mhurhangee/ep-ind-claims huggingface dataset:
A flow path member comprising: a first wall section; a second wall section; and a third wall section that is provided between the first wall section and the second wall section, wherein an internal section that is configured by the first wall section, the second wall section, and the third wall section becomes a flow path through which a fluid flows and a plurality of flow path openings of the flow path are arranged in one direction on a cut plane obtained by cutting from the first wall section to the second wall section, and wherein one of two adjacent flow path openings is disposed to be more displaced than the other either toward the first wall section side or toward the second wall section side, characterized in that, when all of the plurality of flow path openings on the cut plane are viewed, the flow path openings are disposed to be displaced gradually closer either to the first wall section side or to the second wall section side approaching a center of the arrangement of all of the plurality of flow path openings starting from opposite ends of the arrangement of all of the plurality of flow path openings. a first wall section; a second wall section; and a third wall section that is provided between the first wall section and the second wall section, wherein an internal section that is configured by the first wall section, the second wall section, and the third wall section becomes a flow path through which a fluid flows and a plurality of flow path openings of the flow path are arranged in one direction on a cut plane obtained by cutting from the first wall section to the second wall section, and wherein one of two adjacent flow path openings is disposed to be more displaced than the other either toward the first wall section side or toward the second wall section side, characterized in that, when all of the plurality of flow path openings on the cut plane are viewed, the flow path openings are disposed to be displaced gradually closer either to the first wall section side or to the second wall section side approaching a center of the arrangement of all of the plurality of flow path openings starting from opposite ends of the arrangement of all of the plurality of flow path openings.
Wi-Fi signal repeater device comprising: reception means for receiving, via a wired connection connected to an extender of a Wi-Fi access point, a digital signal (S') resulting from analogue-to-digital conversion of an analogue signal (s') obtained by division of the power of a signal (s) intended to be transmitted by said Wi-Fi access point around a predetermined carrier frequency in order to deliver a first Wi-Fi signal; digital-to-analogue conversion means configured to convert the digital signal (S') received via said wired connection into an analogue signal (s"); and radio retransmission means (123, 124, 125) configured to transmit the analogue signal (s") delivered by the digital-to-analogue conversion means around said predetermined carrier frequency, in order to deliver a second Wi-Fi signal. reception means for receiving, via a wired connection connected to an extender of a Wi-Fi access point, a digital signal (S') resulting from analogue-to-digital conversion of an analogue signal (s') obtained by division of the power of a signal (s) intended to be transmitted by said Wi-Fi access point around a predetermined carrier frequency in order to deliver a first Wi-Fi signal; digital-to-analogue conversion means configured to convert the digital signal (S') received via said wired connection into an analogue signal (s"); and radio retransmission means (123, 124, 125) configured to transmit the analogue signal (s") delivered by the digital-to-analogue conversion means around said predetermined carrier frequency, in order to deliver a second Wi-Fi signal.
A sampler for acquiring particulate contamination from a solid surface, comprising polyurethane carried by a carrier, the carrier being configured to allow a measurement surface of the polyurethane to be pressed against a surface to be measured and then removal of the measurement surface from the surface to be measured, characterized, in that the polyurethane is in the form of a flexible, polyurethane elastomer layer defining said measurement surface, and in that the carrier is configured to allow said removal by peeling of the flexible, polyurethane elastomer layer from the surface to be measured.
