mhurhangee/ep-ind-claims huggingface dataset:
A reverse type stamp comprising: an outer cylindrical body; an inner cylindrical body which is accommodated in the outer cylindrical body and configured to be able to perform a relative movement thereto; an elastic member which constantly urges the inner cylindrical body in a protruding direction inside the outer cylindrical body; an inversion body which is accommodated in the inner cylindrical body and configured to be able to be reversed and returned in synchronization with said relative movement; and a print body which is joined to the inversion body, wherein the inner cylindrical body has an ink cartridge therein, and wherein in a non-use state in which the outer cylindrical body of the stamp is not pressed, the ink cartridge is blocked by the inversion body urged by the elastic member and characterized in that: an inner portion of the ink cartridge is sealed by a sealing member provided at the inversion body and a sealed surface of the ink cartridge receiving the sealing member is formed in a tapered shape. an outer cylindrical body; an inner cylindrical body which is accommodated in the outer cylindrical body and configured to be able to perform a relative movement thereto; an elastic member which constantly urges the inner cylindrical body in a protruding direction inside the outer cylindrical body; an inversion body which is accommodated in the inner cylindrical body and configured to be able to be reversed and returned in synchronization with said relative movement; and a print body which is joined to the inversion body, wherein the inner cylindrical body has an ink cartridge therein, and wherein in a non-use state in which the outer cylindrical body of the stamp is not pressed, the ink cartridge is blocked by the inversion body urged by the elastic member and characterized in that: an inner portion of the ink cartridge is sealed by a sealing member provided at the inversion body and a sealed surface of the ink cartridge receiving the sealing member is formed in a tapered shape.
A device for the gravity-bending of a sheet of glass, comprising a longitudinal roughing mold comprising two longitudinal roughing supports (21, 22), and a finishing frame comprising two lateral finishing supports (25, 26) and two longitudinal finishing supports (23, 24), said supports forming shaping rails, the distance between the middles of the longitudinal finishing supports being shorter than the distance between the middles of the lateral finishing supports, the roughing mold or the finishing frame being able to be moved vertically one relative to the other during bending in order to switch from a rough-bending configuration to a final-bending configuration, characterized in that, in the rough-bending configuration, the shaping rails of the longitudinal roughing supports are higher up than the shaping rails of the longitudinal finishing supports, and in that, in the final-bending configuration, the shaping rails of the longitudinal finishing supports are higher up than the shaping rails of the longitudinal rough-molding supports, and in that the shaping rails of the lateral finishing supports are the only shaping rails under the lateral edges of the glass in the rough-bending configuration and in the final-bending configuration.
A single radio frequency double-stream transmission apparatus, comprising: a radio frequency link, a reactance control circuit, a parasitic reactor, an active antenna and an even number M of parasitic antennas, wherein M is larger than 2; wherein the radio frequency link is configured to generate a radio frequency signal; the active antenna is connected with the radio frequency link, the parasitic antennas are respectively connected with the parasitic reactor, distances from respective parasitic antennas to the active antenna are the same, and the angular spacing between adjacent parasitic antennas is 360 M degrees; characterised in that the reactance control circuit is configured to adjust the parasitic reactor to make reactance values of any one pair of parasitic antennas in mirror symmetry with respect to the active antenna be different and reactance values of remaining pairs of parasitic antennas in mirror symmetry with respect to the active antenna be equal respectively. a radio frequency link, a reactance control circuit, a parasitic reactor, an active antenna and an even number M of parasitic antennas, wherein M is larger than 2; wherein the radio frequency link is configured to generate a radio frequency signal; the active antenna is connected with the radio frequency link, the parasitic antennas are respectively connected with the parasitic reactor, distances from respective parasitic antennas to the active antenna are the same, and the angular spacing between adjacent parasitic antennas is 360 M degrees; characterised in that the reactance control circuit is configured to adjust the parasitic reactor to make reactance values of any one pair of parasitic antennas in mirror symmetry with respect to the active antenna be different and reactance values of remaining pairs of parasitic antennas in mirror symmetry with respect to the active antenna be equal respectively.
Plane plate for a pressing tool of a press, wherein the plane plate for activating a punch of a press by way of at least one lifting cylinder is displaceable along an axial direction; wherein the plane plate has a link to the at least one lifting cylinder, at least one at least partially cylindrical guiding face (7, 31) which for contacting a guide column (8, 38) is parallel with the axial direction, and a centrally disposed receptacle for contacting the punch or a punch holder of the press; wherein the plane plate at least in a first cross section, which between the receptacle and the guiding face (7, 31) runs parallel with the axial direction and along a radial direction that runs so as to be perpendicular to the axial direction, has at least a first region in which a wall thickness of the plane plate is continuously variable; characterized in that the plane plate has an upper side pointing in a first axial direction, and a lower side pointing in a second axial direction that is opposite to the first axial direction; wherein the upper side and the lower side in the first region of the first cross section run at a first angle of at least 10 angular degrees and at a first angle of at most 80 angular degrees, in relation to the radial direction.
