mhurhangee/ep-ind-claims huggingface dataset:
A device for forming stuffed pasta products starting from a sheet of dough, comprising: - dispensing means for dispensing a stuffing comprising at least one support for the stuffing; - a forming station in which means for deforming the sheet of dough is arranged so as to create in the sheet of dough a housing site for housing a dose of stuffing coming from said support, said support being movable along a predefined direction towards said product forming station and consisting of a tubular element extending along a prevalent direction (A-A) parallel to the predefined direction and delimiting a first passage channel of the stuffing, said tubular element having an open end for dispensing the dose of stuffing; - a punching member configured to incise the sheet of dough and placed upstream of the means for deforming the sheet of dough, said punching member being interposed between said means for deforming the sheet of dough and said tubular element, characterised in that said tubular element is partially extensible inside the punching member, wherein said tubular element is telescopic along the prevalent direction (A-A) so as to move the open end towards the product forming station. - dispensing means for dispensing a stuffing comprising at least one support for the stuffing; - a forming station in which means for deforming the sheet of dough is arranged so as to create in the sheet of dough a housing site for housing a dose of stuffing coming from said support, - a punching member configured to incise the sheet of dough and placed upstream of the means for deforming the sheet of dough, said punching member being interposed between said means for deforming the sheet of dough and said tubular element,
A machine tool with a tool blade edge detecting device, said tool blade edge detecting device comprising: a camera provided inside the machine tool, an image acquiring unit configured to acquire an image of a tool attached to a tool post by the camera; a blade edge detecting unit configured to acquire a position of a blade edge of the tool from a tool image acquired by the camera; and characterized by a correction movement unit configured to move the tool post so that the position of the blade edge acquired by the blade edge detecting unit matches a visual field center of the camera, wherein the correction movement unit is configured to move the tool post, the image acquiring unit is configured to acquire the image of the tool as a normal image again, and the blade edge detecting unit is configured to acquire the position of the blade edge of the tool from the normal image. a camera provided inside the machine tool, an image acquiring unit configured to acquire an image of a tool attached to a tool post by the camera; a blade edge detecting unit configured to acquire a position of a blade edge of the tool from a tool image acquired by the camera; and characterized by a correction movement unit configured to move the tool post so that the position of the blade edge acquired by the blade edge detecting unit matches a visual field center of the camera, wherein the correction movement unit is configured to move the tool post, the image acquiring unit is configured to acquire the image of the tool as a normal image again, and the blade edge detecting unit is configured to acquire the position of the blade edge of the tool from the normal image.
A method, at a user equipment, UE, (102, 103), of supporting location services for the UE (102, 103), the method comprising: transmitting and receiving a plurality of first signaling messages with a location server function implemented in a base station or access point of a radio access network, RAN, wherein the RAN comprises a first positioning domain, the plurality of first signaling messages comprising: first assistance data received by the UE from the location server function and configured to assist the UE to obtain a first location measurement, and; the first location measurement sent by the UE, the location server function enabled to determine an estimate of a location of the UE based at least in part on the first location measurement; and transmitting and receiving one or more second signaling messages with a location server in a core network, wherein the core network comprises a second positioning domain, the one or more second signaling messages comprising: a second location measurement obtained by the UE, and; second assistance data received by the UE, the second assistance data to assist the UE to obtain the second location measurement. first assistance data received by the UE from the location server function and configured to assist the UE to obtain a first location measurement, and; the first location measurement sent by the UE, the location server function enabled to determine an estimate of a location of the UE based at least in part on the first location measurement; and transmitting and receiving one or more second signaling messages with a location server in a core network, wherein the core network comprises a second positioning domain, the one or more second signaling messages comprising: a second location measurement obtained by the UE, and; second assistance data received by the UE, the second assistance data to assist the UE to obtain the second location measurement. a second location measurement obtained by the UE, and; second assistance data received by the UE, the second assistance data to assist the UE to obtain the second location measurement.
A method for the allocation of destination calls in an elevator system, said elevator system comprising one or more single-deck elevators and one or more multi-deck elevators, in which method the passenger enters a destination call via a destination call device, characterized in that the method comprises the steps of: - receiving the destination call entered by the passenger; - selecting on the basis of an elevator type selection criterion the elevator type to serve the destination call; - allocating the destination call to an elevator consistent with the elevator type thus selected; and - informing the passenger as to the elevator allocated to him/her. - receiving the destination call entered by the passenger; - selecting on the basis of an elevator type selection criterion the elevator type to serve the destination call; - allocating the destination call to an elevator consistent with the elevator type thus selected; and - informing the passenger as to the elevator allocated to him/her.