Rolling mill (10, 10a) having at least two rolls (12, 14, 16) which rotate around roll axes (R1, R2, R3) arranged parallel to one another, of which rolls (12, 14, 16) at least one being rotatably drivable by means of a rotary drive, and of which at least one is movable relative to at least one of the other rollers (12, 14, 16) used to form an adjustable product feed gap (18, 20), comprising: - at least one electromechanical adjusting device (22, 50, 28; 34, 52, 40) for adjusting the mutual spacing of the rollers (12, 14, 16), - a controller for the adjusting device (22, 50, 28; 34, 52, 40) for setting a target product feed gap (Sz), wherein via the adjusting device (22, 50, 28; 34, 52, 40) the mutual distance between the rolls (12, 14, 16) is derivable, and - at least one force measuring device (32, 42) connected to the controller for detecting the force between the rolls (12, 14, 16), characterized in that the controller has an adjustment circuit which is designed to bring the movable roll (12, 14, 16) into contact with the other and to drive them against each other, whereby via the force measuring device (32, 42) the force between the rolls (12, 14, 16) and via the adjusting device (22, 50, 28; 34, 52, 40) the displacement can be detected, wherein the controller has a memory for the detected correlated force/displacement data or data derived therefrom and wherein the controller is designed to determine the size of the product feed gap (18, 20) via the control of the adjusting device (22, 50, 28; 34, 52, 40), and in the event of a force acting between the rolls (12, 14, 16), a gap widening according to the force/displacement data is displayed and/or to consider it in the control of the adjusting device (22, 50, 28; 34, 52, 40) when setting the gap (18, 20). - at least one electromechanical adjusting device (22, 50, 28; 34, 52, 40) for adjusting the mutual spacing of the rollers (12, 14, 16), - a controller for the adjusting device (22, 50, 28; 34, 52, 40) for setting a target product feed gap (Sz), wherein via the adjusting device (22, 50, 28; 34, 52, 40) the mutual distance between the rolls (12, 14, 16) is derivable, and - at least one force measuring device (32, 42) connected to the controller for detecting the force between the rolls (12, 14, 16),
An extraction station for the extraction from a transport system for an at least partially complete cartridge, in particular for an electronic cigarette; the extraction station comprises: a collecting device; at least one holding head, which is designed to grab at least one end of the cartridge; and a first moving device, which supports the holding head and moves the holding head between a pick-up position, in which the holding head is in the area of the transport system and grabs the cartridge, and a release position, in which the holding head releases the cartridge; wherein the collecting device has an inlet opening, which is arranged horizontally; wherein the collecting device comprises a second moving device, which moves the inlet opening between a receiving position, in which the inlet opening is in the area of the holding head arranged in the release position and is designed to receive the cartridge released by the holding head, and a waiting position, in which the inlet opening does not interfere with a movement of the holding head and with a movement of the transport system; the extraction station is characterized in that the first moving device moves the holding head only in a vertical movement direction. a collecting device; at least one holding head, which is designed to grab at least one end of the cartridge; and a first moving device, which supports the holding head and moves the holding head between a pick-up position, in which the holding head is in the area of the transport system and grabs the cartridge, and a release position, in which the holding head releases the cartridge; wherein the collecting device has an inlet opening, which is arranged horizontally; wherein the collecting device comprises a second moving device, which moves the inlet opening between a receiving position, in which the inlet opening is in the area of the holding head arranged in the release position and is designed to receive the cartridge released by the holding head, and a waiting position, in which the inlet opening does not interfere with a movement of the holding head and with a movement of the transport system; the extraction station is characterized in that the first moving device moves the holding head only in a vertical movement direction.
Expansion anchor with a longitudinal base body, which has a support running essentially in a longitudinal direction, into which an expansion element may be introduced in a longitudinal direction, in order to press expansion lobes sideways out of an initial position into an expansion position, in which at least one setting control element is provided, which may be moved in the longitudinal direction on the expansion anchor, and is moved with the expansion element by moving the expansion element in relation to the base body, characterised in that at least one channel running essentially axially and radially abutting the support or one recess running essentially axially and radially abutting the support is provided on the base body, in which the at least one setting control element is carried in the channel or support so that it may move.
A computer apparatus for authenticating devices and data, and for use with Internet of Things, the computer apparatus configured to broker communications between a plurality of virtual devices (130, 140), each virtual device (130, 140) being a proxy for one of a real device or a real requestor, and the plurality of virtual devices comprising at least one virtual device that is a proxy for a real device, the computer apparatus comprising: a registrar computer configured to communicate with said plurality of virtual devices (130, 140) and maintain a register of said plurality of virtual devices; and a data feed directory comprising entries indicating data feeds and/or resources available to virtual requestor devices acting as proxies for real requestors from the at least one virtualdevice acting as a proxy for a real device that is registered with the registrar computer. a registrar computer configured to communicate with said plurality of virtual devices (130, 140) and maintain a register of said plurality of virtual devices; and a data feed directory comprising entries indicating data feeds and/or resources available to virtual requestor devices acting as proxies for real requestors from the at least one virtualdevice acting as a proxy for a real device that is registered with the registrar computer.
Operating light comprising a number of lights, optical imaging devices (12, 14, 16) which are assigned to the lights and configured to direct radiation emitted by the lights onto an operating field and generate an illuminated light field there, and comprising means for switching off at least one of the lights, characterized in that the diameter of the illuminated light field is reduced by switching off the at least one light, with a device being configured to update, in a manner dependent on the at least one light being switched off, the radiant power of the lights that are not switched off in such a way that the illuminance in the light field remains constant.
