mhurhangee/ep-ind-claims huggingface dataset:
An optical security device comprising a recorded or encoded representation of an optically variable image, the image being reconstructable and viewable for security, authentication or identification purposes, the device comprising: an optical structure in which there is recorded or encoded a representation of the optically variable image in the form of a plurality of portions of the complete image to be reconstructed, characterised in that the respective said plurality of portions of the optically variable image can, when reconstructed, only be viewed in their totality by viewing the said image at or over a plurality of different viewing angles or angle ranges relative to the optical structure and/or at or over a plurality of different angles or ranges of angles of illumination of the optical structure, and wherein the size, in at least one dimension, direction, axis or plane, of the complete image, when reconstructed, is greater than the corresponding size, in the same, or the respective same, dimension, direction, axis or plane, of a part of the optical structure having the said plurality of portions of the image collectively recorded or encoded therein. an optical structure in which there is recorded or encoded a representation of the optically variable image in the form of a plurality of portions of the complete image to be reconstructed, characterised in that the respective said plurality of portions of the optically variable image can, when reconstructed, only be viewed in their totality by viewing the said image at or over a plurality of different viewing angles or angle ranges relative to the optical structure and/or at or over a plurality of different angles or ranges of angles of illumination of the optical structure, and wherein the size, in at least one dimension, direction, axis or plane, of the complete image, when reconstructed, is greater than the corresponding size, in the same, or the respective same, dimension, direction, axis or plane, of a part of the optical structure having the said plurality of portions of the image collectively recorded or encoded therein.
An explosion proof ultrasonic detector, comprising: a metal enclosure; a sense element, attached to the metal enclosure via solder; a compression element configured to contact the sense element, wherein the compression element is electrically conductive; a printed circuit board, PCB; and a coating located on the outward facing surface of the metal enclosure, wherein the coating is configured to allow ultrasound waves to pass through to the metal enclosure, wherein the sense element is compressed between the metal enclosure and the PCB using the compression element which electrically connects the sense element with the PCB. a metal enclosure; a sense element, attached to the metal enclosure via solder; a compression element configured to contact the sense element, wherein the compression element is electrically conductive; a printed circuit board, PCB; and a coating located on the outward facing surface of the metal enclosure, wherein the coating is configured to allow ultrasound waves to pass through to the metal enclosure, wherein the sense element is compressed between the metal enclosure and the PCB using the compression element which electrically connects the sense element with the PCB.
Electro-pneumatic solenoid valve for a pneumatically operated field device of a process plant, such as a chemical plant, a petro-chemical plant, a food processing plant, such as a brewery, a nuclear power plant or the like, comprising: - a valve member which can be moved between at least two operating positions for ventilating and/or exhausting a solenoid valve output; - an electromagnetic actuator for moving the valve member between the at least two operating positions; - a solenoid valve member actuation additional to the electromagnetic actuator also for moving the valve member independently of an actuation of the electromagnetic actuator; wherein the valve member actuation comprises a magnetic field for contactless actuation of the valve member and an activation mechanism by means of which the valve member actuation can be moved between a passive operating state in which the valve member remains stationary due to the valve member actuation and an active operating state in which the valve member is moved under the influence of the magnetic field from one of the operating positions, characterized in that a safety device with an electronic warning signal generator is provided which switches off the activation mechanism when the electromagnetic actuator is operated. - a valve member which can be moved between at least two operating positions for ventilating and/or exhausting a solenoid valve output; - an electromagnetic actuator for moving the valve member between the at least two operating positions; - a solenoid valve member actuation additional to the electromagnetic actuator also for moving the valve member independently of an actuation of the electromagnetic actuator;
A digital security network system comprising: positional information acquiring means for detecting existing positions of a plurality of mobile communication terminals and acquiring positional information of the mobile communication terminals; jurisdiction retaining means for retaining a jurisdictional district for receiving an emergency telephone call where a building under security exists; emergency situation detecting means for detecting an emergency situation at the building; and control means for referring to the jurisdiction retaining means in response to the emergency situation detecting means having detected an emergency situation, and if any of the plurality of mobile communication terminals exists in the jurisdictional district, reporting to the mobile communication terminal existing in the jurisdictional district to initiate reporting, by the mobile communication terminal that received the report, to a police or a fire station of the jurisdictional district. positional information acquiring means for detecting existing positions of a plurality of mobile communication terminals and acquiring positional information of the mobile communication terminals; jurisdiction retaining means for retaining a jurisdictional district for receiving an emergency telephone call where a building under security exists; emergency situation detecting means for detecting an emergency situation at the building; and control means for referring to the jurisdiction retaining means in response to the emergency situation detecting means having detected an emergency situation, and if any of the plurality of mobile communication terminals exists in the jurisdictional district, reporting to the mobile communication terminal existing in the jurisdictional district to initiate reporting, by the mobile communication terminal that received the report, to a police or a fire station of the jurisdictional district.
