mhurhangee/ep-ind-claims huggingface dataset:
A tire adhesive sheet, comprising a base material and an adhesive layer, wherein the adhesive layer contains a hot-melt type adhesive composition including a block copolymer and a tackifier, characterized in that: - (i) the tackifier is a combination of polymerized rosin ester and at least one selected from the group consisting of an aromatic denatured terpene resin, a terpene phenol resin, an aliphatic petroleum resin, an aliphatic petroleum resin, an aliphatic/aromatic copolymer petroleum resin, and rosin resin except of polymerized rosin ester; and - (ii) the adhesive layer satisfies the adhesion characteristics of: an adhesive strength of 7 N/25 mm or more with respect to a SBR plate at 5 deg. C; and an adhesive strength of 7 N/25 mm or more with respect to a SBR plate at 40 deg. C. - (i) the tackifier is a combination of polymerized rosin ester and at least one selected from the group consisting of an aromatic denatured terpene resin, a terpene phenol resin, an aliphatic petroleum resin, an aliphatic petroleum resin, an aliphatic/aromatic copolymer petroleum resin, and rosin resin except of polymerized rosin ester; and - (ii) the adhesive layer satisfies the adhesion characteristics of: an adhesive strength of 7 N/25 mm or more with respect to a SBR plate at 5 deg. C; and an adhesive strength of 7 N/25 mm or more with respect to a SBR plate at 40 deg. C.
Self-sealing tyre sealant containing at least one recycled material, characterized in that the sealant is based on the crosslinking of a rubber and polyolefin, wherein the recycled material comprises at least one pyrolysis carbon black, wherein the pyrolysis carbon black has a content of polycyclic aromatic hydrocarbons according to ASTM D-5186 of less than 50 ppm (mg/kg), particularly preferably less than 40 ppm, very particularly preferably less than 30 ppm, in turn preferably less than 10 ppm, wherein the amount of pyrolysis carbon black present is 2% to 10% by weight and wherein the tyre sealant contains 40% to 80% by weight of at least one polyolefin.
Motor vehicle door latch, with a locking mechanism, further with at least one latch element, further with an electric drive (5, 6, 7) for the locking mechanism, and with at least two stops (20, 21, 22, 27) for the electric drive (5, 6, 7) and/or the latch element, whereby one stop (20, 21) is assigned to the latch element and the other stop (22, 27) to the electric drive (5, 6, 7), characterized in that both stops (20, 21, 22, 27) are arranged on a common stop contour.
Riding-saddle motor vehicle comprising: - a front end frame extending along a longitudinal direction (Y-Y) having at least one front wheel; - a rear axle frame having a pair of rear wheels (16,20) mounted on opposite sides of a rear wheel axle, - a motor unit mounted on board said front end frame and adapted to provide a driving torque to said pair of rear wheels (16,20) and / or to said front wheel, wherein said motor unit is connected to said rear wheel axis by means of an articulated transmission joint adapted to: - allowing a relative rotation, around said longitudinal direction (Y-Y), between said front end frame and said rear frame, and - transmitting a driving torque to said pair of rear wheels (16,20), characterized in that said pair of rear wheels (16,20) comprises a transmission shaft adapted to provide a driving torque to the rear wheels (16,20), wherein said transmission shaft extends in a transverse direction (X-X) with respect to said longitudinal direction (Y-Y), wherein said transmission joint is a homokinetic joint having a sphere center placed on the intersection between the transverse direction (X-X) passing through the transmission shaft and a direction parallel to the longitudinal direction (Y-Y). - a front end frame extending along a longitudinal direction (Y-Y) having at least one front wheel; - a rear axle frame having a pair of rear wheels (16,20) mounted on opposite sides of a rear wheel axle, - a motor unit mounted on board said front end frame and adapted to provide a driving torque to said pair of rear wheels (16,20) and / or to said front wheel, - allowing a relative rotation, around said longitudinal direction (Y-Y), between said front end frame and said rear frame, and - transmitting a driving torque to said pair of rear wheels (16,20),
Tyre for vehicle wheels, comprising: - a carcass structure; - a crossed belt structure arranged in a radially outer position with respect to the carcass structure and comprising a first belt layer and at least one second belt layer arranged in a radially outer position with respect to the first belt layer; - a tread band wherein at least one of said first belt layer and second belt layer comprises a plurality of hybrid reinforcing cords each having a core made of textile material having an initial tangent modulus equal to or greater than 2000 cN/Tex and extending along a predetermined longitudinal direction and a plurality of metallic wires substantially parallel to one another and helically wound around the core with a predetermined winding pitch, wherein the metallic wires are arranged around the core so that, in any cross section of the hybrid reinforcing cord, they are located at only one angular portion of an ideal circumference that circumscribes the core, wherein said angular portion is defined by an angle, which is less than 90 °, characterised in that the tyre further comprises at least one zero degrees reinforcing layer arranged in a radially outer position with respect to the crossed belt structure, said tread band being arranged in a radially outer position with respect to said at least one zero degrees reinforcing layer, wherein said at least one zero degrees reinforcing layer includes a plurality of non hybrid reinforcing cords and wherein the number of the metallic wires is comprised between 3 and 5. - a carcass structure; - a crossed belt structure arranged in a radially outer position with respect to the carcass structure and comprising a first belt layer and at least one second belt layer arranged in a radially outer position with respect to the first belt layer; - a tread band
A reinforcing fiber mat manufacturing apparatus, comprising a hitting mechanism that comes into contact with a reinforcing fiber bundle to split the reinforcing fiber bundle into a plurality of pieces, and disperses the plurality of pieces, wherein the hitting mechanism includes a rotation shaft, a pair of rotation plates attached to portions of the rotation shaft apart from each other, and a plurality of hitting pieces arranged to extend in parallel to the rotation shaft between the pair of rotation plates.
