mhurhangee/patent-ind-claim-en huggingface dataset:
A tire comprising a tread, wherein the tread is formed from a rubber composition containing a rubber component, a ratio (-30°C tanδ/0°C E ∗ ) of tanδ at -30°C (-30°C tanδ) to a complex elastic modulus (MPa) at 0°C (0°C E ∗ ) of the rubber composition is 0.120 to 0.500, and when a tire cross-section width and a tire outer diameter in a state where the tire is fitted on a rim and an internal pressure of the tire is not less than 250 kPa are denoted by Wt (mm) and Dt (mm), respectively, Wt and Dt satisfy any of the following expressions , , and , Wt < 225 and Dt ≥ 59.078 × Wt ∧ 0.460 225 ≤ Wt < 235 and Dt ≥ 59.078 × Wt ∧ 0.620 − 967.673 235 ≤ Wt and Dt ≥ Wt ∧ 0.6 + 750 wherein tan δ is measured under the conditions of a temperature of -30°C, a frequency of 10 Hz and an elongation strain of 2.5%, and a complex elastic modulus (E ∗ ) is measured under the conditions of a temperature of 0°C, a frequency of 10 Hz and an elongation strain of 2.5%. the tread is formed from a rubber composition containing a rubber component, a ratio (-30°C tanδ/0°C E ∗ ) of tanδ at -30°C (-30°C tanδ) to a complex elastic modulus (MPa) at 0°C (0°C E ∗ ) of the rubber composition is 0.120 to 0.500, and when a tire cross-section width and a tire outer diameter in a state where the tire is fitted on a rim and an internal pressure of the tire is not less than 250 kPa are denoted by Wt (mm) and Dt (mm), respectively, Wt and Dt satisfy any of the following expressions , , and , Wt < 225 and Dt ≥ 59.078 × Wt ∧ 0.460 225 ≤ Wt < 235 and Dt ≥ 59.078 × Wt ∧ 0.620 − 967.673 235 ≤ Wt and Dt ≥ Wt ∧ 0.6 + 750 wherein tan δ is measured under the conditions of a temperature of -30°C, a frequency of 10 Hz and an elongation strain of 2.5%, and a complex elastic modulus (E ∗ ) is measured under the conditions of a temperature of 0°C, a frequency of 10 Hz and an elongation strain of 2.5%.
A roadway boundary block comprising: a base portion having an upper portion arranged to be continued to a roadway ; and a curbstone portion raised from one end side of the base portion , wherein: a width of the upper portion along the road width direction is more than 300mm and smaller than 1.7m, preferably less than 1.6m, the width of the upper portion being the distance between a side surface of the base portion and the boundary position between the upper portion and a side portion of the curbstone portion along the upper portion , characterised in that an incline (β) between the upper portion and the horizontal direction is set in a range between 3 degrees and 9 degrees. a base portion having an upper portion arranged to be continued to a roadway ; and a curbstone portion raised from one end side of the base portion , wherein: a width of the upper portion along the road width direction is more than 300mm and smaller than 1.7m, preferably less than 1.6m, the width of the upper portion being the distance between a side surface of the base portion and the boundary position between the upper portion and a side portion of the curbstone portion along the upper portion , characterised in that an incline (β) between the upper portion and the horizontal direction is set in a range between 3 degrees and 9 degrees. a width of the upper portion along the road width direction is more than 300mm and smaller than 1.7m, preferably less than 1.6m, the width of the upper portion being the distance between a side surface of the base portion and the boundary position between the upper portion and a side portion of the curbstone portion along the upper portion , characterised in that an incline (β) between the upper portion and the horizontal direction is set in a range between 3 degrees and 9 degrees.
