mhurhangee/ep-ind-claims huggingface dataset:
A mechanical oscillator for a clockwork movement, including a balance associated with a balance-spring, as well as a balance-cock carrying a bearing in which one end of a balance-staff is pivoted, whereof said balance and a first end of said balance-spring are secured, a support to hold the second end of said balance-spring, and a protective frame (26, 126) of said balance-spring comprising a first substantially planar face, secured to said balance-cock, and a substantially cylindrical wall arranged at the periphery of said balance-spring, characterized in that said protective frame (26, 126) is open on its second face, facing said balance, and has first and second openings (34, 36) arranged in said first face to define respective passages for said balance-staff and for said support.
An apparatus for operating on tissue, the apparatus comprising: (a) a shaft; (b) an acoustic waveguide configured to transmit ultrasonic vibration, wherein the acoustic waveguide extends along the shaft; and (c) an end effector, wherein the end effector comprises: (i) an ultrasonic blade in acoustic communication with the acoustic waveguide, and (ii) a clamp arm pivotable toward the ultrasonic blade, wherein the end effector defines a first longitudinal region and a second longitudinal region, wherein the end effector is configured to clamp tissue between the clamp arm and the ultrasonic blade in the first longitudinal region, wherein the end effector is configured to sever tissue with the ultrasonic blade in the second longitudinal region, wherein the clamp arm extends along the lengths of the first longitudinal region and the second longitudinal region, wherein the clamp arm is configured to engage tissue along a horizontal plane along the first longitudinal region; characterised in that the clamp arm and ultrasonic blade are not centered along a common vertical axis in the second longitudinal region, yet pass through a common horizontal plane in the second longitudinal region, such that the clamp arm is configured to cooperate with the ultrasonic blade to shear tissue along the second longitudinal region. (a) a shaft; (b) an acoustic waveguide configured to transmit ultrasonic vibration, wherein the acoustic waveguide extends along the shaft; and (c) an end effector, wherein the end effector comprises: (i) an ultrasonic blade in acoustic communication with the acoustic waveguide, and (ii) a clamp arm pivotable toward the ultrasonic blade, wherein the end effector defines a first longitudinal region and a second longitudinal region, wherein the end effector is configured to clamp tissue between the clamp arm and the ultrasonic blade in the first longitudinal region, wherein the end effector is configured to sever tissue with the ultrasonic blade in the second longitudinal region, wherein the clamp arm extends along the lengths of the first longitudinal region and the second longitudinal region, wherein the clamp arm is configured to engage tissue along a horizontal plane along the first longitudinal region; characterised in that the clamp arm and ultrasonic blade are not centered along a common vertical axis in the second longitudinal region, yet pass through a common horizontal plane in the second longitudinal region, such that the clamp arm is configured to cooperate with the ultrasonic blade to shear tissue along the second longitudinal region. (i) an ultrasonic blade in acoustic communication with the acoustic waveguide, and (ii) a clamp arm pivotable toward the ultrasonic blade,
A belt retractor for a vehicle seat belt system comprising a frame, a belt reel which is rotatably arranged in the frame and a locking system which can lock the belt reel in a webbing-sensitive manner, the locking system including an inertia pawl which per se co-rotates with the belt reel and is pivotable from a home position in which the belt reel is freely rotatable about a pivot axis into a locking position, wherein a means to trigger pivoting of the inertia pawl is provided which is responsive to exceeding a predetermined centrifugal force, characterized in that the means is a pivoted lever which is arranged on the outside of the inertia pawl and is adapted to contact locking teeth of the locking system.
A computer-implemented method for controlling one or more home automation devices via a security panel, wherein the security panel includes a processor, a memory, a microphone, and a speaker, the computer-implemented method comprising: receiving, by the security panel, a text input from a user for controlling the one or more home automation devices via a voice assistant device, wherein the text input is generated by the user via a computing device associated with the user; converting, by the security panel, the text input into an audio format via a text-to-speech engine to generate a first voice command for controlling the one or more home automation devices via the voice assistant device; and outputting, via the speaker of the security panel, the first voice command, wherein the first voice command is received by the voice assistant device via a microphone of the voice assistant device, wherein the voice assistant device is configured to control the one or more home automation devices based on the first voice command. receiving, by the security panel, a text input from a user for controlling the one or more home automation devices via a voice assistant device, wherein the text input is generated by the user via a computing device associated with the user; converting, by the security panel, the text input into an audio format via a text-to-speech engine to generate a first voice command for controlling the one or more home automation devices via the voice assistant device; and outputting, via the speaker of the security panel, the first voice command, wherein the first voice command is received by the voice assistant device via a microphone of the voice assistant device, wherein the voice assistant device is configured to control the one or more home automation devices based on the first voice command.
