mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module , comprising: a plurality of battery cells stacked on each other; a module case configured to accommodate the plurality of battery cells ; a thermal resin filled in the module case to cover at least a portion of electrode leads of the plurality of battery cells ; and at least one resin injection hole formed at one side of the module case to fill the thermal resin , the battery module further comprising: an injection plate provided to an inner wall at the other side of the module case and having at least one support stopper formed to protrude thereon and stably supporting the electrode leads of the battery cells inside the module case together with the thermal resin , characterized in that the injection plate is made of a transparent material, and in that the battery module further comprises: at least one filling check hole formed at the other side of the module case and disposed on the same line as the electrode leads of the plurality of battery cells and the support stopper . a plurality of battery cells stacked on each other; a module case configured to accommodate the plurality of battery cells ; a thermal resin filled in the module case to cover at least a portion of electrode leads of the plurality of battery cells ; and at least one resin injection hole formed at one side of the module case to fill the thermal resin , the battery module further comprising: an injection plate provided to an inner wall at the other side of the module case and having at least one support stopper formed to protrude thereon and stably supporting the electrode leads of the battery cells inside the module case together with the thermal resin , characterized in that the injection plate is made of a transparent material, and in that the battery module further comprises: at least one filling check hole formed at the other side of the module case and disposed on the same line as the electrode leads of the plurality of battery cells and the support stopper . an injection plate provided to an inner wall at the other side of the module case and having at least one support stopper formed to protrude thereon and stably supporting the electrode leads of the battery cells inside the module case together with the thermal resin , characterized in that the injection plate is made of a transparent material, and in that the battery module further comprises: at least one filling check hole formed at the other side of the module case and disposed on the same line as the electrode leads of the plurality of battery cells and the support stopper .
Method for manufacturing at least one portion of a box structure comprising at least one stiffened main wall extended by at least one flange and/or by at least one stiffened secondary wall , said portion of the box structure being obtained from an outer skin made of a composite material and from a plurality of sections made of a composite material, each having a joining face (F52, F54) in contact with the outer skin , said method comprising a step of obtaining the sections , a step of positioning said sections on a mold comprising at least a first face (70.1, 70.2, 70.3) on which the sections are positioned, a step of obtaining a flat fiber preform (72, 72', 72", 72′′′) having a thickness substantially equal to the outer skin , a step of placing a central portion of the fiber preform (72, 72', 72", 72′′′) on the sections positioned on the first face (70.1) of the mold , the fiber preform (72, 72', 72", 72′′′) having at least one lateral extension (76.1, 76.2) extending the central portion , a step of forming the lateral extension (76.1, 76.2), a step of placing at least one polymerization covering, at least one polymerization step, and at least one demolding step; characterized in that , during the forming step, the main portion is kept pressed against the joining faces of the sections positioned on the first face (70.1) of the mold by at least one main jaw and in that the lateral extension (76.1, 76.2) of the fiber preform (72, 72', 72", 72′′′) is folded against a forming surface, substantially perpendicular to the first face (70.1) of the mold , by means of at least one secondary jaw (80.1, 80.2, 82.1, 82.2) designed to move in translation parallel to the forming surface.
A vehicle controller that automatically controls a traveling speed of a vehicle based on a request value (Rc) provided by a driver assistance device , wherein the vehicle controller comprises a correction unit , when the vehicle is traveling on an uphill road, the correction unit executes a first correction process on the request value (Rc), when the vehicle is traveling on a downhill road, the correction unit executes a second correction process on the request value (Rc), the first correction process is a process that corrects the request value (Rc) such that the traveling speed is higher than that in a case in which the first correction process is not executed, the second correction process is a process that corrects the request value (Rc) such that the traveling speed is lower than that in a case in which the second correction process is not executed, and characterized in that if hard braking of the vehicle is requested by the driver assistance device when the first correction process is being executed, the correction unit sets a correction amount of the request value (Rc) in the first correction process to a lower value than that in a case in which hard braking of the vehicle is not requested. the vehicle controller comprises a correction unit , when the vehicle is traveling on an uphill road, the correction unit executes a first correction process on the request value (Rc), when the vehicle is traveling on a downhill road, the correction unit executes a second correction process on the request value (Rc), the first correction process is a process that corrects the request value (Rc) such that the traveling speed is higher than that in a case in which the first correction process is not executed, the second correction process is a process that corrects the request value (Rc) such that the traveling speed is lower than that in a case in which the second correction process is not executed, and characterized in that if hard braking of the vehicle is requested by the driver assistance device when the first correction process is being executed, the correction unit sets a correction amount of the request value (Rc) in the first correction process to a lower value than that in a case in which hard braking of the vehicle is not requested.
