mhurhangee/ep-ind-claims huggingface dataset:
A slide assembly comprising: a first rail having two sidewalls and a connection wall connected between the two sidewalls; a second rail slidably connected to the first rail and located between the two sidewalls; a stop member is fixed to the connection wall and has a stop plate, the stop plate is substantially perpendicular to the connection wall of the first rail; characterized in that a friction member is fixed to the second rail and has at least two extension portions which are located corresponding to the stop plate of the stop member, each extension portion has two opposite ends, two guide surfaces are respectively outwardly and downwardly formed from the two ends of the extension portion, when the second rail is moved relative to the first rail after the friction member touches the stop plate and overlaps the stop member by the guide surfaces, the extension portions of the friction member are slidably and flexibly in contact with the stop plate of the stop member so as to provide a friction between the friction member and the stop member. a first rail having two sidewalls and a connection wall connected between the two sidewalls; a second rail slidably connected to the first rail and located between the two sidewalls; a stop member is fixed to the connection wall and has a stop plate, the stop plate is substantially perpendicular to the connection wall of the first rail; characterized in that a friction member is fixed to the second rail and has at least two extension portions which are located corresponding to the stop plate of the stop member, each extension portion has two opposite ends, two guide surfaces are respectively outwardly and downwardly formed from the two ends of the extension portion, when the second rail is moved relative to the first rail after the friction member touches the stop plate and overlaps the stop member by the guide surfaces, the extension portions of the friction member are slidably and flexibly in contact with the stop plate of the stop member so as to provide a friction between the friction member and the stop member.
Locking device which can be switched between a locking state and a release state, comprising at least one switching device with a switching element (4, 12) displaceable between a locking position and a release position and an electromagnetic drive for displacing the switching element (4, 12), so that the locking device is in the locking state, if the switching element (4, 12) is in the locking position, and the locking device is in the release state, if the switching element (4, 12) is in the release position, the electromagnetic drive having at least one excitation coil (5, 5') and a permanent magnetic armature (4, 14) that can be moved back and forth electromagnetically between two end positions by the action of the excitation coil (5, 5'), characterized in that the permanent magnetic armature (4, 14) interacts magnetically in both end positions with a ferromagnetic or permanent magnetic element, in order to hold the armature (4, 14) in the respective end position.
A packet data extraction device which extracts target data from a packet which is in process of transmission, characterized in that it comprises: procedure name checking means for checking a procedure name of a message, which procedure name is contained in a payload of an object packet, with reference to the payload of the object packet stored in a temporary storing section in which the packet, which is in process of transmission, is temporarily stored; and target data obtaining means for obtaining target data from a payload of a target packet specified by data positional information indicative of a position at which the target data is stored and which is associated, in advance, with the procedure name checked by the procedure name checking means. procedure name checking means for checking a procedure name of a message, which procedure name is contained in a payload of an object packet, with reference to the payload of the object packet stored in a temporary storing section in which the packet, which is in process of transmission, is temporarily stored; and target data obtaining means for obtaining target data from a payload of a target packet specified by data positional information indicative of a position at which the target data is stored and which is associated, in advance, with the procedure name checked by the procedure name checking means.
A lithography processing tool comprising: a loading area for loading a workpiece; a processing area for processing a workpiece; and a multi-table system arranged between the loading area and the processing area, the multi-table system including at least two tables (110, 112) configured to pass each other while moving between the loading area and the processing area, each of the at least two tables (110, 112) being configured to hold a workpiece, characterised in that at least a first of the at least two tables (110, 112) is mounted on a bearing (202, 204) providing movement along a shaft and rotational movement around the same shaft as a rotational axis, and wherein the at least first of the at least two tables (110, 112) is configured to pivot on the shaft to raise or lower a side of the first table such that a second of the at least two tables (110, 112) and the at least first table can pass each other between the loading area and the processing area. a loading area for loading a workpiece; a processing area for processing a workpiece; and a multi-table system arranged between the loading area and the processing area, the multi-table system including at least two tables (110, 112) configured to pass each other while moving between the loading area and the processing area, each of the at least two tables (110, 112) being configured to hold a workpiece,
Sound-permeable lining for covering perforations shaped in an acoustic plasterboard, the sound-permeable lining comprising a first ply of a fleece material having an inner structure so that the first ply has a first air flow resistivity R S1 which allows for the penetration of air so that sound can propagate via the first ply and attached thereto a second ply arranged on the first ply and forming a side of the sound-permeable lining to be applied to said acoustic plasterboard, the second ply being of a foil material having a second opacity O 2 and a plurality of through-holes formed therein which are of a size and shape so that the second ply has a second air flow resistivity R S2 which allows for the penetration of air so that sound can propagate via the second ply, wherein the first ply has a first opacity O 1 so that the through-holes formed in the second ply are invisible through the first ply and the sound-permeable lining has an overall opacity O 12 to allow for optically covering perforations shaped in said acoustic plasterboard when the sound-permeable lining is applied to the acoustic plasterboard, and an overall air flow resistivity R S12 to allow for the penetration of air so that sound can propagate via the sound-permeable lining.
