mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure buffer device , comprising: a cylinder that stores fluid; a rod that moves in a cylinder axial direction with an end part thereof on one side located in the cylinder and an end part thereof on the other side projected from an opening of the cylinder ; and a damping force generating section that generates damping force for relative movement of the rod against the cylinder , the damping force generating section including a channel forming section that forms a channel through which the fluid flows in accordance with the relative movement of the rod against the cylinder , a valve that performs opening-closing of the channel of the channel forming section , an annular projecting section that is annularly formed as projecting in an axial direction of the channel forming section from the channel forming section toward the valve , and an extending section that extends in a radial direction of the channel forming section from an outer side of the annular projecting section to a position at an inner side from an channel opening of the channel and projects in the axial direction from the channel forming section toward the valve , characterized in that projection height of the extending section in the axial direction is higher than the annular projecting section , or in that projection height of the extending section in the axial direction is lower than the annular projecting section . a cylinder that stores fluid; a rod that moves in a cylinder axial direction with an end part thereof on one side located in the cylinder and an end part thereof on the other side projected from an opening of the cylinder ; and a damping force generating section that generates damping force for relative movement of the rod against the cylinder , the damping force generating section including a channel forming section that forms a channel through which the fluid flows in accordance with the relative movement of the rod against the cylinder , a valve that performs opening-closing of the channel of the channel forming section , an annular projecting section that is annularly formed as projecting in an axial direction of the channel forming section from the channel forming section toward the valve , and an extending section that extends in a radial direction of the channel forming section from an outer side of the annular projecting section to a position at an inner side from an channel opening of the channel and projects in the axial direction from the channel forming section toward the valve ,
A glass product with marking, comprising a glass substrate, wherein the marking is invisible to naked eye in transmission, the marking contains particles having a size of from 150 to 600nm, preferably from 150 to 350nm, more preferably from 200 to 300nm, and at least a portion of the marking is present below a surface of the glass substrate, and extends along the thickness direction of the glass substrate from the surface of the glass substrate to the interior.
Method for examination or measurement of a measurement object using a holding and/or positioning device for reproducible positioning of a measurement object and/or of an object to be examined at a measuring device at a measuring and/or examination device in a desired relative position with respect to the measuring and/or examination device, characterized in that the holding and/or positioning device comprises: a) at least one plate-shaped or block-shaped support unit for supporting the measurement object , consisting of a material having a specific density of 250 kg/m 3 or less, and b) at least one preferably bar-shaped abutment element , at which the measurement object can be abutted, wherein the support unit comprises, on at least one planar surface, a plurality of insertion holes or recesses preformed by the manufacturer, which are arranged in a grid, particularly in a two-dimensional grid, and have finite clear cross-sections, for the insertion of at least one preferably bar-shaped abutment element or of an insertion shaft which extends through a recess of an abutment element , wherein the geometries and cross-sections of the preformed insertion holes or insertion recesses and of an abutment element or insertion shaft for insertion therein complement each other in such a way that a clamping force results between the two elements, wherein the support unit comprises additional plug-in holes outside the grid for mounting on/at supporting rods , which extend through the support unit entirely and which serve for fastening or mounting of the plate- or block-shaped support unit on/at the supporting rods or for fixing them at an adapter. a) at least one plate-shaped or block-shaped support unit for supporting the measurement object , consisting of a material having a specific density of 250 kg/m 3 or less, and b) at least one preferably bar-shaped abutment element , at which the measurement object can be abutted, wherein the support unit comprises, on at least one planar surface, a plurality of insertion holes or recesses preformed by the manufacturer, which are arranged in a grid, particularly in a two-dimensional grid, and have finite clear cross-sections, for the insertion of at least one preferably bar-shaped abutment element or of an insertion shaft which extends through a recess of an abutment element , wherein the geometries and cross-sections of the preformed insertion holes or insertion recesses and of an abutment element or insertion shaft for insertion therein complement each other in such a way that a clamping force results between the two elements, wherein the support unit comprises additional plug-in holes outside the grid for mounting on/at supporting rods , which extend through the support unit entirely and which serve for fastening or mounting of the plate- or block-shaped support unit on/at the supporting rods or for fixing them at an adapter.