A pump device for a motor vehicle, comprising: a pump device housing (1, 11, 31); a delivery chamber which is formed in the pump device housing (1, 11, 31) and/or at least partially by the pump device housing (1, 11, 31) and which comprises an inlet and an outlet; a delivery structure which is arranged in the delivery chamber and delivers a fluid from the inlet on a low-pressure side of the pump device to the outlet on a high-pressure side of the pump device; a first conduit which channels the fluid from the outlet out of the delivery chamber to a first assembly, wherein the first assembly is a filter which cleans the fluid, fed from the outlet via the first conduit, by filtering it, characterised in that a second conduit which feeds a portion of the pressurised fluid to a second assembly, for example a pump or an engine, diverges from the first conduit before the first assembly in terms of flow dynamics, and a filter element is fixed and/or connected at the bifurcation in the first conduit and/or in the second conduit or on an end face of the second conduit which faces towards the first conduit. a pump device housing (1, 11, 31); a delivery chamber which is formed in the pump device housing (1, 11, 31) and/or at least partially by the pump device housing (1, 11, 31) and which comprises an inlet and an outlet; a delivery structure which is arranged in the delivery chamber and delivers a fluid from the inlet on a low-pressure side of the pump device to the outlet on a high-pressure side of the pump device; a first conduit which channels the fluid from the outlet out of the delivery chamber to a first assembly, wherein the first assembly is a filter which cleans the fluid, fed from the outlet via the first conduit, by filtering it, characterised in that a second conduit which feeds a portion of the pressurised fluid to a second assembly, for example a pump or an engine, diverges from the first conduit before the first assembly in terms of flow dynamics, and a filter element is fixed and/or connected at the bifurcation in the first conduit and/or in the second conduit or on an end face of the second conduit which faces towards the first conduit.
A wireless electronic device, comprising: an auto-sensing barcode scanner configured to detect worker barcode badges, detect tray barcode labels on trays, and detect clamshell barcode labels on produce direct-to-consumer packaging that is stored in the trays; a location determining unit; a local memory unit configured to store a most-recent scanned worker badge value and most-recent scanned tray label value; a record generator configured to generate scan records when the auto-sensing barcode scanner detects one of the clamshell barcode labels, each of the scan records including a clamshell barcode label value, the most-recent scanned tray label value associated with the clamshell barcode label value, the most-recent scanned worker barcode badge value, a clamshell barcode label scan time, and location information from the location determining unit at the clamshell barcode label scan time, wherein the local memory unit is further configured to store the scan records; a wireless client application interface to automatically upload the scan records when the wireless electronic device detects a network connection with a client application; and a fastener to removably secure the wireless electronic device to a person or object. an auto-sensing barcode scanner configured to detect worker barcode badges, detect tray barcode labels on trays, and detect clamshell barcode labels on produce direct-to-consumer packaging that is stored in the trays; a location determining unit; a local memory unit configured to store a most-recent scanned worker badge value and most-recent scanned tray label value; a record generator configured to generate scan records when the auto-sensing barcode scanner detects one of the clamshell barcode labels, each of the scan records including a clamshell barcode label value, the most-recent scanned tray label value associated with the clamshell barcode label value, the most-recent scanned worker barcode badge value, a clamshell barcode label scan time, and location information from the location determining unit at the clamshell barcode label scan time, wherein the local memory unit is further configured to store the scan records; a wireless client application interface to automatically upload the scan records when the wireless electronic device detects a network connection with a client application; and a fastener to removably secure the wireless electronic device to a person or object.
