mhurhangee/patent-ind-claim-en huggingface dataset:
A glazing , comprising: - a ply of interlayer material - a first busbar laid over the ply of interlayer material - at least one heating wire laid over the first busbar - and an auxiliary busbar at least partly laid over the heating wire and at least partly laid over the first busbar - wherein a solder layer suitable for melting in an autoclave covers at least part of a surface of the first busbar or the auxiliary busbar and is arranged to contact the heating wire characterised in that : - an adhesive layer is arranged between the first busbar and the ply of interlayer material for bonding them together and - an auxiliary adhesive layer is arranged where an edge of the auxiliary busbar extends beyond an edge of the first busbar for bonding the auxiliary busbar to the ply of interlayer material and - wherein the solder layer covers both a surface of the first busbar in contact with the heating wire and an opposite surface of the first busbar or wherein the solder layer covers both a surface of the auxiliary busbar in contact with the heating wire and an opposite surface of the auxiliary busbar . - a ply of interlayer material - a first busbar laid over the ply of interlayer material - at least one heating wire laid over the first busbar - and an auxiliary busbar at least partly laid over the heating wire and at least partly laid over the first busbar - wherein a solder layer suitable for melting in an autoclave covers at least part of a surface of the first busbar or the auxiliary busbar and is arranged to contact the heating wire - an adhesive layer is arranged between the first busbar and the ply of interlayer material for bonding them together and - an auxiliary adhesive layer is arranged where an edge of the auxiliary busbar extends beyond an edge of the first busbar for bonding the auxiliary busbar to the ply of interlayer material and - wherein the solder layer covers both a surface of the first busbar in contact with the heating wire and an opposite surface of the first busbar or wherein the solder layer covers both a surface of the auxiliary busbar in contact with the heating wire and an opposite surface of the auxiliary busbar .
A light source system , comprising: an array light source comprising a plurality of light emitting bodies, wherein a number of light emitting bodies is denoted by M and each of the M light emitting bodies having independently adjustable brightness; a preset illumination region comprising a plurality of sub-regions, wherein a number of sub-regions is denoted by N; an optical switch disposed on an optical path of light outputted from the array light source , and configured to guide illumination light emitted from the M light emitting bodies to the N sub-regions of the preset illumination region; characterized in that the light source system further comprises: a control device , configured to control the optical switch to adjust, at a preset frame rate, a direction of the illumination light emitted from each of at least part of the M light emitting bodies, and to guide, during a current image frame, the illumination light emitted from each of the at least part of the M light emitting bodies to a sub-region different from that for one or more image frames previous to the current image frame. an array light source comprising a plurality of light emitting bodies, wherein a number of light emitting bodies is denoted by M and each of the M light emitting bodies having independently adjustable brightness; a preset illumination region comprising a plurality of sub-regions, wherein a number of sub-regions is denoted by N; an optical switch disposed on an optical path of light outputted from the array light source , and configured to guide illumination light emitted from the M light emitting bodies to the N sub-regions of the preset illumination region; characterized in that the light source system further comprises: a control device , configured to control the optical switch to adjust, at a preset frame rate, a direction of the illumination light emitted from each of at least part of the M light emitting bodies, and to guide, during a current image frame, the illumination light emitted from each of the at least part of the M light emitting bodies to a sub-region different from that for one or more image frames previous to the current image frame.
