mhurhangee/ep-ind-claims huggingface dataset:
A pressure-sensitive adhesive composition for forming a re-detachable sheet by being applied to a first sheet surface and a second sheet surface after printing, being dried, and then press-bonding the first sheet surface and the second sheet surface together so as to closely adhere the first sheet surface and the second sheet surface, comprising: a rubber latex; a water-soluble styrene-acrylic acid copolymer; and a wax, wherein the rubber latex includes a methacrylic acid ester-natural rubber copolymer. a rubber latex; a water-soluble styrene-acrylic acid copolymer; and a wax, wherein the rubber latex includes a methacrylic acid ester-natural rubber copolymer.
A steering apparatus comprising an actuator unit configured to redirect a steering arm of an outboard motor, the actuator unit comprising: first and second support arms (40,41) supported on a bracket used to mount the outboard motor on a boat body; a cover member disposed between the first and second support arms (40, 41); a first electric motor disposed on one end of the cover member and secured to the first support arm; a second electric motor disposed on the other end of the cover member and secured to the second support arm; a feed screw disposed along the cover member inside the cover member and configured to be rotated by respective torques of the first and second electric motors (52, 53); a nut member threadedly engaged with the feed screw and configured to move along an axis of the feed screw inside the cover member as the feed screw rotates; a drive arm attached to the nut member and configured to transmit the movement of the nut member along the axis to the steering arm; and protective boots (80, 81) disposed inside the cover member and covering the feed screw in such a manner that the protective boots (80, 81) are capable of expanding and contracting along the axis of the feed screw, wherein the first electric motor and the second electric motor produce synchronous rotation in the same direction, thereby applying torques from the opposite ends of the feed screw to the feed screw. first and second support arms (40,41) supported on a bracket used to mount the outboard motor on a boat body; a cover member disposed between the first and second support arms (40, 41); a first electric motor disposed on one end of the cover member and secured to the first support arm; a second electric motor disposed on the other end of the cover member and secured to the second support arm; a feed screw disposed along the cover member inside the cover member and configured to be rotated by respective torques of the first and second electric motors (52, 53); a nut member threadedly engaged with the feed screw and configured to move along an axis of the feed screw inside the cover member as the feed screw rotates; a drive arm attached to the nut member and configured to transmit the movement of the nut member along the axis to the steering arm; and protective boots (80, 81) disposed inside the cover member and covering the feed screw in such a manner that the protective boots (80, 81) are capable of expanding and contracting along the axis of the feed screw, wherein the first electric motor and the second electric motor produce synchronous rotation in the same direction, thereby applying torques from the opposite ends of the feed screw to the feed screw.
A wave energy conversion module exploiting the orbital motion of an eccentric mass, entirely contained in a floating enclosed body, and characterized in that it comprises: - a hull in the shape of a rectangular raft, - a lid fitted out as a host platform for maintenance operations, - a weighing carriage moving along an orbit guided by a set of circular rails, - an electrical generator mounted on the carriage, driven by one or more pinions along a set of gear racks coaxial with the rails. - a hull in the shape of a rectangular raft, - a lid fitted out as a host platform for maintenance operations, - a weighing carriage moving along an orbit guided by a set of circular rails, - an electrical generator mounted on the carriage, driven by one or more pinions along a set of gear racks coaxial with the rails.
Retaining latch for retaining a plug within a receptacle of an electrical connector, the retaining latch having a basic structure shaped bent around a central axis of the retaining latch and comprising two latching sections (21a, 21b), wherein at least a portion of each latching section (21a, 21b) constitutes a latching element (23a, 23b) configured to be brought into engagement with the plug, wherein the central axis runs in parallel to a plug direction for inserting the plug into the receptacle; wherein the latching sections (21a, 21b) are arranged opposite to each other with respect to the central axis, thereby providing the latching elements (23a, 23b) as a part of the bent basic structure which is elastically deformable radially away from the central axis, characterised in that at least in the latching sections (21a, 21b), the retaining latch has an hexagonal cross-section in a cross-sectional plane extending in parallel to the central axis, arranged such that at least the latching sections (21a, 21b) are provided with a lead-in chamfer and a lead-out chamfer extending along the entire basic structure between a front face, corresponding to a front side of the basic structure in a longitudinal direction parallel to the central axis, and an inner circumference opposite an outer circumference facing away from the central axis, as well as between a rear face, corresponding to a rear side of the basic structure in a longitudinal direction parallel to the central axis, and the inner circumference, respectively, of the retaining latch, whereby the latching sections (21a, 21b) are provided with a bevel facing in against the plug direction.
