mhurhangee/ep-ind-claims huggingface dataset:
A mobile device comprising: a housing; a loop antenna contained and/or supported by the housing; a power-receiving circuit contained by the housing, said power-receiving circuit selectively connectable to the antenna by a power-receiving circuit switch; a power-transmitting circuit contained in the housing, said power-transmitting circuit selectively connectable to the antenna by a power-transmitting circuit switch; and a short-range communications circuit contained in the housing and selectively connectable to the antenna by a short-range communications circuit switch, the short-range communications circuit for sending and/or receiving data communications signals via the antenna; characterised in that the switches connect to the loop antenna at different points on the loop antenna such that connections of the power-receiving circuit, power-transmitting circuit and short-range communications circuit vary in terms of a number of loops of the loop antenna to which the respective circuit is effectively coupled when in an operationally coupled condition by the respective switch. a housing; a loop antenna contained and/or supported by the housing; a power-receiving circuit contained by the housing, said power-receiving circuit selectively connectable to the antenna by a power-receiving circuit switch; a power-transmitting circuit contained in the housing, said power-transmitting circuit selectively connectable to the antenna by a power-transmitting circuit switch; and a short-range communications circuit contained in the housing and selectively connectable to the antenna by a short-range communications circuit switch, the short-range communications circuit for sending and/or receiving data communications signals via the antenna; characterised in that the switches connect to the loop antenna at different points on the loop antenna such that connections of the power-receiving circuit, power-transmitting circuit and short-range communications circuit vary in terms of a number of loops of the loop antenna to which the respective circuit is effectively coupled when in an operationally coupled condition by the respective switch.
Control device for a building services component (1a..1e), wherein the building component is an emergency light, and wherein the control device comprises: a storage device, which is designed to store protocol data about the operating state of the control device and/or about the building services component (1a..1e); a control device, which is designed to record data about the operating state of the control device or about the building services component (1a..1e) at specific times, and to store such data as protocol data in the storage device; and an interface, which is designed to establish a direct connection with a reader for reading out the protocol data stored in the storage device, characterized in that the control device is designed to implement a function test and an operational duration test for the acquisition of the data about the operating state at regular time intervals on the basis of a time signal generated by an internal timer or time generator, wherein the time interval between two successive operating duration tests is longer than the time interval between two successive function tests; and after the end of testing, the control device is designed to automatically store test results and error messages of each function and operating duration test in the storage device, wherein a sequential unique number, the time value of the time signal at the test end, and/or the date and/or the time of the test is associated with each function and operating duration test. a storage device, which is designed to store protocol data about the operating state of the control device and/or about the building services component (1a..1e); a control device, which is designed to record data about the operating state of the control device or about the building services component (1a..1e) at specific times, and to store such data as protocol data in the storage device; and an interface, which is designed to establish a direct connection with a reader for reading out the protocol data stored in the storage device, characterized in that the control device is designed to implement a function test and an operational duration test for the acquisition of the data about the operating state at regular time intervals on the basis of a time signal generated by an internal timer or time generator, wherein the time interval between two successive operating duration tests is longer than the time interval between two successive function tests; and after the end of testing, the control device is designed to automatically store test results and error messages of each function and operating duration test in the storage device, wherein a sequential unique number, the time value of the time signal at the test end, and/or the date and/or the time of the test is associated with each function and operating duration test.