A method of joining components, comprising the steps of: providing a first component having a first mating surface, the first mating surface having a first contour; providing a second component having a second mating surface to be joined to the first mating surface, the second mating surface having a second contour; and producing a thermoplastic element having a first element surface and a second element surface respectively substantially matching the first contour and the second contour; characterized in that the step of producing the thermoplastic element comprises additively manufacturing the thermoplastic element directly onto the first component. providing a first component having a first mating surface, the first mating surface having a first contour; providing a second component having a second mating surface to be joined to the first mating surface, the second mating surface having a second contour; and producing a thermoplastic element having a first element surface and a second element surface respectively substantially matching the first contour and the second contour; characterized in that the step of producing the thermoplastic element comprises additively manufacturing the thermoplastic element directly onto the first component.
A spent fuel dry reprocessing method based on plasma, wherein the method comprises steps of: S1, processing a spent fuel after removal of a cladding thereof into a spent fuel powder, and sending the spent fuel powder into a plasma reactor; S2, fully mixing and reacting the spent fuel powder with a plasma containing F atoms in the plasma reactor, to generate a product including volatile fluorides and non-volatile fluorides; wherein in the step S2, the plasma containing F atoms is generated by conversion of a fluorination medium; wherein the fluorination medium comprises one or more gases of CF 4, NF 3, F 2, HF, BrF 3, BrF 5, ClF 3, and SF 6; S3, rapidly cooling the product at a cooling rate of 10 4 K/s to 10 9 K/s, to generate a gas-solid two-phase flow and a solid-state product; S4, filtering the gas-solid two-phase flow to remove a solid-state product therein, then carrying out condensation, adsorption, desorption and distillation, to obtain a mixed gas containing UF 6 and PuF 6; S5, performing a recovery process to the mixed gas to generate a corresponding oxide or metal. S1, processing a spent fuel after removal of a cladding thereof into a spent fuel powder, and sending the spent fuel powder into a plasma reactor; S2, fully mixing and reacting the spent fuel powder with a plasma containing F atoms in the plasma reactor, to generate a product including volatile fluorides and non-volatile fluorides; wherein in the step S2, the plasma containing F atoms is generated by conversion of a fluorination medium; wherein the fluorination medium comprises one or more gases of CF 4, NF 3, F 2, HF, BrF 3, BrF 5, ClF 3, and SF 6; S3, rapidly cooling the product at a cooling rate of 10 4 K/s to 10 9 K/s, to generate a gas-solid two-phase flow and a solid-state product; S4, filtering the gas-solid two-phase flow to remove a solid-state product therein, then carrying out condensation, adsorption, desorption and distillation, to obtain a mixed gas containing UF 6 and PuF 6; S5, performing a recovery process to the mixed gas to generate a corresponding oxide or metal.
Fibre rope comprising load-bearing rope elements and magnetic marking elements for detecting deformations of the rope elements, wherein the marking elements comprise powdered material and the marking elements are arranged discontinuously and at intervals from one another, wherein a magnetic marking element of this kind has an amount of particles having a grain size of less than 1 mm and the marking elements are at different distances (D1, D2) from one another in the unloaded state of the rope elements, and wherein, in order to provide information, at least one marking element (3.2) follows a plurality of equally mutually spaced marking elements at a shorter or longer distance.
Rail-bound transport robot having an approximately box-like container open at the top for sporadic delivery of bulk material which has in its interior at least one compartment (14a, 14b) filled with the bulk material, wherein the transport robot has a loading space open at the top which is suitable for receiving the container, wherein the container on the base side rests on a longitudinal conveyer in the transport robot, characterised in that the longitudinal conveyer on the base side engages under opening valves (6a-6f) arranged on the container through which the bulk material flows out when the opening valves (6a-6f) are opened, wherein the longitudinal conveyer consists of displaceably driven telescopic arms which are arranged in the loading space of the transport robot, wherein the telescopic arms are retractable from the base side of the container in the region of an unloading station and thus release and unlock the opening valves (6a-6f) following one after another, whereby the opening valves (6a-6f) pivot out automatically due to gravity.
Work equipment that can temporarily store an article that is collected while traveling, comprising: a work equipment main body; a container device configured to store the article collected by the work equipment main body while being connected to the work equipment main body, and to travel to and back from a collected article destination by being detached from the work equipment main body; and a travel drive unit configured to cause the container device to travel; characterized in that the work equipment further comprises: a battery mounted to the container device to power the travel drive unit; a battery state of charge sensor configured to detect a remaining battery charge of the battery; and a control unit (54, 104) configured to perform determination of whether the container device may be detached from the work equipment main body or not according to the remaining battery charge. a work equipment main body; a container device configured to store the article collected by the work equipment main body while being connected to the work equipment main body, and to travel to and back from a collected article destination by being detached from the work equipment main body; and a travel drive unit configured to cause the container device to travel; characterized in that the work equipment further comprises: a battery mounted to the container device to power the travel drive unit; a battery state of charge sensor configured to detect a remaining battery charge of the battery; and a control unit (54, 104) configured to perform determination of whether the container device may be detached from the work equipment main body or not according to the remaining battery charge. a battery mounted to the container device to power the travel drive unit; a battery state of charge sensor configured to detect a remaining battery charge of the battery; and a control unit (54, 104) configured to perform determination of whether the container device may be detached from the work equipment main body or not according to the remaining battery charge.