A method of monitoring a condition of a nuclear reactor pressure vessel disposed in a radioactive environment, comprising: sensing a condition of the reactor pressure vessel with an instrument; transmitting a signal indicative of the condition of the reactor pressure vessel from the instrument to a wireless transmitting modem disposed in the radioactive environment and powered parasitically from a power cable associated with a control rod drive mechanism; wirelessly transmitting a signal indicative of the condition of the reactor pressure vessel from the transmitting modem to a receiving modem in the line of sight of the transmitting modem; transmitting a signal indicative of the condition of the reactor pressure vessel from the receiving modem to a signal processing unit; and determining the condition of the reactor pressure vessel from the wirelessly transmitted signal. sensing a condition of the reactor pressure vessel with an instrument; transmitting a signal indicative of the condition of the reactor pressure vessel from the instrument to a wireless transmitting modem disposed in the radioactive environment and powered parasitically from a power cable associated with a control rod drive mechanism; wirelessly transmitting a signal indicative of the condition of the reactor pressure vessel from the transmitting modem to a receiving modem in the line of sight of the transmitting modem; transmitting a signal indicative of the condition of the reactor pressure vessel from the receiving modem to a signal processing unit; and determining the condition of the reactor pressure vessel from the wirelessly transmitted signal.
A harness for placement around a girth of an animal, the harness including: an upper shoulder strap, a lower torso strap arranged to encircle the torso of the animal behind its front legs; two chest straps (3a, 3b) each having an aperture (7a, 7b); characterised by an elongate chain linker arranged to pass through the apertures so as to extend across the forechest of the animal, the elongate chain linker having a connector for connection to a leash; and arranged such that a pulling force on the leash directed away from the girth of the animal causes movement of the chain linker through at least one of the apertures creating a noise detectable by the animal to assist in the training of the animal. an upper shoulder strap, a lower torso strap arranged to encircle the torso of the animal behind its front legs; two chest straps (3a, 3b) each having an aperture (7a, 7b); characterised by an elongate chain linker arranged to pass through the apertures so as to extend across the forechest of the animal, the elongate chain linker having a connector for connection to a leash; and arranged such that a pulling force on the leash directed away from the girth of the animal causes movement of the chain linker through at least one of the apertures creating a noise detectable by the animal to assist in the training of the animal.
A floor surfacing machine comprising a frame that is carried by at least a first wheel and a second wheel, where the floor surfacing machine further comprises at least one operating head that is rotatably mounted to the frame, and where the floor surfacing machine comprises a control unit (10, 12), where the floor surfacing machine comprises a wheel drive assembly for individually controlling the first wheel and the second wheel, characterized in that the control unit (10, 12) is arranged to add an oscillation control signal to a wheel drive control signal to individually vary the speed of the first wheel in relation to the second wheel for laterally displacing the operating head between a leftmost position and a rightmost position in an oscillating manner.
Machine for the treatment of washing, thermal-disinfection and/or sterilization of objects, said machine comprising: - a treatment chamber delimited by two lateral walls, a front wall, a rear wall, a bottom wall and an upper wall; - a technical compartment adjacent to the treatment chamber and delimited by a front wall, an upper wall, a rear wall, a bottom wall, an external lateral wall and an internal lateral wall which is a lateral and/or rear wall at least partly in common with said treatment chamber, there being, inside the technical compartment, one or more tanks (42, 54, 56) for collecting liquid, oblong in shape and with a longitudinal main axis of development (X 1, X 2, X 3), characterized in that said machine comprises: - a hydraulic distribution unit configured to distribute the treatment liquid from said one or more liquid collection tanks (42, 54, 56) to said treatment chamber; - one or more devices to move liquid (40, 52, 72) disposed in the technical compartment and associated with said one or more liquid collection tanks (42, 54, 56) and with the hydraulic distribution unit; wherein said one or more liquid collection tanks (42, 54, 56) are disposed in the technical compartment so that a respective longitudinal main axis of development (X 1, X 2, X 3) of each of said one or more liquid collection tanks (42, 54, 56) is parallel to said bottom wall of the technical compartment; wherein said one or more liquid collection tanks (42, 54, 56) are disposed raised with respect to said bottom wall to define at least a first free space between the liquid collection tank disposed nearest to said bottom wall, and wherein said first free space comprises at least one liquid movement device (52, 72) of said one or more liquid movement devices (40, 52, 72), so that said at