mhurhangee/ep-ind-claims huggingface dataset:
A toy gun comprising: a valve body having a hollow valve body air chamber therein and formed of a cylinder whose bottom portion is closed with a detachably fit lid; and a valve body air chamber cover formed by joining a plurality of unit covers together, attached to the circumference of the valve body, and having a lateral portion and a bottom portion, wherein the unit covers include a lateral portion forming a part of a valve body air chamber cover and a joint, and at least one of the unit covers includes a bottom portion forming a part or all of the bottom portion of the valve body air chamber cover integrally provided on the lateral portion, and wherein when the valve body is housed in the disassembled unit covers, the unit covers are attached to the circumference of the valve body, and then the respective joints of the individual unit covers are joined together to assemble valve body air chamber covers, the valve body air chamber covers become a cylinder with the bottom portion thereof closed. a valve body having a hollow valve body air chamber therein and formed of a cylinder whose bottom portion is closed with a detachably fit lid; and a valve body air chamber cover formed by joining a plurality of unit covers together, attached to the circumference of the valve body, and having a lateral portion and a bottom portion, wherein the unit covers include a lateral portion forming a part of a valve body air chamber cover and a joint, and at least one of the unit covers includes a bottom portion forming a part or all of the bottom portion of the valve body air chamber cover integrally provided on the lateral portion, and wherein when the valve body is housed in the disassembled unit covers, the unit covers are attached to the circumference of the valve body, and then the respective joints of the individual unit covers are joined together to assemble valve body air chamber covers, the valve body air chamber covers become a cylinder with the bottom portion thereof closed.
A drainage end cap device for draining fluid from a hollow space in a vehicle, comprising a mounting unit that is durably mountable in a super-imposed manner onto a drainage opening provided in an outer shell of a vehicle, wherein a drainage cap with a drainage channel is provided, said drainage cap being removably mountable to said mounting unit, characterized in that said drainage channel is at least partly zigzagged over a longitudinal extension of said drainage cap in a plane that is at least substantially parallel to said mounting unit in a mounted state of said drainage cap on said mounting unit, wherein said drainage channel comprises channel walls that are at least substantially perpendicular to said mounting unit in a mounted state of said drainage cap on said mounting unit.
A device for transferring media from an industrial robot to a tool, wherein the device comprises a swivel adapter (1; 1') having a body including: - a first coupling unit (7;7') arranged in one end of the body for coupling the swivel adapter to the robot, - a second coupling unit (9;9') arranged in an opposite end of the body for coupling the swivel adapter to the tool, and - a distance element (13;13') having a lower portion (15; 15') attached to the first coupling unit and an upper portion (17; 17') attached to the second coupling unit, wherein the first and second coupling units are spaced apart from each other along a common central axis so that a gap is formed between them, and the lower portion of the distance element is disposed at a distance from the periphery of the first coupling unit, and the second coupling unit is provided with a penetration hole (19;19') in communication with the gap, wherein the first coupling unit is shaped as a circular plate and has a circular periphery, characterized in that the upper portion (17; 17') of the distance element is arranged so that a space 20 is formed between the upper portion of the distance element (13;13') and the first coupling unit (7;7'), and the penetration hole is formed between the distance element and the second coupling unit (9;9'), the penetration hole is partly surrounding the distance element and has an arcuate shape, and the penetration hole extends at least 240° around the common central axis and in a curved direction around the distance element. - a first coupling unit (7;7') arranged in one end of the body for coupling the swivel adapter to the robot, - a second coupling unit (9;9') arranged in an opposite end of the body for coupling the swivel adapter to the tool, and - a distance element (13;13') having a lower portion (15; 15') attached to the first coupling unit and an upper portion (17; 17') attached to the second coupling unit, wherein the first and second coupling units are spaced apart from each other along a common central axis so that a gap is formed between them, and the lower portion of the distance element is disposed at a distance from the periphery of the first coupling unit, and the second coupling unit is provided with a penetration hole (19;19') in communication with the gap, wherein the first coupling unit is shaped as a circular plate and has a circular periphery, characterized in that the upper portion (17; 17') of the distance element is arranged so that a space 20 is formed between the upper portion of the distance element (13;13') and the first coupling unit (7;7'), and the penetration hole is formed between the distance element and the second coupling unit (9;9'), the penetration hole is partly surrounding the distance element and has an arcuate shape, and the penetration hole extends at least 240° around the common central axis and in a curved direction around the distance element.
