mhurhangee/patent-ind-claim-en huggingface dataset:
A pickup assembly for an agricultural harvester , the pickup assembly comprising: - a pickup assembly frame , - a pickup unit carried by the pickup assembly frame and configured to pick up crop from a field, - a wind guard assembly , pivotably coupled to the pickup assembly frame , - a feeding auger , rotatably coupled to an auger arm , the auger arm being pivotably connected to the pickup assembly frame at a first pivot axle , and - an auger control arm , extending from the first pivot axle in a direction different from the auger arm and configured for pivoting together with the auger arm , the auger control arm being configured to provide at least one of the following functions: limiting a maximum height of the feeding auger , limiting a minimum height of the feeding auger , providing suspension for the feeding auger when pivoting relative to the pickup assembly frame , and lifting the feeding auger , together with the wind guard assembly . - a pickup assembly frame , - a pickup unit carried by the pickup assembly frame and configured to pick up crop from a field, - a wind guard assembly , pivotably coupled to the pickup assembly frame , - a feeding auger , rotatably coupled to an auger arm , the auger arm being pivotably connected to the pickup assembly frame at a first pivot axle , and - an auger control arm , extending from the first pivot axle in a direction different from the auger arm and configured for pivoting together with the auger arm , the auger control arm being configured to provide at least one of the following functions: limiting a maximum height of the feeding auger , limiting a minimum height of the feeding auger , providing suspension for the feeding auger when pivoting relative to the pickup assembly frame , and lifting the feeding auger , together with the wind guard assembly . limiting a maximum height of the feeding auger , limiting a minimum height of the feeding auger , providing suspension for the feeding auger when pivoting relative to the pickup assembly frame , and lifting the feeding auger , together with the wind guard assembly .
A cyclic redundancy check, CRC, computation circuit comprising a set of P parallel processors and a Look UP Table, LUT , operably coupled to the set of P parallel processors, wherein the set of P parallel processors is configured to perform a CRC computation of an input bit sequence of length K by generating P intermediate parity bit sequences and combining the generated P intermediate parity sequences into a single parity bit sequence , whereby P ≥ 2 and K ≥ 2, the CRC computation circuit being characterized by further comprising: an input for receiving an input stream comprising the input sequence, wherein the bits of the input bit sequence are provided in successive sets in a manner that is aligned to an arrangement of the rows of a CRC generator matrix stored in the LUT ; wherein the LUT comprises a plurality of addresses and at least one of the plurality of addresses is configured to store P rows of the CRC generator matrix; and the set of P parallel processors is further configured to: combine LUT data with the input stream by using two or more bits of one of the aligned sets to mask the corresponding P rows of the CRC generator matrix stored in the LUT and thereby generate the P intermediate parity bit sequences , wherein at least one of the following applies: the generation of the P intermediate parity bit sequences comprises multiple, ⌈ K / P ⌉ , steps; the combination of the P intermediate parity bit sequences is performed multiple, ⌈ log 2 P ⌉ , times to generate the single parity bit sequence . an input for receiving an input stream comprising the input sequence, wherein the bits of the input bit sequence are provided in successive sets in a manner that is aligned to an arrangement of the rows of a CRC generator matrix stored in the LUT ; wherein the LUT comprises a plurality of addresses and at least one of the plurality of addresses is configured to store P rows of the CRC generator matrix; and the set of P parallel processors is further configured to: combine LUT data with the input stream by using two or more bits of one of the aligned sets to mask the corresponding P rows of the CRC generator matrix stored in the LUT and thereby generate the P intermediate parity bit sequences , wherein at least one of the following applies: the generation of the P intermediate parity bit sequences comprises multiple, ⌈ K / P ⌉ , steps; the combination of the P intermediate parity bit sequences is performed multiple, ⌈ log 2 P ⌉ , times to generate the single parity bit sequence . the generation of the P intermediate parity bit sequences comprises multiple, ⌈ K / P ⌉ , steps; the combination of the P intermediate parity bit sequences is performed multiple, ⌈ log 2 P ⌉ , times to generate the single parity bit sequence .
