mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly method for connecting first and second components together, including: providing the first and second components, at least two threaded fasteners and at least one intermediate assembly element for each fastener; mounting the intermediate assembly elements onto the threaded fasteners ; characterized by mounting a retaining tool comprising a handle onto the threaded fasteners and temporarily retaining the intermediate assembly elements on the threaded fasteners using the retaining tool ; then connecting the first and second components together using the threaded fasteners ; removing the retaining tool from the threaded fasteners in a direction that is transverse to a longitudinal axis (F-F) of a fastener , while the threaded fasteners are in a partially tightened state; and fully tightening the threaded fasteners after the retaining tool has been removed. providing the first and second components, at least two threaded fasteners and at least one intermediate assembly element for each fastener; mounting the intermediate assembly elements onto the threaded fasteners ; characterized by mounting a retaining tool comprising a handle onto the threaded fasteners and temporarily retaining the intermediate assembly elements on the threaded fasteners using the retaining tool ; then connecting the first and second components together using the threaded fasteners ; removing the retaining tool from the threaded fasteners in a direction that is transverse to a longitudinal axis (F-F) of a fastener , while the threaded fasteners are in a partially tightened state; and fully tightening the threaded fasteners after the retaining tool has been removed.
A light-guided high brake lamp for a vehicle with bidirectional light comprising a mask and a housing , said mask being fixedly covered on said housing , a containing chamber provided between said mask and said housing , a light guide ; wherein at least two light sources and a circuit board assembly are provided in said containing chamber, said at least two light sources being located at two ends of the light guide to form opposing beams illuminating the light guide ; characterised in that the inside of the housing is provided with a slot for securing the light sources and the circuit board assembly ; wherein the light guide and the housing are assembled by a snap fastener.
Application arrangement for application of a liquid medium with a housing in which a distribution chamber with at least one feed opening and at least one outlet opening is formed, and a distribution means, which is arranged in the distribution chamber and is designed as a cylindrical distributor shaft (11; 11'), wherein a plurality of radially outward open distribution channels are worked into a circumferential surface of the distributor shaft (11; 11') and form a continuous distribution net extending over the circumferential surface of the distributor shaft (11; 11'), characterized in that the distribution net is in fluid-carrying connection on the input side with the at least one feed opening and on the output side with the at least one outlet opening and is designed such that the liquid medium is conducted through the radially outward open distribution channels from the at least one feed opening to the at least one outlet opening .
A power conditioner circuit for conditioning power received from a DC power source , the power conditioner circuit comprising: an input line coupled to receive power from the DC power source; an output line to output power to an external bus load , wherein the output line is controlled at an approximately fixed voltage; and a DC-DC converter circuit coupling the input line to the output line, and configured to provide a load current to the external bus load for generating a maximum output power for the external bus load without requiring circuitry to perform a power calculation; and wherein the DC-DC converter circuit is configured to maximize the load current independently of a voltage of the output line; and the DC-DC converter circuit is configured to control only a single variable of a load current output from the power conditioner in order to maximize the load current output from the power conditioner circuit. an input line coupled to receive power from the DC power source; an output line to output power to an external bus load , wherein the output line is controlled at an approximately fixed voltage; and a DC-DC converter circuit coupling the input line to the output line, and configured to provide a load current to the external bus load for generating a maximum output power for the external bus load without requiring circuitry to perform a power calculation; and wherein the DC-DC converter circuit is configured to maximize the load current independently of a voltage of the output line; and the DC-DC converter circuit is configured to control only a single variable of a load current output from the power conditioner in order to maximize the load current output from the power conditioner circuit.
