mhurhangee/ep-ind-claims huggingface dataset:
A preprocessing apparatus for gas analysis comprising: a gas flow path including a collecting portion that is configured to be cooled in order to collect a target gas to be analyzed; a cooling device operable to cool the collecting portion of the gas flow path; and a heat conductor configured to surround an outer periphery of the collecting portion, wherein the cooling device includes a contact cooling section configured to contact the heat conductor to uniformly cool the collecting portion to a set temperature, and has a temperature adjusting function of adjusting a temperature of the contact cooling section to an arbitrary temperature by utilizing electrical energy, the collecting portion, the heat conductor, and the contact cooling section are within a vacuum chamber of a sealed structure, the vacuum chamber being connected to a vacuum pump; the vacuum chamber is configured to be brought into a vacuum state by the vacuum pump when the collecting portion is cooled; characterised in that the collecting portion is a gas pipe through which gas flows; and the heat conductor is insert molded including the gas pipe as an insert. a gas flow path including a collecting portion that is configured to be cooled in order to collect a target gas to be analyzed; a cooling device operable to cool the collecting portion of the gas flow path; and a heat conductor configured to surround an outer periphery of the collecting portion, wherein the cooling device includes a contact cooling section configured to contact the heat conductor to uniformly cool the collecting portion to a set temperature, and has a temperature adjusting function of adjusting a temperature of the contact cooling section to an arbitrary temperature by utilizing electrical energy, the collecting portion, the heat conductor, and the contact cooling section are within a vacuum chamber of a sealed structure, the vacuum chamber being connected to a vacuum pump; the vacuum chamber is configured to be brought into a vacuum state by the vacuum pump when the collecting portion is cooled; characterised in that the collecting portion is a gas pipe through which gas flows; and the heat conductor is insert molded including the gas pipe as an insert.
A complex organic silicon compounds with boron citrate and dimethylethanolamine of formula: [CH 3 Si(OMe) 3] m • [C 18 H 15 BO 21] n • [DMAE] p wherein: Me is an alkaline, monovalent metal or hydrogen; DMAE is dimethylethanolamine; m has the value of 1-3; n has the value of 1-20; p has the value of 10-100. Me is an alkaline, monovalent metal or hydrogen; DMAE is dimethylethanolamine; m has the value of 1-3; n has the value of 1-20; p has the value of 10-100.
An absorbent core for an absorbent article, said core comprising a substrate layer, said substrate layer comprising a first surface and a second surface, said absorbent core further comprising a layer of absorbent polymer material, said layer of absorbent polymer material comprising a first surface and a second surface, said absorbent core further comprising a layer of adhesive, said layer of adhesive comprising a first surface and a second surface, wherein said layer of absorbent polymer material is comprised between said layer of adhesive and said substrate layer; said second surface of said layer of absorbent polymer material is in contact with said first surface of said substrate layer; and said first surface of said layer of absorbent polymer material is in contact with said second surface of said layer of adhesive, characterized in that said layer of absorbent polymer material comprises porous absorbent polymer particles having a bulk density (measured according to the method "Apparent density" in the Test Methods section of the description) of from 0.01 g/cm 3 to 0.4 g/cm 3.
Method for creating an access opening in existing bath tubs, wherein an access opening is cut into the bath tub and an intermediate means is inserted in the cavity between external cladding (3, 4) of the bath tub and bath tub body, characterized in that in the cavity formed by the cutting between bath tub body and the external cladding (3, 4) a quickhardening foam is introduced as intermediate means and the intermediate means is cut with a cutting tool and thus adapted to the shape of the cut-out.
A viral vector for use in a gene therapy treatment of severe and/or moderate haemophilia B in a human patient, wherein the viral vector comprises a nucleic acid encoding a modified FIX polypeptide, having at least the following sequence: wherein X represents A.
