mhurhangee/ep-ind-claims huggingface dataset:
A system of distribution devices used for handling data conductors or junctions between data conductors, comprising: first and second distribution devices, wherein the first and second distribution devices are located adjacent to each other, and wherein each of the first and second distribution devices comprises, a housing having a housing lower part with a rear wall and side walls (13, 14, 15, 16), and an alignment and connection feature (17, 18) on at least two mutually opposite side walls, wherein the alignment and connection feature (17, 18) of the first distribution device engages with the alignment and connection feature (17, 18) of the second distribution device to align and toollessly connect the first distribution device and the second distribution device together, characterised in that the first distribution device and the second distribution device are aligned and connected together in the horizontal direction and/or in the vertical direction, wherein the horizontal direction and the vertical direction in which the alignment and connection feature ensures the alignment of the first distribution device and the second distribution device runs parallel to the rear walls of the housing lower parts of the first distribution device and the second distribution device, a common, cover-like housing upper part is associated with the housing lower parts of the first distribution device and the second distribution device in order to close or cover jointly the respective housing lower parts, wherein all of the housing lower parts are accessible jointly. first and second distribution devices, wherein the first and second distribution devices are located adjacent to each other, and wherein each of the first and second distribution devices comprises, a housing having a housing lower part with a rear wall and side walls (13, 14, 15, 16), and an alignment and connection feature (17, 18) on at least two mutually opposite side walls, wherein the alignment and connection feature (17, 18) of the first distribution device engages with the alignment and connection feature (17, 18) of the second distribution device to align and toollessly connect the first distribution device and the second distribution device together, characterised in that the first distribution device and the second distribution device are aligned and connected together in the horizontal direction and/or in the vertical direction, wherein the horizontal direction and the vertical direction in which the alignment and connection feature ensures the alignment of the first distribution device and the second distribution device runs parallel to the rear walls of the housing lower parts of the first distribution device and the second distribution device, a common, cover-like housing upper part is associated with the housing lower parts of the first distribution device and the second distribution device in order to close or cover jointly the respective housing lower parts, wherein all of the housing lower parts are accessible jointly.
A high-speed negative suction roller-type oblique feeding folding machine, comprising a frame, a stacking platform, a folding mechanism and a paper feeding mechanism for feeding the paper on the stacking platform into the folding mechanism, wherein the said paper feeding mechanism comprises a negative suction roller and a paper feeding pressure roller that rotate in a coupled manner for feeding paper, a negative suction hole connected to the vacuum source is arranged on the roller surface of the said negative suction roller, and the said negative suction roller is provided with a paper pressure bearing that presses against the paper feeding pressure roller, the said stacking platform is obliquely disposed, the said negative suction roller is drivingly connected with a paper suction transmission mechanism that drives the negative suction roller to rotate back and forth along the curved surface on the paper feeding pressure roller, a curved rack is mounted on the said frame, a negative suction roller pinion is mounted at one end of the said negative suction roller, and the said negative suction roller pinion engages with the tooth surface of the curved rack characterized in that: the said paper suction transmission mechanism comprises a transmission shaft, a transmission pulley and a transmission swing arm, the said transmission pulley is mounted on the transmission shaft, one end of the said transmission swing arm is hinged at an eccentric position on the transmission pulley, the other end of the said transmission swing arm is hinged on the negative suction roller.
A device for producing 3D moulded parts, which comprises a construction platform with a construction plane for applying construction material, means for selectively applying substances suitable for selective solidification and means for applying construction material as a suspension onto the construction plane, wherein said device comprises control means which are arranged such that the layer-by-layer application of the suspension is effected by a sequence of lowering and raising of the construction platform, characterised in that the device has a print head for selectively changing properties in specific areas.