A camera module, comprising a base, a guide shaft, a first piezo assembly, a second piezo assembly, and a first optical assembly and a second optical assembly that are successively slidably connected to the guide shaft in an optical axis direction, wherein the guide shaft is fixedly connected to the base; the first piezo assembly is connected between the base and the first optical assembly, the first piezo assembly comprises a first stator and a first driven element, the first stator comprises a first piezo element and a first fixing element that are fixedly connected, the first fixing element comprises a first cantilever, and the first cantilever is configured to amplify vibration generated by the first piezo element in an energized state, and cooperate with the first driven element to drive the first optical assembly to slide on the guide shaft; the second piezo assembly is connected between the base and the second optical assembly, or between the first optical assembly and the second optical assembly, the second piezo assembly comprises a second stator and a second driven element, the second stator comprises a second piezo element and a second fixing element that are fixedly connected, the second fixing element comprises a second cantilever, and the second cantilever is configured to amplify vibration generated by the second piezo element in an energized state, and cooperate with the second driven element to drive the second optical assembly to slide on the guide shaft, wherein the first driven element is fixed to the first optical assembly, the first stator is fixed to the base, the second driven element is fixed to the second optical assembly, and characterized in that the second stator is fixed to the first optical assembly.
An electronic stylus, comprising: a graspable body; a sensing tip; and, a tip retention assembly fixed relative to the body and physically removeably retaining the sensing tip, the tip retention assembly comprising: a tip holder that defines a cavity adapted to receive the sensing tip; first and second clamps positioned radially around the tip holder; and, a clamp band positioned around the first and second clamps and biasing the first and second clamps inwardly toward the sensing tip, wherein: the graspable body contains an electronic component; the tip retention assembly is configured to electrically couple the sensing tip and the electronic component; and the first and second clamps extend through holes in the tip holder into the cavity to contact the sensing tip. a graspable body; a sensing tip; and, a tip retention assembly fixed relative to the body and physically removeably retaining the sensing tip, the tip retention assembly comprising: a tip holder that defines a cavity adapted to receive the sensing tip; first and second clamps positioned radially around the tip holder; and, a clamp band positioned around the first and second clamps and biasing the first and second clamps inwardly toward the sensing tip, a tip holder that defines a cavity adapted to receive the sensing tip; first and second clamps positioned radially around the tip holder; and, a clamp band positioned around the first and second clamps and biasing the first and second clamps inwardly toward the sensing tip, wherein: the graspable body contains an electronic component; the tip retention assembly is configured to electrically couple the sensing tip and the electronic component; and the first and second clamps extend through holes in the tip holder into the cavity to contact the sensing tip. the graspable body contains an electronic component; the tip retention assembly is configured to electrically couple the sensing tip and the electronic component; and the first and second clamps extend through holes in the tip holder into the cavity to contact the sensing tip.
An optics method comprising: processing an optical beam to produce a structured optical beam for human perception of optical polarization, wherein processing the optical beam comprises: receiving the optical beam from a laser source; characterized in: attenuating the optical beam to an exposure irradiance level that is safe for direct viewing by a human eye of a human subject; expanding the optical beam to a size configured for a field of view of the human eye; and preparing the optical beam with a position-dependent polarization profile; and illuminating the field of view of the human eye with a structured optical beam by directing the structured optical beam towards the human eye, wherein the structured optical beam comprises the position-dependent polarization profile, and wherein illuminating the field of view of the human eye with the structured optical beam induces an entoptic profile that allows the human subject to perceive the position-dependent polarization profile. processing an optical beam to produce a structured optical beam for human perception of optical polarization, wherein processing the optical beam comprises: receiving the optical beam from a laser source; characterized in: attenuating the optical beam to an exposure irradiance level that is safe for direct viewing by a human eye of a human subject; expanding the optical beam to a size configured for a field of view of the human eye; and preparing the optical beam with a position-dependent polarization profile; and receiving the optical beam from a laser source; characterized in: attenuating the optical beam to an exposure irradiance level that is safe for direct viewing by a human eye of a human subject; expanding the optical beam to a size configured for a field of view of the human eye; and preparing the optical beam with a position-dependent polarization profile; and illuminating the field of view of the human eye with a structured optical beam by directing the structured optical beam towards the human eye, wherein the structured optical beam comprises the position-dependent polarization profile, and wherein illuminating the field of view of the human eye with the structured optical beam induces an entoptic profile that allows the human subject to perceive the position-dependent polarization profile.
