mhurhangee/ep-ind-claims huggingface dataset:
A bolt lock device comprising: a bolt member; a receiving member which includes a structure for receiving a first end of the bolt member; a tethering member connected to the receiving member and to the bolt member, the tethering member comprising a conductive medium, wherein when the first end of the bolt member has been received in the receiving member, an electrically conductive pathway is formed from the conductive medium, through at least a portion of the bolt member and at least a portion of the receiving member; and a sensory circuit disposed in the receiving member, the sensory circuit comprising a memory, wherein the sensory circuit is operable to transmit electrical current through the electrically conductive pathway so as to detect whether the circuit has been interrupted, the sensory circuit being further operable to record the current date and time in the memory in the event of a detected interruption. a bolt member; a receiving member which includes a structure for receiving a first end of the bolt member; a tethering member connected to the receiving member and to the bolt member, the tethering member comprising a conductive medium, wherein when the first end of the bolt member has been received in the receiving member, an electrically conductive pathway is formed from the conductive medium, through at least a portion of the bolt member and at least a portion of the receiving member; and a sensory circuit disposed in the receiving member, the sensory circuit comprising a memory, wherein the sensory circuit is operable to transmit electrical current through the electrically conductive pathway so as to detect whether the circuit has been interrupted, the sensory circuit being further operable to record the current date and time in the memory in the event of a detected interruption.
A backup system for continuing to provide a management service in case of occurrence of a fault in a main system in a computer system comprising: said main system providing the management service to a terminal device registered in management information; and a monitoring device monitoring an operation status of said main system, said backup system comprising: a receiving unit for receiving the registration request from said terminal device; and characterized by a management service startup unit for standing by in a status of not registering said terminal device in the management information even when receiving the registration request from said terminal device, for starting to provide the management service by starting up the management service when receiving the startup request from said monitoring device, and for starting the registration in the management information in response to the registration request, wherein said management information of the backup system has no registration of the terminal device at the time the management service is started up. a receiving unit for receiving the registration request from said terminal device; and characterized by a management service startup unit for standing by in a status of not registering said terminal device in the management information even when receiving the registration request from said terminal device, for starting to provide the management service by starting up the management service when receiving the startup request from said monitoring device, and for starting the registration in the management information in response to the registration request, wherein said management information of the backup system has no registration of the terminal device at the time the management service is started up.
An environmental equipment control apparatus for controlling a plurality of types of environmental equipment (10, 20, 30), comprising: a grasping unit (60, 61, 62, 63, 64, 66) configured to grasp current physical and mental state information about a current physical and mental state of a user, environmental situation information, and target relationship information representing a relationship between a target physical and mental state and the current physical and mental state; learning control plan output means (80, 81, 82) configured to output a control change plan for each of combinations of the plurality of types of environmental equipment in accordance with the current physical and mental state information, the environmental situation information, and the target relationship information; and a selection control unit (90, 92) that selects, based on a predetermined condition, one control change plan from among a plurality of the control change plans output by the learning control plan output means after excluding a control change plan satisfying a predetermined exclusion condition, and executes the one control change plan, wherein the learning control plan output means learns to update a method for specifying the control change plan to be output, by using a physical and mental state of the user changed by executing the control change plan selected by the selection control unit. a grasping unit (60, 61, 62, 63, 64, 66) configured to grasp current physical and mental state information about a current physical and mental state of a user, environmental situation information, and target relationship information representing a relationship between a target physical and mental state and the current physical and mental state; learning control plan output means (80, 81, 82) configured to output a control change plan for each of combinations of the plurality of types of environmental equipment in accordance with the current physical and mental state information, the environmental situation information, and the target relationship information; and a selection control unit (90, 92) that selects, based on a predetermined condition, one control change plan from among a plurality of the control change plans output by the learning control plan output means after excluding a control change plan satisfying a predetermined exclusion condition, and executes the one control change plan, wherein the learning control plan output means learns to update a method for specifying the control change plan to be output, by using a physical and mental state of the user changed by executing the control change plan selected by the selection control unit.
