mhurhangee/ep-ind-claims huggingface dataset:
Locking device designed to allow the assembly of a tool-holder plate on a frame, the device comprising locking means integral with the frame, designed to cooperate with the plate and mounted so as to be able to move between a detachment position, in which the locking means allow the frame and the plate to be detached, and a first locking position, in which the locking means allow the plate to be isostatically locked on the frame, the device being characterized in that the locking means comprise in addition to a second locking position, distinct from the first position, in which the locking means allow limited movement of the plate with respect to the frame, when the plate is engaged in the device.
A method for operating a vehicle comprising: receiving, at a processor, a brake pad signal from a braking system of the vehicle, each brake pad signal comprising information on a pad wear value associated with a set of source brake pads; determining, by the processor, whether the pad wear value from the brake pad signal exceeds a pad wear threshold; determining, by the processor, in response to the pad wear value exceeding the pad wear threshold, a degradation delay from an initial detection of the pad wear threshold being exceeded wherein the degradation delay is determined based on vehicle operating data comprising a first predefined condition; increasing, by the processor, a brake pad counter value by a first value in response to the first predefined condition being met; determining if the degradation delay has reached the delay threshold comprises determining if the counter value of the brake pad counter has reached a maximum counter value; and the processor causing the disabling of one or more first level vehicle features including an autonomous or semi-autonomous mode of operating the vehicle based on the degradation delay reaching a delay threshold. receiving, at a processor, a brake pad signal from a braking system of the vehicle, each brake pad signal comprising information on a pad wear value associated with a set of source brake pads; determining, by the processor, whether the pad wear value from the brake pad signal exceeds a pad wear threshold; determining, by the processor, in response to the pad wear value exceeding the pad wear threshold, a degradation delay from an initial detection of the pad wear threshold being exceeded wherein the degradation delay is determined based on vehicle operating data comprising a first predefined condition; increasing, by the processor, a brake pad counter value by a first value in response to the first predefined condition being met; determining if the degradation delay has reached the delay threshold comprises determining if the counter value of the brake pad counter has reached a maximum counter value; and the processor causing the disabling of one or more first level vehicle features including an autonomous or semi-autonomous mode of operating the vehicle based on the degradation delay reaching a delay threshold.
Use of a laminating film having a non-tacky compliant surface having a hardness of 20 Shore A or more and 60 Shore A or less for laminating a non-tacky micro-featured and nano-featured surface bearing micropores and nanopores, the micropores ranging in sizes from 0.1 to 5 microns, the nanopores ranging in sizes from 1 to 100 nm, the micro-featured and nano-featured surface having a roughness average in amplitude (R a) varying from 0.2 μm to 3.0 μm and a mean spacing of profile irregularities (RS m) varying from 20 nm to 2,000 nm, the compliant surface forming upon contact with the micro-featured and nano-featured surface a dry adhesive bond through reversible mechanical interlock of the compliant surface in the micropores and the nanopores.
An adapter for coupling to a process control transmitter of the type used to monitor a process variable in an industrial process, the adapter comprising: I/O circuitry configured to connect through terminals to a two wire process control loop and to the process control transmitter and to communicate on the process control loop; wireless communication circuitry configured to transmit a radio frequency signal; power supply circuitry configured to provide power to the wireless communication circuitry using power received from the two wire process control loop; characterized in that the power supply circuitry includes in series with the two wire process control loop a voltage regulator, a bypass transistor; and a capacitor, wherein the bypass transistor is controlled by an OP-amp; the capacitor is configured to be charged by power provided by the two wire process control loop, and the voltage across the terminals which connect to the process control loop is regulated to a desired voltage level by adjusting the current charging the capacitor using the OP-amp and the bypass transistor. I/O circuitry configured to connect through terminals to a two wire process control loop and to the process control transmitter and to communicate on the process control loop; wireless communication circuitry configured to transmit a radio frequency signal; power supply circuitry configured to provide power to the wireless communication circuitry using power received from the two wire process control loop; characterized in that the power supply circuitry includes in series with the two wire process control loop a voltage regulator, a bypass transistor; and a capacitor, wherein the bypass transistor is controlled by an OP-amp; the capacitor is configured to be charged by power provided by the two wire process control loop, and the voltage across the terminals which connect to the process control loop is regulated to a desired voltage level by adjusting the current charging the capacitor using the OP-amp and the bypass transistor.
