mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical connector for implementing an electrical connection between a light source board and a driver board of an LED light, the electrical connector comprising a connection board , the connection board being provided thereon with conductive pins , and the electrical connector being fixed on and electrically connected with the light source board via the conductive pins , wherein the electrical connector further comprises two electrical connection sheets , each of the electrical connection sheets comprises a connection portion and an abutting portion , with the connection portion and the abutting portion integrally formed, one end of the connection portion is fixed on the connection board , the abutting portions of the electrical connection sheets are provided to be close to each other so as to form an elastic clamping portion , the clamping portion being configured to have an insert terminal connected to the driver board inserted into the clamping portion to achieve the electrical connection between the driver board and the light source board, a middle part of the connection board being provided with an insert hole , the elastic clamping portion being arranged above the insert hole , wherein the connection board and the electrical connection sheets are made from a metal material and are integrally formed, wherein the electrical connector further comprises a bendable fastening mechanism for each connection sheet , the fastening mechanism and the connection board being integrally formed, wherein the fastening mechanism abuts, after being bent, against the other end of the connection portion , to fix the connection portion onto the connection board , with the other end being opposite to the end of the connection portion fixed on the connection board , the abutting portions are both bent, about a respective sheet bending axis, in a direction away from the connection board so as to form an inverted "V"-shaped structure, characterized in that the end of the connection portion integrally fixed on the connection board is bent about a further axis substantially perpendicular to said sheet bending axis.
An aseptic filling method, wherein when a preform is heated, the heated preform is sealed in a neck portion mold , a trunk portion mold and a bottom portion mold at a temperature in a predetermined temperature range, and the preform sealed in the molds is blow-molded into a bottle , any bottle is removed which has been molded in the neck portion mold , the trunk portion mold and the bottom portion mold the temperature of any of which is outside the predetermined temperature range, a sterilizer is brought into contact with any bottle that has not been removed to sterilize a surface of the bottle , the sterilized bottle is filled with a sterilized content, and the bottle filled with the content is sealed with a sterilized lid member , characterized in that the temperature of the neck portion mold , the trunk portion mold and the bottom portion mold in the predetermined temperature range is a surface temperature of the molds, the surface temperature of the molds is measured with a sensor, and an angle formed by a straight line extending from a tip end of the sensor and a normal to a measured surface of the molds is equal to or less than 60 degrees.
A method for preparing a compound of formula V, comprising: in the action of a palladium catalyst and an alkaline reagent, performing a Suzuki reaction of compound S and compound IV as represented by the following formula in a solvent to obtain compound V; wherein R 1 and R 2 are independently H or M is or -BF 3 K; X 1 is Cl or Br; X 2 is halogen, R 3 is C 1-4 alkyl; R 4a , R 4b , R 4c , R 4d and R 4e are independently H, C 1-6 alkyl, nitro or halogen. in the action of a palladium catalyst and an alkaline reagent, performing a Suzuki reaction of compound S and compound IV as represented by the following formula in a solvent to obtain compound V; wherein R 1 and R 2 are independently H or M is or -BF 3 K; X 1 is Cl or Br; X 2 is halogen, R 3 is C 1-4 alkyl; R 4a , R 4b , R 4c , R 4d and R 4e are independently H, C 1-6 alkyl, nitro or halogen.
A gas sensor comprising: a layered body that is formed by stacking a plurality of oxygen ion-conductive solid electrolyte layers (1-6), and that includes, formed therein, a measurement-object gas flowing portion in which measurement object gas is introduced and flows in and a reference gas introducing space in which a reference gas used as a standard for detection of a specific gas concentration in the measurement-object gas is introduced, a reference electrode that is formed inside of the layered body, and that receives the reference gas introduced therein via the reference gas introducing space , a measurement electrode provided on an inner peripheral surface of the measurement-object gas flowing portion, a measurement-object gas side electrode provided in a region of the layered body that is exposed to the measurement-object gas, a detecting device that detects the specific gas concentration in the measurement-object gas based on an electromotive force generated between the reference electrode and the measurement electrode , characterised in that it further comprises a reference gas adjusting device that pumps in oxygen to periphery of the reference electrode by a flow of control current between the reference electrode and the measurement-object gas side electrode , wherein an average current density of the reference electrode under the flow of the control current is higher than 0 μA/mm 2 and lower than 170 μA/mm 2 . a layered body that is formed by stacking a plurality of oxygen ion-conductive solid electrolyte layers (1-6), and that includes, formed therein, a measurement-object gas flowing portion in which measurement object gas is introduced and flows in and a reference gas introducing space in which a reference gas used as a standard for detection of a specific gas concentration in the measurement-object gas is introduced, a reference electrode that is formed inside of the layered body, and that receives the reference gas introduced therein via the reference gas introducing space , a measurement electrode provided on an inner peripheral surface of the measurement-object gas flowing portion, a measurement-object gas side electrode provided in a region of the layered body that is exposed to the measurement-object gas, a detecting device that detects the specific gas concentration in the measurement-object gas based on an electromotive force generated between the reference electrode and the measurement electrode , characterised in that it further comprises a reference gas adjusting device that pumps in oxygen to periphery of the reference electrode by a flow of control current between the reference electrode and the measurement-object gas side electrode , wherein an average current density of the reference electrode under the flow of the control current is higher than 0 μA/mm 2 and lower than 170 μA/mm 2 .
