mhurhangee/patent-ind-claim-en huggingface dataset:
A travel control method for a vehicle, comprising: specifying (S104) a pedestrian crosswalk through which a subject vehicle is expected to pass as a first pedestrian crosswalk; estimating (S105) a position on the first pedestrian crosswalk through which the subject vehicle passes as a crossing position in a length direction of the first pedestrian crosswalk; characterized by determining (S107, S108) whether or not a second pedestrian crosswalk located within a predetermined first distance from the crossing position and located close to the first pedestrian crosswalk is specified; when the second pedestrian crosswalk is specified, setting (S109) an area combining the first pedestrian crosswalk and the second pedestrian crosswalk as an interpolation area; setting (S110) an area including the first pedestrian crosswalk, the second pedestrian crosswalk, and the interpolation area as a detection area of a detector detecting (S112) an object around the subject vehicle; and controlling (S113) travel of the subject vehicle on a basis of a detection result of the detector . specifying (S104) a pedestrian crosswalk through which a subject vehicle is expected to pass as a first pedestrian crosswalk; estimating (S105) a position on the first pedestrian crosswalk through which the subject vehicle passes as a crossing position in a length direction of the first pedestrian crosswalk; characterized by determining (S107, S108) whether or not a second pedestrian crosswalk located within a predetermined first distance from the crossing position and located close to the first pedestrian crosswalk is specified; when the second pedestrian crosswalk is specified, setting (S109) an area combining the first pedestrian crosswalk and the second pedestrian crosswalk as an interpolation area; setting (S110) an area including the first pedestrian crosswalk, the second pedestrian crosswalk, and the interpolation area as a detection area of a detector detecting (S112) an object around the subject vehicle; and controlling (S113) travel of the subject vehicle on a basis of a detection result of the detector .
A foldable device comprising: a flexible display comprising a first part , a second part and a third part between the first part and the second part in a longitudinal direction (L); a first body configured to support the first part ; a second body configured to support the second part ; and a hinge configured to foldably connect the first body and the second body and to comprise a plurality of segment members which are pivotably connected to one another and support the third part ; wherein the segment member comprises an upper end portion configured to support the third part ; a lower end portion configured to be positioned to be opposite to the upper end portion ; and side portions configured to connect the upper end portion and the lower end portion and to be inclined; wherein while the first body and the second body are folded, the upper end portion of the segment member (310-1) contacts the upper end portion of the adjacent segment member (310-2) to support the third part to be bent in a certain shape, and the side portion 8313) of the segment member (310-1) contacts the side portion of the adjacent segment member (310-2) to prevent the third part from being further bent inward, and in that while the first body and the second body are unfolded, the lower end portion of the segment member contacts the lower end portion of the adjacent segment member to prevent the third part from being further bent outward, characterized in that the hinge is slidably connected with respect to the first body and the second body and configured to slide in the longitudinal direction. a flexible display comprising a first part , a second part and a third part between the first part and the second part in a longitudinal direction (L); a first body configured to support the first part ; a second body configured to support the second part ; and a hinge configured to foldably connect the first body and the second body and to comprise a plurality of segment members which are pivotably connected to one another and support the third part ; wherein the segment member comprises an upper end portion configured to support the third part ; a lower end portion configured to be positioned to be opposite to the upper end portion ; and side portions configured to connect the upper end portion and the lower end portion and to be inclined; wherein while the first body and the second body are folded, the upper end portion of the segment member (310-1) contacts the upper end portion of the adjacent segment member (310-2) to support the third part to be bent in a certain shape, and the side portion 8313) of the segment member (310-1) contacts the side portion of the adjacent segment member (310-2) to prevent the third part from being further bent inward, and in that while the first body and the second body are unfolded, the lower end portion of the segment member contacts the lower end portion of the adjacent segment member to prevent the third part from being further bent outward, characterized in that the hinge is slidably connected with respect to the first body and the second body and configured to slide in the longitudinal direction.
