mhurhangee/ep-ind-claims huggingface dataset:
A solenoid valve (15, 16) comprising: a fixed core in which a flow path is formed; a movable core which is provided movably in relation to the fixed core; a coil configured to move the movable core by an electromagnetic force; a first valve seat member and a second valve seat member which are fixed in the fixed core; a valve body member which is disposed between the first valve seat member and the second valve seat member; and a spring member which is interposed between the valve body member and the second valve seat member, wherein the valve body member is seated on a valve seat surface of the first valve seat member by a biasing force of the spring member, wherein, as a result of the valve body member being pushed out by the movable core, the valve body member is caused to move away from the first valve seat member and to be seated on a valve seat surface of the second valve seat member, characterized in that the valve body member and the spring member are held to the second valve seat member by a guide member which restricts the valve body member from moving away from the second valve seat member. a fixed core in which a flow path is formed; a movable core which is provided movably in relation to the fixed core; a coil configured to move the movable core by an electromagnetic force; a first valve seat member and a second valve seat member which are fixed in the fixed core; a valve body member which is disposed between the first valve seat member and the second valve seat member; and a spring member which is interposed between the valve body member and the second valve seat member, wherein the valve body member is seated on a valve seat surface of the first valve seat member by a biasing force of the spring member, wherein, as a result of the valve body member being pushed out by the movable core, the valve body member is caused to move away from the first valve seat member and to be seated on a valve seat surface of the second valve seat member, characterized in that the valve body member and the spring member are held to the second valve seat member by a guide member which restricts the valve body member from moving away from the second valve seat member.
A building aeration and ventilation device with a mounting pipe which is insertable into a wall of a building, with a tubular housing which is detachably arranged in the mounting pipe, with at least one ventilator arranged in the housing, and with at least one heat storage element (4, 5) arranged in the housing, characterized in that the housing is rotatably arranged in the mounting pipe, that a stop element which is provided with at least one recess and subdivides the mounting pipe in the manner of a partition wall is arranged in the mounting pipe, adjoining an exterior side of the mounting pipe, that a closure element which is provided with at least one recess and defines the cross-section of the housing in the manner of a partition wall is arranged at the end side on the housing, that the stop element and the closure element can be sealingly brought into contact with each other and are rotatable relative to each other, wherein the recesses (11, 15) can be arranged in alignment with one another in an open position or at least partly offset relative to one another, and that electrical contact means (19, 20) are arranged on the interior end portion of the mounting pipe and the interior portion of the housing for automatically connecting and disconnecting electrical terminals.
A bridging module configured to provide vacuum connectivity between first and second evacuated volumes, the bridging module comprising: a portal section comprising opposing first and second portals (108, 110) configured for sealed attachment respectively to the first and second evacuated volumes; first and second gate elements (200, 202) configured respectively to cover and seal the first and second portals (108, 110); a storage section horizontally extending from the portal section, the gate elements (200, 202) being horizontally translatable by a drive mechanism between a deployed configuration in which the gate elements (200, 202) are located in the portal section and form seals with the portals (108, 110), and a stored configuration in which the gate elements (200, 202) are located in the storage section and do not overlap a passage formed between the portals (108, 110); and an expanding mechanism extending between the gate elements (200, 202) and configured to press the gate elements (200, 202) apart when the gate elements (200, 202) are in the deployed configuration, thereby pressing the gate elements (200, 202) against the portals (108, 110); the bridging module thereby providing unobstructed, evacuated connectivity between the evacuated volumes when the gate elements (200, 202) are in the stored configuration; and the bridging module being isolated from the evacuated volumes when the gate elements (200, 202) are in the deployed configuration, thereby enabling the evacuated volumes to remain evacuated while the bridging module is vented to atmosphere. a portal section comprising opposing first and second portals (108, 110) configured for sealed attachment respectively to the first and second evacuated volumes; first and second gate elements (200, 202) configured respectively to cover and seal the first and second portals (108, 110); a storage section horizontally extending from the portal section, the gate elements (200, 202) being horizontally translatable by a drive mechanism between a deployed configuration in which the gate elements (200, 202) are located in the portal section and form seals with the portals (108, 110), and a stored configuration in which the gate elements (200, 202) are located in the storage section and do not overlap a passage formed between the portals (108, 110); and an expanding mechanism extending between the gate elements (200, 202) and configured to press the gate elements (200, 202) apart when the gate elements (200, 202) are in the deployed configuration, thereby pressing the gate elements (200, 202) against the portals (108, 110); the bridging module thereby providing unobstructed, evacuated connectivity between the evacuated volumes when the gate elements (200, 202) are in the stored configuration; and the bridging module being isolated from the evacuated volumes when the gate elements (200, 202) are in the deployed configuration, thereby enabling the evacuated volumes to remain evacuated while the bridging module is vented to atmosphere.
