mhurhangee/ep-ind-claims huggingface dataset:
Sealing element for an opening integrated into a worktop of a receiving chamber formed to receive a base device of a multifunctional kitchen appliance, and the sealing element being formed to enclose the opening all around, and the sealing element being formed to lie against a contact portion on a surface (162; 210) of the worktop or a skirt surface of the worktop bordering the opening so as to be flush with the worktop, and the sealing element, in use, being flush with the surface (162; 210) of the worktop at an edge distal from the centre of the opening and/or being, at a sealing part of the sealing element, spaced further from the plane of the surface (162; 210) of the worktop on a side which faces the centre of the opening than on a side of the sealing element which faces away from the centre of the opening, characterised in that the sealing element has a movable element for moving at least a part of the sealing element the movable element being combined or combinable with an ejection mechanism for a lid covering the opening. and the sealing element being formed to enclose the opening all around, and the sealing element being formed to lie against a contact portion on a surface (162; 210) of the worktop or a skirt surface of the worktop bordering the opening so as to be flush with the worktop, and the sealing element, in use, being flush with the surface (162; 210) of the worktop at an edge distal from the centre of the opening and/or being, at a sealing part of the sealing element, spaced further from the plane of the surface (162; 210) of the worktop on a side which faces the centre of the opening than on a side of the sealing element which faces away from the centre of the opening, characterised in that the sealing element has a movable element for moving at least a part of the sealing element the movable element being combined or combinable with an ejection mechanism for a lid covering the opening.
A pressure sensor comprising a deformation body, characterized in that at least a first Wheatstone bridge and a second Wheatstone bridge are formed on said deformation body, the first Wheatstone bridge and the second Wheatstone bridge each comprising, on the one hand, a first pair of resistors (71, 81) located at a first distance from a center of the deformation body and, on the other hand, a second pair of resistors (72, 82) located at a second distance from said center of said deformation body, the second distance being greater than the first distance, characterized in that the first Wheatstone bridge comprises resistors (71, 72) in a first material and the second Wheatstone bridge comprises resistors (81, 82) in a second material, the first material and the second material being different from each other.
A method implemented by a network element to support a plurality of network services between a computing device and the network element over non-channelized media using a single subscriber session, the method comprising the steps of: receiving from the computing device a request for a first network service, the request including a Media Access Control, MAC, address of the computing device; retrieving a user record from a database server based on the MAC address of the computing device; determining from the user record whether the computing device supports both the first network service and a second network service; creating a single dual-stack session that combines the first network service and the second network service upon determining that the computing device supports the first network service and the second network service; and enabling the computing device to access the first network service and the second network service, wherein the first network service and the second network service are managed by the single dual-stack session; wherein the dual-stack session is a Clientless Internet Protocol Services, CLIPS, dual-stack session that includes a CLIPS IPv4, CLIPSv4, stack for managing an IPv4 network service and a CLIPS IPv6, CLIPSv6, stack for managing an IPv6 network service. receiving from the computing device a request for a first network service, the request including a Media Access Control, MAC, address of the computing device; retrieving a user record from a database server based on the MAC address of the computing device; determining from the user record whether the computing device supports both the first network service and a second network service; creating a single dual-stack session that combines the first network service and the second network service upon determining that the computing device supports the first network service and the second network service; and enabling the computing device to access the first network service and the second network service, wherein the first network service and the second network service are managed by the single dual-stack session; wherein the dual-stack session is a Clientless Internet Protocol Services, CLIPS, dual-stack session that includes a CLIPS IPv4, CLIPSv4, stack for managing an IPv4 network service and a CLIPS IPv6, CLIPSv6, stack for managing an IPv6 network service.
A method of manufacturing a vertical metal-semiconductor field-effect transistor, MESFET, device, the method comprising: forming a first oxide layer; forming a first electrode in the oxide layer; forming a crystallized silicon layer on the first electrode; forming a second electrode on the first oxide layer and on sidewalls of the crystalized silicon layer; forming a second oxide layer on upper surfaces of the second electrode; and forming a third electrode on an upper surface of the crystallized silicon layer. forming a first oxide layer; forming a first electrode in the oxide layer; forming a crystallized silicon layer on the first electrode; forming a second electrode on the first oxide layer and on sidewalls of the crystalized silicon layer; forming a second oxide layer on upper surfaces of the second electrode; and forming a third electrode on an upper surface of the crystallized silicon layer.