Transport platform for loading, conveying and storing elongate cut-to-length loads, in particular timber logs, said transport platform being implemented as a beam construction having a base assembly which is constructed from longitudinal beams and cross beams , wherein a base-proximal corner casting by way of which the transport platform is able to be locked to a semitrailer contour of a truck semitrailer or any other mode of transport is provided at each of the four corner regions of the base assembly , and wherein the base assembly at each of the four corner regions has a vertical beam which terminates by way of a corner casting on the upper side to which a further transport platform stacked thereon is able to be locked, or in which a container stacker engages for loading the transport platform, characterized in that the transport platform in the platform longitudinal direction (x) by way of at least one rearward protrusion is extended beyond the base-proximal corner castings ; in that the rearward protrusion in the case of a transport platform loaded on the truck semitrailer is disposed on the rear side of the semitrailer; in that the transport platform has a cab-proximal protrusion which in a state loaded on the truck semitrailer protrudes in the direction of a truck cab; and in that the cab-proximal protrusion , while forming a base-proximal void , is offset from the platform lower side by a height offset (Δz) such that, when positioning the transport platform on the truck semitrailer , semitrailer components are disposed in the region of the base-proximal void .
A method for obtaining secoiridoids of type wherein X = and R1 = H or COOCH 3 , R2 = CH(OH) 2 or according to which: plant material from the species Olea europaea L, including all subspecies and cultivars, is brought into contact with a solvent at a ratio ranging from 1: 1 to 1:20 at a temperature of 15-40°C, left in contact for a time period ranging from 30 minutes to 12 hours, to activate at said temperature a reaction of an enzyme with oleuropein, said enzyme and oleuropein present in said plant material, and generate a mixture (A) . X = and R1 = H or COOCH 3 , R2 = CH(OH) 2 or according to which: plant material from the species Olea europaea L, including all subspecies and cultivars, is brought into contact with a solvent at a ratio ranging from 1: 1 to 1:20 at a temperature of 15-40°C, left in contact for a time period ranging from 30 minutes to 12 hours, to activate at said temperature a reaction of an enzyme with oleuropein, said enzyme and oleuropein present in said plant material, and generate a mixture (A) .
An inspection support device comprising: a captured image data acquisition unit that acquires captured image data obtained by imaging the inside of a subject with an endoscope ; a visual-line detection unit that detects a visual line directed to a display device that displays a captured image based on the captured image data; a processing unit that performs processing on the captured image data to detect a lesion site from the captured image data and identify the detected lesion site; and a display control unit for causing the display device to display a result of the processing on the captured image data by the processing unit , wherein the processing unit performs the processing to detect the lesion site on the entire captured image data, determines an attention region to which an attention is paid in the captured image data on the basis of the visual line detected by the visual-line detection unit , and performs the processing to identify a type of the lesion site only on the attention region or only on a non-attention region that is a region excluding the attention region in the captured image data. a captured image data acquisition unit that acquires captured image data obtained by imaging the inside of a subject with an endoscope ; a visual-line detection unit that detects a visual line directed to a display device that displays a captured image based on the captured image data; a processing unit that performs processing on the captured image data to detect a lesion site from the captured image data and identify the detected lesion site; and a display control unit for causing the display device to display a result of the processing on the captured image data by the processing unit , wherein the processing unit performs the processing to detect the lesion site on the entire captured image data, determines an attention region to which an attention is paid in the captured image data on the basis of the visual line detected by the visual-line detection unit , and performs the processing to identify a type of the lesion site only on the attention region or only on a non-attention region that is a region excluding the attention region in the captured image data.
A dehumidifier for a gas detector, comprising a housing and a water absorber located in the housing , wherein an opening, a plug and a first seal are provided at a lower portion of the housing , the plug and the first seal are used to seal the opening, the water absorber can be removed via the opening when the opening is open, a conduit is provided above the housing , an upper gas inlet and an upper gas outlet are provided on the conduit, a gas to be dehumidified enters the conduit via the upper gas inlet and is discharged from the conduit via the upper gas outlet , and the water absorber is used to absorb water in the gas, wherein the conduit is a condensing tube or the conduit comprises a condensing tube , and the water absorber is used to absorb condensed water obtained via the condensing tube , and wherein a second seal is provided between the housing and the condensing tube .
Liquid delivery system (F) for a field sprayer, having a centrifugal pump (K) and having a self-priming pump (M) at least for venting the centrifugal pump (K), wherein the two pumps (K, M) are, on their suction sides, selectively connectable to a clear water suction connection and are integrated into a line network into which valves, which are actuable via a controller (CU), and at least at least one stock tank , the clear water suction connection , spray nozzles of a spray module and a stock additive induction sluice are integrated, wherein at least one stock tank filling function, a cleaning function, an induction function, a stirring function, a spraying function, the centrifugal pump venting function and, if appropriate, an emptying function are settable via the controller, and the centrifugal plump venting, the induction and the spraying functions are each executable during the operation of the self-priming pump (M), characterized in that the cleaning, the stock tank filling, the stirring and, if appropriate, the emptying functions are at least mainly executable with operation of the centrifugal pump (K), and in that , at least for executing the spraying function and the stirring function, both pumps (K, M) are simultaneously operable.
