mhurhangee/ep-ind-claims huggingface dataset:
A path planning system for harvesting a crop material, the path planning system comprising: a computing device including a processor and a memory having a path planning algorithm stored thereon, wherein the processor is operable to execute the path planning algorithm to: receive a harvest swath width input defining a desired harvest width for each pass of a harvester implement; receive a boundary input defining a boundary of a harvest area; determine a surface elevation of the harvest area within the boundary, wherein the surface elevation includes at least one elevation contour (52, 52B) establishing a line of constant elevation; and define a harvest path for the harvester implement to follow while harvesting the crop material, wherein the harvest path is defined to substantially parallel the at least one elevation contour based on the harvest swath width input. receive a harvest swath width input defining a desired harvest width for each pass of a harvester implement; receive a boundary input defining a boundary of a harvest area; determine a surface elevation of the harvest area within the boundary, wherein the surface elevation includes at least one elevation contour (52, 52B) establishing a line of constant elevation; and define a harvest path for the harvester implement to follow while harvesting the crop material, wherein the harvest path is defined to substantially parallel the at least one elevation contour based on the harvest swath width input.
An opening/closing control device for a shutter of a vehicle, for controlling opening/closing of the shutter that is openably and closably provided at a front part of a vehicle and introduces ambient air into an engine room through a front opening, comprising: vehicle speed detection means for detecting a speed of the vehicle as a vehicle speed; and opening/closing control means for closing the shutter when the detected vehicle speed is not smaller than a predetermined first reference value, characterized in that the opening/closing control means comprises: first opening/closing control means for closing the shutter when the detected vehicle speed is not smaller than the predetermined first reference value (VREF1) and smaller than a second reference value (VREF2) which is larger than the first reference value; second opening/closing control means for opening the shutter when the vehicle speed is not smaller than the second reference value; and opening condition/setting means for setting a condition for opening the shutter by said second opening/closing means according to at least one of a grip force of the vehicle and a steering angle (θSTR). vehicle speed detection means for detecting a speed of the vehicle as a vehicle speed; and opening/closing control means for closing the shutter when the detected vehicle speed is not smaller than a predetermined first reference value, characterized in that the opening/closing control means comprises: first opening/closing control means for closing the shutter when the detected vehicle speed is not smaller than the predetermined first reference value (VREF1) and smaller than a second reference value (VREF2) which is larger than the first reference value; second opening/closing control means for opening the shutter when the vehicle speed is not smaller than the second reference value; and opening condition/setting means for setting a condition for opening the shutter by said second opening/closing means according to at least one of a grip force of the vehicle and a steering angle (θSTR). first opening/closing control means for closing the shutter when the detected vehicle speed is not smaller than the predetermined first reference value (VREF1) and smaller than a second reference value (VREF2) which is larger than the first reference value; second opening/closing control means for opening the shutter when the vehicle speed is not smaller than the second reference value; and opening condition/setting means for setting a condition for opening the shutter by said second opening/closing means according to at least one of a grip force of the vehicle and a steering angle (θSTR).
A capillary tube bundle sub-assembly configured for an extracorporeal blood circuit heat exchanger, the capillary tube bundle sub-assembly comprising: a substrate core defining a cylindrical outer surface having a central longitudinal axis, a first core end, a second core end opposite the first core end, and a length between the opposing core ends in a direction of the central axis; and at least one continuous capillary tubing wound about the outer surface to define a plurality of layers (100, 110) each including a plurality of capillary segments (50, 60) traversing a majority of the core length from a first terminal end adjacent the first core end to an opposing second terminal end adjacent the second core end, the capillary segments of each layer being substantially circumferentially aligned relative to the central axis, wherein each successive layer is radially outward of an immediately preceding layer; wherein an entirety of each of the capillary segments (50, 60, A, B) is non-parallel with the central axis; and further wherein each of the capillary segments (50, 60) spirals partially about the central axis in extension from the corresponding first terminal end to the corresponding second terminal end by less than 360°. a substrate core defining a cylindrical outer surface having a central longitudinal axis, a first core end, a second core end opposite the first core end, and a length between the opposing core ends in a direction of the central axis; and at least one continuous capillary tubing wound about the outer surface to define a plurality of layers (100, 110) each including a plurality of capillary segments (50, 60) traversing a majority of the core length from a first terminal end adjacent the first core end to an opposing second terminal end adjacent the second core end, the capillary segments of each layer being substantially circumferentially aligned relative to the central axis, wherein each successive layer is radially outward of an immediately preceding layer; wherein an entirety of each of the capillary segments (50, 60, A, B) is non-parallel with the central axis; and further wherein each of the capillary segments (50, 60) spirals partially about the central axis in extension from the corresponding first terminal end to the corresponding second terminal end by less than 360°.
