mhurhangee/patent-ind-claim-en huggingface dataset:
A controlled potential electrolysis gas sensor (X) including, as gas electrodes for detecting gas, a working electrode for electrochemically reacting gas to be detected, a counter electrode with respect to the working electrode , a reference electrode for controlling potential of the working electrode , and an electrolysis solution accommodating portion accommodating electrolysis solution in contact with the electrodes , wherein each electrode includes a gas permeable membrane , a noble metal catalyst layer disposed on the gas permeable membrane , and a polymer layer disposed on the noble metal catalyst layer and having ion conductivity and water permeability.
A wireless charger , comprising: a transmitting coil to induce charging of a target device through a receiving coil of the target device, wherein the transmitting coil comprises at least one electrically conductive concentric coil; a charger printed circuit board ; a charger casing including the transmitting coil and the charger printed circuit board; and a thermally conductive coating to dissipate heat, wherein the thermally conductive coating comprises at least one of a metallic powder and a ceramic powder, wherein the thermally conductive coating is in direct contact with at least the transmitting coil, and wherein the thermally conductive coating is deposited on the transmitting coil, the thermally conductive coating being deposited as a film during manufacturing, and wherein the thermally conductive coating allows the transmission of electromagnetic fields, wherein the thermally conductive coating does not block, absorb, deflect or alter the path of the electromagnetic field. a transmitting coil to induce charging of a target device through a receiving coil of the target device, wherein the transmitting coil comprises at least one electrically conductive concentric coil; a charger printed circuit board ; a charger casing including the transmitting coil and the charger printed circuit board; and a thermally conductive coating to dissipate heat, wherein the thermally conductive coating comprises at least one of a metallic powder and a ceramic powder, wherein the thermally conductive coating is in direct contact with at least the transmitting coil, and wherein the thermally conductive coating is deposited on the transmitting coil, the thermally conductive coating being deposited as a film during manufacturing, and wherein the thermally conductive coating allows the transmission of electromagnetic fields, wherein the thermally conductive coating does not block, absorb, deflect or alter the path of the electromagnetic field.
A polarizer arrangement for polarizing a laser beam , comprising: a plurality of plate-shaped optical elements (5, ..., 10; 5, ..., 16) arranged in the beam path of the laser beam, each of which comprises a beam entry surface (5a, 6a, ...) for the laser beam and a beam exit surface (5b, 6b, ...) for the laser beam , wherein the beam entry surface (5a, 6a, ...) of a respective plate-shaped optical element (5, ..., 10; 5, ..., 16) is oriented at the Brewster angle (α B ) relative to the laser beam , wherein the beam entry surfaces (5a, 6a, ...) and the beam exit surfaces (5b, 6b, ...) of the plate-shaped optical elements (5, ..., 10; 5, ..., 16) are each oriented relative to each other at at least one wedge angle (γ 1 , γ 2 ) different from zero characterized in that for at least one plate-shaped optical element a first wedge angle (γ 1 ) lies in a plane of incidence (XY) of the laser beam on the beam entry surface (5a, 6a, ...) of the optical element and that a second wedge angle (γ 2 ) lies in a plane (XZ) extending perpendicularly to the plane of incidence (XY) of the laser beam .
A system for fixing bone , comprising: an elongated plate configured to be disposed longitudinally on a bone ; a retainer having a body interconnecting a pair of mounting regions , the body defining a recess , each mounting region defining a first aperture and a second aperture , the retainer being configured to be mated with the plate to position a section of the plate in the recess such that the retainer straddles the plate; a line configured to extend between the first apertures, such that the retainer and the line collectively encircle the plate and the bone, the line including wire and/or cable; and a pair of stop members configured to be received on each end region of the line, thereby preventing the end region from passing through the first apertures of the mounting regions; wherein the first aperture of each mounting region defines a through-axis oriented tangential to the bone to guide the line in a circumferential direction on the bone, and wherein the second aperture of each mounting region defines a through-axis passing through opposite sides of the bone while avoiding a medullary canal thereof. an elongated plate configured to be disposed longitudinally on a bone ; a retainer having a body interconnecting a pair of mounting regions , the body defining a recess , each mounting region defining a first aperture and a second aperture , the retainer being configured to be mated with the plate to position a section of the plate in the recess such that the retainer straddles the plate; a line configured to extend between the first apertures, such that the retainer and the line collectively encircle the plate and the bone, the line including wire and/or cable; and a pair of stop members configured to be received on each end region of the line, thereby preventing the end region from passing through the first apertures of the mounting regions; wherein the first aperture of each mounting region defines a through-axis oriented tangential to the bone to guide the line in a circumferential direction on the bone, and wherein the second aperture of each mounting region defines a through-axis passing through opposite sides of the bone while avoiding a medullary canal thereof.