- Sanitary tampon, made entirely of natural materials and not including any type of plastic or synthetic material, comprising a body of generally cylindrical shape provided with a rounded front end in the direction of insertion of the tampon and a rear end from which an extraction cord protrudes; said body comprising an absorbent core , rectangular, with two major sides and two minor sides ; said absorbent core being covered with an absorbent sheet of non-woven fabric, and winded up in a longitudinal direction and pressed together with said absorbent sheet , its major sides being oriented towards the front and rear ends of the tampon body ; said absorbent sheet comprising an end section that protrudes through the minor side of the absorbent core that remains inside the body once wound and an end section that protrudes at least on the minor side of the absorbent core that remains outside of the body once wound, and that closes said minor side on the body itself, totally covering the material of the absorbent core ; characterised in that the end sections of the absorbent sheet comprise a slanted side or a side having a slanted segment.
An electric-motor-control system with current sensor offset correction, said system comprising: three current-sensors , wherein each of the three current-sensors is used to detect current through one of three windings of a γ-connected motor ; and a controller in communication with the three current-sensors , wherein the controller is adapted to record periodically measurements of sensed-current indicated by each current-sensor while variable-current flows through each of the three windings, is adapted to determine an x-offset and a y-offset of a rotating-vector indicated by a plurality of the measurements, and determines an offset-current of each of the three current-sensors based on the x-offset, DCx and the y-offset DCy ; characterised in that said determination minimizes error between model output and its measured quantity using the following cost function : J = 1 2 . N ∑ m = 1 N Ix _ s m − I _ machine . cos theta m − DCx 2 + Iy _ s m − I _ machine . sin theta m − DCy 2 + I 0 _ s m − DC 0 2 where Ix_s Iy_s I 0 _s are defined as follows: Ix _ s = 2 3 ∗ Ia s − Ib _ s ∗ cos 60 − Ic _ s ∗ cos 60 ; Iy _ s = 2 3 ∗ Ib _ s ∗ cos 30 − Ic _ s ∗ cos 30 I 0 _ s = 2 3 ∗ Ia _ s + Ib _ s + Ic _ s where Ia_s_, Ib_s_and, Ic_s_a are the outputs of the three current-sensors, and Ix _ s = I _ machine . cos theta + DCx Iy _ s = I _ machine . sin theta + DCy I 0 _ s = DC 0 , where, DCx = 2 3 . DCa − 1 3 . DCb − 1 3 . DCc DCy = 1 3 . 3 . DCb − DCc DCy = 1 3 . 3 . DCb − DCc and where superscript (m) indicates m-th sample points of the data; and theta m = arctan ( Iy _ s m − DCy _ 0 / Ix _ s m − DCx _ 0 . three current-sensors , wherein each of the three current-sensors is used to detect current through one of three windings of a γ-connected motor ; and a controller in communication with the three current-sensors , wherein the controller is adapted to record periodically measurements of sensed-current indicated by each current-sensor while variable-current flows through each of the three windings, is adapted to determine an x-offset and a y-offset of a rotating-vector indicated by a plurality of the measurements, and determines an offset-current of each of the three current-sensors based on the x-offset, DCx and the y-offset DCy ; characterised in that said determination minimizes error between model output and its measured quantity using the following cost function : J = 1 2 . N ∑ m = 1 N Ix _ s m − I _ machine . cos theta m − DCx 2 + Iy _ s m − I _ machine . sin theta m − DCy 2 + I 0 _ s m − DC 0 2 where Ix_s Iy_s I 0 _s are defined as follows: Ix _ s = 2 3 ∗ Ia s − Ib _ s ∗ cos 60 − Ic _ s ∗ cos 60 ; Iy _ s = 2 3 ∗ Ib _ s ∗ cos 30 − Ic _ s ∗ cos 30 I 0 _ s = 2 3 ∗ Ia _ s + Ib _ s + Ic _ s where Ia_s_, Ib_s_and, Ic_s_a are the outputs of the three current-sensors, and Ix _ s = I _ machine . cos theta + DCx Iy _ s = I _ machine . sin theta + DCy I 0 _ s = DC 0 , where, DCx = 2 3 . DCa − 1 3 . DCb − 1 3 . DCc DCy = 1 3 . 3 . DCb − DCc DCy = 1 3 . 3 . DCb − DCc and where superscript (m) indicates m-th sample points of the data; and theta m = arctan ( Iy _ s m − DCy _ 0 / Ix _ s m − DCx _ 0 .