An amusement park attraction, comprising: a ride vehicle configured to travel along a path of the amusement park attraction; an attraction controller configured to generate virtual elements; a robot assembly disposed on the ride vehicle, wherein a head of the robot assembly is configured to adjust positions relative to the ride vehicle; a headset communicatively coupled to the attraction controller, wherein the headset is configured to be disposed on the head of the robot assembly, wherein the headset is configured to display the virtual elements generated by the attraction controller based on a headset position in the amusement park attraction; and a camera disposed in the head of the robot assembly, wherein the camera is configured to acquire data indicative of the virtual elements displayed the headset. a ride vehicle configured to travel along a path of the amusement park attraction; an attraction controller configured to generate virtual elements; a robot assembly disposed on the ride vehicle, wherein a head of the robot assembly is configured to adjust positions relative to the ride vehicle; a headset communicatively coupled to the attraction controller, wherein the headset is configured to be disposed on the head of the robot assembly, wherein the headset is configured to display the virtual elements generated by the attraction controller based on a headset position in the amusement park attraction; and a camera disposed in the head of the robot assembly, wherein the camera is configured to acquire data indicative of the virtual elements displayed the headset.
Battery cell connection element (4, 4') having a main body in the form of a fluid conduit element made from an electrically conductive material with a longitudinal axis, which main body is preferably closed at its two ends (4a, 4b), in particular in a fluid-tight manner, and has a peripherally substantially closed casing wall, in which casing wall at least two apertures (4da, 4ea), preferably punch-puts, are arranged on the same side of the main body, which apertures (4da, 4ea) are arranged next to one another and offset in the direction of the longitudinal axis, characterized in that the main body is configured to be substantially flat in some sections, at least on its side opposite the apertures (4da, 4ea), so that flat sections (4d', 4e') of the main body are in alignment with the apertures (4da, 4ea) in a direction perpendicular to the longitudinal axis, in which preferably the main body has two substantially flat side walls (4d, 4e, 4d', 4e') arranged parallel to one another in some sections, in one of which the apertures (4da, 4ea) are arranged.
A method in a base station for coordinating resources in a wireless communications system with carrier aggregation in which a first group of terminal devices is served by a primary cell and one or more secondary cells under control of the base station, the method comprising: obtaining information indicating arrival of a second group of terminal devices at coverage of the base station, wherein a speed of any terminal device of the second group is higher than a speed of any terminal device of the first group; releasing resources allocated to the first group of terminal devices on at least one secondary cell of the one or more secondary cells; and allocating the released resources to the second group of terminal devices. obtaining information indicating arrival of a second group of terminal devices at coverage of the base station, wherein a speed of any terminal device of the second group is higher than a speed of any terminal device of the first group; releasing resources allocated to the first group of terminal devices on at least one secondary cell of the one or more secondary cells; and allocating the released resources to the second group of terminal devices.
Vehicle cabin having an air-conditioning device, in particular for an agricultural work vehicle, in order to feed a quantity of air, which is conditioned at least with respect to the temperature, to a spatial volume of the vehicle cabin by means of the air-conditioning device, and having an exhaust-air path, which is assigned to the spatial volume, in order to remove a quantity of exhaust air from the spatial volume of the vehicle cabin, wherein a heat exchanger of a cooling device which dissipates a quantity of heat is arranged in the exhaust-air path, and the heat exchanger is acted upon by the quantity of exhaust air for the purpose of releasing a quantity of heat from the cooling device, characterized in that the cooling device is a cooling circuit of a feed device for urea.
