mhurhangee/ep-ind-claims huggingface dataset:
A cushioning pad, comprising: a first channel comprising a thickness and a width, the first channel functioning as a first hinge comprising a continuous upper layer and a continuous lower layer, the continuous upper layer at least partially bonded to the continuous lower layer; a cushioning region or medallion adjacent to the first channel, the cushioning region or medallion having a thickness greater than the thickness of the first hinge, the cushioning region or medallion further comprising a cushioning material disposed between and bonded to the continuous upper layer and the continuous lower layer; and a groove defined in the upper surface of the cushioning region or medallion and functioning as a second hinge, the second hinge comprising a thickness less than the thickness of the cushioning region or medallion and greater than the thickness of the first hinge. a first channel comprising a thickness and a width, the first channel functioning as a first hinge comprising a continuous upper layer and a continuous lower layer, the continuous upper layer at least partially bonded to the continuous lower layer; a cushioning region or medallion adjacent to the first channel, the cushioning region or medallion having a thickness greater than the thickness of the first hinge, the cushioning region or medallion further comprising a cushioning material disposed between and bonded to the continuous upper layer and the continuous lower layer; and a groove defined in the upper surface of the cushioning region or medallion and functioning as a second hinge, the second hinge comprising a thickness less than the thickness of the cushioning region or medallion and greater than the thickness of the first hinge.
A dewatering screen, for manufacturing paper having a watermark (12,14), in which - the watermark (12,14) is specified in the form of a point and line motif that consists of points and/or lines, - the dewatering screen comprises a carrier mold having a mold surface on which paper is accumulated, as well as, arranged in a sub-region of the carrier mold, a perforated plastic watermark insert, - the plastic watermark insert includes a base body and at least two spaced-apart linear or punctiform motif elements (60-1, 60-2, 60-3), the base body being arranged in or below the mold surface of the carrier mold, and, to form the specified point and line motif, the at least two spaced-apart linear or punctiform motif elements (60-1, 60-2, 60-3) extending starting from the base body to over the mold surface and being unbonded above the mold surface. - the watermark (12,14) is specified in the form of a point and line motif that consists of points and/or lines, - the dewatering screen comprises a carrier mold having a mold surface on which paper is accumulated, as well as, arranged in a sub-region of the carrier mold, a perforated plastic watermark insert, - the plastic watermark insert includes a base body and at least two spaced-apart linear or punctiform motif elements (60-1, 60-2, 60-3), the base body being arranged in or below the mold surface of the carrier mold, and, to form the specified point and line motif, the at least two spaced-apart linear or punctiform motif elements (60-1, 60-2, 60-3) extending starting from the base body to over the mold surface and being unbonded above the mold surface.
A memory cell, comprising: a select device (108, 208, 308, 408) including: a first electrode (210, 310, 410); a first heater formed on the first electrode; a semiconductor material (212, 312, 412) formed on the first heater; a second heater formed on the semiconductor material; a second electrode (210, 310, 410) having a same geometry as the first electrode formed on the second heater; wherein the select device (108, 208, 308, 408) is configured to snap between resistive states in response to signals that are applied to the select device (108, 208, 308, 408). a first electrode (210, 310, 410); a first heater formed on the first electrode; a semiconductor material (212, 312, 412) formed on the first heater; a second heater formed on the semiconductor material; a second electrode (210, 310, 410) having a same geometry as the first electrode formed on the second heater; wherein the select device (108, 208, 308, 408) is configured to snap between resistive states in response to signals that are applied to the select device (108, 208, 308, 408).
A travel evaluation method of making an evaluation related to travel of a vehicle capable of traveling in a leaning position, the method comprising: obtaining a tire force which is an external force exerted on a wheel (91, 92) of the vehicle from a ground surface; and deriving an evaluation index related to travel of the vehicle, wherein the evaluation index includes a positive evaluation index as a rating of a positive evaluation related to travel of the vehicle, in deriving the evaluation index, the positive evaluation index is set higher as the tire force increases, in deriving the evaluation index, the evaluation index is corrected based on an influential parameter other than the tire force, and in deriving the evaluation index, an influential parameter for correcting the positive evaluation obtained based on the tire force is set when a predetermined correction state is established during a leaning-position travel period in which the vehicle travels in a leaning position. obtaining a tire force which is an external force exerted on a wheel (91, 92) of the vehicle from a ground surface; and deriving an evaluation index related to travel of the vehicle, wherein the evaluation index includes a positive evaluation index as a rating of a positive evaluation related to travel of the vehicle, in deriving the evaluation index, the positive evaluation index is set higher as the tire force increases, in deriving the evaluation index, the evaluation index is corrected based on an influential parameter other than the tire force, and in deriving the evaluation index, an influential parameter for correcting the positive evaluation obtained based on the tire force is set when a predetermined correction state is established during a leaning-position travel period in which the vehicle travels in a leaning position.