Hand truck with an adjustable wheel axle suitable for manual transport of heavy objects, comprising: - an elongate and substantially planar main frame with a front and rear side, an upper end and a lower end and a left and right-hand side, comprising two or more mutually connected upright bars; - a load plate fixedly connected to the front side of the main frame and at the lower end, wherein the load plate lies substantially at a right angle to the main frame; - an axle suspension comprising a rigid body which is fixedly connected to the rear side of the main frame and close to the lower end; - a wheel axle, both ends of which are provided with a wheel and which is disposed rotatably inside the axle suspension such that the wheel axle retains an orientation parallel to the plane of the main frame; wherein: - the rigid body of the axle suspension comprises a low stop and a high stop - the high stop is located closer to the rear side of the main frame than the low stop, - the axle suspension comprises a guide for guiding the wheel axle over a path, wherein the guide is embodied such that the wheel axle is held at substantially the same distance relative to a corner edge of the load plate and the main frame during guiding of the wheel axle over the path, characterized in that the wheel axle abuts against the low stop and high stop in two different situations of use, the path is between the low and high stops (30, 20), and that the path between low and high stops (30, 20) is an oblique path lying at an angle of 40 to 75 degrees relative to the planar main frame, wherein in upright position of the hand truck on a flat ground surface the low stop has a distance from the ground surface (hi) of about half the diameter of the wheels or less. - an elongate and substantially planar main frame with a front and rear side, an upper end and a lower end and a left and right-hand side, comprising two or more mutually connected upright bars; - a load plate fixedly connected to the front side of the main frame and at the lower end, wherein the load plate lies substantially at a right angle to the main frame; - an axle suspension comprising a rigid body which is fixedly connected to the rear side of the main frame and close to the lower end; - a wheel axle, both ends of which are provided with a wheel and which is disposed rotatably inside the axle suspension such that the wheel axle retains an orientation parallel to the plane of the main frame; - the rigid body of the axle suspension comprises a low stop and a high stop - the high stop is located closer to the rear side of the main frame than the low stop, - the axle suspension comprises a guide for guiding the wheel axle over a path, wherein the guide is embodied such that the wheel axle is held at substantially the same distance relative to a corner edge of the load plate and the main frame during guiding of the wheel axle over the path,
An inspection apparatus comprising: an obtaining unit configured to receive a target image obtained by scanning a printed surface of a printed material and receive a reference image obtained from print data of the printed surface; characterised by an analysis unit configured to analyze the reference image to obtain flatness levels indicating degrees of variation in pixel values; and a control unit configured to determine inspection thresholds (4, 15, 30, 45) for different types of image areas in the reference image based on the flatness levels, compare the reference image and the target image to detect differences in pixel values, and determine whether the differences are greater than or equal to the inspection thresholds to inspect print quality of the printed surface for the respective image areas. an obtaining unit configured to receive a target image obtained by scanning a printed surface of a printed material and receive a reference image obtained from print data of the printed surface; characterised by an analysis unit configured to analyze the reference image to obtain flatness levels indicating degrees of variation in pixel values; and a control unit configured to determine inspection thresholds (4, 15, 30, 45) for different types of image areas in the reference image based on the flatness levels, compare the reference image and the target image to detect differences in pixel values, and determine whether the differences are greater than or equal to the inspection thresholds to inspect print quality of the printed surface for the respective image areas.
A side view type light emitting device comprising: a base body including a base material and a pair of connection terminals on at least a first main surface of the base material, wherein the connection terminals are provided on the first main surface and the end surface of the base body; a light emitting diode connected to the connection terminals; a sealing member made of light shielding material that seals side surfaces of the light emitting diode; and a light transmissive member disposed on an upper surface of the light emitting diode wherein the base material has a linear expansion coefficient within ±10 ppm/°C of the linear expansion coefficient of the light emitting diode, and a side surface of the base body is flush with a side surface of the sealing member. a base body including a base material and a pair of connection terminals on at least a first main surface of the base material, wherein the connection terminals are provided on the first main surface and the end surface of the base body; a light emitting diode connected to the connection terminals; a sealing member made of light shielding material that seals side surfaces of the light emitting diode; and a light transmissive member disposed on an upper surface of the light emitting diode wherein the base material has a linear expansion coefficient within ±10 ppm/°C of the linear expansion coefficient of the light emitting diode, and a side surface of the base body is flush with a side surface of the sealing member.
A locomotion assisting exoskeleton device comprising: a plurality of braces including a trunk support for affixing, in use, to a part of the torso of a person and leg segment braces, wherein each leg segment brace connects, in use, to a section of a leg of the person; at least one motorized joint for connecting a leg brace of each leg to said trunk support and for providing relative angular movement between each leg brace and the trunk support; at least one tilt sensor mounted on the trunk support for sensing a forward tilt of the trunk support of the exoskeleton and generating a signal corresponding to the tilt; and a controller: for receiving the generated signal from said at least one tilt sensor and programmed with an algorithm with instructions for actuating the at least one motorized joint of each leg brace for forward movement of the exoskeleton in accordance with the sensed signal indicating the person desires to walk forward upon the generated signal indicating the sensed forward tilt being equal to or greater than a threshold value within a threshold time. a plurality of braces including a trunk support for affixing, in use, to a part of the torso of a person and leg segment braces, wherein each leg segment brace connects, in use, to a section of a leg of the person; at least one motorized joint for connecting a leg brace of each leg to said trunk support and for providing relative angular movement between each leg brace and the trunk support; at least one tilt sensor mounted on the trunk support for sensing a forward tilt of the trunk support of the exoskeleton and generating a signal corresponding to the tilt; and a controller: for receiving the generated signal from said at least one tilt sensor and programmed with an algorithm with instructions for actuating the at least one motorized joint of each leg brace for forward movement of the exoskeleton in accordance with the sensed signal indicating the person desires to walk forward upon the generated signal indicating the sensed forward tilt being equal to or greater than a threshold value within a threshold time. for receiving the generated signal from said at least one tilt sensor and programmed with an algorithm with instructions for actuating the at least one motorized joint of each leg brace for forward movement of the exoskeleton in accordance with the sensed signal indicating the person desires to walk forward upon the generated signal indicating the sensed forward tilt being equal to or greater than a threshold value within a threshold time.