Flower container with a lower part, which has a quadrilateral base surface, and which is used to receive water or a moisture-absorbing material, and to which a funnel-shaped upper part, which widens towards a free end and encloses plant parts, is attached, wherein the upper part has a quadrilateral cross section and, on at least two longitudinal sides, releasable plug-in connections or an adhesive connection, wherein the lower part is filled with water or equipped with a moist material, characterized in that the lower part is releasably attached to the upper part, and the lower part has, between in each case two adjacent side pieces that form side walls, projection surfaces, which can be folded into the interior of the lower part when the blank is folded into a usage form.
A TRIM24:NTRK2 gene fusion that, when present in a patient or transfected into a cell, results in aberrant activity or expression of NTRK2 or overexpression of NTRK2; or a TRIM24:NTRK2 fusion protein, wherein (a) the TRIM24:NTRK2 gene fusion comprises SEQ ID NO:1 or 2, or a portion of SEQ ID NO 1 or 2, wherein the portion encodes a polypeptide having NTRK2 kinase activity and comprises the fusion junction, or (b) the TRIM24:NTRK2 fusion protein comprises SEQ ID NO:3 or 4, or a portion of SEQ ID NO:3 or 4, wherein the portion has NTRK2 kinase activity and comprises the fusion junction. (a) the TRIM24:NTRK2 gene fusion comprises SEQ ID NO:1 or 2, or a portion of SEQ ID NO 1 or 2, wherein the portion encodes a polypeptide having NTRK2 kinase activity and comprises the fusion junction, or (b) the TRIM24:NTRK2 fusion protein comprises SEQ ID NO:3 or 4, or a portion of SEQ ID NO:3 or 4, wherein the portion has NTRK2 kinase activity and comprises the fusion junction.
An insert of a motor car chair for a child mounted on a cushion of a motor car seat having a shell seat comprising a backrest portion and a cushion portion extending at an angle to each other and mutually converging, where the region of convergence of the backrest portion and the cushion portion defines a concave curved of the chair at the inner side of the chair, characterized in that the insert has a thigh surface and a calf surface, converging at a substantially right angle and joined at the opposite side via a convex curved surface.
An apparatus comprising: logic, coupled to a first agent, to detect an Electronic Idle Ordered Set "EIOS" bit pattern that speculatively indicates an imminent entry by a second agent into a low power consumption state and to cause freezing of one or more control loops; logic to detect Electronic Idle Exit Ordered Set "EIEOS" bit pattern that indicates exit from the low power consumption state by the second agent and to cause unfreezing of the one or more control loops; wherein the first agent and the second agent are to be coupled via a link and wherein the link comprises a Peripheral Component Interconnect Express "PCIe" link. logic, coupled to a first agent, to detect an Electronic Idle Ordered Set "EIOS" bit pattern that speculatively indicates an imminent entry by a second agent into a low power consumption state and to cause freezing of one or more control loops; logic to detect Electronic Idle Exit Ordered Set "EIEOS" bit pattern that indicates exit from the low power consumption state by the second agent and to cause unfreezing of the one or more control loops;
A rotating mechanism, for a faucet, comprising a mounting base for fixedly connecting onto a working table and a rotating member rotationally connected with the mounting base, wherein the mounting base is provided with a limiting device for fixing a position of the rotating member, the limiting device includes a limiting round ball arranged between the rotating member and the mounting base and an elastic member abutted with the limiting round ball, the mounting base is provided with an elongated guide hole for accommodating the elastic member and the limiting round ball, and the rotating member is provided with a groove matched with the limiting round ball in shape; wherein the rotating member is provided with a plurality of grooves at intervals along the circumference; characterized in that the rotating member is piercingly provided with an elongated key abutted with the limiting round ball, and a through hole for accommodating the elongated key being provided at the bottom of at least one of the grooves.
