mhurhangee/ep-ind-claims huggingface dataset:
An explosion-proof system for generating acoustic energy for testing the functionality of an ultrasonic gas leak detector, comprising: a main housing including an open housing space and an opening; characterised in that the explosion-proof system further comprises: a cover structure configured for removable attachment to the main housing structure to cover the opening and provide together with the main housing an explosion- proof housing structure, the cover structure including a front face formed by_an integral head mass, the explosion-proof housing structure being configured to contain explosive conditions within the explosion-proof housing structure and prevent such condition from igniting an environment surrounding the explosion-proof housing structure; an acoustic energy generating assembly including a tail mass, an excitation assembly, and said head mass, wherein said tail mass and said excitation assembly are disposed within said explosion-proof housing structure; a power source disposed within said explosion-proof housing structure; an electronic circuit disposed within said explosion-proof housing structure powered by the power source and electrically coupled to the excitation assembly, the electronic circuit configured to generate a drive signal for driving the excitation assembly to cause the acoustic energy emitting assembly to resonate and generate acoustic energy from the front face of the cover structure; and wherein the system is man-portable, and configured so that the system is moveable with respect to the gas leak detector to test detector functionality at different system distances and angles from the detector. a cover structure configured for removable attachment to the main housing structure to cover the opening and provide together with the main housing an explosion- proof housing structure, the cover structure including a front face formed by_an integral head mass, the explosion-proof housing structure being configured to contain explosive conditions within the explosion-proof housing structure and prevent such condition from igniting an environment surrounding the explosion-proof housing structure; an acoustic energy generating assembly including a tail mass, an excitation assembly, and said head mass, wherein said tail mass and said excitation assembly are disposed within said explosion-proof housing structure; a power source disposed within said explosion-proof housing structure; an electronic circuit disposed within said explosion-proof housing structure powered by the power source and electrically coupled to the excitation assembly, the electronic circuit configured to generate a drive signal for driving the excitation assembly to cause the acoustic energy emitting assembly to resonate and generate acoustic energy from the front face of the cover structure; and wherein the system is man-portable, and configured so that the system is moveable with respect to the gas leak detector to test detector functionality at different system distances and angles from the detector.
Method for electrically driving a switchable optical element comprising at least one switching layer, wherein the switchable optical element is a window element, wherein the switching layer comprises a liquid-crystalline medium having at least three states, the state of the liquid-crystalline medium being controlled by an applied electric field, wherein the switching layer adopts a clear state when the driving voltage given as root mean square, RMS, voltage exceeds a first level, wherein when the voltage is lowered, the clear state is held until the driving voltage given as RMS voltage falls below a second level, wherein the switching layer adopts a scattering state when the driving voltage given as RMS voltage is further reduced and falls below a third level, and wherein the switching layer adopts a third state when the driving voltage given as RMS voltage is further reduced and falls below a fourth level, the method being characterized by b) switching from the clear state to the scattering state by lowering the driving voltage given as RMS voltage from a clear voltage V c2 which is lower than the first level and higher than the second level to a low voltage V L for a period of time t 2 and then raising the driving voltage given as RMS voltage to a privacy voltage V p, the privacy voltage V p being lower than or equal to the third level and higher than the fourth level and the low voltage V L being lower than the privacy voltage V p, and c) holding the scattering state by alternating the driving voltage given as RMS voltage between the privacy voltage V p and the low voltage V L until the state is switched again, wherein the privacy voltage V p is maintained for a period of time t 4 and the low voltage V L is maintained for a period of time t 5. b) switching from the clear state to the scattering state by lowering the driving voltage given as RMS voltage from a clear voltage V c2 which is lower than the first level and higher than the second level to a low voltage V L for a period of time t 2 and then raising the driving voltage given as RMS voltage to a privacy voltage V p, the privacy voltage V p being lower than or equal to the third level and higher than the fourth level and the low voltage V L being lower than the privacy voltage V p, and c) holding the scattering state by alternating the driving voltage given as RMS voltage between the privacy voltage V p and the low voltage V L until the state is switched again, wherein the privacy voltage V p is maintained for a period of time t 4 and the low voltage V L is maintained for a period of time t 5.