Method for preparing 2-cyanoethyl acetoacetate, comprising the reaction of 2-cyanoethanol with trimethyldioxin-4-one to give 2-cyanoethyl acetoacetate in a reaction mixture R, characterized in that, during the reaction, 2-cyanoethanol is present in the reaction mixture R in a deficiency of ≤ 80 mol% based on the amount of trimethyldioxin-4-one in the reaction mixture R.
A catalytic and/or reactive unit in the form of a protective material having catalytic and/or reactive properties, in particular with the function of protecting against chemical and/or biological harmful and/or poisonous substances, wherein the unit comprises an in particular air-permeable carrier, in particular in the form of a textile carrier, wherein the carrier is equipped with a plurality of discrete catalytic and/or reactive particles, wherein the catalytic and/or reactive particles comprise at least one catalytic and/or reactive component, or consist thereof, wherein said catalytic and/or reactive component comprises an MOF ( M etal O rganic F ramework) material or consists thereof, wherein the catalytic and/or reactive particles are permanently bonded to the carrier by means of gluing and/or are glued to the carrier, wherein the bonding and/or gluing is effected by an adhesive layer applied to the carrier, wherein the adhesive layer is designed as an air-permeable and/or discontinuous layer based on a dried and cured broken adhesive polymer foam, and wherein the catalytic and/or reactive particles are applied jointly and/or together with a plurality of activated carbon particles as discrete adsorber particles.
An exchangable or replaceable maxillary skeletal expander comprising: a pair of guides configured to be fixed by micro implants implantable into maxilla; and an expansion part including: a pair of main bodies; and an expansion screw configured to penetrate the pair of main bodies and adjust an interval between the pair of main bodies, characterized in that the pair of main bodies is configured to be inserted and extended while sliding between the pair of guides; and the exchangable or replaceable maxillary skeletal expander further comprises: a pair of replacement guides having two ends fixed to ends of the pair of guides that face each other, the pair of replacement guides being configured to assist in replacing the expansion part by adjusting an interval between the pair of guides. a pair of guides configured to be fixed by micro implants implantable into maxilla; and an expansion part including: a pair of main bodies; and an expansion screw configured to penetrate the pair of main bodies and adjust an interval between the pair of main bodies, a pair of main bodies; and an expansion screw configured to penetrate the pair of main bodies and adjust an interval between the pair of main bodies, the pair of main bodies is configured to be inserted and extended while sliding between the pair of guides; and the exchangable or replaceable maxillary skeletal expander further comprises: a pair of replacement guides having two ends fixed to ends of the pair of guides that face each other, the pair of replacement guides being configured to assist in replacing the expansion part by adjusting an interval between the pair of guides.
A method of detecting proximity, comprising: providing a first capacitive sensing element configured to be used to detect a proximity or touch by reading a self-capacitance of the first capacitive sensing element; providing a second capacitive sensing element configured to have a reduced sensitivity to the proximity or touch; storing a coefficient for the second capacitive sensing element in a register; generating a digital value representative of the reading of the first capacitive sensing element by approximately canceling an effect of an environmental capacitance from the reading of the first capacitive sensing element, wherein the environmental capacitance is the self-capacitance of the first capacitive sensing element when a conductive object to be detected is not present near the first capacitive sensing element; determining a coefficient modified reading of the second capacitive sensing element by multiplying a reading of the second capacitive sensing element by the stored coefficient for the second capacitive sensing element; and adjusting the digital value representative of the reading of the first capacitive sensing element by subtracting the coefficient modified reading of the second capacitive sensing element from the reading of the first capacitive sensing element. providing a first capacitive sensing element configured to be used to detect a proximity or touch by reading a self-capacitance of the first capacitive sensing element; providing a second capacitive sensing element configured to have a reduced sensitivity to the proximity or touch; storing a coefficient for the second capacitive sensing element in a register; generating a digital value representative of the reading of the first capacitive sensing element by approximately canceling an effect of an environmental capacitance from the reading of the first capacitive sensing element, wherein the environmental capacitance is the self-capacitance of the first capacitive sensing element when a conductive object to be detected is not present near the first capacitive sensing element; determining a coefficient modified reading of the second capacitive sensing element by multiplying a reading of the second capacitive sensing element by the stored coefficient for the second capacitive sensing element; and adjusting the digital value representative of the reading of the first capacitive sensing element by subtracting the coefficient modified reading of the second capacitive sensing element from the reading of the first capacitive sensing element.