A skin care kit comprising: a cosmetic composition comprising an effective amount of a skin active agent; a barrier patch comprising a backing layer having a first surface and a pressure sensitive adhesive in contact with the first surface; an adhesive release force of from 50 gms to 400 gms, preferably 100 grams to 200 grams; a flexibility from 8 grams to 40 grams, preferably from 8 grams to 25 grams; a WVTR from 1 g/m 2 /24 h to 500 g/m 2 /24 h, preferably 1 g/m 2 /24 h to 250 g/m 2 /24 h, more preferably from 2 g/m 2 /24 h to 20 g/m 2 /24 h; a display package comprising a display surface or an inclined display surface, defining a first cavity to contain the cosmetic composition and a second cavity to contain a plurality of barrier patches. a cosmetic composition comprising an effective amount of a skin active agent; a barrier patch comprising a backing layer having a first surface and a pressure sensitive adhesive in contact with the first surface; an adhesive release force of from 50 gms to 400 gms, preferably 100 grams to 200 grams; a flexibility from 8 grams to 40 grams, preferably from 8 grams to 25 grams; a WVTR from 1 g/m 2 /24 h to 500 g/m 2 /24 h, preferably 1 g/m 2 /24 h to 250 g/m 2 /24 h, more preferably from 2 g/m 2 /24 h to 20 g/m 2 /24 h; a backing layer having a first surface and a pressure sensitive adhesive in contact with the first surface; an adhesive release force of from 50 gms to 400 gms, preferably 100 grams to 200 grams; a flexibility from 8 grams to 40 grams, preferably from 8 grams to 25 grams; a WVTR from 1 g/m 2 /24 h to 500 g/m 2 /24 h, preferably 1 g/m 2 /24 h to 250 g/m 2 /24 h, more preferably from 2 g/m 2 /24 h to 20 g/m 2 /24 h; a display package comprising a display surface or an inclined display surface, defining a first cavity to contain the cosmetic composition and a second cavity to contain a plurality of barrier patches.
A panel bottom sheet comprising: a first heat dissipation layer; a second heat dissipation layer having circumferential side surfaces located further inside than circumferential side surfaces of the first heat dissipation layer in a plan view, the second heat dissipation layer comprising at least a first opening formed completely through the second heat dissipation layer in a thickness direction; and a heat dissipation substrate disposed directly on the second heat dissipation layer and comprising polyamide-imide. a first heat dissipation layer; a second heat dissipation layer having circumferential side surfaces located further inside than circumferential side surfaces of the first heat dissipation layer in a plan view, the second heat dissipation layer comprising at least a first opening formed completely through the second heat dissipation layer in a thickness direction; and a heat dissipation substrate disposed directly on the second heat dissipation layer and comprising polyamide-imide.