An apparatus for estimating a road condition, comprising an input interface configured to receive input data derived from one or more sensors, wherein each sensor is configured to measure a physical quantity related to a vehicle or its environment, wherein the input data features a current driving status of the vehicle; a machine learning processor configured to map the input data to an estimated road condition; a validation processor configured to validate the estimated road condition based on a measurement of the road condition obtained at the current driving status of the vehicle; and characterized by further comprising a communication circuitry configured to communicate validation information regarding an outcome of the validation of the estimated road condition between the apparatus and an external entity. an input interface configured to receive input data derived from one or more sensors, wherein each sensor is configured to measure a physical quantity related to a vehicle or its environment, wherein the input data features a current driving status of the vehicle; a machine learning processor configured to map the input data to an estimated road condition; a validation processor configured to validate the estimated road condition based on a measurement of the road condition obtained at the current driving status of the vehicle; and characterized by further comprising a communication circuitry configured to communicate validation information regarding an outcome of the validation of the estimated road condition between the apparatus and an external entity.
A printer, comprising: a thermal print head; a supply shaft around which an ink ribbon is wound; a winding shaft around which the ink ribbon is wound after passing the thermal print head; and a first light emitting device and a first photodetector aligned along a first line parallel to a second line passing through a rotational axis of the supply shaft and a rotational axis of the winding shaft, the first line being at a predetermined distance from the second line, the predetermined distance being greater than each of a radius of the supply shaft and a radius of the winding shaft, and less than a radial distance from the rotational axis of the supply shaft to an outer surface of the ink ribbon on the supply shaft and a radial distance from the rotational axis of the winding shaft to an outer surface of the ink ribbon on the winding shaft when a length of the ink ribbon wound on the supply shaft is equal to a length of the ink ribbon wound on the winding shaft. a thermal print head; a supply shaft around which an ink ribbon is wound; a winding shaft around which the ink ribbon is wound after passing the thermal print head; and a first light emitting device and a first photodetector aligned along a first line parallel to a second line passing through a rotational axis of the supply shaft and a rotational axis of the winding shaft, the first line being at a predetermined distance from the second line, the predetermined distance being greater than each of a radius of the supply shaft and a radius of the winding shaft, and less than a radial distance from the rotational axis of the supply shaft to an outer surface of the ink ribbon on the supply shaft and a radial distance from the rotational axis of the winding shaft to an outer surface of the ink ribbon on the winding shaft when a length of the ink ribbon wound on the supply shaft is equal to a length of the ink ribbon wound on the winding shaft.
Dielectric barrier discharge lamp, having o a discharge vessel, which o comprises an outer tube and an inner tube, ▪ the inner tube being arranged inside the outer tube, ▪ the inner tube and the outer tube being connected to one another in a gas-tight manner, so that a discharge space filled with a discharge medium is formed between the inner and outer tubes, ∘ a first electrode and at least one further electrode, ∘ the first electrode being arranged inside the inner tube, characterised in that the first electrode is configured in the form of an electrically conductive brush. o a discharge vessel, which o comprises an outer tube and an inner tube, ▪ the inner tube being arranged inside the outer tube, ▪ the inner tube and the outer tube being connected to one another in a gas-tight manner, so that a discharge space filled with a discharge medium is formed between the inner and outer tubes, ∘ a first electrode and at least one further electrode, ∘ the first electrode being arranged inside the inner tube,
A method for mobility state estimation comprising: performing, by an apparatus, a mobility state estimation, wherein the mobility state estimation is based on counting the number of cell changes of a User Equipment, UE, wherein a cell change comprises at least one of cell handovers, cell selections, and cell reselections which occur during a time period; characterized by: determining, by the apparatus, whether the cell change results in the user equipment (440, 470) staying less than a predetermined time in a cell; and filtering, by the apparatus, out from the mobility state estimation the at least one cell change, when the user equipment (440, 470) stays less than the predetermined time in the cell. performing, by an apparatus, a mobility state estimation, wherein the mobility state estimation is based on counting the number of cell changes of a User Equipment, UE, wherein a cell change comprises at least one of cell handovers, cell selections, and cell reselections which occur during a time period; characterized by: determining, by the apparatus, whether the cell change results in the user equipment (440, 470) staying less than a predetermined time in a cell; and filtering, by the apparatus, out from the mobility state estimation the at least one cell change, when the user equipment (440, 470) stays less than the predetermined time in the cell. determining, by the apparatus, whether the cell change results in the user equipment (440, 470) staying less than a predetermined time in a cell; and filtering, by the apparatus, out from the mobility state estimation the at least one cell change, when the user equipment (440, 470) stays less than the predetermined time in the cell.
