mhurhangee/ep-ind-claims huggingface dataset:
A brush block assembly for a propeller deicing system, comprising: two or more brushes arranged in one or more rows of two brushes, each of the two or more brushes comprised of a pressed electrically conductive material with an integral lead wire and a terminal; an insert to house each of the two or more brushes, wherein the insert comprises pockets, each of the pockets housing a respective one of the two or more brushes; one or more terminal studs, each of the two brushes within a same one of the one or more rows being separated from an adjacent one of the two brushes by one of the one or more terminal studs; a helical spring coupled respectively to each of the two or more brushes; and insulated wires from a power supply and from the respective terminal of each of the two brushes within the same one of the one or more rows being retained by the one of the one or more terminal studs in the one of the one or more rows, characterized by further comprising: wire guides formed as cut-outs in the insert extending from the pockets, each of the wire guides arranged to route one of the insulated wires from the terminal of a respective one of the two or more brushes to an external surface of the brush block assembly, wherein each of the wire guides is formed on a side of the respective one of the two or more brush pockets that is opposite a side nearer to an adjacent one of the two brushes in the same one of the one or more rows, the wire guides routing the insulated wires to the terminal studs. two or more brushes arranged in one or more rows of two brushes, each of the two or more brushes comprised of a pressed electrically conductive material with an integral lead wire and a terminal; an insert to house each of the two or more brushes, wherein the insert comprises pockets, each of the pockets housing a respective one of the two or more brushes; one or more terminal studs, each of the two brushes within a same one of the one or more rows being separated from an adjacent one of the two brushes by one of the one or more terminal studs; a helical spring coupled respectively to each of the two or more brushes; and insulated wires from a power supply and from the respective terminal of each of the two brushes within the same one of the one or more rows being retained by the one of the one or more terminal studs in the one of the one or more rows, characterized by further comprising: wire guides formed as cut-outs in the insert extending from the pockets, each of the wire guides arranged to route one of the insulated wires from the terminal of a respective one of the two or more brushes to an external surface of the brush block assembly, wherein each of the wire guides is formed on a side of the respective one of the two or more brush pockets that is opposite a side nearer to an adjacent one of the two brushes in the same one of the one or more rows, the wire guides routing the insulated wires to the terminal studs.
A touch-sensitive position sensor comprising: an array of first electrodes and an array of second electrodes arranged in a pattern to define a sensing surface; and a controller coupled to respective ones of the first electrodes and the second electrodes and arranged to determine a reported position for an object adjacent the sensing surface in a coordinate system defined relative to the first electrodes and the second electrodes by measuring changes in an electrical parameter associated with the first electrodes and the second electrodes which is caused by the presence of the object; and wherein at least some of the first electrodes and the second electrodes are arranged to follow paths which are non-linear within the sensing surface such that object positions along a straight line on the sensing surface correspond with reported positions along a curve in the coordinate system defined relative to the first electrodes and second electrodes, wherein opposing ends of respective ones of the first electrodes meet a common edge of the sensing surface and opposing ends of respective ones of the second electrodes meet a common edge of the sensing surface. an array of first electrodes and an array of second electrodes arranged in a pattern to define a sensing surface; and a controller coupled to respective ones of the first electrodes and the second electrodes and arranged to determine a reported position for an object adjacent the sensing surface in a coordinate system defined relative to the first electrodes and the second electrodes by measuring changes in an electrical parameter associated with the first electrodes and the second electrodes which is caused by the presence of the object; and wherein at least some of the first electrodes and the second electrodes are arranged to follow paths which are non-linear within the sensing surface such that object positions along a straight line on the sensing surface correspond with reported positions along a curve in the coordinate system defined relative to the first electrodes and second electrodes, wherein opposing ends of respective ones of the first electrodes meet a common edge of the sensing surface and opposing ends of respective ones of the second electrodes meet a common edge of the sensing surface.
A compound that is a cis-polyunsaturated fatty acid ester for use in reducing neurodegeneration, characterized in that at least one of the double bonds in the compound is replaced by a cyclopropane ring/group, and which is provided in an effective amount.