A mounting/dismounting device (11; 12; 13) for mounting/dismounting a connecting pin used for an end-to-end assembly of two frame elements of a structure , such as a crane structure, said mounting/dismounting device (11; 12; 13) comprising: - a mounting/dismounting rod having a longitudinal axis , a head adapted to cooperate with a screwdriver , and a rod body having a proximal portion prolonging the head and a threaded distal portion which terminates in a free end ; - a base (5; 6) supporting a nut (59; 69) and having an abutment portion (53; 66) shaped to bear on one of the two frame elements , the threaded distal portion being provided to screw into said nut (59; 69) aligned with the longitudinal axis ; - a proximal stop mounted freely in rotation on the proximal portion of the rod body around the longitudinal axis ; - a bushing which is removable and mounted freely in translation along the longitudinal axis around the rod body between the nut (59; 69) and the proximal stop , said bushing having a first open end and a second open end ; said mounting/dismounting device (11; 12; 13) being configurable in: - a mounting configuration in which the bushing is in abutment against the proximal stop ; and - a dismounting configuration in which the bushing is in abutment against the base (5; 6) or the nut (59; 69). - a mounting/dismounting rod having a longitudinal axis , a head adapted to cooperate with a screwdriver , and a rod body having a proximal portion prolonging the head and a threaded distal portion which terminates in a free end ; - a base (5; 6) supporting a nut (59; 69) and having an abutment portion (53; 66) shaped to bear on one of the two frame elements , the threaded distal portion being provided to screw into said nut (59; 69) aligned with the longitudinal axis ; - a proximal stop mounted freely in rotation on the proximal portion of the rod body around the longitudinal axis ; - a bushing which is removable and mounted freely in translation along the longitudinal axis around the rod body between the nut (59; 69) and the proximal stop , said bushing having a first open end and a second open end ; - a mounting configuration in which the bushing is in abutment against the proximal stop ; and - a dismounting configuration in which the bushing is in abutment against the base (5; 6) or the nut (59; 69).
A data transmission method, comprising: sending , by a terminal, a random access preamble to a base station, and receiving, by the terminal, a random access response sent by the base station; and sending , by the terminal, a first request message carrying uplink data to the base station; characterized in that , sending , by the terminal, the random access preamble to the base station comprises: in response to determining that the terminal satisfies a first preset condition, sending, by the terminal, the random access preamble for requesting an uplink data transmission resource to the base station, wherein the terminal satisfies the first preset condition comprises: a service type of the uplink data to be sent by the terminal belongs to a preset service type. sending , by a terminal, a random access preamble to a base station, and receiving, by the terminal, a random access response sent by the base station; and sending , by the terminal, a first request message carrying uplink data to the base station; characterized in that , sending , by the terminal, the random access preamble to the base station comprises: in response to determining that the terminal satisfies a first preset condition, sending, by the terminal, the random access preamble for requesting an uplink data transmission resource to the base station, wherein the terminal satisfies the first preset condition comprises: a service type of the uplink data to be sent by the terminal belongs to a preset service type.
A container , comprising a container body having an upper opening portion at a top portion; plural holders , which are placed in the container body of the container , for holding at least one medical device ; and a gas non-permeable film for sealing the opening portion, wherein each holder comprises a plate-like basal plate portion and plural tubular portions , each tubular portion having a top end opening portion and a bottom end opening portion , and the top end opening portion and the bottom end opening portion are communicating, characterized in that the plural tubular portions protrude downward from the basal plate portion , the top end opening portion opens on the side of the basal plate portion and the bottom end opening portion opens downward, the plural holders are stacked and placed in the container body to house the holders in the container body , wherein a side support rod is formed in a peripheral portion of each holder by protruding downward from the basal plate portion , and a center support rod is formed in a center portion of each holder by protruding downward from the basal plate portion , the side support rods and the center support rods are longer than the tubular portions so that the medical device housed in a respective tubular portion does not contact a bottom surface of the container body and does not contact neighboring holders when the holders are stacked.
Electrical field grading material which comprises: (i) from 30% to 80% by weight of the non-polar elastomeric polymer; (ii) from 10% to 35% by weight of the phyllosilicate filler; and (iii) from 10% to 30% by weight of the carbon black filler; the percentages being calculated on the basis of the total weight of the material, wherein any carbon black filler present in the electric field grading material has a dibutyl phthalate (DBP) absorption number, measured according to ASTM D2414-06, from 30 to 80 ml/100 g; wherein the phyllosilicate filler and the carbon black filler are in a weight ratio of from 0.9 to 1.2. (i) from 30% to 80% by weight of the non-polar elastomeric polymer; (ii) from 10% to 35% by weight of the phyllosilicate filler; and (iii) from 10% to 30% by weight of the carbon black filler;
A stereoscopic imaging system adapted for generating a stereoscopic image of a scene, the stereoscopic imaging system adapted for generating at least one sub-image for a first eye, at least one sub-image for a second eye and at least one common sub-image for said first eye and said second eye, wherein said at least one sub-image for the first eye, at least one sub-image for the second eye and at least one sub-image for both eyes being adapted for combining into the stereoscopic image, and wherein the system comprises an image data processor , for generating image data for obtaining at least one stereoscopic image, wherein the image processor is adapted for generating image data for at least one sub-image of a sequence of sub-images for generating a stereoscopic image based on a combination of basic image data (L T ) for the first eye and basic image data (R T ) for the second eye, wherein the generation of the image data is adapted for imaging the at least one sub-image to both the first eye and the second eye simultaneously, such that the at least one sub-image is common to the first eye and to the second eye, the at least one sub-image that is common to the first eye and to the second eye being generated based on a combination of the basic image data for the first eye and the basic image data for the second eye, and wherein the basic image data (L T ) for the first eye thereby is the image information corresponding with the image received by the first eye when a scene is seen by the first eye only and the basic image data (R T ) for the second eye being the image information corresponding with the image received by the second eye when a scene is seen by the second eye only, and wherein the system further comprises a controller for controlling the image data processor and an imaging hardware , the imaging hardware comprising one or more light sources , one or more projector devices or imaging panels , a modulator and an external obscuration means , or the imaging hardware comprising active shutters, or the imaging hardware comprising a backlight, an array of beam splitters and a modulating panel, or the imaging hardware comprising a display panel and a lenticular mask, and wherein the controller further being adapted for synchronising the image data processor and the imaging hardware.
