mhurhangee/patent-ind-claim-en huggingface dataset:
A heat source unit comprising: a plurality of pairs of air heat exchangers , each heat exchanger including a plurality of fins (F) arranged at prescribed intervals and heat exchanging pipes (P) penetrating the fins (F), characterized in that the air heat exchangers of each pair include a flat plate part shaped as a rectangle and bent strips , the bent strips are composed of opposite edge portions of the flat plate part bent in a same direction, and each air heat exchanger is substantially in a shape of a letter U as viewed from above; the air heat exchangers of each pair are arranged in directions facing each other, with opposed bent strips of the air heat exchangers of each pair extending toward each other, and having a gap between upper ends of the air heat exchangers of each pair that is wider than a gap between lower ends of the air heat exchangers of each pair such that they are inclined that a V-shaped space is defined between the bent strips of the heat exchangers of each pair; and shield plates positioned at the left and right sides of each pair of air heat exchangers , and configured to close a space between the bent strips of each pair of air heat exchangers and the bent strips of an adjacent pair of air heat exchangers . a plurality of pairs of air heat exchangers , each heat exchanger including a plurality of fins (F) arranged at prescribed intervals and heat exchanging pipes (P) penetrating the fins (F), characterized in that the air heat exchangers of each pair include a flat plate part shaped as a rectangle and bent strips , the bent strips are composed of opposite edge portions of the flat plate part bent in a same direction, and each air heat exchanger is substantially in a shape of a letter U as viewed from above; the air heat exchangers of each pair are arranged in directions facing each other, with opposed bent strips of the air heat exchangers of each pair extending toward each other, and having a gap between upper ends of the air heat exchangers of each pair that is wider than a gap between lower ends of the air heat exchangers of each pair such that they are inclined that a V-shaped space is defined between the bent strips of the heat exchangers of each pair; and shield plates positioned at the left and right sides of each pair of air heat exchangers , and configured to close a space between the bent strips of each pair of air heat exchangers and the bent strips of an adjacent pair of air heat exchangers .
A method to decode a coded video bitstream with a processor, the method comprising: extracting from the coded video bitstream syntax elements to determine a chroma quantization parameter (Qpc) table mapping luma quantization parameter (QP) values qP(i) to corresponding chroma QP values Qpc(i), wherein 'i' denotes an index value in the Qpc table ranging from an integer start-index value startID to an integer end-index value endID, wherein the syntax elements comprise: the integer start-index value startID of the Qpc table; a starting mapped chroma QP value Qpc(startID) for a starting input luma QP value qP(startID); and one or more delta-Qpc values dQpc(i), wherein for two consecutive index values, i-1 and i, a delta-Qpc value dQpc(i) denotes the difference dQpc i = Qpc i − Qpc i − 1 ; and generating a decoded output signal based on the determined Qpc table and the coded video bitstream. extracting from the coded video bitstream syntax elements to determine a chroma quantization parameter (Qpc) table mapping luma quantization parameter (QP) values qP(i) to corresponding chroma QP values Qpc(i), wherein 'i' denotes an index value in the Qpc table ranging from an integer start-index value startID to an integer end-index value endID, wherein the syntax elements comprise: the integer start-index value startID of the Qpc table; a starting mapped chroma QP value Qpc(startID) for a starting input luma QP value qP(startID); and one or more delta-Qpc values dQpc(i), wherein for two consecutive index values, i-1 and i, a delta-Qpc value dQpc(i) denotes the difference dQpc i = Qpc i − Qpc i − 1 ; and the integer start-index value startID of the Qpc table; a starting mapped chroma QP value Qpc(startID) for a starting input luma QP value qP(startID); and one or more delta-Qpc values dQpc(i), wherein for two consecutive index values, i-1 and i, a delta-Qpc value dQpc(i) denotes the difference dQpc i = Qpc i − Qpc i − 1 ; and generating a decoded output signal based on the determined Qpc table and the coded video bitstream.