Method for manufacturing a cutting from at least one textile semi-finished product with • placing at least one textile semi-finished product in a cutting tool, and • cutting the at least one textile semi-finished product introduced into the cutting tool by means of a first cutting device in accordance with a predetermined cutting geometry of the cutting in order to produce the cutting from the at least one textile semi-finished product, • gripping the cutting and lifting the cutting relative to the offcuts - or the other way round - by means of a gripping device, so that a gap is formed in the cross-section between the cutting and the offcuts as a result of the lifting, the cutting and the offcuts formed together the at least one textile semi-finished product, characterized by • passing through at least one cutting blade of a second cutting device through the resulting gap between cutting and offcuts. • placing at least one textile semi-finished product in a cutting tool, and • cutting the at least one textile semi-finished product introduced into the cutting tool by means of a first cutting device in accordance with a predetermined cutting geometry of the cutting in order to produce the cutting from the at least one textile semi-finished product, • gripping the cutting and lifting the cutting relative to the offcuts - or the other way round - by means of a gripping device, so that a gap is formed in the cross-section between the cutting and the offcuts as a result of the lifting, the cutting and the offcuts formed together the at least one textile semi-finished product, characterized by • passing through at least one cutting blade of a second cutting device through the resulting gap between cutting and offcuts.
A method for preparing a sterilized scaffold for medical use, the method comprising the steps of: i) Loading collagen to a fiber mesh containing fibers of polylactide polymer or copolymer to obtain a PLA-collagen scaffold, ii) Drying the PLA-collagen scaffold obtained from step i), iii) Sterilizing the PLA-collagen scaffold obtained from the drying step ii) to obtain the sterilized scaffold. i) Loading collagen to a fiber mesh containing fibers of polylactide polymer or copolymer to obtain a PLA-collagen scaffold, ii) Drying the PLA-collagen scaffold obtained from step i), iii) Sterilizing the PLA-collagen scaffold obtained from the drying step ii) to obtain the sterilized scaffold.
A test strip dispenser (100,300) comprising: an inner housing (108,308) having an interior volume to store a plurality of test strips (200,400), the inner housing having an aperture (152,352) in a proximal end (138,338) through which a test strip (202,402) is dispensed, the inner housing including a groove (158,358); a device (154,354) that biases the inner housing in a first direction; and an outer housing (106,306) having an opening (114,314) in alignment with the aperture of the inner housing to allow for passage of the test strip, the outer housing having a guide member (116,316) that mates with the groove of the inner housing, wherein: the inner housing is disposed within the outer housing and movable in the outer housing during dispensing of the test strip; and characterized in that: the guide member includes a ledge (128,322) and a stop (130,324) at a distal end of the ledge (128,322), wherein the stop (130,324) is configured to engage with a distal end of a test strip so that the test strip remains stationary once it has engaged with the stop (130,324) when the inner housing (108,308) is moved along the guide member (116,316) of the outer housing (106,306) in a direction opposite the first direction. an inner housing (108,308) having an interior volume to store a plurality of test strips (200,400), the inner housing having an aperture (152,352) in a proximal end (138,338) through which a test strip (202,402) is dispensed, the inner housing including a groove (158,358); a device (154,354) that biases the inner housing in a first direction; and an outer housing (106,306) having an opening (114,314) in alignment with the aperture of the inner housing to allow for passage of the test strip, the outer housing having a guide member (116,316) that mates with the groove of the inner housing, wherein: the inner housing is disposed within the outer housing and movable in the outer housing during dispensing of the test strip; and characterized in that: the guide member includes a ledge (128,322) and a stop (130,324) at a distal end of the ledge (128,322), wherein the stop (130,324) is configured to engage with a distal end of a test strip so that the test strip remains stationary once it has engaged with the stop (130,324) when the inner housing (108,308) is moved along the guide member (116,316) of the outer housing (106,306) in a direction opposite the first direction. the inner housing is disposed within the outer housing and movable in the outer housing during dispensing of the test strip; and characterized in that: the guide member includes a ledge (128,322) and a stop (130,324) at a distal end of the ledge (128,322), wherein the stop (130,324) is configured to engage with a distal end of a test strip so that the test strip remains stationary once it has engaged with the stop (130,324) when the inner housing (108,308) is moved along the guide member (116,316) of the outer housing (106,306) in a direction opposite the first direction.
A freely assemblable toy track, comprising a plurality of guide rails and connecting pieces, wherein each guide rail comprises two independent strip rails at the left and right, each connecting piece is configured as a frame piece provided with a connecting part at a corresponding position of an inner frame edge for connecting with an end of each strip rail, a front guide rail and a rear guide rail are connected through the frame piece to form a track body having a track surface with a middle portion hollowed; and the freely assemblable toy track is characterized in that the strip rail has an L-shaped section, and the frame piece is configured as a square frame body or a square U-shaped frame body correspondingly.