A method for repairing a coated article, the article comprising: a ceramic matrix composite substrate; and a coating system (300; 300'; 300''; 300′′′) comprising: a plurality of layers (310, 320, 330; 305); and a damage site at least partially penetrating at least one of the layers (310, 320, 330; 305), the method comprising: forming a repair layer by plasma spray or slurry depositing of a filler (350, 360) into the damage site, the filler having a depthwise gradation of calcium magnesium alumino-silicate (CMAS). a ceramic matrix composite substrate; and a coating system (300; 300'; 300''; 300′′′) comprising: a plurality of layers (310, 320, 330; 305); and a damage site at least partially penetrating at least one of the layers (310, 320, 330; 305),
Method for determining a web tension of a product web, wherein the product web is moved by at least one motor over a deflection roller at a web speed (v), wherein the motor drives the deflection roller with a speed of rotation (w) and a torque, wherein a frequency converter predefines the torque and the speed of rotation (w) of the motor, wherein the web tension at at least one point of the product web is determined by using a load on the motor that is provided by the frequency converter, a frictional load (Y_f), an acceleration load (Y_a), the diameter (d) of the deflection roller and the width (b) of the product web, wherein the web tension at the at least one point is calculated by Z = Y − Y _ f − Y _ a d b.
Formwork element comprising two laterally mutually spaced formwork plates that are interconnected by at least a plurality of connection elements and define, between said plates, a formwork space which can be filled with a filling compound and into which a reinforcement cage designed to fix the position of reinforcement bars can be inserted, wherein a reinforcement component is inserted in the intermediate space between two adjacent connection elements, which component comprises holders for attaching wire structures forming a reinforcement cage, the reinforcement component comprises, on the ends thereof that can be connected to the connection elements, latch elements for latching into corresponding latch openings in the connection elements, and the reinforcement component comprises at least one longitudinal web, from which projections project laterally, on which projections the holders are formed.
System for transporting multiple bodies (6a, 6b, 65c, 6d) for motor vehicles in a container, wherein the system comprises a container and said container has a cuboidal interior with a ceiling height d and a door opening with a door height t, wherein the door height t is lower than the ceiling height d, wherein the system has a transport frame (4a, 4b, 4c, 4d) for each body (6a, 6b, 6c, 6d) to be transported, wherein each transport frame (4a, 4b, 4c, 4d) has a first support device (14a, 14b, 14c) and a second support device (16a, 16b, 16c, 16d), wherein a length of at least one support device (14a, 14b, 14c, 16a, 16b, 16c, 16d) can be changed, wherein each body (6a, 6b, 6c, 6d) to be transported is to be arranged on a respective transport frame (4a, 4b, 4c, 4d), wherein a maximum height of the transport frame (4a, 4b, 4c, 4d) with the body (6a, 6b, 6c, 6d) arranged thereon is to be set to a value, which is lower than the door height t, wherein the transport frame (4a, 4b, 4c, 4d) with the body (6a, 6b, 6c, 6d) arranged thereon is to be guided through the door opening and is to be arranged in the interior of the container, characterised in that the maximum height of at least one transport frame (4a, 4b, 4c, 4d) with the body (6a, 6b, 6c, 6d) arranged thereon is to be set to a value, which is higher than the door height t, but maximally as high as the ceiling height d, by extending the at least one support device (14, 14b, 14c, 16a, 16b, 16c, 16d), wherein each support device (14a, 14b, 14c, 16a, 16b, 16c, 16d) has a retaining device (22, 28), on which the body (6a, 6b, 6c, 6d) can be arranged, wherein when changing the length of the at least one support device (14a, 14b, 14c, 16a, 16b, 16c, 16d) a distance of a retaining device (22, 28) of the at least one support device (14a, 14b, 14c, 16a, 16b, 16c, 16d) to a base frame (12a, 12b, 12c, 12d) can be set with respect to its height.