An electronic device comprising: a display ; at least one processor electrically connected to the display ; and a memory electrically connected to the at least one processor and including instructions, wherein the instructions, when executed by the at least one processor , cause the at least one processor to: display a user interface in the form of a bar indicating a time interval on a first region of a screen displayed by the display ; display , in the bar , a text or an image representing information regarding the bar ; receive a user input for scrolling the first region ; determine whether a part of the text or the image is located on a second region included in the first region ; fix the text or the image on the second region during a scroll operation according to the user input when the part of the text or the image is located on the second region ; compare a size of the text or the image with a size of the bar remaining on the screen; and modify an arrangement of the text or the image when the size of the text or the image is larger than the size of the bar remaining on the screen. a display ; at least one processor electrically connected to the display ; and a memory electrically connected to the at least one processor and including instructions, wherein the instructions, when executed by the at least one processor , cause the at least one processor to: display a user interface in the form of a bar indicating a time interval on a first region of a screen displayed by the display ; display , in the bar , a text or an image representing information regarding the bar ; receive a user input for scrolling the first region ; determine whether a part of the text or the image is located on a second region included in the first region ; fix the text or the image on the second region during a scroll operation according to the user input when the part of the text or the image is located on the second region ; compare a size of the text or the image with a size of the bar remaining on the screen; and modify an arrangement of the text or the image when the size of the text or the image is larger than the size of the bar remaining on the screen. display a user interface in the form of a bar indicating a time interval on a first region of a screen displayed by the display ; display , in the bar , a text or an image representing information regarding the bar ; receive a user input for scrolling the first region ; determine whether a part of the text or the image is located on a second region included in the first region ; fix the text or the image on the second region during a scroll operation according to the user input when the part of the text or the image is located on the second region ; compare a size of the text or the image with a size of the bar remaining on the screen; and modify an arrangement of the text or the image when the size of the text or the image is larger than the size of the bar remaining on the screen.
A method for operating an autonomous agricultural vehicle in accordance with a cleaning plan defining a cleaning schedule and one or more cleaning routes of the autonomous agricultural vehicle, wherein the autonomous agricultural vehicle comprises a cleaning device suitable for moving manure from/in a livestock area , and a load sensor , the method characterised by : - monitoring (S1) at a plurality of individual times, while operating the autonomous agricultural vehicle in accordance with the cleaning plan, a load quantity by means of the load sensor , representing an amount of material moved by the cleaning device , and - adjusting (S5) the cleaning plan of the autonomous agricultural vehicle , by adjusting the cleaning schedule or cleaning route of the autonomous agricultural vehicle, based on a variation in the monitored load quantity among the individual times. - monitoring (S1) at a plurality of individual times, while operating the autonomous agricultural vehicle in accordance with the cleaning plan, a load quantity by means of the load sensor , representing an amount of material moved by the cleaning device , and - adjusting (S5) the cleaning plan of the autonomous agricultural vehicle , by adjusting the cleaning schedule or cleaning route of the autonomous agricultural vehicle, based on a variation in the monitored load quantity among the individual times.