A vacuum cooking appliance for cooking food, comprising: an outer case being in a form of a box having a hexahedral shape, in which an accommodating space is formed, and having an open upper surface; a housing comprising a housing mounting part and a vacuum packing module mounting part, configured to accommodate an upper portion of the outer case; a first container providing a space for accommodating fluid and being coupled to the container mounting part and being accommodated inside the outer case; a heating part configured to heat the fluid accommodated inside the first container; a vacuum packing module having a vacuum pressure generator coupled to the vacuum packing module mounting part and configured to suction air inside a food packing container (p); and a sealer installed adjacent to the vacuum pressure generator and configured to heat and seal the food packing container (p), wherein the accommodating space for accommodating the housing and the first container and an electronic component space (a) for accommodating components to operate a control panel are formed inside the outer case, the vacuum packing module mounting part is located in front of the first container, bottom surfaces of the vacuum packing module mounting part and the vacuum packing module are located above a bottom surface of the first container and the electronic component space (a) covers a space located in front of the first container and a space located below the vacuum packing module mounting part and the vacuum packing module. an outer case being in a form of a box having a hexahedral shape, in which an accommodating space is formed, and having an open upper surface; a housing comprising a housing mounting part and a vacuum packing module mounting part, configured to accommodate an upper portion of the outer case; a first container providing a space for accommodating fluid and being coupled to the container mounting part and being accommodated inside the outer case; a heating part configured to heat the fluid accommodated inside the first container; a vacuum packing module having a vacuum pressure generator coupled to the vacuum packing module mounting part and configured to suction air inside a food packing container (p); and a sealer installed adjacent to the vacuum pressure generator and configured to heat and seal the food packing container (p), wherein the accommodating space for accommodating the housing and the first container and an electronic component space (a) for accommodating components to operate a control panel are formed inside the outer case, the vacuum packing module mounting part is located in front of the first container, bottom surfaces of the vacuum packing module mounting part and the vacuum packing module are located above a bottom surface of the first container and the electronic component space (a) covers a space located in front of the first container and a space located below the vacuum packing module mounting part and the vacuum packing module.
An implantable system to fill an anatomic void, the system comprising: a wire backbone (834,864,230,231, 240,306) having primary and secondary 3D forms; and a shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) covering a majority of the backbone (834, 864, 230, 231, 240, 306, 421), the shape memory polymer foam (836, 850,245, 226, 227,310, 311, 402,403) having primary and secondary shapes and including first (831, 861) and second (832, 862) shape memory polymer portions; wherein the shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) pivots the first portion (831, 861) about the second portion (832, 862) when the shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) and the backbone (834, 864, 230, 231, 240, 306, 421) are both in their respective primary 3D form or shape and also when the shape memory polymer foam (836,850,245,226,227, 310, 311, 402, 403) and the backbone (834, 864, 230, 231, 240, 306, 421) are both in their respective secondary 3D form or shape; wherein an adhesive couples the shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) to the backbone (834, 864, 230, 231, 240, 306, 421); the adhesive adhering to the backbone (834, 864, 230, 231, 240, 306, 421) and the shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) adhering to the adhesive; characterized in that the wire backbone includes a metal surface and in that the adhesive includes an additional shape memory polymer. a wire backbone (834,864,230,231, 240,306) having primary and secondary 3D forms; and a shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) covering a majority of the backbone (834, 864, 230, 231, 240, 306, 421), the shape memory polymer foam (836, 850,245, 226, 227,310, 311, 402,403) having primary and secondary shapes and including first (831, 861) and second (832, 862) shape memory polymer portions; wherein the shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) pivots the first portion (831, 861) about the second portion (832, 862) when the shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) and the backbone (834, 864, 230, 231, 240, 306, 421) are both in their respective primary 3D form or shape and also when the shape memory polymer foam (836,850,245,226,227, 310, 311, 402, 403) and the backbone (834, 864, 230, 231, 240, 306, 421) are both in their respective secondary 3D form or shape; wherein an adhesive couples the shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) to the backbone (834, 864, 230, 231, 240, 306, 421); the adhesive adhering to the backbone (834, 864, 230, 231, 240, 306, 421) and the shape memory polymer foam (836, 850, 245, 226, 227, 310, 311, 402, 403) adhering to the adhesive; characterized in that the wire backbone includes a metal surface and in that the adhesive includes an additional shape memory polymer.
