mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a hinge for a computing device, comprising: forming a shaft to move rotationally; forming a sliding component to move translationally as a result of rotational movement of the shaft; and forming a locking mechanism, wherein the locking mechanism is adapted to inhibit translational movement of the sliding component via locking components that are configured to apply a force to the sliding component, characterized in that the locking mechanism is self-locking such that the locking mechanism applies increasing pressure to the sliding component based on an increasing frictional force between the sliding component and the locking mechanism, the locking component (316, 318) defining an opening, wherein the sliding component (306, 308) is to move translationally through the opening; and the locking mechanism further comprises a spring to apply pressure to the locking component, wherein movement of the sliding component is inhibited by the pressure applied to the locking component resulting in an increased pressure on the sliding component. forming a shaft to move rotationally; forming a sliding component to move translationally as a result of rotational movement of the shaft; and forming a locking mechanism, wherein the locking mechanism is adapted to inhibit translational movement of the sliding component via locking components that are configured to apply a force to the sliding component, characterized in that the locking mechanism is self-locking such that the locking mechanism applies increasing pressure to the sliding component based on an increasing frictional force between the sliding component and the locking mechanism, the locking component (316, 318) defining an opening, wherein the sliding component (306, 308) is to move translationally through the opening; and the locking mechanism further comprises a spring to apply pressure to the locking component, wherein movement of the sliding component is inhibited by the pressure applied to the locking component resulting in an increased pressure on the sliding component.
A method of making an integrated circuit medical device, comprising the steps of: a. depositing a layer of an electrically conductive material onto a releasable substrate; b. forming an electrically conductive framework support member from the deposited layer of electrically conductive material; c. forming a plurality of slots passing through the framework support member and to the releasable substrate thereby defining a plurality of circuit traces in the framework support member bounded by the plurality of slots; and d. coating a dielectric layer onto the framework support member and the plurality of circuit traces thereby filling the plurality of slots and binding the plurality of circuit traces to the framework support member and electrically isolating the plurality of circuit traces from the framework support member. a. depositing a layer of an electrically conductive material onto a releasable substrate; b. forming an electrically conductive framework support member from the deposited layer of electrically conductive material; c. forming a plurality of slots passing through the framework support member and to the releasable substrate thereby defining a plurality of circuit traces in the framework support member bounded by the plurality of slots; and d. coating a dielectric layer onto the framework support member and the plurality of circuit traces thereby filling the plurality of slots and binding the plurality of circuit traces to the framework support member and electrically isolating the plurality of circuit traces from the framework support member.
Sample collecting kit, being adapted to collect plant samples, in particular algae samples for biomedical applications, comprising - at least one sample container adapted to receive plant samples, - a sensor arrangement with multiple sensors (21, 22,...) with which sample data can be detected, - a data recording device adapted to record the sample data, - a tool assembly with collecting tools (41, 42,...) adapted to harvest the plant samples and with processing tools (51, 52,...) adapted to process the plant samples, - a device assembly with auxiliary devices (61, 62,...) which can be used for collecting, transporting and processing the plant samples and which include electrically operated auxiliary devices, and - a container device adapted to receive the tool assembly and the device assembly in a condition isolated from the environment, characterized by - identification marks including identification data and being provided at the at least one sample container, the collecting tools (41, 42,...) and the processing tools (51, 52,...), wherein - the container device is provided with a charging interface via which the electrically operated auxiliary devices of the device assembly can be supplied with electrical charging current. - at least one sample container adapted to receive plant samples, - a sensor arrangement with multiple sensors (21, 22,...) with which sample data can be detected, - a data recording device adapted to record the sample data, - a tool assembly with collecting tools (41, 42,...) adapted to harvest the plant samples and with processing tools (51, 52,...) adapted to process the plant samples, - a device assembly with auxiliary devices (61, 62,...) which can be used for collecting, transporting and processing the plant samples and which include electrically operated auxiliary devices, and - a container device adapted to receive the tool assembly and the device assembly in a condition isolated from the environment, characterized by - identification marks including identification data and being provided at the at least one sample container, the collecting tools (41, 42,...) and the processing tools (51, 52,...), wherein - the container device is provided with a charging interface via which the electrically operated auxiliary devices of the device assembly can be supplied with electrical charging current.
A non-aqueous electrolyte comprising: a lithium salt having a concentration of 4.1 M or more; an organic solvent; and a surfactant, wherein the surfactant is a fluorine-based surfactant. a lithium salt having a concentration of 4.1 M or more; an organic solvent; and a surfactant, wherein the surfactant is a fluorine-based surfactant.
