mhurhangee/ep-ind-claims huggingface dataset:
A fully automated suturing system (3200; 3300) comprising: an automated suture fixture (3270; 3370; 3470; 3570) comprising a plurality of motorized actuator devices and a suture target holder (3271; 3371; 3471), the automated suture fixture (3270; 3370; 3470; 3570) being configured to maneuver a target suture device (3410; 3510) secured by the suture target holder (3271; 3371; 3471); and a first suturing arm (3280; 3380a; 3480a; 3580) comprising a plurality of motorized actuator devices and a needle holder (3281; 3381a; 3481a; 3581a), the first suturing arm (3280; 3380a; 3480a; 3580) configured to maneuver a needle to pass the needle through a material of the target suture device (3410; 3510), characterized by further comprising a needle transfer fixture (3290, 3490; 3590a) configured to secure the needle during a suturing procedure to allow the suturing arm (3280; 3480a; 3580) to release the needle to adjust an orientation of the needle relative to the needle holder (3281; 3481a; 3581a). an automated suture fixture (3270; 3370; 3470; 3570) comprising a plurality of motorized actuator devices and a suture target holder (3271; 3371; 3471), the automated suture fixture (3270; 3370; 3470; 3570) being configured to maneuver a target suture device (3410; 3510) secured by the suture target holder (3271; 3371; 3471); and a first suturing arm (3280; 3380a; 3480a; 3580) comprising a plurality of motorized actuator devices and a needle holder (3281; 3381a; 3481a; 3581a), the first suturing arm (3280; 3380a; 3480a; 3580) configured to maneuver a needle to pass the needle through a material of the target suture device (3410; 3510), characterized by further comprising a needle transfer fixture (3290, 3490; 3590a) configured to secure the needle during a suturing procedure to allow the suturing arm (3280; 3480a; 3580) to release the needle to adjust an orientation of the needle relative to the needle holder (3281; 3481a; 3581a).
An atomizer for an electronic cigarette, comprising: a housing defining a liquid chamber for storing tobacco liquid; a mouthpiece assembly arranged at a first end of the housing, the mouthpiece assembly defining an air passage and a backflow chamber, the backflow chamber comprising a closed bottom end away from the housing, and an open near end adjacent to the housing, the open end being in communication with the air passage; and a porous liquid conducting component and a heating wire wound around the liquid conducting component, wherein the liquid conducting component and the heating wire are received in the housing and insert the backflow chamber, part of the liquid conducting component inserts into the liquid chamber for absorbing the tobacco liquid, the heating wire is configured for heating the tobacco liquid in the liquid conducting component to form aerosol, and the aerosol is expelled from the mouthpiece assembly via the air passage; characterized in that the liquid conducting component is a hollow truncated cone, the liquid conducting component is coaxial with the housing, and a smaller end of the truncated cone faces the backflow chamber. a housing defining a liquid chamber for storing tobacco liquid; a mouthpiece assembly arranged at a first end of the housing, the mouthpiece assembly defining an air passage and a backflow chamber, the backflow chamber comprising a closed bottom end away from the housing, and an open near end adjacent to the housing, the open end being in communication with the air passage; and a porous liquid conducting component and a heating wire wound around the liquid conducting component, wherein the liquid conducting component and the heating wire are received in the housing and insert the backflow chamber, part of the liquid conducting component inserts into the liquid chamber for absorbing the tobacco liquid, the heating wire is configured for heating the tobacco liquid in the liquid conducting component to form aerosol, and the aerosol is expelled from the mouthpiece assembly via the air passage; characterized in that the liquid conducting component is a hollow truncated cone, the liquid conducting component is coaxial with the housing, and a smaller end of the truncated cone faces the backflow chamber.