A guidewire comprising: a core shaft; a coil body covering a distal end portion of the core shaft; and a coating agent covering an outer periphery of the coil body, wherein the coil body includes a distal coil body disposed on a distal side of the coil body, and a proximal coil body disposed on a proximal side of the distal coil body, a surface roughness of the proximal coil body is higher than a surface roughness of the distal coil body. a core shaft; a coil body covering a distal end portion of the core shaft; and a coating agent covering an outer periphery of the coil body, wherein the coil body includes a distal coil body disposed on a distal side of the coil body, and a proximal coil body disposed on a proximal side of the distal coil body, a surface roughness of the proximal coil body is higher than a surface roughness of the distal coil body.
A cleaning composition for use in removing a cured support material from a printed object obtained by additive manufacturing, the composition being an aqueous solution consisting of an alkali metal hydroxide, an alkali metal silicate and water, wherein a total concentration of the alkali metal hydroxide and the alkali metal silicate is lower than 4 weight percent of the total weight of the cleaning composition, wherein a concentration of said alkali metal hydroxide ranges from 1 to 3 weight percents of the total weight of the composition.
An apparatus for automatically evaluating chassis or wheel alignment measurement data, the apparatus comprising: (A) a memory device configured to store a number of chassis or wheel alignment data records , each chassis data record containing at least one chassis parameter and a tolerance range allocated to each chassis parameter ; (B) a provisioning device configured to provide a data record of currently measured chassis parameters , the data record comprising at least one currently measured chassis parameter ; (C) a selection device configured to select, on the basis of the data record provided by the provisioning device , a subset of chassis data records from the chassis data records stored in the memory device ; and (D) a determination device configured to determine the proportion of the chassis data records from the subset of chassis data records for which current chassis parameters of the data record provided by the provisioning device are within the specified tolerance ranges . (A) a memory device configured to store a number of chassis or wheel alignment data records , each chassis data record containing at least one chassis parameter and a tolerance range allocated to each chassis parameter ; (B) a provisioning device configured to provide a data record of currently measured chassis parameters , the data record comprising at least one currently measured chassis parameter ; (C) a selection device configured to select, on the basis of the data record provided by the provisioning device , a subset of chassis data records from the chassis data records stored in the memory device ; and (D) a determination device configured to determine the proportion of the chassis data records from the subset of chassis data records for which current chassis parameters of the data record provided by the provisioning device are within the specified tolerance ranges .
Process for producing metals or metallic alloys, preferably light metals or light metal alloys, admixed with solids for the casting of cast parts, preferably diecast part, comprising the steps of: - melting a metal or metallic alloy using a melting apparatus , - transporting the casting melt to the casting dies to be filled using a conveying conduit , characterized by - supplying solids to the casting melt during the transporting of the casting melt in the conveying conduit , wherein the casting melt is commixed with the supplied solids in at least one mixing zone during the transporting in the conveying conduit preferably by energy input, wherein the commixing in the mixing zone is carried out using an ultrasound sonotrode and the casting melt and solids are stimulated using ultrasound. - melting a metal or metallic alloy using a melting apparatus , - transporting the casting melt to the casting dies to be filled using a conveying conduit , characterized by - supplying solids to the casting melt during the transporting of the casting melt in the conveying conduit ,
A flow turbine for hydro power plants, which converts the energy of flowing water into electric energy, and which comprises a main shaft fixed to two rotating circular bodies , and the main shaft passes through the centre of the rotating circular bodies and extends beyond them, the ends of the main shaft extending beyond the rotating circular bodies are connected to a supporting structure , and one end of the main shaft is connected to a driving gear , and through that to a generator ; which further comprises eight rectangular turbine blades mounted on blade shafts , where the blade shafts are between the rotating circular bodies , and are connected to the rotating circular bodies , in parallel with the main shaft and arranged symmetrically around it; and which further comprises eight blade gears , a stationary gear and turning gears , in such a way that each blade gear is rotatably connected to the end of a blade shaft on the outer side of the rotating circular body closer to the generator_ ; the turning gears are between the blade gears and the stationary gear , and the turning gears are fixed to the rotating circular body , the diameter of the blade gears corresponds to the width of the turbine blades , the stationary gear in the centre of the rotating circular body and the blade gears are of the same size and have the same number of teeth, characterized in that it comprises eight turning gears , and the diameter of the turning gears is smaller than the diameter of the blade gears and the stationary gear of the same size, and between the rotating circular bodies the main shaft is inside a stiffening cylinder fixed to the rotating circular bodies .