least one liquid movement device (52, 72) comprised by said first free space is accessible through said technical compartment and through an entrance provided at least in the front wall and/or the rear wall of said technical compartment. - a treatment chamber delimited by two lateral walls, a front wall, a rear wall, a bottom wall and an upper wall; - a technical compartment adjacent to the treatment chamber and delimited by a front wall, an upper wall, a rear wall, a bottom wall, an external lateral wall and an internal lateral wall which is a lateral and/or rear wall at least partly in common with said treatment chamber, - a hydraulic distribution unit configured to distribute the treatment liquid from said one or more liquid collection tanks (42, 54, 56) to said treatment chamber; - one or more devices to move liquid (40, 52, 72) disposed in the technical compartment and associated with said one or more liquid collection tanks (42, 54, 56) and with the hydraulic distribution unit;
Brick made of wood for producing a brick assembly, in particular brickwork, comprising two parallel brick walls (2,3,4,5) delimiting a cavity, which are connected to one another with at least one web (6,7,15,17) and are held to each other at a predetermined normal distance, wherein the brick walls (2,3,4,5) and the web (6,7,15,17) are each formed by at least one wooden panel, wherein the parallel brick walls (2,3,4,5) at the edge comprise a rabbet for the overlapping of the brick walls (2,3,4,5) of adjacent bricks (1,13,14,16) and for the overlapping of the brick walls of bricks (1,13,14,16) lying on top of one another, characterized in that the at least one web comprises a first form-locking element on at least one edge area and a second form-locking element on at least one opposite edge area, which can be brought into a form-locking connection with the first form-locking element of a brick arranged thereover or thereunder.
A negotiable datapath model, NDM, file protection method, comprising: generating, by a sending device, integrity information of an NDM file; sending, by the sending device, the NDM file and the integrity information of the NDM file to a receiving device, so that the receiving device verifies, according to the integrity information, whether the NDM file is tampered with; and wherein the generating, by a sending device, integrity information of an NDM file comprises: generating, by the sending device, signature information for the NDM file by using a first key and using a preset algorithm, wherein the signature information serves as the integrity information; and wherein the method further comprises: sending, by the sending device, a certificate and information about the preset algorithm to the receiving device, wherein the certificate comprises a second key, wherein the second key is used to verify the integrity information. generating, by a sending device, integrity information of an NDM file; sending, by the sending device, the NDM file and the integrity information of the NDM file to a receiving device, so that the receiving device verifies, according to the integrity information, whether the NDM file is tampered with; and wherein the generating, by a sending device, integrity information of an NDM file comprises: generating, by the sending device, signature information for the NDM file by using a first key and using a preset algorithm, wherein the signature information serves as the integrity information; and wherein the method further comprises: sending, by the sending device, a certificate and information about the preset algorithm to the receiving device, wherein the certificate comprises a second key, wherein the second key is used to verify the integrity information.
A syringe system, comprising: a plunger including: a microcontroller, a battery, and a coil connected to the microcontroller and the battery; a syringe barrel defining a longitudinal axis and having a proximal end, a distal end, and a cylindrical sidewall that extends longitudinally between the proximal and distal ends, the cylindrical sidewall having an exterior surface and defining an internal volume, the plunger being movable within the internal volume with respect to the syringe barrel along the longitudinal axis; and characterized in the syringe system further including a label having one or more conductive strips extending in a non-parallel direction with respect to the longitudinal axis, wherein the microcontroller is configured to determine a position of the plunger with respect to the one or more conductive strips based on a current induced in the coil. a plunger including: a microcontroller, a battery, and a coil connected to the microcontroller and the battery; a microcontroller, a battery, and a coil connected to the microcontroller and the battery; a syringe barrel defining a longitudinal axis and having a proximal end, a distal end, and a cylindrical sidewall that extends longitudinally between the proximal and distal ends, the cylindrical sidewall having an exterior surface and defining an internal volume, the plunger being movable within the internal volume with respect to the syringe barrel along the longitudinal axis; and characterized in the syringe system further including a label having one or more conductive strips extending in a non-parallel direction with respect to the longitudinal axis, wherein the microcontroller is configured to determine a position of the plunger with respect to the one or more conductive strips based on a current induced in the coil.