Shaft arrangement having a rotatable shaft which is mounted in a roller bearing with roller bodies and an external ring, comprising a torsion sensor (7, 8) which has a permanent-magnet magnetostrictive ring (8, 8', 8") which is fixedly connected to the shaft, and also has at least one magnetic field sensor which is fastened to a stationary sensor support which is connected to the external ring, wherein the sensor support surrounds the shaft in the form of a ring and carries the magnetic field sensor (s) on its inner face, characterized in that the sensor support is composed of a magnetically shielding material, and in that the sensor support forms a projection of the external ring in the axial direction of the shaft.
Method of manufacturing a printed circuit board having at least one embedded sensor chip, in which at least one sensor surface and terminals are arranged on a surface of the sensor chip, characterized by the following steps in the following order: (a) providing an adhesive sheet, b) imprinting a conductive structure of a conductive paste on a surface of the adhesive sheet, c) registered placing of the at least one sensor chip with the surface having the at least one sensor surface and the terminals on the conductive structure of a conductive paste, d) curing the conductive paste, e) applying an insulating layer with an overlying conductive layer to the surface comprising the sensor chip of the structure created in the preceding steps, wherein the insulating layer is a prepreg, f) laminating the structure created in the preceding steps, g) patterning the conductor layer and forming vias from the conductor layer to conductor tracks (7b, 7c) of the conductor pattern on the surface of the adhesive film, and h) removing the adhesive film, thereby exposing the at least one sensor surface. (a) providing an adhesive sheet, b) imprinting a conductive structure of a conductive paste on a surface of the adhesive sheet, c) registered placing of the at least one sensor chip with the surface having the at least one sensor surface and the terminals on the conductive structure of a conductive paste, d) curing the conductive paste, e) applying an insulating layer with an overlying conductive layer to the surface comprising the sensor chip of the structure created in the preceding steps, wherein the insulating layer is a prepreg, f) laminating the structure created in the preceding steps, g) patterning the conductor layer and forming vias from the conductor layer to conductor tracks (7b, 7c) of the conductor pattern on the surface of the adhesive film, and h) removing the adhesive film, thereby exposing the at least one sensor surface.
A water heater, comprising: a water tank comprising at least one water temperature gauge, one temperature sensor, a cold water inlet and a hot water outlet; a heat exchanger being a heat exchanger tank having a shape able to withstand water pressure and mounted into a top of and immersed in said water tank, wherein said heat exchanger tank immersed in said water tank is filled with a dielectric heat exchanging liquid maintained at normal atmospheric pressure and comprises at least one impervious connector pass-through and said heat exchanger comprises at least one heat exchanger temperature sensor; an insulating layer enclosing said water tank, wherein said insulating layer is adjacent to said heat exchanger; a computing device being immersible in said heat exchanger tank immersed in said water tank, wherein said computing device comprises a processor for processing computing tasks; and a connectivity system to connect said computing device to a network, said network supplying said computing tasks to said computing device such that running said computing tasks results in a heat production. a heat exchanger being a heat exchanger tank having a shape able to withstand water pressure and mounted into a top of and immersed in said water tank, wherein said heat exchanger tank immersed in said water tank is filled with a dielectric heat exchanging liquid maintained at normal atmospheric pressure and comprises at least one impervious connector pass-through and said heat exchanger comprises at least one heat exchanger temperature sensor; an insulating layer enclosing said water tank, wherein said insulating layer is adjacent to said heat exchanger; a computing device being immersible in said heat exchanger tank immersed in said water tank, wherein said computing device comprises a processor for processing computing tasks; and a connectivity system to connect said computing device to a network, said network supplying said computing tasks to said computing device such that running said computing tasks results in a heat production.
