mhurhangee/ep-ind-claims huggingface dataset:
A mower combination comprising an agricultural vehicle and a number of mowing units (6,8,10) suitable for cutting a standing crop connected to the agricultural vehicle, including a front mowing unit and two lateral mowing units (8,10) located behind and to the sides of the front mowing unit, each of the lateral mowing units (8,10) being provided with conveyor units (16,18) to deposit the cut crop as a swath, each of the conveyor units (16,18) being mounted to be displaceable with respect to the associated lateral mowing unit (8,10) in a direction lateral to a direction of travel of the mower combination, the mower combination further comprising a control unit configured to receive a plurality of signals, the signals representing unprocessed crop boundary data, field boundary data, and data relating to the lateral displacement of each of the lateral mowing units (8,10), the control unit being further configured to receive the plurality of signals and compare the signals for the unprocessed crop boundary data, the field boundary data and the data relating to the lateral displacement of each of the conveyor units against a predetermined target set of values and to adjust the lateral displacement of at least one conveyor unit (16,18) based on this comparison to taper the swath in a predetermined manner when commencing or concluding depositing the cut crop as the swath.
A container comprising: a capitula to put contents in and out in the container, and an inside container main body, in which an accommodating portion that accommodates the contents is formed, and an outside container main body, which is formed to an outer periphery side of the inside container main body, and which is formed to surround the inside container main body, and in which the inside container main body and the outside container main body are integrated in the capitula, and in which a side peripheral wall of the inside container main body and a side peripheral wall of the outside container main body are in contact with each other and are formed as a two-ply lamination portion at least in a portion of the side peripheral wall of the inside container main body, and in which a lower end of the side peripheral wall of the outside container main body includes an extended foot portion that is extended to be located downwardly from a bottom of the inside container main body, wherein the thickness of the inside container main body is smaller than the thickness of the outside container main body. a capitula to put contents in and out in the container, and an inside container main body, in which an accommodating portion that accommodates the contents is formed, and an outside container main body, which is formed to an outer periphery side of the inside container main body, and which is formed to surround the inside container main body, and in which the inside container main body and the outside container main body are integrated in the capitula, and in which a side peripheral wall of the inside container main body and a side peripheral wall of the outside container main body are in contact with each other and are formed as a two-ply lamination portion at least in a portion of the side peripheral wall of the inside container main body, and in which a lower end of the side peripheral wall of the outside container main body includes an extended foot portion that is extended to be located downwardly from a bottom of the inside container main body, wherein the thickness of the inside container main body is smaller than the thickness of the outside container main body.
Motor vehicle comprising a plurality of illumination means which serve to illuminate the lateral or rear vehicle environment, wherein one or more sensors is/are provided for detecting the position of a person relative to the vehicle, wherein there are installed in the region of a vehicle side or the vehicle rear at least a first, a second and a third illumination means (3, 4, 5) which can be controlled separately in accordance with the detected position and which illuminate different environment regions (I, II, III) which are located adjoining each other or which partially overlap each other, characterised in that the first illumination means illuminates a first environment region which is located far away from the motor vehicle, the second illumination means illuminates a second environment region which is adjoining the first environment region and which is closer to the motor vehicle and the third illumination means illuminates a third environment region which is adjoining the second environment region and which is adjacent to the motor vehicle.