A human engineered CGRP antibody comprising a light chain variable region (LCVR) and a heavy chain variable region (HCVR), wherein said LCVR amino acid sequence is SEQ ID NO: 17 and said HCVR amino acid sequence is SEQ ID NO: 22.
Electrical assistance device for a bicycle, comprising an electrical machine provided with a support arm and comprising a rotor shaft that carries a drive roller by means of a free wheel, the support arm being mountable on the bicycle by means of a pivot shaft, the pivot axis of which is at a distance from the axis of the rotor shaft, so that the support arm can pivot in a first pivoting direction in order to place the drive roller in contact with an annular region of the wheel of the bicycle, in a driving position, and can pivot in a second pivoting direction in order to separate the drive roller from this annular contact region, a restoring means acting on the said support arm in the said first pivoting direction, actuable positioning means for holding the support arm releasably in a separated position of the drive roller, and characterised by means for controlling the operation of the electrical machine, which are capable of supplying the electrical machine with electrical energy in order to produce a motive torque in the direction of the wheel of the bicycle being driven in forward movement by means of the free-wheel member and the drive roller, and are capable of delivering an electrical pulse to the electrical machine in order to produce a reaction torque in a direction opposite to the said motive torque, causing the support arm to pivot in the said second pivoting direction, causing actuation of the said positioning means.
A semiconductor device comprising: an upper conductive line on a substrate; a channel structure adjacent the upper conductive line; a gate dielectric film between the channel structure and the upper conductive line; and a conductive contact pattern electrically connected to the channel structure, wherein the channel structure comprises: a main channel portion comprising an oxide semiconductor layer having a first composition; and a channel contact portion between the main channel portion and the conductive contact pattern, wherein the channel contact portion is in contact with the conductive contact pattern and comprises a material having a second composition that is different from the first composition, wherein the channel contact portion and the oxide semiconductor layer respectively comprise one or more same elements, and the channel contact portion further comprises at least one dopant, wherein the at least one dopant comprises aluminum (Al), boron, arsenic (As), fluorine, or hydrogen. an upper conductive line on a substrate; a channel structure adjacent the upper conductive line; a gate dielectric film between the channel structure and the upper conductive line; and a conductive contact pattern electrically connected to the channel structure, wherein the channel structure comprises: a main channel portion comprising an oxide semiconductor layer having a first composition; and a channel contact portion between the main channel portion and the conductive contact pattern, wherein the channel contact portion is in contact with the conductive contact pattern and comprises a material having a second composition that is different from the first composition, wherein the channel contact portion and the oxide semiconductor layer respectively comprise one or more same elements, and the channel contact portion further comprises at least one dopant, wherein the at least one dopant comprises aluminum (Al), boron, arsenic (As), fluorine, or hydrogen. a main channel portion comprising an oxide semiconductor layer having a first composition; and a channel contact portion between the main channel portion and the conductive contact pattern, wherein the channel contact portion is in contact with the conductive contact pattern and comprises a material having a second composition that is different from the first composition, wherein the channel contact portion and the oxide semiconductor layer respectively comprise one or more same elements, and the channel contact portion further comprises at least one dopant, wherein the at least one dopant comprises aluminum (Al), boron, arsenic (As), fluorine, or hydrogen.