A nitride semiconductor device (110, 111, 120, 121, 122, 123, 130), comprising: a stacked body including an AIGaN layer of Al x Ga 1- x N (0< x ≤1), a first Si-containing layer contacting an upper surface of the AIGaN layer, a first GaN layer provided on the first Si-containing layer, the first GaN layer including a protrusion having an oblique surface tilted with respect to the upper surface, a second Si-containing layer provided on the first GaN layer, the second Si-containing layer containing Si, and a second GaN layer provided on the second Si-containing layer; and a functional layer provided on the stacked body, the functional layer including a nitride semiconductor, characterized in that the first Si-containing layer contains Si at a concentration not less than 7×10 19 /cm 3 and not more than 4×10 20 /cm 3; and in that an upper surface of the first Si-containing layer includes a first region and a second region, the first GaN layer is provided on the first region, and a portion of the second Si-containing layer contacts the first Si-containing layer in the second region. a stacked body including an AIGaN layer of Al x Ga 1- x N (0< x ≤1), a first Si-containing layer contacting an upper surface of the AIGaN layer, a first GaN layer provided on the first Si-containing layer, the first GaN layer including a protrusion having an oblique surface tilted with respect to the upper surface, a second Si-containing layer provided on the first GaN layer, the second Si-containing layer containing Si, and a second GaN layer provided on the second Si-containing layer; and an AIGaN layer of Al x Ga 1- x N (0< x ≤1), a first Si-containing layer contacting an upper surface of the AIGaN layer, a first GaN layer provided on the first Si-containing layer, the first GaN layer including a protrusion having an oblique surface tilted with respect to the upper surface, a second Si-containing layer provided on the first GaN layer, the second Si-containing layer containing Si, and a second GaN layer provided on the second Si-containing layer; and a functional layer provided on the stacked body, the functional layer including a nitride semiconductor, characterized in that the first Si-containing layer contains Si at a concentration not less than 7×10 19 /cm 3 and not more than 4×10 20 /cm 3; and in that an upper surface of the first Si-containing layer includes a first region and a second region, the first GaN layer is provided on the first region, and a portion of the second Si-containing layer contacts the first Si-containing layer in the second region. characterized in that the first Si-containing layer contains Si at a concentration not less than 7×10 19 /cm 3 and not more than 4×10 20 /cm 3; and in that an upper surface of the first Si-containing layer includes a first region and a second region, the first GaN layer is provided on the first region, and a portion of the second Si-containing layer contacts the first Si-containing layer in the second region.
A method of making a three-dimensional article, the method comprising: heating a composition comprising an inorganic filler and a fluoropolymer; extruding the composition in molten form from an extrusion head to provide at least a portion of a first layer of the three dimensional article; and extruding at least a second layer of the composition in molten form onto at least the portion of the first layer to make at least a portion of the three dimensional article, wherein the fluoropolymer is a semi-crystalline fluorothermoplastic and has a melting point of up to 325 °C and less than 50 percent by weight interpolymerized units of vinylidene fluoride or wherein the fluoropolymer is amorphous and has a glass transition temperature of up to 280 °C. heating a composition comprising an inorganic filler and a fluoropolymer; extruding the composition in molten form from an extrusion head to provide at least a portion of a first layer of the three dimensional article; and extruding at least a second layer of the composition in molten form onto at least the portion of the first layer to make at least a portion of the three dimensional article, wherein the fluoropolymer is a semi-crystalline fluorothermoplastic and has a melting point of up to 325 °C and less than 50 percent by weight interpolymerized units of vinylidene fluoride or wherein the fluoropolymer is amorphous and has a glass transition temperature of up to 280 °C.
