mhurhangee/ep-ind-claims huggingface dataset:
Cold plate for cooling heat-generating components, comprising two plates (11, 12) extending parallel to one another and a core disposed between said two plates (11, 12) to form a sandwich structure, said core comprising a set of passages (13a, 13b) for passing at least one cooling fluid from a first edge to an opposite second edge of said sandwich structure, characterised in that first and second fluid-tight joining members (31, 32) are disposed respectively on said first and second opposite edges (10a, 10b of the sandwich structure, the first fluid-tight joining member comprising at least one inlet connector (33; 35, 36) for said at least one cooling fluid and the second fluid-tight joining member comprising at least one outlet connector (34; 37, 38) for said at least one cooling fluid, the first and second fluid-tight joining members (31, 32) blocking all the passages (13a, 13b) except at least one subset of said set of passages (13a, 13b), said at least one inlet connector (33; 35, 36) for at least one cooling fluid being connected with said subset of said set of passages (13a, 13b), and said at least one outlet connector (34; 37, 38) for said at least one cooling fluid being connected with said subset of said set of passages (13a, 13b).
A portable device comprising: at least one sensor device for obtaining first sensor data, wherein said first sensor data is representative of at least one property of the portable device and/or user associated with the portable device; a short-range transmitter; a short-range receiver; a processor; and an output device, wherein the device is configured to: operate in an advertising state in which the processor is arranged to assemble the first sensor data into a first data packet along with a first identifier for identifying the portable device; and control the transmitter to wirelessly broadcast using short-range communication protocols said first data packet to one or more other portable devices; operate in a scanning state in which the processor is arranged to use the receiver to scan for second data packets wirelessly broadcast using short-range communication protocols by said one or more other portable devices, wherein each second data packet comprises second sensor data and a second identifier for identifying the other portable device from which the second data packet was transmitted, wherein the second sensor data is representative of at least one property of the respective other portable device and/or user associated with the respective other portable device; and, when a second data packet is received by the receiver, determine the identity of the other portable device from the second identifier in the received second data packet and extract the second sensor data from the received second data packet; and provide an output using the output device to indicate: (i) the identity of the other portable device; and (ii) the first sensor data and the second sensor data, or a difference therebetween. operate in an advertising state in which the processor is arranged to assemble the first sensor data into a first data packet along with a first identifier for identifying the portable device; and control the transmitter to wirelessly broadcast using short-range communication protocols said first data packet to one or more other portable devices; operate in a scanning state in which the processor is arranged to use the receiver to scan for second data packets wirelessly broadcast using short-range communication protocols by said one or more other portable devices, wherein each second data packet comprises second sensor data and a second identifier for identifying the other portable device from which the second data packet was transmitted, wherein the second sensor data is representative of at least one property of the respective other portable device and/or user associated with the respective other portable device; and, when a second data packet is received by the receiver, determine the identity of the other portable device from the second identifier in the received second data packet and extract the second sensor data from the received second data packet; and provide an output using the output device to indicate: (i) the identity of the other portable device; and (ii) the first sensor data and the second sensor data, or a difference therebetween.
An axle assembly for a bicycle, the axle assembly comprising: an axle having an inner wall extending along a length of the axle between a first end and a second end of the axle, the inner wall at least partially defining a first volume and a second volume within the axle, the first volume having a first diameter and the second volume having a second diameter that is greater than the first diameter, the first volume being closer than the second volume to the first end of the axle; and a sensor attached to the inner wall of the axle within the second volume of the axle. an axle having an inner wall extending along a length of the axle between a first end and a second end of the axle, the inner wall at least partially defining a first volume and a second volume within the axle, the first volume having a first diameter and the second volume having a second diameter that is greater than the first diameter, the first volume being closer than the second volume to the first end of the axle; and a sensor attached to the inner wall of the axle within the second volume of the axle.
A synthesis filter bank comprising M synthesis filters, wherein the M synthesis filters are modulated versions of an asymmetric prototype filter p 0 (n) having length N; wherein M =64 and N = 640, and wherein the asymmetric prototype filter p 0 (n) comprises coefficients being identical to the coefficients of Table 1 herein, titled "Coefficients of a 64 channel low delay prototype filter", or being derived from the coefficients of Table 1 herein, titled "Coefficients of a 64 channel low delay prototype filter", by the operations of rounding or truncating to a lower numerical accuracy.