A method for indicating a transmission opportunity, TXOP, duration in a wireless communication system, comprising: generating, by a TXOP holder, a physical layer protocol data unit, PPDU, wherein a High Efficiency Signal field A, HE-SIGA, in the PPDU carries a TXOP duration field, the TXOP duration field consists of 7 bits; wherein the TXOP duration field is used to indicate the TXOP duration which is remaining time for using a channel by the TXOP holder; wherein the TXOP duration field includes a first part which is used to indicate a granularity used to indicate the TXOP duration, and a second part which is used to indicate the TXOP duration using the granularity indicated by the first part; sending, by the TXOP holder, the generated PPDU. generating, by a TXOP holder, a physical layer protocol data unit, PPDU, wherein a High Efficiency Signal field A, HE-SIGA, in the PPDU carries a TXOP duration field, the TXOP duration field consists of 7 bits; wherein the TXOP duration field is used to indicate the TXOP duration which is remaining time for using a channel by the TXOP holder; wherein the TXOP duration field includes a first part which is used to indicate a granularity used to indicate the TXOP duration, and a second part which is used to indicate the TXOP duration using the granularity indicated by the first part; sending, by the TXOP holder, the generated PPDU.
A method for an adaptive transmission time interval, TTI, coexistence mechanism, the method comprising: allocating, by a network controller, a long term evolution, LTE, TTI at a first bandwidth, wherein the first bandwidth is smaller than an available system bandwidth and is centered around a carrier frequency at a center of the available system bandwidth; allocating adaptive TTIs in the available system bandwidth outside the first bandwidth, wherein the adaptive TTIs are capable of using different TTI lengths in a same bandwidth; generating adaptive TTI bandwidth partitioning information describing the allocation of adaptive TTIs in the available system bandwidth outside the first bandwidth; and broadcasting the adaptive TTI bandwidth partitioning information to adaptive TTI-capable terminals. allocating, by a network controller, a long term evolution, LTE, TTI at a first bandwidth, wherein the first bandwidth is smaller than an available system bandwidth and is centered around a carrier frequency at a center of the available system bandwidth; allocating adaptive TTIs in the available system bandwidth outside the first bandwidth, wherein the adaptive TTIs are capable of using different TTI lengths in a same bandwidth; generating adaptive TTI bandwidth partitioning information describing the allocation of adaptive TTIs in the available system bandwidth outside the first bandwidth; and broadcasting the adaptive TTI bandwidth partitioning information to adaptive TTI-capable terminals.
Electronic component, comprising a carrier, a sensor device mounted on the carrier, which sensor device comprises a sensor chip, an electrostatic discharge protection element for protecting the sensor chip from an electrostatic discharge, which protection element is mounted on the carrier, wherein the protection element is physically separated from the sensor device, wherein the protection element comprises a bridging structure including at least two terminals (11,12) resting on the carrier and wherein the protection element is arranged to bridge the sensor device, or wherein the protection element comprises a rod including a single terminal mounted on the carrier and wherein the rod includes a portion extending into a space above the sensor device.
An injector for delivery of a pharmaceutical composition, the injector comprising a cylinder with a longitudinal axis and an inner wall, a piston having a piston body and a deformable sealing element with a convex surface, the deformable sealing element having, or the piston and the deformable sealing element having a Shore A hardness in the range of 50 to 90, which deformable sealing element abuts the inner wall of the cylinder at an abutting interface and seals an annular gap between the piston body and the inner wall of the cylinder, the abutting interface and the deformable sealing element having axial dimensions parallel with the longitudinal axis, characterised in that the ratio between the largest axial dimension of the abutting interface and the largest axial dimension of the deformable sealing element is in the range between 0.01 and 0.4, the diameter of the deformable sealing element in a relaxed state is 3% to 20% larger than the inner diameter of the cylinder, and in that the injector does not comprise a lubricant selected from glycerine and silicone oil, and perfluoro groups on the surface of the piston.