Compound according to one of Formula or Formula or wherein R 1, R 2 are hydrogen or trans -CO-CH=CH-COOCH 3 and wherein at least one of R 1 and R 2 is trans -CO-CH=CH-COOCH 3, and R 3, R 4 and R 5 are each independently an organic residue, R 5' and R 5" taken together are =O, =S or =NR 100, wherein R 100 is hydrogen or alkyl with 1 to 4 carbon atoms or a pharmaceutically acceptable salt, hydrate, solvate, polymorph, enantiomer, diastereomer and mixtures thereof, with the proviso that the compound is not represented by Formula or a compound according to Formula (VIII) wherein one of R 6 and R 7 is -CO-CH 2 CH CH 2 N ⊕ (CH 3) 3 X ⊖ or -CO-CH 2 CH(OCOCH 3)CH 2 N ⊕ (CH 3) 3 X ⊖ and the other one of R 6 and R 7 is hydrogen or trans-CO-CH=CH-COOCH 3, and wherein X ⊖ is a pharmaceutically acceptable anion, or a pharmaceutically acceptable hydrate, solvate, polymorph, enantiomer, diastereomer and mixtures thereof, and wherein in Formula R 3 is -COR 31 or -(CH 2) n -OH with n being 1, 2 or 3, wherein R 31 is -OR 32 or NR 33 R 34 with R 32, R 33 and R 34 being independently hydrogen or alkyl with 1 to 4 carbon atoms, and wherein in Formula R 4 is hydrogen or trans -CO-CH=CH-COOCH 3 and R 5 is -(CH 2) n -COR 51 or - n -OH with n being 0, 1 or 2, wherein R 51 is -OR 52 or NR 53 R 54 with R 52, R 53 and R 54 being independently hydrogen or alkyl with 1 to 4 carbon atoms. wherein R 1, R 2 are hydrogen or trans -CO-CH=CH-COOCH 3 and wherein at least one of R 1 and R 2 is trans -CO-CH=CH-COOCH 3, and R 3, R 4 and R 5 are each independently an organic residue, R 5' and R 5" taken together are =O, =S or =NR 100, wherein R 100 is hydrogen or alkyl with 1 to 4 carbon atoms wherein one of R 6 and R 7 is -CO-CH 2 CH CH 2 N ⊕ (CH 3) 3 X ⊖ or -CO-CH 2 CH(OCOCH 3)CH 2 N ⊕ (CH 3) 3 X ⊖ and the other one of R 6 and R 7 is hydrogen or trans-CO-CH=CH-COOCH 3, and wherein X ⊖ is a pharmaceutically acceptable anion, or a pharmaceutically acceptable hydrate, solvate, polymorph, enantiomer, diastereomer and mixtures thereof, and wherein in Formula R 3 is -COR 31 or -(CH 2) n -OH with n being 1, 2 or 3, wherein R 31 is -OR 32 or NR 33 R 34 with R 32, R 33 and R 34 being independently hydrogen or alkyl with 1 to 4 carbon atoms, and wherein in Formula R 4 is hydrogen or trans -CO-CH=CH-COOCH 3 and R 5 is -(CH 2) n -COR 51 or - n -OH with n being 0, 1 or 2, wherein R 51 is -OR 52 or NR 53 R 54 with R 52, R 53 and R 54 being independently hydrogen or alkyl with 1 to 4 carbon atoms.
Fuel injector for a fuel injection system, in particular a common rail injection system, with a nozzle body and an injector body, wherein in the nozzle body is formed a high-pressure bore to accommodate a stroke-mobile nozzle needle, via the stroke movement of which at least one injection opening can be opened or closed, and wherein in the injector body is formed a low-pressure chamber to accommodate a piezoelectric actuator which via a coupling device is hydraulically couplable or coupled with the nozzle needle such that the nozzle needle assumes its closed position when the piezoelectric actuator is electrically discharged, characterized in that the coupling device comprises a first and a second disk-shaped coupler body (9, 10) each with a cylinder bore (11, 12) each accommodating at least one coupler piston (15, 16) delimiting a coupler chamber (13, 14) and on the nozzle needle is arranged a connecting piston for mechanical connection of the nozzle needle with the first piston accommodated in the first disk-shaped coupler body, wherein the connecting piston is guided through a guide bore formed in the coupler body.