A support driver supporting a cushion pivotably coupled to a seat frame (10, 20), the support driver comprising: a lead screw (330, 335) disposed at the rear of the cushion, connected to a drive shaft of a motor, and comprising threads provided on one side and the other side to extend in opposite directions; nuts (350, 360) screw-coupled to one side and the other side of the lead screw (330, 335), with a rear surface thereof being coupled to the seat frame (10, 20) so as to be movable to one side or the other side; a support block coupled to the seat frame (10, 20) on a central portion of the lead screw (330, 335) and protruding more forward than the nuts (350, 360); and links (370, 380) each comprising one end coupled to a corresponding nut of the nuts (350, 360) so as to be pivotable about a shaft extending in a top-bottom direction and the other end extending from one end toward the support block, the other ends extending toward and intersecting each other to be disposed between the cushion and the support block, wherein the nuts (350, 360) are moved toward the support block following forward pivoting of the lead screw (330, 335) in response to an operation of the motor, and the other ends of the links (370, 380) push the cushion. a lead screw (330, 335) disposed at the rear of the cushion, connected to a drive shaft of a motor, and comprising threads provided on one side and the other side to extend in opposite directions; nuts (350, 360) screw-coupled to one side and the other side of the lead screw (330, 335), with a rear surface thereof being coupled to the seat frame (10, 20) so as to be movable to one side or the other side; a support block coupled to the seat frame (10, 20) on a central portion of the lead screw (330, 335) and protruding more forward than the nuts (350, 360); and links (370, 380) each comprising one end coupled to a corresponding nut of the nuts (350, 360) so as to be pivotable about a shaft extending in a top-bottom direction and the other end extending from one end toward the support block, the other ends extending toward and intersecting each other to be disposed between the cushion and the support block, wherein the nuts (350, 360) are moved toward the support block following forward pivoting of the lead screw (330, 335) in response to an operation of the motor, and the other ends of the links (370, 380) push the cushion.
A synchronizing ring for a synchronizer of a transmission, the inside of the synchronizing ring being provided with a plurality of cams and corresponding recesses between the cams for receiving a plurality of axial protrusions of a further synchronizing ring, characterized in that an inner radial surface of each cam is provided with a plurality of grooves for transportation of oil.
A cable holder, comprising a frame including a hanger having a first end, a second end opposite said first end, a first side, a second side opposite said first side, and a plurality of trays extending from said first side, each of said plurality of trays includes a top surface and a bottom surface opposite said top surface, said top surface of one of said plurality of trays and said bottom surface of another of said plurality of trays immediately positioned above said one of said plurality of trays forming a pocket that is sized and shaped to receive at least one cable, characterized in that each of said plurality of trays includes an upward lip extending therefrom, wherein each of said plurality of trays is resiliently flexible such that it is moveable by depressing said upward lip, and in that each of the plurality of trays includes a pair of spaced-apart, low-rails formed on a top surface thereof, and a centrally-located high-rail formed on a bottom surface thereof.
A method for controlling operation of a refrigerator having two evaporators (5,7), in which a flow control valve is controlled for selectively carrying out an F-cycle for making refrigerant to flow from a compressor to an F-evaporator for cooling down a freezing chamber or a R-cycle for making the refrigerant to flow to a R-evaporator for cooling down a refrigerating chamber, the method characterized by comprising the steps of: (a) if one of temperatures of the freezing chamber and the refrigerating chamber meets an upper limit temperature of the freezing chamber or the refrigerating chamber relevant to the one of temperatures preset at a controlling part, putting the compressor into operation and controlling the flow control valve for carrying out the F-cycle or the R-cycle relevant to the one of temperatures; (b) if the one of temperatures meets a lower limit temperature of the freezing chamber or the refrigerating chamber relevant to the one of temperatures preset at the controlling part as the F-cycle or the R-cycle relevant to the one of temperatures is progressed, controlling the flow control valve for shifting from the F-cycle or the R-cycle relevant to the one of the temperatures to the F-cycle or the R-cycle not relevant to the one of temperatures; and (c) if the other one of temperatures of the freezing chamber and the refrigerating chamber meets the lower limit temperature relevant to the other one of temperatures as the F-cycle or the R-cycle relevant to the other one of temperatures is progressed, stopping the compressor. (a) if one of temperatures of the freezing chamber and the refrigerating chamber meets an upper limit temperature of the freezing chamber or the refrigerating chamber relevant to the one of temperatures preset at a controlling part, putting the compressor into operation and controlling the flow control valve for carrying out the F-cycle or the R-cycle relevant to the one of temperatures; (b) if the one of temperatures meets a lower limit temperature of the freezing chamber or the refrigerating chamber relevant to the one of temperatures preset at the controlling part as the F-cycle or the R-cycle relevant to the one of temperatures is progressed, controlling the flow control valve for shifting from the F-cycle or the R-cycle relevant to the one of the temperatures to the F-cycle or the R-cycle not relevant to the one of temperatures; and (c) if the other one of temperatures of the freezing chamber and the refrigerating chamber meets the lower limit temperature relevant to the other one of temperatures as the F-cycle or the R-cycle relevant to the other one of temperatures is progressed, stopping the compressor.