A drive chain for a tracked vehicle with several track belts extending parallel to one another in the chain running direction, to which belts a plurality of track cleat arrangements aligned transversely to the chain running direction is fastened, wherein each track cleat arrangement has a track cleat which is connected to at least one track belt in the area of its track cleat bottom, and wherein several penetration elements are provided for connecting the track cleat bottom to the at least one track belt, which penetrate the at least one track belt at the level of the respective track cleat and are associated with the track cleat bottom - seen in the chain running direction - in a positive connection, characterized in that several spikes projecting from the track cleat bottom in the direction of the track belt are fastened to the track cleat bottom as penetration elements and in the fitted state are pressed into the track belt in order to achieve - when seen in the chain running direction - a positive connection with the track belt; in that the track cleat is connected to the track belt by means of at least one bolt connection (7, 9) penetrating a passage through the track belt and by at least one supporting element; in that the spikes for each track belt are each arranged on the track cleat bottom adjacent to the at least one bolt connection (7, 9) provided per track belt; in that each spike has a penetrating tip and a fastening base; in that the track cleat bottom is provided with receptacles for inserting and securing the fastening base of the spikes; and in that the passages through the track belts are provided with metal support bushings which act as spacers between the track cleat bottom and the at least one supporting element.
An assembly for the installation and/or renovation of a window, complementary to thermal insulation from the outside of the facade of a building, the assembly comprising: - a pre-frame intended to support a window; - a box having at least one cavity provided with at least one opening intended to communicate with the outside of the building; - means for fastening the box to the building, designed to form a clearance between the box and the building; - a first layer of thermal insulator between the box and the building; characterised in that the box overhangs the pre-frame, the assembly also comprising a second layer of thermal insulator between the box and the pre-frame, and in that the box has a cornice including a lower wall in which the opening(s) is/are formed, the cornice projecting with respect to the rest of the box, the cavity forming a bird nesting box. - a pre-frame intended to support a window; - a box having at least one cavity provided with at least one opening intended to communicate with the outside of the building; - means for fastening the box to the building, designed to form a clearance between the box and the building; - a first layer of thermal insulator between the box and the building; characterised in that the box overhangs the pre-frame, the assembly also comprising a second layer of thermal insulator between the box and the pre-frame, and in that the box has a cornice including a lower wall in which the opening(s) is/are formed, the cornice projecting with respect to the rest of the box, the cavity forming a bird nesting box.
A path node determining method, used to determine, in an IP Multimedia Subsystem,IMS, network which comprises multiple signaling media gateways, signaling media gateway(s) which serves as media path node(s) of one call, characterized in that, for any one of the signaling media gateways in the IMS network, the method comprises: when receiving a first Session Description Protocol, SDP, offer, transmitting a first SDP offer carrying a first path parameter, wherein a network segment identifier of the signaling media gateway is added in the first path parameter of the transmitted first SDP offer; when receiving a first SDP answer for the transmitted first SDP offer, judging, according to a second path parameter in the received first SDP answer, whether the signaling media gateway is a path node; wherein the signaling media gateway is a gateway device which is used for processing IMS signaling and media; after judging if the signaling media gateway is a path node, it is required to modify the second path parameter in the first SDP answer, or after judging if the signaling media gateway is not a path node, the second path parameter in the first SDP answer is not modified; and transmitting the first SDP answer which carries the second path parameter. when receiving a first Session Description Protocol, SDP, offer, transmitting a first SDP offer carrying a first path parameter, wherein a network segment identifier of the signaling media gateway is added in the first path parameter of the transmitted first SDP offer; when receiving a first SDP answer for the transmitted first SDP offer, judging, according to a second path parameter in the received first SDP answer, whether the signaling media gateway is a path node; wherein the signaling media gateway is a gateway device which is used for processing IMS signaling and media; after judging if the signaling media gateway is a path node, it is required to modify the second path parameter in the first SDP answer, or after judging if the signaling media gateway is not a path node, the second path parameter in the first SDP answer is not modified; and transmitting the first SDP answer which carries the second path parameter.