A method for application switching on a device, the method comprising: the device identifying an incoming call number from which an incoming call is initiated; if there is a number, which is consistent with the incoming call number, stored in a local contact list, obtaining a name identification matching the incoming call number from the local contact list; if there is no number, which is consistent with the incoming call number, stored in the local contact list, sending the incoming call number to a telephone directory server, and receiving the name identification returned by the telephone directory server, wherein the telephone directory server stores corresponding relationships between a plurality of numbers and name identification; automatically determining, based on the name identification and on a set of pre-set and pre-stored rules, a number type of the incoming call number according to whether the name identification was obtained from the local contact list or from the telephone directory server; during the call, the device determining an application which is currently to be switched to according to the determined number type; the device displaying on a display interface prompt information of application switching which is configured to prompt a user about whether to switch to the application; and when the device detects an application switching confirmation operation, the device displaying a main page of the application on the display interface. the device identifying an incoming call number from which an incoming call is initiated; if there is a number, which is consistent with the incoming call number, stored in a local contact list, obtaining a name identification matching the incoming call number from the local contact list; if there is no number, which is consistent with the incoming call number, stored in the local contact list, sending the incoming call number to a telephone directory server, and receiving the name identification returned by the telephone directory server, wherein the telephone directory server stores corresponding relationships between a plurality of numbers and name identification; automatically determining, based on the name identification and on a set of pre-set and pre-stored rules, a number type of the incoming call number according to whether the name identification was obtained from the local contact list or from the telephone directory server; during the call, the device determining an application which is currently to be switched to according to the determined number type; the device displaying on a display interface prompt information of application switching which is configured to prompt a user about whether to switch to the application; and when the device detects an application switching confirmation operation, the device displaying a main page of the application on the display interface.
A fixing device for fixing a wear or protection element on a shovel of an earth moving machine comprising a stop with a lower portion suitable for being housed in a housing arranged on a base fixed to said shovel , said stop being formed by a lower half-stop and an upper half-stop , where [a] in a mounted position, said lower half-stop and said upper half-stop are attached to one another by means of a screw housed in a through hole of said upper half-stop and in a hole of said lower half-stop , [b] said lower half-stop has a front face and a rear face , where at least a portion of said front face of the lower half-stop is in said lower portion and faces a front wall of said housing , where said lower half-stop is suitable for being introduced in said housing through an opening arranged on the upper face of said wear element , [c] said upper half-stop has a front face and a rear face , where said upper half-stop is suitable for being vertically introduced through said opening arranged on the upper face of said wear element , characterized in that [d] the assembly formed by said lower half-stop and said upper half-stop , in said mounted position, has a plan view at least partially exceeding the perimeter of the plan view of said opening , and where, in said mounted position, said upper half-stop is not in contact with said front wall . [a] in a mounted position, said lower half-stop and said upper half-stop are attached to one another by means of a screw housed in a through hole of said upper half-stop and in a hole of said lower half-stop , [b] said lower half-stop has a front face and a rear face , where at least a portion of said front face of the lower half-stop is in said lower portion and faces a front wall of said housing , where said lower half-stop is suitable for being introduced in said housing through an opening arranged on the upper face of said wear element , [c] said upper half-stop has a front face and a rear face , where said upper half-stop is suitable for being vertically introduced through said opening arranged on the upper face of said wear element , characterized in that [d] the assembly formed by said lower half-stop and said upper half-stop , in said mounted position, has a plan view at least partially exceeding the perimeter of the plan view of said opening ,
A micromechanical Coriolis rate of rotation sensor for detecting a rate of rotation, comprising: a substrate, a measurement axis (X-axis), a detection axis (Y-axis), and a drive axis (Z-axis), each disposed orthogonally to each other, a first and a second driving mass disposed in an X-Y plane parallel to the substrate, each driving mass being rotatably connected to the substrate by means of a central suspension, the two central suspensions being disposed along the Y-axis, drive means for generating a rotational oscillation of the driving masses about the drive axis (Z) at each central suspension, characterized in that the sensor comprises at least two elastic connecting elements connecting the two driving masses to each other, wherein at least one of said at least two elastic connecting elements is connected to each of the driving masses on each side of the Y-axis, and wherein the at least two elastic connecting elements are spaced apart from the Y-axis for connecting the two driving masses and for a mutually tuned oscillation of the two driving masses respectively. a substrate, a measurement axis (X-axis), a detection axis (Y-axis), and a drive axis (Z-axis), each disposed orthogonally to each other, a first and a second driving mass disposed in an X-Y plane parallel to the substrate, each driving mass being rotatably connected to the substrate by means of a central suspension, the two central suspensions being disposed along the Y-axis, drive means for generating a rotational oscillation of the driving masses about the drive axis (Z) at each central suspension, characterized in that the sensor comprises at least two elastic connecting elements connecting the two driving masses to each other, wherein at least one of said at least two elastic connecting elements is connected to each of the driving masses on each side of the Y-axis, and wherein the at least two elastic connecting elements are spaced apart from the Y-axis for connecting the two driving masses and for a mutually tuned oscillation of the two driving masses respectively.
