mhurhangee/ep-ind-claims huggingface dataset:
Thermal infrared sensor array in the wafer-level package with at least one infrared-sensitive pixel produced using silicon micromachining, with a heat-insulating pit in a silicon substrate, which is surrounded by a silicon edge as a heatsink, and a thin membrane over the pit, which is connected to the silicon edge by means of thin beams, and a thermopile structure, wherein the pit extends through the silicon substrate up to the membrane, and wherein slots are located between the membrane, the beams and the silicon edge, characterized in that a plurality of infrared-sensitive individual pixels are arranged in linear or array form and are embodied in a CMOS stack on a dielectric layer, forming the membrane with respectively thin perpendicular or nearly perpendicular walls to the adjacent individual pixel, which are arranged between at least one cap-type cover wafer having a cavity, which cover wafer covers the plurality of infrared-sensitive individual pixels, and a base wafer, wherein the cover wafer, the silicon substrate and the base wafer are connected to one another in a vacuum-tight manner enclosing a gas vacuum. in the wafer-level package with at least one infrared-sensitive pixel produced using silicon micromachining, with a heat-insulating pit in a silicon substrate, which is surrounded by a silicon edge as a heatsink, and a thin membrane over the pit, which is connected to the silicon edge by means of thin beams, and a thermopile structure, wherein the pit extends through the silicon substrate up to the membrane, and wherein slots are located between the membrane, the beams and the silicon edge, characterized in that a plurality of infrared-sensitive individual pixels are arranged in linear or array form and are embodied in a CMOS stack on a dielectric layer, forming the membrane with respectively thin perpendicular or nearly perpendicular walls to the adjacent individual pixel, which are arranged between at least one cap-type cover wafer having a cavity, which cover wafer covers the plurality of infrared-sensitive individual pixels, and a base wafer, wherein the cover wafer, the silicon substrate and the base wafer are connected to one another in a vacuum-tight manner enclosing a gas vacuum.
A lens for a linear light source comprising a top and a bottom, the bottom comprising an incident surface, and a first supporting surface and a second supporting surface respectively at each side of the incident surface, and the top comprising an emergent surface, wherein the top further comprises a total internally reflective surface, wherein in a cross section, the lens is asymmetrical, and the total internally reflective surface is directly joined with the second supporting surface, such that, one part of light from the linear light source incidents into the incident surface and emerges after refracted by the emergent surface, and the other part of light incidents into the incident surface and reflected by the total internally reflective surface and then emerges after refracted by the emergent surface, wherein, in the cross section, the total internally reflective surface is formed to be inclined with respect to an optical axis of the linear light source, and wherein an internal angle between a tangential direction of the total internally reflective surface and the second supporting surface is bigger than 90°, characterized in that: the emergent surface is directly joined with the first supporting surface.
A carbohydrate composition comprising a soluble dietary fiber and a glucose syrup, wherein the soluble dietary fiber comprises at least one carbohydrate resistant to digestion by pancreatic enzymes, the glucose syrup comprises or consists of mono-saccharides, di-saccharides and oligosaccharides, and the soluble dietary fiber in the composition is in an amount suitable for obtaining a ratio RIR (Relative Insulinemic Response)/RGR (Relative Glycemic Response) lower than 0.90, wherein the content of said soluble dietary fiber is greater or equal to 30 % on a dry basis of said composition as determined by AOAC 2001.03 and wherein the content of digestible mono- and di-saccharides (DP1 and DP2) in said composition is no more than 10%, preferably less than 5%, on a dry basis of said composition.
A kit for assembling a support frame of a checkout counter, comprising at least one base platform adapted for the resting of the support frame on the ground, at least one top plane adapted to define a resting surface for a top portion of said checkout counter, and at least one sheet which is adapted to be folded in a controlled manner under a folding action to define a lateral wall of said support frame, said kit further comprising means for the reversible connection among said base platform, said top plane and said sheet, said sheet comprising foldable portions adapted to be folded in a controlled manner, said portions being defined in correspondence of a plurality of notches that are formed in a segment of a periphery of said sheet, said kit being characterised in that said periphery of said sheet provides a boundary edge with a substantially squared section, said notches being formed in at least one segment of said boundary edge.