A liquid ejection apparatus comprising: an ejection port configured to eject a liquid; a pressure chamber configured to store the liquid to be ejected from the ejection port ; an element configured to generate energy for ejecting the liquid in the pressure chamber ; a first tank and a second tank each configured to be capable of storing the liquid; a flow passage configured to establish communication between the first tank and the second tank through the pressure chamber ; a switching unit configured to switch a flowing direction of the liquid in the flow passage between a first direction to flow from the first tank to the second tank and a second direction to flow from the second tank to the first tank ; and a pressure compensation unit configured, when a pressure in a downstream side flow passage portion of the flow passage located on a downstream side of the pressure chamber in the flowing direction of the liquid is a predetermined pressure or below, to compensate for reduction in pressure in the downstream side flow passage portion by supplying the liquid to the downstream side flow passage portion. an ejection port configured to eject a liquid; a pressure chamber configured to store the liquid to be ejected from the ejection port ; an element configured to generate energy for ejecting the liquid in the pressure chamber ; a first tank and a second tank each configured to be capable of storing the liquid; a flow passage configured to establish communication between the first tank and the second tank through the pressure chamber ; a switching unit configured to switch a flowing direction of the liquid in the flow passage between a first direction to flow from the first tank to the second tank and a second direction to flow from the second tank to the first tank ; and a pressure compensation unit configured, when a pressure in a downstream side flow passage portion of the flow passage located on a downstream side of the pressure chamber in the flowing direction of the liquid is a predetermined pressure or below, to compensate for reduction in pressure in the downstream side flow passage portion by supplying the liquid to the downstream side flow passage portion.
Method for preparation of a skin substitute comprising the following steps: a. fibroblasts culture in a fibroblast culture medium M1; b. seeding of a matrix comprising collagen with fibroblasts obtained from step a; c. culture of seeded fibroblasts in a matrix comprising collagen in a fibroblasts culture medium M2 comprising ascorbic acid or an ascorbate or a derivative thereof, the matrix and the cultivated fibroblasts forming a dermis substitute; d. melanocytes culture in a melanocytes culture medium M3; e. keratinocytes culture in a keratinocytes culture medium M4; f. mix of melanocytes obtained in step d with keratinocytes obtained in step e; g. seeding of the dermis substitute obtained in step c with the mix obtained in step f; wherein seeding in step g is carried out with a (keratinocytes + melanocytes)/fibroblasts ratio from 9 and 19, and h. dermis substitute culture seeded in step g in a skin culture medium M5 thus forming the skin substitute. a. fibroblasts culture in a fibroblast culture medium M1; b. seeding of a matrix comprising collagen with fibroblasts obtained from step a; c. culture of seeded fibroblasts in a matrix comprising collagen in a fibroblasts culture medium M2 comprising ascorbic acid or an ascorbate or a derivative thereof, the matrix and the cultivated fibroblasts forming a dermis substitute; d. melanocytes culture in a melanocytes culture medium M3; e. keratinocytes culture in a keratinocytes culture medium M4; f. mix of melanocytes obtained in step d with keratinocytes obtained in step e; g. seeding of the dermis substitute obtained in step c with the mix obtained in step f; wherein seeding in step g is carried out with a (keratinocytes + melanocytes)/fibroblasts ratio from 9 and 19, and h. dermis substitute culture seeded in step g in a skin culture medium M5 thus forming the skin substitute.
A wearable article continuous in a longitudinal direction comprising a front region , a back region , a crotch region between the front region and the back region, and a main body disposed to cover continuously the crotch region and at least part of the front region and back region in the longitudinal direction, wherein each of the front region and the back region comprises an inner sheet and an outer sheet , and the front and back regions are seamed with each other such that a first and a second seams are formed so that the article comprises leg openings and a waist opening, wherein the main body comprises a water impermeable backsheet , and wherein at least one of the front region and the back region comprises a first graphic provided by a first material wherein the first material is a colored elastic strand or a colored adhesive, and a second graphic provided by a second material wherein the first material and the second material differ from each other, and the first graphic and the second graphic are not provided by the main body. wherein each of the front region and the back region comprises an inner sheet and an outer sheet , and the front and back regions are seamed with each other such that a first and a second seams are formed so that the article comprises leg openings and a waist opening, wherein the main body comprises a water impermeable backsheet , and wherein at least one of the front region and the back region comprises a first graphic provided by a first material wherein the first material is a colored elastic strand or a colored adhesive, and a second graphic provided by a second material wherein the first material and the second material differ from each other, and the first graphic and the second graphic are not provided by the main body.