An outer handle device for a vehicle door in which an outer handle having in one end part thereof a manually operable operating portion is pivotably supported on a support case (22, 88) mounted on an outer panel of a door, and an actuator (39, 89) that can drive the outer handle at a housed position where the outer handle is housed on the support case (22, 88) side to a pop-up position where the operating portion projects outward from the outer panel is mounted on the support case (22, 88), characterized in that the actuator (39, 89) comprises a drive lever (40, 90) that can be pivoted between an initial position and an operated position and an electric drive source that pivots the drive lever (40, 90) from the initial position to the operated position at a time of energization and that allows the drive lever (40, 90) to return from the operated position to the initial position in a non-energized state when the drive lever (40, 90) is at the operated position, the outer handle pivotingly urged toward the housed position side is supported on the support case (22, 88) so as to be able to pivot to a full stroke position accompanying a manual operation from the pop-up position, holding means (44, 91) that mechanically holds the drive lever (40, 90) at the operated position is provided on the support case (22, 88), a handle lever (50, 100) operatively linked to the outer handle so as to be pushed and pivoted by the drive lever (40, 90) in response to pivoting of the drive lever (40, 90) from the initial position to the operated position and, as a result of said pivoting, pivot the outer handle from the housed position to the pop-up position is supported on the support case (22, 88) so as to pivot together with the outer handle while leaving the drive lever (40, 90) at the operated position when the outer handle pivots from the pop-up position to the full stroke position, and a release lever (58, 103) that pivots in response to pivoting of the handle lever (50, 100) accompanying a manual operation of the outer handle from the pop-up position to the full stroke position so as to release the holding by the holding means (44, 91) and forcibly return the drive lever (40, 90) to the initial position is supported on the support case (22, 88).
Device for measuring compliance comprising a circuit card (2, 27) equipped with an electronic circuit for detecting and recording the moment of extraction of the pills belonging to a blister pack and with means (6, 44) for fixing the blister pack to the circuit card, the circuit card being formed of a substrate on which the conducting part of the said circuit is printed by deposition or gluing of a metal wire or film in order to form switches configured to be opened when the pills are extracted manually by a user, the said conducting part including identical conducting portions (12, 28) distributed uniformly in parallel along a conductor path, the said conductor path being configured each time to exhibit a larger resistance than the portion in parallel, characterised in that the substrate is supple and flexible, in that it comprises frangible portions at the edge of which are printed the said conducting portions distributed uniformly to correspond with a corresponding pill so that the frangible portions of the circuit card associated with a conducting portion are broken when a pill is extracted, in that the means for fixing are gluing means, in that it includes complementary means for eliminating the registering of false contacts, in that the circuit includes means for measuring the total impedance of the conducting part and means for calculating to deduce therefrom the moment of extraction of a pill, and in that the complementary means for eliminating the registering of false contacts comprise means for calculating configured to retest the total impedance regularly so as to eliminate the risks of false positives.
A vacuum gripper unit (10a, 10b, 10c) including a vacuum pump, the vacuum gripper unit (10a, 10b, 10c) comprising: a vertical main body having a common vacuum chamber defined therein; first and second mounting containers (12a and 12b) that are cylindrical members horizontally arranged on left and right sides of the main body to be parallel to each other, and provide an additional mounting space to the main body, the first and second mounting cylinders (12a, 12b) having a generally 'H' type when seen from outside, including the main body that connects centers thereof to each other, the first and second mounting cylinders (12a, 12b) having passages respectively provided at first sides thereof that face each other and communicating with the common vacuum chamber; and a suction pad connected to a lower portion of the main body so as to communicate with the common vacuum chamber, wherein the first mounting container has the vacuum pump inserted and mounted therein and operating to allow exhaust of air from the common vacuum chamber so as to create a vacuum therein upon supply and discharge of compressed air, and the second mounting container being configured to allow a user to select a mounting element (16, 20) for the second container depending on the needs of the site so that second mounting container selectively has the vacuum pump inserted and mounted therein or a release valve inserted and mounted therein, the release valve being opened to allow air to flow into the common vacuum chamber when the vacuum pump stops operating. a vertical main body having a common vacuum chamber defined therein; first and second mounting containers (12a and 12b) that are cylindrical members horizontally arranged on left and right sides of the main body to be parallel to each other, and provide an additional mounting space to the main body, the first and second mounting cylinders (12a, 12b) having a generally 'H' type when seen from outside, including the main body that connects centers thereof to each other, the first and second mounting cylinders (12a, 12b) having passages respectively provided at first sides thereof that face each other and communicating with the common vacuum chamber; and a suction pad connected to a lower portion of the main body so as to communicate with the common vacuum chamber, wherein the first mounting container has the vacuum pump inserted and mounted therein and operating to allow exhaust of air from the common vacuum chamber so as to create a vacuum therein upon supply and discharge of compressed air, and the second mounting container being configured to allow a user to select a mounting element (16, 20) for the second container depending on the needs of the site so that second mounting container selectively has the vacuum pump inserted and mounted therein or a release valve inserted and mounted therein, the release valve being opened to allow air to flow into the common vacuum chamber when the vacuum pump stops operating.
