mhurhangee/ep-ind-claims huggingface dataset:
An electronic display apparatus comprising: a support frame, the support frame providing a protective frame around each of the following discrete electrical assembly components: an electronic display configured to display content based on image data; a display driver circuit to receive the image data and to supply an image signal to the electronic display to cause the electronic display to display the content, the image signal based on the image data; and a connector cable connecting the display driver circuit and the electronic display for transmission of the image signal from the display driver circuit to the electronic display; wherein the support frame is mountable to one or more surfaces so as to mount the electronic display to a first portion of the one or more surfaces and mount the display driver circuit to a second portion of the one or more surfaces that is away from the first portion, and the support frame maintains the electronic display in a spaced relationship from the display driver circuit. a support frame, the support frame providing a protective frame around each of the following discrete electrical assembly components: an electronic display configured to display content based on image data; a display driver circuit to receive the image data and to supply an image signal to the electronic display to cause the electronic display to display the content, the image signal based on the image data; and a connector cable connecting the display driver circuit and the electronic display for transmission of the image signal from the display driver circuit to the electronic display; an electronic display configured to display content based on image data; a display driver circuit to receive the image data and to supply an image signal to the electronic display to cause the electronic display to display the content, the image signal based on the image data; and a connector cable connecting the display driver circuit and the electronic display for transmission of the image signal from the display driver circuit to the electronic display; wherein the support frame is mountable to one or more surfaces so as to mount the electronic display to a first portion of the one or more surfaces and mount the display driver circuit to a second portion of the one or more surfaces that is away from the first portion, and the support frame maintains the electronic display in a spaced relationship from the display driver circuit.
Sieving box, for use in sieving machines where pluralities of products are classified by being sieved; having; - at least one sieve frame having edge profiles whereon a sieve is fixed and - at least one brush pan obtained by bending a bendable plate at a plurality of bending lines forming wall portions extending away from the brush movement surface, wherein the brush pan comprises a brush movement surface characterized in that said sieving box comprises - said brush pan which comprises at least one product passage opening, and at least one under-box pressing surface, extending in parallel to the brush mounting surface, obtained by bending the bendable plate from the bending line and from at least one bottom rim bending line, - at least one support frame o assembled on said brush pan, and positioned between the sieve frame and the brush pan, and o having at least one closing rod and at least one output module having at least one module passage opening in a manner matching with the product passage opening provided on said brush pan. - at least one sieve frame having edge profiles whereon a sieve is fixed and - at least one brush pan obtained by bending a bendable plate at a plurality of bending lines forming wall portions extending away from the brush movement surface, wherein the brush pan comprises a brush movement surface - said brush pan which comprises at least one product passage opening, and at least one under-box pressing surface, extending in parallel to the brush mounting surface, obtained by bending the bendable plate from the bending line and from at least one bottom rim bending line, - at least one support frame o assembled on said brush pan, and positioned between the sieve frame and the brush pan, and o having at least one closing rod and at least one output module having at least one module passage opening in a manner matching with the product passage opening provided on said brush pan. o assembled on said brush pan, and positioned between the sieve frame and the brush pan, and o having at least one closing rod and at least one output module having at least one module passage opening in a manner matching with the product passage opening provided on said brush pan.