A refrigerator, comprising; a freezer to keep the temperature at sub-zero degrees Celsius; a cooling chamber; a supplementary freezer in the cooling chamber of the refrigerator; an icemaker for producing ice using cool air from the supplementary freezer; a cavity in a door of the refrigerator, the cavity arranged to be in communication with the supplementary freezer when the door is closed and surrounded with an insulating material; an ice container provided in the cavity for storing ice produced by the icemaker; a dispenser arranged to be in communication with the cavity, a transferring device provided in ice container for transferring the ice stored in the ice container to an outlet in communication with the dispenser, characterized in that: the supplementary freezer chamber comprises a housing having a predetermined space therein that is independent of the cooling chamber, the housing in communication with the cavity when the door is closed, and the housing of the supplementary freezer chamber comprises an insulating material such that the predetermined space therein is insulated from the cooling chamber, wherein an evaporator is provided in the housing such that the supplementary freezer chamber is cooled separately from the cooling chamber. a freezer to keep the temperature at sub-zero degrees Celsius; a cooling chamber; a supplementary freezer in the cooling chamber of the refrigerator; an icemaker for producing ice using cool air from the supplementary freezer; a cavity in a door of the refrigerator, the cavity arranged to be in communication with the supplementary freezer when the door is closed and surrounded with an insulating material; an ice container provided in the cavity for storing ice produced by the icemaker; a dispenser arranged to be in communication with the cavity, a transferring device provided in ice container for transferring the ice stored in the ice container to an outlet in communication with the dispenser, characterized in that: the supplementary freezer chamber comprises a housing having a predetermined space therein that is independent of the cooling chamber, the housing in communication with the cavity when the door is closed, and the housing of the supplementary freezer chamber comprises an insulating material such that the predetermined space therein is insulated from the cooling chamber, wherein an evaporator is provided in the housing such that the supplementary freezer chamber is cooled separately from the cooling chamber.
An engine having a water jacket, the engine comprising: a cylinder block in which cylinder liners forming a plurality of combustion chambers are disposed from a first end to a second end of the cylinder block, and a block water jacket is formed around the cylinder liners; a cylinder head having a head water jacket coupled to a top of the cylinder block, receiving cooling water from an exhaust side of the block water jacket through a first connecting passage, and discharging cooling water to an intake side of the block water jacket; inserts (100, 140) that are inserted into the block water jacket, characterised in that the inserts (100, 140) have horizontal dividing blades dividing the block water jacket into upper and lower parts, legs extending downward from the horizontal dividing blades, wherein the legs are placed at a center of the lower part of the block water jacket to divide the lower part of the block water jacket into an outside part and an inside part, and flow preventing protrusions (130, 145, 155) protruding upward from the horizontal dividing blades to divide the upper part of the block water jacket into an upper exhaust part and an upper intake part; and a water pump coupled to the cylinder block to pump cooling water to a first end of the lower part of the exhaust side of the block water jacket under the horizontal dividing blades, wherein a top opening portion that connects to the upper and lower parts is formed on the exhaust side of the horizontal dividing blade. a cylinder block in which cylinder liners forming a plurality of combustion chambers are disposed from a first end to a second end of the cylinder block, and a block water jacket is formed around the cylinder liners; a cylinder head having a head water jacket coupled to a top of the cylinder block, receiving cooling water from an exhaust side of the block water jacket through a first connecting passage, and discharging cooling water to an intake side of the block water jacket; inserts (100, 140) that are inserted into the block water jacket, characterised in that the inserts (100, 140) have horizontal dividing blades dividing the block water jacket into upper and lower parts, legs extending downward from the horizontal dividing blades, wherein the legs are placed at a center of the lower part of the block water jacket to divide the lower part of the block water jacket into an outside part and an inside part, and flow preventing protrusions (130, 145, 155) protruding upward from the horizontal dividing blades to divide the upper part of the block water jacket into an upper exhaust part and an upper intake part; and a water pump coupled to the cylinder block to pump cooling water to a first end of the lower part of the exhaust side of the block water jacket under the horizontal dividing blades, wherein a top opening portion that connects to the upper and lower parts is formed on the exhaust side of the horizontal dividing blade.