A crop saving accessory attachment system suitable for a cutting header of a combine comprising a knife mounted along a lower front edge thereof and a discharge opening in a middle rear portion thereof, the cutting header operative to cut crop plants and move the cut crop plants laterally along a header surface to the discharge opening such that the cut crop plants move rearward through the discharge opening, the crop saving accessory attachment system comprising a crop saving accessory comprising an accessory engagement mechanism on a rear portion of the crop saving accessory, the accessory engagement mechanism configured to engage a header engagement mechanism mounted on the cutting header, characterized in that the crop saving accessory attachment system is further comprising a tether attached to the crop saving accessory at a first end thereof and being attachable at a second end thereof to a tether location (TL) on the cutting header; and wherein the tether is configured such that when the accessory engagement mechanism is disengaged from the header engagement mechanism, the tether prevents the crop saving accessory from moving rearward through the discharge opening of the cutting header
An adjustable securing arrangement configured to secure an object within a luggage article , the adjustable securing arrangement comprising: opposing front and rear panels ; a turnbuckle ; and at least one flexible strap extending from one of the front and rear panels and at least partially through the turnbuckle to then be releasably secured to the one of the front and rear panels , each strap comprising a first portion arranged to extend around at least one side of the object and a second portion arranged to extend over a top side of the object , the turnbuckle redirecting each strap such that the first portion extends at an angle (α) to the second portion , the first portion and the second portion adjusted simultaneously relative to the turnbuckle by a user pulling a distal end of each strap to secure or release the object between the front and rear panels . opposing front and rear panels ; a turnbuckle ; and at least one flexible strap extending from one of the front and rear panels and at least partially through the turnbuckle to then be releasably secured to the one of the front and rear panels , each strap comprising a first portion arranged to extend around at least one side of the object and a second portion arranged to extend over a top side of the object , the turnbuckle redirecting each strap such that the first portion extends at an angle (α) to the second portion , the first portion and the second portion adjusted simultaneously relative to the turnbuckle by a user pulling a distal end of each strap to secure or release the object between the front and rear panels .
A data transmission method of a station, STA, in a wireless LAN, WLAN, system, comprising: generating (S3401) a physical protocol data unit, PPDU, including a data field, and a physical preamble which includes a legacy preamble and a high efficiency-long training field, HE-LTF; and transmitting (S3402) the PPDU, wherein the data field is transmitted in a period quadruple, 4x, an inverse discrete Fourier transform/discrete Fourier transform, IDFT/DFT, period of the legacy preamble, wherein the HE-LTF is a 4x HE-LTF transmitted in a period quadruple, 4x, the IDFT/DFT period of the legacy preamble or a 2x HE-LTF transmitted in a period double the IDFT/DFT period of the legacy preamble, wherein pilot tones of the HE-LTF are inserted into only subcarriers having even indices from among subcarriers to which the 4x HE-LTF is mapped, wherein values of the pilot tones are determined as a pilot sequence predetermined per stream based on a total number of streams carrying the PPDU or determined as a pilot sequence fixed for all streams irrespective of the total number of streams, and wherein pilot values included in the pilot sequence satisfy a following equation 1, Ψ j = Ψ n − j + 1 , wherein n is a total number of pilot tones inserted into the subcarriers, j is a natural number less than or equal to n, Ψj is a pilot value at a j-th position in the pilot sequence, and Ψ(n-j+1) is a pilot value at an (n-j+1)-th position in the pilot sequence. generating (S3401) a physical protocol data unit, PPDU, including a data field, and a physical preamble which includes a legacy preamble and a high efficiency-long training field, HE-LTF; and transmitting (S3402) the PPDU, wherein the data field is transmitted in a period quadruple, 4x, an inverse discrete Fourier transform/discrete Fourier transform, IDFT/DFT, period of the legacy preamble, wherein the HE-LTF is a 4x HE-LTF transmitted in a period quadruple, 4x, the IDFT/DFT period of the legacy preamble or a 2x HE-LTF transmitted in a period double the IDFT/DFT period of the legacy preamble, wherein pilot tones of the HE-LTF are inserted into only subcarriers having even indices from among subcarriers to which the 4x HE-LTF is mapped, wherein values of the pilot tones are determined as a pilot sequence predetermined per stream based on a total number of streams carrying the PPDU or determined as a pilot sequence fixed for all streams irrespective of the total number of streams, and wherein pilot values included in the pilot sequence satisfy a following equation 1, Ψ j = Ψ n − j + 1 , wherein n is a total number of pilot tones inserted into the subcarriers, j is a natural number less than or equal to n, Ψj is a pilot value at a j-th position in the pilot sequence, and Ψ(n-j+1) is a pilot value at an (n-j+1)-th position in the pilot sequence.