A fluid dispenser device comprising a body , and a dispenser head that is provided with a dispenser orifice and that is axially movable relative to said body during actuation, said body receiving a reservoir containing fluid, said reservoir comprising a hollow tube having a proximal axial opening that is closed by a stopper that is adapted to slide in leaktight manner in said tube during actuation, said dispenser head including a hollow cannula that is connected at one end to said dispenser orifice , and that is provided at its other end with a perforating tip that is provided with an opening for perforating said stopper , said opening defining a peripheral edge that extends around said opening and that includes a distal axial end and a proximal axial end, said distal axial end of said peripheral edge forming the distal axial end of the perforating tip , said distal axial end of the perforating tip being arranged on the longitudinal central axis (A) of said cannula , the device being characterized in that said opening includes a distal portion of width that is small relative to the width of said cannula , said peripheral edge including a radial narrowing for defining said distal portion of small width of said opening , the distal axial end of said perforating tip is of shape that is rounded in the axial direction.
A sterilization device comprising: a first panel ; a second panel coupled to the first panel; a third panel coupled to the first panel; and a fourth panel coupled to the second panel , wherein each of the first panel, the second panel, the third panel, and the fourth panel includes a first side, an opposite second side, and a UV-C radiation source configured to emit UV-C radiation outwardly from the second side, each of the first panel , the second panel , the third panel , and the fourth panel configured to block UV- C radiation from being passing outwardly away from the respective first side, wherein the third panel is slideable between a proximal and distal position relative to the first panel and, in the distal position, pivotable relative to the first panel , wherein the fourth panel is slideable between a proximal and distal position relative to the second panel and, in the distal position, pivotable relative to the second panel ; characterised by a cantilevered arm comprising a radiation source configured to emit UV-C radiation, wherein the cantilevered arm is moveable between a folded position and an extended position. a first panel ; a second panel coupled to the first panel; a third panel coupled to the first panel; and a fourth panel coupled to the second panel , wherein each of the first panel, the second panel, the third panel, and the fourth panel includes a first side, an opposite second side, and a UV-C radiation source configured to emit UV-C radiation outwardly from the second side, each of the first panel , the second panel , the third panel , and the fourth panel configured to block UV- C radiation from being passing outwardly away from the respective first side, wherein the third panel is slideable between a proximal and distal position relative to the first panel and, in the distal position, pivotable relative to the first panel , wherein the fourth panel is slideable between a proximal and distal position relative to the second panel and, in the distal position, pivotable relative to the second panel ; characterised by a cantilevered arm comprising a radiation source configured to emit UV-C radiation, wherein the cantilevered arm is moveable between a folded position and an extended position.
Manufacturing process for producing a fuse body for a fusible link for protecting an electric circuit, - wherein at least one predetermined first portion of the fuse body , which has a first physical mass density, and at least one predetermined second portion of the fuse body , which has a second physical mass density unequal to the first physical mass density, are produced by the manufacturing process, - so that the at least one first portion and the at least one second portion are adapted by the manufacturing process in their mechanical elasticity and also their mechanical strength to the respective local stress loading of the fuse body , characterized in that the fuse body is produced in one piece from insulating material by means of an additive manufacturing process. - wherein at least one predetermined first portion of the fuse body , which has a first physical mass density, and at least one predetermined second portion of the fuse body , which has a second physical mass density unequal to the first physical mass density, are produced by the manufacturing process, - so that the at least one first portion and the at least one second portion are adapted by the manufacturing process in their mechanical elasticity and also their mechanical strength to the respective local stress loading of the fuse body ,
A composite fabric laminate comprising: an open mesh fabric having an open area of at least 15%; a first continuous film comprising polytetrafluoroethylene (PTFE); and a second continuous film comprising polytetrafluoroethylene (PTFE), wherein the first and second continuous films are disposed on opposing surfaces of the open mesh fabric , wherein the polytetrafluoroethylene (PTFE) of the first continuous film directly contacts the polytetrafluoroethylene (PTFE) of the second continuous film , and wherein the composite fabric laminate has a visible light transmission (VLT) of at least 20% measured according to ASTM E424 - 71 , and a tensile strength of at least 2259.7 N/cm (200 pounds per linear inch (PLI)) measured according to ASTM D4851-88. an open mesh fabric having an open area of at least 15%; a first continuous film comprising polytetrafluoroethylene (PTFE); and a second continuous film comprising polytetrafluoroethylene (PTFE), wherein the first and second continuous films are disposed on opposing surfaces of the open mesh fabric , wherein the polytetrafluoroethylene (PTFE) of the first continuous film directly contacts the polytetrafluoroethylene (PTFE) of the second continuous film , and wherein the composite fabric laminate has a visible light transmission (VLT) of at least 20% measured according to ASTM E424 - 71 , and a tensile strength of at least 2259.7 N/cm (200 pounds per linear inch (PLI)) measured according to ASTM D4851-88.