A latent heat storage material for stably maintain its supercooled state even in an environment at a temperature lower than room temperature, the material comprising: sodium acetate; water; and a supercooling stabilizer, wherein the supercooling stabilizer includes a compound of a group 11 element; the group 11 element is silver and the compound is silver oxide; and a concentration of the silver element contained in the latent heat storage material is not less than 40 ppm and not more than 1.0×10 5 ppm, or wherein the supercooling stabilizer includes a compound of a group 11 element; the group 11 element is copper; and a concentration of the copper element contained in the latent heat storage material is not more than 2.0×10 5 ppm. sodium acetate; water; and a supercooling stabilizer, wherein the supercooling stabilizer includes a compound of a group 11 element; the group 11 element is silver and the compound is silver oxide; and a concentration of the silver element contained in the latent heat storage material is not less than 40 ppm and not more than 1.0×10 5 ppm, or wherein the supercooling stabilizer includes a compound of a group 11 element; the group 11 element is copper; and a concentration of the copper element contained in the latent heat storage material is not more than 2.0×10 5 ppm.
A vehicle engine structure, comprising: (a) a body of an engine; and (b) an oil pan, supported under the engine body, through which a driving axle (19L, 19R) driven by the engine to drive a driving wheel (14L, 14R) of a vehicle is passed, wherein the oil pan includes: a pair of oil pan rail portions (21a, 21b), which are spaced apart from each other, and are fastened to the engine body; a pair of side wall portions (22a, 22b), facing each other, which are formed integrally with the oil pan rail portions (21a, 21b) under the oil pan rail portions (21a, 21b); and a cylindrical portion, which surrounds the driving axle (19L, 19R), and is integrally joined with the pair of side wall portions (22a, 22b) near the pair of oil pan rail portions (21a, 21b), characterised in that at at least one axial end (23a, 23b) of the cylindrical portion, an upper half portion of the cylindrical portion positioned over the driving axle (19L, 19R) is thickened upward up to a level near an upper surface of an adjacent one of the oil pan rail portions (21a, 21b). (a) a body of an engine; and (b) an oil pan, supported under the engine body, through which a driving axle (19L, 19R) driven by the engine to drive a driving wheel (14L, 14R) of a vehicle is passed,
An aliquot tones damping device for use in pianos or upright pianos with strings mounted between two fastening points said device comprising at least one pressing element having a pressing material fastened thereon, at least one movable element, at least one return element, a linkage, and an actuator, for actuating the movable element via the linkage, characterized in that said at least one pressing element is shaped as an elongated body extending at least over a group of strings and transversely to said group of strings, and positioned above said group of strings, wherein by actuating the movable element, the pressing element guided by guides is moved in a direction toward said group of strings and a pressure of the pressing material against said group of strings is exerted at the beginning or at the end of the active parts of said group of strings at an initial or at a final fastening point, whereby only the aliquot tones of said group of strings are dampened and whereby a timbre of a fundamental tone of each string of said group of strings is changed and thus a new sound register is obtained, and by the movement of the movable element the return element is simultaneously actuated, and wherein, once the actuation is over, by the return element, the movable element and hence the pressing element is returned to its initial position.
A method of detecting for cells in a wireless communication network, comprising: obtaining a received signal comprising pilots transmitted by a plurality of cells in the wireless network; and processing the received signal with interference cancellation to detect for the pilots from the plurality of cells, the interference cancellation improving the number of detected cells, wherein the processing of the received signal comprises performing pilot detection and interference cancellation of the received signal in multiple stages, and for each stage: detecting one or more pilots in the received signal from one or more cells from among the plurality of cells; selecting at least one cell for interference cancellation from the one or more cells, based in part on the one or more pilots; deriving at least one channel estimate for the at least one selected cell; generating at least one pilot for the at least one selected cell; estimating interference due to the at least one selected cell based on the at least one generated pilot and the at least one channel estimate; and canceling interference due to the at least one selected cell from the received signal based on the estimated interference. obtaining a received signal comprising pilots transmitted by a plurality of cells in the wireless network; and processing the received signal with interference cancellation to detect for the pilots from the plurality of cells, the interference cancellation improving the number of detected cells, wherein the processing of the received signal comprises performing pilot detection and interference cancellation of the received signal in multiple stages, and for each stage: detecting one or more pilots in the received signal from one or more cells from among the plurality of cells; selecting at least one cell for interference cancellation from the one or more cells, based in part on the one or more pilots; deriving at least one channel estimate for the at least one selected cell; generating at least one pilot for the at least one selected cell; estimating interference due to the at least one selected cell based on the at least one generated pilot and the at least one channel estimate; and canceling interference due to the at least one selected cell from the received signal based on the estimated interference. detecting one or more pilots in the received signal from one or more cells from among the plurality of cells; selecting at least one cell for interference cancellation from the one or more cells, based in part on the one or more pilots; deriving at least one channel estimate for the at least one selected cell; generating at least one pilot for the at least one selected cell; estimating interference due to the at least one selected cell based on the at least one generated pilot and the at least one channel estimate; and canceling interference due to the at least one selected cell from the received signal based on the estimated interference.