Method for producing a measurement transducer for a sensor device, which has a magnetic body as the measurement transducer, the magnetic field orientation of which can be detected by at least one measurement value sensor, so that the current position of the measurement transducer can be deduced depending on the detected magnetic field orientation, having the following steps: - providing a magnetic body, - providing a coil which can be supplied with a current, - forming the coil into a helical winding, whose inner diameter is greater than the outer contour of the magnetic body, wherein - the winding is formed in such a way that its gradient - viewed in the longitudinal extension of the winding - changes at least in some sections, - arranging the magnetic body within the coil, in particular, coaxially to each other, - supplying current to the coil to magnetize the magnetic body for producing the measurement transducer, so that the magnetization of the magnetic body or its magnetic field orientation also extends in a helical or screw-shaped pattern, according to the helical path of the coil, along the magnetic body, and - removing the coil. - providing a magnetic body, - providing a coil which can be supplied with a current, - forming the coil into a helical winding, whose inner diameter is greater than the outer contour of the magnetic body, wherein - the winding is formed in such a way that its gradient - viewed in the longitudinal extension of the winding - changes at least in some sections, - arranging the magnetic body within the coil, in particular, coaxially to each other, - supplying current to the coil to magnetize the magnetic body for producing the measurement transducer, so that the magnetization of the magnetic body or its magnetic field orientation also extends in a helical or screw-shaped pattern, according to the helical path of the coil, along the magnetic body, and - removing the coil.
A coffee brewing apparatus comprising: a reservoir for holding water; a receptacle for containing coffee grounds; a delivery outlet at which water is supplied into the receptacle; a one-way valve; tubing for carrying water from the one-way valve to the delivery outlet, a heatable section of the tubing being configured such that water in the heatable section is heated to generate water vapor bubbles, and the delivery outlet being at an elevated position, in use, relative to the heatable section, wherein the one-way valve is arranged to permit water transport therethrough from the reservoir towards the heatable section but restrict transport of the heated water comprising said water vapor bubbles from the heatable section back towards the reservoir, the heated water comprising said water vapor bubbles being thereby caused to rise in the tubing from the heatable section to the delivery outlet; a sensor configured to sense bubbling in water in the tubing between the heatable section and the delivery outlet; and a controller configured to: determine, based on sensory data from the sensor, a start of bubbling in the tubing between the heatable section and the delivery outlet following initiation of power supply to heat the water in the heatable section; and control heated water delivery to the receptacle based on the determined start of bubbling. a reservoir for holding water; a receptacle for containing coffee grounds; a delivery outlet at which water is supplied into the receptacle; a one-way valve; tubing for carrying water from the one-way valve to the delivery outlet, a heatable section of the tubing being configured such that water in the heatable section is heated to generate water vapor bubbles, and the delivery outlet being at an elevated position, in use, relative to the heatable section, wherein the one-way valve is arranged to permit water transport therethrough from the reservoir towards the heatable section but restrict transport of the heated water comprising said water vapor bubbles from the heatable section back towards the reservoir, the heated water comprising said water vapor bubbles being thereby caused to rise in the tubing from the heatable section to the delivery outlet; a sensor configured to sense bubbling in water in the tubing between the heatable section and the delivery outlet; and a controller configured to: determine, based on sensory data from the sensor, a start of bubbling in the tubing between the heatable section and the delivery outlet following initiation of power supply to heat the water in the heatable section; and control heated water delivery to the receptacle based on the determined start of bubbling. determine, based on sensory data from the sensor, a start of bubbling in the tubing between the heatable section and the delivery outlet following initiation of power supply to heat the water in the heatable section; and control heated water delivery to the receptacle based on the determined start of bubbling.