An information processing apparatus including a plurality of domains that each executes an operating system, the apparatus comprising: a hypervisor configured to control the operating systems executed by the plurality of domains; a first memory area and a second memory area; a panic process unit configured to stop a given operating system when the given operating system has detected an error; a mapping process unit configured to assign, to the given operating system stopped by the panic process unit, the second memory area which is other than the first memory area, the first memory area being used by the hypervisor that controls the given operating system at the time of the stop of the given operating system by the panic process unit; a reactivation process unit configured to reactivate the operating system by using the second memory area as a usage area; and a memory dump process unit configured to read data in the first memory area and write the data to a file after the operating system is reactivated so as to generate a memory dump file of the hypervisor. a hypervisor configured to control the operating systems executed by the plurality of domains; a first memory area and a second memory area; a panic process unit configured to stop a given operating system when the given operating system has detected an error; a mapping process unit configured to assign, to the given operating system stopped by the panic process unit, the second memory area which is other than the first memory area, the first memory area being used by the hypervisor that controls the given operating system at the time of the stop of the given operating system by the panic process unit; a reactivation process unit configured to reactivate the operating system by using the second memory area as a usage area; and a memory dump process unit configured to read data in the first memory area and write the data to a file after the operating system is reactivated so as to generate a memory dump file of the hypervisor.
A method comprising: by a home appliance, obtaining access point information and information of a set-up cloud server, from a mobile device connected to the home appliance through device-to-device communication; transmitting a temporary password to the mobile device through the device-to-device communication; establishing a communication connection with the set-up cloud server by using the obtained access point information and the obtained information of the set-up cloud server; obtaining user account information from the set-up cloud server by using the temporary password as an identification key; and registering the home appliance in an Internet-of-Things, IoT, server by providing information of the home appliance and the obtained user account information to the loT server. by a home appliance, obtaining access point information and information of a set-up cloud server, from a mobile device connected to the home appliance through device-to-device communication; transmitting a temporary password to the mobile device through the device-to-device communication; establishing a communication connection with the set-up cloud server by using the obtained access point information and the obtained information of the set-up cloud server; obtaining user account information from the set-up cloud server by using the temporary password as an identification key; and registering the home appliance in an Internet-of-Things, IoT, server by providing information of the home appliance and the obtained user account information to the loT server.
Volume element comprising: - at least one inner chamber bounded by a per se flexible material, the inner chamber being inflatable with a gas; and - at least one outer chamber bounded by an per se flexible material, the outer chamber being fluidically separated from the at least one inner chamber, and the inner chamber being surrounded on the outer circumference at least partially by the outer chamber, wherein granular material for absorbing pressure forces acting on the volume element from the direction of the outer chamber is received in the outer chamber, and wherein the outer chamber is partially bounded by the per se flexible material also at least partially bounding the inner chamber; characterized in that: - the inner chamber is bounded by a volume body which is formed by the per se flexible material bounding the inner chamber; and - the outer chamber is bounded partially by the volume body and partially by a surface element at least partially surrounding the volume body on the outer circumference, the surface element being formed by the per se flexible material bounding the outer chamber, wherein the volume body is formed by two further area elements (36, 38) which are connected with each other. - at least one inner chamber bounded by a per se flexible material, the inner chamber being inflatable with a gas; and - at least one outer chamber bounded by an per se flexible material, the outer chamber being fluidically separated from the at least one inner chamber, and the inner chamber being surrounded on the outer circumference at least partially by the outer chamber, wherein granular material for absorbing pressure forces acting on the volume element from the direction of the outer chamber is received in the outer chamber, and wherein the outer chamber is partially bounded by the per se flexible material also at least partially bounding the inner chamber; - the inner chamber is bounded by a volume body which is formed by the per se flexible material bounding the inner chamber; and - the outer chamber is bounded partially by the volume body and partially by a surface element at least partially surrounding the volume body on the outer circumference, the surface element being formed by the per se flexible material bounding the outer chamber, wherein the volume body is formed by two further area elements (36, 38) which are connected with each other.