A hydraulic pump operating device of a hydraulic system, the hydraulic system including: a variable speed motor; a hydraulic pump driven by the variable speed motor; and a pressure detector configured to detect a discharge pressure of the hydraulic pump, the hydraulic pump operating device comprising: a pressure variation range detector configured to detect a range of variation of the discharge pressure detected by the pressure detector; and a speed controller configured to control a speed of the variable speed motor based on the detected range of variation of the discharge pressure; characterized in that the hydraulic pump operating device further includes a pressure maintained state detector, wherein the pressure maintained state detector is configured to detect a state where the discharge pressure is maintained, based on the range of variation of the discharge pressure which is detected by the pressure variation range detector, and if the pressure maintained state detector detects the state where the discharge pressure is maintained, then the speed controller decelerates the variable speed motor. the hydraulic system including: a variable speed motor; a hydraulic pump driven by the variable speed motor; and a pressure detector configured to detect a discharge pressure of the hydraulic pump, a variable speed motor; a hydraulic pump driven by the variable speed motor; and a pressure detector configured to detect a discharge pressure of the hydraulic pump, the hydraulic pump operating device comprising: a pressure variation range detector configured to detect a range of variation of the discharge pressure detected by the pressure detector; and a speed controller configured to control a speed of the variable speed motor based on the detected range of variation of the discharge pressure; characterized in that the hydraulic pump operating device further includes a pressure maintained state detector, wherein the pressure maintained state detector is configured to detect a state where the discharge pressure is maintained, based on the range of variation of the discharge pressure which is detected by the pressure variation range detector, and if the pressure maintained state detector detects the state where the discharge pressure is maintained, then the speed controller decelerates the variable speed motor. a pressure variation range detector configured to detect a range of variation of the discharge pressure detected by the pressure detector; and a speed controller configured to control a speed of the variable speed motor based on the detected range of variation of the discharge pressure; characterized in that the hydraulic pump operating device further includes a pressure maintained state detector, wherein the pressure maintained state detector is configured to detect a state where the discharge pressure is maintained, based on the range of variation of the discharge pressure which is detected by the pressure variation range detector, and if the pressure maintained state detector detects the state where the discharge pressure is maintained, then the speed controller decelerates the variable speed motor.
A method of enabling a target device in the form of a mobile telephone to be remotely controlled by at least one controller device, the method comprising: receiving, at the mobile telephone, at least one command from the at least one controller device over at least one of a plurality of bearers through at least one corresponding protocol; dynamically determining, by a target selector, at the mobile telephone, one of a set of target client applications (2, 4) within the mobile telephone for each of the at least one command according to a list of currently open target client applications provided for each of the at least one command; and routing, by the target selector at the mobile telephone, the at least one command to the determined target client application within the mobile telephone through a target client application programming interface API, the target client API providing the target client applications an interface that is independent of the plurality of bearers, wherein the list of currently open target client applications comprise audio applications and the at least one command is routed to an audio application that is currently playing audio. receiving, at the mobile telephone, at least one command from the at least one controller device over at least one of a plurality of bearers through at least one corresponding protocol; dynamically determining, by a target selector, at the mobile telephone, one of a set of target client applications (2, 4) within the mobile telephone for each of the at least one command according to a list of currently open target client applications provided for each of the at least one command; and routing, by the target selector at the mobile telephone, the at least one command to the determined target client application within the mobile telephone through a target client application programming interface API, the target client API providing the target client applications an interface that is independent of the plurality of bearers, wherein the list of currently open target client applications comprise audio applications and the at least one command is routed to an audio application that is currently playing audio.