Device for monitoring a shaft coupling coupling a first shaft to a second shaft, having: - an optical unit with a receiving element, embodied to receive an electromagnetic radiation in the form of light, - an error notification element, wherein the error notification element can be arranged on and/or within the first shaft and on and/or within the second shaft, - wherein the error notification element is embodied to notify an asynchronous running of the first shaft with respect to the second shaft. - an optical unit with a receiving element, embodied to receive an electromagnetic radiation in the form of light, - an error notification element, wherein the error notification element can be arranged on and/or within the first shaft and on and/or within the second shaft, - wherein the error notification element is embodied to notify an asynchronous running of the first shaft with respect to the second shaft.
A method for wireless communication, comprising: generating, by a first network entity, control information associated with a second network entity; generating a plurality of beam refinement reference signals for transmission on a communication link between the first network entity and the second network entity, each beam refinement reference signal corresponding to a different one of a plurality of directional beams; said method being characterized by: transmitting an orthogonal frequency division multiplexing, OFDM, symbol that includes the control information in a first set of frequency resources of the OFDM symbol and includes the plurality of beam refinement reference signals in a second set of frequency resources of the OFDM symbol that is different from the first set of frequency resources, wherein each beam refinement reference signal is included in a different subset of the second set of frequency resources, wherein the OFDM symbol comprises a control channel for communicating with at least the second network entity. generating, by a first network entity, control information associated with a second network entity; generating a plurality of beam refinement reference signals for transmission on a communication link between the first network entity and the second network entity, each beam refinement reference signal corresponding to a different one of a plurality of directional beams; said method being characterized by: transmitting an orthogonal frequency division multiplexing, OFDM, symbol that includes the control information in a first set of frequency resources of the OFDM symbol and includes the plurality of beam refinement reference signals in a second set of frequency resources of the OFDM symbol that is different from the first set of frequency resources, wherein each beam refinement reference signal is included in a different subset of the second set of frequency resources, wherein the OFDM symbol comprises a control channel for communicating with at least the second network entity.
A digital optical comparator, comprising: a holder for holding a part, wherein said holder comprises a moveable carriage on which said part is mounted, said part being manufactured according to specifications contained in a CAD drawing; a light source for illuminating the part; a camera for capturing an image of the illuminated part; a lens placed in front of said camera; and a data processing system for receiving the image, for obtaining said CAD drawing of the part, for displaying said image and said CAD drawing on a computer screen, and for digitally overlaying said CAD drawing on said image; means for providing image correction and/or enhancement, in order to display a geometrically accurate image of said part on said computer screen; said data processing system being characterized by a pattern matching subsystem being adapted to determine a position and orientation of said part in said CAD drawing, to align said CAD drawing with said image based on the determined position and orientation and further by carrying out translation and rotation adjustments to the drawing's position and orientation by minimizing the least squares distance between control points on said CAD drawing and its nearest edge points on said part in said image, to permit comparison of said part with said CAD drawing; said data processing system being configured to retrieve and display tolerances for said part from said CAD drawing so that a determination whether said part is manufactured within tolerances can be visually made without measuring said part. a holder for holding a part, wherein said holder comprises a moveable carriage on which said part is mounted, said part being manufactured according to specifications contained in a CAD drawing; a light source for illuminating the part; a camera for capturing an image of the illuminated part; a lens placed in front of said camera; and a data processing system for receiving the image, for obtaining said CAD drawing of the part, for displaying said image and said CAD drawing on a computer screen, and for digitally overlaying said CAD drawing on said image; means for providing image correction and/or enhancement, in order to display a geometrically accurate image of said part on said computer screen; said data processing system being characterized by a pattern matching subsystem being adapted to determine a position and orientation of said part in said CAD drawing, to align said CAD drawing with said image based on the determined position and orientation and further by carrying out translation and rotation adjustments to the drawing's position and orientation by minimizing the least squares distance between control points on said CAD drawing and its nearest edge points on said part in said image, to permit comparison of said part with said CAD drawing; said data processing system being configured to retrieve and display tolerances for said part from said CAD drawing so that a determination whether said part is manufactured within tolerances can be visually made without measuring said part.
