mhurhangee/patent-ind-claim-en huggingface dataset:
A gauge-changing wheelset, comprising: an axle , wheels , being provided at both ends of the axle , respectively and connected to the axle through splines, and locking mechanisms being respectively provided on exterior sides of the wheels and located in an axle-box body at both ends of the axle and connected to the wheels for locking and unlocking the wheels , so as to change gauges of the wheels ; each of the locking mechanism comprises an outer sleeve and locking pins ; opposite sides outside the outer sleeve are provided with bosses axially extending along the outer sleeve , and a plurality of flutes are disposed at intervals along the length direction of the bosses ; the outer sleeve is in clearance fit with an inner surface of the axle-box body, and an inner wall of the axle-box body is provided with concave arc surfaces corresponding to the flutes respectively; the locking pins are inserted into locking spaces defined by the flutes and the concave arc surfaces, and are switchable between a plurality of the locking spaces under the action of an external force, so as to change the gauges of the wheels ; characterized in that each of the locking pins includes a pin body , one side of which is provided with an open groove penetrating along the radial direction of the pin body ; the open groove is provided with at least one lug extending along the axial direction of the pin body , an upper end of the lug is connected with a groove top of the open groove , a notch is reserved between a lower end of the lug and a groove bottom of the open groove, and the lug is inserted into the flute . an axle , wheels , being provided at both ends of the axle , respectively and connected to the axle through splines, and locking mechanisms being respectively provided on exterior sides of the wheels and located in an axle-box body at both ends of the axle and connected to the wheels for locking and unlocking the wheels , so as to change gauges of the wheels ; each of the locking mechanism comprises an outer sleeve and locking pins ; opposite sides outside the outer sleeve are provided with bosses axially extending along the outer sleeve , and a plurality of flutes are disposed at intervals along the length direction of the bosses ; the outer sleeve is in clearance fit with an inner surface of the axle-box body, and an inner wall of the axle-box body is provided with concave arc surfaces corresponding to the flutes respectively; the locking pins are inserted into locking spaces defined by the flutes and the concave arc surfaces, and are switchable between a plurality of the locking spaces under the action of an external force, so as to change the gauges of the wheels ; characterized in that each of the locking pins includes a pin body , one side of which is provided with an open groove penetrating along the radial direction of the pin body ; the open groove is provided with at least one lug extending along the axial direction of the pin body , an upper end of the lug is connected with a groove top of the open groove , a notch is reserved between a lower end of the lug and a groove bottom of the open groove, and the lug is inserted into the flute .
Device for producing a 3D-printed active substance releasing system with active substance depots , having at least one inkjet print head and a first radiation source , a trough , in which a base material to be processed is arranged, a construction platform , wherein the construction platform is movably mounted within the trough , wherein the device is formed in such a way that the first radiation source effects polymerization of selected regions of the base material on the construction platform during operation, wherein the device is formed in such a way that the at least one inkjet print head incorporates an active substance mixture in the base material on the construction platform in a locally selective manner during operation, wherein the active substance mixture has at least one active substance .
A trailer coupling for connecting a traction vehicle to a trailer, comprising: a coupling body , and a guiding funnel pivotally connected to said coupling body , said guiding funnel being configured to receive and guide a drawbar eye , wherein two locking arms connected to opposite sides of said coupling body , wherein said locking arms are movable between a locking position and an unlocking position, wherein in said locking position, said locking arms engage said guiding funnel so as to prevent it from pivoting relative to said coupling body , wherein in said unlocking position, said locking arms are moved out of engagement with said guiding funnel, and characterized in that said locking arms are arranged to be pushed from said locking position to said unlocking position when a drawbar eye is received in said guiding funnel. a coupling body , and a guiding funnel pivotally connected to said coupling body , said guiding funnel being configured to receive and guide a drawbar eye , wherein two locking arms connected to opposite sides of said coupling body , wherein said locking arms are movable between a locking position and an unlocking position, wherein in said locking position, said locking arms engage said guiding funnel so as to prevent it from pivoting relative to said coupling body , wherein in said unlocking position, said locking arms are moved out of engagement with said guiding funnel, and characterized in that said locking arms are arranged to be pushed from said locking position to said unlocking position when a drawbar eye is received in said guiding funnel.