Ground milling machine, in particular stabiliser or recycler, which has a machine frame on which a milling/mixing roller is arranged, which is arranged in a roller housing which is open at the bottom and has a roller flap at the rear in the working direction which can be pivoted about a pivot axis running transversely to the longitudinal direction of the machine frame, wherein a roller flap adjustment device is provided, which has at least one actuator for pivoting the rear roller flap and a control device for controlling the at least one actuastor, so that the lower edge of the rear roller flap is adjustable in height relative to the ground , the control device of the roller flap adjustment device being designed in such a way that the at least one actuator is controlled in such a way that the rear roller flap in a floating position rests on the ground with a predetermined contact force, characterised in that the roller flap adjustment device provides an activatable roller flap position correction mode, which comprises at least one roller flap position correction cycle, wherein the control device of the roller flap adjustment device is designed in such a way that in the at least one roller flap position correction cycle, in a first step the floating position of the rear roller flap is cancelled and the rear roller flap is pivoted upwards out of a first pivoted position into a second pivoted position so that the lower edge of the rear roller flap is raised, and in a second step, after the rear roller flap has assumed the second pivoted position, the floating position is set again, so that the rear roller flap assumes a third pivoted position in which the lower edge of the rear roller flap rests on the ground .
A method for controlling a client device in a first access point, AP, network by a cloud service and an AP in the first AP network , the method comprising: aggregating , by the cloud service including one or more cloud servers, operational information from a plurality of different types of wireless client devices (121-123) that are in different AP networks ; generating, by the cloud service , per-client-device-type policy data for the AP in the first AP network , the per-client-device-type-policy data being based on the aggregated operational information from the plurality of different types of wireless client devices (121-123) from the different AP networks ; and providing, by the cloud service , the per-client-device-type policy data to the AP in the first AP network that is effective to direct the AP to control the client device , wherein controlling the wireless client device by the AP comprises handing over the wireless client device to another AP in the first AP network based on the per-client-device-type policy data . aggregating , by the cloud service including one or more cloud servers, operational information from a plurality of different types of wireless client devices (121-123) that are in different AP networks ; generating, by the cloud service , per-client-device-type policy data for the AP in the first AP network , the per-client-device-type-policy data being based on the aggregated operational information from the plurality of different types of wireless client devices (121-123) from the different AP networks ; and providing, by the cloud service , the per-client-device-type policy data to the AP in the first AP network that is effective to direct the AP to control the client device , wherein controlling the wireless client device by the AP comprises handing over the wireless client device to another AP in the first AP network based on the per-client-device-type policy data .
An interventional therapy system , comprising: at least one controller : configured to obtain a reference image dataset of an object of interest (OOI); configured to segment the reference image dataset to determine peripheral outlines of the OOI in a plurality of image slices; configured to acquires a current image of the OOI using an ultrasound probe ; configured to select a peripheral outline (CBS, 545) of a selected image slice of the plurality of slices of the reference image dataset which is determined to correspond to the current image; configured to deformably register the selected image slice of the plurality of slices of the reference image dataset with the current image to obtain at least one deformation vector ; and configured to modify the selected peripheral outline of the image slice of the plurality of slices of the reference image dataset in accordance with the at least one deformation vector . configured to obtain a reference image dataset of an object of interest (OOI); configured to segment the reference image dataset to determine peripheral outlines of the OOI in a plurality of image slices; configured to acquires a current image of the OOI using an ultrasound probe ; configured to select a peripheral outline (CBS, 545) of a selected image slice of the plurality of slices of the reference image dataset which is determined to correspond to the current image; configured to deformably register the selected image slice of the plurality of slices of the reference image dataset with the current image to obtain at least one deformation vector ; and configured to modify the selected peripheral outline of the image slice of the plurality of slices of the reference image dataset in accordance with the at least one deformation vector .