A mode detector configured to be attached to a power source and to determine a mode of a circuit based upon the attached power source, comprising: a first latch configured to hold a first input value and output the first held value and an inverse of the first held value; a second latch configured to hold a second input value and output the second held value and an inverse of the second held value; a first output switch connected between a first power source line (Vbat_hv) and a power source output (Vbat_int) of the mode detector, wherein the first output switch is configured to be controlled by the output of the first latch; a second output switch connected between a second power source line (vbat_lv) and the power source output (Vbat_int) of the mode detector, wherein the second output switch is configured to be controlled by the output of the second latch; a first AND gate with a first input and a second input which is connected to the inverse output of the second latch, wherein the first input is configured to receive a first power on reset signal based upon the first power source line; and a second AND gate with a first input and a second input which is connected to the inverse output of the first latch, wherein the second input is configured to receive a second power on reset signal based upon the second power source line (Vbat_lv), wherein the mode of the circuit is indicated by the outputs of the first latch and the second latch; and wherein the mode detector further comprises an OR gate with inputs connected to the output of the first latch and the output of the second latch configured to produce a system power on reset signal (POR_INT). a first latch configured to hold a first input value and output the first held value and an inverse of the first held value; a second latch configured to hold a second input value and output the second held value and an inverse of the second held value; a first output switch connected between a first power source line (Vbat_hv) and a power source output (Vbat_int) of the mode detector, wherein the first output switch is configured to be controlled by the output of the first latch; a second output switch connected between a second power source line (vbat_lv) and the power source output (Vbat_int) of the mode detector, wherein the second output switch is configured to be controlled by the output of the second latch; a first AND gate with a first input and a second input which is connected to the inverse output of the second latch, wherein the first input is configured to receive a first power on reset signal based upon the first power source line; and a second AND gate with a first input and a second input which is connected to the inverse output of the first latch, wherein the second input is configured to receive a second power on reset signal based upon the second power source line (Vbat_lv),
A straddle lifting device with a frame, a load carrying device that is suspended between the frame and is lockable with a load, preferably a container, a lifting device by means of which lifting cables (17, 18, 19, 20) can be wound in and wound out and the load bearing device is vertically movable, and chassis which are arranged on the lower area of the frame, wherein the lifting device has an individual cable winch (13, 14, 15, 16) for each lifting cable (17, 18, 19, 20) with which the load carrying device is vertically movable, characterised in that the straddle lifting device is designed as a straddle carrier for use in container terminals and for general transporting tasks, that the chassis each comprise a plurality of wheels arranged in a row, in that the individual cable winches (13, 14, 15, 16) of the lifting cables (17, 18, 19, 20) are arranged on an upper frame of the frame of the straddle carrier, in that the connection point of each lifting cable (17, 18, 19, 20) on the load carrying device is arranged approximately, preferably precisely, vertically underneath the unwinding or winding in side of the individual cable winches (13, 14, 15, 16) assigned thereto, and in that each individual cable winch (13, 14, 15, 16) of the lifting device is separately drivable or controllable.
An arrangement provided for determining the weight of an animal, characterized in that said arrangement comprises: - a three-dimensional camera, directable towards the animal, wherein the three-dimensional camera is provided to record a three-dimensional image of the animal; and - image processing means provided for digitally processing the recorded three-dimensional image and for determining the weight of the animal based on the digitally processed three-dimensional image and a table which correlates dimensions or volumes with weights for the species or breed, to which the animal belongs. - a three-dimensional camera, directable towards the animal, wherein the three-dimensional camera is provided to record a three-dimensional image of the animal; and - image processing means provided for digitally processing the recorded three-dimensional image and for determining the weight of the animal based on the digitally processed three-dimensional image and a table which correlates dimensions or volumes with weights for the species or breed, to which the animal belongs.