A radiation detecting apparatus for detecting radiation, the radiation detecting apparatus comprising a plurality of image pixels (541, 542) each comprising at least one counting pixel and configured to restore an image, wherein each counting pixel comprises: a radiation absorbing layer configured to convert photons incident on the radiation absorbing layer into a first electrical signal; and a photon processor comprising a plurality of storages (730, 740, 750) configured to count and store a number of the photons based on the first electrical signal, CHARACTERIZED IN THAT each of the plurality of storages (730, 740, 750) comprises: a first comparator configure to compare the first electrical signal with a first reference value (refl) to output a second electrical signal, and a second comparator, of which one input is connected to an output of the first comparator, and which is configured to compare the second electrical signal with a second reference value to output a third electrical signal, and a counter configured to count and store the number of the photons based on the third electrical signal output by the second comparator. a radiation absorbing layer configured to convert photons incident on the radiation absorbing layer into a first electrical signal; and a photon processor comprising a plurality of storages (730, 740, 750) configured to count and store a number of the photons based on the first electrical signal, CHARACTERIZED IN THAT each of the plurality of storages (730, 740, 750) comprises: a first comparator configure to compare the first electrical signal with a first reference value (refl) to output a second electrical signal, and a second comparator, of which one input is connected to an output of the first comparator, and which is configured to compare the second electrical signal with a second reference value to output a third electrical signal, and a first comparator configure to compare the first electrical signal with a first reference value (refl) to output a second electrical signal, and a second comparator, of which one input is connected to an output of the first comparator, and which is configured to compare the second electrical signal with a second reference value to output a third electrical signal, and a counter configured to count and store the number of the photons based on the third electrical signal output by the second comparator.
A heat source unit that constitutes part of a basic refrigerant circuit including a compressor that compresses refrigerant, an accumulator that temporarily accumulates the refrigerant before the refrigerant is sucked into the compressor, an oil separator that separates refrigerating machine oil from the refrigerant after the refrigerant has been discharged from the compressor, and a heat source-side heat exchanger that functions as a radiator or an evaporator of the refrigerant, and where refrigerant circuit constituent parts including the compressor, the accumulator, the oil separator, and the heat source-side heat exchanger are provided inside a casing, and wherein a bottom frame forming a bottom surface of the casing has a first bottom frame and a second bottom frame, characterized in that the heat source unit is configured for change or addition of the refrigerant circuit constituent parts in accordance with capacity or function, wherein the first bottom frame is configured for placement of first refrigerant circuit constituent parts, including the accumulator, the compressor, and the oil separator constituting part of the basic refrigerant circuit, that are common regardless of capacity or function among the refrigerant circuit constituent parts, and the second bottom frame is configured for placement of second refrigerant circuit constituent parts that are changed or added to the basic refrigerant circuit in a case of performing a capacity change or a function addition among the refrigerant circuit constituent parts other than the compressor, the accumulator, and the oil separator of the first refrigerant circuit constituent parts.
A method of dewatering a slurry of fiber and binder for use in making an acoustical tile basemat in a water felting process on a travelling wire comprising subjecting the fiber and binder slurry to a vacuum applied to the bottom of the wire by cyclically modulating the vacuum in a vacuum box (17, 18, 19) under the wire between a peak vacuum value and an atmospheric pressure, characterized in that the vacuum is applied at a cyclic rate that limits vacuum exposure to a length of the basemat newly arriving at the vacuum box to less than four inches (101.6 mm) per cycle.
An array substrate, comprising: a base substrate; a plurality of gate lines extending in a row direction on the base substrate; a plurality of data lines extending in a column direction intersecting the row direction on the base substrate; and a plurality of pixel groups arranged in rows and columns, each of the plurality of pixel groups comprising two sub-pixels (P, P') arranged side by side in the row direction, wherein each of the rows of pixel groups is connected to two respective ones of the gate lines, and the two sub-pixels (P, P') of each pixel group in the row of pixel groups are respectively connected to different ones of the two respective ones of the gate lines, wherein the data lines and the columns of pixel groups are alternately arranged in the row direction, and the two sub-pixels (P, P') of each of the plurality of pixel groups are connected to a corresponding one of the plurality of data lines that is directly adjacent to the pixel group, and wherein each of the columns of pixel groups is connected to a corresponding one of the plurality of data lines that is directly adjacent to the column of pixel groups, and the two sub-pixels (P, P') of each pixel group are connected to the data line on a same side of the pixel group. a base substrate; a plurality of gate lines extending in a row direction on the base substrate; a plurality of data lines extending in a column direction intersecting the row direction on the base substrate; and a plurality of pixel groups arranged in rows and columns, each of the plurality of pixel groups comprising two sub-pixels (P, P') arranged side by side in the row direction, wherein each of the rows of pixel groups is connected to two respective ones of the gate lines, and the two sub-pixels (P, P') of each pixel group in the row of pixel groups are respectively connected to different ones of the two respective ones of the gate lines, wherein the data lines and the columns of pixel groups are alternately arranged in the row direction, and the two sub-pixels (P, P') of each of the plurality of pixel groups are connected to a corresponding one of the plurality of data lines that is directly adjacent to the pixel group, and wherein each of the columns of pixel groups is connected to a corresponding one of the plurality of data lines that is directly adjacent to the column of pixel groups, and the two sub-pixels (P, P') of each pixel group are connected to the data line on a same side of the pixel group.
