mhurhangee/patent-ind-claim-en huggingface dataset:
An image-capturing device comprising: a plurality of photoelectric converting units ; a plurality of light-receiving units that are arranged corresponding to a plurality of blocks each constituted by one or more photoelectric converting units, each of the light-receiving units being configured to receive drive light and, according to the received drive light, to cause supply of a drive signal to a corresponding photoelectric converting unit among the photoelectric converting units; a photoelectric converting substrate having the plurality of photoelectric converting units; a light-receiving substrate that is stacked on the photoelectric converting substrate, and has the plurality of light-receiving units; and a light-emitting substrate that is stacked on the light-receiving substrate, and has one or more of the light-emitting units that emit the drive light, wherein the photoelectric converting substrate and the light-receiving substrate are stacked such that a surface of the photoelectric converting substrate on which the photoelectric converting units receive external light and a surface of the light-receiving substrate on which the plurality of light-receiving units receive the drive light face away from each other, and wherein the light-emitting substrate and the light-receiving substrate are stacked such that a surface of the light-emitting substrate from which the light-emitting units emit the drive light, and a surface of the light-receiving substrate on which the plurality of light-receiving units receive the drive light face each other. a plurality of photoelectric converting units ; a plurality of light-receiving units that are arranged corresponding to a plurality of blocks each constituted by one or more photoelectric converting units, each of the light-receiving units being configured to receive drive light and, according to the received drive light, to cause supply of a drive signal to a corresponding photoelectric converting unit among the photoelectric converting units; a photoelectric converting substrate having the plurality of photoelectric converting units; a light-receiving substrate that is stacked on the photoelectric converting substrate, and has the plurality of light-receiving units; and a light-emitting substrate that is stacked on the light-receiving substrate, and has one or more of the light-emitting units that emit the drive light, wherein the photoelectric converting substrate and the light-receiving substrate are stacked such that a surface of the photoelectric converting substrate on which the photoelectric converting units receive external light and a surface of the light-receiving substrate on which the plurality of light-receiving units receive the drive light face away from each other, and wherein the light-emitting substrate and the light-receiving substrate are stacked such that a surface of the light-emitting substrate from which the light-emitting units emit the drive light, and a surface of the light-receiving substrate on which the plurality of light-receiving units receive the drive light face each other.
A receiving state indication method for an aggregate-MAC protocol data unit, A-MPDU, comprising: receiving (S301), by a receive end, an A-MPDU, wherein the A-MPDU comprises at least one MPDU; wherein the at least one MPDU comprises a sequence number, SN, field, and a fragment number, FN, field, when the FN field of the at least one MPDU in the A-MPDU is not 0, sending (S302), by the receive end to the transmit end, an first acknowledgement frame indicating a receiving state of the A-MPDU, wherein the first acknowledgement frame comprises a fragment indication field and a receiving state field, wherein the fragment indication field indicates that the A-MPDU comprises at least one MPDU, which is obtained by encapsulating an Media Access Control service data unit, MSDU, fragment, wherein the MSDU fragment is a fragment of an MSDU; wherein the receiving state field indicates a receiving state of each MPDU in the A-MPDU in a sequence of SNs, wherein the SN identifies a sequence number of an MSDU in the MPDU; wherein all bits of a fixed quantity of bits in the receiving state field are corresponding to one SN, and one bit of the fixed quantity of bits in the receiving state field indicates a receiving state of one MPDU in the A-MPDU; wherein the fixed quantity of bits is 4 bits. receiving (S301), by a receive end, an A-MPDU, wherein the A-MPDU comprises at least one MPDU; wherein the at least one MPDU comprises a sequence number, SN, field, and a fragment number, FN, field, when the FN field of the at least one MPDU in the A-MPDU is not 0, sending (S302), by the receive end to the transmit end, an first acknowledgement frame indicating a receiving state of the A-MPDU, wherein the first acknowledgement frame comprises a fragment indication field and a receiving state field, wherein the fragment indication field indicates that the A-MPDU comprises at least one MPDU, which is obtained by encapsulating an Media Access Control service data unit, MSDU, fragment, wherein the MSDU fragment is a fragment of an MSDU; wherein the receiving state field indicates a receiving state of each MPDU in the A-MPDU in a sequence of SNs, wherein the SN identifies a sequence number of an MSDU in the MPDU; wherein all bits of a fixed quantity of bits in the receiving state field are corresponding to one SN, and one bit of the fixed quantity of bits in the receiving state field indicates a receiving state of one MPDU in the A-MPDU; wherein the fixed quantity of bits is 4 bits.