A refrigerator, comprising: an ice dispensing mechanism for dispensing ice through an ice duct; a duct cap mounted on the ice dispensing mechanism that selectively opens and closes the ice duct; and a damper that is operably coupled to the duct cap, wherein the damper acts to slow movement of the duct cap from an open position to a closed position, the damper comprising: a case coupled to the ice dispensing mechanism; a core mounted in the case; and a cap mounted in the case, wherein the cap is coupled to the duct cap and adapted to move within the case as the duct cap moves between the opened and closed positions, characterized in that a protrusion on the core is adapted to interact with at least one guide surface (134, 135, 136) on the cap, wherein interaction between the protrusion and the at least one guide surface (134, 135, 136) causes friction which tends to slow movement of the cap within the case, wherein friction caused by interaction between the protrusion and a second guide surface is greater when the duct cap first begins to move from the opened position towards the closed position than friction caused by interaction between the protrusion and a first guide surface when the duct cap is moving from the closed position to the opened position, and wherein a first surface of the protrusion is adapted to interact with the first guide surface on the cap as the duct cap moves from the closed position to the opened position, and a second surface of the protrusion is adapted to interact with the second guide surface on the cap as the duct cap moves from the opened position toward the closed position. an ice dispensing mechanism for dispensing ice through an ice duct; a duct cap mounted on the ice dispensing mechanism that selectively opens and closes the ice duct; and a damper that is operably coupled to the duct cap, wherein the damper acts to slow movement of the duct cap from an open position to a closed position, the damper comprising: a case coupled to the ice dispensing mechanism; a core mounted in the case; and a cap mounted in the case, wherein the cap is coupled to the duct cap and adapted to move within the case as the duct cap moves between the opened and closed positions, a case coupled to the ice dispensing mechanism; a core mounted in the case; and a cap mounted in the case, wherein the cap is coupled to the duct cap and adapted to move within the case as the duct cap moves between the opened and closed positions,
A test fixture comprising an external housing and an interface module located in the housing, wherein the interface module comprises: a plurality of light collectors; a plurality of converters arranged to generate an electronic signal based on light collected by respective ones of the light collectors; and an output arranged to output one or more electronic output signals indicative of a characteristic of the collected light, based on the electronic signal, to a hub unit external to the housing which is configured to receive electronic output signals from a plurality of separate interface modules and to analyse the output signals to determine characteristics of light collected by each interface module, wherein the electronic output signals from the interface module are output to the hub unit via an output port of the test fixture, the output port being electrically connectable to the hub unit for conveying the output signal to the hub unit, and wherein the external housing comprises a jig arranged to receive a device to be tested. a plurality of light collectors; a plurality of converters arranged to generate an electronic signal based on light collected by respective ones of the light collectors; and an output arranged to output one or more electronic output signals indicative of a characteristic of the collected light, based on the electronic signal, to a hub unit external to the housing which is configured to receive electronic output signals from a plurality of separate interface modules and to analyse the output signals to determine characteristics of light collected by each interface module, wherein the electronic output signals from the interface module are output to the hub unit via an output port of the test fixture, the output port being electrically connectable to the hub unit for conveying the output signal to the hub unit, and wherein the external housing comprises a jig arranged to receive a device to be tested.
Control device for controlling a multiple spark operation of an internal combustion engine, in which an ignition transformer can be switched off or on again in order to output or interrupt an ignition spark current on the basis of at least one programmable current threshold, characterized in that the predefined value for a follow current threshold is transferred from the control device to an electronic closed-loop control system of the ignition transformer on the basis of a duration of a time period between the first actuation signal which is output by the control device and a second actuation signal which is output by the control device.
A reel assembly for controlling the displacement of webbing comprising: a webbing shaft with a geared end plate, the webbing being wound about the webbing shaft, with displacement of the webbing being controlled by rotation of the webbing shaft; at least one locking pawl pivotally secured to the geared end plate, the locking pawl having pivoted and unpivoted orientations, a calibration spring secured to the locking pawl, the calibration spring having a bias that functions to urge the pawl into the unpivoted orientation, the bias being overcome when the webbing shaft is rotated at a predetermined rate, whereby the pawl is moved to the pivoted orientation; a locking ring having a geared inner periphery, the locking ring positioned around the geared end plate and being independently rotatable thereto, the locking pawl engaging the geared inner periphery of the locking ring when the pawl is in the pivoted orientation, whereby rotation of the webbing shaft causes the rotation of the locking ring characterised in that the reel assembly further comprises a locking bolt positioned adjacent the webbing shaft and having engaged and disengaged positions; and still further comprising a locking dog that is pivotally secured adjacent the geared end plate; the locking dog being disengaged from the gear end plate when the locking bolt is in the disengaged position and the locking dog being engaged with the geared end plate when the locking bolt is in the engaged position, and wherein the sliding movement of the locking bolt from the disengaged position to the engaged position triggers a pivotal movement of the locking dog to a position where it engages the geared end plate to prevent the webbing being displaced from the webbing shaft. a webbing shaft with a geared end plate, the webbing being wound about the webbing shaft, with displacement of the webbing being controlled by rotation of the webbing shaft; at least one locking pawl pivotally secured to the geared end plate, the locking pawl having pivoted and unpivoted orientations, a calibration spring secured to the locking pawl, the calibration spring having a bias that functions to urge the pawl into the unpivoted orientation, the bias being overcome when the webbing shaft is rotated at a predetermined rate, whereby the pawl is moved to the pivoted orientation; a locking ring having a geared inner periphery, the locking ring positioned around the geared end plate and being independently rotatable thereto, the locking pawl engaging the geared inner periphery of the locking ring when the pawl is in the pivoted orientation, whereby rotation of the webbing shaft causes the rotation of the locking ring