A human-machine interface device, said human-machine interface device comprising - a processing module, said processing module configured for executing a runtime application, wherein said runtime application comprises at least one application user-interface; and - a display module, said display module configured for rendering said application user-interface on a touch-sensitive display surface provided therein, and further configured for sensing a touch-based interaction therewith, characterized in that, said human-machine interface device is operable in a cleaning operating mode, wherein said display module renders a clean-screen user interface in conjunction with said application user-interface as a transparent superimposition thereon such that said application user-interface remains visible on said touch-sensitive display surface whereas said touch-based inputs received therefrom are associated with said clean-screen user interface, wherein said display module is configured for determining a partial region of said clean-screen user interface based on a touch-based interaction with said touch-sensitive display surface and rendering said partial region at least partially non-transparent such that remaining regions of the application user-interface remain visible to a user of the human-machine interface device. - a processing module, said processing module configured for executing a runtime application, wherein said runtime application comprises at least one application user-interface; and - a display module, said display module configured for rendering said application user-interface on a touch-sensitive display surface provided therein, and further configured for sensing a touch-based interaction therewith,
An intermediate device for controlling operating functions of a target controllable device (104, 106, 108) for use in a system comprising a hand-held device adapted to receive a gesture based input, the intermediate device in communication with the hand-held device and target controllable device (104, 106, 108), the intermediate device comprising programming for: receiving, from the hand-held device, a signal having data representative of the gesture based input; and translating the data representative of the gesture based input in the signal received from the hand-held device into a command signal to be communicated to the target controllable device (104, 106, 108) wherein the command signal has a format appropriate for controlling an operating function of the target controllable device (104, 106, 108) that is associated with the gesture based input; characterised in that the target controllable device (104, 106, 108) to be commanded by the intermediate device is indicated to the intermediate device by data indicative of a type of the target controllable device included in the data representative of the gesture based input and wherein the format of the command signal appropriate for controlling the operating function of the target controllable device (104, 106, 108) is indicated to the intermediate device by data indicative of code data set included in the data representative of the gesture based input. receiving, from the hand-held device, a signal having data representative of the gesture based input; and translating the data representative of the gesture based input in the signal received from the hand-held device into a command signal to be communicated to the target controllable device (104, 106, 108) wherein the command signal has a format appropriate for controlling an operating function of the target controllable device (104, 106, 108) that is associated with the gesture based input; characterised in that the target controllable device (104, 106, 108) to be commanded by the intermediate device is indicated to the intermediate device by data indicative of a type of the target controllable device included in the data representative of the gesture based input and wherein the format of the command signal appropriate for controlling the operating function of the target controllable device (104, 106, 108) is indicated to the intermediate device by data indicative of code data set included in the data representative of the gesture based input.
A refrigeration apparatus (102, 202) comprising: a main body portion (104, 204); a door (105, 205) constructed and arranged to be moved between an open position in which access is enabled to a storage compartment (126, 226) in the main body portion (104, 204), and a closed position in which the door (105, 205) is closed against a door frame of the main body portion (104, 204) so as to enclose the storage compartment (126, 226); and a compressor for compressing and driving a refrigerant through a refrigeration circuit of the refrigeration apparatus (102, 202); characterized in that the refrigeration apparatus (102, 202) comprises a sensor (121, 221) constructed and arranged to sense when the door (105, 205) has been moved from the open position to the closed position; and a temperature sensor for sensing a temperature of an evaporator of the refrigeration circuit; and a controller, the controller being configured to start a timer when it is determined that the door (105, 205) has been moved from the open position to the closed position and monitor a load of the compressor to obtain compressor load information, and the controller configured to determine if the load on the compressor reaches a threshold value within a threshold time, and the controller configured to determine a closure status of the door (105, 205) based at least in part on the compressor load information and a temperature of the evaporator. a main body portion (104, 204); a door (105, 205) constructed and arranged to be moved between an open position in which access is enabled to a storage compartment (126, 226) in the main body portion (104, 204), and a closed position in which the door (105, 205) is closed against a door frame of the main body portion (104, 204) so as to enclose the storage compartment (126, 226); and a compressor for compressing and driving a refrigerant through a refrigeration circuit of the refrigeration apparatus (102, 202); characterized in that the refrigeration apparatus (102, 202) comprises a sensor (121, 221) constructed and arranged to sense when the door (105, 205) has been moved from the open position to the closed position; and a temperature sensor for sensing a temperature of an evaporator of the refrigeration circuit; and a controller, the controller being configured to start a timer when it is determined that the door (105, 205) has been moved from the open position to the closed position and monitor a load of the compressor to obtain compressor load information, and the controller configured to determine if the load on the compressor reaches a threshold value within a threshold time, and the controller configured to determine a closure status of the door (105, 205) based at least in part on the compressor load information and a temperature of the evaporator.