Robot tool for cleaning vehicle surfaces , having: - a main body ; - a robot interface for coupling to a robot moving the robot tool ; and - at least one resilient and/or resiliently supported and liquid-absorbing cleaning element ; wherein the cleaning element is or can be releasably coupled to the main body , characterized in that the robot tool comprises at least one further resilient and/or resiliently supported and liquid-absorbing cleaning element , wherein the cleaning elements are or can be arranged on the main body in such a way that during a movement along a vehicle surface , the vehicle surface can be swept over firstly by a first of the cleaning elements and then by the second of the cleaning elements , wherein the first of the cleaning elements is set up to apply cleaning liquid and the second of the cleaning elements is set up to absorb the applied cleaning liquid. - a main body ; - a robot interface for coupling to a robot moving the robot tool ; and - at least one resilient and/or resiliently supported and liquid-absorbing cleaning element ; wherein the cleaning element is or can be releasably coupled to the main body , characterized in that the robot tool comprises at least one further resilient and/or resiliently supported and liquid-absorbing cleaning element , wherein the cleaning elements are or can be arranged on the main body in such a way that during a movement along a vehicle surface , the vehicle surface can be swept over firstly by a first of the cleaning elements and then by the second of the cleaning elements , wherein the first of the cleaning elements is set up to apply cleaning liquid and the second of the cleaning elements is set up to absorb the applied cleaning liquid.
Switching-valve assembly for switching between two respiratory gas sources of a respiratory device (B), where the switching-valve assembly comprises: - A housing with a first source-linking aperture , with a second source-linking aperture arranged spatially at a distance from the first one and with an output-linking aperture arranged spatially at a distance from the first and from the second source-linking aperture , - A first gas supply line which connects the first source-linking aperture with the output-linking aperture , - A second gas supply line which connects the second source-linking aperture with the output-linking aperture , - A valve arrangement accommodated in the housing which is displaceable between a first operational state in which it releases the first gas supply line for flow-through of respiratory gas and blocks the second gas supply line and a second operational state in which it blocks the first gas supply line and releases the second gas supply line for flow-through of respiratory gas, Characterized in that the switching-valve assembly is configured stackably as a modular switching-valve assembly , in that the housing exhibits a first outside section with a first stack exterior surface section and a second outside section arranged at a distance and/or at an angular distance relative to the first outside section with a second stack exterior surface section configured complementarily to the first stack exterior surface section , where the output-linking aperture is configured at an outside section out of the first and the second outside section and where a source-linking aperture out of the first and the second source-linking aperture is configured as a follow-up linking aperture at the respective other outside section out of the first and the second outside section , namely in such a manner that when the first and the second stack exterior surface sections are conceived as stack exterior surface sections of similar separate modular switching-valve assemblies in stack engagement with one another, gas supply line sections each extending from the outlet- and the follow-up linking apertures into the housing are connected into a continuous gas supply line region . - A housing with a first source-linking aperture , with a second source-linking aperture arranged spatially at a distance from the first one and with an output-linking aperture arranged spatially at a distance from the first and from the second source-linking aperture , - A first gas supply line which connects the first source-linking aperture with the output-linking aperture , - A second gas supply line which connects the second source-linking aperture with the output-linking aperture , - A valve arrangement accommodated in the housing which is displaceable between a first operational state in which it releases the first gas supply line for flow-through of respiratory gas and blocks the second gas supply line and a second operational state in which it blocks the first gas supply line and releases the second gas supply line for flow-through of respiratory gas,