A signal processing method for processing an audio signal or a speech signal, comprising: selecting M sub-bands from N sub-bands, wherein the N sub-bands are obtained by dividing spectral coefficients of a current frame of a signal, frequency bands of the M sub-bands are lower than frequency bands of the other K sub-bands in the N sub-bands, N is a positive integer greater than 1, both M and K are positive integers, and the sum of M and K is N; computing and quantizing envelope value of each sub-band of the N sub-bands; determining total energy of the M sub-bands according to the quantized envelope values of the M sub-bands; determining total energy of the K sub-bands according to the quantized envelope values of the K sub-bands; determining a ratio of the total energy of the M sub-bands to the total energy of the K sub-bands as an energy characteristic of the M sub-bands; determining, in a case in which the energy characteristic falls within a first range and a spectral characteristic of the M sub-bands falls within a second range, to perform a modification operation on quantized envelope values of the M sub-bands, wherein the spectral characteristic of the M sub-bands indicates a degree of spectral fluctuation of the M sub-bands and is obtained based on the quantized envelope values of the M sub-bands; performing modification respectively on the quantized envelope values of the M sub-bands, so as to acquire modified envelope values of the M sub-bands; and performing first bit allocation on the N sub-bands according to the modified envelope values of the M sub-bands and quantized envelope values of the K sub-bands. selecting M sub-bands from N sub-bands, wherein the N sub-bands are obtained by dividing spectral coefficients of a current frame of a signal, frequency bands of the M sub-bands are lower than frequency bands of the other K sub-bands in the N sub-bands, N is a positive integer greater than 1, both M and K are positive integers, and the sum of M and K is N; computing and quantizing envelope value of each sub-band of the N sub-bands; determining total energy of the M sub-bands according to the quantized envelope values of the M sub-bands; determining total energy of the K sub-bands according to the quantized envelope values of the K sub-bands; determining a ratio of the total energy of the M sub-bands to the total energy of the K sub-bands as an energy characteristic of the M sub-bands; determining, in a case in which the energy characteristic falls within a first range and a spectral characteristic of the M sub-bands falls within a second range, to perform a modification operation on quantized envelope values of the M sub-bands, wherein the spectral characteristic of the M sub-bands indicates a degree of spectral fluctuation of the M sub-bands and is obtained based on the quantized envelope values of the M sub-bands; performing modification respectively on the quantized envelope values of the M sub-bands, so as to acquire modified envelope values of the M sub-bands; and performing first bit allocation on the N sub-bands according to the modified envelope values of the M sub-bands and quantized envelope values of the K sub-bands.
A fastening system for fastening a rail for rolling stocks such as trains, comprising a base plate, an elastic material and a rigid casing, wherein the base plate is embedded in the elastic material and the elastic material is arranged, at least partially, between the base plate and the rigid casing, characterised in that the elastic material comprises several zones, the zones having different elastic properties, wherein a first zone being at or closer to an inner side of the system has a lower e-modulus than a second zone being at or closer to an outer side of the system, wherein the inner side of the system is, when in use in a track, the side which faces a centre of the track, and wherein the outer side of the system is the side which, in use, is facing away from the centre of the track.
A method of preventing interference of adjacent frequencies wherein two cellular systems (A, B) comprising a plurality of base stations (11, 12, 13, 61, 62, 63) and at least one mobile station utilizing frequency bands (Fa1, Fa2, Fa3) adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies (Fb1, Fb2, Fb3) to a base station (61, 62, 63) of the other cellular system, said method comprising the steps of: at the mobile station of said one cellular system: measuring a received power of signals transmitted from the base station (61, 62, 63) of the other cellular system; and at the base station and the mobile station of said one cellular system: if the measured value is larger than a threshold value (Qth1, Qp1+Qth2), using a carrier frequency (Fa1, Fa2) that is not adjacent to that (Fb1, Fb2, Fb3) of said other cellular system as a carrier frequency of an uplink channel, wherein said measurement is performed on the frequencies (Gb1, Gb2, Gb3) of signals for the downlink channel used by a base station (61, 62, 63) of the other cellular system. at the mobile station of said one cellular system: measuring a received power of signals transmitted from the base station (61, 62, 63) of the other cellular system; and at the base station and the mobile station of said one cellular system: measuring a received power of signals transmitted from the base station (61, 62, 63) of the other cellular system; and at the base station and the mobile station of said one cellular system: if the measured value is larger than a threshold value (Qth1, Qp1+Qth2), using a carrier frequency (Fa1, Fa2) that is not adjacent to that (Fb1, Fb2, Fb3) of said other cellular system as a carrier frequency of an uplink channel, wherein said measurement is performed on the frequencies (Gb1, Gb2, Gb3) of signals for the downlink channel used by a base station (61, 62, 63) of the other cellular system.
Rollo assembly for an open roof construction for a vehicle, comprising a roof opening in a stationary roof part, the rollo assembly can be positioned below said roof opening and is intended for covering the roof opening, wherein the rollo assembly comprises a rollo screen and a winding shaft, said rollo screen including a rollo screen edge which is attached to a stationary member of the open roof construction, wherein the opposite edge being formed by an operating beam (8, 16) which is movable parallel to the roof opening in first and second directions (D1,D2) in correspondence with the amount of rollo screen being wound on or off said winding shaft, the rollo screen having two longitudinal edges which, when the rollo screen is wound off, are brought into engagement with holding members extending alongside the longitudinal edges of the roof opening, wherein the holding members each comprise at least a holding groove having an elongated entrance opening, an edge area near each longitudinal edge of the rollo screen being insertable into the respective holding groove together with a locking member, preferably an elongated locking member, clamping the rollo screen in the holding groove, the locking member, the edge area of the rollo screen and the holding groove having a shape and/or dimension preventing the locking member from unintentially leaving the holding groove through the entrance opening, characterized in that the entrance opening of the holding groove is more narrow than the holding groove, such that the locking member is locked within the holding groove when the locking member and the edge area of the rollo screen are inserted in the holding groove through the entrance opening.