A device for use in evaluation, transportation or storage of a donor heart, wherein the device comprises: a first flexible membrane and at least one further flexible membrane such that the first membrane is encapsulated by the at least one further membrane forming a sterile field around the heart; wherein the first membrane forms an inner first bag and each of the at least one further membrane forms a respective at least one further bag, the inner first bag being adapted to seal around the heart and the at least one further bag being adapted to be mounted in an overlapping formation; and a plurality of connectors (84, 124, 125, 126); characterised in that the plurality of connectors (84, 124, 125, 126) is lockably connected to one another to form a stack; wherein a first connector of the stack is adapted to secure and engage an aorta of the heart; and a second connector and a third connector of the stack are engaged with the first flexible membrane and the at least one further flexible membrane respectively; and the first connector is configured to partially suspend the heart and is adapted to allow for delivery of perfusion fluid to the heart. a first flexible membrane and at least one further flexible membrane such that the first membrane is encapsulated by the at least one further membrane forming a sterile field around the heart; wherein the first membrane forms an inner first bag and each of the at least one further membrane forms a respective at least one further bag, the inner first bag being adapted to seal around the heart and the at least one further bag being adapted to be mounted in an overlapping formation; and a plurality of connectors (84, 124, 125, 126); characterised in that the plurality of connectors (84, 124, 125, 126) is lockably connected to one another to form a stack; wherein a first connector of the stack is adapted to secure and engage an aorta of the heart; and a second connector and a third connector of the stack are engaged with the first flexible membrane and the at least one further flexible membrane respectively; and the first connector is configured to partially suspend the heart and is adapted to allow for delivery of perfusion fluid to the heart.
A message synchronization method, comprising: obtaining a first sending time stamp of a first message transmitted on a main link, and obtaining a second sending time stamp of the first message transmitted on a backup link; calculating a time difference between the first sending time stamp and the second sending time stamp according to the first sending time stamp and the second sending time stamp; adding bytes in the first message transmitted on the main link and the first message transmitted on the backup link, setting the time difference in the bytes, and forming a first message with the added bytes transmitted on the main link and the first message with the added bytes transmitted on the backup link respectively, sending the first message with the added bytes to a receiving end respectively on the main link and the backup link, so that when errors occur in the first message with the added bytes transmitted on the main link, the receiving end modifies a second receiving time stamp when receiving the first message with the added bytes on the backup link according to the time difference in the first message with the added bytes transmitted on the backup link, so as to obtain a receiving time stamp the same as a first receiving time stamp when receiving the first message with the added bytes on the main link, thereby achieving the synchronization of the first message with the added bytes transmitted on the backup link and the first message with the added bytes transmitted on the main link, and removes the added bytes to obtain the first message. obtaining a first sending time stamp of a first message transmitted on a main link, and obtaining a second sending time stamp of the first message transmitted on a backup link; calculating a time difference between the first sending time stamp and the second sending time stamp according to the first sending time stamp and the second sending time stamp; adding bytes in the first message transmitted on the main link and the first message transmitted on the backup link, setting the time difference in the bytes, and forming a first message with the added bytes transmitted on the main link and the first message with the added bytes transmitted on the backup link respectively, sending the first message with the added bytes to a receiving end respectively on the main link and the backup link, so that when errors occur in the first message with the added bytes transmitted on the main link, the receiving end modifies a second receiving time stamp when receiving the first message with the added bytes on the backup link according to the time difference in the first message with the added bytes transmitted on the backup link, so as to obtain a receiving time stamp the same as a first receiving time stamp when receiving the first message with the added bytes on the main link, thereby achieving the synchronization of the first message with the added bytes transmitted on the backup link and the first message with the added bytes transmitted on the main link, and removes the added bytes to obtain the first message.
Processing installation for aircraft structural components having at least one processing station (3, 4), wherein the processing station (3, 4) has a clamping frame (7, 8) which extends along a longitudinal station axis (5, 6) for receiving the aircraft structural component which is intended to be processed in each case and a processing unit (9, 10), preferably a riveting unit, for processing the aircraft structural component and wherein the clamping frame (7, 8) is articulated so as to be adjustable in terms of height and pivotable to two positioning towers (11, 12) which are arranged in a vertical tower plane, characterised in that, there is provided transversely relative to the tower plane a transverse offset of the clamping frame (7, 8) which enables an aircraft structural component to be loaded onto and/or unloaded from the clamping frame (7, 8) along the tower plane and at least one positioning tower (11, 12) to be passed laterally.