can be detected by the pressure sensor during a fluid-dosing procedure, wherein the pressure sensor closes fluid-tightly a second opening of the cavity different from the first opening, characterized in that the second opening is substantially situated opposite the first opening in the cavity in relation to the longitudinal axis of the cavity, the first as well as the second opening having more exactly opening borders (122a, 136a), each defining an opening surface (122b, 136b), each opening surface (122b, 136b) comprising a normal vector (n, N) with a normal vector component pointing towards the other opening (122, 136).
A lithium secondary battery comprising: a cathode active material comprising lithium metal phosphate LiFePO 4 having an olivine crystal structure; an anode active material consisting of amorphous carbon; and an electrolyte for lithium secondary batteries comprising a lithium salt and a mixed solvent consisting of ethylene carbonate and at least one ether-based solvent selected from the group consisting of tetrahydrofuran, 2-methyltetrahydrofuran, dimethyl ether, and dibutyl ether, wherein the content of the ethylene carbonate is 1 to 80 wt% based on a total weight of the electrolyte, a cathode active material comprising lithium metal phosphate LiFePO 4 having an olivine crystal structure; an anode active material consisting of amorphous carbon; and an electrolyte for lithium secondary batteries comprising a lithium salt and a mixed solvent consisting of ethylene carbonate and at least one ether-based solvent selected from the group consisting of tetrahydrofuran, 2-methyltetrahydrofuran, dimethyl ether, and dibutyl ether,