A retrievable packer device for use in a wellbore, comprising: first and second end rings (10, 12) configured to be mounted on a base pipe; a deformable sleeve extending from the first end ring to the second end ring and configured to extend around the base pipe, the deformable sleeve being supported by the first and second end rings (10, 12) so as to define a chamber between an outer surface of the base pipe and an inner surface of the deformable sleeve, the chamber extending axially between the first and second end rings (10, 12); and a swellable sleeve mounted on the deformable sleeve, wherein the deformable sleeve is movable relative to the second end ring so as to provide a selective seal relative to the second end ring according to a lateral force exerted by the swellable sleeve on the deformable sleeve, said lateral force provided by the pack-off force from the swellable sleeve against an adjacent surface, which lateral force is increased by a pulling force on the base pipe which deforms the swellable sleeve and the deformable sleeve, so as to break the selective seal between the deformable sleeve and the second end ring and permit fluid to flow between the deformable sleeve and the second end ring to permit fluid present within the chamber to be vented for the equalisation of pressures inside and outside of the annular chamber. first and second end rings (10, 12) configured to be mounted on a base pipe; a deformable sleeve extending from the first end ring to the second end ring and configured to extend around the base pipe, the deformable sleeve being supported by the first and second end rings (10, 12) so as to define a chamber between an outer surface of the base pipe and an inner surface of the deformable sleeve, the chamber extending axially between the first and second end rings (10, 12); and a swellable sleeve mounted on the deformable sleeve, wherein the deformable sleeve is movable relative to the second end ring so as to provide a selective seal relative to the second end ring according to a lateral force exerted by the swellable sleeve on the deformable sleeve, said lateral force provided by the pack-off force from the swellable sleeve against an adjacent surface, which lateral force is increased by a pulling force on the base pipe which deforms the swellable sleeve and the deformable sleeve, so as to break the selective seal between the deformable sleeve and the second end ring and permit fluid to flow between the deformable sleeve and the second end ring to permit fluid present within the chamber to be vented for the equalisation of pressures inside and outside of the annular chamber.
A method for determining a permanent subscriber identity of a wireless communication unit located within a cell of a wireless communication system comprising a radio access network and a core network, the method including, at a radio access network element serving said cell in the radio access network, receiving directly over the air at the radio access network element a request for services from a wireless communication unit wherein the request for services includes a temporary identity of the wireless communication unit, in response to receiving said request for services, at the radio access network element, generating and transmitting directly over the air to the wireless communication unit a response message wherein the response message prompts the wireless communication unit to make a second request for services including its permanent subscriber identity, and at said radio access network element, receiving directly over the air from the wireless communication unit said second request for services including the permanent identity of the wireless communication unit and storing in the radio access network element, the permanent subscriber identity received from the wireless communication unit with the second request for services
Heat shield for a combustion chamber of a gas turbine, with a support structure and a number of heat shield tiles which are detachably fastened on the support structure by means of tile holders (2, 2a, 2b), wherein each heat shield tile has a cold side facing the support structure and a hot side which lies opposite the cold side and can be acted upon by a hot medium, and each tile holder (2, 2a, 2b) has at least one retaining section for fastening on a heat shield tile and a fastening section which can be fastened on the support structure, wherein the fastening section can be fastened in a fastening groove extending in the support structure, wherein for protection against hot gases provision is made for at least one cooling air channel, characterized in that at least one cooling air groove (1, 22) is arranged in the support structure in addition to the fastening grooves, wherein the cooling air groove (1, 22), with heat shield tiles fastened on the support structure, is at least partially overlapped in the longitudinal direction of the cooling air groove (1, 22) so that a channel-like groove section, into which at least one cooling air channel opens, is formed so that cooling air flowing from the cooling air channel can in the main be deflected into the longitudinal direction of the cooling air groove (1, 22), wherein the non-overlapped region of the cooling air groove (1, 22), with heat shield tiles arranged on the support structure, extends beneath the cold side of a heat shield tile and outside a region over which the tile holders (2, 2a, 2b) project.