A method of producing a surface enhanced Raman scattering (SERS) spectrum comprising: providing a first SERS active nanoparticle which, will absorb a photon at a first wavelength and emit a Raman shifted photon at a second wavelength, characterised in further comprising the steps of: providing a second SERS active nanoparticle which will absorb a photon at the second wavelength and emit a Raman shifted photon at a third wavelength; bringing the first and second SERS active nanoparticles proximate to one another, wherein the first SERS active nanoparticle and the second SERS active nanoparticle have different shapes; and illuminating the first SERS active nanoparticle at the first wavelength causing the first SERS active nanoparticle to emit a Raman shifted photon at the second wavelength which is absorbed by the second SERS active nanoparticle causing emission of a second Raman shifted photon at the third wavelength. providing a second SERS active nanoparticle which will absorb a photon at the second wavelength and emit a Raman shifted photon at a third wavelength; bringing the first and second SERS active nanoparticles proximate to one another, wherein the first SERS active nanoparticle and the second SERS active nanoparticle have different shapes; and illuminating the first SERS active nanoparticle at the first wavelength causing the first SERS active nanoparticle to emit a Raman shifted photon at the second wavelength which is absorbed by the second SERS active nanoparticle causing emission of a second Raman shifted photon at the third wavelength.
A system including an information processing apparatus and a component gripper to be used for a mounting apparatus ,which is configured to mount a component on a board (S), the component gripper having a positioning grip portion that is configured to grip the component in a positioned state; and having a reference portion that is configured to represent a reference position (B) serving as a predetermined relative position to a position of the component gripped by the positioning grip portion , wherein the positioning grip portion has a groove portion which is configured to accommodate and is configured to position a lead of the component to be fitted in the groove portion so that the component can be gripped; the information processing apparatus is characterized by : a processing unit which is configured to acquire an image including at least the reference portion in a state where the component is gripped by the component gripper , and is configured to acquire a position of the reference portion based on the acquired image, and is configured to acquire a position of the component based on the relative position to the acquired position of the reference portion , wherein the processing unit is configured to acquire a position of the lead as the position of the component . the positioning grip portion has a groove portion which is configured to accommodate and is configured to position a lead of the component to be fitted in the groove portion so that the component can be gripped; the information processing apparatus is characterized by : a processing unit which is configured to acquire an image including at least the reference portion in a state where the component is gripped by the component gripper , and is configured to acquire a position of the reference portion based on the acquired image, and is configured to acquire a position of the component based on the relative position to the acquired position of the reference portion , wherein the processing unit is configured to acquire a position of the lead as the position of the component . a processing unit which is configured to acquire an image including at least the reference portion in a state where the component is gripped by the component gripper , and is configured to acquire a position of the reference portion based on the acquired image, and is configured to acquire a position of the component based on the relative position to the acquired position of the reference portion , wherein the processing unit is configured to acquire a position of the lead as the position of the component .
Wheel for a motor vehicle, with a hub portion , spokes extending radially outwardly from the hub portion, and a rim supported on the spokes , and also with two coverings of the spoke area (SR), which coverings are delimited by the rim , wherein a covering is provided on each of the two sides of the spokes , that is to say facing the inner sides thereof and facing the outer sides thereof, wherein the covering arranged on the inner side when the wheel is in the state installed on the vehicle and annular as considered in a projection in the direction of the wheel rotation axis (D) is adhesively bonded to the edge of the hub portion and to a ring region of the rim and/or the inner sides of the spokes , and wherein the outside covering is formed annularly over its entire area or as considered in a projection in the direction of the wheel rotation axis (D), characterised in that the outside covering is inserted exchangeably, with a sealing element arranged in between, into a groove in a rim ring region or in a ring region of each of the rim and the hub portion .
Sealing arrangement for sealing a frame part with respect to a battery cell inserted into a receptacle of the frame part , the sealing arrangement having a sealing element supported against the frame part , characterized in that the sealing element comprises a centering bead , in the region of which the sealing element bears against a supporting surface of the frame part , and a sealing lip projecting freely beyond the centering bead into the receptacle .