A method, comprising: receiving audio information by way of a plurality of microphones comprised by an apparatus wherein the audio information comprise first audio information from a first microphone and second audio information from a second microphone; determining a frequency difference on arrival between the first audio information and the second audio information; determining, based on the frequency difference on arrival, at least one spatial audio property of the audio information in relation to the apparatus wherein the spatial audio property comprises an audio distance from the apparatus; determining an operational directive (403,406,409,413,416,419, 423, 425, 427), wherein the operational directive governs a plurality of functions of the apparatus (200, 301, 311, 321, 331) and wherein determining the operational directive consists of selecting an operational directive from a plurality of available operational directives based, at least in part, on the spatial audio property and at least one operational directive governs at least one function independent of processing audio information; and performing one or more functions in conformance with the operational directive by the apparatus. receiving audio information by way of a plurality of microphones comprised by an apparatus wherein the audio information comprise first audio information from a first microphone and second audio information from a second microphone; determining a frequency difference on arrival between the first audio information and the second audio information; determining, based on the frequency difference on arrival, at least one spatial audio property of the audio information in relation to the apparatus wherein the spatial audio property comprises an audio distance from the apparatus; determining an operational directive (403,406,409,413,416,419, 423, 425, 427), wherein the operational directive governs a plurality of functions of the apparatus (200, 301, 311, 321, 331) and wherein determining the operational directive consists of selecting an operational directive from a plurality of available operational directives based, at least in part, on the spatial audio property and at least one operational directive governs at least one function independent of processing audio information; and performing one or more functions in conformance with the operational directive by the apparatus.
Swab for collecting biological samples, comprising a small stick that is provided on a free end at least in regions with a flock fibre arrangement, characterised in that the flock fibre arrangement comprises a flock fibre mixture having flock fibre types (5, 6) of different length.
A load-bearing structure configured to be mounted on a engine core of a turbofan engine for an aircraft, the load-bearing structure comprising: two longitudinal beams each including: a forward mounting interface and a rear mounting interface, for mounting the load-bearing structure on the engine core, the rear mounting interface being able to allow at least the longitudinal travel of the engine core, and a lateral suspension point for transmitting longitudinal and vertical forces between the load-bearing structure and a suspension structure, and a transverse connection connecting the two longitudinal beams the load-bearing-structure being characterized in that the transverse connection comprises a central suspension point with an orifice configured to receive a suspension snout oriented in longitudinal direction for transmitting lateral and vertical forces between the load-bearing structure and the suspension structure. two longitudinal beams each including: a forward mounting interface and a rear mounting interface, for mounting the load-bearing structure on the engine core, the rear mounting interface being able to allow at least the longitudinal travel of the engine core, and a lateral suspension point for transmitting longitudinal and vertical forces between the load-bearing structure and a suspension structure, and a forward mounting interface and a rear mounting interface, for mounting the load-bearing structure on the engine core, the rear mounting interface being able to allow at least the longitudinal travel of the engine core, and a lateral suspension point for transmitting longitudinal and vertical forces between the load-bearing structure and a suspension structure, and a transverse connection connecting the two longitudinal beams