Electric passenger land vehicle for public transport, in particular of the bus or tyred tram type, comprising: - one or more rechargeable electrical energy storage modules (114, 116) supplying an electric motor of said vehicle, - a passenger compartment, and - at least one waterproofing means (208, 302-308), called main waterproofing means, comprising a cover (404, 406) that can be moved between a closed position and an open position, which protects said passenger compartment, at least one storage module (114, 116) being placed between said main waterproofing means (208, 302-308) and said passenger compartment; characterized in that the main waterproofing means comprises a first tab provided on at least a portion of the periphery of said cover projecting downwards from said cover, and positioned so that in the closed position of said cover said first tab is located on the outside of a second tab, provided on the side of the upper panel of the vehicle, said first tab being equipped with a seal supported on a surface placed opposite said first tab when the cover is in the closed position. - one or more rechargeable electrical energy storage modules (114, 116) supplying an electric motor of said vehicle, - a passenger compartment, and - at least one waterproofing means (208, 302-308), called main waterproofing means, comprising a cover (404, 406) that can be moved between a closed position and an open position, which protects said passenger compartment, at least one storage module (114, 116) being placed between said main waterproofing means (208, 302-308) and said passenger compartment; characterized in that the main waterproofing means comprises a first tab provided on at least a portion of the periphery of said cover projecting downwards from said cover, and positioned so that in the closed position of said cover said first tab is located on the outside of a second tab, provided on the side of the upper panel of the vehicle, said first tab being equipped with a seal supported on a surface placed opposite said first tab when the cover is in the closed position.
A method of reducing the cold soak filter blocking tendency (CSFBT) of a biodiesel fuel composition, comprising: providing a biodiesel fuel comprising a biocomponent portion, optionally a non-biocomponent portion, and one or more solid forming compositions therein; providing a dialkylene glycol additive composition that comprises or is diethylene glycol and/or dipropylene glycol in an amount, relative to an amount of the biocomponent portion, of at least 0.7% volume/volume and at most 5.0% v/v; and blending the additive with the biodiesel fuel to form a treated fuel composition. providing a biodiesel fuel comprising a biocomponent portion, optionally a non-biocomponent portion, and one or more solid forming compositions therein; providing a dialkylene glycol additive composition that comprises or is diethylene glycol and/or dipropylene glycol in an amount, relative to an amount of the biocomponent portion, of at least 0.7% volume/volume and at most 5.0% v/v; and blending the additive with the biodiesel fuel to form a treated fuel composition.
Floor covering, comprising a first layer, designed as wear layer, and a further layer, the further layer comprising a latent heat storage system, the further layer comprising a polyurethane foam in whose matrix the latent heat storage system is incorporated, characterized in that the polyurethane foam comprises recycled material and in that the recycled material comprises flakes of recycled polyurethane foam which are bound together with the latent heat storage system in the further layer by means of a binder.
A method comprising: determining threat levels for a hazard in a plurality of different zones within a building; classifying the threat levels of the different zones of the building into at least one of a first threat level and a second threat level; designating a first zone of the plurality of different zones having the first threat level with a first predetermined detectable indicator; designating a second zone of the plurality of different zones having the second threat level with a second predetermined detectable indicator; characterized by: sensing, via a detector, at least one of the first predetermined detectable indicator and the second predetermined detectable indicator; and determining, via a system, being within the first zone when the first predetermined detectable indicator is detected or the second zone when the second predetermined detectable indicator is detected. determining threat levels for a hazard in a plurality of different zones within a building; classifying the threat levels of the different zones of the building into at least one of a first threat level and a second threat level; designating a first zone of the plurality of different zones having the first threat level with a first predetermined detectable indicator; designating a second zone of the plurality of different zones having the second threat level with a second predetermined detectable indicator; sensing, via a detector, at least one of the first predetermined detectable indicator and the second predetermined detectable indicator; and determining, via a system, being within the first zone when the first predetermined detectable indicator is detected or the second zone when the second predetermined detectable indicator is detected.