Method for operating a navigation system for guiding a driver of an ego vehicle to a desired destination along a selected route path, the method comprising: obtaining (S103) information about vehicles in a region around the ego vehicle; determining (S104) trajectories of the vehicles around the ego vehicle based on the obtained information; comparing (S105) the trajectories of the vehicles around the ego vehicle with the selected route path of the ego vehicle; and if it is determined (S106) that one of the vehicles around the ego vehicle: - was driving, - is currently driving, or - will be driving along the selected route path: generating (S107) and outputting (S108) an instruction to the driver of the ego vehicle to follow the one vehicle, characterized in that : the step of obtaining information about vehicles around the ego vehicle comprises detecting a turn signal of at least one of the vehicles around the ego vehicle; and the instruction is generated comprising the turn signal of the vehicle to be followed by the ego vehicle. obtaining (S103) information about vehicles in a region around the ego vehicle; determining (S104) trajectories of the vehicles around the ego vehicle based on the obtained information; comparing (S105) the trajectories of the vehicles around the ego vehicle with the selected route path of the ego vehicle; and if it is determined (S106) that one of the vehicles around the ego vehicle: - was driving, - is currently driving, or - will be driving - was driving, - is currently driving, or - will be driving along the selected route path: generating (S107) and outputting (S108) an instruction to the driver of the ego vehicle to follow the one vehicle, characterized in that : the step of obtaining information about vehicles around the ego vehicle comprises detecting a turn signal of at least one of the vehicles around the ego vehicle; and the instruction is generated comprising the turn signal of the vehicle to be followed by the ego vehicle. generating (S107) and outputting (S108) an instruction to the driver of the ego vehicle to follow the one vehicle, characterized in that : the step of obtaining information about vehicles around the ego vehicle comprises detecting a turn signal of at least one of the vehicles around the ego vehicle; and the instruction is generated comprising the turn signal of the vehicle to be followed by the ego vehicle. the step of obtaining information about vehicles around the ego vehicle comprises detecting a turn signal of at least one of the vehicles around the ego vehicle; and the instruction is generated comprising the turn signal of the vehicle to be followed by the ego vehicle.
Method for producing a foundation element in the ground, in which a hole is formed in the ground that is filled with a hardenable filling mass in order to form the foundation element, wherein prior to the hardening of the filling mass a data carrier is introduced into the hole, characterized in that the data carrier has a ROM storage element, and in that on the data carrier information on the produced foundation element is permanently stored and after hardening of the filling mass the information on the data carrier is unalterable as a kind of electronic certification.
Shoe for damping foot movement via the ankle joint, comprising a shoe sole , a shoe upper connected to the shoe sole , and a damping element for damping relative movement, wherein a tensile-stiff band extends from a first end of a lateral side of the shoe over a shoe heel region and over a medial side of the shoe back onto the lateral side at a second end and is movably arranged between the first and the second end on the shoe upper in the direction of its longitudinal extent, wherein the tensile-stiff band is fastened at the first end to the damping element and is fastened at the second end to the shoe upper characterised in that the damping element has a fixed element rigidly attached to the shoe and a relative movement element that is movable relative to the fixed element and connected to the tension-stiff band. wherein a tensile-stiff band extends from a first end of a lateral side of the shoe over a shoe heel region and over a medial side of the shoe back onto the lateral side at a second end and is movably arranged between the first and the second end on the shoe upper in the direction of its longitudinal extent, wherein the tensile-stiff band is fastened at the first end to the damping element and is fastened at the second end to the shoe upper characterised in that the damping element has a fixed element rigidly attached to the shoe and a relative movement element that is movable relative to the fixed element and connected to the tension-stiff band.
A fiber-optic cable fanout conduit arrangement , for organizing a plurality of optical fibers of a fiber-optic cable; the fanout conduit arrangement comprising a cable fanout assembly including: (a) a fanout member defining a fanout member sidewall and a conduit extending between a first, open, conduit end and an opposite second, open, conduit end ; (i) at least a portion of the fanout member sidewall extending completely around the conduit ; (ii) the fanout member sidewall defining an inspection aperture arrangement therethrough; and, (iii) at least one of the first and second, opposite, open conduit ends defining a fiber-organizing endcap arrangement receiver ; and, (b) a fiber-organizing endcap arrangement operably positionable on the fanout member , wherein the fanout member includes a first section and a second section , the first section including a region having a first maximum internal cross-dimension and a region of first maximum internal cross-sectional area; and the second section includes a region having a second maximum internal cross-dimension; the first maximum internal cross-dimension being larger than the second maximum internal cross-dimension, the inspection aperture arrangement being in the first ; wherein the inspection aperture arrangement includes an aperture having a first total open area, characterized in that a ratio of the first total open area to the first maximum internal cross-sectional area is at least 0.5. (a) a fanout member defining a fanout member sidewall and a conduit extending between a first, open, conduit end and an opposite second, open, conduit end ; (i) at least a portion of the fanout member sidewall extending completely around the conduit ; (ii) the fanout member sidewall defining an inspection aperture arrangement therethrough; and, (iii) at least one of the first and second, opposite, open conduit ends defining a fiber-organizing endcap arrangement receiver ; and, (i) at least a portion of the fanout member sidewall extending completely around the conduit ; (ii) the fanout member sidewall defining an inspection aperture arrangement therethrough; and, (iii) at least one of the first and second, opposite, open conduit ends defining a fiber-organizing endcap arrangement receiver ; and, (b) a fiber-organizing endcap arrangement operably positionable on the fanout member ,