An equipment (4, 5) for removing deposits accumulated in electrolytic refining on the surface of an electrode, such as a cathode, said equipment including at least one elongate element for stripping the deposits (2, 3) and at least one element for controlling the elongate element, characterized in that the elongate element including two opposite slide elements is turnably held in a point of support, so that a cathode can be hit by means of the rotational movement of the elongate element and can be bent owing to the contact with said elongate element.
A biodegradable plant pot comprising: at least one biodegradable plant pot material comprising peat fiber; a wax emulsion characterised in the wax emulsion having a concentration of up to about 20% dry weight wax/dry weight biodegradable plant pot material, wherein the wax emulsion comprises an anionic paraffin wax; and further characterised in that the pot also comprises polyvinyl alcohol or polyvinyl acetate (PVAC). at least one biodegradable plant pot material comprising peat fiber; a wax emulsion characterised in the wax emulsion having a concentration of up to about 20% dry weight wax/dry weight biodegradable plant pot material, wherein the wax emulsion comprises an anionic paraffin wax; and further characterised in that the pot also comprises polyvinyl alcohol or polyvinyl acetate (PVAC).
A device for applying a cosmetic composition, in particular a makeup or care composition, to an application zone of a user, having a positioning system comprising at least one support configured to be positioned on a predefined supporting zone of the user's body and at least one connecting member connected to an application system for the composition, topographical data of at least a part of the user's face or body comprising at least the supporting zone and/or the application zone having been acquired beforehand, the support having a customized shape, adapted to said supporting zone, and/or the connecting member having a customized shape and/or dimensions, adapted to the morphology of the user, the support and/or the connecting member having been produced on the basis of said topographical data, the device being configured to guide the connecting member, in particular to impose a predefined trajectory on said connecting member, when the latter is moved relative to said supporting zone from a position in which the support is positioned on said zone, in order to bring the application system into contact with said application zone, the application system having at least one applicator member defining an application surface that is intended to come into contact with the application zone and has a shape that corresponds exactly thereto. the device being configured to guide the connecting member, in particular to impose a predefined trajectory on said connecting member, when the latter is moved relative to said supporting zone from a position in which the support is positioned on said zone, in order to bring the application system into contact with said application zone, the application system having at least one applicator member defining an application surface that is intended to come into contact with the application zone and has a shape that corresponds exactly thereto.
A system for extraction of cells from a sample of tissue, comprising a main device and a disposable kit for use with said main device, characterized in that: said main device is configured to host at least one disposable kit and is configured to execute at least one preset program when loaded with at least one disposable kit; said disposable kit comprises a work chamber for receiving a sample of tissue to be processed, and at least one further receptacle (12, 13), said disposable kit comprises at least a pumping system and a valve system (14, 19) which are operable for selective introduction of a predetermined amount of fluid from said receptacle into the work chamber, or selective discharge of a predetermined amount of fluid from the work chamber to the receptacle or to one of the receptacles (12, 13) included in the disposable kit, said main device comprises first interface means and said disposable kit comprises second interface means adapted to match with the first interface means of the main device, said pumping system and valve system (14, 19) of the disposable kit being controllable by the main device during the execution of a preset program, via said interface means between the main device and the disposable kit. said main device is configured to host at least one disposable kit and is configured to execute at least one preset program when loaded with at least one disposable kit; said disposable kit comprises a work chamber for receiving a sample of tissue to be processed, and at least one further receptacle (12, 13), said disposable kit comprises at least a pumping system and a valve system (14, 19) which are operable for selective introduction of a predetermined amount of fluid from said receptacle into the work chamber, or selective discharge of a predetermined amount of fluid from the work chamber to the receptacle or to one of the receptacles (12, 13) included in the disposable kit, said main device comprises first interface means and said disposable kit comprises second interface means adapted to match with the first interface means of the main device, said pumping system and valve system (14, 19) of the disposable kit being controllable by the main device during the execution of a preset program, via said interface means between the main device and the disposable kit.