A screwdriver, including driver bit sleeve, wherein inner hole of said driver bit sleeve includes torque transmission segment located in front part and first guiding segment located in rear part, and hole wall of said first guiding segment is arranged as a guiding surface; wherein inner hole of said driver bit sleeve further includes transition surface which is located between said torque transmission segment and said first guiding segment, and which connects said torque transmission segment and said first guiding segment; revolving wheel-shaped driver bit holder, on said revolving wheel-shaped driver bit holder is distributed axial containing hole thereon which contains driver bits, said containing holes can rotate to axially coincide with inner hole of said driver bit sleeve; wherein the screwdriver further includes: handle, the front end of which is arranged with said driver bit sleeve, slit which is arranged extending forward and backward is provided at a position located at the rear of said driver bit sleeve on said handle, mounting position is visible through said slit, slideway is arranged at the edge of said slit, first positioning portion is arranged at the front part of said slideway; the axial direction (n-n) of the revolving wheel-shaped driver bit holder is along the same front-rear direction as that of said handle and is rotatably mounted at said mounting position; pushrod, which is disposed in said handle along the front-rear direction and axially coincides with inner hole of said driver bit sleeve; pushbutton set, which is assembled with said pushrod and slidably mates on said slideway, and which can be positioned at said first positioning portion; when said pushbutton set is positioned at said first positioning portion, said pushrod gets into one of containing holes of said driver bit holder, pushing a driver bit in said containing hole toward said driver bit sleeve until said driver bit extends out of said driver bit sleeve, when said pushbutton set is positioned at the rear part of said slideway, said pushrod is positioned at rear side of said driver bit holder. said first positioning portion is a gap arranged on said slideway, wherein tail part of said pushrod extends toward the direction of said slideway and out of base portion, said pushbutton set includes locking plate, touch button and elastic element, said locking plate is moveably disposed at said base portion along the direction, along which said base portion extends, and within the moveable area thereof said locking plate can snap into said gap and detach from said gap, said elastic element is positioned between said locking plate and said base portion, pressing said locking plate toward inside of said gap with elastic force, said touch button is assembled on said base portion slidably in front-rear direction and is arranged thereon with touch portion which forces said locking plate to act.
A process for monitoring a heat exchanger configured to transfer heat between a first fluid and a second fluid, the process comprising: passing the first fluid to the heat exchanger to change a temperature of the second fluid; passing a portion of the first fluid to a first test heat exchanger, wherein the first test heat exchanger comprises at least one inner tube (556; 664); circulating a recirculating fluid in a recirculation loop, wherein the recirculation loop includes the first test heat exchanger; heating the recirculating fluid in order to control an internal temperature of the first test heat exchanger, wherein the first fluid and the recirculating fluid are isolated fluidically in the recirculation loop; circulating a second portion of the first fluid through a second test heat exchanger, wherein the second test heat exchanger comprises a shell (558; 662) with at least one inner tube (556; 664) inside of the shell (558; 662), wherein the first fluid and the recirculating fluid are isolated fluidically in the second test heat exchanger, wherein the second test heat exchanger is in the recirculation loop, and wherein a temperature of the second test heat exchanger is controlled with the recirculating fluid; and determining a condition of the heat exchanger by inspecting at least one of the first test heat exchanger and the second test heat exchanger, wherein the temperature of the recirculating fluid is adjusted to have similar operating conditions to the heat exchanger. passing the first fluid to the heat exchanger to change a temperature of the second fluid; passing a portion of the first fluid to a first test heat exchanger, wherein the first test heat exchanger comprises at least one inner tube (556; 664); circulating a recirculating fluid in a recirculation loop, wherein the recirculation loop includes the first test heat exchanger; heating the recirculating fluid in order to control an internal temperature of the first test heat exchanger, wherein the first fluid and the recirculating fluid are isolated fluidically in the recirculation loop; circulating a second portion of the first fluid through a second test heat exchanger, wherein the second test heat exchanger comprises a shell (558; 662) with at least one inner tube (556; 664) inside of the shell (558; 662), wherein the first fluid and the recirculating fluid are isolated fluidically in the second test heat exchanger, wherein the second test heat exchanger is in the recirculation loop, and wherein a temperature of the second test heat exchanger is controlled with the recirculating fluid; and determining a condition of the heat exchanger by inspecting at least one of the first test heat exchanger and the second test heat exchanger, wherein the temperature of the recirculating fluid is adjusted to have similar operating conditions to the heat exchanger.
A device for electrically connecting components situated inside a nuclear fusion reactor chamber to a vacuum vessel of the reactor, comprising: a first stack of electrically conductive plates nested one inside another and having the shape of a symmetrical wave of at least one full period; wherein the first stack of electrically conductive plates are jointed to flanges (2,3) for attachment to the component situated inside the chamber and to the vacuum vessel; characterized in that the device is provided with a second stack of electrically conductive plates identical to the first stack of electrically conductive plates and jointed to the flanges (2,3); wherein said stacks are mounted with mirror symmetry about a line that passes through the centers of symmetry of the flanges (2,3). a first stack of electrically conductive plates nested one inside another and having the shape of a symmetrical wave of at least one full period; wherein the first stack of electrically conductive plates are jointed to flanges (2,3) for attachment to the component situated inside the chamber and to the vacuum vessel; characterized in that the device is provided with a second stack of electrically conductive plates identical to the first stack of electrically conductive plates and jointed to the flanges (2,3); wherein said stacks are mounted with mirror symmetry about a line that passes through the centers of symmetry of the flanges (2,3).