A communications method, comprising: receiving (401, 503, 602), by a first network element from a second network element, a management request message of a first session to be established for a terminal apparatus in a second network, wherein the first network element is a session management function + packet data network gateway-control plane, SMF+PGW-C, module, and the second network element is an access and mobility management function, AMF, entity; wherein the management request message comprises indication information indicating that a current condition supports establishment of an evolved packet system, EPS, session of a first network for the terminal apparatus, wherein the indication information comprises first information indicating that a communications interface exists between the AMF entity of the second network and a mobility management entity, MME, of the first network; wherein the first network is an EPS, and the second network is a 5G network; obtaining (402, 504-507, 603-606), by the first network element, quality of service, QoS, control information of the EPS session of the first network for the terminal apparatus based on the indication information; and sending (403, 510, 609), by the first network element, a PDU session establishment response message to the second network element, wherein the PDU session establishment response message comprises the QoS control information. receiving (401, 503, 602), by a first network element from a second network element, a management request message of a first session to be established for a terminal apparatus in a second network, wherein the first network element is a session management function + packet data network gateway-control plane, SMF+PGW-C, module, and the second network element is an access and mobility management function, AMF, entity; wherein the management request message comprises indication information indicating that a current condition supports establishment of an evolved packet system, EPS, session of a first network for the terminal apparatus, wherein the indication information comprises first information indicating that a communications interface exists between the AMF entity of the second network and a mobility management entity, MME, of the first network; wherein the first network is an EPS, and the second network is a 5G network; obtaining (402, 504-507, 603-606), by the first network element, quality of service, QoS, control information of the EPS session of the first network for the terminal apparatus based on the indication information; and sending (403, 510, 609), by the first network element, a PDU session establishment response message to the second network element, wherein the PDU session establishment response message comprises the QoS control information.
Process for decontamination of exhaust gas coming from an internal combustion engine including an exhaust line, this decontamination process being at least partially integrated in a catalyser disposed within the exhaust line, this process comprises the following stages: - determination of the quantity of nitrogen oxide actually produced by the engine for a given motor operating point, - determination of a setting of quantity of nitrogen oxide in the exhaust gas at the given motor operating point not to be exceeded on leaving the exhaust line, - comparison of the quantity of nitrogen oxide actually produced by the engine at the given motor operating point with this setting of quantity of nitrogen oxide not to be exceeded, and if the quantity of nitrogen oxide actually produced by the engine is greater than the setting of quantity of nitrogen oxide not to be exceeded, treatment of the nitrogen oxide, as long as the quantity of nitrogen oxide actually produced is greater than the setting of quantity of nitrogen oxide not to be exceeded on leaving the exhaust line, characterised in that the setting of quantity of nitrogen oxide in the exhaust gas not to be exceeded on leaving the exhaust line is determined as a function of the outside temperature. - determination of the quantity of nitrogen oxide actually produced by the engine for a given motor operating point, - determination of a setting of quantity of nitrogen oxide in the exhaust gas at the given motor operating point not to be exceeded on leaving the exhaust line, - comparison of the quantity of nitrogen oxide actually produced by the engine at the given motor operating point with this setting of quantity of nitrogen oxide not to be exceeded, and if the quantity of nitrogen oxide actually produced by the engine is greater than the setting of quantity of nitrogen oxide not to be exceeded, treatment of the nitrogen oxide, as long as the quantity of nitrogen oxide actually produced is greater than the setting of quantity of nitrogen oxide not to be exceeded on leaving the exhaust line,
An improved hair curling device comprising: a) a plurality of clips for hair curling comprising: a1) a pair of bias able opposing jaws biased to a closed position; and a2) a heat retaining element disposed on the inside surface of each jaw; a3) wherein in that each jaw has a concave inside surface and creating a confined space between the jaws when in the closed position; and b) a heater for the clip comprising a housing and a plurality of locations for heating and retaining the clip at a desired temperature, wherein each location comprises a double convex surface complimentary to the concave shape of the inside surfaces of the jaws. a) a plurality of clips for hair curling comprising: a1) a pair of bias able opposing jaws biased to a closed position; and a2) a heat retaining element disposed on the inside surface of each jaw; a3) wherein in that each jaw has a concave inside surface and creating a confined space between the jaws when in the closed position; and a1) a pair of bias able opposing jaws biased to a closed position; and a2) a heat retaining element disposed on the inside surface of each jaw; a3) wherein in that each jaw has a concave inside surface and creating a confined space between the jaws when in the closed position; and b) a heater for the clip comprising a housing and a plurality of locations for heating and retaining the clip at a desired temperature, wherein each location comprises a double convex surface complimentary to the concave shape of the inside surfaces of the jaws.
A brake disc made by casting, said disc has a reinforcement in order to prevent detachment of disc fragments, the reinforcement comprising a metal element cast in the disc, said metal element extends round the disc, characterised in that said metal element comprises a wire or has the shape of a mesh which extends both radially and axially within the disc 12.