A battery unit arrangement structure for a vehicle, comprising: a dash panel vertical wall portion configured to separate a vehicle interior from an engine compartment ; a floor panel configured to form a floor surface of the vehicle interior ; a curved corner portion configured to connect a lower end of the dash panel vertical wall portion and a front end of the floor panel to each other; a battery unit , wherein the battery unit is mounted on the corner portion in front of a passenger seat with an upper surface of the battery unit inclined downward toward a vehicle rear so that a rear end of the battery unit is lower than a front end of the battery unit ; and a cover member , wherein the battery unit is covered, from above, with the cover member , and the cover member is inclined downward toward the vehicle rear so that a rear end of the cover member is lower than a front end of the cover member , characterized in that the battery unit includes a mounting bracket fixed to the corner portion , a battery placed on the mounting bracket , and a battery clamp that passes over the battery and is fastened to a fastening portion of the mounting bracket , the fastening portion extending to an outer side from the battery , wherein the mounting bracket has a cover member fixing portion configured to fix an edge of the cover member , and wherein the cover member fixing portion is disposed adjacent to a fixing portion through which the mounting bracket is fixed to the corner portion . a dash panel vertical wall portion configured to separate a vehicle interior from an engine compartment ; a floor panel configured to form a floor surface of the vehicle interior ; a curved corner portion configured to connect a lower end of the dash panel vertical wall portion and a front end of the floor panel to each other; a battery unit , wherein the battery unit is mounted on the corner portion in front of a passenger seat with an upper surface of the battery unit inclined downward toward a vehicle rear so that a rear end of the battery unit is lower than a front end of the battery unit ; and a cover member , wherein the battery unit is covered, from above, with the cover member , and the cover member is inclined downward toward the vehicle rear so that a rear end of the cover member is lower than a front end of the cover member , characterized in that the battery unit includes a mounting bracket fixed to the corner portion , a battery placed on the mounting bracket , and a battery clamp that passes over the battery and is fastened to a fastening portion of the mounting bracket , the fastening portion extending to an outer side from the battery , wherein the mounting bracket has a cover member fixing portion configured to fix an edge of the cover member , and wherein the cover member fixing portion is disposed adjacent to a fixing portion through which the mounting bracket is fixed to the corner portion .
An injectable pharmaceutical composition comprising tildipirosin, a salt or solvate thereof and a pharmaceutically acceptable carrier for use in a treatment and/or prevention of foot rot disease in a bovid animal.
A light projection device comprising a light emitting surface facing a workpiece and formed with a slit (S) allowing light reflected by the workpiece to pass from a light emitting surface side to an opposite side thereof, a light emitting plate formed with the light emitting surface; and a pair of casings that have openings closed by the light emitting plate, contain a plurality of LED light sources provided opposite to the openings, and are provided opposite to each other, wherein opposite surfaces of the pair of casings form the slit, the opposite surfaces being opposite to each other, wherein the slit has a widening shape whose width gradually increases from the light emitting surface side toward the opposite side, the light emitting surface is a flat surface, and a direction to image a surface of the workpiece can be changed depending on widening of the slit. a light emitting plate formed with the light emitting surface; and a pair of casings that have openings closed by the light emitting plate, contain a plurality of LED light sources provided opposite to the openings, and are provided opposite to each other, wherein opposite surfaces of the pair of casings form the slit, the opposite surfaces being opposite to each other, wherein the slit has a widening shape whose width gradually increases from the light emitting surface side toward the opposite side, the light emitting surface is a flat surface, and a direction to image a surface of the workpiece can be changed depending on widening of the slit.
An enrobed gastric residence dosage form comprising: a gastric residence system in a folded configuration, wherein the gastric residence system comprises a therapeutic agent; and a coating enrobing the gastric residence system in the folded configuration, and a coating on the coating enrobing the gastric residence system in the folded configuration, wherein the coating on the coating comprises a reverse-enteric polymer; wherein the enrobed gastric residence dosage form is configured to release the gastric residence system in a stomach of a patient, allowing the gastric residence system to assume an open configuration. a gastric residence system in a folded configuration, wherein the gastric residence system comprises a therapeutic agent; and a coating enrobing the gastric residence system in the folded configuration, and a coating on the coating enrobing the gastric residence system in the folded configuration, wherein the coating on the coating comprises a reverse-enteric polymer; wherein the enrobed gastric residence dosage form is configured to release the gastric residence system in a stomach of a patient, allowing the gastric residence system to assume an open configuration.