A non-transitory processor-readable storage device which stores instructions which, when executed, cause a processor to carry out a method of providing state management persistence, the method comprising: receiving, at a user interface of a design time tool, a hierarchy of containers with a container nested inside of one or more other containers, wherein each of the containers includes a different part of a web client application; associating, performed at the design time tool, state with each of the containers in the hierarchy of containers; receiving, at the user interface of the design time tool, lifecycles for each of the containers; creating, performed by the design time tool, computer executable instructions for the web client application that enable state for each of the containers to be created and destroyed according to the hierarchy based on the respective lifecycles of each of the containers, wherein each of the containers is provided with access to only its own state and state of containers that include it based on respective lifecycle events associated with each of the containers; and wherein each container is not permitted to access the state of containers other than itself and containers that include it. receiving, at a user interface of a design time tool, a hierarchy of containers with a container nested inside of one or more other containers, wherein each of the containers includes a different part of a web client application; associating, performed at the design time tool, state with each of the containers in the hierarchy of containers; receiving, at the user interface of the design time tool, lifecycles for each of the containers; creating, performed by the design time tool, computer executable instructions for the web client application that enable state for each of the containers to be created and destroyed according to the hierarchy based on the respective lifecycles of each of the containers, wherein each of the containers is provided with access to only its own state and state of containers that include it based on respective lifecycle events associated with each of the containers; and wherein each container is not permitted to access the state of containers other than itself and containers that include it.
Method for dismounting and/or mounting a battery for supplying power to a drive engine of a motor vehicle, comprising a step of lifting by a universal exchange means comprising at least one holding plate, an actuation device and a supporting platform in order to position the holding plate in a bearing position below the motor vehicle to correct the trim and to position the motor vehicle at a desired height, a step of lifting the actuation device and the supporting platform to cooperate with a mechanism for locking the battery of the motor vehicle and to unlock and/or lock said battery, and a step of supporting and transporting the battery on the supporting platform outside the housing thereof on the motor vehicle.
A reaction injection molding liquid mixture comprising a norbornene-based monomer, a metathesis polymerization catalyst that includes tungsten as a center metal, an activator, and an ether compound represented by a formula, wherein R 1 to R 4 are independently an alkyl group having 1 to 6 carbon atoms, the reaction injection molding liquid mixture comprising the activator and the ether compound in a molar ratio (ether compound/activator) of 0.7/1 to 10/1. wherein R 1 to R 4 are independently an alkyl group having 1 to 6 carbon atoms, the reaction injection molding liquid mixture comprising the activator and the ether compound in a molar ratio (ether compound/activator) of 0.7/1 to 10/1.