Loudspeaker with vibration control system comprising: - a magnetic assembly comprising a magnet disposed between a lower polar plate and an upper polar plate wherein the lower polar plate comprises a core in such a way to generate an air gap between the core of the lower polar plate and the upper polar plate, - a voice coil supported by a cylindrical support, - a basket connected to the magnetic assembly, - a centering device connected to the basket and to the cylindrical support in such a way that the voice coil is disposed in the air gap, said centering device being intended to move elastically to allow for an axial movement of the cylindrical support with respect to the magnetic assembly, and - a membrane connected to the basket and to the cylindrical support, - an external cylinder disposed around said magnetic assembly, - at least one elastic suspension (8, 8') connected to said external cylinder to allow for an axial movement of the external cylinder with respect to the magnetic assembly, characterized in that the loudspeaker also comprises two control coils (71, 72) supported by said external cylinder and respectively disposed in correspondence of said lower polar plate and said upper polar plate. - a magnetic assembly comprising a magnet disposed between a lower polar plate and an upper polar plate wherein the lower polar plate comprises a core in such a way to generate an air gap between the core of the lower polar plate and the upper polar plate, - a voice coil supported by a cylindrical support, - a basket connected to the magnetic assembly, - a centering device connected to the basket and to the cylindrical support in such a way that the voice coil is disposed in the air gap, said centering device being intended to move elastically to allow for an axial movement of the cylindrical support with respect to the magnetic assembly, and - a membrane connected to the basket and to the cylindrical support, - an external cylinder disposed around said magnetic assembly, - at least one elastic suspension (8, 8') connected to said external cylinder to allow for an axial movement of the external cylinder with respect to the magnetic assembly, characterized in that the loudspeaker also comprises two control coils (71, 72) supported by said external cylinder and respectively disposed in correspondence of said lower polar plate and said upper polar plate.
A step and work platform to be placed on at least one solar module, mounted at an oblique angle, of a solar power system, comprising a base plate and a locking device fastened thereto for securing the step and work platform with respect to the solar module, the locking device extending along an edge of the base plate and including a stop face protruding from a plane spanned by the base plate, the stop face being intended for coming to a stop with a force fit and an interference fit against a top edge of the solar module mounted at the oblique angle, characterized in that the locking device comprises a profile rail that extends along the edge of the base plate at least in sections, and the profile rail, as viewed in the cross-section oriented perpendicularly to the edge, has an F-profile, and a U-shaped portion of this F-profile serves to receive the base plate and the base plate extends into this U-shaped portion, the F-profile furthermore including a leg which is oriented transversely to the flat sides of the base plate and forms the stop face.
An engine device comprising an engine including an exhaust manifold, in which an exhaust throttle device adjusts exhaust gas pressure of the exhaust manifold, wherein an exhaust gas intake side of a throttle valve case of the exhaust throttle device is fastened to an exhaust gas outlet of the exhaust manifold, and an exhaust gas pipe is connected to the exhaust manifold through the throttle valve case; wherein the engine device further comprises a cooling water pump for circulating cooling water, and an EGR cooler for cooling EGR gas, wherein a cooling water pipe path connects the cooling water pump and the EGR cooler to each other, and an intermediate portion of the cooling water pipe path is provided with a cooling water pipe of the exhaust throttle device; characterized in that the exhaust throttle device is located upstream of the EGR cooler in a cooling water flow path.
A control valve used in a fuel injector, comprising: a valve seat defining a valve seating surface and a fuel passage extending through the valve seating surface, the fuel passage being in communication with an injection valve of the fuel injector and forming a pressure releasing path which is provided for controlling the operation of the injection valve; and a valve element moveable in a longitudinal direction and configured to cooperate with the valve seat to open and close the fuel passage; wherein the fuel passage comprises a first passage and a second passage, both extending in the longitudinal direction, and a turn-back passage continuously joined between the first and second passages, and wherein the turn-back passage comprises a first transverse segment continuous with the first passage, a second transverse segment continuous with the second passage, and a longitudinal segment connecting the first transverse segment with the second transverse segment. a valve seat defining a valve seating surface and a fuel passage extending through the valve seating surface, the fuel passage being in communication with an injection valve of the fuel injector and forming a pressure releasing path which is provided for controlling the operation of the injection valve; and a valve element moveable in a longitudinal direction and configured to cooperate with the valve seat to open and close the fuel passage; wherein the fuel passage comprises a first passage and a second passage, both extending in the longitudinal direction, and a turn-back passage continuously joined between the first and second passages, and wherein the turn-back passage comprises a first transverse segment continuous with the first passage, a second transverse segment continuous with the second passage, and a longitudinal segment connecting the first transverse segment with the second transverse segment.