A linking drive system coupling together a first drivetrain and a second drivetrain of a vessel, the first drivetrain for connecting a first prime mover and a first propulsor , the first drivetrain comprising a first drive shaft , the second drivetrain for connecting a second prime mover and a second propulsor , the second drivetrain comprising a second drive shaft ; the linking drive system comprising: - a linking drive clutch , the linking drive clutch comprising at least a first clutch part and a second clutch part which are engageable with each other and can transmit rotation therebetween; - at least one flexible drive link coupled between the linking drive clutch and the first and / or second drivetrains, wherein the at least one flexible drive link is coupled between the linking drive clutch and the first and / or second drive shafts; - wherein the linking drive clutch is engageable to allow rotation of one of the first and second drive shafts, generated by a respective one of the first and second prime movers, to be transferred to the other of the first and second drive shafts; - characterised in that the linking drive system comprises: - at least a first flexible drive link, the first flexible drive link being coupled between the first drive shaft and the first clutch part of the linking drive clutch; and - at least a second flexible drive link coupled between the second drive shaft and the second clutch part of the linking drive clutch. - a linking drive clutch , the linking drive clutch comprising at least a first clutch part and a second clutch part which are engageable with each other and can transmit rotation therebetween; - at least one flexible drive link coupled between the linking drive clutch and the first and / or second drivetrains, wherein the at least one flexible drive link is coupled between the linking drive clutch and the first and / or second drive shafts; - wherein the linking drive clutch is engageable to allow rotation of one of the first and second drive shafts, generated by a respective one of the first and second prime movers, to be transferred to the other of the first and second drive shafts; - characterised in that the linking drive system comprises: - at least a first flexible drive link, the first flexible drive link being coupled between the first drive shaft and the first clutch part of the linking drive clutch; and - at least a second flexible drive link coupled between the second drive shaft and the second clutch part of the linking drive clutch. - at least a first flexible drive link, the first flexible drive link being coupled between the first drive shaft and the first clutch part of the linking drive clutch; and - at least a second flexible drive link coupled between the second drive shaft and the second clutch part of the linking drive clutch.
Hand-held power saw having a drive motor , which drives a saw chain , arranged so as to circulate on a guide bar of the power saw, and having a lubricating apparatus for the saw chain , wherein the lubricating apparatus comprises at least one lubricant piece that is solid at 20°C, characterized in that the power saw comprises a melting chamber into which the lubricant piece projects and which is connected to the saw chain via at least one lubricant channel , and in that the melting chamber is bounded at least partially by a heat conducting element, which is heated during operation of the power saw.
A conjugated polymer based on perylene tetracarboxylic acid diimide and dibenzothiophene, having the following general formula: wherein: n is a positive integer less than 101; R 1 , R 2 and R 3 are a hydrogen, a C 1 -C 20 alkyl and a C 1 -C 20 alkoxy phenyl or phenyl; and R 4 and R 5 are a C 1 -C 20 alkyl. wherein: n is a positive integer less than 101; R 1 , R 2 and R 3 are a hydrogen, a C 1 -C 20 alkyl and a C 1 -C 20 alkoxy phenyl or phenyl; and R 4 and R 5 are a C 1 -C 20 alkyl.
A portable electronic device , comprising: an enclosure having a back wall ; and an input/output (I/O) assembly carried by the back wall and positioned at an opening defined by the back wall, the I/O assembly comprising: a light-blocking trim including an internal wall that defines an internal chamber , a first camera module enclosed by the trim and positioned outside of the internal chamber; a second camera module enclosed by the trim and positioned outside of the internal chamber; a strobe module positioned in the internal chamber between the first camera module and the second camera module ; and an audio transducer positioned in the internal chamber , wherein the audio transducer is capable of detecting audible signals; a camera cover glass overlying the trim and including a first portion that allows passage of light and a second opaque portion that blocks light from passing through the camera cover glass; wherein the light blocking trim is configured to block light emitted from the strobe module from leaking to any of the first camera module or the second camera module. an enclosure having a back wall ; and an input/output (I/O) assembly carried by the back wall and positioned at an opening defined by the back wall, the I/O assembly comprising: a light-blocking trim including an internal wall that defines an internal chamber , a first camera module enclosed by the trim and positioned outside of the internal chamber; a second camera module enclosed by the trim and positioned outside of the internal chamber; a strobe module positioned in the internal chamber between the first camera module and the second camera module ; and an audio transducer positioned in the internal chamber , wherein the audio transducer is capable of detecting audible signals; a camera cover glass overlying the trim and including a first portion that allows passage of light and a second opaque portion that blocks light from passing through the camera cover glass; wherein the light blocking trim is configured to block light emitted from the strobe module from leaking to any of the first camera module or the second camera module. a light-blocking trim including an internal wall that defines an internal chamber , a first camera module enclosed by the trim and positioned outside of the internal chamber; a second camera module enclosed by the trim and positioned outside of the internal chamber; a strobe module positioned in the internal chamber between the first camera module and the second camera module ; and an audio transducer positioned in the internal chamber , wherein the audio transducer is capable of detecting audible signals; a camera cover glass overlying the trim and including a first portion that allows passage of light and a second opaque portion that blocks light from passing through the camera cover glass; wherein the light blocking trim is configured to block light emitted from the strobe module from leaking to any of the first camera module or the second camera module.