A tape feeder comprising: a feeder main body on which is set a tape reel on which is wound component supply tape; and a reel displacing mechanism (15, 71) provided on the feeder main body and configured to displace the tape reel in a width direction of the feeder main body, wherein the reel displacing mechanism (15, 71) is configured to displace the tape reel in the width direction of the feeder main body via an external force, characterized in that when a tape reel with a reel width larger than the width of the feeder main body is set on the feeder main body, the reel displacing mechanism (15, 71) is configured to displace the tape reel in the width direction of the feeder main body between a position in which only one of the side surface portions of the tape reel from among both the side surface portions of the tape reel protrudes from a side surface of the feeder main body, and a position in which the other side surface of the tape reel protrudes from the other side surface of the feeder main body. a feeder main body on which is set a tape reel on which is wound component supply tape; and a reel displacing mechanism (15, 71) provided on the feeder main body and configured to displace the tape reel in a width direction of the feeder main body, wherein the reel displacing mechanism (15, 71) is configured to displace the tape reel in the width direction of the feeder main body via an external force, characterized in that when a tape reel with a reel width larger than the width of the feeder main body is set on the feeder main body, the reel displacing mechanism (15, 71) is configured to displace the tape reel in the width direction of the feeder main body between a position in which only one of the side surface portions of the tape reel from among both the side surface portions of the tape reel protrudes from a side surface of the feeder main body, and a position in which the other side surface of the tape reel protrudes from the other side surface of the feeder main body.
A composite sheet for artificial leather with low elongation and excellent softness, comprising: a non-woven fabric layer made of ultra fine fibers having a fineness less than 0.3 denier; a woven or knitted fabric layer constructed from a yarn made of ultra fine fibers having a fineness less than 0.3 denier; and polyurethane resin impregnated into the non-woven fabric layer and the woven or knitted fabric layer, wherein the ultra fine fibers of the non-woven fabric layer and the ultra fine fibers of the woven or knitted fabric layer are entangled with each other, and the fineness of the ultra fine fibers of the woven or knitted fabric layer is not more than the fineness of the ultra fine fibers of the non-woven fabric layer. a non-woven fabric layer made of ultra fine fibers having a fineness less than 0.3 denier; a woven or knitted fabric layer constructed from a yarn made of ultra fine fibers having a fineness less than 0.3 denier; and polyurethane resin impregnated into the non-woven fabric layer and the woven or knitted fabric layer, wherein the ultra fine fibers of the non-woven fabric layer and the ultra fine fibers of the woven or knitted fabric layer are entangled with each other, and the fineness of the ultra fine fibers of the woven or knitted fabric layer is not more than the fineness of the ultra fine fibers of the non-woven fabric layer.
Method of producing a cemented carbide body comprising providing: a grain refiner compound comprising a grain refiner and carbon and/or nitrogen, and, a grain growth promoter being carbon, on at least one portion of the surface of a compact of a WC-based starting material comprising one or more hard-phase components and a binder, and then sintering the compact, the grain refiner compound is a carbide, mixed carbide, carbonitride or a nitride, the grain refiner compound and grain growth promoter is provided on the surface of the compact by first providing a compact and then providing the grain refiner compound and the grain growth promoter on at least one portion of the surface of the compact, the grain refiner compound and grain growth promoter is provided by application in the form of a separate or combined liquid dispersion or slurry to the compact, the weight ratio of grain refiner compound to grain growth promoter is from about 0.05 to about 50, the grain refiner compound and the grain growth promoter are both provided onto the surface or surfaces in an amount of from 0.1 to 100 mg/cm 2.
A blank made of a foldable material such as corrugated cardboard, paperboard or carton, for producing packaging which is able to be mechanically assembled, in particular a tray, wherein the blank comprises a base and, articulated thereto, two side walls, a rear wall and a front wall as well as two connecting flaps (7, 8) articulated to the front wall and two connecting flaps articulated to the rear wall, for connecting the side walls to the front wall and the rear wall, characterized in that an unstressed resilient element is fastened to the connecting flaps which are articulated to the front wall.
An electronic device (101, 102, 104, 105, or 107), comprising two display panels adjoining each other; a first filling element (52 or 54) and a second filling element (54 or 52), wherein the first filling element (52 or 54) and the second filling element (54 or 52) are disposed between the two display panels, and a material of the first filling element (52 or 54) is different from a material of the second filling element (54 or 52); characterized in that, an encapsulation material is disposed between the first filling element (52 or 54) and each of the two display panels and disposed between the second filling element (54 or 52) and each of the two display panels. two display panels adjoining each other; a first filling element (52 or 54) and a second filling element (54 or 52), wherein the first filling element (52 or 54) and the second filling element (54 or 52) are disposed between the two display panels, and a material of the first filling element (52 or 54) is different from a material of the second filling element (54 or 52); characterized in that, an encapsulation material is disposed between the first filling element (52 or 54) and each of the two display panels and disposed between the second filling element (54 or 52) and each of the two display panels.