A mobile terminal, comprising: a camera configured to capture a preview image including at least one external device; a display unit configured to display the preview image; and a controller configured to: control the display unit to display a control menu for the external device included in the preview image, display an always-on screen when the mobile terminal is in a sleep state, wherein the always-on screen includes a non-display area, a first information display area displaying information of the mobile terminal, and a second information display area displaying information of the external device connected with the mobile terminal or capable of being connected with the mobile terminal and an input boundary display line together with the second information output area, and generate a control signal for controlling the external device in response to a preset user input in the second information display area. a camera configured to capture a preview image including at least one external device; a display unit configured to display the preview image; and a controller configured to: control the display unit to display a control menu for the external device included in the preview image, display an always-on screen when the mobile terminal is in a sleep state, wherein the always-on screen includes a non-display area, a first information display area displaying information of the mobile terminal, and a second information display area displaying information of the external device connected with the mobile terminal or capable of being connected with the mobile terminal and an input boundary display line together with the second information output area, and generate a control signal for controlling the external device in response to a preset user input in the second information display area. control the display unit to display a control menu for the external device included in the preview image, display an always-on screen when the mobile terminal is in a sleep state, wherein the always-on screen includes a non-display area, a first information display area displaying information of the mobile terminal, and a second information display area displaying information of the external device connected with the mobile terminal or capable of being connected with the mobile terminal and an input boundary display line together with the second information output area, and generate a control signal for controlling the external device in response to a preset user input in the second information display area.
A communication method, comprising: receiving, by a first communication node, Internet Protocol, IP, data from a plurality of second communication nodes, wherein the plurality of second communication nodes are connected to the first communication node through a New Radio, NR, sidelink, PC5, interface, and the first communication node is further connected to a third communication node through an NR Uu interface; mapping, by the first communication node, the IP data to a relay bearer according to a first preset mapping configuration, wherein the first preset mapping configuration comprises a many-to-one mapping indicating that the IP data is mapped to a same relay Uu data radio bearer, DRB, based on a Uu quality of service, QoS, rule; and transmitting, by the first communication node to the third communication node, the mapped IP data through the relay Uu DRB according to a DRB configuration of the first communication node. receiving, by a first communication node, Internet Protocol, IP, data from a plurality of second communication nodes, wherein the plurality of second communication nodes are connected to the first communication node through a New Radio, NR, sidelink, PC5, interface, and the first communication node is further connected to a third communication node through an NR Uu interface; mapping, by the first communication node, the IP data to a relay bearer according to a first preset mapping configuration, wherein the first preset mapping configuration comprises a many-to-one mapping indicating that the IP data is mapped to a same relay Uu data radio bearer, DRB, based on a Uu quality of service, QoS, rule; and transmitting, by the first communication node to the third communication node, the mapped IP data through the relay Uu DRB according to a DRB configuration of the first communication node.
Combined agricultural device consisting of a soil cultivation implement and a trailing roller, which directly follows the soil cultivation implement and guides the soil cultivation implement at the soil cultivation depth and re-compacts the soil at least in partial regions and preferably has tyre-like roller elements, and at least one associated distribution machine which is preferably designed as a (single grain) seeder and has at least one seed storage container and a plurality of sowing coulters arranged spaced apart from one another, wherein the roller elements are arranged spaced apart from one another, wherein the sowing coulters are arranged on at least one crossbar of the combined agricultural device by means of articulated struts, wherein the coulters (13, 14, 111) are arranged in the regions not compacted by the roller elements (5, 109, 109'), wherein the crossbar is arranged upstream of the roller elements (5, 109, 109'), wherein the articulated struts (15, 16) for the coulters (13, 14) at least partially extend through the intermediate region between the roller elements (5, 109, 109'), characterized in that the sowing coulters are each assigned depth-guiding wheels, in that the depth-guiding wheels extend over the intermediate space between mutually adjacent roller elements (5, 109, 109') and extend, at least with their front region, into the intermediate region between the roller elements (5, 109, 109') and re-compact the region not re-compacted by the roller elements (5, 109, 109').