Method for determining the path of a person equipped with a mobile phone along a transport network of public transport means by a data processing system, wherein the transport network comprises a plurality of stops, wherein the transport network is located within a district provided with several base stations, wherein the data processing system comprises a first database, wherein the first database comprises first allocations, wherein the first allocations each indicate the probability of the mobile phone being located at one of the stops if it is logged in at a certain base station, wherein the probability is based on the distance between the base station and the respective stop, wherein the distance is inversely proportional to the probability, wherein the probability is further processed in a way such that each base station normalises the stops within reach in accordance with the probability, and wherein the probability is given as a percentage in the allocation, wherein the method comprises the following steps: a) the person presses a button of the mobile phone at the beginning of the path and the base station with which the mobile phone is in radio contact transmits a corresponding information to the data processing system; b) the person presses a button of the mobile phone at the end of the path and the base station with which the mobile phone is in radio contact transmits a corresponding information to the data processing system; c) it is determined which base stations communicated with the mobile phone at the beginning of the journey and which base stations communicated with the mobile phone at the end of the journey; d) the possible candidates for the start or destination stops are determined from the allocation, leading to an intermediate result; e) a total probability for a single start-destination-relation is determined from the product of the single probabilities for each stop p HS T Start i, HS T Ziel j = p HS T Start i ⋅ p HS T Ziel j f) the determined most probable route is assumed as the path of the person. a) the person presses a button of the mobile phone at the beginning of the path and the base station with which the mobile phone is in radio contact transmits a corresponding information to the data processing system; b) the person presses a button of the mobile phone at the end of the path and the base station with which the mobile phone is in radio contact transmits a corresponding information to the data processing system; c) it is determined which base stations communicated with the mobile phone at the beginning of the journey and which base stations communicated with the mobile phone at the end of the journey; d) the possible candidates for the start or destination stops are determined from the allocation, leading to an intermediate result; e) a total probability for a single start-destination-relation is determined from the product of the single probabilities for each stop p HS T Start i, HS T Ziel j = p HS T Start i ⋅ p HS T Ziel j f) the determined most probable route is assumed as the path of the person.
A plurality of expression vectors, wherein each of said expression vectors comprises a nucleic acid regulatory element, an open reading frame, and an identifying nucleic acid tag; the open reading frame of each of said plurality of expression vectors is identical; the plurality of expression vectors contains one or more copies of at least 100 distinct expression vectors; the plurality of expression vectors comprise a plurality of distinct nucleic acid regu latory elements, which comprise variants of a single regulatory element; and each of said identifying tags is paired with a corresponding nucleic acid regulatory element. each of said expression vectors comprises a nucleic acid regulatory element, an open reading frame, and an identifying nucleic acid tag; the open reading frame of each of said plurality of expression vectors is identical; the plurality of expression vectors contains one or more copies of at least 100 distinct expression vectors; the plurality of expression vectors comprise a plurality of distinct nucleic acid regu latory elements, which comprise variants of a single regulatory element; and each of said identifying tags is paired with a corresponding nucleic acid regulatory element.
A belt-type fall impact absorber for braking a falling mass, comprising at least four belts (1, 2, 3, 4), wherein at least two belts (1, 2) are arranged adjacently to one another in a first layer and at least two belts (3, 4) are arranged adjacently to one another in a second layer, the beginnings of the belts (1, 2) of the first layer are connected (A, B) to the ends of the belts (3, 4) of the second layer and the beginnings of the belts (3, 4) of the second layer are connected to the ends of the belts (1, 2) of the first layer, and on the one hand the belts (1, 2, 3, 4) of the first and/or second layer (5, 6) and on the other hand the first and second layer (5, 6) are interconnected, in each case alternately, such that they can tear open.
A spacer (18, 18a to 18j) which is set indwelling between bones and for expanding a spacing between the bones, the spacer (18, 18a to 18j) comprising: a spacer body configured to be expandable; an introduction section (26, 48, 62, 76, 84) through which a filler is introduced into a rear-end-side expansion section of the spacer body; and a bypass passage (28, 42, 46, 50, 54, 72, 74, 82, 94, 96, 100) through which part of the filler in the introduction section (26, 48, 62, 76, 84) is introduced into a distal-end-side expansion section of the spacer body., characterized in that said spacer (18, 18a to 18j) is an expandable interspinous process spacer wherein the spacer body is configured to be expandable by introducing a filler into the spacer body, and a flow path cross-sectional area of the bypass passage is substantially the same as a flow path cross-sectional area leading to the rear-end-side expansion section on an outside of the bypass passage at a rear end portion of the spacer body. a spacer body configured to be expandable; an introduction section (26, 48, 62, 76, 84) through which a filler is introduced into a rear-end-side expansion section of the spacer body; and a bypass passage (28, 42, 46, 50, 54, 72, 74, 82, 94, 96, 100) through which part of the filler in the introduction section (26, 48, 62, 76, 84) is introduced into a distal-end-side expansion section of the spacer body., characterized in that said spacer (18, 18a to 18j) is an expandable interspinous process spacer wherein the spacer body is configured to be expandable by introducing a filler into the spacer body, and a flow path cross-sectional area of the bypass passage is substantially the same as a flow path cross-sectional area leading to the rear-end-side expansion section on an outside of the bypass passage at a rear end portion of the spacer body.
