mhurhangee/patent-ind-claim-en huggingface dataset:
An ink tank comprising: a tank main body that contains ink; a transparent member that forms at least part of the tank main body and transmits light; and a reference plate that is disposed in the tank main body and in a position facing the transparent member and forms, along with the transparent member , an inflow space which is located between the transparent member and the reference plate and into which the ink flows, and characterized in that the ink tank further comprises a pair of transparent substrates that sandwich the reference plate . a tank main body that contains ink; a transparent member that forms at least part of the tank main body and transmits light; and a reference plate that is disposed in the tank main body and in a position facing the transparent member and forms, along with the transparent member , an inflow space which is located between the transparent member and the reference plate and into which the ink flows, and characterized in that the ink tank further comprises a pair of transparent substrates that sandwich the reference plate .
A method of producing a vehicle glass assembly, comprising: (A) providing a harness comprising a metal wire , a connector at a terminal of the metal wire , comprising a flat portion made of a metal plate, and a block of lead-free solder, containing tin as a major component, soldered on the flat portion of the connector ; (B) providing a glass substrate layer over which a conductive layer , comprising an electrically conductive wire pattern and a connecting terminal , is formed; (C) sandwiching the block between the flat portion of the connector and the connecting terminal of the conductive layer , and then melting the block to form a lead-free solder layer as a solder connection between the connector and the connecting terminal ; wherein the amount of the lead-free solder is between 4.5 mg and 13 mg, the solder block on the flat portion is away from all the edges of the flat portion , and in the solder connection, all the lead-free solder of the solder layer is disposed between the flat portion and the connecting terminal . (A) providing a harness comprising a metal wire , a connector at a terminal of the metal wire , comprising a flat portion made of a metal plate, and a block of lead-free solder, containing tin as a major component, soldered on the flat portion of the connector ; a metal wire , a connector at a terminal of the metal wire , comprising a flat portion made of a metal plate, and a block of lead-free solder, containing tin as a major component, soldered on the flat portion of the connector ; (B) providing a glass substrate layer over which a conductive layer , comprising an electrically conductive wire pattern and a connecting terminal , is formed; (C) sandwiching the block between the flat portion of the connector and the connecting terminal of the conductive layer , and then melting the block to form a lead-free solder layer as a solder connection between the connector and the connecting terminal ; the amount of the lead-free solder is between 4.5 mg and 13 mg, the solder block on the flat portion is away from all the edges of the flat portion , and in the solder connection, all the lead-free solder of the solder layer is disposed between the flat portion and the connecting terminal .
Use of a hydric solvent to enhance fragrance longevity on skin of a rinse-off cleansing composition, wherein the composition comprises: a) from 35% to 85%, by weight of the composition, of surfactant, wherein the surfactant comprises a first surfactant and a cosurfactant; b) from 4% to 30%, by weight of the composition, of a perfume, wherein the weight percent of perfume is from 8% to 90%, by weight of the surfactant; c) from 6% to 20%, by weight of the composition, of a hydric solvent, wherein the hydric solvent comprises dipropylene glycol, diethylene glycol, dibutylene glycol, hexylene glycol, butylene glycol, pentanediol, heptanediol, propylene glycol, a polyethylene glycol having an average molecular weight below 500, or a combination thereof, and wherein the weight percent of the hydric solvent is from 16% to 24%, by weight of the surfactant; and d) from 2% to 57%, by weight of the composition, of water; wherein the rinse-off cleansing composition is not a ringing gel, and wherein the composition is a microemulsion or contains a microemulsion phase.
An apparatus for treatments, in particular pesticide treatments, of plants and/or agricultural crops, the apparatus comprising a first tank to contain a powder or granule product; and a pneumatic feeding device comprising at least one dispensing mouth to distribute the powder or granule product to the outside, an impeller to create an air flow and feed it through the first tank and to the dispensing mouths , and a pneumatic circuit having a first branch to connect the first tank and the impeller to one another and a second branch to connect the impeller and the dispensing mouths to one another; the first branch comprising at least one first feeding channel obtained through the first tank so as to draw the powder or granule product, a second feeding channel obtained on the outside of the first tank , and a collection manifold obtained between the two feeding channels and the impeller so as to receive, at the inlet, the mixture of air and powder or granule product fed along the first feeding channel and the air flow fed along the second feeding channel and so as to feed, at the outlet, to the impeller a mixture of air and powder or granule product; and being characterized in that each first feeding channel is delimited by a bottom wall of the first tank .