A device for X-ray imaging, comprising: a device mount ; an arm movably connected to said device mount for rotation, relative to said device mount, around a device axis of rotation ; an X-ray source for emitting an X-ray beam ; an X-ray detector ; a rotation controller; and a carrier having a U-arm geometry, wherein said U-arm geometry is provided with mutually facing portions and an intermediate portion connecting said mutually facing portions; wherein said mutually facing portions are configured for carrying said X-ray source and said X-ray detector, respectively; and wherein said intermediate portion is movably connected to the arm for rotation, relative to said arm, around a carrier axis of rotation substantially perpendicular to the device axis of rotation ; wherein,at least one of the X-ray source and the X-ray detector is moveably connected to the carrier for mutual translation, relative to the carrier, in a direction substantially parallel to an optical axis of the device ; and wherein the X-ray detector is movably connected to the carrier for rotation, relative to the carrier, around a detector axis of rotation substantially parallel to the carrier axis of rotation , wherein the rotation controller is configured to synchronize a rotation of the X-ray detector around the detector axis of rotation and a rotation of the carrier around the carrier axis of rotation, such that the rotations have an equal magnitude and are in opposite directions during operation. a device mount ; an arm movably connected to said device mount for rotation, relative to said device mount, around a device axis of rotation ; an X-ray source for emitting an X-ray beam ; an X-ray detector ; a rotation controller; and a carrier having a U-arm geometry, wherein said U-arm geometry is provided with mutually facing portions and an intermediate portion connecting said mutually facing portions; wherein said mutually facing portions are configured for carrying said X-ray source and said X-ray detector, respectively; and wherein said intermediate portion is movably connected to the arm for rotation, relative to said arm, around a carrier axis of rotation substantially perpendicular to the device axis of rotation ; wherein,at least one of the X-ray source and the X-ray detector is moveably connected to the carrier for mutual translation, relative to the carrier, in a direction substantially parallel to an optical axis of the device ; and wherein the X-ray detector is movably connected to the carrier for rotation, relative to the carrier, around a detector axis of rotation substantially parallel to the carrier axis of rotation , wherein the rotation controller is configured to synchronize a rotation of the X-ray detector around the detector axis of rotation and a rotation of the carrier around the carrier axis of rotation, such that the rotations have an equal magnitude and are in opposite directions during operation.
One or more non-transitory computer-readable media storing computer-executable instructions that upon execution cause one or more processors to perform acts comprising: receiving, from a requesting entity device , a request for subscriber information of a subscriber of a telecommunications service provider, the request comprising a public Internet Protocol, IP, address of a user device associated with the subscriber; determining whether the requesting entity device is associated with an authorized partner based at least on one or more credentials associated with the requesting entity device; in response to determining that the requesting entity device is associated with the authorized partner, routing the request to at least one subscriber database of a plurality of subscriber databases of the telecommunications service provider to obtain the subscriber information using the public IP address of the user device; caching the obtained subscriber information in a data cache for repeated requests of the subscriber information, and deleting the subscriber information from the data cache when the requesting entity device is no longer associated with an authorized partner or the requesting entity device cannot be authorized; and transmitting the subscriber information of the subscriber to the requesting entity device. receiving, from a requesting entity device , a request for subscriber information of a subscriber of a telecommunications service provider, the request comprising a public Internet Protocol, IP, address of a user device associated with the subscriber; determining whether the requesting entity device is associated with an authorized partner based at least on one or more credentials associated with the requesting entity device; in response to determining that the requesting entity device is associated with the authorized partner, routing the request to at least one subscriber database of a plurality of subscriber databases of the telecommunications service provider to obtain the subscriber information using the public IP address of the user device; caching the obtained subscriber information in a data cache for repeated requests of the subscriber information, and deleting the subscriber information from the data cache when the requesting entity device is no longer associated with an authorized partner or the requesting entity device cannot be authorized; and transmitting the subscriber information of the subscriber to the requesting entity device.