A hammer drill comprising; a housing; a tool holder mounted on the housing which is capable of holding a cutting tool; a motor mounted within the housing; and a hammer mechanism comprising: a piston reciprocatingly driven via a crank shaft in a spindle along a longitudinal axis by the motor when the motor is actuated; a ram reciprocatingly driven in the spindle on the longitudinal axis by the reciprocating piston via an air spring; a beat piece supported in an axially slideable manner on the longitudinal axis within a beat piece support structure (150, 210), which is formed in part by the spindle and which, during the normal operation of the hammer mechanism, is repetitively struck by the ram and which transfers the impacts to a cutting tool when held by the tool holder; wherein the beat piece comprises a first impact surface and the spindle of the beat piece support structure (150, 210) comprises a second impact surface, the first and second impact surfaces (248, 250) coming into contact with each other when the beat piece axially slides to its furthest position away from the ram; characterized in that the shape of the first and second impact surfaces (248, 250) relative to each other is arranged so that there is a non uniform amount of contact between the first and second impact surfaces (248, 250) around the longitudinal axis 154. a piston reciprocatingly driven via a crank shaft in a spindle along a longitudinal axis by the motor when the motor is actuated; a ram reciprocatingly driven in the spindle on the longitudinal axis by the reciprocating piston via an air spring; a beat piece supported in an axially slideable manner on the longitudinal axis within a beat piece support structure (150, 210), which is formed in part by the spindle and which, during the normal operation of the hammer mechanism, is repetitively struck by the ram and which transfers the impacts to a cutting tool when held by the tool holder; wherein the beat piece comprises a first impact surface and the spindle of the beat piece support structure (150, 210) comprises a second impact surface, the first and second impact surfaces (248, 250) coming into contact with each other when the beat piece axially slides to its furthest position away from the ram; characterized in that the shape of the first and second impact surfaces (248, 250) relative to each other is arranged so that there is a non uniform amount of contact between the first and second impact surfaces (248, 250) around the longitudinal axis 154.
A communication circuit including a communication line comprising three or more signal lines (2a, 2b, 2c), by which a plurality of nodes (17, 18, 19) are connected to one another, signal distributing sections (12, 21) connected to ends of the communication line, for distributing and transmitting signals input into input/output terminals from the nodes (17, 18, 19) to respective signal lines (2a, 2b, 2c), majority selection receiving circuits (13, 22) for comparing a plurality of reception signals received via the signal lines (2a, 2b, 2c) and selecting reception signals which are most matched with one another as true so as to output them to a respective of the input/output terminals, and characterized by token call control sections for transmitting token calls in accordance with a node number of the respective of the plurality of nodes at a predetermined time, and time division communication control sections for switching communication directions of the signal distributing sections (12, 21) and the majority selection receiving circuits (13, 22) at time-divided timing so as to enable bidirectional communication, by outputting by a predetermined node a signal input into an input/output terminal by the predetermined node, at a time of the token call of the predetermined node, and configured to interlock a node other than the predetermined node to prevent a signal from being input from the other node to a respective input/output terminal. majority selection receiving circuits (13, 22) for comparing a plurality of reception signals received via the signal lines (2a, 2b, 2c) and selecting reception signals which are most matched with one another as true so as to output them to a respective of the input/output terminals, and characterized by token call control sections for transmitting token calls in accordance with a node number of the respective of the plurality of nodes at a predetermined time, and time division communication control sections for switching communication directions of the signal distributing sections (12, 21) and the majority selection receiving circuits (13, 22) at time-divided timing so as to enable bidirectional communication, by outputting by a predetermined node a signal input into an input/output terminal by the predetermined node, at a time of the token call of the predetermined node, and configured to interlock a node other than the predetermined node to prevent a signal from being input from the other node to a respective input/output terminal.
A pneumatic nail gun with • a working piston, which is connected to a drive-in ram for driving in a fastening means and is pressurised by air when a drive-in process is released, • a releasing device, which comprises a hand-operated trigger and a contact sensor, wherein a simultaneous actuation of trigger and contact sensor activates a first control valve and releases a drive-in process in case that the pressure in a security control chamber is above a given pressure threshold, and • a second control valve, which is activated upon actuation of the trigger, irrespective whether the contact sensor is actuated or not, • characterised in that irrespective of the position of the second control valve, the security control chamber is continuously de-aerated via a throttle and is separated from a pressurised casing interior when the second control valve is activated. • a working piston, which is connected to a drive-in ram for driving in a fastening means and is pressurised by air when a drive-in process is released, • a releasing device, which comprises a hand-operated trigger and a contact sensor, wherein a simultaneous actuation of trigger and contact sensor activates a first control valve and releases a drive-in process in case that the pressure in a security control chamber is above a given pressure threshold, and • a second control valve, which is activated upon actuation of the trigger, irrespective whether the contact sensor is actuated or not, • characterised in that irrespective of the position of the second control valve, the security control chamber is continuously de-aerated via a throttle and is separated from a pressurised casing interior when the second control valve is activated.