An apparatus comprising: an unlicensed wireless spectrum access point control circuit configured to: - receive an indication from a first network entity that a second network entity has been authenticated for data transfer; wherein the indication includes a first identifier identifying the second network entity; - receive a data transmission from the second network entity over the unlicensed wireless spectrum, wherein the data transmission includes a second identifier identifying the second network entity; - determine whether the first identifier is same as the second identifier and: - transmitting the data transmission to the first network entity based on the determination upon determining that the first identifier is the same as the second identifier; and - refraining from transmitting the data transmission to the first network entity upon determining that the first identifier is not the same as the second identifier. - receive an indication from a first network entity that a second network entity has been authenticated for data transfer; wherein the indication includes a first identifier identifying the second network entity; - receive a data transmission from the second network entity over the unlicensed wireless spectrum, wherein the data transmission includes a second identifier identifying the second network entity; - determine whether the first identifier is same as the second identifier and: - transmitting the data transmission to the first network entity based on the determination upon determining that the first identifier is the same as the second identifier; and - refraining from transmitting the data transmission to the first network entity upon determining that the first identifier is not the same as the second identifier. - transmitting the data transmission to the first network entity based on the determination upon determining that the first identifier is the same as the second identifier; and - refraining from transmitting the data transmission to the first network entity upon determining that the first identifier is not the same as the second identifier.
A fleet scheduler for optimizing effective use of a fleet of autonomous vehicles, said fleet scheduler comprising: a processor; and a non-transitory computer-readable storage medium storing a program to be executed by the processor, the program including instructions for: gathering data representing real-world conditions, the data comprising demand data, operations data, environment data, external constraints, maintenance data, and vehicle data; generating and maintaining predictive models based on the gathered data, the predictive models comprising predicted demand, predicted performance, and predicted maintenance of the fleet, wherein the predicted performance is predicted from one or more of the operations data, the environment data, the external constraints or the vehicle data; and generating a master schedule for scheduling operation of the autonomous vehicles based on the gathered data and the predictive models; and operating the autonomous vehicles according to the master schedule wherein each of the vehicles of the plurality of vehicles comprises one or more connected components, and wherein the vehicle data comprises tracking data for both the vehicles of the plurality of vehicles and the connected components. a processor; and a non-transitory computer-readable storage medium storing a program to be executed by the processor, the program including instructions for: gathering data representing real-world conditions, the data comprising demand data, operations data, environment data, external constraints, maintenance data, and vehicle data; generating and maintaining predictive models based on the gathered data, the predictive models comprising predicted demand, predicted performance, and predicted maintenance of the fleet, wherein the predicted performance is predicted from one or more of the operations data, the environment data, the external constraints or the vehicle data; and generating a master schedule for scheduling operation of the autonomous vehicles based on the gathered data and the predictive models; and operating the autonomous vehicles according to the master schedule gathering data representing real-world conditions, the data comprising demand data, operations data, environment data, external constraints, maintenance data, and vehicle data; generating and maintaining predictive models based on the gathered data, the predictive models comprising predicted demand, predicted performance, and predicted maintenance of the fleet, wherein the predicted performance is predicted from one or more of the operations data, the environment data, the external constraints or the vehicle data; and generating a master schedule for scheduling operation of the autonomous vehicles based on the gathered data and the predictive models; and operating the autonomous vehicles according to the master schedule wherein each of the vehicles of the plurality of vehicles comprises one or more connected components, and wherein the vehicle data comprises tracking data for both the vehicles of the plurality of vehicles and the connected components.
A transgenic plant comprising at least one cell comprising at least one exogenous polynucleotide encoding an aminoacyl tRNA synthase (aaRS) or a fragment thereof, the aaRS or fragment thereof comprising an editing module which hydrolyzes tRNA misacylated with a non-protein amino acid analog, wherein the plant is resistant to said non-protein amino acid analog and salts thereof.
An elevator car (42; 103) for carrying a load in a vertical direction, comprising: at least one elevator car door carrying a door coupling; a camera mount comprising a mounting location for a camera; wherein the camera mount is located at the top of the elevator car with the mounting location positioned for a camera to monitor the door coupling and characterized in that the camera mount is deformable at least in the vertical direction, when acted on by a downwards force, such as to protect the door coupling from being impacted by the camera mount. at least one elevator car door carrying a door coupling; a camera mount comprising a mounting location for a camera; wherein the camera mount is located at the top of the elevator car with the mounting location positioned for a camera to monitor the door coupling and characterized in that the camera mount is deformable at least in the vertical direction, when acted on by a downwards force, such as to protect the door coupling from being impacted by the camera mount.