A method for presenting schedule reminder information, wherein the method comprises: logging in, by a second terminal, to a cloud server by using a first group account, wherein the first group account is an account shared by multiple users; acquiring, by the second terminal, schedule information stored in the cloud server, wherein the schedule information is information that is created by a first user who registers a first personal account, and is transmitted to the cloud server by a first terminal that logs in, by using the first personal account, to the cloud server, the first personal account is an account uniquely used by the first user, and the first personal account is associated with the first group account; when reminder time of the schedule information arrives, acquiring, by the second terminal, second biometric characteristic information of a second user who is currently using the second terminal; and presenting, by the second terminal, reminder information of the schedule information when it is determined that the second biometric characteristic information is the same as first biometric characteristic information of the first user. logging in, by a second terminal, to a cloud server by using a first group account, wherein the first group account is an account shared by multiple users; acquiring, by the second terminal, schedule information stored in the cloud server, wherein the schedule information is information that is created by a first user who registers a first personal account, and is transmitted to the cloud server by a first terminal that logs in, by using the first personal account, to the cloud server, the first personal account is an account uniquely used by the first user, and the first personal account is associated with the first group account; when reminder time of the schedule information arrives, acquiring, by the second terminal, second biometric characteristic information of a second user who is currently using the second terminal; and presenting, by the second terminal, reminder information of the schedule information when it is determined that the second biometric characteristic information is the same as first biometric characteristic information of the first user.
A vibration damping device for use with a downhole tool, the downhole tool having a tool axis, the vibration damping device comprising: a device housing mechanically coupled to the downhole tool, wherein the device housing includes a receptacle having a volume and an inner surface; and an inertia element movably supported in the receptacle and having a volume, a mass, and a non-zero moment of inertia about the tool axis; a pressure compensation device, wherein the pressure compensation device comprises a pressure compensation housing and a piston moveably mounted therein so as to define a variable compensation volume, wherein the variable compensation volume is in fluid communication with the receptacle and wherein the pressure compensation device is adapted to adjust the pressure inside the receptacle to the pressure in a well bore; wherein the volume of the inertia element is less than the volume of the receptacle so that an interstitial volume is defined between the inertia element and the receptacle, and wherein the interstitial volume is occupied by a fluid or an elastomer; and wherein the inertia element is supported within the receptacle in a manner that allows the inertia element to move relative to the device housing; wherein positioned between the inertia element and the inner surface of the receptacle is, at least one of a longitudinal biasing means and longitudinal friction pad combination or a radial biasing means and radial friction pad combination. a device housing mechanically coupled to the downhole tool, wherein the device housing includes a receptacle having a volume and an inner surface; and an inertia element movably supported in the receptacle and having a volume, a mass, and a non-zero moment of inertia about the tool axis; a pressure compensation device, wherein the pressure compensation device comprises a pressure compensation housing and a piston moveably mounted therein so as to define a variable compensation volume, wherein the variable compensation volume is in fluid communication with the receptacle and wherein the pressure compensation device is adapted to adjust the pressure inside the receptacle to the pressure in a well bore; wherein the volume of the inertia element is less than the volume of the receptacle so that an interstitial volume is defined between the inertia element and the receptacle, and wherein the interstitial volume is occupied by a fluid or an elastomer; and wherein the inertia element is supported within the receptacle in a manner that allows the inertia element to move relative to the device housing; wherein positioned between the inertia element and the inner surface of the receptacle is, at least one of a longitudinal biasing means and longitudinal friction pad combination or a radial biasing means and radial friction pad combination.
A gas turbine combustor having a structural wall and a liner element, the liner element having a unitary construction defining a cooling side and a combustion side, and a plurality of effusion holes extending between a cooling side surface of the liner element and a combustion side surface of the liner element; the liner element being affixed to the structural wall of the gas turbine combustor with its cooling side surface spaced from the structural wall to define a chamber between the cooling side surface and the structural wall, wherein the liner element further includes integrally formed and internally threaded protuberances on its cooling side, the protuberances being arranged to engage the structural wall, the liner element having a peripheral flange configured to engage said structural wall of the gas turbine combustor, the liner element is affixed to the structural wall of the combustor by a plurality of threaded bolts, each bolt extending through a respective fixing aperture formed in the structural wall and threadedly engaging a respective protuberance, characterised in that the protuberances being spaced from the cooling side surface, at least some of said protuberances project from said flange, some of said effusion holes are provided underneath at least one of the protuberances, at least one of the threaded bolts has a centrally located passage, the centrally located passage extends the full length of the threaded bolt and the corresponding protuberance has a bore which extends completely though the protuberance.