A device for inserting an infraglottic airway or an imaging device into a patient, the device comprising: (a) an open channel which is curved along its length; (b) a first end of the device comprising a handle portion; and (c) a second end of the device being configured, in use, to extend to the opening of the patient's trachea; characterised in that the channel comprises an upper hump and a lower hump at positions along the length of the channel. (a) an open channel which is curved along its length; (b) a first end of the device comprising a handle portion; and (c) a second end of the device being configured, in use, to extend to the opening of the patient's trachea;
A soft back-up pin state checking device which is configured to check a state of a soft back-up pin (11, 61) made of a soft elastic material which is configured to support, from below, a circuit board onto which components are mounted in a component mounting station of a component mounting machine, the soft back-up pin state checking device comprising: a camera which is configured to image a region including the soft back-up pin (11, 61) from above, and fiducial position marks on the circuit board; image processing means for processing a captured image by the camera; and a background portion (29, 63) which is possible to be distinguished from the soft back-up pin (11, 61) and be recognized using the image processing means, wherein the background portion (29, 63) is provided in an outer circumference of the soft back-up pin (11, 61), and wherein the image processing means is configured to recognize an inner circumferential edge of the background portion (29, 63) as an outer circumferential edge of the soft back-up pin (11, 61) by processing the captured image by the camera and recognizing the background portion (29, 63) of the outer circumference of the soft back-up pin (11, 61), and wherein the image processing means is configured to determine whether or not shining or dark adhered matter is present on the soft back-up pin (11, 61) based on the presence of a shining portion or a dark portion in the image processing results of an inside region of the recognized background portion (29, 63). a camera which is configured to image a region including the soft back-up pin (11, 61) from above, and fiducial position marks on the circuit board; image processing means for processing a captured image by the camera; and a background portion (29, 63) which is possible to be distinguished from the soft back-up pin (11, 61) and be recognized using the image processing means, wherein the background portion (29, 63) is provided in an outer circumference of the soft back-up pin (11, 61), and wherein the image processing means is configured to recognize an inner circumferential edge of the background portion (29, 63) as an outer circumferential edge of the soft back-up pin (11, 61) by processing the captured image by the camera and recognizing the background portion (29, 63) of the outer circumference of the soft back-up pin (11, 61), and wherein the image processing means is configured to determine whether or not shining or dark adhered matter is present on the soft back-up pin (11, 61) based on the presence of a shining portion or a dark portion in the image processing results of an inside region of the recognized background portion (29, 63).
A transmitting apparatus adapted to map a control signal for a receiving apparatus to a first resource region usable for both a control channel and a data channel or a second resource region usable for a control channel and to transmit the mapped control signal, and adapted to map transmission data to a data resource region and to transmit the mapped transmission data to the receiving apparatus, the transmitting apparatus comprising: a generating section adapted to generate an allocation control signal for the data resource region; a setting section adapted to set a first data resource region within the first resource region in a resource block group, RBG, composed of M, M is a natural number equal to or greater than two, resource blocks, RBs, the setting section being further adapted to set a second data resource region within the first resource region in the RBG; and a mapping section adapted to map the transmission data to the set first or second data resource region and adapted to map the allocation control signal to the resource region for the control channel, characterized in that the setting section sets the first data resource region when the number of streams used to transmit the transmission data is one and an antenna port used to transmit the transmission data is identical to the antenna port used to transmit the allocation control signal, and the setting section sets the second data resource region when the number of streams used to transmit the transmission data is one and the antenna port used to transmit the transmission data is different from the antenna port used to transmit the allocation control signal, the second data resource region being larger than the first data resource region. a generating section adapted to generate an allocation control signal for the data resource region; a setting section adapted to set a first data resource region within the first resource region in a resource block group, RBG, composed of M, M is a natural number equal to or greater than two, resource blocks, RBs, the setting section being further adapted to set a second data resource region within the first resource region in the RBG; and a mapping section adapted to map the transmission data to the set first or second data resource region and adapted to map the allocation control signal to the resource region for the control channel, characterized in that the setting section sets the first data resource region when the number of streams used to transmit the transmission data is one and an antenna port used to transmit the transmission data is identical to the antenna port used to transmit the allocation control signal, and the setting section sets the second data resource region when the number of streams used to transmit the transmission data is one and the antenna port used to transmit the transmission data is different from the antenna port used to transmit the allocation control signal, the second data resource region being larger than the first data resource region.
A film comprising a mixture of semicrystalline polylactic acid polymer; polyvinyl acetate polymer having a glass transition temperature (Tg) midpoint, as measured by differential scanning calorimetry, of at least 25°C; and plasticizer; and wherein the film is oriented wherein the polyvinyl acetate polymer is present in an amount ranging from 5 to 40 wt.-%, based on the total amount of polylactic acid polymer(s), polyvinyl acetate polymer and plasticizer and wherein the plasticizer is present in an amount ranging from 1 to 20 wt.-%, based on the total amount of polylactic acid polymer(s), polyvinyl acetate polymer and plasticizer.