A high voltage inductive adder (700; 900) comprising: a first source ; a first switch electrically coupled with the first source; a first transformer core (710A; 915) having a torus shape with a first central aperture, the first transformer core electrically coupled with the first switch via a first primary winding; a second source ; a second switch electrically coupled with the second source; a second transformer core (710B; 915) having a torus shape with a second central aperture, the second transformer core electrically coupled with the second switch via a second primary winding; a secondary winding including: an inner rod (705; 905) disposed within the first central aperture and the second central aperture; characterized in that the secondary winding further including; an outer cylinder (715; 910) surrounding the first transformer core and the second transformer core, wherein the outer cylinder and the inner rod are electrically coupled together; and an output coupled with the outer cylinder and the inner rod configured to couple with an external load . a first source ; a first switch electrically coupled with the first source; a first transformer core (710A; 915) having a torus shape with a first central aperture, the first transformer core electrically coupled with the first switch via a first primary winding; a second source ; a second switch electrically coupled with the second source; a second transformer core (710B; 915) having a torus shape with a second central aperture, the second transformer core electrically coupled with the second switch via a second primary winding; a secondary winding including: an inner rod (705; 905) disposed within the first central aperture and the second central aperture; characterized in that the secondary winding further including; an outer cylinder (715; 910) surrounding the first transformer core and the second transformer core, wherein the outer cylinder and the inner rod are electrically coupled together; and an output coupled with the outer cylinder and the inner rod configured to couple with an external load . an outer cylinder (715; 910) surrounding the first transformer core and the second transformer core, wherein the outer cylinder and the inner rod are electrically coupled together; and an output coupled with the outer cylinder and the inner rod configured to couple with an external load .
A system for combining the output of a plurality of semiconductor light devices to generate a digital output, comprising: a first set of semiconductor light devices among the plurality of semiconductor light devices and operable to generate a plurality of first wavelengths, the first set of semiconductor light devices grouped in a first shape within at least one array of two or more sub-arrays (102-112); a controller to control a power of each sub-array (102-112) in accordance with a respective bit of a first binary string containing digital output data so that a wavelength intensity generated by each array is determined by the position of the particular bits controlling the sub-arrays of that array; and a first beam combiner to combine the plurality of first wavelengths to generate a first wavelength beam representative of the digital 1 output; characterized in that each array has a variable wavelength intensity and that each sub-array (102-112) comprises a set of semiconductor light devices among the plurality of semiconductor light devices and that at least one of the sub-arrays (102-112) comprises a different number of apertures than the remaining sub-arrays (102-112) or a different size of apertures than the remaining sub-arrays (102-112). a first set of semiconductor light devices among the plurality of semiconductor light devices and operable to generate a plurality of first wavelengths, the first set of semiconductor light devices grouped in a first shape within at least one array of two or more sub-arrays (102-112); a controller to control a power of each sub-array (102-112) in accordance with a respective bit of a first binary string containing digital output data so that a wavelength intensity generated by each array is determined by the position of the particular bits controlling the sub-arrays of that array; and a first beam combiner to combine the plurality of first wavelengths to generate a first wavelength beam representative of the digital 1 output; characterized in that each array has a variable wavelength intensity and that each sub-array (102-112) comprises a set of semiconductor light devices among the plurality of semiconductor light devices and that at least one of the sub-arrays (102-112) comprises a different number of apertures than the remaining sub-arrays (102-112) or a different size of apertures than the remaining sub-arrays (102-112).
A flue gas treatment device, comprising: a sorbent polymer composite substrate comprising a high surface area support and a fluoropolymer, and a halogen source adjacent said sorbent polymer composite substrate, characterized in that said halogen source comprising a compound with a formula: N(R 1 R 2 R 3 R 4 )X, wherein N is nitrogen and X= I - or Br - , and wherein R 1 , R 2 , R 3 and R 4 are selected from the group consisting of a hydrocarbon having from 1 to 18 carbon atoms, where the hydrocarbon is an alkyl. a sorbent polymer composite substrate comprising a high surface area support and a fluoropolymer, and a halogen source adjacent said sorbent polymer composite substrate, characterized in that said halogen source comprising a compound with a formula: N(R 1 R 2 R 3 R 4 )X, wherein N is nitrogen and X= I - or Br - , and wherein R 1 , R 2 , R 3 and R 4 are selected from the group consisting of a hydrocarbon having from 1 to 18 carbon atoms, where the hydrocarbon is an alkyl.