A motor comprising: a shaft centered on a center axis (J1) oriented in a vertical direction; a bearing mechanism rotatably supporting the shaft ; an armature disposed radially outward of the bearing mechanism ; a bracket to which the bearing mechanism and the armature are fixed; a covered cylindrical rotor connected to the shaft ; and a circuit board on which a Hall element is mounted, wherein the rotor includes a rotor magnet radially opposed to the armature radially outward of the armature , the bracket includes a cylindrical portion having an outer peripheral surface to which the armature is fixed, a bracket bottom portion extending radially outward from a lower end portion of the cylindrical portion , a bracket side wall portion extending upward from an outer peripheral portion of the bracket bottom portion , and a board holding portion connected to the bracket side wall portion , the circuit board is held by the board holding portion , the Hall element is held by the bracket side wall portion , the Hall element is disposed lower than the rotor magnet , wherein the board holding portion is opened downward and extends radially outward from the bracket side wall portion , and the motor further comprises a board cover portion which is attached to the bracket and covers the board holding portion from a lower side. a shaft centered on a center axis (J1) oriented in a vertical direction; a bearing mechanism rotatably supporting the shaft ; an armature disposed radially outward of the bearing mechanism ; a bracket to which the bearing mechanism and the armature are fixed; a covered cylindrical rotor connected to the shaft ; and a circuit board on which a Hall element is mounted, wherein the rotor includes a rotor magnet radially opposed to the armature radially outward of the armature , the bracket includes a cylindrical portion having an outer peripheral surface to which the armature is fixed, a bracket bottom portion extending radially outward from a lower end portion of the cylindrical portion , a bracket side wall portion extending upward from an outer peripheral portion of the bracket bottom portion , and a board holding portion connected to the bracket side wall portion , a cylindrical portion having an outer peripheral surface to which the armature is fixed, a bracket bottom portion extending radially outward from a lower end portion of the cylindrical portion , a bracket side wall portion extending upward from an outer peripheral portion of the bracket bottom portion , and a board holding portion connected to the bracket side wall portion , the circuit board is held by the board holding portion , the Hall element is held by the bracket side wall portion , the Hall element is disposed lower than the rotor magnet , wherein the board holding portion is opened downward and extends radially outward from the bracket side wall portion , and the motor further comprises a board cover portion which is attached to the bracket and covers the board holding portion from a lower side.
A work vehicle comprising: an engine ; a variable displacement hydraulic pump configured to discharge hydraulic oil when driven by the engine ; a hydraulic motor driven by the hydraulic oil discharged from the variable displacement hydraulic pump ; a traveling apparatus driven by the hydraulic motor ; an exhaust treatment device configured to treat exhaust from the engine ; a reductant supply route supplying a reductant to the exhaust treatment device ; a controller configured to set an engine speed to a low idle when the reductant supply route gets into an abnormal state; characterized by an operation member configured to indicate a change of a discharge capacity of the variable displacement hydraulic pump so that the travel speed of the traveling apparatus becomes a predetermined speed or greater when the reductant supply route gets into an abnormal state. an engine ; a variable displacement hydraulic pump configured to discharge hydraulic oil when driven by the engine ; a hydraulic motor driven by the hydraulic oil discharged from the variable displacement hydraulic pump ; a traveling apparatus driven by the hydraulic motor ; an exhaust treatment device configured to treat exhaust from the engine ; a reductant supply route supplying a reductant to the exhaust treatment device ; a controller configured to set an engine speed to a low idle when the reductant supply route gets into an abnormal state; characterized by an operation member configured to indicate a change of a discharge capacity of the variable displacement hydraulic pump so that the travel speed of the traveling apparatus becomes a predetermined speed or greater when the reductant supply route gets into an abnormal state.
A method of fabricating a superconducting wire , comprising: forming a buffer layer on the substrate , the buffer layer comprising an Al 2 O 3 layer , the Al 2 O 3 layer being formed by reactive magnetron sputtering in which first oxygen gas as reactant gas and a sputtering target made of aluminium metal are used, the Al 2 O 3 layer being formed while being supplied the first oxygen gas at a first concentration, the first concentration being a concentration of the first oxygen gas at which an emission intensity of Al in plasma near a surface of the sputtering target is not less than 25% and not more than 80% of a first reference value, the first reference value being the emission intensity of Al at which the concentration of the first oxygen gas is zero; and forming a superconducting layer above the buffer layer . forming a buffer layer on the substrate , the buffer layer comprising an Al 2 O 3 layer , the Al 2 O 3 layer being formed by reactive magnetron sputtering in which first oxygen gas as reactant gas and a sputtering target made of aluminium metal are used, the Al 2 O 3 layer being formed while being supplied the first oxygen gas at a first concentration, the first concentration being a concentration of the first oxygen gas at which an emission intensity of Al in plasma near a surface of the sputtering target is not less than 25% and not more than 80% of a first reference value, the first reference value being the emission intensity of Al at which the concentration of the first oxygen gas is zero; and forming a superconducting layer above the buffer layer .