A photovoltaic tile, comprising: color steel tiles, wherein adjacent color steel tiles of the color steel tiles are fixedly connected to each other, the color steel tiles each comprise a male rib, a female rib, and a folding portion, the male rib and the female rib are respectively arranged at two opposite ends of the color steel tile along a width direction, the folding portion is arranged between the male rib and the female rib, and the female rib is fixedly connected to the male rib of an adjacent color steel tile to form a connecting end; fixing devices mounted on the folding portions; and photovoltaic modules each having two ends respectively connected to the fixing devices of folding portions of adjacent color steel tiles; wherein when the photovoltaic module is mounted on the color steel tile, the connecting end supports the photovoltaic module. color steel tiles, wherein adjacent color steel tiles of the color steel tiles are fixedly connected to each other, the color steel tiles each comprise a male rib, a female rib, and a folding portion, the male rib and the female rib are respectively arranged at two opposite ends of the color steel tile along a width direction, the folding portion is arranged between the male rib and the female rib, and the female rib is fixedly connected to the male rib of an adjacent color steel tile to form a connecting end; fixing devices mounted on the folding portions; and photovoltaic modules each having two ends respectively connected to the fixing devices of folding portions of adjacent color steel tiles; wherein when the photovoltaic module is mounted on the color steel tile, the connecting end supports the photovoltaic module.
A liquid level detection device comprising: a float that ascends and descends following a liquid level; at least one magnet unit attached to the float, wherein each magnet unit comprises a plurality of magnets (2A, 2B); a guide member that guides the float to ascend and descend, wherein the plurality of magnets of the at least one magnet unit are disposed facing each other with the guide member interposed; a plurality of magnetic sensors attached to the guide member, and sensing a magnetic flux density varying in response to a position assumed by the at least one magnet unit as the at least one magnet unit ascends/descends, and outputting an electrical signal corresponding to the magnetic flux density; and a detection circuit that detects a position of the float based on electrical signals respectively output from the plurality of magnetic sensors, the detection circuit detecting the position of the float based on electrical signals output from two adjacent ones of the plurality of magnetic sensors. a float that ascends and descends following a liquid level; at least one magnet unit attached to the float, wherein each magnet unit comprises a plurality of magnets (2A, 2B); a guide member that guides the float to ascend and descend, wherein the plurality of magnets of the at least one magnet unit are disposed facing each other with the guide member interposed; a plurality of magnetic sensors attached to the guide member, and sensing a magnetic flux density varying in response to a position assumed by the at least one magnet unit as the at least one magnet unit ascends/descends, and outputting an electrical signal corresponding to the magnetic flux density; and a detection circuit that detects a position of the float based on electrical signals respectively output from the plurality of magnetic sensors, the detection circuit detecting the position of the float based on electrical signals output from two adjacent ones of the plurality of magnetic sensors.
A service lift, in particular for installation in or on building structures, comprising a personnel access means, a drive device for upward and downward movement of the personnel access means, and a suspension means which can be fixedly connected to the building and along which the service lift is movable by the drive device, wherein the suspension means has a first and a second drive chain (7a, b) which can be mounted to a fixing point on the building structures, and wherein the drive device has for each of the drive chains (7a, b) one or more cogwheels which are in force-transmitting engagement with the respective drive chain (7a, b) to convert a rotation of the cogwheels into the upward or downward movement of the service lift, wherein the drive device has a motor drive having a first drive motor and a second drive motor which are respectively in engagement with one of the two drive chains, wherein the two drive motors, the cogwheels disposed in engagement with the drive chains (7a, b) for both drive chains (7a, b) and the drive chains (7a, b) are of an identical configuration, characterised in that the drive device is fixed on the roof of the personnel access means by means of a mounting plate, wherein there is provided a lifting force limiting device which is adapted in dependence on a relative movement between the drive device and the personnel access means to stop the upward or downward movement of the service lift when a predetermined chain load is exceeded, and wherein the drive motors are mounted on a common load receiving plate, wherein - the load receiving plate is mounted pivotably to the personnel access means and is biased by a spring element in the direction of the personnel access means, - preferably the pivotal movement is inhibited by means of a damper element, - the pivot axis is displaced horizontally relative to a chain line of the drive chains (7a, b) at the suspension means side, and - an interrupt switch for the drive device is arranged on the personnel access means or the load receiving plate in such a way that upon the occurrence of a predetermined deflection of the load receiving plate in opposition to the operative direction of the prestressed spring element the switch is triggered. - the load receiving plate is mounted pivotably to the personnel access means and is biased by a spring element in the direction of the personnel access means, - preferably the pivotal movement is inhibited by means of a damper element, - the pivot axis is displaced horizontally relative to a chain line of the drive chains (7a, b) at the suspension means side, and - an interrupt switch for the drive device is arranged on the personnel access means or the load receiving plate in such a way that upon the occurrence of a predetermined deflection of the load receiving plate in opposition to the operative direction of the prestressed spring element the switch is triggered.