A composition comprising an aqueous dispersion of neutralized multistage polymer particles comprising a) a first stage comprising, based on the weight of the first stage: i) from 20 to 50 weight percent structural units of a sodium, potassium, lithium, or a first quaternary ammonium salt of a carboxylic acid monomer, wherein the conjugate base of the first quaternary ammonium salt has a boiling point of at least 150 °C; and ii) from 50 to 80 weight percent structural units of a nonionic ethylenically unsaturated monomer; and b) a second stage having a T g of not greater than 25 °C; wherein the ratio of the first stage to the second stage is in the range of from 1:3.2 to 1:6.
Device for manufacturing a pouch containing a brewable material accommodated in a wrapping , comprising a pouch manufacturing device adapted to manufacture a water-permeable pouch containing brewable material, and comprising a sealing station with two sealing jaws (102; 104) movable relative to one another for sealing the pouch in the wrapping placed in a U-shape around the pouch , wherein the sealing jaws (102; 108) are configured to form longitudinal seals (L) lying opposite one another and a transverse seal (Q) extending transversely thereto on the wrapping , characterized in that, at least one sealing jaw (102; 108) comprises first and second sealing jaw elements (104, 106; 110, 112) each configured to form one of the longitudinal seals (L) and a segment of the transverse seal (Q).
A method of forming a position measurement system , the method comprising: providing a substrate formed from a first material, the first substrate having a surface that defines at least one groove therein; laser welding a second material into the at least one groove , wherein the laser welding melts the surface within the at least one groove to form a mixture of the first material and the second material in the at least one groove ; solidifying the mixture to form an indicator material that is distinguishable from and metallurgically bonded to the first material; and laser cladding the indicator material and the surface with an alloy to form a corrosion-resistant cladding that covers the indicator material and the surface , wherein each of the indicator material and the surface melts and metallurgically bonds to the corrosion-resistant cladding to thereby form the position measurement system . providing a substrate formed from a first material, the first substrate having a surface that defines at least one groove therein; laser welding a second material into the at least one groove , wherein the laser welding melts the surface within the at least one groove to form a mixture of the first material and the second material in the at least one groove ; solidifying the mixture to form an indicator material that is distinguishable from and metallurgically bonded to the first material; and laser cladding the indicator material and the surface with an alloy to form a corrosion-resistant cladding that covers the indicator material and the surface , wherein each of the indicator material and the surface melts and metallurgically bonds to the corrosion-resistant cladding to thereby form the position measurement system .
Rear spoiler device for a lorry , wherein the rear spoiler device has: a roof air-guiding element which is adjustable between a travel position for aerodynamically extending the contour of a roof surface of the lorry and a retracted basic position for lying against or behind a rear door of the lorry , a side air-guiding element which is adjustable between a travel position for aerodynamically extending the contour of a side wall of the lorry and a retracted basic position for lying against or behind the rear door , a coupling device for coupling the adjustment movements of the roof air-guiding element and of the side air-guiding element , wherein the coupling device is provided between a lateral edge of the roof air-guiding element and an upper edge of the side air-guiding element and connects the lateral edge and the upper edge to each other, the coupling device has a coupling rod which is attached between a rear outer corner region of the roof air-guiding element and an upper rear corner region of the side air-guiding element and couples the adjustment movement of the corner regions to each other, and the roof air-guiding element is provided so as to be adjustable via a roof hinge device in such a manner that its front edge is designed to lie against the lorry in the travel position and is pivoted downwards in the basic position, characterized in that the side hinge device and/or the roof hinge device have an articulation point which is offset rearwards in relation to the lorry and the air-guiding element is coupled to the articulation point via a holding arm . a roof air-guiding element which is adjustable between a travel position for aerodynamically extending the contour of a roof surface of the lorry and a retracted basic position for lying against or behind a rear door of the lorry , a side air-guiding element which is adjustable between a travel position for aerodynamically extending the contour of a side wall of the lorry and a retracted basic position for lying against or behind the rear door , a coupling device for coupling the adjustment movements of the roof air-guiding element and of the side air-guiding element , wherein the coupling device is provided between a lateral edge of the roof air-guiding element and an upper edge of the side air-guiding element and connects the lateral edge and the upper edge to each other, the coupling device has a coupling rod which is attached between a rear outer corner region of the roof air-guiding element and an upper rear corner region of the side air-guiding element and couples the adjustment movement of the corner regions to each other, and the roof air-guiding element is provided so as to be adjustable via a roof hinge device in such a manner that its front edge is designed to lie against the lorry in the travel position and is pivoted downwards in the basic position, characterized in that the side hinge device and/or the roof hinge device have an articulation point which is offset rearwards in relation to the lorry and the air-guiding element is coupled to the articulation point via a holding arm .