A method for processing synthetic aperture radar,SAR, signatures from a SAR device, the method comprising: receiving a SAR backscatter signature of a geographical area including an object of interest, the SAR backscatter signature including a two dimensional array of intensity values; extracting one or more feature vectors from the SAR backscatter signature based on the intensity values of the SAR backscatter signature; inputting the one or more feature vectors into a neural network machine learning model, the neural network machine learning model trained using training data, the training data including one or more training sets, each training set comprising labeled SAR backscatter signatures of objects of interest, wherein the label of each SAR backscatter signature indicates a coordinate value indicating one or more visual features of the object of interest; receiving, as output from the neural network machine learning model, coordinate values indicating one or more visual features of the object of interest; and determining one or more measurements of the object of interest based on the coordinate values. receiving a SAR backscatter signature of a geographical area including an object of interest, the SAR backscatter signature including a two dimensional array of intensity values; extracting one or more feature vectors from the SAR backscatter signature based on the intensity values of the SAR backscatter signature; inputting the one or more feature vectors into a neural network machine learning model, the neural network machine learning model trained using training data, the training data including one or more training sets, each training set comprising labeled SAR backscatter signatures of objects of interest, wherein the label of each SAR backscatter signature indicates a coordinate value indicating one or more visual features of the object of interest; receiving, as output from the neural network machine learning model, coordinate values indicating one or more visual features of the object of interest; and determining one or more measurements of the object of interest based on the coordinate values.
A method for determining a configuration of a heat exchanger comprising flat tubes, each having therein a plurality of refrigerant circulation holes, and fins fixed to the flat surfaces of the flat tubes, on the surfaces of which air passes, wherein the flat tubes and the fins are alternately stacked to form the heat exchanger, the method comprising: setting variables in a polynomial defined by (W - t1 - t2) × Hp × Hf / N so that the result is greater than or equal to 3.95 and less than or equal to 10.0, where de is an equivalent diameter in mm which is a diameter in the case in which the plurality of refrigerant circulation holes are converted to a single equivalent cylinder, W is the width in mm of each of the flat tubes, t1 is the wall thickness in mm of each of the flat tubes at one end in the widthwise direction corresponding to the distance from the refrigerant circulation hole closest to the one end to said one end, t2 is the wall thickness in mm of each of the flat tubes at the other end in the widthwise direction corresponding to the distance from the refrigerant circulation hole closest to the other end to said other end, Hp is the height in mm of each of the flat tubes in the stacking direction, Hf is the height in mm of the fins in the stacking direction, and N is the number of the refrigerant circulation holes, wherein the equivalent diameter de is set to 0.5 mm or more and 0.8 mm or less, and the flat tube width W is set to 12 mm or more and 16 mm or less. setting variables in a polynomial defined by (W - t1 - t2) × Hp × Hf / N so that the result is greater than or equal to 3.95 and less than or equal to 10.0, where de is an equivalent diameter in mm which is a diameter in the case in which the plurality of refrigerant circulation holes are converted to a single equivalent cylinder, W is the width in mm of each of the flat tubes, t1 is the wall thickness in mm of each of the flat tubes at one end in the widthwise direction corresponding to the distance from the refrigerant circulation hole closest to the one end to said one end, t2 is the wall thickness in mm of each of the flat tubes at the other end in the widthwise direction corresponding to the distance from the refrigerant circulation hole closest to the other end to said other end, Hp is the height in mm of each of the flat tubes in the stacking direction, Hf is the height in mm of the fins in the stacking direction, and N is the number of the refrigerant circulation holes, wherein the equivalent diameter de is set to 0.5 mm or more and 0.8 mm or less, and the flat tube width W is set to 12 mm or more and 16 mm or less.