A molded laying interior material for a vehicle, characterized by comprising: a decorative layer that faces a vehicle compartment; and a buffer material layer that faces a vehicle body panel; wherein the decorative layer has a first concavo-convex shape formed by press molding on a side of the vehicle compartment; the buffer material layer has a second concavo-convex shape formed by press molding a buffer material (40, 41) on a side of the vehicle body panel; the decorative layer and the buffer material layer are at least laminated and integrated; characterized in that the buffer material (40, 41) has a fiber structure in which fibers (45, 46) are oriented in a thickness direction in the fiber structure; and a thickness of the buffer material layer formed from the buffer material (40, 41) having the fibers (45, 46) oriented in the thickness direction is locally changed. a decorative layer that faces a vehicle compartment; and a buffer material layer that faces a vehicle body panel;
Escutcheon (21, 21a) for a door lock, in which a handle or a rotary knob is guided, which includes a square pin for engaging into the door lock, wherein the escutcheon (21, 21a) is guided by two screws (15', 16') or internal threaded bolts (15", 16") fixed to both sides and at the level of the square pin at a standard distance of 38 mm to each other, and wherein additionally 21.5 mm below the square pin a screw, a bolt with internal thread, a centring spigot or an opening for a screw or a centring spigot is provided.
Inductor for electromagnetic induction heating of a plasticizing cylinder, comprising an even number of two or more identical coils, made of an electric conductor, arranged on an internal support element of thermal insulation towards the cylinder, and made of non-magnetic and non-conductive material, said coils, each having an internal terminal and an external terminal, wherein - the winding direction is the same for all coils, - the winding axis of the coils is perpendicular to the axis of the cylinder to be heated, - the coils are mounted symmetrically to the cylinder axis to be heated and angularly equidistant, - the adjacent external or internal terminals of the coils are connected to each other and the internal or external terminals are electrically powered, so as to generate an electromagnetic field transverse to the cylinder, - all the elements constituting the inductor are open on a generatrix line of the plasticizing cylinder, characterized in that: said coils have a spiral structure conformed to the surface of the cylinder, such as to leave a free area inside the coil; said supporting element consists of an internal support element (4.2), made of non-magnetic and electrically non-conductive material, disposed towards the cylinder to be heated, of an intermediate thermal insulation element (4.3) made of non-magnetic and electrically non-conductive material, and of an external element (4.1) for supporting the coils in non-magnetic and electrically non-conductive material; all the elements constituting the inductor are flexible. - the winding direction is the same for all coils, - the winding axis of the coils is perpendicular to the axis of the cylinder to be heated, - the coils are mounted symmetrically to the cylinder axis to be heated and angularly equidistant, - the adjacent external or internal terminals of the coils are connected to each other and the internal or external terminals are electrically powered, so as to generate an electromagnetic field transverse to the cylinder, - all the elements constituting the inductor are open on a generatrix line of the plasticizing cylinder, said coils have a spiral structure conformed to the surface of the cylinder, such as to leave a free area inside the coil; said supporting element consists of an internal support element (4.2), made of non-magnetic and electrically non-conductive material, disposed towards the cylinder to be heated, of an intermediate thermal insulation element (4.3) made of non-magnetic and electrically non-conductive material, and of an external element (4.1) for supporting the coils in non-magnetic and electrically non-conductive material; all the elements constituting the inductor are flexible.
A RNA consisting of the sequence selected from the group consisting of SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5, SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO: 8, SEQ ID NO: 9, SEQ ID NO: 10, SEQ ID NO: 11, and SEQ ID NO: 12 for use as a pharmaceutical agent.