A silicone release coating composition comprising: (A) an organopolysiloxane having at least two alkenyl groups in a molecule; (B) an organopolysiloxane having at least two silicon-bonded hydrogen atoms in a molecule, in an amount sufficient to provide 0.8 to 5 moles of silicon-bonded hydrogen atoms in this component to 1 mole of the alkenyl groups in component (A); (C) organic modified functional silica particles having an average particle size of 5 μm to 15 μm and a BET specific surface area of 600 m 2 /g to 800 m 2 /g, in an amount of 0.1 to 5 % by weight of the composition, and (D) a hydrosilylation reaction catalyst in a catalytic amount. (A) an organopolysiloxane having at least two alkenyl groups in a molecule; (B) an organopolysiloxane having at least two silicon-bonded hydrogen atoms in a molecule, in an amount sufficient to provide 0.8 to 5 moles of silicon-bonded hydrogen atoms in this component to 1 mole of the alkenyl groups in component (A); (C) organic modified functional silica particles having an average particle size of 5 μm to 15 μm and a BET specific surface area of 600 m 2 /g to 800 m 2 /g, in an amount of 0.1 to 5 % by weight of the composition, and (D) a hydrosilylation reaction catalyst in a catalytic amount.
Method for joining belts, whose ends to be joined are provided with transversal holes at least along the junction area for housing suitable reinforcing pins , characterized in that the transversal holes , in its final configuration, are formed by using a common toothed belt on a toothed side of which a closing band or belt is firmly arranged and coupled in a stable manner, with the task of covering the grooves between the teeth of the toothed belt thus forming a plurality of transversal holes ; said transversal holes having such a dimension and being so used as to house suitable pins inside them, which pins are arranged at least in the junction area of the ends of the belt to be joined.
Method in a distributed automation system, comprising at least one physical element (S1, S2, A, R), for coupling the functional control of the automation system to the physical elements using at least one automation function, wherein the automation system comprises automation software which is subdivided into two parts: hardware-specific logic for the at least one monitoring component (CC) and function-specific logic for the at least one service component (SC), having the following steps of: - abstracting the functionality of the physical element (S1, S2, A, R) in a monitoring component (CC1, CC2, CC3) and mapping a real interface of the physical element to a previously standardized interface, - assigning the physical element (CC1, CC2, CC3) to a placeholder (CCT) having the same standardized interface as the physical element, - encapsulating the at least one automation function in a service component (SC) having at least one first interface to the physical element (CC1, CC2, CC3) and at least one further communication interface, - communicating between the physical element (CC1, CC2, CC3) and the service component (SC) or the placeholder (CCT), - wherein a physical element (CC1, CC2, CC3) can be configured at any time during the runtime of the automation system by means of the communication interface . - abstracting the functionality of the physical element (S1, S2, A, R) in a monitoring component (CC1, CC2, CC3) and mapping a real interface of the physical element to a previously standardized interface, - assigning the physical element (CC1, CC2, CC3) to a placeholder (CCT) having the same standardized interface as the physical element, - encapsulating the at least one automation function in a service component (SC) having at least one first interface to the physical element (CC1, CC2, CC3) and at least one further communication interface, - communicating between the physical element (CC1, CC2, CC3) and the service component (SC) or the placeholder (CCT), - wherein a physical element (CC1, CC2, CC3) can be configured at any time during the runtime of the automation system by means of the communication interface .
A scanning arrangement for scanning a three-dimensional spatial structure which forms a scanning area, comprising a scan head and a flat or a film-like material forming a membrane , which is configured to cover the scanning area at least partially in such a way that the material is in flat contact with the scanning area, characterized in that the material is held by tension between plastically deformable frame elements of a frame in such a way that the material extends towards the scan head in a bulged manner.