A system (400, 605, 700) for reducing noise in an aircraft cabin, comprising: - a first vibration isolator (415, 715) attachable to a fuselage of the aircraft; - a second vibration isolator (417, 717) attachable to an interior structure of the cabin; and - an intermediate mass (450, 750) attached between the first vibration isolator (415, 715) and the second vibration isolator (417, 717); wherein the intermediate mass (450, 750) comprises a cable holder arranged to be able to hold electrical cables; wherein the intermediate mass (450, 750) comprises one or more wiring bundles including electrical power and/or system cables. - a first vibration isolator (415, 715) attachable to a fuselage of the aircraft; - a second vibration isolator (417, 717) attachable to an interior structure of the cabin; and - an intermediate mass (450, 750) attached between the first vibration isolator (415, 715) and the second vibration isolator (417, 717);
A portable electronic device, comprising: a front surface having a display area; a hold part (1R, 1L) positioned to either right or left of the display area, constituting a right or left part of the electronic device, and being available to be held by a user; a rear touch panel provided on a rear surface of the electronic device; a guide provided in the hold part (1R, 1L) for guiding a user with respect to an area where the rear touch panel is located, the guide being formed on the rear surface of the electronic device and adjacent to the rear touch panel; characterized by further comprising an operative stick (3R, 3L) provided on the hold part (1R, 1L) and positioned on the front surface of the electronic device, wherein the rear touch panel is provided in at least an area located further upward than an opposite position from the operative stick (3R, 3L), the guide is located opposite to the operative stick (3R, 3L), and wherein the rear surface of the electronic device is formed concave in the guide. a front surface having a display area; a hold part (1R, 1L) positioned to either right or left of the display area, constituting a right or left part of the electronic device, and being available to be held by a user; a rear touch panel provided on a rear surface of the electronic device; a guide provided in the hold part (1R, 1L) for guiding a user with respect to an area where the rear touch panel is located, the guide being formed on the rear surface of the electronic device and adjacent to the rear touch panel; characterized by further comprising an operative stick (3R, 3L) provided on the hold part (1R, 1L) and positioned on the front surface of the electronic device, wherein the rear touch panel is provided in at least an area located further upward than an opposite position from the operative stick (3R, 3L), the guide is located opposite to the operative stick (3R, 3L), and wherein the rear surface of the electronic device is formed concave in the guide.
A configurable panel display, comprising: a frame having adjoining frame members (20, 22, 24, 26) secured to one another with a plurality of corner assemblies, each frame member (20, 22, 24, 26) being substantially linear and having a substantially constant cross-sectional configuration, the plurality of corner assemblies each comprising a corner bracket (30, 50) having a pair of tongues (32, 34, 142, 144) extending outwardly at a predetermined angle with respect to each other, the tongues (32, 34, 142, 144) removably secured to the adjoining frame members (20, 22, 24, 26) using a tongue receiving groove; at least one floor support attached to a bottom portion of the frame to provide lateral support; and a face panel removably secured to said frame by interacting with an attachment portion of the frame members (20, 22, 24, 26), the face panel providing a display surface for displaying a graphic image and enclosing the frame, characterized in that: one face of each of the adjoining frame members (20, 22, 24, 26) is substantially smooth and the frame members (20, 22, 24, 26) are arranged such that the frame has a substantially smooth outer surface composed of the substantially smooth faces of each of the frame members (20, 22, 24, 26). a frame having adjoining frame members (20, 22, 24, 26) secured to one another with a plurality of corner assemblies, each frame member (20, 22, 24, 26) being substantially linear and having a substantially constant cross-sectional configuration, the plurality of corner assemblies each comprising a corner bracket (30, 50) having a pair of tongues (32, 34, 142, 144) extending outwardly at a predetermined angle with respect to each other, the tongues (32, 34, 142, 144) removably secured to the adjoining frame members (20, 22, 24, 26) using a tongue receiving groove; at least one floor support attached to a bottom portion of the frame to provide lateral support; and a face panel removably secured to said frame by interacting with an attachment portion of the frame members (20, 22, 24, 26), the face panel providing a display surface for displaying a graphic image and enclosing the frame, characterized in that: one face of each of the adjoining frame members (20, 22, 24, 26) is substantially smooth and the frame members (20, 22, 24, 26) are arranged such that the frame has a substantially smooth outer surface composed of the substantially smooth faces of each of the frame members (20, 22, 24, 26). one face of each of the adjoining frame members (20, 22, 24, 26) is substantially smooth and the frame members (20, 22, 24, 26) are arranged such that the frame has a substantially smooth outer surface composed of the substantially smooth faces of each of the frame members (20, 22, 24, 26).