A processing system for a flight simulator, comprising: a ScramNet interface configured to establish a ScramNet bus on which ScramNet messages are transmitted and received; an Ethernet interface configured to be coupled to an Ethernet network, and further configured to receive a flight control message from a flight control system; a non-transitory memory configured to store computer-executable instructions for a host process and a ScramNet-to-Ethernet application programming interface; and a processor communicatively coupled to said ScramNet interface and said non-transitory memory, and configured to execute the host process and the ScramNet-to-Ethernet API to: convert, using the ScramNet-to-Ethernet API, the flight control message to a first ScramNet message on the ScramNet bus; process, using the host process, the first ScramNet message to generate a second ScramNet message on the ScramNet bus; and convert, using the ScramNet-to-Ethernet API, the second ScramNet message to a display message, wherein the Ethernet interface is further configured to transmit the display message to a display system. a ScramNet interface configured to establish a ScramNet bus on which ScramNet messages are transmitted and received; an Ethernet interface configured to be coupled to an Ethernet network, and further configured to receive a flight control message from a flight control system; a non-transitory memory configured to store computer-executable instructions for a host process and a ScramNet-to-Ethernet application programming interface; and a processor communicatively coupled to said ScramNet interface and said non-transitory memory, and configured to execute the host process and the ScramNet-to-Ethernet API to: convert, using the ScramNet-to-Ethernet API, the flight control message to a first ScramNet message on the ScramNet bus; process, using the host process, the first ScramNet message to generate a second ScramNet message on the ScramNet bus; and convert, using the ScramNet-to-Ethernet API, the second ScramNet message to a display message, wherein the Ethernet interface is further configured to transmit the display message to a display system. convert, using the ScramNet-to-Ethernet API, the flight control message to a first ScramNet message on the ScramNet bus; process, using the host process, the first ScramNet message to generate a second ScramNet message on the ScramNet bus; and convert, using the ScramNet-to-Ethernet API, the second ScramNet message to a display message, wherein the Ethernet interface is further configured to transmit the display message to a display system.
Injection device for automatically squeezing injection liquid from a container, with a housing (2, 102), with an injection spring (9, 109) causing the squeezing of the injection liquid from the container (5, 105), with a metering piston (11, 111), which is movably mounted in the direction of a longitudinal central axis (50, 150) of the injection device (1, 101) and moves in a proximal direction (41, 141) when squeezing out injection liquid, with a setting device (14, 114) for setting the quantity of injection liquid to be squeezed out, and with an end stop (23, 123) which determines the end position of the metering piston (11, 111), the setting device (14, 114) having means for adjusting the position of the end stop (23, 123), characterised in that the injection device has an injection sleeve, which is non-rotatably mounted in the housing and connected via a first threaded connection to a metering member mounted rotatably and in an axially fixed manner in the housing, and in that the metering member is connected to the metering piston via a second threaded connection.
A method, performed at a user equipment, UE, of measuring downlink positioning reference signals, comprising: transmitting one or more uplink positioning reference signals; receiving downlink positioning reference signal configuration information, the downlink positioning reference signal configuration information based at least in part on one or more uplink positioning reference signal measurement values associated with the one or more uplink positioning reference signals, associated with the UE and measuring one or more downlink positioning reference signals based at least in part on the downlink positioning reference signal configuration information. transmitting one or more uplink positioning reference signals; receiving downlink positioning reference signal configuration information, the downlink positioning reference signal configuration information based at least in part on one or more uplink positioning reference signal measurement values associated with the one or more uplink positioning reference signals, associated with the UE and measuring one or more downlink positioning reference signals based at least in part on the downlink positioning reference signal configuration information.
Coating device for coating an, in particular planar, workpiece with a coating material (B, B'), comprising: a pressing element for affixing a coating material (B, B') to a workpiece surface to be coated, in particular a narrow side of a workpiece, and an apparatus for causing a relative movement between the workpiece and the pressing element, a detection apparatus (S1, S2) for detecting a surface property on the workpiece surface to be coated and an apparatus for acting on the adhesive to be used based on the detection result of the detection apparatus, and an application element for applying the adhesive to the workpiece surface to be coated, characterised in that the coating device is designed to change the adhesive temperature in the region of the application element based on the detection result of the detection apparatus (S1, S2). a pressing element for affixing a coating material (B, B') to a workpiece surface to be coated, in particular a narrow side of a workpiece, and an apparatus for causing a relative movement between the workpiece and the pressing element, a detection apparatus (S1, S2) for detecting a surface property on the workpiece surface to be coated and an apparatus for acting on the adhesive to be used based on the detection result of the detection apparatus, and an application element for applying the adhesive to the workpiece surface to be coated, characterised in that the coating device is designed to change the adhesive temperature in the region of the application element based on the detection result of the detection apparatus (S1, S2).