Linear actuator, comprising an electric motor with a stator and with a rotor and comprising a rolling-contact planetary transmission with a spindle and with a nut which is guided on the spindle by means of planets and which is coupled to the rotor, wherein the planets mesh both with the nut and with the spindle, wherein the nut is mounted both axially and radially on a housing component by means of a rolling-contact planetary bearing, the planets of which are arranged between an outer ring and the nut and have a multiplicity of grooves arranged axially one behind the other, wherein grooves assigned to the nut and grooves arranged on the outer ring are provided, on which grooves the planets roll, characterized in that the rotor is designed as a hollow component and has a section which forms the nut.
A bulldozer, comprising a main frame, and an engine, a hood, and an exhaust after-treatment device being provided on the main frame, an air inlet of the exhaust after-treatment device being in communication with an air outlet of a turbine of the engine via a pipeline, wherein the exhaust after-treatment device is fixed to the hood; and characterized in that, the bulldozer further comprises an engine supporting frame, wherein the engine is supported on the main frame by the engine supporting frame, the bulldozer further comprises a traveling hydraulic pump and a working pump, and each of the traveling hydraulic pump and the working pump is connected to an output shaft of the engine, and the traveling hydraulic pump and the working pump are rigidly connected to a housing of the engine.
A power wheel axle shaft of an electric motorcycle having a heat dissipation structure comprising a shaft body and a thermal conduction element, wherein the shaft body is a hollow tube, a first end of the shaft body is in connection with a frame unit of the electric motorcycle, the thermal conduction element is fitted on a second end of the shaft body, and the shaft body is connected to a support rack of a stator of a hub motor, characterized in that the support rack has a bushing formed on a central axis thereof and which accommodates the shaft body; the thermal conduction element is tubular and is made of thermal conductive metal, the thermal conduction element includes a first tubular section and a second tubular section connecting with the first tubular section by using a connection portion, wherein the shaft body is connected with the thermal conduction element via the first tubular section, and the second tubular section is fitted onto the bushing.
A system operable with map data indicative of a road network with road segments each having a road class shaping a route from a starting location to a destination, the system comprising: an input device for receiving a destination and a shape location to be used for shaping a route from a starting location to the destination through or near the shape location while not routing a user to the shape location as a destination; and a processing system for determining a route from the starting location to the destination, wherein the processing system determines an interest area for the shape location, characterized in that the processing system further determines the highest road class of potential road segments through the interest area and calculates a route from the starting location through the interest area to the destination, such that the route includes a selected road segment through the interest area, the selected road segment having the determined highest road class. an input device for receiving a destination and a shape location to be used for shaping a route from a starting location to the destination through or near the shape location while not routing a user to the shape location as a destination; and a processing system for determining a route from the starting location to the destination, wherein the processing system determines an interest area for the shape location, characterized in that the processing system further determines the highest road class of potential road segments through the interest area and calculates a route from the starting location through the interest area to the destination, such that the route includes a selected road segment through the interest area, the selected road segment having the determined highest road class.
An ocular implant insertion apparatus, comprising: a housing (302, 402) including an ocular implant storage area and a nozzle; a plunger (306, 406), including a plunger rod with a distal end, movable in a distal direction relative to the housing; and a nonmanually driven plunger driver; characterized in that the non-manually driven plunger driver is a hybrid spring-based and hydraulic plunger driver (310, 410, 410a, 410b, 410c) that is configured to drive the plunger in the distal direction from an initial storage position where the plunger rod distal end is located within the housing to a fully deployed position where the plunger rod distal end is located distal of the nozzle. a housing (302, 402) including an ocular implant storage area and a nozzle; a plunger (306, 406), including a plunger rod with a distal end, movable in a distal direction relative to the housing; and a nonmanually driven plunger driver; characterized in that the non-manually driven plunger driver is a hybrid spring-based and hydraulic plunger driver (310, 410, 410a, 410b, 410c) that is configured to drive the plunger in the distal direction from an initial storage position where the plunger rod distal end is located within the housing to a fully deployed position where the plunger rod distal end is located distal of the nozzle.
Electrical automotive coolant pump for cooling a motor vehicle internal combustion engine, comprising a can-motor assembly, a pump rotor with pump vanes and a sliding bearing sleeve mounted on a stationary metallic rotor axis, wherein the pump vanes of the pump rotor are arranged axially in the region of the slide bearing sleeve, and a metallic stop ring at the distal end of the rotor axis, characterized in that the stop ring has an axial thickness of at least 0.9 mm, and the stop ring is welded to the rotor axis.