Terminal block , comprising an insulating-material housing which has a first connection plane and at least one second connection plane , wherein a busbar and two conductor connection units (13a', 13a", 13b', 13b", 13c', 13c", 13d', 13d''), which are arranged opposite one another and are connected to the busbar in an electrically contact-making manner, are arranged in each connection plane , wherein at least one test plug opening for receiving a test plug is formed in the insulating-material housing , wherein the test plug opening is arranged between a conductor connection unit (13a', 13a'', 13b', 13b'', 13c', 13c", 13d', 13d'') of the first connection plane and a conductor connection unit (13a', 13a", 13b', 13b", 13c', 13c", 13d', 13d") of the second connection plane , which conductor connection unit is arranged adjacent to the said conductor connection unit, characterized in that , owing to the extension of the test plug opening beyond the first connection plane and beyond the second connection plane , a first portion of the test plug opening is arranged in the region of the first connection plane and a second portion of the test plug opening is arranged in the region of the second connection plane , so that the test plug opening extends over two potentials which are separate from one another.
Filter element for a filter system for filtering an, in particular gaseous, fluid, in particular air, having a longitudinal axis (L) and a filter bellows arranged about the longitudinal axis (L) and enclosing an interior space , and featuring at least at one end a closed end disc closing the interior space at the end , and featuring at the opposing end an end disc having an opening to the interior space , wherein the closed end disc features a hollow mandrel which projects into the interior pace towards the longitudinal axis (L), characterized in that the mandrel features on its interior side facing away from the interior space a latching element which, in an installed state in a housing , is provided for interacting with a corresponding latching element of a housing component of the housing , wherein the closed end disc features an indentation which is designed to form a frictional locking with a notch on the housing side.
A laser sensor module for interference based particle detection comprising a Vertical Cavity Surface Emitting Laser , an electro-optical modulator and a light detector , wherein the Vertical Cavity Surface Emitting Laser comprises a first electrical contact , a second electrical contact and an optical resonator, wherein the optical resonator comprises a first distributed Bragg reflector , a second distributed Bragg reflector and an active layer arranged between the first distributed Bragg reflector and the second distributed Bragg reflector , wherein the Vertical Cavity Surface Emitting Laser is arranged to emit laser light during operation of the Vertical Cavity Surface Emitting Laser , wherein the electro-optical modulator is integrated in the optical resonator, wherein the electro-optical modulator is arranged to tune a resonance frequency of the optical resonator by means of an electrical tuning voltage applied to the electro-optical modulator , wherein the light detector is arranged to detect an optical response in reaction to the laser light emitted by the Vertical Cavity Surface Emitting Laser and scattered or reflected back into the Vertical Cavity Surface Emitting Laser , wherein the tuning voltage is arranged such that a detection signal received by the light detector , which is caused by a macroscopic object positioned in a range between a threshold distance and a detection range of the particle sensor module, is reduced, when the tuning voltage is provided, in comparison to a detection signal caused by the macroscopic object at the same position, when the tuning voltage is not provided.