A kit comprising: a particulate acellular tissue matrix; a water miscible solvent; and a polymer which is dissolvable in the solvent wherein after mixing the ATM, polymer, and solvent and placing the mixture in contact with an aqueous media, the water miscible solvent is capable of diffusing from the mixture to allow the mixture to form a tissue scaffold from the polymer and ATM. a particulate acellular tissue matrix; a water miscible solvent; and a polymer which is dissolvable in the solvent wherein after mixing the ATM, polymer, and solvent and placing the mixture in contact with an aqueous media, the water miscible solvent is capable of diffusing from the mixture to allow the mixture to form a tissue scaffold from the polymer and ATM.
Rotary cutting device, comprising a machine stand (12; 112), a first roller (30; 114) that is mounted rotatably on the machine stand (12; 112), a second roller (42; 116) that is mounted rotatably on the machine stand (12; 112), wherein either (i) the first roller (30; 114) is a tool roller and the second roller (42; 116) is a counter-roller, or (ii) the second roller is a tool roller and the first roller is a counter-roller, and wherein the second roller (42; 116) is mounted on the machine stand (12; 112) such that it is displaceable on a first displacement axis, and a cutting pressure device (52; 120) by way of which a cutting pressure is configured to be exerted between the second roller (42; 116) and the first roller (30; 114), characterized in that, in a support mode, the second roller (42; 116) is supported against a wedge device (62; 122), and in that the wedge device (62; 122) has at least one displaceable wedge element, wherein a displacement position of the at least one displaceable wedge element predetermines a spacing between the second roller (42; 116) and the first roller (30; 114), and in that there is associated with the at least one displaceable wedge element a drive device for a displacement movement of the at least one displaceable wedge element on a second displacement axis, wherein the drive device is adapted such that, when the second roller (42; 116) is raised relatively away from the first roller (30; 114) and the second roller (42; 116) is no longer supported against the wedge device (62; 122), the at least one displaceable wedge element is displaced automatically such that the second roller (42; 116) is once again supported against the wedge device (62; 122), in which case the second roller (42; 116) is at a spacing from the first roller (30; 114).
An image and/or a video projecting structure including a light scattering material layer having a flat shape, and having fine light scattering particles dispersed inside a transparent layer formed on a transparent substrate, wherein the light scattering layer contains the fine scattering particles by a concentration of greater than or equal to 0.01 vol% and less than or equal to 5 vol%; characterized in that the light scattering material layer contains light absorbing material by a concentration of greater than or equal to 0.01 vol% and less than or equal to 5 vol%.
A method for determining the rotational speed (n) of a starter, in particular for motor vehicle internal combustion engines, in which the rotational speed (n) is determined by means of a calculation algorithm based on electrical quantities (U 45, U br, I) characterised in that the calculation algorithm is calibrated, wherein the engine speed (n mot) is measured and compared with the calculated starter speed (n) in the engaged state of the starter, and the calculation algorithm is corrected accordingly in the event of a deviation.
An apparatus for continuous separation and discharge of solid catalysts and liquid products for Fischer-Tropsch synthesis reactions by which synthetic oil is synthesized from a feeding gas, the apparatus comprising: a level sensing device which is installed at an inner portion of a reactor and detects the level of slurry-phase reactants; a solid catalyst/liquid product separation device and a discharge device which are installed at a lower portion of the reactor and separate and discharge solid catalysts and liquid products mixed in the reactor; a control unit which receives a signal from the slurry-level sensing device to open and close the discharge device; wherein the separation device filters the solid catalysts, and the discharge device continuously discharges the liquid products separated from the solid catalysts through the lower portion of the reactor by the amount of the synthesized products measured by a slurry level sensing device; differential pressure sensors which are installed at upper and lower portions of the separation device and detect a pressure drop occurring at the upper and lower portions of the separation device; and a filter restoration device which provides periodic gas pulses to the separation device using a feeding gas to restore the separation device, to which the solid catalysts are fused or deposited, back-flushed to an initial state, wherein the control unit receives a signal from the differential pressure sensor to control operation of the filter restoration device when the pressure drop is increased to a predetermined level. a level sensing device which is installed at an inner portion of a reactor and detects the level of slurry-phase reactants; a solid catalyst/liquid product separation device and a discharge device which are installed at a lower portion of the reactor and separate and discharge solid catalysts and liquid products mixed in the reactor; a control unit which receives a signal from the slurry-level sensing device to open and close the discharge device; wherein the separation device filters the solid catalysts, and the discharge device continuously discharges the liquid products separated from the solid catalysts through the lower portion of the reactor by the amount of the synthesized products measured by a slurry level sensing device; differential pressure sensors which are installed at upper and lower portions of the separation device and detect a pressure drop occurring at the upper and lower portions of the separation device; and a filter restoration device which provides periodic gas pulses to the separation device using a feeding gas to restore the separation device, to which the solid catalysts are fused or deposited, back-flushed to an initial state, wherein the control unit receives a signal from the differential pressure sensor to control operation of the filter restoration device when the pressure drop is increased to a predetermined level.