Production facility comprising at least one conveyor device, at least one frame unit , relative to which at least one guide unit of the conveyor device is pivotably or tiltably mounted together with a transport unit of the conveyor device by means of a bearing unit of the conveyor device, and at least one further guide unit, the conveyor device comprising, in order to convey products , in particular packaged and/or unpackaged foodstuffs, at least the transport unit , which comprises at least one endless transport element , in particular an endless conveyor belt, which has a product support surface for receiving products to be conveyed, at least the guide unit for guiding the transport element , which guide unit has at least one, in particular movably mounted, guide element , in particular a guide roller, for deflecting the endless transport element , and at least the bearing unit for pivotably or tiltably mounting the guide unit together with the transport unit relative to the frame unit about a movement axis of the guide unit which runs at least substantially in parallel with the product support surface , characterized in that the guide unit has at least one further guide element for deflecting an endless further transport element of the production facility, in particular an endless further conveyor belt, at least one deflection region of the further transport element being arranged on the guide unit , a further region of the further transport element being mounted on the further guide unit, the further guide element being pivotably or tiltably mounted together with the guide element for guiding the transport element and with the transport unit relative to the frame unit by means of the bearing unit , while the further region of the endless further transport element remains unpivoted or untilted.
A support assembly for supporting a moveable member of an agricultural combine comprising: the moveable member operatively connected to the combine and moveable relative to the combine, the moveable member having a lower portion ; a support member connected to the combine, the support member having an upper portion ; and a pliable resilient member having a first end connected to the support member and a second end connected to the lower portion of the moveable member , the pliable resilient member being configured to allow movement of the moveable member relative to the support member in six degrees of freedom and to support the moveable member in a spaced apart relation to the support member, characterized in that : the first end of the pliable resilient member is connected to the upper portion of the support member and the support member is pivotably connected to the combine to support the moveable member in at least a first position and a second position. the moveable member operatively connected to the combine and moveable relative to the combine, the moveable member having a lower portion ; a support member connected to the combine, the support member having an upper portion ; and a pliable resilient member having a first end connected to the support member and a second end connected to the lower portion of the moveable member , the pliable resilient member being configured to allow movement of the moveable member relative to the support member in six degrees of freedom and to support the moveable member in a spaced apart relation to the support member, characterized in that : the first end of the pliable resilient member is connected to the upper portion of the support member and the support member is pivotably connected to the combine to support the moveable member in at least a first position and a second position. the first end of the pliable resilient member is connected to the upper portion of the support member and the support member is pivotably connected to the combine to support the moveable member in at least a first position and a second position.
A stacking device for a secondary battery, the stacking device comprising: a first electrode plate bonded body supply portion for supplying a first electrode plate bonded body comprising a first electrode plate, which comprises a first electrode first coating portion and a first electrode second coating portion positioned to be spaced apart from the first electrode first coating portion, and separators stacked on both surfaces of the first electrode plate; a second electrode plate supply portion for arranging a second electrode first coating portion and a second electrode second coating portion of a second electrode plate on both surfaces of the first electrode first coating portion of the first electrode plate bonded body, respectively, thereby forming a unit cell; and a folding portion for folding the first electrode plate bonded body, which has the unit cell formed thereon, such that the second electrode first coating portion or the second electrode second coating portion of the second electrode plate faces the first electrode second coating portion of the first electrode plate, thereby forming a stack, characterized in that the stacking device further comprises a separator bonding portion for bonding separator regions corresponding to edges of the first electrode plate in the separators positioned on both surfaces of the first electrode plate. a first electrode plate bonded body supply portion for supplying a first electrode plate bonded body comprising a first electrode plate, which comprises a first electrode first coating portion and a first electrode second coating portion positioned to be spaced apart from the first electrode first coating portion, and separators stacked on both surfaces of the first electrode plate; a second electrode plate supply portion for arranging a second electrode first coating portion and a second electrode second coating portion of a second electrode plate on both surfaces of the first electrode first coating portion of the first electrode plate bonded body, respectively, thereby forming a unit cell; and a folding portion for folding the first electrode plate bonded body, which has the unit cell formed thereon, such that the second electrode first coating portion or the second electrode second coating portion of the second electrode plate faces the first electrode second coating portion of the first electrode plate, thereby forming a stack, characterized in that the stacking device further comprises a separator bonding portion for bonding separator regions corresponding to edges of the first electrode plate in the separators positioned on both surfaces of the first electrode plate.