An electronic cigarette atomizer employing a vertical ceramic atomizing unit, wherein it comprises an outer tube which is provided with a suction hole at its upper end and an opening at its lower end and a liquid storage cup ; characterized in that the electronic cigarette atomizer further comprises a porous supporting sheet , a cigarette liquid permeation sheet , an atomizing seat , an atomizing unit , a sealed connection joint , and a power connector sheathed in the outer tube consecutively from top to bottom; the liquid storage cup is closed at its upper end and opened at its lower end; the porous supporting sheet is horizontally attached to an inner wall of a lower end of the liquid storage cup ; the atomizing unit includes a ceramic atomizing rod made from a ceramic material, a heating wire wound around the ceramic atomizing rod , and a lead wire connected to both ends of the heating wire ; the atomizing seat is a high-temperature resistant tubular body with a vapor outlet provided at its wall, an upper-end surface of the atomizing seat presses the cigarette liquid permeation sheet tightly against the porous supporting sheet ; the ceramic atomizing rod is vertically disposed in the atomizing seat , an upper-end surface of the ceramic atomizing rod is in direct contact with the cigarette liquid permeation sheet and can absorb and conduct electronic cigarette liquid from the cigarette liquid permeation sheet to a portion around which the heating wire is wound; the sealed connection joint is in sealed connection with the atomizing seat and the power connector , the inside of the sealed connection joint is provided with a through hole in an axial direction; the power connector is sheathed in a lower end of the outer tube and rests against an inner wall of the outer tube .
A method for configuring a radio frame by a user equipment, the method comprising: receiving frame configuration information; changing a frame configuration based on the frame configuration information from a first frame configuration to a second frame configuration; and transmitting or receiving a signal using a frame configured according to the second frame configuration, characterized in that the changing the frame configuration includes changing a nonzero-power subcarrier spacing in a frequency domain from [ N 1 + 1] · Δ f according to the first frame configuration to [ N 2 + 1] · Δ f according to the second frame configuration, wherein Δ f is a subcarrier spacing, wherein N 1 is the number of consecutive zero-power subcarriers configured between every two nonzero-power subcarriers according to the first frame configuration, and wherein N 2 is the number of consecutive zero-power subcarriers configured between every two nonzero-power subcarriers according to the second frame configuration. receiving frame configuration information; changing a frame configuration based on the frame configuration information from a first frame configuration to a second frame configuration; and transmitting or receiving a signal using a frame configured according to the second frame configuration, characterized in that the changing the frame configuration includes changing a nonzero-power subcarrier spacing in a frequency domain from [ N 1 + 1] · Δ f according to the first frame configuration to [ N 2 + 1] · Δ f according to the second frame configuration, wherein Δ f is a subcarrier spacing, wherein N 1 is the number of consecutive zero-power subcarriers configured between every two nonzero-power subcarriers according to the first frame configuration, and wherein N 2 is the number of consecutive zero-power subcarriers configured between every two nonzero-power subcarriers according to the second frame configuration.
A solvent composition comprising 1-chloro-2,3,3-trifluoro-1-propene and 1-chloro-3,3-difluoro-1-propyne, wherein a proportion of a content of 1-chloro-3,3-difluoro-1-propyne to a total of a content of the 1-chloro-2,3,3-trifluoro-1-propene and a content of the 1-chloro-3,3-difluoro-1-propyne is 0.0001 to 0.1 mass%.
A camera system for detection of a barrier, the camera system comprising: a camera configured to be mounted to a vehicle, wherein the camera is a single camera; and a processor configured to: obtain multiple image frames from the camera when the vehicle is in motion on a road; track an image patch between the multiple image frames that include the barrier, wherein, to track the image patch, the processor is configured to: hypothesize that the image patch represents an object that is upright; and identify motion of points along columns in the image patch that move together and scale vertically in the multiple image frames; and recognize the barrier along the road from the multiple image frames based on the identified motion of the points by determining if the patch is upright and part of the barrier or a road patch on the road surface, wherein the patch is upright if all the points along the columns in the image patch that move together scale vertically, and the patch is on the road surface if all points in rows of the patch move together and scale horizontally. a camera configured to be mounted to a vehicle, wherein the camera is a single camera; and a processor configured to: obtain multiple image frames from the camera when the vehicle is in motion on a road; track an image patch between the multiple image frames that include the barrier, wherein, to track the image patch, the processor is configured to: hypothesize that the image patch represents an object that is upright; and identify motion of points along columns in the image patch that move together and scale vertically in the multiple image frames; and obtain multiple image frames from the camera when the vehicle is in motion on a road; track an image patch between the multiple image frames that include the barrier, wherein, to track the image patch, the processor is configured to: hypothesize that the image patch represents an object that is upright; and identify motion of points along columns in the image patch that move together and scale vertically in the multiple image frames; and hypothesize that the image patch represents an object that is upright; and identify motion of points along columns in the image patch that move together and scale vertically in the multiple image frames; and recognize the barrier along the road from the multiple image frames based on the identified motion of the points by determining if the patch is upright and part of the barrier or a road patch on the road surface, wherein the patch is upright if all the points along the columns in the image patch that move together scale vertically, and the patch is on the road surface if all points in rows of the patch move together and scale horizontally.