A seat rail locking device for a vehicle, the seat rail locking device comprising: a fixed rail adapted to be fixedly mounted to a floor panel; a movable rail fastened to the fixed rail to be movable in forward and backward directions; a support plate mounted on the movable rail for assembling with a seat cushion; a lock pin guide provided in a hollow structure in which a spring backing part is formed, and inserted into and fastened to the movable rail; a lock pin inserted into the lock pin guide to be movable in upward and downward directions; a cap provided in a structure in which a spring support part is formed at a circumferential portion of a lower end, and fastened to an upper end of the lock pin; a spring disposed between the spring support part of the cap and the spring backing part of the lock pin guide to be compressible; a track lever fastened to the support plate by a hinge and connected to the cap; and a locking plate fastened the lower end of the lock pin, moving in an upward direction when the lock pin moves in the upward direction to be inserted into and locked to a locking groove having an opened lower portion formed at an inner end of the fixed rail, and moving in a downward direction together when the lock pin moves in the downward direction to be separated and unlocked from the locking groove of the fixed rail. a fixed rail adapted to be fixedly mounted to a floor panel; a movable rail fastened to the fixed rail to be movable in forward and backward directions; a support plate mounted on the movable rail for assembling with a seat cushion; a lock pin guide provided in a hollow structure in which a spring backing part is formed, and inserted into and fastened to the movable rail; a lock pin inserted into the lock pin guide to be movable in upward and downward directions; a cap provided in a structure in which a spring support part is formed at a circumferential portion of a lower end, and fastened to an upper end of the lock pin; a spring disposed between the spring support part of the cap and the spring backing part of the lock pin guide to be compressible; a track lever fastened to the support plate by a hinge and connected to the cap; and a locking plate fastened the lower end of the lock pin, moving in an upward direction when the lock pin moves in the upward direction to be inserted into and locked to a locking groove having an opened lower portion formed at an inner end of the fixed rail, and moving in a downward direction together when the lock pin moves in the downward direction to be separated and unlocked from the locking groove of the fixed rail.
Apparatus for cutting aquatic vegetation comprising: a first stationary cutterbar presenting a first set of spaced-apart cutterbar teeth assemblies mounted therealong; a second stationary cutterbar presenting a second set of spaced-apart cutterbar teeth assemblies mounted therealong; a cutterhead shroud mounting said first and second stationary cutterbar; a drum rotatably mounted proximate said cutterhead shroud, said drum presenting a substantially smooth drum surface and presenting a plurality of radially projecting drum teeth assemblies therealong; and means mounting said drum teeth assemblies to present gaps between the points thereof whereby some of said drum teeth assemblies pass closely adjacent said first set of cutterbar teeth assemblies (86,90) in tearing relationship thereto and others of said drum teeth assemblies pass closely adjacent said second set of cutterbar teeth assemblies (88,90), in tearing relationship thereto, during rotation of said drum, characterized in that the drum teeth assemblies include a first tooth and a second tooth, each of the teeth having a flat back, a raised front and a cutting margin (126,128), the first and second teeth being mounted in back- to-back arrangement whereby their cutting margins (126,128) are adjacent and the backs are substantially co-planar. a first stationary cutterbar presenting a first set of spaced-apart cutterbar teeth assemblies mounted therealong; a second stationary cutterbar presenting a second set of spaced-apart cutterbar teeth assemblies mounted therealong; a cutterhead shroud mounting said first and second stationary cutterbar; a drum rotatably mounted proximate said cutterhead shroud, said drum presenting a substantially smooth drum surface and presenting a plurality of radially projecting drum teeth assemblies therealong; and means mounting said drum teeth assemblies to present gaps between the points thereof whereby some of said drum teeth assemblies pass closely adjacent said first set of cutterbar teeth assemblies (86,90) in tearing relationship thereto and others of said drum teeth assemblies pass closely adjacent said second set of cutterbar teeth assemblies (88,90), in tearing relationship thereto, during rotation of said drum, characterized in that the drum teeth assemblies include a first tooth and a second tooth, each of the teeth having a flat back, a raised front and a cutting margin (126,128), the first and second teeth being mounted in back- to-back arrangement whereby their cutting margins (126,128) are adjacent and the backs are substantially co-planar.
A microcapsule comprising: (i) a core comprising a benefit agent; and (ii) a shell comprising silica; wherein said shell comprises plate-like inorganic materials having an average thickness of 1-1000nm; wherein said benefit agent is fragrance, pro-fragrance, hair conditioning agent, anti-dandruff agent, moisturizers, emollients, dyes and/or pigments, colour care additives including dye fixing agents, or a mixture thereof; wherein the core of said microcapsule comprises a thickening agent. (i) a core comprising a benefit agent; and (ii) a shell comprising silica; wherein said shell comprises plate-like inorganic materials having an average thickness of 1-1000nm; wherein said benefit agent is fragrance, pro-fragrance, hair conditioning agent, anti-dandruff agent, moisturizers, emollients, dyes and/or pigments, colour care additives including dye fixing agents, or a mixture thereof; wherein the core of said microcapsule comprises a thickening agent.