A hygienic cleaning device comprising: a body provided in use on a toilet bowl ; a foam generation unit for generating cleaning foam; wherein the foam generating unit includes a check valve , a foam tank , a detergent tank , a detergent pump , and an air pump ; a spray nozzle for selectively forming a water film or a foam film onto an inner surface of the toilet bowl, wherein the spray nozzle is connected downstream of the foam tank ; a discharge water amount variable unit for variably changing a flow rate of cleaning water or cleaning foam to be delivered to the spray nozzle , wherein the discharge water amount variable unit is configured by a water pump or by the air pump ; a spray nozzle drive unit for rotating a discharge opening of the spray nozzle in a direction toward a circumference of the inner surface of the toilet bowl; an opening and closing valve for opening and closing a water passage to the spray nozzle ; a control unit ; and an operation unit for setting an instruction for the control unit , wherein the operation unit is integrally mounted on the body in a state where the operation unit projects right-sideward from body , characterized in that the control unit changes, in accordance with a rotational angle of the discharge opening of the spray nozzle , a discharge output of the discharge water amount variable unit to cause the spray nozzle to selectively discharge the cleaning water or the cleaning foam toward the inner surface of the toilet bowl. a body provided in use on a toilet bowl ; a foam generation unit for generating cleaning foam; wherein the foam generating unit includes a check valve , a foam tank , a detergent tank , a detergent pump , and an air pump ; a spray nozzle for selectively forming a water film or a foam film onto an inner surface of the toilet bowl, wherein the spray nozzle is connected downstream of the foam tank ; a discharge water amount variable unit for variably changing a flow rate of cleaning water or cleaning foam to be delivered to the spray nozzle , wherein the discharge water amount variable unit is configured by a water pump or by the air pump ; a spray nozzle drive unit for rotating a discharge opening of the spray nozzle in a direction toward a circumference of the inner surface of the toilet bowl; an opening and closing valve for opening and closing a water passage to the spray nozzle ; a control unit ; and an operation unit for setting an instruction for the control unit , wherein the operation unit is integrally mounted on the body in a state where the operation unit projects right-sideward from body , characterized in that the control unit changes, in accordance with a rotational angle of the discharge opening of the spray nozzle , a discharge output of the discharge water amount variable unit to cause the spray nozzle to selectively discharge the cleaning water or the cleaning foam toward the inner surface of the toilet bowl.
A method for making a dough mixture, the method comprising the steps of a) mixing an effective amount of at least one Lactococcus lactis strain with a first portion of dough ingredients to form a preferment; b) allowing the preferment to ferment for 1 to 5 hours; and c) mixing the fermented preferment with a remaining portion of the dough ingredients to form the dough mixture, wherein the at least one Lactococcus lactis has a number of colony forming units (CFU) per gram of flour of at least 1e 7 CFJ/g of flour and wherein the at least one Lactococcus lactis strain is a biologically pure culture of Lactococcus lactis strain R2207 having accession number IDAC 270613-01 filed on June 27, 2013.