Use of a tube as a hydrogen transfer tube, comprising: a first layer formed of a material having elusion resistance to hydrogen; and a second layer, as a separate layer surrounding an outer surface of the first layer, formed of polyurethane in order to prevent the permeation of hydrogen, characterized in that the material of the first layer is a polyamide-based material, wherein the first layer forms a layer that is in direct contact with hydrogen flowing through the hydrogen transfer tube. a first layer formed of a material having elusion resistance to hydrogen; and a second layer, as a separate layer surrounding an outer surface of the first layer, formed of polyurethane in order to prevent the permeation of hydrogen, characterized in that the material of the first layer is a polyamide-based material, wherein the first layer forms a layer that is in direct contact with hydrogen flowing through the hydrogen transfer tube.
A protein selected from lebecetin and functional variants or fragments thereof for use in the treatment of an ocular neovascular disease, wherein said protein comprises: - a first subunit comprising, or consisting of, the amino acid sequence SEQ ID NO: 1 or SEQ ID NO: 2 or an amino acid sequence having at least 75% identity thereto, and - a second subunit comprising, or consisting of, the amino acid sequence SEQ ID NO: 3 or SEQ ID NO: 4, or an amino acid sequence having at least 75% identity thereto. - a first subunit comprising, or consisting of, the amino acid sequence SEQ ID NO: 1 or SEQ ID NO: 2 or an amino acid sequence having at least 75% identity thereto, and - a second subunit comprising, or consisting of, the amino acid sequence SEQ ID NO: 3 or SEQ ID NO: 4, or an amino acid sequence having at least 75% identity thereto.
Joining device for joining a joining element to a component comprising: a joining head , comprising a retaining device for a joining element and by means of which, in use, the joining element can be moved along a joining axis in relation to a component , and further comprising a carriage for moving along the joining axis on the joining head , wherein the retaining device is arranged on the carriage characterized in that a cleaning device to carry out a cleaning process on a joining surface (26; 30) of the component and/or on a joining surface of the joining element , wherein the cleaning device comprises a plasma gas cleaning device (34-1) adapted to melt an area of the joining surface (26;30) after or during the cleaning process, in order to create an ignition tip on the joining surface , wherein the plasma gas cleaning device (34-1) comprises an elongated tungsten electrode and an anode sleeve , wherein an annular intermediate space is formed between the tungsten electrode and the anode sleeve , and wherein, in use, an electrical voltage from 5V to 100V is applied between the tungsten electrode and the anode to generate the plasma. a retaining device for a joining element and by means of which, in use, the joining element can be moved along a joining axis in relation to a component , and further comprising a carriage for moving along the joining axis on the joining head , wherein the retaining device is arranged on the carriage characterized in that a cleaning device to carry out a cleaning process on a joining surface (26; 30) of the component and/or on a joining surface of the joining element , wherein the cleaning device comprises a plasma gas cleaning device (34-1) adapted to melt an area of the joining surface (26;30) after or during the cleaning process, in order to create an ignition tip on the joining surface , wherein the plasma gas cleaning device (34-1) comprises an elongated tungsten electrode and an anode sleeve , wherein an annular intermediate space is formed between the tungsten electrode and the anode sleeve , and wherein, in use, an electrical voltage from 5V to 100V is applied between the tungsten electrode and the anode to generate the plasma.
A human monoclonal IgG antibody that binds specifically to human tissue factor pathway inhibitor, wherein a) the human heavy chain comprises SEQ ID NO: 10 and b) the human light chain comprises SEQ ID NO: 17. a) the human heavy chain comprises SEQ ID NO: 10 and b) the human light chain comprises SEQ ID NO: 17.
An apparatus comprising at least one processor and at least one memory including computer instructions, when executed by the at least one processor, cause the apparatus to: receive, by a wireless device, an ambient orthogonal frequency-division multiplexing (OFDM) symbol that includes a cyclic prefix at a first portion of the OFDM symbol that is a copy of a second portion of the OFDM symbol; modulate, by the wireless device, at least part of the received ambient OFDM symbol, including: modulate either the first portion or the second portion of the ambient OFDM symbol with data; and reflect, by the wireless device, at least the first portion and the second portion of the modulated OFDM symbol, wherein causing the apparatus to modulate further comprises causing the apparatus to: modulate one of the first portion and the second portion of ambient OFDM symbol, which is not modulated with data, with an orthogonal code associated with the wireless device. receive, by a wireless device, an ambient orthogonal frequency-division multiplexing (OFDM) symbol that includes a cyclic prefix at a first portion of the OFDM symbol that is a copy of a second portion of the OFDM symbol; modulate, by the wireless device, at least part of the received ambient OFDM symbol, including: modulate either the first portion or the second portion of the ambient OFDM symbol with data; and reflect, by the wireless device, at least the first portion and the second portion of the modulated OFDM symbol, wherein causing the apparatus to modulate further comprises causing the apparatus to: modulate one of the first portion and the second portion of ambient OFDM symbol, which is not modulated with data, with an orthogonal code associated with the wireless device.