A method for operating a fingerprint sensor comprising a plurality of ultrasonic transducers, the method comprising: activating a first subset of ultrasonic transducers of the fingerprint sensor, the first subset of ultrasonic transducers for detecting interaction between an object and the fingerprint sensor; and subsequent to detecting interaction between an object and the fingerprint sensor, activating a second subset of ultrasonic transducers of the fingerprint sensor, the second subset of ultrasonic transducers for determining whether the object is a human finger, wherein the second subset of ultrasonic transducers comprises a greater number of ultrasonic transducers than the first subset of ultrasonic transducers. activating a first subset of ultrasonic transducers of the fingerprint sensor, the first subset of ultrasonic transducers for detecting interaction between an object and the fingerprint sensor; and subsequent to detecting interaction between an object and the fingerprint sensor, activating a second subset of ultrasonic transducers of the fingerprint sensor, the second subset of ultrasonic transducers for determining whether the object is a human finger, wherein the second subset of ultrasonic transducers comprises a greater number of ultrasonic transducers than the first subset of ultrasonic transducers.
An encoding method, comprising: Encoding 8-bit data corresponding to a to-be-encoded byte of to-be-transmitted data into 9-bit data, the to-be-transmitted data comprising at least one to-be-encoded byte; Detecting the first digit of data of the 9-bit data and a previous digit of data adjacent to the first digit of data, when the to-be-encoded byte is not the first byte of the to-be-transmitted data; Inverting the 9-bit data and then adding a tenth digit of data for indicating that the inverted 9-bit data has undergone an inversion operation behind the inverted 9-bit data to obtain 10-bit data, when the numerical value of the first digit of data is the same as that of the previous digit of data; and Adding a tenth digit of data for indicating that the 9-bit data has not undergone an inversion operation behind the 9-bit data to obtain 10-bit data, when the numerical value of the first digit of data is different from that of the previous digit of data; wherein all of the 8-bit data, the 9-bit data and the 10-bit data is binary data. Encoding 8-bit data corresponding to a to-be-encoded byte of to-be-transmitted data into 9-bit data, the to-be-transmitted data comprising at least one to-be-encoded byte; Detecting the first digit of data of the 9-bit data and a previous digit of data adjacent to the first digit of data, when the to-be-encoded byte is not the first byte of the to-be-transmitted data; Inverting the 9-bit data and then adding a tenth digit of data for indicating that the inverted 9-bit data has undergone an inversion operation behind the inverted 9-bit data to obtain 10-bit data, when the numerical value of the first digit of data is the same as that of the previous digit of data; and Adding a tenth digit of data for indicating that the 9-bit data has not undergone an inversion operation behind the 9-bit data to obtain 10-bit data, when the numerical value of the first digit of data is different from that of the previous digit of data; wherein all of the 8-bit data, the 9-bit data and the 10-bit data is binary data.
A drive device (37, 39, 139) for a hood (1, 101) of a convertible vehicle, by means of which a first pivoting part and a second pivoting part are displaceable, comprising two gears (49, 51, 151) of which a first gear can be coupled with the first pivoting part and a second gear (51, 151) can be coupled with the second pivoting part, and the gears (49, 51, 151) engage with each other, wherein, in order to displace the first pivoting part, the first gear is supported so as to be able to roll on the second gear (51, 151) and, for the displacement movement of the second pivoting part, the second gear (51, 151) is supported in a rotatable manner, characterised in that the second gear (51, 151) is fixed so as not to rotate with respect to the first gear, so that the movement of the first pivoting part can be carried out independently of any movement of the second pivoting part.