A multi-layer polymer structure comprising: a. a thin, high gloss outer polymeric cap layer, having a 60° gloss of greater than 80, preferably greater than 85, and more preferably greater than 90, as measured by a BYK Gardner Micro-Tri-Gloss 20/60/85 degree Gloss Meter, wherein said cap layer has a thickness of from 0.01 mm to 0.8 mm, preferably 0.0127 mm to 0.65mm, and more preferably from 0.04 mm to 0.38 mm, wherein said thin, high gloss outer polymeric cap layer comprises as the matrix polymer at least one acrylic and/or styrenic polymer; and b. an internal high impact resistant layer, wherein said high impact layer has an ASTM D256 notched Izod result at 23°C of greater than 4.4 kg-cm/cm (0.8 ft-lb/in), preferably greater than 5.4 kg-cm/cm (1.0 ft-lb/in), and more preferably greater than 7.1 kg-cm/cm (1.3 ft-lb/in), wherein said internal high impact resistant layer, comprises a thermoplastic selected from the group consisting of acrylonitrile butyl styrene, polyvinyl chloride, high impact polystyrene (HIPS), polycarbonate, a blend of acrylic polymer and polylactic acid, impact modified acrylics, impact modified styrenics, polycarbonate, polyamides, polyimides, polyurethanes, polyesters, and blends thereof a. a thin, high gloss outer polymeric cap layer, having a 60° gloss of greater than 80, preferably greater than 85, and more preferably greater than 90, as measured by a BYK Gardner Micro-Tri-Gloss 20/60/85 degree Gloss Meter, wherein said cap layer has a thickness of from 0.01 mm to 0.8 mm, preferably 0.0127 mm to 0.65mm, and more preferably from 0.04 mm to 0.38 mm, wherein said thin, high gloss outer polymeric cap layer comprises as the matrix polymer at least one acrylic and/or styrenic polymer; and b. an internal high impact resistant layer, wherein said high impact layer has an ASTM D256 notched Izod result at 23°C of greater than 4.4 kg-cm/cm (0.8 ft-lb/in), preferably greater than 5.4 kg-cm/cm (1.0 ft-lb/in), and more preferably greater than 7.1 kg-cm/cm (1.3 ft-lb/in), wherein said internal high impact resistant layer, comprises a thermoplastic selected from the group consisting of acrylonitrile butyl styrene, polyvinyl chloride, high impact polystyrene (HIPS), polycarbonate, a blend of acrylic polymer and polylactic acid, impact modified acrylics, impact modified styrenics, polycarbonate, polyamides, polyimides, polyurethanes, polyesters, and blends thereof
An apparatus for a document sorting machine, in particular a banknote sorting machine, comprising: a first suction block; a second suction block; a first conveyor unit for moving the document along a document guiding surface of the first suction block and a second conveyor unit for moving the document along a document guiding surface of the second suction block, the first suction block and the first conveyor unit and the second suction block and the second conveyor unit being arranged on opposite sides of a conveyor belt-free gap, the belt-free gap being configured to accommodate an inspecting plate with an upper surface of a sensor unit; wherein the length of the gap is substantially shorter than the length of the document characterized in that the plane of the upper surface of the first suction block is tilted with respect to the plane of the upper surface of the inspecting plate by an angle α, such that the risk of air buffering below the document is reduced, and wherein the angle α is not greater than 4°.
A device for the automated production or processing of bent and/or knotted pieces of dough, in particular in the shape of pretzels, having at least one functional component which comprises a tool for processing the dough, said tool being adapted geometrically and/or constructionally to the specific bent and/or knotted shape of the respective piece of dough to be produced, the functional component being provided with or connected to a basic frame which is designed to interchangeably receive the tool of the functional component depending on the shape of the bend or knot by means of a detachable engageable connection and having at least one drive unit (Dr) coupled to the respective functional component, which drive unit can be controlled by a control, the respective tool being provided with an information carrier (Tr;LR) for barcodes, coding patterns or other machine-readable information, in particular for tool identification, which information carrier (Tr) is assigned to an automated reading unit (R; LT) attached to the basic frame and the output of which is coupled with an input interface of the control, characterised in that the reading unit is produced with one or more proximity switch(es) to which is assigned an information carrier formed on the tool such that when the tool is held in the basic frame, the proximity switch or switches can be controlled by the information carrier of the tool.
Agricultural sprayer valve unit comprising a primary line and a secondary line and a control valve which is controlled electronically and arranged between the primary line and the secondary line, wherein a) a valve position of the control valve can be maintained and/or changed by a holding magnet, characterized in that b) a passive overflow valve is arranged in a series connection with the electronically controlled control valve between the primary line and the secondary line and c) the pressure in the primary line biases a smaller valve area of the overflow valve in a closed position of the overflow valve than in an open position of the overflow valve. a) a valve position of the control valve can be maintained and/or changed by a holding magnet, characterized in that b) a passive overflow valve is arranged in a series connection with the electronically controlled control valve between the primary line and the secondary line and c) the pressure in the primary line biases a smaller valve area of the overflow valve in a closed position of the overflow valve than in an open position of the overflow valve.