An auxiliary for controlling at least one functionality, intended to be fixed on a tubular support and including a series of modules each provided with a body forming a support, these bodies being movable together to occupy an unfolded position or a rolled-up position to form together a sleeve intended to surround the tubular support, the auxiliary including a device (8a, 8b, 11) for maintaining the bodies in the rolled-up position, the auxiliary being characterized in that the bodies are attached to each other in the unfolded position and in the rolled-up position and in that at least two modules are each equipped with at least one actuation key connected to an electrical control circuit supported by the body and delivering an output signal upon actuation of the corresponding key to ensure the control of at least one piece of equipment for implementing a functionality.
An engine, comprising: an exhaust conduit comprising an exhaust port on an end thereof, wherein the exhaust conduit has an angled inside surface having a cross section widening toward the exhaust port; and a muffler comprising a housing with an intake pipe, wherein the intake pipe is inserted through the exhaust port such that the intake pipe is wedged into the angled inside surface of the exhaust conduit. an exhaust conduit comprising an exhaust port on an end thereof, wherein the exhaust conduit has an angled inside surface having a cross section widening toward the exhaust port; and a muffler comprising a housing with an intake pipe, wherein the intake pipe is inserted through the exhaust port such that the intake pipe is wedged into the angled inside surface of the exhaust conduit.
A method for joining an aluminum part and resin, comprising: providing an aluminum part made of aluminum or aluminum alloy; forming a bonding layer on a surface of the aluminum part by coating a liquid film of hydrolyzed silane coupling agent on the surface of the aluminum part and drying the liquid film; forming an adhesive layer formed of polyurethane adhesive on the bonding layer; curing the adhesive layer; positioning the aluminum part having the bonding layer and the adhesive layer in a injection mold; and injecting thermoplastic resin on the adhesive layer to form a resin part integrally bonded to the adhesive layer when hardened; wherein the hydrolyzed silane coupling agent is prepared by blending a silane coupling agent containing epoxy groups and alcohol having a concentration of 95 weight percent to obtain a mixture, with the silane coupling agent having a mass percentage of 1% to 6%, and maintaining the mixture static until the silane coupling agent is fully hydrolyzed. providing an aluminum part made of aluminum or aluminum alloy; forming a bonding layer on a surface of the aluminum part by coating a liquid film of hydrolyzed silane coupling agent on the surface of the aluminum part and drying the liquid film; forming an adhesive layer formed of polyurethane adhesive on the bonding layer; curing the adhesive layer; positioning the aluminum part having the bonding layer and the adhesive layer in a injection mold; and injecting thermoplastic resin on the adhesive layer to form a resin part integrally bonded to the adhesive layer when hardened; wherein the hydrolyzed silane coupling agent is prepared by blending a silane coupling agent containing epoxy groups and alcohol having a concentration of 95 weight percent to obtain a mixture, with the silane coupling agent having a mass percentage of 1% to 6%, and maintaining the mixture static until the silane coupling agent is fully hydrolyzed.
An anti-KIR antibody comprising the CDR1, CDR2 and CDR3 domains in a heavy chain variable region having the sequence set forth in SEQ ID NO:3, and the CDR1, CDR2 and CDR3 domains in a light chain variable region having the sequence set forth in SEQ ID NO:5, and an anti-PD-1 antibody comprising the CDR1, CDR2 and CDR3 domains in a heavy chain variable region having the sequence set forth in SEQ ID NO:19, and the CDR1, CDR2 and CDR3 domains in a light chain variable region having the sequence set forth in SEQ ID NO:21, for use in a method of treating cancer in a human patient, wherein the method comprises at least one administration cycle, wherein the cycle is a period of eight weeks, wherein for each of the at least one cycles, two doses of the anti-KIR antibody are administered at a dose of 0.1, 0.3, 1, 3, 6, or 10 mg/kg and four doses of the anti-PD-1 antibody are administered at a dose of 3 mg/kg.