A bogie structure for a mountain railway car , the bogie structure comprising: a bogie frame adapted to be provided on a lower part of a car body of the mountain railway car and adapted to support a load of the car body; a first and a second wheelset provided on a lower part of the bogie frame and configured such that first and second wheels are respectively provided on opposite sides of a first and a second axle ; a pinion gear coupled to the first axle; a traction motor adapted to be provided on the car body and generating driving force; and a drive gear coupled to the first axle to transmit the driving force of the traction motor to the first axle ; wherein the pinion gear is provided on the center of the first axle ; characterized in that , with the pinion gear as the center, a disc brake type braking device is provided on a first side of the first axle and a drum brake type braking device is provided on a second side thereof; in that a pair of disc brake type braking devices is provided on opposite sides of the second axle ; and in that a first and a second bearing are respectively inserted and installed between the first and the second axle and the first and the second wheels of the first and the second wheelset . a bogie frame adapted to be provided on a lower part of a car body of the mountain railway car and adapted to support a load of the car body; a first and a second wheelset provided on a lower part of the bogie frame and configured such that first and second wheels are respectively provided on opposite sides of a first and a second axle ; a pinion gear coupled to the first axle; a traction motor adapted to be provided on the car body and generating driving force; and a drive gear coupled to the first axle to transmit the driving force of the traction motor to the first axle ; wherein the pinion gear is provided on the center of the first axle ; characterized in that , with the pinion gear as the center, a disc brake type braking device is provided on a first side of the first axle and a drum brake type braking device is provided on a second side thereof; in that a pair of disc brake type braking devices is provided on opposite sides of the second axle ; and in that a first and a second bearing are respectively inserted and installed between the first and the second axle and the first and the second wheels of the first and the second wheelset .
A display medium capable of displaying a predetermined number of contents corresponding to a predetermined number of azimuth angles, when viewed from predetermined elevation and azimuth angles, comprising: a member that reflects light, wherein the member is partitioned into a plurality of unit cells (C), each of the plurality of unit cells (C) is further partitioned into a predetermined number of sub-cells (B) corresponding to the predetermined number of contents, in each sub-cell (B) corresponding to a predetermined azimuth angle, a protruding member is formed, the protruding member including a surface along the predetermined azimuth angle, and the surface occluding light. a member that reflects light, wherein the member is partitioned into a plurality of unit cells (C), each of the plurality of unit cells (C) is further partitioned into a predetermined number of sub-cells (B) corresponding to the predetermined number of contents, in each sub-cell (B) corresponding to a predetermined azimuth angle, a protruding member is formed, the protruding member including a surface along the predetermined azimuth angle, and the surface occluding light.
An optical line terminal, OLT, the OLT being a source OLT , and the source OLT comprising: a transceiver configured to communicate with a destination OLT and send a notification to the destination OLT; wherein the notification comprises: a source OLT identifier; an ONU identifier associated with an ONU; wherein the notification is used to inform the destination OLT that the ONU will tune from the source OLT to the destination OLT. a transceiver configured to communicate with a destination OLT and send a notification to the destination OLT; wherein the notification comprises: a source OLT identifier; an ONU identifier associated with an ONU; wherein the notification is used to inform the destination OLT that the ONU will tune from the source OLT to the destination OLT. a source OLT identifier; an ONU identifier associated with an ONU; wherein the notification is used to inform the destination OLT that the ONU will tune from the source OLT to the destination OLT.