A dual blunting needle assembly comprising: a cannula (22,22a) having a through-hole for fluid flow therethrough and defining a longitudinal axis (100, 100a), a first end including an intravenous puncture tip (24,24a) and a second end including a non-patient puncture tip (28,28a), characterized by a blunting member (30,30a) in coaxial relation with said cannula, said blunting member having a first blunting end (32,32a) proximate said intravenous puncture tip and a second blunting end (36,36a) proximate said non-patient puncture tip; and an actuator (40,40a) in fixed engagement with one of said blunting member (30,30a) and said cannula (22,22a) and rotatable about said axis (100,100a) defining said safety assembly, wherein rotation of said actuator causes relative axial displacement of said one of said cannula and said blunting member with respect to the other between a non-blunted position in which said intravenous puncture tip and said non-patient puncture tip are exposed and a blunted position in which said intravenous puncture tip and said non-patient puncture tip are blunted by said blunting member. a cannula (22,22a) having a through-hole for fluid flow therethrough and defining a longitudinal axis (100, 100a), a first end including an intravenous puncture tip (24,24a) and a second end including a non-patient puncture tip (28,28a), a blunting member (30,30a) in coaxial relation with said cannula, said blunting member having a first blunting end (32,32a) proximate said intravenous puncture tip and a second blunting end (36,36a) proximate said non-patient puncture tip; and an actuator (40,40a) in fixed engagement with one of said blunting member (30,30a) and said cannula (22,22a) and rotatable about said axis (100,100a) defining said safety assembly, wherein rotation of said actuator causes relative axial displacement of said one of said cannula and said blunting member with respect to the other between a non-blunted position in which said intravenous puncture tip and said non-patient puncture tip are exposed and a blunted position in which said intravenous puncture tip and said non-patient puncture tip are blunted by said blunting member.
A dosimeter for recording a level of radiation exposure, the dosimeter comprising: a fibre; a plurality of luminescent beads coupled to the fibre, wherein the plurality of beads are arranged into two or more groups along the fibre; and at least one separator positioned between the groups of beads along the fibre. a fibre; a plurality of luminescent beads coupled to the fibre, wherein the plurality of beads are arranged into two or more groups along the fibre; and at least one separator positioned between the groups of beads along the fibre.
A dishwasher (100, 200) comprising: a washing compartment for holding one or more items to be washed; a washing mechanism (123, 223) for washing the one or more items to be washed; a controller (134, 234) for controlling the washing mechanism (123, 223); and at least one sensor configured for communication with the controller (134, 234); the controller (134, 234) configured to receive from the at least one sensor information associated with how dirty at least one of the one or more items to be washed is; and the controller (134, 234) configured to initiate a main washing cycle according to one or more washing cycle parameters selected by the controller (134, 234), in dependence on the information received from the at least one sensor; and wherein the at least one sensor comprises a camera or an optical sensor for sensing the one or more items to be washed in the washing compartment; the controller (134, 234) is configured to select the one or more washing cycle parameters for the main washing cycle based upon information obtained from a test washing cycle of the one or more items to be washed, the information obtained from the test washing cycle comprising a comparison between how dirty the at least one or more items to be washed is determined to be at a beginning and an end of the test washing cycle, the test washing cycle being relatively short compared to the main washing cycle. a washing compartment for holding one or more items to be washed; a washing mechanism (123, 223) for washing the one or more items to be washed; a controller (134, 234) for controlling the washing mechanism (123, 223); and at least one sensor configured for communication with the controller (134, 234); the controller (134, 234) configured to receive from the at least one sensor information associated with how dirty at least one of the one or more items to be washed is; and the controller (134, 234) configured to initiate a main washing cycle according to one or more washing cycle parameters selected by the controller (134, 234), in dependence on the information received from the at least one sensor; and wherein the at least one sensor comprises a camera or an optical sensor for sensing the one or more items to be washed in the washing compartment; the controller (134, 234) is configured to select the one or more washing cycle parameters for the main washing cycle based upon information obtained from a test washing cycle of the one or more items to be washed, the information obtained from the test washing cycle comprising a comparison between how dirty the at least one or more items to be washed is determined to be at a beginning and an end of the test washing cycle, the test washing cycle being relatively short compared to the main washing cycle.