CLIP FOR HANGERS, to be applied to a bar (1, 1') present along the entire longitudinal length of a hanger for garments such as skirts and trousers, said clip having a pair of opposed blades (2, 3), reciprocally connected by means of an elastic element with opposed sides (5, 6), a curved nail (5', 6') being provided with concavity facing outwards, at both ends of said elastic element, which can be placed astride above said bar (1, 1') of the hanger; each of the curved nails (5', 6') of the elastic element being insertable into a recess present in each of the blades (2, 3), said elastic element acting in such a way as to push the lower end of the blades (2, 3) into reciprocal contact, said clip being characterized in that the elastic element is substantially "U"-shaped and each of the blades (2, 3) is composed of a first internal element (2', 3'), with a plane shape, and of a second external element (2", 3"), also with a plane shape, superimposable on the first one to constitute said blade (2, 3), being even provided that the first internal elements (2', 3') are identical to each other, as are the corresponding second external elements (2", 3"), being also provided that each of the second external elements (2", 3") has a substantially identical perimeter development with respect to that of the first internal elements (2', 3'), each of the second external elements (2", 3") being therefore perfectly superimposable with respect to each of the first internal elements (2', 3'), due to the substantial coincidence of their perimeter edge, being finally provided that the elastic element, placed astride above the bar (1, 1'), presents its opposite sides (5, 6) with at least one section that overlaps a portion of the first internal elements (2', 3'), before the curved nail (5', 6') is inserted in the recess.
An electronics system module, comprising: a test connector; a primary electrical circuit including input connectors and output connectors; a chassis; a filter circuit connected between the primary electrical circuit and the chassis that is utilized as a ground; and a switch element electronically wired between the primary electrical circuit and ground, the switch element configured to be engaged by the test connector to open the switch to disconnect the primary electrical circuit from the ground, the test connector including electrical connectors configured to connect to the input connectors and the output connectors of the primary electrical circuit, wherein the test connector is configured to connect a gate of a component of the switch element to the ground to disconnect the primary electrical circuit from the ground; and the switch element is configured to automatically close based on the test connector being disengaged from the switch element. a test connector; a primary electrical circuit including input connectors and output connectors; a chassis; a filter circuit connected between the primary electrical circuit and the chassis that is utilized as a ground; and a switch element electronically wired between the primary electrical circuit and ground, the switch element configured to be engaged by the test connector to open the switch to disconnect the primary electrical circuit from the ground, the test connector including electrical connectors configured to connect to the input connectors and the output connectors of the primary electrical circuit, wherein the test connector is configured to connect a gate of a component of the switch element to the ground to disconnect the primary electrical circuit from the ground; and the switch element is configured to automatically close based on the test connector being disengaged from the switch element.
An apparatus for affecting movement of a vehicle that includes a rotating wheel, the apparatus comprising: a plurality of snagging members (2, 3) configured to snag the wheel; a housing configured such that the snagging members extend from the housing when in a deployed arrangement; and the apparatus characterized in that it further comprises a netting (4, 5) coupled to the snagging members (2 3), the netting being disposed in the housing and being configured to be pulled from within the housing when a wheel is snagged as it crosses the housing, such that the netting becomes wrapped around the wheel. a plurality of snagging members (2, 3) configured to snag the wheel; a housing configured such that the snagging members extend from the housing when in a deployed arrangement; and the apparatus characterized in that it further comprises a netting (4, 5) coupled to the snagging members (2 3), the netting being disposed in the housing and being configured to be pulled from within the housing when a wheel is snagged as it crosses the housing, such that the netting becomes wrapped around the wheel.
An implant having a main body formed from magnesium or a biocorrodible magnesium alloy and a corrosion-inhibiting passivation layer covering the main body, wherein the passivation layer contains a 3-polyhydroxyalkanoate and the 3-polyhydroxyalkanoate is a homomer or copolymer with a polymer segment of formula: with R = propyl, butyl, pentyl or hexyl, wherein the implant is a stent.