A sealing device with a sensor system for condition monitoring, comprising: - a sealing ring with a, preferably dynamic, first sealing section for sealing contact at a sealing surface of a machine part ; - a pretensioning ring for pretensioning the sealing section against the sealing surface , having a first section and a second section , which together delimit an intermediate space , wherein one of the two sections can be deflected in a spring-elastic manner from a first position relative to the respective other of the two sections in a direction radial or axial to the center axis of the sealing device ; wherein the sensor system comprises at least one measuring element which is arranged in the intermediate space of the pretensioning ring and which responds indirectly or directly to a deflection movement of one section of the pretensioning ring , and wherein the measuring element is arranged in the intermediate space in such a way that at least sectionally an axial movement or a deformation, directed in the circumferential direction of the pretensioning ring , of the measuring element which can be detected by a sensor is caused by a deflection of one of the two sections in the radial/axial direction relative to the respective other of the two sections , characterized in that the measuring element is a spring element which extends from the first to the second section and which interacts with the sensor . - a sealing ring with a, preferably dynamic, first sealing section for sealing contact at a sealing surface of a machine part ; - a pretensioning ring for pretensioning the sealing section against the sealing surface , having a first section and a second section , which together delimit an intermediate space , wherein one of the two sections can be deflected in a spring-elastic manner from a first position relative to the respective other of the two sections in a direction radial or axial to the center axis of the sealing device ; wherein the sensor system comprises at least one measuring element which is arranged in the intermediate space of the pretensioning ring and which responds indirectly or directly to a deflection movement of one section of the pretensioning ring , and wherein the measuring element is arranged in the intermediate space in such a way that at least sectionally an axial movement or a deformation, directed in the circumferential direction of the pretensioning ring , of the measuring element which can be detected by a sensor is caused by a deflection of one of the two sections in the radial/axial direction relative to the respective other of the two sections , characterized in that the measuring element is a spring element which extends from the first to the second section and which interacts with the sensor .
A method implemented at a terminal device, comprising: identifying a need to change a transmission configuration of the terminal device, the terminal device being in a transmission mode with a set of preconfigured uplink resources allocated for the terminal device to transmit user data to a network device; and in response to identifying the need to change the transmission configuration, transmitting control information to the network device using a first preconfigured uplink resource in the set of preconfigured uplink resources , the control information comprising information relevant to the change of the transmission configuration; characterized in that the control information indicates a radio resource control connection request, a radio resource control reestablishment request or a radio resource control reconfiguration request. identifying a need to change a transmission configuration of the terminal device, the terminal device being in a transmission mode with a set of preconfigured uplink resources allocated for the terminal device to transmit user data to a network device; and in response to identifying the need to change the transmission configuration, transmitting control information to the network device using a first preconfigured uplink resource in the set of preconfigured uplink resources , the control information comprising information relevant to the change of the transmission configuration; characterized in that the control information indicates a radio resource control connection request, a radio resource control reestablishment request or a radio resource control reconfiguration request.
A shoe for a swash plate compressor comprising: a first sliding surface which slides on a concave surface of a first movable member ; and a second sliding surface which bulges toward a side opposite to the first sliding surface and slides on a flat surface of a second movable member , the second sliding surface including a curved outer peripheral portion which is provided along an outer periphery of the second sliding surface , and a central portion with a curved shape which is provided at a center of the second sliding surface so as to be continuous with the curved outer peripheral portion and has a radius of curvature greater than a radius of curvature of the curved outer peripheral portion , wherein the central portion has a diameter (a) of not less than 5 mm and a bulging height (h2) from a boundary (b) between the central portion and the outer peripheral portion to the apex of the central portion of not greater than 3 μm. a first sliding surface which slides on a concave surface of a first movable member ; and a second sliding surface which bulges toward a side opposite to the first sliding surface and slides on a flat surface of a second movable member , the second sliding surface including a curved outer peripheral portion which is provided along an outer periphery of the second sliding surface , and a central portion with a curved shape which is provided at a center of the second sliding surface so as to be continuous with the curved outer peripheral portion and has a radius of curvature greater than a radius of curvature of the curved outer peripheral portion , wherein the central portion has a diameter (a) of not less than 5 mm and a bulging height (h2) from a boundary (b) between the central portion and the outer peripheral portion to the apex of the central portion of not greater than 3 μm.