A communication method between a communication device (MT) and an electrical apparatus by use of non-contact short-range wireless communication method, the electrical apparatus including a built-in antenna in the vicinity of a first region of a surface exposed to the outside of the electrical apparatus , the antenna being provided for non-contact short-range wireless communication with the communication device (MT), the method comprising the steps of: preparing a storage box to which information (M1) is provided at a predetermined position on an exterior surface of the storage box , the information (M1) indicating where the antenna is placed; storing the electrical apparatus in power-off state, into the storage box , and thereby placing the electrical apparatus in the storage box such that the first region of the electrical apparatus is close to the predetermined position of the storage box ; and moving the communication device (MT) close to the predetermined position of the storage box to initiate communication between the communication device (MT) and the electrical apparatus . preparing a storage box to which information (M1) is provided at a predetermined position on an exterior surface of the storage box , the information (M1) indicating where the antenna is placed; storing the electrical apparatus in power-off state, into the storage box , and thereby placing the electrical apparatus in the storage box such that the first region of the electrical apparatus is close to the predetermined position of the storage box ; and moving the communication device (MT) close to the predetermined position of the storage box to initiate communication between the communication device (MT) and the electrical apparatus .
A system for applying a sealing agent to the inner surface of a cavity of a pneumatic tyre comprising an applicator device for applying sealing agent to said inner surface made movable in order to move itself into and out of the inner cavity and comprising a sealing agent supply circuit connected to the applicator device and having: - a sealing agent collection device comprising a tank defined by a casing having a variable volume collection chamber (C); - a sealing agent heating device having a heating element that is actuated in order to maintain the temperature of the sealing agent at a reference value; and - a sealing agent supply device implemented by means of a pumping device that supplies the sealing agent to the applicator device ; a movable piston which axially delimits the collection chamber (C); an extractor element intended to move with a reciprocating motion in such a way as to draw the sealing agent into the collection chamber (C) and to supply it to the pumping device ; a piston position control device ; and a level sensor intended to detect the amount of sealing agent contained within the tank ; wherein the passage of the control device , at the position of the level sensor , determines the beginning of depletion position of the tank and a completely empty position of the tank ; and wherein the extractor element and the heating element are controlled as a function of said positions. - a sealing agent collection device comprising a tank defined by a casing having a variable volume collection chamber (C); - a sealing agent heating device having a heating element that is actuated in order to maintain the temperature of the sealing agent at a reference value; and - a sealing agent supply device implemented by means of a pumping device that supplies the sealing agent to the applicator device ; a movable piston which axially delimits the collection chamber (C); an extractor element intended to move with a reciprocating motion in such a way as to draw the sealing agent into the collection chamber (C) and to supply it to the pumping device ; a piston position control device ; and a level sensor intended to detect the amount of sealing agent contained within the tank ; wherein the passage of the control device , at the position of the level sensor , determines the beginning of depletion position of the tank and a completely empty position of the tank ; and wherein the extractor element and the heating element are controlled as a function of said positions.
A method of spectrometric analysis comprising: obtaining one or more sample spectra for an aerosol, smoke or vapour sample , wherein obtaining said one or more sample spectra comprises generating the aerosol, smoke or vapour sample using a sampling device , wherein the sampling device comprises or forms part of a rapid evaporative ionisation mass spectrometry ("REIMS") ion source; and analysing the one or more sample spectra so as to classify the aerosol, smoke or vapour sample ; characterised by changing from a first mode of operation to a second different mode of operation so as to classify said aerosol, smoke or vapour sample, wherein changing the mode of operation comprises changing a mode of operation for obtaining sample spectra and/or changing a mode of operation for pre-processing sample spectra and/or changing a mode of operation for analysing sample spectra; using said first mode of operation to provide a first classification for the aerosol, smoke or vapour sample; and using said second different mode of operation to provide a second classification for the aerosol, smoke or vapour sample. obtaining one or more sample spectra for an aerosol, smoke or vapour sample , wherein obtaining said one or more sample spectra comprises generating the aerosol, smoke or vapour sample using a sampling device , wherein the sampling device comprises or forms part of a rapid evaporative ionisation mass spectrometry ("REIMS") ion source; and analysing the one or more sample spectra so as to classify the aerosol, smoke or vapour sample ; characterised by changing from a first mode of operation to a second different mode of operation so as to classify said aerosol, smoke or vapour sample, wherein changing the mode of operation comprises changing a mode of operation for obtaining sample spectra and/or changing a mode of operation for pre-processing sample spectra and/or changing a mode of operation for analysing sample spectra; using said first mode of operation to provide a first classification for the aerosol, smoke or vapour sample; and using said second different mode of operation to provide a second classification for the aerosol, smoke or vapour sample.