A system for processing an electromagnetic signal, wherein the system comprises a transmission path with limited dynamic range and a pre-selection unit that is positioned upstream the transmission path , wherein the pre-selection unit is configured to pre-select signal portions and to control the level of the output electromagnetic signal, wherein a broadband radio receiver is provided that is positioned downstream the transmission path , characterized in that the pre-selection unit has a level control that is formed as an automatic gain control such that the output level of the electromagnetic signal forwarded to the transmission path is maintained constant irrespective of the level of the electromagnetic signal received, and wherein the broadband radio receiver is connected to the pre-selection unit via a feedback line such that the broadband radio receiver is configured to obtain information about the state of the pre-selection unit and how the pre-selection unit influences the received electromagnetic signal with regard to the pre-selecting parameters and the level control.
A method for analyzing recorded data collected by a sensor positioned on a moving platform , wherein the moving platform comprises an unmanned aerial vehicle , the method comprising: analyzing recorded operational data collected by the sensor , characterized in that said analyzing the operational data comprises: establishing an operator profile for a platform operator; establishing an initial value for the operating parameter based on the operator profile; and determining whether the operational data is outside the initial value of the operating parameter; and updating an operating parameter of the platform in response to said analyzing, wherein said updating includes: altering an operating parameter of the platform if the operational data is outside the initial value; and maintaining the operating parameter of the platform if the operational data is within the initial value. said analyzing the operational data comprises: establishing an operator profile for a platform operator; establishing an initial value for the operating parameter based on the operator profile; and determining whether the operational data is outside the initial value of the operating parameter; and updating an operating parameter of the platform in response to said analyzing, establishing an operator profile for a platform operator; establishing an initial value for the operating parameter based on the operator profile; and determining whether the operational data is outside the initial value of the operating parameter; and updating an operating parameter of the platform in response to said analyzing, wherein said updating includes: altering an operating parameter of the platform if the operational data is outside the initial value; and maintaining the operating parameter of the platform if the operational data is within the initial value. altering an operating parameter of the platform if the operational data is outside the initial value; and maintaining the operating parameter of the platform if the operational data is within the initial value.
System for equipping containers, in particular containers which can be filled with liquid, in particular plastic, glass or metal containers, comprising at least two equipping devices , of which at least one equipping device is a printing device, and at least one distribution device for the transport and distribution of containers to be equipped supplied to the system , characterised in that the distribution device is capable of distributing the containers to the equipping devices and wherein the distribution device is configured to transport different individual containers and/or different groups of containers simultaneously on different pre-settable container distribution paths.
A method for preparing a powder based on oxide(s) comprising uranium and plutonium comprising the following steps: a) a step of adding at least one monomer to an aqueous solution comprising nitrates ions and comprising uranium and plutonium, the monomer(s) comprising at least one ethylenic group and at least one polar group able to form hydrogen bonds; b) a step of obtaining a gel trapping said aqueous solution by polymerising the monomer(s) added in a); c) a step of obtaining a xerogel comprising uranium and plutonium nitrates by dehydrating the gel obtained in b); d) a step of obtaining said powder by thermally treating the xerogel obtained in c). a) a step of adding at least one monomer to an aqueous solution comprising nitrates ions and comprising uranium and plutonium, the monomer(s) comprising at least one ethylenic group and at least one polar group able to form hydrogen bonds; b) a step of obtaining a gel trapping said aqueous solution by polymerising the monomer(s) added in a); c) a step of obtaining a xerogel comprising uranium and plutonium nitrates by dehydrating the gel obtained in b); d) a step of obtaining said powder by thermally treating the xerogel obtained in c).
A base assembly, comprising a base and a filter screen component, comprising a motor and a filter screen part , the filter screen part comprising an annular filter screen body having a plurality of meshes, an end of the filter screen body being connected to a rotary shaft of the motor such that in use, debris is removed from the filter screen part by centrifugal force, and the other end of the filter screen body being provided with an opening , wherein the base is formed with an air duct for airflow to flow through, the motor being fixed on the base , and the filter screen body of the filter screen part being located in the air duct to enable the airflow in the air duct to blow onto an outer circumferential surface of the filter screen body, wherein a drainage cavity is formed at a bottom of the air duct comprising a drainage hole, the drainage cavity being in communication with the drainage hole for drainage, and characterized in that : the filter screen part further comprises an end cover arranged at the end of the filter screen body, the motor being connected with the end cover , a central part of the end cover being recessed inwardly along an axial direction to form a depressed part , and the motor being located at least partially in the depressed part .