A measurement system for use in measurements of in-plane distortions of a workpiece that includes a workpiece diffraction grating that is configured to diffract light in reflection, the measurement system comprising: an optical detector; the workpiece diffraction grating ; a reference diffraction grating that is spaced apart from the workpiece diffraction grating and substantially parallel to the workpiece diffraction grating, the reference diffraction grating being configured to transmit light; a light source that directs a measurement beam at the reference diffraction grating; wherein the measurement beam directed at the reference diffraction grating is (i) transmitted through the reference grating and directed at the workpiece diffraction grating, (ii) reflected off of the workpiece diffraction grating and directed at the reference diffraction grating, and (iii) transmitted through the reference grating and directed at the optical detector, and wherein the detector is configured to detect a spatial light distribution of an interference of light having arrived at the detector via the reference grating. an optical detector; the workpiece diffraction grating ; a reference diffraction grating that is spaced apart from the workpiece diffraction grating and substantially parallel to the workpiece diffraction grating, the reference diffraction grating being configured to transmit light; a light source that directs a measurement beam at the reference diffraction grating; wherein the measurement beam directed at the reference diffraction grating is (i) transmitted through the reference grating and directed at the workpiece diffraction grating, (ii) reflected off of the workpiece diffraction grating and directed at the reference diffraction grating, and (iii) transmitted through the reference grating and directed at the optical detector, and (i) transmitted through the reference grating and directed at the workpiece diffraction grating, (ii) reflected off of the workpiece diffraction grating and directed at the reference diffraction grating, and (iii) transmitted through the reference grating and directed at the optical detector, and wherein the detector is configured to detect a spatial light distribution of an interference of light having arrived at the detector via the reference grating.
Hybrid structure for a surface acoustic wave device comprising a useful layer of piezoelectric material joined to a support substrate having a coefficient of thermal expansion lower than that of the useful layer , and comprising an intermediate layer located between the useful layer and the support substrate , characterized in that the intermediate layer is a structured layer formed from at least two different materials and has a plurality of periodic patterns in the plane of said intermediate layer .
- Tyre with a radial carcass reinforcement for a vehicle of heavy-duty type, comprising a crown reinforcement having three working crown layers of reinforcing elements 41, 42, 43), itself capped radially by a tread , said tread being connected to two beads via two sidewalls, the reinforcing elements of the two radially outermost working layers being crossed from one layer to the other, making angles of between 20 and 45° with the circumferential direction, said angles being oriented on either side of the circumferential direction, the angles, formed with the circumferential direction, of the reinforcing elements of the radially innermost working layer being between 15 and 20°, the reinforcing elements of the two radially innermost working layers being oriented in the same direction with respect to the circumferential direction, the widths (L 42 , L 43 ) of the two radially outermost working layers being greater than 0.7 times the width (L 5 ) of the tread , the width (L 41 ) of the radially innermost working layer being strictly less than 0.7 times the width (L 5 ) of the tread , characterized in that the ratio of the difference between the angles, formed with the circumferential direction, of the reinforcing elements of the two radially innermost working layers to the angle, formed with the circumferential direction, of the reinforcing elements of the radially innermost working layer is strictly less than 0.65, and in that the mean value between the mean angle in terms of absolute value, formed with the circumferential direction, of the reinforcing elements of the two radially innermost working layers and the angle in terms of absolute value, formed with the circumferential direction, of the reinforcing elements of the radially outermost working layer is less than or equal to 22°.
A blood analysis method which uses a blood test kit including a diluent solution for diluting components of a blood sample and at least one transparent container for storing the components of the blood sample and the diluent solution, wherein at least one constituent component included in the blood test kit is marked with a graduation for measuring a liquid volume of the components of the blood sample and the diluent solution, wherein the components of the blood sample are blood plasma components separated from the blood sample by a separation means, and wherein the sample has a size of 10 μL or more and 70 μL or less, the method comprising: a step of selecting a specimen containing the blood sample components of a predetermined amount or more which have been determined in advance by using the graduation , as an analysis target specimen so as to exclude a specimen containing the blood sample components of less than the predetermined amount from the analysis target specimen; and a step of analyzing the blood by using the specimen containing the blood sample components which have been selected from the above step, a step of analyzing a concentration of a target component in the components of the blood sample by using a first normal component homeostatically present in the blood, wherein the diluent solution does not contain the first normal component homeostatically present in the blood, and characterized by a step of verifying the analysis by using a second normal component homeostatically present in the blood that is different from the first normal component. a step of selecting a specimen containing the blood sample components of a predetermined amount or more which have been determined in advance by using the graduation , as an analysis target specimen so as to exclude a specimen containing the blood sample components of less than the predetermined amount from the analysis target specimen; and a step of analyzing the blood by using the specimen containing the blood sample components which have been selected from the above step, a step of analyzing a concentration of a target component in the components of the blood sample by using a first normal component homeostatically present in the blood, wherein the diluent solution does not contain the first normal component homeostatically present in the blood, and characterized by a step of verifying the analysis by using a second normal component homeostatically present in the blood that is different from the first normal component.