An LC filter comprising: a laminate including a plurality of insulating layers (16a - 16t) laminated in a lamination direction; an inductor (L1, L2) having a spiral or helical shape turning around an axis parallel to the lamination direction; and a capacitor (C1, C2) in which a plurality of capacitor conductors faces each other, wherein the inductor (L1, L2) and the capacitor (C1, C2) do not overlap as viewed from the lamination direction and all directions orthogonal to the lamination direction, characterized in that the laminate has a bottom surface located at its one end in the lamination direction, wherein the LC filter further includes an outer electrode (14a to 14c) that is electrically connected to the inductor (L1, L2) and the capacitor (C1, C2) and is disposed on the bottom surface, wherein the laminate further has a top surface located at its the other end in the lamination direction, and the capacitor (C1, C2) is disposed nearer to a top surface of the laminate than the inductor (L1, L2). a laminate including a plurality of insulating layers (16a - 16t) laminated in a lamination direction; an inductor (L1, L2) having a spiral or helical shape turning around an axis parallel to the lamination direction; and a capacitor (C1, C2) in which a plurality of capacitor conductors faces each other, wherein the inductor (L1, L2) and the capacitor (C1, C2) do not overlap as viewed from the lamination direction and all directions orthogonal to the lamination direction, characterized in that the laminate has a bottom surface located at its one end in the lamination direction, wherein the LC filter further includes an outer electrode (14a to 14c) that is electrically connected to the inductor (L1, L2) and the capacitor (C1, C2) and is disposed on the bottom surface, wherein the laminate further has a top surface located at its the other end in the lamination direction, and the capacitor (C1, C2) is disposed nearer to a top surface of the laminate than the inductor (L1, L2).
Device (3, 3') for adjusting the length of a cord comprises a cup-shaped first part (10, 30) and an insert (20, 40) as the second part, wherein the two parts (10, 20, 30, 40) are able to be pushed into one another and a spring is arranged between the two parts (10, 20, 30, 40), characterized in that the cup-shaped first part (10, 30) comprises in a circumferential edge (12, 32) a first recess or entrance opening for the passage (13, 33) of two cord pieces (4, 4a) and four further openings (14, 15, 34, 35) for two cord pieces (4, 4b, 4c), wherein the first and second of the four openings (14, 34) are arranged adjacent to the first recess or entrance opening (13, 33) and third and fourth openings (15, 35) are arranged opposite the first and second opening (14, 34) in the circumferential edge (12, 32), wherein the insert (20, 40) comprises a groove (24, 44) having a turnaround formed by a circumferential edge (22, 42) of the insert (20, 40) and a central part (25, 45), and the circumferential edge (22, 42) comprises a second recess (23, 43) which leads into the groove (24, 44), and the insert (20, 40) on the outside of its circumferential edge (22, 42) and on both sides of the second recess (23, 43) each has a lateral guide groove (28, 24) with in each case an entrance and an exit for one cord piece each, wherein the guide grooves (28, 48) each have elements (29, 37) for deflecting and for inhibiting the movement of a cord and the guide grooves (28, 48) are completely separated from the groove (24, 44) with the turnaround, and wherein the first and second recesses and the four openings are arranged such that when the insert is inserted in the cup-shaped part and the spring is compressed, the position of the second recess in the insert coincides with the position of the first recess in the cup-shaped part and the positions of the four openings in the cup-shaped part coincide with the positions of the entrances and exits of the lateral guide grooves in the insert.
A sheet conveyance device comprising: a feed tray on which a sheet is to be loaded; a feeding unit configured to feed the sheet; a stopper rotatably supported on the feeding unit and configured to rotate when pressed by the sheet inserted into the feed tray; a first abutted portion with which the stopper comes into contact in association with rotation of the stopper; characterized by an impact reducing mechanism configured to reduce impact to the first abutted portion from the stopper, the stopper includes a first abutting portion that comes into contact with the first abutted portion in association with the rotation of the stopper, and the impact reducing mechanism includes: a second abutted portion; and a second abutting portion that is disposed in the stopper and that comes into contact with the second abutted portion through deformation of the stopper when the stopper is pressed by the sheet with a force beyond a prescribed pressing force. a feed tray on which a sheet is to be loaded; a feeding unit configured to feed the sheet; a stopper rotatably supported on the feeding unit and configured to rotate when pressed by the sheet inserted into the feed tray; a first abutted portion with which the stopper comes into contact in association with rotation of the stopper; characterized by an impact reducing mechanism configured to reduce impact to the first abutted portion from the stopper, the stopper includes a first abutting portion that comes into contact with the first abutted portion in association with the rotation of the stopper, and the impact reducing mechanism includes: a second abutted portion; and a second abutting portion that is disposed in the stopper and that comes into contact with the second abutted portion through deformation of the stopper when the stopper is pressed by the sheet with a force beyond a prescribed pressing force. a second abutted portion; and a second abutting portion that is disposed in the stopper and that comes into contact with the second abutted portion through deformation of the stopper when the stopper is pressed by the sheet with a force beyond a prescribed pressing force.