mhurhangee/ep-ind-claims huggingface dataset:
Switching module for a switch, having the following features: a housing which is designed in order to execute a switching movement when the switch is operated; an operating device which is arranged in the housing and is designed in order to execute an operating movement, which can be controlled by a control contour, during the switching movement of the housing; an energy converter which is arranged in the housing and is designed in order to provide an electrical pulse in a manner driven by the operating movement of the operating device; and a switching unit for outputting a switching signal, which is based on the electrical pulse, for indicating the switching movement of the housing. a housing which is designed in order to execute a switching movement when the switch is operated; an operating device which is arranged in the housing and is designed in order to execute an operating movement, which can be controlled by a control contour, during the switching movement of the housing; an energy converter which is arranged in the housing and is designed in order to provide an electrical pulse in a manner driven by the operating movement of the operating device; and a switching unit for outputting a switching signal, which is based on the electrical pulse, for indicating the switching movement of the housing.
A heat energy transport system comprising: a heat medium transport path in which heat media that transport heat energy are transported; a heat source configured to be connected to the heat medium transport path and supply the heat energy to the heat medium transport path; a heat demand end configured to be connected to the heat medium transport path and take out the heat energy from the heat medium transport path; characterized in that it further comprises temperature distribution acquisition means configured to acquire temperature distribution of sequentially transported heat media, the heat media being distributed in the heat medium transport path in a state of having temperatures that are different from each other, wherein a series of heat media having the same temperature has a predetermined length along a heat transport direction in the heat medium transport path, wherein the heat demand end is configured to make a load request; and a control means configured to receive the load request of the heat demand end and, when a heat medium having the heat energy that, based on the temperature distribution acquired by the temperature distribution acquisition means, satisfies the load request reaches the heat demand end that makes the load request, configured to cause the heat demand end to take out the heat energy from a heat medium. a heat medium transport path in which heat media that transport heat energy are transported; a heat source configured to be connected to the heat medium transport path and supply the heat energy to the heat medium transport path; a heat demand end configured to be connected to the heat medium transport path and take out the heat energy from the heat medium transport path; characterized in that it further comprises temperature distribution acquisition means configured to acquire temperature distribution of sequentially transported heat media, the heat media being distributed in the heat medium transport path in a state of having temperatures that are different from each other, wherein a series of heat media having the same temperature has a predetermined length along a heat transport direction in the heat medium transport path, wherein the heat demand end is configured to make a load request; and a control means configured to receive the load request of the heat demand end and, when a heat medium having the heat energy that, based on the temperature distribution acquired by the temperature distribution acquisition means, satisfies the load request reaches the heat demand end that makes the load request, configured to cause the heat demand end to take out the heat energy from a heat medium.
A laminate for tires, the laminate being a laminate of a layer of a rubber composition and a film comprising a thermoplastic resin or a thermoplastic elastomer composition; upon dynamic distortion of the film being 0.1%, a storage elastic modulus at 70°C being 30 MPa or greater, and a thickness of the film being 60 μm or greater; upon dynamic distortion of the rubber composition being 0.1%, a storage elastic modulus at -20°C being less than 400 MPa and a storage elastic modulus at 70°C being 8.5 MPa or greater, and a thickness of the rubber composition being 150 μm or greater; and a peel strength between the film and the rubber composition determined by 180° peel test being 30 N/inch or greater. upon dynamic distortion of the film being 0.1%, a storage elastic modulus at 70°C being 30 MPa or greater, and a thickness of the film being 60 μm or greater; upon dynamic distortion of the rubber composition being 0.1%, a storage elastic modulus at -20°C being less than 400 MPa and a storage elastic modulus at 70°C being 8.5 MPa or greater, and a thickness of the rubber composition being 150 μm or greater; and a peel strength between the film and the rubber composition determined by 180° peel test being 30 N/inch or greater.