A flat-shaped all-solid battery (1; 100), comprising: a battery container constituted by an outer can and a sealing can; an annular gasket installed on the sealing can, and a stack which a positive electrode, a solid electrolyte layer, and a negative electrode are stacked to form, wherein a bottom surface portion of the gasket is compressed with an opening edge of the sealing can, wherein the positive electrode is a molded body of a positive electrode material mixture containing a positive electrode active material and a solid electrolyte, or has a structure in which a layer of the positive electrode material mixture containing the positive electrode active material and the solid electrolyte is provided on one surface or both surfaces of a current collector, wherein the negative electrode is a molded body of a negative electrode material mixture containing a negative electrode active material and a solid electrolyte, or has a structure in which a layer of the negative electrode material mixture containing the negative electrode active material and the solid electrolyte is provided on one surface or both surfaces of a current collector, wherein the stack is housed in the battery container, a conductive porous member is disposed between the stack and an inner bottom surface of the outer can and between the stack and an inner bottom surface of the sealing can, and the conductive porous member is a conductive porous sheet constituted by a molded body of expandable graphite and having flexibility. a battery container constituted by an outer can and a sealing can; an annular gasket installed on the sealing can, and a stack which a positive electrode, a solid electrolyte layer, and a negative electrode are stacked to form, wherein a bottom surface portion of the gasket is compressed with an opening edge of the sealing can, wherein the positive electrode is a molded body of a positive electrode material mixture containing a positive electrode active material and a solid electrolyte, or has a structure in which a layer of the positive electrode material mixture containing the positive electrode active material and the solid electrolyte is provided on one surface or both surfaces of a current collector, wherein the negative electrode is a molded body of a negative electrode material mixture containing a negative electrode active material and a solid electrolyte, or has a structure in which a layer of the negative electrode material mixture containing the negative electrode active material and the solid electrolyte is provided on one surface or both surfaces of a current collector, wherein the stack is housed in the battery container, a conductive porous member is disposed between the stack and an inner bottom surface of the outer can and between the stack and an inner bottom surface of the sealing can, and the conductive porous member is a conductive porous sheet constituted by a molded body of expandable graphite and having flexibility.
Induction motor comprising at least one magnet, a mobile armature, a bowl with a fixed coil on the outside of the mobile armature, comprising means for cooling the fixed coil, placed outside the armature, characterized in that the coil is produced by means of a winding of an electrically conductive and hollow tube inside which a cooling heat-transfer fluid circulates.
A textile manufactured product made using embroidery machines that are suitable for carrying out macramé work, and comprising: - a base structure made up of thread-like and/or ribbon-like elements made of at least a first material, said base structure defining an embroidered ornamental pattern realized using an embroidery machine capable of performing techniques such as macramé; and - at least one ornamental thread-like and/or ribbon-like element made of at least a second material that differs from said first material in terms of mechanical strength and reflection/refraction of light, said ornamental thread-like and/or ribbon-like element being connected to said base structure by means of a plurality of knots arranged at predetermined intervals along said thread-like and/or ribbon-like elements made of at least a first material, characterized in that said first material is entirely composed of polyamide and in that said knots are spaced apart from each other, on the base structure, by an interval ranging from 1 to 5 millimetres. - a base structure made up of thread-like and/or ribbon-like elements made of at least a first material, said base structure defining an embroidered ornamental pattern realized using an embroidery machine capable of performing techniques such as macramé; and - at least one ornamental thread-like and/or ribbon-like element made of at least a second material that differs from said first material in terms of mechanical strength and reflection/refraction of light, said ornamental thread-like and/or ribbon-like element being connected to said base structure by means of a plurality of knots arranged at predetermined intervals along said thread-like and/or ribbon-like elements made of at least a first material,
Device (102b, 104b) for generating a polar code of length N and dimension K on the basis of a transformation matrix G N of size N × N, wherein the transformation matrix G N is based on a first matrix G N r of size N r × N r, and on a second matrix G N d of size N d × N d, wherein N = N r · N d, and wherein a polar codeword x N is given by x N = u N · G N, wherein u N = ( u 0,..., u N- 1) is a vector of size N, u i, i = 0,... N - 1, corresponding to an information bit if i ∈ I, I being a set of K information bit indices, and u i = 0, if i ∈ F, F being a set of N - K frozen bit indices, the device (102b, 104b) comprising a processor (102c, 104c) configured to: generate a reliability vector υ G N r = v 1,... v N r, wherein v i represents a reliability of an i -th input bit of a code generated by the first matrix G N r; generate a distance spectrum vector d G N d = d 1,..., d N d of a code generated by the second matrix G Nd, wherein d j represents a minimum distance of the code generated by the second matrix G N d of dimension j; determine the set of K information bit indices I on the basis of the reliability vector υ G N r and of the distance spectrum vector d GN. generate a reliability vector υ G N r = v 1,... v N r, wherein v i represents a reliability of an i -th input bit of a code generated by the first matrix G N r; generate a distance spectrum vector d G N d = d 1,..., d N d of a code generated by the second matrix G Nd, wherein d j represents a minimum distance of the code generated by the second matrix G N d of dimension j; determine the set of K information bit indices I on the basis of the reliability vector υ G N r and of the distance spectrum vector d GN.