A system including: an insertion device for inserting an introducer assembly into a body of a patient; and the introducer assembly, wherein the introducer assembly includes a sheath and a dilator coaxially disposed within the sheath, the dilator defining a bore, and wherein the insertion device comprises: a needle removably disposed within the bore of the dilator; and a retraction assembly capable of producing relative positions of the needle and the introducer assembly, the relative positions including a first position wherein a distal tip of the needle is disposed a predetermined distance distal to a distal end of the introducer assembly, a second position wherein the needle distal tip is disposed distal but proximate to the distal end of the introducer assembly, and a third position wherein the needle distal tip is retracted within the dilator bore, wherein the retraction assembly includes a housing in which a needle hub is disposed, the needle hub attached to a proximal end of the needle, and wherein the needle retraction assembly is configured to releasably lock the needle hub position with respect to the housing at each of the second and third positions. a needle removably disposed within the bore of the dilator; and a retraction assembly capable of producing relative positions of the needle and the introducer assembly, the relative positions including a first position wherein a distal tip of the needle is disposed a predetermined distance distal to a distal end of the introducer assembly, a second position wherein the needle distal tip is disposed distal but proximate to the distal end of the introducer assembly, and a third position wherein the needle distal tip is retracted within the dilator bore,
An electro-stimulation device comprising a control unit and at least one electrode, said at least one electrode being provided with a stimulation end configured to stimulate intrinsic auricular muscles of a human, said stimulation end being operatively coupled with a sensor wherein the stimulation end of said electrode is adapted to generate an electrical stimulating signal during a stimulating state of a signal and said sensor is adapted to detect an electrical signal generated in an intrinsic auricular muscle during the contraction thereof and at rest during a reading state of the same period other than the stimulating state, control unit of the electro-stimulation device is configured to gradually change the electrical stimulating signal applied by the stimulation end during stimulating states of subsequent periods of the signal and to determine at least one electrical stimulating signal value in response to which an electrical signal is generated in an intrinsic auricular muscle during at least one reading state of subsequent periods of the signal and characterised in that said at least one electrode comprises an insulating sleeve surrounding said electrode except for the stimulation end of the same such that said insulating sleeve is configured to be positioned between ear skin surface and under skin muscular tissue area and said electrodes are configured to be pricked on the auricular skin whereby stimulation end of the electrode is configured to reach said intrinsic auricular muscles.
An atomizing core, comprising: a cylindrical main body having a central axis; and an atomizing rod extending from the main body along the central axis; wherein the main body and the atomizing rod are both made of porous bodies, the main body defining a through hole along the central axis; the through hole is configured to allow air to go from one side of the main body to the other side of the main body; characterized in that: the main body comprises a connector at an end, the connector is configured for connecting with the atomizing rod, the connector defines a plurality of air slots extending along a direction parallel to the central axis, and the air slots are in communication with the through hole. a cylindrical main body having a central axis; and an atomizing rod extending from the main body along the central axis; wherein the main body and the atomizing rod are both made of porous bodies, the main body defining a through hole along the central axis; the through hole is configured to allow air to go from one side of the main body to the other side of the main body; characterized in that: the main body comprises a connector at an end, the connector is configured for connecting with the atomizing rod, the connector defines a plurality of air slots extending along a direction parallel to the central axis, and the air slots are in communication with the through hole.
A method performed by a network node (111, 112), the network node (111, 112) and a User Equipment, UE, operate in a wireless communications system, the method comprising: - receiving from the UE an indication of whether or not the UE is indoors, - selecting transmission parameters based on the received indication, wherein the transmission parameters are the rank scheme related to Multiple Input Multiple Output, MIMO, - sending a message to the UE, wherein the message comprises information about the selected transmission parameters. - receiving from the UE an indication of whether or not the UE is indoors, - selecting transmission parameters based on the received indication, wherein the transmission parameters are the rank scheme related to Multiple Input Multiple Output, MIMO, - sending a message to the UE, wherein the message comprises information about the selected transmission parameters.