Product holding devices comprising a control device, particularly for a packaging machine for packaging small-sized products, such as small-sized confectionery, with a rotation head with a plurality of clamping units rotating therewith, each clamping unit comprising a pair of clamping jaws and at least one cam roller, in contact with a first control cam for an opening and closing movement of the pair of clamping jaws, with a further device (13, 16, 18) for initiating an opening movement of the pair of clamping jaws, characterized by a second control cam which is movable relative to the clamping unit for the opening movement of the pair of clamping jaws in response to a control signal, wherein the cam roller which is in contact with the first control cam of a first cam disc controls the opening and closing movement of the pair of clamping jaws, the clamping unit comprises a sensing roller with which the second control cam can be brought into engagement in response to a sensor signal, and the cam disc forms the first control cam and supports a second cam or eccentric disc which in response to a control signal can be brought into a movement path of the sensing roller, for the selected introduction of an opening movement of the pair of clamping jaws.
An immune modulator for use in a method of treating a tumor in a subject with cancer comprising administering an effective amount of ionizing radiation and the immune modulator to the tumor, wherein the immune modulator is a small molecule drug, or an antibody or a fragment thereof, that specifically binds to an inhibitory checkpoint molecule and inhibits the activity of the inhibitory checkpoint molecule and the inhibitory checkpoint molecule is TIM4.
Magnetic-inductive flowmeter, comprising a coil body, which is designed to sense a fluid flow in a fluid channel, and an electronic unit, which is electrically connected to the coil body and is designed to sense and/or evaluate electrical signals provided by the coil body, wherein the coil body and the electronic unit are provided in a common housing, and wherein the housing is designed as a housing surrounding the fluid channel, wherein the electronic unit is provided inside a housing section which surrounds the fluid channel on the periphery, characterised in that at least one further fluid channel is provided in the housing in order to convey gases or fluids.
A method of operation of a Radio Access Network, RAN, base station (12, 16) in a cellular communications network, characterised by: sending, to a User Equipment, UE, a release message for moving the UE to a RAN controlled inactive state, during which state User Equipment Radio Access Network context is stored in the UE and in the RAN base station (12, 16), wherein said release message comprises a configuration of a timer value T set by the Radio Access Network, RAN, base station (12, 16) for a periodic updating timer.
Vehicle body panel, consisting of an outer wall supported by a structural lining, made by molding a plastic or composite material, comprising stiffeners (20, 20a, 20b, 20c) arranged to give said body panel a given mechanical strength, where one or more connecting elements reported, whose rigidity is adapted to suppress a vibration response of stiffeners (20, 20a, 20b), connect by each of their ends distinct attachment points arranged on the lining, and in which each end of the connecting element is inserted into a housing, arranged on a stiffener (20, 20a, 20b), to form with said stiffener a recessed bond, characterized in that the side walls of the housing are in permanent contact with the side walls of the end of the connecting element and include growths intended to collaborate with a choke arranged at the end of the connecting element and are arranged in such a way as to prevent the exit from the housing of the connecting element in a longitudinal direction (LL') of the connecting element, so that the shape of the housing is complementary to the shape of the end of the connecting element.
Method for determining properties of a laboratory sample contained in a laboratory sample container, wherein the method comprises the steps: - measuring projections (P1, P2) of the laboratory sample container comprising the laboratory sample by irradiating light to the laboratory sample container at different projection angles (α1, α2), and - determining the properties of the laboratory sample by tomographic reconstruction based on the projections (P1, P2), characterized in that - the properties of the laboratory sample are the light attenuation coefficients of the laboratory sample as a function of its position inside the laboratory sample container. - measuring projections (P1, P2) of the laboratory sample container comprising the laboratory sample by irradiating light to the laboratory sample container at different projection angles (α1, α2), and - determining the properties of the laboratory sample by tomographic reconstruction based on the projections (P1, P2), characterized in that - the properties of the laboratory sample are the light attenuation coefficients of the laboratory sample as a function of its position inside the laboratory sample container.