A tire testing machine comprising: a rotating element, the rotating element driven by a motor; a tire and wheel assembly having a sensor 940) configured to measure a parameter related to the tire and wheel assembly as it rotates on the rotating element and providing an output signal indicative thereof; a holder supporting the tire and wheel assembly for rotation against a surface of the rotating element; a processor configured to receive an input at least based on the output signal from the sensor, the processor configured to provide an output signal indicative of at least one of a parameter of a contact patch between a tire of the tire and wheel assembly and the rotating element or a parameter of friction between a tire of the tire and wheel assembly and the rotating element ; and a controlled element configured to vary a parameter related to the contact patch or a parameter related to the friction respectively. a rotating element, the rotating element driven by a motor; a tire and wheel assembly having a sensor 940) configured to measure a parameter related to the tire and wheel assembly as it rotates on the rotating element and providing an output signal indicative thereof; a holder supporting the tire and wheel assembly for rotation against a surface of the rotating element; a processor configured to receive an input at least based on the output signal from the sensor, the processor configured to provide an output signal indicative of at least one of a parameter of a contact patch between a tire of the tire and wheel assembly and the rotating element or a parameter of friction between a tire of the tire and wheel assembly and the rotating element ; and a controlled element configured to vary a parameter related to the contact patch or a parameter related to the friction respectively.
Method for preparing a composition intended to be injected into a biological tissue for tissue repair, by mixing strain cells and a matrix chosen from an extracellular matrix obtained from an isolated portion of biological tissue and a hydrophilic biocompatible synthetic matrix, with a positive charge and porous, characterised in that said matrix is subjected to a treatment by hypoxia before said mixing.
An overvoltage protection device comprising: a varistor assembly comprising: a plurality of varistor wafers each formed of a varistor material; at least one electrically conductive interconnect member connecting the varistor wafers in electrical parallel; and a bonding agent bonding at least two of the varistor wafers in the varistor assembly to one another; wherein the varistor wafers and the at least one interconnect member are axially stacked; a first electrode member ; and a second electrode member ; wherein the at least one electrically conductive interconnect member connects or connect the varistor wafers in electrical parallel between the first and second electrode members; and wherein the varistor wafers are axially stacked between the first and second electrodes. a varistor assembly comprising: a plurality of varistor wafers each formed of a varistor material; at least one electrically conductive interconnect member connecting the varistor wafers in electrical parallel; and a bonding agent bonding at least two of the varistor wafers in the varistor assembly to one another; a plurality of varistor wafers each formed of a varistor material; at least one electrically conductive interconnect member connecting the varistor wafers in electrical parallel; and a bonding agent bonding at least two of the varistor wafers in the varistor assembly to one another; wherein the varistor wafers and the at least one interconnect member are axially stacked; a first electrode member ; and a second electrode member ; wherein the at least one electrically conductive interconnect member connects or connect the varistor wafers in electrical parallel between the first and second electrode members; and wherein the varistor wafers are axially stacked between the first and second electrodes.
An elevator control cabinet wherein the elevator control cabinet provides a space which is enclosed by walls and a roof , one of the walls consists entirely or partly of a removable cover or a door covering an access opening into the space , an electrical apparatus is provided in the space , the electrical apparatus has a front part facing the access opening and a back part facing away from the access opening , characterized in that a pair of rails are attached to one or more of the walls to extend towards the access opening , the electrical apparatus comprises a pair of rollers arranged in the back part of the electrical apparatus and on opposite sides of the electrical apparatus to contact the pair of rails which via the pair of rollers carry at least a part of the weight of the electrical apparatus , at least one lifting element is provided in an upper part of the electrical apparatus at a location closer to the front part than said pair of rollers , said at least one lifting element providing an attachment point for hoisting the electrical apparatus . the elevator control cabinet provides a space which is enclosed by walls and a roof , one of the walls consists entirely or partly of a removable cover or a door covering an access opening into the space , an electrical apparatus is provided in the space , the electrical apparatus has a front part facing the access opening and a back part facing away from the access opening , characterized in that a pair of rails are attached to one or more of the walls to extend towards the access opening , the electrical apparatus comprises a pair of rollers arranged in the back part of the electrical apparatus and on opposite sides of the electrical apparatus to contact the pair of rails which via the pair of rollers carry at least a part of the weight of the electrical apparatus , at least one lifting element is provided in an upper part of the electrical apparatus at a location closer to the front part than said pair of rollers , said at least one lifting element providing an attachment point for hoisting the electrical apparatus .