A low power voltage regulator for supplying operating voltage to circuits required to maintain data and/or be operational during an integrated circuit device low power sleep mode, the low power voltage regulator comprising: a first input receiving a first supply voltage (V DD, V DD-2); a second input receiving a second supply voltage; an output outputting a regulated voltage; a first N-channel field effect transistor (332; 432) having a drain, a source, and a gate, wherein the drain of the first N-channel FET (332; 432) is connected to the first input and the source of the first N-channel FET is connected to the output; a first P-channel FET (336, 436) having a source, a drain, and a gate, wherein the drain and gate of the first p-channel FET (336, 436) are connected, and the source of the first p-channel FET (336, 436) is connected to the source of the first N-channel FET (332,432); a first constant current source (340, 440) connected between ground and the gate of the first P-channel FET (336, 436); and a second P-channel FET (334; 434) having a drain, source, and gate, wherein the source of the second P-channel FET (334; 434) is coupled with the second input, the drain of the second P-channel FET (334; 434) with the output and the gate of the second P-channel FET (334, 434) is coupled with the gate of the first N-channel FET (332; 432); wherein the low power voltage regulator further comprises a feedback loop circuit (330 and 330; 450) coupled between the gate of the first P-channel FET (336, 436) and the gate of the first N-channel FET (332; 432) to maintain the output at a desired voltage operating point. a first input receiving a first supply voltage (V DD, V DD-2); a second input receiving a second supply voltage; an output outputting a regulated voltage; a first N-channel field effect transistor (332; 432) having a drain, a source, and a gate, wherein the drain of the first N-channel FET (332; 432) is connected to the first input and the source of the first N-channel FET is connected to the output; a first P-channel FET (336, 436) having a source, a drain, and a gate, wherein the drain and gate of the first p-channel FET (336, 436) are connected, and the source of the first p-channel FET (336, 436) is connected to the source of the first N-channel FET (332,432); a first constant current source (340, 440) connected between ground and the gate of the first P-channel FET (336, 436); and a second P-channel FET (334; 434) having a drain, source, and gate, wherein the source of the second P-channel FET (334; 434) is coupled with the second input, the drain of the second P-channel FET (334; 434) with the output and the gate of the second P-channel FET (334, 434) is coupled with the gate of the first N-channel FET (332; 432);
Method for detecting damage to a bearing in a bearing carrier housing of a fluid-conducting device in the form of a pump assembly, - wherein at least one odour sensor (17, 18) detects an odorous substance produced by the bearing and transmits an odour profile of the odorous substance to an evaluation unit, - wherein the evaluation unit compares the odour profile with one or more characteristic odour profiles, - wherein an output signal is generated in an output unit if the odour sensor detects a characteristic odour profile, characterized in that - the at least one odour sensor (17, 18) is arranged fixedly in the bearing carrier housing of the fluid-conducting device in the form of a pump assembly. - wherein at least one odour sensor (17, 18) detects an odorous substance produced by the bearing and transmits an odour profile of the odorous substance to an evaluation unit, - wherein the evaluation unit compares the odour profile with one or more characteristic odour profiles, - wherein an output signal is generated in an output unit if the odour sensor detects a characteristic odour profile, characterized in that - the at least one odour sensor (17, 18) is arranged fixedly in the bearing carrier housing of the fluid-conducting device in the form of a pump assembly.
Natural Killer T cells that express a chimeric antigen receptor that targets Glypican-3 for use in a method of treating a disease associated with proliferation and/or activity of GPC3-positive cells in an individual, the method comprising the step of contacting the cells with a therapeutically effective amount of the NKT cells, and the CAR comprising (i) an scFv antibody other than 3E11, 2G9, 4G5, 3D8, or 2E10, (ii) a CD28 costimulatory domain and (iii) a 4-1BB costimulatory domain, wherein: (a) the NKT cells harbour a polynucleotide that encodes the CAR and comprises SEQ ID NO: 19 or SEQ ID NO: 33, or a combination thereof; and/or (b) the CAR comprises the amino acid sequence of SEQ ID NO: 18 or SEQ ID NO: 32, or a combination thereof; wherein the disease is cancer or Simpson-Golabi-Behmel syndrome. (a) the NKT cells harbour a polynucleotide that encodes the CAR and comprises SEQ ID NO: 19 or SEQ ID NO: 33, or a combination thereof; and/or (b) the CAR comprises the amino acid sequence of SEQ ID NO: 18 or SEQ ID NO: 32, or a combination thereof; wherein the disease is cancer or Simpson-Golabi-Behmel syndrome.