A method for forming a non-pneumatic tire comprising: providing a spoke mold configured to form one or more spokes of the non-pneumatic tire, the spoke mold including a mold cavity at least partially defined by one or more molding surfaces; applying a mold release to the one or more molding surfaces, the mold release including an electrically conductive additive; arranging a thermosetting material into the molding cavity; curing the thermosetting material within the mold cavity to form one or more molded spokes of the non-pneumatic tire, such that the electrically conductive additive of the mold release is intermixed within a thickness of each of the one or more molded spokes at a location within the thickness adjacent to an outer surface of each corresponding molded spoke and thereby forming an electrically conductive path along each corresponding molded spoke; and, removing the one or more molded spokes from the mold. providing a spoke mold configured to form one or more spokes of the non-pneumatic tire, the spoke mold including a mold cavity at least partially defined by one or more molding surfaces; applying a mold release to the one or more molding surfaces, the mold release including an electrically conductive additive; arranging a thermosetting material into the molding cavity; curing the thermosetting material within the mold cavity to form one or more molded spokes of the non-pneumatic tire, such that the electrically conductive additive of the mold release is intermixed within a thickness of each of the one or more molded spokes at a location within the thickness adjacent to an outer surface of each corresponding molded spoke and thereby forming an electrically conductive path along each corresponding molded spoke; and, removing the one or more molded spokes from the mold.
A sub assembly for coupling to a drill string, the sub assembly comprising; a mandrel; a sleeve arranged to be co-axially positioned about said mandrel; a first stop arranged to prevent axial movement of the sleeve along the mandrel in a first direction; a second stop arranged to prevent axial movement of the sleeve in a second direction; wherein said second stop includes an annular collar (65;170) arranged to be co-axially positioned about the mandrel, said collar having axially and circumferentially directed grooves (85,80) on an inside face, said grooves engageable with pins projecting from said mandrel, such that the second stop is releasably engageable with the mandrel; characterised in that the sub assembly further includes a stop ring (50;90;155) arranged to be co-axially positioned about the mandrel, said stop ring having a plurality of axially projecting tabs (60;100;150), and arranged to couple with the collar such that the tabs are arranged to be placed in sliding engagement with the axially directed grooves of said collar, wherein on engagement with said grooves, said tabs are arranged to prevent rotation of said collar so as to fix the collar to said pins and consequently the mandrel.
An air conditioner comprising: a refrigerant circuit configured such that refrigerant sequentially circulates in a refrigeration cycle through a compressor, a condenser, an expansion valve, and an evaporator; and a control unit configured to control at least the compressor and the expansion valve, wherein one of the condenser or the evaporator is an outdoor heat exchanger, and the other one of the condenser or the evaporator is an indoor heat exchanger (12, 12A), and the control unit is configured to cause the indoor heat exchanger (12, 12A) to function as the evaporator, and the control unit is configured to thaw out the indoor heat exchanger, characterized in that the control unit is further configured to cause a blower fan (14, 14A) to rotate backward during freezing processing of freezing the indoor heat exchanger (12, 12A). a refrigerant circuit configured such that refrigerant sequentially circulates in a refrigeration cycle through a compressor, a condenser, an expansion valve, and an evaporator; and a control unit configured to control at least the compressor and the expansion valve, wherein one of the condenser or the evaporator is an outdoor heat exchanger, and the other one of the condenser or the evaporator is an indoor heat exchanger (12, 12A), and the control unit is configured to cause the indoor heat exchanger (12, 12A) to function as the evaporator, and the control unit is configured to thaw out the indoor heat exchanger, characterized in that the control unit is further configured to cause a blower fan (14, 14A) to rotate backward during freezing processing of freezing the indoor heat exchanger (12, 12A).