Brake fluid reservoir system having a valve block and a reservoir for fastening to the upper side of the valve block of the actuator of the brake system and for connecting to the openings of the block in order to supply and return brake fluid through the openings of the lower side of the reservoir, wherein the block, in the longitudinal installation direction of the block in the engine bay of the vehicle, has a rear side, a conducting side, and a front side, characterized in that A. the upper side of the container, at the rear corner thereof, comprises a transversely running articulated axle, and the lower side, at a longitudinal spacing from the axle that is equal to the spacing of the front and rear sides of the block, supports a fastening tab; B. the valve block, on the rear wall thereof, comprises a cross member for fastening the axle of the reservoir, and, on the front side, comprises a fastening point for the fastening tab of the reservoir. A. the upper side of the container, at the rear corner thereof, comprises a transversely running articulated axle, and the lower side, at a longitudinal spacing from the axle that is equal to the spacing of the front and rear sides of the block, supports a fastening tab; B. the valve block, on the rear wall thereof, comprises a cross member for fastening the axle of the reservoir, and, on the front side, comprises a fastening point for the fastening tab of the reservoir.
Thermal break (10, 100) on edge for an insulating floor with beams forming webs (T, T') filled by insulating bay cases, which thermal break (10, 100) comprises at least one insulating material, and is contained within an upper face and a lower face, two opposing longitudinal faces (14; 14a, 14b) and two opposing end faces (13; 13a, 13b) arranged between the said longitudinal faces (14; 14a, 14b), the said lower face being at least contained within a horizontal plane and comprising at least one inclined face with respect to the said horizontal plane arranged to rest on an inclined longitudinal wing of an insulating bay case and interlocking means (121, 122) arranged to mechanically link the said thermal break to said insulating bay case provided with complementary interlocking means (213, 214), characterized in that the said interlocking means comprise at least one transverse rib (121, 122) disposed in a transverse direction with respect to the longitudinal direction of the said thermal break (10, 100), and in that the said at least one inclined face is provided on at least one breakable part (16; 16a, 16b) formed in the thickness of said thermal break between said upper face and the horizontal plane delimiting said lower face, said at least one breakable part (16; 16a, 16b) having a length and width less than the length and width of said thermal break, being arranged at any point in the length of said thermal break, outside said at least one transverse rib (121, 122), and allowing the profile of the lower face of said thermal break (10, 100) to be modified by detaching the switch, especially on a site, from the said at least one breakable part.
A system comprising an AGV (Automated Guided Vehicle), an article, and a load carrier for transporting the article by the AGV, wherein the load carrier comprises a chassis on which wheels are mounted, a frame configured such that the article fits on the frame, characterized in that the load carrier further comprises a lift device being arranged to raise and lower the frame, which is arranged at the chassis, between a position in which the frame is close to, or at, a ground position and a raised position, wherein the load carrier is configured to allow the AGV to drive under the frame when the frame is in its raised position, wherein the AGV is configured to, when the frame is at the raised position, to lift the entire load carrier, including the article which is arranged on the frame, for further transport to a next destination.
A method for mixing fluids for semiconductor process tools, comprising: supplying a first fluid having a first controlled concentration directly to a first semiconductor process tool; further supplying the first fluid having the first controlled concentration to a control unit at a first flow rate; supplying a second fluid at a second flow rate to the control unit; and mixing, by the control unit, the first and the second fluid to produce a third fluid at a third controlled flow rate and having a second controlled concentration to be supplied to a second semiconductor process tool. supplying a first fluid having a first controlled concentration directly to a first semiconductor process tool; further supplying the first fluid having the first controlled concentration to a control unit at a first flow rate; supplying a second fluid at a second flow rate to the control unit; and mixing, by the control unit, the first and the second fluid to produce a third fluid at a third controlled flow rate and having a second controlled concentration to be supplied to a second semiconductor process tool.
A complex comprising an N-acetylated chitosan and an RNAi molecule which suppresses expression of CHST15 gene, wherein the degree of acetylation of N-acetylated chitosan is 70 to 100%.