A hydraulic control device (1; 1a) that controls a hydraulic pressure of oil supplied for operating a power transmission device including a belt-type continuously variable transmission mechanism and a clutch , the hydraulic control device (1; 1a), comprising: a hydraulic path including at least a first hydraulic passage and a second hydraulic passage ; the hydraulic control device (1; 1a) being characterized in that an electric pump is disposed on the hydraulic path and is configured to supply oil to the belt-type continuously variable transmission mechanism through the first and second passages of the hydraulic path based on motor driving; an accumulator (44; 84) fluidly connected to the hydraulic path downstream from the electric pump and the first and second hydraulic passages and configured to accumulate oil inside by using the oil supplied by the electric pump , and supply the oil to the clutch by discharging the accumulated oil through the hydraulic path ; and a check valve disposed on the hydraulic path between the accumulator (44;84) and the first and second hydraulic passages configured to prevent oil discharged from the accumulator (44;84) from flowing upstream in the hydraulic path . a hydraulic path including at least a first hydraulic passage and a second hydraulic passage ; the hydraulic control device (1; 1a) being characterized in that an electric pump is disposed on the hydraulic path and is configured to supply oil to the belt-type continuously variable transmission mechanism through the first and second passages of the hydraulic path based on motor driving; an accumulator (44; 84) fluidly connected to the hydraulic path downstream from the electric pump and the first and second hydraulic passages and configured to accumulate oil inside by using the oil supplied by the electric pump , and supply the oil to the clutch by discharging the accumulated oil through the hydraulic path ; and a check valve disposed on the hydraulic path between the accumulator (44;84) and the first and second hydraulic passages configured to prevent oil discharged from the accumulator (44;84) from flowing upstream in the hydraulic path .
Process for the production of aliphatic polyesters comprising: a dicarboxylic component comprising a) 100% mol of units deriving from at least one aliphatic dicarboxylic acid, b) a diol component comprising units deriving from at least one aliphatic diol; said process comprising an esterification step and a following polycondensation step, characterized in that said polycondensation step is performed in the presence of a catalyst comprising a mixture of at least one Titanium-based compound and at least one Zirconium-based compound in which the weight ratio Ti/(Ti+Zr) is equal to or higher than 0.01 and equal to or lower than 0.40. a dicarboxylic component comprising a) 100% mol of units deriving from at least one aliphatic dicarboxylic acid, b) a diol component comprising units deriving from at least one aliphatic diol; a) 100% mol of units deriving from at least one aliphatic dicarboxylic acid, b) a diol component comprising units deriving from at least one aliphatic diol; said process comprising an esterification step and a following polycondensation step, characterized in that said polycondensation step is performed in the presence of a catalyst comprising a mixture of at least one Titanium-based compound and at least one Zirconium-based compound in which the weight ratio Ti/(Ti+Zr) is equal to or higher than 0.01 and equal to or lower than 0.40.
Capacitive information carrier in which information is encoded by an information pattern comprising a first and a second electrically conductive area on an electrically non-conductive substrate , wherein each conductive area comprises one or more sub-sections , wherein said information is detectable by a capacitive touch screen comprising intersection points formed from driving electrodes and sensing electrodes characterized in that at least one sub-section of the second electrically conductive area connects at least two sub-sections of the first electrically conductive area and the at least two sub-sections of the first electrically conductive area cover at least two different intersection points of the touch screen when brought into contact with said touch screen, said two different intersection points of the touch screen corresponding to two different driving electrodes of the touch screen, wherein the capacitive information carrier is a self-grounding carrier due to the arrangement of the electrically conductive areas, self-grounding occurring when the driving electrode corresponding to one of said two different intersection points is active and the driving electrode corresponding to the other of said two different intersection points is inactive.
A mobile terminal , comprising: a touchscreen ; a liquid crystal module , wherein the touchscreen is arranged on the liquid crystal module ; and a ground structure comprising a touchscreen ground wire , a voltage clamper and a metal middle frame ; a side step of the metal middle frame made of plastic; wherein a first terminal of the voltage clamper is electrically connected to the touchscreen ground wire , a second terminal of the voltage clamper is electrically connected to the metal middle frame , and the touchscreen ground wire is arranged on a frame of the touchscreen of the mobile terminal , the metal middle frame being on a side that is proximate to the liquid crystal module ; wherein a certain gap between the touchscreen ground wire and the liquid crystal module is arranged, so as to discharge static electricity entering from a side of the touchscreen . a touchscreen ; a liquid crystal module , wherein the touchscreen is arranged on the liquid crystal module ; and a ground structure comprising a touchscreen ground wire , a voltage clamper and a metal middle frame ; a side step of the metal middle frame made of plastic; wherein a first terminal of the voltage clamper is electrically connected to the touchscreen ground wire , a second terminal of the voltage clamper is electrically connected to the metal middle frame , and the touchscreen ground wire is arranged on a frame of the touchscreen of the mobile terminal , the metal middle frame being on a side that is proximate to the liquid crystal module ; wherein a certain gap between the touchscreen ground wire and the liquid crystal module is arranged, so as to discharge static electricity entering from a side of the touchscreen .