A system comprising a first set of replicated state machines, the first set of replicated state machines comprising: a first state machine, the first state machine being configured to: receive a state update message, the state update message including a clock value; in response to receiving the state update message: execute a state update operation; and characterised in that the first state machine is further configured to: compare the following values to determine a maximum value thereof: the clock value included in the state update message incremented by a first amount, a clock value for the first state machine incremented by a second amount, and a current local wall clock value for the first state machine; assign the maximum value as the clock value for the first state machine; propagate the state update and the clock value for the first state machine to the other state machines (202B, 202N) in the first set of replicated state machines; and transmit the clock value for the first state machine to a sender of the state update message; and in response to a passage of an amount of time: advance the clock value for the first state machine to the current local wall clock value for the first state machine; and propagate the clock value for the first state machine to the other state machines (202B, 202N) in the first set of replicated state machines. a first state machine, the first state machine being configured to: receive a state update message, the state update message including a clock value; in response to receiving the state update message: receive a state update message, the state update message including a clock value; in response to receiving the state update message: execute a state update operation; and characterised in that the first state machine is further configured to: compare the following values to determine a maximum value thereof: the clock value included in the state update message incremented by a first amount, a clock value for the first state machine incremented by a second amount, and a current local wall clock value for the first state machine; assign the maximum value as the clock value for the first state machine; propagate the state update and the clock value for the first state machine to the other state machines (202B, 202N) in the first set of replicated state machines; and transmit the clock value for the first state machine to a sender of the state update message; and in response to a passage of an amount of time: advance the clock value for the first state machine to the current local wall clock value for the first state machine; and propagate the clock value for the first state machine to the other state machines (202B, 202N) in the first set of replicated state machines. advance the clock value for the first state machine to the current local wall clock value for the first state machine; and propagate the clock value for the first state machine to the other state machines (202B, 202N) in the first set of replicated state machines.
A stator of a rotating electric machine, the stator comprising a stator core having plural slots disposed in a circumferential direction of the stator core; and a coil body comprising a plurality of coils, each coil of the plurality of coils being disposed as a single conductor in a slot of the plural slots in the circumferential direction of the stator core, and each of the plurality of coils being wound for a single turn in the slot of the plurality of slots in a radial direction of the stator core, characterized in that the coil body includes a plurality of first coils (22, 26) and one or more second coils (24, 28), wherein the plurality of first coils are disposed one turn apart from each other in a radial direction of the stator core, the plurality of first coils are each configured with a flat conductor section, a magnetic body layer provided around the flat conductor section and an insulating film provided around the magnetic body layer, wherein only the plurality of first coils are provided with the magnetic body layer, and the one or more second coils are each configured with a flat conductor section, and an insulating film. a stator core having plural slots disposed in a circumferential direction of the stator core; and a coil body comprising a plurality of coils, each coil of the plurality of coils being disposed as a single conductor in a slot of the plural slots in the circumferential direction of the stator core, and each of the plurality of coils being wound for a single turn in the slot of the plurality of slots in a radial direction of the stator core, characterized in that the coil body includes a plurality of first coils (22, 26) and one or more second coils (24, 28), wherein the plurality of first coils are disposed one turn apart from each other in a radial direction of the stator core, the plurality of first coils are each configured with a flat conductor section, a magnetic body layer provided around the flat conductor section and an insulating film provided around the magnetic body layer, wherein only the plurality of first coils are provided with the magnetic body layer, and the one or more second coils are each configured with a flat conductor section, and an insulating film.
A genome-based security device comprising: a memory storing digital genomic data associated with at least one person, wherein the digital genomic data comprises at least one synthetic variant which represents a portion of the genome data that is different from said person's actual genomic information; a processing unit configurable to execute instructions which upon execution: synchronizes the digital genomic data comprising the at least one synthetic variant from said memory with synthetic variant data received from an external device; and authorizes a transaction for the at least one person when the at least one synthetic variant from said memory matches the synthetic variant data received from said external device; and a communication interface coupled with the processing unit configured to communicatively couple with the external device and operable to receive the synthetic variant data from the external device. a memory storing digital genomic data associated with at least one person, wherein the digital genomic data comprises at least one synthetic variant which represents a portion of the genome data that is different from said person's actual genomic information; a processing unit configurable to execute instructions which upon execution: synchronizes the digital genomic data comprising the at least one synthetic variant from said memory with synthetic variant data received from an external device; and authorizes a transaction for the at least one person when the at least one synthetic variant from said memory matches the synthetic variant data received from said external device; and synchronizes the digital genomic data comprising the at least one synthetic variant from said memory with synthetic variant data received from an external device; and authorizes a transaction for the at least one person when the at least one synthetic variant from said memory matches the synthetic variant data received from said external device; and a communication interface coupled with the processing unit configured to communicatively couple with the external device and operable to receive the synthetic variant data from the external device.