A wick lamp, comprising a lamp body, wherein a lamp rail that can be bent into different shapes is disposed inside the lamp body, and the lamp rail comprises an insulating layer, two parallelly arranged conducting wires, and a plurality of LED light emitters; and the two parallelly arranged conducting wires are both outerly enclosed by the insulating layer, and the insulating layer is polished to form a welding region to which the LED light emitters are welded, wherein the LED light emitters are welded on a same side of the two parallelly arranged conducting wires, and a welding layer is disposed between the LED light emitters and the conducting wires, characterised in that a conductive layer is further disposed at a bottom of each of the LED light emitters, and the conductive layer is located between the LED light emitter and the welding layer, wherein an insulating coating is provided both at a gap, formed between the LED light emitters and the insulating layer, and at an outer portion of the conductive layer exposed to outside. the two parallelly arranged conducting wires are both outerly enclosed by the insulating layer, and the insulating layer is polished to form a welding region to which the LED light emitters are welded, wherein the LED light emitters are welded on a same side of the two parallelly arranged conducting wires, and a welding layer is disposed between the LED light emitters and the conducting wires, characterised in that a conductive layer is further disposed at a bottom of each of the LED light emitters, and the conductive layer is located between the LED light emitter and the welding layer, wherein an insulating coating is provided both at a gap, formed between the LED light emitters and the insulating layer, and at an outer portion of the conductive layer exposed to outside.
Method for assisting a driver of a motor vehicle during a parking process into a parking space wherein in the method, on the basis of sensor data of at least one vehicle-side sensor apparatus the parking space is detected in a surrounding area of the motor vehicle, and in at least one measuring cycle of the sensor apparatus an object which is near to the ground is detected in and/or on the parking space, and a position of the object which is near to the ground is determined in the surrounding area, wherein the presence of the object which is near to the ground, which is determined in the at least one measuring cycle, and the position of the object which is near to the ground, which is determined in the at least one measuring cycle, continues to be assumed at least for a duration of the parking process, if the absence of the object which is near to the ground is detected in at least one further measuring cycle, carried out during the parking process, of the sensor apparatus on the basis of the sensor data, since the object has moved out of the sensing range of the sensor apparatus, wherein the object which is near to the ground is classified, on the basis of the sensor data of the sensor apparatus, as capable of being driven over or not driven over by the motor vehicle, and a route into a parked position (S1, S2, S3) of the motor vehicle in the parking space is determined on the basis of classification of the object, characterized in that in the case of an object which is classified as being capable of being driven over, the route into the parked position (S1, S2, S3) of the motor vehicle is determined in such a way that in the parked position (S1, S2, S3) a tread of the at least one wheel (15a, 15b, 15c, 15c) is positioned at a distance from an edge of the object, and it is additionally determined whether it is obligatory or optional to drive over the object during the parking process, and in the case of the optional driving over the route of the motor vehicle is determined in such a way that wheels of the motor vehicle are moved past, in a contact-free fashion, the object which is near to the ground, while at least one part of the bodywork of the motor vehicle is moved over the object which is near to the ground.
A DRX mode determining method, comprising: obtaining, by a terminal device, a time domain resource, wherein the time domain resource is used to transmit sidelink control information and/or sidelink data information; wherein the terminal device is a receive-side terminal device; and determining, by the terminal device, a first discontinuous reception, DRX, mode based on the time domain resource, wherein the first DRX mode comprises an on duration and an off duration; and the time domain resource comprises a first resource set or a second resource set, the first resource set comprises N resources, the second resource set comprises a periodic first resource set, and N is a positive integer; characterized in that the determining, by the terminal device, a first DRX mode based on the time domain resource comprises: determining, by the terminal device, the first DRX mode based on a status of overlapping between the time domain resource and an on duration of a candidate DRX mode, wherein the status of overlapping comprises whether overlapping occurs and/or an overlapping degree. obtaining, by a terminal device, a time domain resource, wherein the time domain resource is used to transmit sidelink control information and/or sidelink data information; wherein the terminal device is a receive-side terminal device; and determining, by the terminal device, a first discontinuous reception, DRX, mode based on the time domain resource, wherein the first DRX mode comprises an on duration and an off duration; and the time domain resource comprises a first resource set or a second resource set, the first resource set comprises N resources, the second resource set comprises a periodic first resource set, and N is a positive integer; characterized in that the determining, by the terminal device, a first DRX mode based on the time domain resource comprises: determining, by the terminal device, the first DRX mode based on a status of overlapping between the time domain resource and an on duration of a candidate DRX mode, wherein the status of overlapping comprises whether overlapping occurs and/or an overlapping degree.