A synchronization system, for a container-processing plant including a container-forming machine and a container-filling machine operatively coupled to the container-forming machine, the container-forming machine and the container-filling machine having a respective rotating wheel, or carousel (25, 35) driven around a respective rotation axis (A, V) by a respective electric motor (26, 36) controlled by a respective control unit (28, 38); wherein a position sensor is provided in the container-forming machine, arranged and configured to detect a rotating position of the rotating wheel of the container-forming machine around the respective rotation axis and to generate a position detection signal; the control unit of the container-filling machine configured to receive information associated to the position detection signal, and, based on these information, to synchronize the rotation of the respective rotating wheel to the rotation of the rotating wheel of the container-forming machine; wherein the control unit of the container-filling machine is configured to synchronize the rotation of the container-forming machine and container-filling machine from, and including, zero speed, up to a full operating speed of the container forming machine, i.e. a high speed at which processing operations are designed to be performed.
A method, comprising: receiving (7A, 8A) neighbor cell measurement results at a first relay node (RN"A", 16), the neighbor cell measurement results originating from at least one mobile device (UE"A", 10) located in a communications coverage area of the first relay node and that is served by the first relay node; estimating (7B, 8B) from the received neighbor cell measurement results an amount of interference experienced by the first relay node due to operation of a second relay node (RN"B", 16'); and sending (7C, 8C) an interference report, that comprises an indication of the estimated amount of interference, from the first relay node to a network access node (eNB"B", 12') that serves the second relay node or to the second relay node. receiving (7A, 8A) neighbor cell measurement results at a first relay node (RN"A", 16), the neighbor cell measurement results originating from at least one mobile device (UE"A", 10) located in a communications coverage area of the first relay node and that is served by the first relay node; estimating (7B, 8B) from the received neighbor cell measurement results an amount of interference experienced by the first relay node due to operation of a second relay node (RN"B", 16'); and sending (7C, 8C) an interference report, that comprises an indication of the estimated amount of interference, from the first relay node to a network access node (eNB"B", 12') that serves the second relay node or to the second relay node.
Preparation, comprising a) from 5 to 50% by weight of triacetin and b) from 50 to 95% by weight of one or more plasticizers from the group of adipic polyester, CAS Reg. No. 951214-53-2, acetyltributylcitrate, dipropylene glycol dibenzoate, triisononyl trimellitate. a) from 5 to 50% by weight of triacetin and b) from 50 to 95% by weight of one or more plasticizers from the group of adipic polyester, CAS Reg. No. 951214-53-2, acetyltributylcitrate, dipropylene glycol dibenzoate, triisononyl trimellitate.
An electromechanical switching device (3;200), comprising: a plurality of poles (16, 17, 18) each comprising a movable contact assembly for completing and interrupting current paths through the device; and a moving contact carrier having a plurality of pole windows (16, 17, 18) in which respective movable contact assemblies are received; wherein one of the pole windows is offset with respect to the other pole windows (16,17) for closing a movable contact assembly received in the one pole window at a different time than the other movable contact assemblies received in the other pole windows, wherein the one pole window is configured to cause the movable contact assembly received in the one pole window to close later than the other movable contact assemblies received in the other pole windows. a plurality of poles (16, 17, 18) each comprising a movable contact assembly for completing and interrupting current paths through the device; and a moving contact carrier having a plurality of pole windows (16, 17, 18) in which respective movable contact assemblies are received;
A method for operating a well, comprising: attaching a sensor (118, 218, 310, 410) to a cable and a pumping rod string (106, 206, 400), wherein the pumping rod string (106, 206, 400) is configured to operate a down hole pump, inserting the distal end of the pumping rod string (106, 206, 400) and the attached sensor (118, 218, 310, 410) into the well, the cable being attached to the pumping rod string and extending towards the surface of the well characterized in that the sensor (118, 218, 310, 410) includes: - a transmitter for transmitting sensed data to the well surface; - a sensor casing (302, 402); - a pressure sensor housed in an interior cavity (306, 406) of the sensor casing; - a temperature sensor housed in the interior cavity; and - one or more ports (304, 404) formed through the sensor casing for detection of the sensed data by the sensors, and in that the pumping rod string extends to a wellhead; the method further being characterized by - operating the down hole pump using the pumping rod string; - sensing pressure and temperature around the pump during production using the sensor; and - transmitting the sensed pressure and temperature parameters from the sensor (118, 218, 310, 410) to the surface of the well. attaching a sensor (118, 218, 310, 410) to a cable and a pumping rod string (106, 206, 400), wherein the pumping rod string (106, 206, 400) is configured to operate a down hole pump, inserting the distal end of the pumping rod string (106, 206, 400) and the attached sensor (118, 218, 310, 410) into the well, the cable being attached to the pumping rod string and extending towards the surface of the well characterized in that the sensor (118, 218, 310, 410) includes: - a transmitter for transmitting sensed data to the well surface; - a sensor casing (302, 402); - a pressure sensor housed in an interior cavity (306, 406) of the sensor casing; - a temperature sensor housed in the interior cavity; and - one or more ports (304, 404) formed through the sensor casing for detection of the sensed data by the sensors, and in that - a transmitter for transmitting sensed data to the well surface; - a sensor casing (302, 402); - a pressure sensor housed in an interior cavity (306, 406) of the sensor casing; - a temperature sensor housed in the interior cavity; and - one or more ports (304, 404) formed through the sensor casing for detection of the sensed data by the sensors, and in that the pumping rod string extends to a wellhead; the method further being characterized by - operating the down hole pump using the pumping rod string; - sensing pressure and temperature around the pump during production using the sensor; and - transmitting the sensed pressure and temperature parameters from the sensor (118, 218, 310, 410) to the surface of the well. - operating the down hole pump using the pumping rod string; - sensing pressure and temperature around the pump during production using the sensor; and - transmitting the sensed pressure and temperature parameters from the sensor (118, 218, 310, 410) to the surface of the well.
A moisture-measuring device for gases, in particular compressed gases, compressed air or the like, for detecting moisture content in gas-supply systems, preferably pressurised gas-supply systems, such as compressor stations, storage systems or the like, with a gas-sampling input for the gas to be measured and connected to the gas-supply system, and with a dew point sensor, characterised in that a separate gas channel, serving only for moisture measurement, branches off from the gas-sampling input, which channel is connected to a measuring cell in which the dew point sensor is arranged and which is in communicative connection to a downstream drying cell in which a drying agent is provided, which agent is substantially hermetically sealed against the outside environment and which is connected to an outlet channel leading to the outside environment.
A projectile comprising: a payload; a launch motor on an aft end of the projectile configured to be ejected from the payload; and a propulsion system located on a fore end of the projectile, wherein the propulsion system and the launch motor are located on opposing sides of the payload, characterized in that the propulsion system includes lateral thrusters (30,31,32) configured to rotate the payload such that the propulsion system becomes an aft end of the projectile once the launch motor has been ejected from the payload. a payload; a launch motor on an aft end of the projectile configured to be ejected from the payload; and a propulsion system located on a fore end of the projectile, wherein the propulsion system and the launch motor are located on opposing sides of the payload, characterized in that the propulsion system includes lateral thrusters (30,31,32) configured to rotate the payload such that the propulsion system becomes an aft end of the projectile once the launch motor has been ejected from the payload.
Method for determining the streaming potential or zeta-potential in order to characterise the surface charge behaviour of macroscopic solid bodies in a measuring cell, wherein an electrolyte solution under a changing pressure is moved relative to the solid body, characterised in that the electrolyte solution is subjected to an oscillating or periodically changing pressurisation with a frequency of maximum 100 Hz, particularly 20 Hz, and the relevant pressure and the streaming potential are determined or recorded.
A node for operating in a communication system, the communication system comprising a plurality of anchor nodes having a respective known location, the node comprising: a location unit configured to determine that the node requires positioning support from an anchor node of the plurality of anchor nodes, characterized by: a transmitter configured to transmit a request for positioning support from the anchor node; and a selection unit configured to, following the transmission of the request: select a set of anchor nodes of the plurality of anchor nodes for providing positioning support; and cause the transmitter to transmit an instruction to each anchor node in the set of anchor nodes to instruct each anchor node to provide positioning support to the node via a sidelink between the respective anchor node and the node. a location unit configured to determine that the node requires positioning support from an anchor node of the plurality of anchor nodes, characterized by: a transmitter configured to transmit a request for positioning support from the anchor node; and a selection unit configured to, following the transmission of the request: select a set of anchor nodes of the plurality of anchor nodes for providing positioning support; and cause the transmitter to transmit an instruction to each anchor node in the set of anchor nodes to instruct each anchor node to provide positioning support to the node via a sidelink between the respective anchor node and the node. a transmitter configured to transmit a request for positioning support from the anchor node; and a selection unit configured to, following the transmission of the request: select a set of anchor nodes of the plurality of anchor nodes for providing positioning support; and cause the transmitter to transmit an instruction to each anchor node in the set of anchor nodes to instruct each anchor node to provide positioning support to the node via a sidelink between the respective anchor node and the node. select a set of anchor nodes of the plurality of anchor nodes for providing positioning support; and cause the transmitter to transmit an instruction to each anchor node in the set of anchor nodes to instruct each anchor node to provide positioning support to the node via a sidelink between the respective anchor node and the node.