A coating bar for coating an organic/inorganic slurry on one surface of a substrate, wherein the coating bar includes a cylindrical bar and a wire wound on a surface of the cylindrical bar, characterized in that: the cylindrical bar has a smaller diameter at two ends (B1, B2) than a diameter at a center, and a wire diameter of the wire wound at the two ends (B1, B2) is larger than a wire diameter of the wire wound at the center. the cylindrical bar has a smaller diameter at two ends (B1, B2) than a diameter at a center, and a wire diameter of the wire wound at the two ends (B1, B2) is larger than a wire diameter of the wire wound at the center.
A preparation process of diazomethane, comprising: step S1, taking N-methylurea as a raw material to continuously prepare, in a continuous reactor, a first product system containing N-methyl-N-nitrosourea; step S2, performing continuous extraction and continuous back-extraction on the first product system to obtain an N-methyl-N-nitrosourea solution; step S3, enabling the N-methyl-N-nitrosourea solution to continuously react with an alkaline solution in a continuous reactor to obtain a second product system containing the diazomethane; and step S4, performing continuously liquid separation, water freezing and removal on the second product system, to obtain the diazomethane. step S1, taking N-methylurea as a raw material to continuously prepare, in a continuous reactor, a first product system containing N-methyl-N-nitrosourea; step S2, performing continuous extraction and continuous back-extraction on the first product system to obtain an N-methyl-N-nitrosourea solution; step S3, enabling the N-methyl-N-nitrosourea solution to continuously react with an alkaline solution in a continuous reactor to obtain a second product system containing the diazomethane; and step S4, performing continuously liquid separation, water freezing and removal on the second product system, to obtain the diazomethane.
A bimorph disk actuator comprising: a substrate formed from a substrate composite material and having a first substrate surface and a second substrate surface; a first piezoceramic disk rigidly connected to the first substrate surface of the substrate; a second piezoceramic disk rigidly connected to the second substrate surface of the substrate; and a first composite ring formed from a first ring composite material comprising an epoxy infused with an infusion material, rigidly connected to the first substrate surface and surrounding the first piezoceramic disk, wherein a portion of the substrate and a corresponding portion of the first composite ring extending beyond the edges of the piezoceramic disks (26, 28) constitute a passive circular ring that responds to bending moments created by the piezoceramic disks (26, 28); and further wherein the first composite ring extends from a first disk outer edge of the first piezoceramic disk to a substrate outer edge of the substrate. a substrate formed from a substrate composite material and having a first substrate surface and a second substrate surface; a first piezoceramic disk rigidly connected to the first substrate surface of the substrate; a second piezoceramic disk rigidly connected to the second substrate surface of the substrate; and a first composite ring formed from a first ring composite material comprising an epoxy infused with an infusion material, rigidly connected to the first substrate surface and surrounding the first piezoceramic disk, wherein a portion of the substrate and a corresponding portion of the first composite ring extending beyond the edges of the piezoceramic disks (26, 28) constitute a passive circular ring that responds to bending moments created by the piezoceramic disks (26, 28); and further wherein the first composite ring extends from a first disk outer edge of the first piezoceramic disk to a substrate outer edge of the substrate.
A method of cleaning a multidirectional wheel, wherein the wheel has a wheel body which is rotatable about an axis and has a plurality of rotating bodies which are located at the outer periphery of the wheel body and which form the running surface of the wheel, characterized in that the wheel body has at least one hollow space which has at least one inlet opening and at least one outlet opening for a flushing fluid; and in that the method comprises the introduction of a flushing fluid through the inlet opening into the at least one hollow space of the wheel body and the washing around of the rotating body by the flushing fluid after the discharge of the flushing fluid from the outlet opening.
An apparatus for detecting defects in an optical element, wherein the optical element comprises an optical beam transforming surface that transforms a first optical beam to provide a transformed first optical beam, the apparatus comprising: an optical detector; an optical source that provides a second optical beam; and an optical waveguide that is coupled to the optical element and provides an optical beam path for the second optical beam from the optical source to the optical detector when the optical element is free of defects and from the optical source to a destination that is different than the optical detector when the optical element includes at least one defect, characterized in that the optical waveguide is integrated in the optical element surrounded by a medium that has a first index of refraction and wherein the optical waveguide has a second index of refraction that is different than the first index of refraction, or in that the optical waveguide is separate from and attached to the optical element and includes at least one of an optical fiber, a translucid cylinder, or a plate. an optical detector; an optical source that provides a second optical beam; and an optical waveguide that is coupled to the optical element and provides an optical beam path for the second optical beam from the optical source to the optical detector when the optical element is free of defects and from the optical source to a destination that is different than the optical detector when the optical element includes at least one defect, characterized in that the optical waveguide is integrated in the optical element surrounded by a medium that has a first index of refraction and wherein the optical waveguide has a second index of refraction that is different than the first index of refraction, or in that the optical waveguide is separate from and attached to the optical element and includes at least one of an optical fiber, a translucid cylinder, or a plate.