A pressure sensor system comprising: a silicon substrate ; a buried layer implanted in a first side of the substrate, the buried layer having a pattern that defines a boss and a perimeter for a diaphragm ; and a silicon epitaxial layer situated on the first side of the substrate; and wherein: a second side of the substrate has an opening that extends to the buried layer and a portion of a back side of the epitaxial layer exposed by openings in the buried layer as defined by the pattern of the buried layer; and the openings in the buried layer reveal a diaphragm having the perimeter defined by the pattern of the buried layer, and reveal a boss defined by the pattern of buried layer, the boss being attached to the diaphragm that consists of a portion of the epitaxial layer. a silicon substrate ; a buried layer implanted in a first side of the substrate, the buried layer having a pattern that defines a boss and a perimeter for a diaphragm ; and a silicon epitaxial layer situated on the first side of the substrate; and wherein: a second side of the substrate has an opening that extends to the buried layer and a portion of a back side of the epitaxial layer exposed by openings in the buried layer as defined by the pattern of the buried layer; and the openings in the buried layer reveal a diaphragm having the perimeter defined by the pattern of the buried layer, and reveal a boss defined by the pattern of buried layer, the boss being attached to the diaphragm that consists of a portion of the epitaxial layer. a second side of the substrate has an opening that extends to the buried layer and a portion of a back side of the epitaxial layer exposed by openings in the buried layer as defined by the pattern of the buried layer; and the openings in the buried layer reveal a diaphragm having the perimeter defined by the pattern of the buried layer, and reveal a boss defined by the pattern of buried layer, the boss being attached to the diaphragm that consists of a portion of the epitaxial layer.
A battery module, comprising: two or more battery cells , each comprising an electrode terminal ; a connecting member , wherein the electrode terminals of adjacent battery cells are connected by the connecting member ; and a clamping-sampling member , comprising a wire connection portion for fixing a wire harness and a clamping portion, wherein one end of the clamping portion is connected with the wire connection portion and the other end of the clamping portion clamps the connecting member , characterized in that , the connecting member is provided with a sampling installation portion , and the clamping portion clamps the sampling installation portion , and the sampling installation portion is formed by an indentation of the connecting member towards a battery top cover , so that the clamping-sampling member is attached to the battery top cover when clamping the sampling installation portion . two or more battery cells , each comprising an electrode terminal ; a connecting member , wherein the electrode terminals of adjacent battery cells are connected by the connecting member ; and a clamping-sampling member , comprising a wire connection portion for fixing a wire harness and a clamping portion, wherein one end of the clamping portion is connected with the wire connection portion and the other end of the clamping portion clamps the connecting member , characterized in that , the connecting member is provided with a sampling installation portion , and the clamping portion clamps the sampling installation portion , and the sampling installation portion is formed by an indentation of the connecting member towards a battery top cover , so that the clamping-sampling member is attached to the battery top cover when clamping the sampling installation portion .
Camping box, comprising at least one base plate, three side walls, one roof element, one or two support elements as well as fastening elements, wherein - the camping box forms a closed flat box in a transport state, in which the side walls, the support elements and the fastening elements are arranged lying between the base plate and the roof element, the camping box fitting on the loading area of an automobile in the folded state, the camping box forming an extension of the loading space of the automobile in an unfolded state, in that it is arranged at the rear opening of the loading space and the base plate rests on a first side at the rear end of the automobile and is supported by the support elements on a side opposite the first side, and the three side walls are arranged on the base plate by means of suitable fastening elements in such a way that they form a usable space which is open towards the loading area of the automobile, characterised in that the base plate or the roof element or both (the base plate and the roof element) have a circumferential edge which extends vertically away from the base plate or the roof element, respectively, wherein in the transport state the base plate forms the lower box wall of the camping box, the roof element forms the upper box wall of the camping box and a. the edge of the base plate or the roof element forms the side walls of the box, or b. the edge of the base plate and the edge of the roof element form the lateral box walls, or c. a. or b. applies, and on the first side the edge of the base plate and roof element are designed as a common locking plate - the camping box forms a closed flat box in a transport state, in which the side walls, the support elements and the fastening elements are arranged lying between the base plate and the roof element, the camping box fitting on the loading area of an automobile in the folded state, a. the edge of the base plate or the roof element forms the side walls of the box, or b. the edge of the base plate and the edge of the roof element form the lateral box walls, or c. a. or b. applies, and on the first side the edge of the base plate and roof element are designed as a common locking plate