A socket system for a prosthesis, said socket system comprising - a prosthesis socket which has - a proximal opening for receiving an amputation stump, and - a distal end, and which - is made at least partially of a first fiber-reinforced plastic, and - an adapter element which - is arranged on the distal end of the prosthesis socket and - is designed in such a way that a distal prosthetic element can be secured on the adapter element, wherein the adapter element has a main body which is made at least partially of a second plastic characterized in that the second plastic is a fiber-reinforced plastic and the adapter element is connected to the prosthesis socket at least also with a form fit. - a prosthesis socket which has - a proximal opening for receiving an amputation stump, and - a distal end, and which - is made at least partially of a first fiber-reinforced plastic, and - an adapter element which - is arranged on the distal end of the prosthesis socket and - is designed in such a way that a distal prosthetic element can be secured on the adapter element,
A computer-implemented method of measuring a parameter comprising the steps of: predicting the value of the parameter, making two independent measurements of the parameter via respective ones of two independent measurement channels to produce two measured values of the parameter, and obtaining a new predicted value of the parameter based on the measurements; characterised in that: the step of predicting the new value of the parameter comprises predicting the value of each of the two independent measurements of the parameter for the two independent measurement channels by using a predictive model, and by the steps of: calculating the respective differences between the respective predicted values and measured values for each of said two independent measurement channels, and combining the two measured values weighted with weights determined by said differences. predicting the value of the parameter, making two independent measurements of the parameter via respective ones of two independent measurement channels to produce two measured values of the parameter, and obtaining a new predicted value of the parameter based on the measurements; the step of predicting the new value of the parameter comprises predicting the value of each of the two independent measurements of the parameter for the two independent measurement channels by using a predictive model, calculating the respective differences between the respective predicted values and measured values for each of said two independent measurement channels, and combining the two measured values weighted with weights determined by said differences.
A method of peeling a film of a nitride of a group 13 element, said method comprising the step of: irradiating a laser light to a layered body comprising a seed crystal substrate and said film of a nitride of a group 13 element grown on said seed crystal substrate by flux method from a melt comprising a flux and a group 13 element under nitrogen containing atmosphere, said laser light being irradiated from a side of a back face of said seed crystal substrate to peel said film of said nitride of said group 13 element from said seed crystal substrate, wherein said film comprises an inclusion distributed layer in a region distant by 50 μm or less from an interface of said film of said nitride of said group 13 element on a side of said seed crystal substrate and comprising inclusions derived from components of said melt, and wherein said film comprises an inclusion depleted layer with said inclusion depleted layer formed on said inclusion distributed layer characterized in that said inclusions are formed by an alloy of said flux and said group 13 element, a mixture of a pure metal and said alloy, carbon, an aggregate of fine crystals of said nitride of said group 13 element or polycrystalline material of said nitride of said group 13 element. irradiating a laser light to a layered body comprising a seed crystal substrate and said film of a nitride of a group 13 element grown on said seed crystal substrate by flux method from a melt comprising a flux and a group 13 element under nitrogen containing atmosphere, said laser light being irradiated from a side of a back face of said seed crystal substrate to peel said film of said nitride of said group 13 element from said seed crystal substrate, wherein said film comprises an inclusion distributed layer in a region distant by 50 μm or less from an interface of said film of said nitride of said group 13 element on a side of said seed crystal substrate and comprising inclusions derived from components of said melt, and wherein said film comprises an inclusion depleted layer with said inclusion depleted layer formed on said inclusion distributed layer characterized in that said inclusions are formed by an alloy of said flux and said group 13 element, a mixture of a pure metal and said alloy, carbon, an aggregate of fine crystals of said nitride of said group 13 element or polycrystalline material of said nitride of said group 13 element.