A method in a Network Function, NF, producer, comprising: transmitting , to a Service Communication Proxy, SCP, a notification request for delivering a notification, wherein the notification request contains a Uniform Resource Identifier, URI, having a predetermined service path indicating that the notification request is associated with a default notification subscription, wherein the notification request further contains one or more parameters required for the SCP to select a target NF consumer of the notification; and wherein the one or more parameters comprise at least one of an N1 message class and an N2 information class for the notification. transmitting , to a Service Communication Proxy, SCP, a notification request for delivering a notification, wherein the notification request contains a Uniform Resource Identifier, URI, having a predetermined service path indicating that the notification request is associated with a default notification subscription, wherein the notification request further contains one or more parameters required for the SCP to select a target NF consumer of the notification; and wherein the one or more parameters comprise at least one of an N1 message class and an N2 information class for the notification.
A skid plate , which is a sheet-like metal section with an upper surface and a lower surface, and which comprises attachment means for attaching the skid plate under the cross axle of the work machine , and support means for supporting the upper surface of the skid plate against the lower surface of the cross axle ; characterised in that the skid plate comprises two tensioning devices on its upper surface side, each with an elongated body and coupling loops at both ends of the body; and both tensioning devices comprise a screw mechanism for changing the distance between the said coupling loops . the skid plate comprises two tensioning devices on its upper surface side, each with an elongated body and coupling loops at both ends of the body; and both tensioning devices comprise a screw mechanism for changing the distance between the said coupling loops .
Process for separating particles using a wet density-based separation process, wherein at least part of said particles are coated with a coating material prior to being fed to said wet density-based separation device, wherein said density-based separating process is a Magnetic Density Separation (MDS) process, wherein said coating material comprises a surfactant.
Optical device comprising an exit portion provided with an exit face and arranged to emit, through the exit face , light rays coming from a first light source and from a second light source , the device comprising: - a first light guide configured to propagate the light rays coming from the first light source towards the exit portion ; - a second light guide , distinct from the first light guide and configured to propagate the light rays coming from the second source towards the exit portion , and the exit portion being integrated into the first light guide , this device being characterized by the fact that the exit portion comprises an extension of the first light guide oriented along the thickness of the first light guide . - a first light guide configured to propagate the light rays coming from the first light source towards the exit portion ; - a second light guide , distinct from the first light guide and configured to propagate the light rays coming from the second source towards the exit portion , and
Cleaning method for cleaning nozzle surfaces of a lateral arrangement of ink print heads, i.e. an arrangement of ink print heads extending over the width of a substrate to be printed, wherein a cleaning carriage executes a likewise lateral movement along the arrangement and cleans the nozzle surfaces with a cleaning liquid set to ultrasonic vibrations, wherein the cleaning carriage comprises an ultrasonic cleaning device , a suction device and a rinsing device , and the movement of the cleaning carriage takes place on an outward path and a return path , characterized in that on the outward path the ultrasonic cleaning device and the suction device following it are activated and the rinsing device following the two is deactivated, and in that on the return path the rinsing device and the suction device following it are activated and the ultrasonic cleaning device following the two is deactivated.
A milling apparatus (1;21) capable of milling at least one of a plurality of differently angled plate parts (w1-w6) of an elongated metal milling material (WA-WF), the milling apparatus (1;21) comprising a plurality of milling roller units (2A-2E) each including one milling roller (3;13;23;27) that is configured to make contact with one surface of a respective plate part (w1-w6) by pressing and another milling roller (4;14a,14b;29,34) that is configured to make contact with another surface of the respective plate part (w1-w6) by pressing, wherein at least two of the milling roller units (2A-2E) are installed in a longitudinal direction of the same plate part (w1) to mill the same plate part (w1), characterized in that the one milling roller and the other milling roller of at least one of the at least two milling roller units are movable in axial directions of the milling rollers which is a transverse direction of the same plate part (w1).