A liquefied natural gas filling apparatus for filling liquefied natural gas in an in-vehicle tank comprising: a housing ; a single hose led from said housing ; a recovery mechanism for recovering natural gas from the in-vehicle tank via said hose; a filling mechanism for filling liquefied natural gas in said in-vehicle tank via said hose, wherein the filling mechanism comprises a filling nozzle and a filling hose , the filling nozzle being attached at a tip of the filling hose ; and a nozzle hook amounted on the housing to store the filling nozzle ; a gloves mounting part on which gloves used by an operator of said liquefied natural gas filling apparatus may be put on, wherein the gloves mounting part is mounted above the nozzle hook and is in a first position in case that the gloves are not put thereon, and is held in a second position in case that the gloves are put on the gloves mounting part , wherein the gloves mounting part arranged in the second position blocks detaching the filling nozzle from the nozzle hook . a housing ; a single hose led from said housing ; a recovery mechanism for recovering natural gas from the in-vehicle tank via said hose; a filling mechanism for filling liquefied natural gas in said in-vehicle tank via said hose, wherein the filling mechanism comprises a filling nozzle and a filling hose , the filling nozzle being attached at a tip of the filling hose ; and a nozzle hook amounted on the housing to store the filling nozzle ; a gloves mounting part on which gloves used by an operator of said liquefied natural gas filling apparatus may be put on, wherein the gloves mounting part is mounted above the nozzle hook and is in a first position in case that the gloves are not put thereon, and is held in a second position in case that the gloves are put on the gloves mounting part , wherein the gloves mounting part arranged in the second position blocks detaching the filling nozzle from the nozzle hook .
A system for detecting a concentration of non-metallic particles in a fluid, wherein the system comprises a particle morphology detection device , a metal particle detection device and a detection pipeline , the particle morphology detection device and the metal particle detection device are connected to each other and are wound on the detection pipeline ; the particle morphology detection device comprises: a laser tube for outputting an incident light beam; the metal particle detection device comprises a signal detection system , one or more excitation coils , the excitation coils are connected to the signal detection system and are wound on the detection pipeline ; the detection pipeline allows incidence of a light beam from the particle morphology detection device to the fluid in the detection pipeline and emergence of the light beam from the fluid to the particle morphology detection device , characterized in that the particle morphology detection device further comprises: a scatter detector for detecting an emergent light beam from the fluid; the metal particle detection device further comprises: a positive even number of induction coils ; the induction coils are all connected to the signal detection system and are wound on the excitation coils sequentially and in reverse to each other. the particle morphology detection device comprises: a laser tube for outputting an incident light beam; the metal particle detection device comprises a signal detection system , one or more excitation coils , the excitation coils are connected to the signal detection system and are wound on the detection pipeline ; the detection pipeline allows incidence of a light beam from the particle morphology detection device to the fluid in the detection pipeline and emergence of the light beam from the fluid to the particle morphology detection device , characterized in that the particle morphology detection device further comprises: a scatter detector for detecting an emergent light beam from the fluid; the metal particle detection device further comprises: a positive even number of induction coils ; the induction coils are all connected to the signal detection system and are wound on the excitation coils sequentially and in reverse to each other.