Battery pack of a naval ship, the battery pack comprising a compartment intended to receive a plurality of accumulators, and a docking system removable for docking the compartment to an enclosure of the naval ship, the docking system comprising at least one locking member (9; 109) comprising a male element (11; 111) in the form of a hook, mounted on a first partition of the compartment , said male element (11; 111) being actuatable between an unlocked position and a locked position, said male element (11; 111) being designed, in its locked position, to engage with an additional fixing element (17; 117; 217) of a first wall of the enclosure or of a partition of another battery pack arranged opposite the first partition of the compartment , the docking system further comprising an actuation mechanism (30; 130) for actuating the male element (11; 111) from its unlocked position to its locked position, the locking member (9; 109) comprising an actuating portion (32; 132), disposed inside the compartment , and said male element (11; 111), said male element (11; 111) protruding from the actuating portion (32; 132) towards the outside of the compartment , at least in its locked position, characterized in that the docking system further comprises a fixing element (17; 117) complementary to said male element , arranged in fixed manner on a second partition of the compartment , opposite and parallel to the first partition , the complementary fixing element (17; 117) being designed to interact with the male element of another battery pack disposed opposite the second partition . the locking member (9; 109) comprising an actuating portion (32; 132), disposed inside the compartment , and said male element (11; 111), said male element (11; 111) protruding from the actuating portion (32; 132) towards the outside of the compartment , at least in its locked position, characterized in that the docking system further comprises a fixing element (17; 117) complementary to said male element , arranged in fixed manner on a second partition of the compartment , opposite and parallel to the first partition , the complementary fixing element (17; 117) being designed to interact with the male element of another battery pack disposed opposite the second partition .
A tensioning system for tensioning a tensionable cloth , the tensioning system comprising: - a frame formed by at least one frame profile , preferably several frame profiles coupled together, wherein the one or several frame profiles comprise a means for attaching the cloth ; - a lateral tensioning system comprising at least one tensioning profile coupled to at least one frame profile , and comprising at least one stop which is adjustably coupled to a tensioning element , wherein the tensioning profile is configured to slide laterally over the frame, and wherein the lateral displacement is adjustable by adjusting the coupling between the tensioning profile and the tensioning element ; said tensioning system being characterised in that the lateral tensioning system is arranged on an inner side of the frame, and in that the tensioning system comprises - a corner-tensioning system arranged in a corner of the frame, the corner-tensioning system comprising at least one corner plate coupled to at least one frame profile, preferably to two adjoining frame profiles , and comprising at least one stop which is adjustably coupled to a tensioning element , wherein the corner plate is configured to slide diagonally over the corner of the frame, and wherein the diagonal displacement is adjustable by adjusting the coupling between the tensioning profile and the tensioning element . - a frame formed by at least one frame profile , preferably several frame profiles coupled together, wherein the one or several frame profiles comprise a means for attaching the cloth ; - a lateral tensioning system comprising at least one tensioning profile coupled to at least one frame profile , and comprising at least one stop which is adjustably coupled to a tensioning element , wherein the tensioning profile is configured to slide laterally over the frame, and wherein the lateral displacement is adjustable by adjusting the coupling between the tensioning profile and the tensioning element ; said tensioning system being characterised in that the lateral tensioning system is arranged on an inner side of the frame, and in that the tensioning system comprises - a corner-tensioning system arranged in a corner of the frame, the corner-tensioning system comprising at least one corner plate coupled to at least one frame profile, preferably to two adjoining frame profiles , and comprising at least one stop which is adjustably coupled to a tensioning element , wherein the corner plate is configured to slide diagonally over the corner of the frame, and wherein the diagonal displacement is adjustable by adjusting the coupling between the tensioning profile and the tensioning element .