A method, comprising: storing, in a memory of a multimedia device, a database defining a relationship between a plurality of strings and on screen display graphic data corresponding to the plurality of strings, wherein the plurality of strings include a letter, a number, a color or an indicator having a specific shape; displaying a video image received from an electronic device external to the multimedia device and external to a remote controller on a screen of the multimedia device, the remote controller being for controlling the external electronic device; detecting a string in the displayed video image; if the detected string is included in the stored database in the memory, displaying, on the screen of the multimedia device, the OSD graphic data corresponding to the detected string divided into one or more regions; in response to a selection of a specific region of the displayed OSD graphic data corresponding to the detected string, transmitting a code value corresponding to the selected specific region from the multimedia device to the remote controller using a first communication method; and transmitting, using a second communication method, the code value from the remote controller to the external electronic device, the code value corresponding to a command for controlling the external electronic device, wherein displaying the OSD graphic data includes displaying a plurality of selectable options of a current mode of the multimedia device. storing, in a memory of a multimedia device, a database defining a relationship between a plurality of strings and on screen display graphic data corresponding to the plurality of strings, wherein the plurality of strings include a letter, a number, a color or an indicator having a specific shape; displaying a video image received from an electronic device external to the multimedia device and external to a remote controller on a screen of the multimedia device, the remote controller being for controlling the external electronic device; detecting a string in the displayed video image; if the detected string is included in the stored database in the memory, displaying, on the screen of the multimedia device, the OSD graphic data corresponding to the detected string divided into one or more regions; in response to a selection of a specific region of the displayed OSD graphic data corresponding to the detected string, transmitting a code value corresponding to the selected specific region from the multimedia device to the remote controller using a first communication method; and transmitting, using a second communication method, the code value from the remote controller to the external electronic device, the code value corresponding to a command for controlling the external electronic device, wherein displaying the OSD graphic data includes displaying a plurality of selectable options of a current mode of the multimedia device.
A bobbin for spacing windings around an inductor core comprising: an interior spacer (206, 208, 210, 212) defining: an exterior surface for coupling the interior spacer with an inductor core; an opposed interior facing surface for receiving inductor windings, wherein the interior spacer has a thickness profile between the exterior and interior surfaces thereof for spacing the windings inward from the inductor core to reduce magnetic fringe flux effects on the windings; and a circumferential segment (214, 216, 217, 219) coupled to the interior spacer for circumferentially spacing a second interior spacer from the interior spacer; characterised in that the interior spacer has a maximum thickness that is greater than the thickness of the circumferential segment (214,216,217,219). an interior spacer (206, 208, 210, 212) defining: an exterior surface for coupling the interior spacer with an inductor core; an opposed interior facing surface for receiving inductor windings, wherein the interior spacer has a thickness profile between the exterior and interior surfaces thereof for spacing the windings inward from the inductor core to reduce magnetic fringe flux effects on the windings; and a circumferential segment (214, 216, 217, 219) coupled to the interior spacer for circumferentially spacing a second interior spacer from the interior spacer; characterised in that the interior spacer has a maximum thickness that is greater than the thickness of the circumferential segment (214,216,217,219). an exterior surface for coupling the interior spacer with an inductor core; an opposed interior facing surface for receiving inductor windings, wherein the interior spacer has a thickness profile between the exterior and interior surfaces thereof for spacing the windings inward from the inductor core to reduce magnetic fringe flux effects on the windings; and a circumferential segment (214, 216, 217, 219) coupled to the interior spacer for circumferentially spacing a second interior spacer from the interior spacer; characterised in that the interior spacer has a maximum thickness that is greater than the thickness of the circumferential segment (214,216,217,219).
A system for cooling compressed natural gas, the system comprising; a compressed natural gas coil located within a compartment, the compressed natural gas coil having a compressed natural gas inlet and a compressed natural gas outlet; a refrigerant coil located within the compartment, the refrigerant coil having a refrigerant inlet and a refrigerant outlet; a heat transfer fluid located within the compartment, the heat transfer fluid thermally connecting the compressed natural gas coil to the refrigerant coil; a compressed natural gas flowing through the compressed natural gas coil; and a refrigerant flowing through the refrigerant coil; wherein the system further comprises: a compressed natural gas vent fluidly connected to the compartment; and a compressed natural gas detection device operably connected to the compressed natural gas vent; wherein the compressed natural gas detection device is a whistle that is configured to be activated as compressed natural gas flows through the compressed natural gas vent; wherein the whistle is configured to emit an auditory sound as compressed natural gas flows through the compressed natural gas vent. a compressed natural gas coil located within a compartment, the compressed natural gas coil having a compressed natural gas inlet and a compressed natural gas outlet; a refrigerant coil located within the compartment, the refrigerant coil having a refrigerant inlet and a refrigerant outlet; a heat transfer fluid located within the compartment, the heat transfer fluid thermally connecting the compressed natural gas coil to the refrigerant coil; a compressed natural gas flowing through the compressed natural gas coil; and a refrigerant flowing through the refrigerant coil; wherein the system further comprises: a compressed natural gas vent fluidly connected to the compartment; and a compressed natural gas detection device operably connected to the compressed natural gas vent; wherein the compressed natural gas detection device is a whistle that is configured to be activated as compressed natural gas flows through the compressed natural gas vent; wherein the whistle is configured to emit an auditory sound as compressed natural gas flows through the compressed natural gas vent. a compressed natural gas vent fluidly connected to the compartment; and a compressed natural gas detection device operably connected to the compressed natural gas vent; wherein the compressed natural gas detection device is a whistle that is configured to be activated as compressed natural gas flows through the compressed natural gas vent; wherein the whistle is configured to emit an auditory sound as compressed natural gas flows through the compressed natural gas vent.