Round baler for picking up and pressing agricultural crops, such as hay, straw, wilted crops or the like, comprising a bale chamber for forming a crop bale and comprising a wrapping device for enclosing the crop bale with a wrapping material, the wrapping device having a wrapping material roll , a feed device which transports the wrapping material, and a cutting device which separates the wrapping material web , comprising a guide for introducing the wrapping material into a feed gap of the bale chamber , which guide is designed as a feed beam which is oriented approximately transversely to the running direction of the wrapping material and on which a number of mutually spaced feed elements are mounted, each feed element having a guide surface directed approximately in the running direction of the wrapping material web and the sum of the widths of the guide surfaces of the feed elements corresponding only to a partial width of the width of the wrapping material, characterised in that the feed device has a feed spout which is designed in such a way that the wrapping material web is guided between flexible guide strips and these flexible guide strips are arranged, with regard to the width of the wrapping material web , at the same distance from one another as the feed elements on the support beam .
A salad spinner comprising: a lid having a drive shaft extending centrally from a bottom portion thereof; and a strainer bowl having a strainer basket supported therein, the strainer basket having a foldable strainer handle extending a length of the strainer basket, wherein spinning motion of the strainer basket is initiated by the drive shaft. a lid having a drive shaft extending centrally from a bottom portion thereof; and a strainer bowl having a strainer basket supported therein, the strainer basket having a foldable strainer handle extending a length of the strainer basket, wherein spinning motion of the strainer basket is initiated by the drive shaft.
A method for applying a polymeric film to at least a portion of a surface of an article, the method comprising steps of: providing the polymeric film or a laminate comprising the polymeric film; applying a first solidified interlayer to a surface of the polymeric film or a surface of the laminate comprising the polymeric film to form a polymeric film assembly to be contacted with the portion of the surface of the article; heating at least a portion of the surface of the article to form a heated surface; applying the polymeric film assembly to at least a portion of the heated surface of the article by contacting the first solidified interlayer to the portion of the heated surface of the article such that at least a portion of the first solidified interlayer becomes a softened interlayer positioned between the polymeric film and the portion of the heated surface of the article; and converting the softened interlayer to a second solidified interlayer upon cooling of the heated surface of the article, which second solidified interlayer may be in a different form than or same form as the first solidified interlayer initially provided, for adherence of the polymeric film to at least the portion of the surface of the article. providing the polymeric film or a laminate comprising the polymeric film; applying a first solidified interlayer to a surface of the polymeric film or a surface of the laminate comprising the polymeric film to form a polymeric film assembly to be contacted with the portion of the surface of the article; heating at least a portion of the surface of the article to form a heated surface; applying the polymeric film assembly to at least a portion of the heated surface of the article by contacting the first solidified interlayer to the portion of the heated surface of the article such that at least a portion of the first solidified interlayer becomes a softened interlayer positioned between the polymeric film and the portion of the heated surface of the article; and converting the softened interlayer to a second solidified interlayer upon cooling of the heated surface of the article, which second solidified interlayer may be in a different form than or same form as the first solidified interlayer initially provided, for adherence of the polymeric film to at least the portion of the surface of the article.
A pool comprising: a) a foundation consisting either of a reinforced concrete structure comprising a horizontal wall and a plurality of vertical walls , or consisting of a slab forming a horizontal wall and masonry construction rising up from the slab and forming a plurality of vertical walls , b) a reinforced membrane comprising two layers of polymer enclosing a reinforcement consisting of fibers of an organic or inorganic material, the reinforced membrane being in contact with the horizontal wall of the foundation and the plurality of vertical walls of the foundation, c) a fiber-reinforced concrete screed comprising a concrete matrix in which fibers of a polymeric material are embedded, d) a polymer membrane inserted between the fiber-reinforced concrete screed and the reinforced membrane, e) a dressing consisting of an assembly of tiles bonded to the fiber-reinforced concrete screed. a) a foundation consisting either of a reinforced concrete structure comprising a horizontal wall and a plurality of vertical walls , or consisting of a slab forming a horizontal wall and masonry construction rising up from the slab and forming a plurality of vertical walls , b) a reinforced membrane comprising two layers of polymer enclosing a reinforcement consisting of fibers of an organic or inorganic material, the reinforced membrane being in contact with the horizontal wall of the foundation and the plurality of vertical walls of the foundation, c) a fiber-reinforced concrete screed comprising a concrete matrix in which fibers of a polymeric material are embedded, d) a polymer membrane inserted between the fiber-reinforced concrete screed and the reinforced membrane, e) a dressing consisting of an assembly of tiles bonded to the fiber-reinforced concrete screed.