A hydraulic sub-assembly for use with a power machine with a cab that includes an operator station , the hydraulic sub-assembly comprising: a support panel configured to be secured to a lateral side of the cab ; and a plurality of components secured to and supported by the support panel ; the plurality of components including: a control valve ; an operator input device configured for control of hydraulic work functions of the power machine, the operator input device being mounted on and in hydraulic communication with the control valve ; a pilot valve configured to facilitate interoperation of the control valve and the operator input device ; hydraulic conduits including one or more tube lines and one or more flexible hoses; a hydraulic cooler ; and a hydraulic filter ; and the support panel being configured to define a structural side wall of the cab , with one or more of the control valve , the operator input device , the pilot valve , or the hydraulic cooler positioned opposite the support panel from the operator station. a support panel configured to be secured to a lateral side of the cab ; and a plurality of components secured to and supported by the support panel ; the plurality of components including: a control valve ; an operator input device configured for control of hydraulic work functions of the power machine, the operator input device being mounted on and in hydraulic communication with the control valve ; a pilot valve configured to facilitate interoperation of the control valve and the operator input device ; hydraulic conduits including one or more tube lines and one or more flexible hoses; a hydraulic cooler ; and a hydraulic filter ; and a control valve ; an operator input device configured for control of hydraulic work functions of the power machine, the operator input device being mounted on and in hydraulic communication with the control valve ; a pilot valve configured to facilitate interoperation of the control valve and the operator input device ; hydraulic conduits including one or more tube lines and one or more flexible hoses; a hydraulic cooler ; and a hydraulic filter ; and the support panel being configured to define a structural side wall of the cab , with one or more of the control valve , the operator input device , the pilot valve , or the hydraulic cooler positioned opposite the support panel from the operator station.
A transformer , comprising: at least one electrical winding ; a fluid system including fluid for insulating the at least one electrical winding ; and a gas analysis system for determining characteristics of gas dissolved in the fluid of the fluid system, the gas analysis system including an extraction coil and a gas cell for analysis of gas, the extraction coil arranged in contact with the fluid and including a gas-permeable material for receiving dissolved gas from the fluid , the extraction coil and the gas cell fluidly communicating to form a gas circulation loop for circulating gas, wherein the gas cell is arranged for determining characteristics of gas extracted from the fluid , characterized in that the gas analysis system includes an extraction module for mounting the extraction coil within a housing of the transformer , the extraction module comprising: a mounting frame including an engagement wall and a probe arm extending from the engagement wall, wherein the probe arm includes a spool having the extraction coil looped around the spool . at least one electrical winding ; a fluid system including fluid for insulating the at least one electrical winding ; and a gas analysis system for determining characteristics of gas dissolved in the fluid of the fluid system, the gas analysis system including an extraction coil and a gas cell for analysis of gas, the extraction coil arranged in contact with the fluid and including a gas-permeable material for receiving dissolved gas from the fluid , the extraction coil and the gas cell fluidly communicating to form a gas circulation loop for circulating gas, wherein the gas cell is arranged for determining characteristics of gas extracted from the fluid , characterized in that the gas analysis system includes an extraction module for mounting the extraction coil within a housing of the transformer , the extraction module comprising: a mounting frame including an engagement wall and a probe arm extending from the engagement wall, wherein the probe arm includes a spool having the extraction coil looped around the spool .
An inkjet head comprising: a substrate having a nozzle hole ; and a nozzle plate having a liquid repellent layer on an outermost surface of the substrate on an ink discharge surface side, and having a conductive layer between the substrate and the liquid repellent layer , characterized in that a sheet resistance on the ink discharge surface of the nozzle plate is equal to or less than 5.0 × 10 14 Ω/sq, as measured by a double ring method in accordance with JIS K 6911 and ASTM D257. a substrate having a nozzle hole ; and a nozzle plate having a liquid repellent layer on an outermost surface of the substrate on an ink discharge surface side, and having a conductive layer between the substrate and the liquid repellent layer , characterized in that a sheet resistance on the ink discharge surface of the nozzle plate is equal to or less than 5.0 × 10 14 Ω/sq, as measured by a double ring method in accordance with JIS K 6911 and ASTM D257.