A method of generating a control packet, the method including: generating first data rate information indicating whether a device supports a data rate modifying function for uncompressed data; and generating a control packet including the first data rate information; characterised in that the data rate modifying function for uncompressed data comprises generating, when the uncompressed data is uncompressed video data, at least one pixel block comprising at least one reference pixel and at least one adjacent pixel adjacent to the at least one reference pixel from pixels of a video frame of the uncompressed video data, and modifying a number of the at least one adjacent pixel included in each of the at least one pixel block. generating first data rate information indicating whether a device supports a data rate modifying function for uncompressed data; and generating a control packet including the first data rate information; characterised in that the data rate modifying function for uncompressed data comprises generating, when the uncompressed data is uncompressed video data, at least one pixel block comprising at least one reference pixel and at least one adjacent pixel adjacent to the at least one reference pixel from pixels of a video frame of the uncompressed video data, and modifying a number of the at least one adjacent pixel included in each of the at least one pixel block.
A gripper for capping machines, in particular multi-head capping machines, intended for capping a container, in particular a bottle, said container is adapted to being capped, in particular has a threaded neck for being capped, where said gripper has: a body capable of revolving on the axis of rotation, and at least two levers adapted to assuming at least two different positions: - the first position in which it is possible to insert a cap between the gripper levers; - the second position in which the cap is locked between the gripper levers at least rotationally; characterized in that at least one lever is attached to the gripper body by means of at least two movable arms, each arm being attached in a hinged way to the body and to that lever, where the movable arms and the lever are configured so that when changing the position of the lever from the first position to the second position, the movable arms turn in relation to the gripper body, and said at least one lever moves up or down in relation to the gripper body, while the axis of this lever - defined as a straight line that passes through the points of the hinged attachment of the movable arms to this lever - is parallel to the axis of rotation of the gripper in both the first position and the second position. - the first position in which it is possible to insert a cap between the gripper levers; - the second position in which the cap is locked between the gripper levers at least rotationally; the movable arms and the lever are configured so that when changing the position of the lever from the first position to the second position, the movable arms turn in relation to the gripper body, and said at least one lever moves up or down in relation to the gripper body, while the axis of this lever - defined as a straight line that passes through the points of the hinged attachment of the movable arms to this lever - is parallel to the axis of rotation of the gripper in both the first position and the second position.
An insulation wall panel comprising a central layer with one or several mutually adjoining insulation panels, each insulation panel having a panel surface on either side and a circumferential edge, wherein the central layer is provided at each of its mutually opposing sides with a core layer (14, 18) of plates that have a plate surface at each of their sides and a circumferential edge, wherein each core layer (14, 18) is provided with a skin layer (12, 20) at its side facing away from the central layer, wherein a reinforcement layer (15, 17) is provided between the central layer and each of the adjoining core layers, characterised in that the core layer consists of insulation plates and in that at least a reinforcement rib extends around the circumferential edge of the or each insulation panel between the two reinforcement layers, and wherein at least a reinforcement rib extends around the circumferential edge of one or more insulation plates between a reinforcement layer and the adjoining skin layer.
Onboard telematic device that is intended to be attached to a metal part of a body of a motor vehicle, including a housing incorporating a printed circuit board, one face of which bears at least one power electronic component, a radiofrequency transceiving antenna, which is intended to extend through an opening in the metal part, and a metal screen that is interposed between a lower part of the antenna on one side and the printed circuit board and said at least one component in order to insulate the antenna from parasitic emissions, said screen being intended to be attached between said metal part and the housing so as to provide electrical continuity, in which device said at least one component is placed in line with the metal screen and in thermal contact with a portion of said screen, and said screen is made of thermally conductive material so as to form a means for heat transfer between the power electronic component and the metal part.