A method for verification based on a verification code, the method comprising: receiving a verification request; obtaining a pre-generated first character string after receiving the verification request, wherein the first character string comprises at least one variable character; replacing some or all variable characters with backup characters based on a pre-established correspondence between variable characters and backup characters, to obtain a second character string, wherein the first character string has a meaning and the second character string has the same meaning to a person; generating a verification code based on the second character string, wherein characters in the verification code do not undergo character distortion, color change, or background addition, and the verification code has the same meaning to a person; displaying the verification code and an input area corresponding to the verification code, wherein the input area includes a plurality of selectable items, and the verification code is displayed in the form of text information that instructs a user to select one or more selectable items from the plurality of selectable items; receiving a user input in the input area from the user, the user input corresponding to the verification code; and verifying the user corresponding to the verification request as being a person based on the user input and the first character string. receiving a verification request; obtaining a pre-generated first character string after receiving the verification request, wherein the first character string comprises at least one variable character; replacing some or all variable characters with backup characters based on a pre-established correspondence between variable characters and backup characters, to obtain a second character string, wherein the first character string has a meaning and the second character string has the same meaning to a person; generating a verification code based on the second character string, wherein characters in the verification code do not undergo character distortion, color change, or background addition, and the verification code has the same meaning to a person; displaying the verification code and an input area corresponding to the verification code, wherein the input area includes a plurality of selectable items, and the verification code is displayed in the form of text information that instructs a user to select one or more selectable items from the plurality of selectable items; receiving a user input in the input area from the user, the user input corresponding to the verification code; and verifying the user corresponding to the verification request as being a person based on the user input and the first character string.
Compartment for storing and transporting articles within a cuboid outer packaging, consisting of cardboard elements (6, 7, 8) provided with half-slots (3, 4, 5) and interlocking via these half-slots (3, 4, 5), the free ends (6A, 6B; 7A, 7B; 8A, 8B) of each cardboard element (6, 7, 8) are interconnected to form a topological ring, characterized in that a first cardboard element is folded into a square top view with a side length of three units and a second and a third cardboard element are each folded into a rectangular top view with a side length of one and five units, respectively.
Method for specifically detecting and/or for quantifying poly RNA and/or mRNA, comprising the following procedural steps: i) contacting a poly -RNA-containing sample and/or mRNA-containing sample with a poly(dT) oligonucleotide which features a fluorescent dye and also a quencher, with the quencher, at the emitting wavelength of the fluorescent dye, significantly quenching the fluorescence in the poly(dT) oligonucleotide both in the hybridized state and in the non-hybridized state to the same extent; ii) hybridizing the poly(dT) oligonucleotide to the poly RNA and/or mRNA, with the fluorescent signal remaining unchanged; iii) contacting the hybridization mix from step ii) with a single-strand-specific nuclease, with fluorescently labelled nucleotides being released from those poly(dT) oligonucleotides which have not hybridized with poly RNA and/or mRNA, resulting in an increase in the fluorescent signal; iv) measuring the resulting fluorescent signal. i) contacting a poly -RNA-containing sample and/or mRNA-containing sample with a poly(dT) oligonucleotide which features a fluorescent dye and also a quencher, with the quencher, at the emitting wavelength of the fluorescent dye, significantly quenching the fluorescence in the poly(dT) oligonucleotide both in the hybridized state and in the non-hybridized state to the same extent; ii) hybridizing the poly(dT) oligonucleotide to the poly RNA and/or mRNA, with the fluorescent signal remaining unchanged; iii) contacting the hybridization mix from step ii) with a single-strand-specific nuclease, with fluorescently labelled nucleotides being released from those poly(dT) oligonucleotides which have not hybridized with poly RNA and/or mRNA, resulting in an increase in the fluorescent signal; iv) measuring the resulting fluorescent signal.