An aqueous composition comprising in the aqueous phase - microcapsules which comprise a shell and a core, where the core contains a pesticide; - and a codispersant of the formula R-X in which R has 6 to 10 carbon atoms and is alkyl, arylalkyl, or alkylaryl; X is -O-PO 3 H 2, -CO 2 H, -O-SO 3 H, -SO 3 H, or salts thereof. - microcapsules which comprise a shell and a core, where the core contains a pesticide; - and a codispersant of the formula R-X in which R has 6 to 10 carbon atoms and is alkyl, arylalkyl, or alkylaryl; X is -O-PO 3 H 2, -CO 2 H, -O-SO 3 H, -SO 3 H, or salts thereof. R has 6 to 10 carbon atoms and is alkyl, arylalkyl, or alkylaryl; X is -O-PO 3 H 2, -CO 2 H, -O-SO 3 H, -SO 3 H, or salts thereof.
A meter electronics having a notch filter configured to filter a sensor signal from a sensor assembly in a vibratory meter, the meter electronics comprising: the notch filter communicatively coupled to the sensor assembly and configured to: receive the sensor signal from the sensor assembly, the sensor signal being comprised of a first component at a resonant frequency of the sensor assembly and a second component at a non-resonant frequency; and pass the first component and substantially attenuate the second component with the notch filter, wherein the first component is passed with substantially zero phase shift, wherein the notch filter is adjusted such that the first component is passed by centering a passband of the notch filter at the resonant frequency of the sensor assembly. the notch filter communicatively coupled to the sensor assembly and configured to: receive the sensor signal from the sensor assembly, the sensor signal being comprised of a first component at a resonant frequency of the sensor assembly and a second component at a non-resonant frequency; and pass the first component and substantially attenuate the second component with the notch filter, wherein the first component is passed with substantially zero phase shift, receive the sensor signal from the sensor assembly, the sensor signal being comprised of a first component at a resonant frequency of the sensor assembly and a second component at a non-resonant frequency; and pass the first component and substantially attenuate the second component with the notch filter, wherein the first component is passed with substantially zero phase shift, wherein the notch filter is adjusted such that the first component is passed by centering a passband of the notch filter at the resonant frequency of the sensor assembly.
A method for synthesizing an intermetallic compound Ag-Sn comprising the following successive steps: - a step of providing a mixture during which a solution of a mixture of a silver salt and of a protective agent in a polyol-type solvent is carried out, - a first heating step during which the solution is brought to a temperature T1 greater than or equal to 140°C and less than or equal to 180°C for a time period t1 greater than or equal to 5 min and less than or equal to 1 h, during this step the silver salt is reduced by the polyol solvent, - a tin salt introduction step during which a tin salt and soda are introduced in the solution, - a second heating step during which the solution is brought to a temperature T2 greater than or equal to 140°C and less than or equal to 180°C for a time period t2 greater than or equal to 5 min and less than or equal to 1 h, - a reduction step during which a reducing agent is introduced in the solution, - a third heating step during which the solution is brought to a temperature T3 greater than or equal to 160°C and less than or equal to 240°C for a time period t3 greater than or equal to 30 min and less than or equal to 24 h, during this step the tin salt is reduced by the reducing agent, - a recovery step during which the obtained intermetallic compound Ag-Sn is recovered. - a step of providing a mixture during which a solution of a mixture of a silver salt and of a protective agent in a polyol-type solvent is carried out, - a first heating step during which the solution is brought to a temperature T1 greater than or equal to 140°C and less than or equal to 180°C for a time period t1 greater than or equal to 5 min and less than or equal to 1 h, during this step the silver salt is reduced by the polyol solvent, - a tin salt introduction step during which a tin salt and soda are introduced in the solution, - a second heating step during which the solution is brought to a temperature T2 greater than or equal to 140°C and less than or equal to 180°C for a time period t2 greater than or equal to 5 min and less than or equal to 1 h, - a reduction step during which a reducing agent is introduced in the solution, - a third heating step during which the solution is brought to a temperature T3 greater than or equal to 160°C and less than or equal to 240°C for a time period t3 greater than or equal to 30 min and less than or equal to 24 h, during this step the tin salt is reduced by the reducing agent, - a recovery step during which the obtained intermetallic compound Ag-Sn is recovered.
Parking garage comprising a load bearing structure, wherein the load bearing structure of the parking garage comprises structural steel framing, characterised in that substantially the whole façade of said parking garage is formed by a textile arranged as a permanent façade, wherein the textile has a coarseness such that at least 30% of the total surface of said textile is open to air, such that at least 30% of the total surface area of the façade is open to air.