A compound which is 5-(5-(2-(3-aminopropoxy)-6-methoxyphenyl)-1H-pyrazol-3-ylamino)pyrazine-2-carbonitrile (S)-lactate monohydrate.
A method performed by a node element, NE, for providing network slice information, the method comprising: the NE receiving from a network management node configuration information concerning at least one of: i) a set of two or more network slices supported by the NE and ii) a set of two or more network slice groups supported by the NE; and after receiving the configuration information, the NE transmitting network slice configuration information, NSCI, the NSCI comprising at least one of: i) for each supported network slice, information for identifying the network slice and information identifying a barring status of the network slice, ii) for each supported network slice group, information for identifying the network slice group and information identifying a barring status for the network slice group, and iii) for each supported network slice group that is barred, information for identifying the barred network slice group. the NE receiving from a network management node configuration information concerning at least one of: i) a set of two or more network slices supported by the NE and ii) a set of two or more network slice groups supported by the NE; and after receiving the configuration information, the NE transmitting network slice configuration information, NSCI, the NSCI comprising at least one of: i) for each supported network slice, information for identifying the network slice and information identifying a barring status of the network slice, ii) for each supported network slice group, information for identifying the network slice group and information identifying a barring status for the network slice group, and iii) for each supported network slice group that is barred, information for identifying the barred network slice group.
An assembly comprising: a first electrical connector comprising a plurality of differential signal contact pairs , a second connector and a printed circuit board , the first and second connectors being situated on opposite sides of the printed circuit board , wherein the first and second connectors are interconnected by means of common vias of the printed circuit board , wherein a first one of the plurality of differential signal pairs of the first connector comprises first and second contact tails configured to be received in respective vias of the printed circuit board and a second one of the plurality of differential signal pairs comprises third and fourth contact tails that are received in respective vias of the printed circuit board; wherein the first electrical connector comprises a housing holding a plurality of leadframe assemblies , each leadframe assembly comprising a respective centerline and contact tails distributed along the respective centerline; wherein the plurality of leadframe assemblies comprises second type leadframe assemblies having contact tails disposed in pairs along a respective centerline; wherein the second one of the differential signal contact pairs is on a second type leadframe assembly, characterized in that the plurality of leadframe assemblies comprises first type leadframe assemblies having contact tails jogged on opposite sides of the respective centerline; wherein the first one of the differential signal contact pairs are on a first type leadframe assembly, and disposed in the common vias. a first electrical connector comprising a plurality of differential signal contact pairs , a second connector and a printed circuit board , the first and second connectors being situated on opposite sides of the printed circuit board , wherein the first and second connectors are interconnected by means of common vias of the printed circuit board , wherein a first one of the plurality of differential signal pairs of the first connector comprises first and second contact tails configured to be received in respective vias of the printed circuit board and a second one of the plurality of differential signal pairs comprises third and fourth contact tails that are received in respective vias of the printed circuit board; wherein the first electrical connector comprises a housing holding a plurality of leadframe assemblies , each leadframe assembly comprising a respective centerline and contact tails distributed along the respective centerline; wherein the plurality of leadframe assemblies comprises second type leadframe assemblies having contact tails disposed in pairs along a respective centerline; wherein the second one of the differential signal contact pairs is on a second type leadframe assembly, characterized in that the plurality of leadframe assemblies comprises first type leadframe assemblies having contact tails jogged on opposite sides of the respective centerline; wherein the first one of the differential signal contact pairs are on a first type leadframe assembly, and disposed in the common vias.
A virtual device for use with Internet of Things, the virtual device acting as a proxy for a real or simulated device , comprising: a first application interface operable to register the virtual device with a registrar computer ; a second application interface configured to receive a data feed request from the registrar computer , the data feed request comprising information enabling communication between the virtual device and a virtual requestor device and information identifying a data feed associated with the virtual device , produced by the real or simulated device ; and a logic module in communication with the first and second application interfaces, the logic module configured to, in response to determining the data feed request is to be granted, provide the identified data feed to the virtual requestor device using the information enabling communication between the virtual device and the virtual requestor device .