A bottom-pinned spin-orbit torque magnetic random access memory , comprising: a substrate; a bottom electrode layer on said substrate; a magnetic tunnel junction on said bottom electrode layer ; a spin-orbit torque layer on said magnetic tunnel junction; a conductive capping layer on said spin-orbit torque layer , wherein said conductive capping layer , said spin-orbit torque layer , said magnetic tunnel junction and said bottom electrode layer constitute a memory unit ; and an injection layer on said conductive capping layer , wherein said injection layer is divided into a first part and a second part , and said first part and said second part are connected respectively with two ends of said conductive capping layer and are not directly connected with said spin-orbit torque layer . a substrate; a bottom electrode layer on said substrate; a magnetic tunnel junction on said bottom electrode layer ; a spin-orbit torque layer on said magnetic tunnel junction; a conductive capping layer on said spin-orbit torque layer , wherein said conductive capping layer , said spin-orbit torque layer , said magnetic tunnel junction and said bottom electrode layer constitute a memory unit ; and an injection layer on said conductive capping layer , wherein said injection layer is divided into a first part and a second part , and said first part and said second part are connected respectively with two ends of said conductive capping layer and are not directly connected with said spin-orbit torque layer .
A wear member for an excavator wear assembly, the wear member comprising: a body with a socket cavity , the socket cavity having a transverse dimension (B); and a pair of mounting ears extending from the body , each of the mounting ears having a transverse dimension (A); characterized in that the transverse dimension (A) of each mounting ear is in the range 0.25 to 0.4 of the transverse dimension (B) of the socket cavity , and the socket cavity has an upper and a lower rear bearing surface (1111 and 1112), and an upper and a lower forward bearing surface (1113 and 1114), the upper rear bearing surface and the upper forward bearing surface being the rearward and forward portions, respectively, of a single smoothly curved upper surface of the socket cavity , the lower rear bearing surface and the lower forward bearing surface being the rearward and forward portions, respectively, of a single smoothly curved lower surface of the socket cavity , and at the rear of the socket cavity the upper and lower rear bearing surfaces (1111 and 1112) converge in a forward direction. a body with a socket cavity , the socket cavity having a transverse dimension (B); and a pair of mounting ears extending from the body , each of the mounting ears having a transverse dimension (A); characterized in that the transverse dimension (A) of each mounting ear is in the range 0.25 to 0.4 of the transverse dimension (B) of the socket cavity , and the socket cavity has an upper and a lower rear bearing surface (1111 and 1112), and an upper and a lower forward bearing surface (1113 and 1114), the upper rear bearing surface and the upper forward bearing surface being the rearward and forward portions, respectively, of a single smoothly curved upper surface of the socket cavity , the lower rear bearing surface and the lower forward bearing surface being the rearward and forward portions, respectively, of a single smoothly curved lower surface of the socket cavity , and at the rear of the socket cavity the upper and lower rear bearing surfaces (1111 and 1112) converge in a forward direction.
A method for audio processing, comprising: obtaining an audio signal of a target object; extracting a voiceprint feature of the target object according to a frequency spectrum of the audio signal; inputting the voiceprint feature into a predetermined pitch extraction network model to obtain a pitch feature of the target object; determining (S101) an audio mixing feature of the target object according to the voiceprint feature and the pitch feature, wherein the audio mixing feature at least comprises: the voiceprint feature and the pitch feature of the target object; and performing (S102) voice separation by inputting a mixed audio and the audio mixing feature into a separation network model, to obtain a target audio matching with the target object in the mixed audio. obtaining an audio signal of a target object; extracting a voiceprint feature of the target object according to a frequency spectrum of the audio signal; inputting the voiceprint feature into a predetermined pitch extraction network model to obtain a pitch feature of the target object; determining (S101) an audio mixing feature of the target object according to the voiceprint feature and the pitch feature, wherein the audio mixing feature at least comprises: the voiceprint feature and the pitch feature of the target object; and performing (S102) voice separation by inputting a mixed audio and the audio mixing feature into a separation network model, to obtain a target audio matching with the target object in the mixed audio.