A composition for use in the treatment or prevention of pain in a human, wherein during the hour immediately after administration of the composition, the human is able to remain awake and to respond to commands and the human is alert and oriented, characterized in that the composition comprises dexmedetomidine, or a pharmaceutically acceptable salt thereof, in a pharmaceutically acceptable liquid vehicle, wherein said composition is for administration to the oral mucosa of the human and wherein the dosage of dexmedetomidine, or pharmaceutically acceptable salt thereof is 50 μg.
A work vehicle comprising an internal combustion engine; an electric machine for driving the vehicle; at least one hydraulic circuit comprising a number of hydraulic actuators (7, 8) and a hydraulic machine for operating at least said hydraulic actuators; a reversible electric machine; a battery rechargeable by said reversible electric machine to permit operation of said electric machine and said hydraulic machine controlled by said reversible electric machine; a drive for connecting said internal combustion engine mechanically to said reversible electric machine and to said hydraulic machine, so said reversible electric machine and said hydraulic machine are in parallel with respect to said internal combustion engine; and a clutch for disconnecting said internal combustion engine from said drive to allow said reversible electric machine to selectively power said hydraulic machine when said internal combustion engine is disconnected from said drive; said vehicle being characterized it also comprising: a first electric actuator integrated in one block (45, 46) with said reversible electric machine; a second electric actuator integrated in one block with said electric machine; and an electric power controller for controlling electric power exchange between said first and second electric actuator (40, 42) and said battery; said electric power controller, said first and second electric actuator (40, 42) and said battery being connected by direct-current electric lines. a first electric actuator integrated in one block (45, 46) with said reversible electric machine; a second electric actuator integrated in one block with said electric machine; and an electric power controller for controlling electric power exchange between said first and second electric actuator (40, 42) and said battery; said electric power controller, said first and second electric actuator (40, 42) and said battery being connected by direct-current electric lines.
Cooking system with at least one installation unit, which, in at least one heating operating state, is provided for arrangement above a cover plate, with an induction heating unit which is provided for heating at least one part of the installation unit, and with a positioning unit which is provided to assist with a positioning of the installation unit relative to the induction heating unit, wherein the positioning unit has at least one positioning element which is assigned to the installation unit and which is embodied as an inductive element and is provided to contribute at least partially to assist with the positioning of the installation unit relative to the induction heating unit, and wherein the positioning element is integrated at least partially in the installation unit, wherein the installation unit has at least one housing unit, which is embodied as an external housing unit and embodies an external housing of the installation unit at least to a large extent, wherein the housing unit defines a receiving space for receiving groceries, wherein the positioning unit is integrated at least partially in the housing unit, characterised in that the positioning unit comprises a plurality of positioning elements which are assigned to the installation unit and are embodied at least substantially identical in construction to the positioning element.
A system, comprising: a user device to be monitored for unauthorized displacement, wherein said unauthorized displacement is a movement of the user device to a location at which the user device is not authorized to be present according to a predefined rule; an ultra-wideband, UWB, communication unit configured to set up a UWB communication channel with an external localization device and to perform at least one localization operation through said UWB communication channel; a processing unit configured to detect said unauthorized displacement of the user device by analyzing an output of said localization operation. a user device to be monitored for unauthorized displacement, wherein said unauthorized displacement is a movement of the user device to a location at which the user device is not authorized to be present according to a predefined rule; an ultra-wideband, UWB, communication unit configured to set up a UWB communication channel with an external localization device and to perform at least one localization operation through said UWB communication channel; a processing unit configured to detect said unauthorized displacement of the user device by analyzing an output of said localization operation.
Method for producing tamper-proof identification elements each comprising at least one layer reflecting electromagnetic waves, an optically transparent spacer layer and a layer formed from metallic clusters, a layer reflecting electromagnetic waves being applied to part or all of the surface of a carrier substrate, the optically transparent inert spacer layer is applied to part or all of the surface of this layer reflecting electromagnetic waves, and a layer formed from metallic clusters is applied to this optically transparent spacer layer, characterized in that the layer of metallic clusters is applied by means of vacuum technology by sputtering or vapour deposition or from solvent-based systems by means of a wet chemical or printing method, and the optically transparent spacer layer is formed from at least one polymer layer of defined thickness, which is applied by painting on, varnishing, casting, spraying, printing, for example screen-printing, gravure-printing, flexographic-printing or digital printing methods, or a roll application method, a homogenous layer thickness with a tolerance of ±5% being achieved.