A chair having a back frame and a headrest tilt mechanism, the headrest tilt mechanism comprising: a back insert (30; 78) framing an area of the chair to be independently pivoted; a pair of spaced headrest tilts coupled to the back insert (30; 78), and pivotally coupled to the back frame of the chair; a lower connector tube coupled to the back frame of the chair below the back insert (30; 78); and a linkage coupler having a top end and a bottom end, wherein the top end is pivotally coupled to an upper member at an upper pivot point and the bottom end is pivotally coupled to an actuator (40; 40A, 64; 110) at a lower pivot point; the upper member having a secured leg secured to the pair of spaced headrest tilts and a pivotal leg pivotally coupled to the linkage coupler; and the actuator (40; 40A, 64; 110) pivotally coupled between the linkage coupler and the lower connector tube, wherein the actuator (40; 40A, 64; 110) is configured to be actuated to pivot the pair of spaced headrest tilts from a closed to an open position; characterized in that the headrest tilt mechanism has a release configuration, wherein the pivotal coupling of the actuator (40; 40A, 64; 10), the linkage coupler and the upper member cooperate to allow a continued operation of the actuator (40; 40A, 64; 110) without imparting continued force to the rotation of the headrest tilts, if the pair of spaced headrest tilts is blocked by an object present behind the back insert when moving to the closed position. a back insert (30; 78) framing an area of the chair to be independently pivoted; a pair of spaced headrest tilts coupled to the back insert (30; 78), and pivotally coupled to the back frame of the chair; a lower connector tube coupled to the back frame of the chair below the back insert (30; 78); and a linkage coupler having a top end and a bottom end, wherein the top end is pivotally coupled to an upper member at an upper pivot point and the bottom end is pivotally coupled to an actuator (40; 40A, 64; 110) at a lower pivot point; the upper member having a secured leg secured to the pair of spaced headrest tilts and a pivotal leg pivotally coupled to the linkage coupler; and the actuator (40; 40A, 64; 110) pivotally coupled between the linkage coupler and the lower connector tube, wherein the actuator (40; 40A, 64; 110) is configured to be actuated to pivot the pair of spaced headrest tilts from a closed to an open position; characterized in that the headrest tilt mechanism has a release configuration, wherein the pivotal coupling of the actuator (40; 40A, 64; 10), the linkage coupler and the upper member cooperate to allow a continued operation of the actuator (40; 40A, 64; 110) without imparting continued force to the rotation of the headrest tilts, if the pair of spaced headrest tilts is blocked by an object present behind the back insert when moving to the closed position.
A method for managing an application program use time offline, comprising: displaying a desktop after a terminal device is started, and displaying an application icon on the desktop; starting, after the application icon is clicked, a target application program corresponding to the application icon; if the target application program corresponding to the application icon is an application program in which a time control rule is set, performing cumulative timing on actual use duration of the target application program, wherein the time control rule comprises: a duration setting and an extension setting; if a difference between the duration setting and the actual use duration is less than a preset threshold, prompting that a time limit is insufficient; and if the extension setting is set to yes, further displaying a message to indicate whether time extension is needed; and if identity authentication is performed after an instruction indicating that the time extension is needed, extending a use time if the identity authentication succeeds; if the identity authentication fails, quitting and locking the target application program after the actual use duration reaches the duration setting. displaying a desktop after a terminal device is started, and displaying an application icon on the desktop; starting, after the application icon is clicked, a target application program corresponding to the application icon; if the target application program corresponding to the application icon is an application program in which a time control rule is set, performing cumulative timing on actual use duration of the target application program, wherein the time control rule comprises: a duration setting and an extension setting; if a difference between the duration setting and the actual use duration is less than a preset threshold, prompting that a time limit is insufficient; and if the extension setting is set to yes, further displaying a message to indicate whether time extension is needed; and if identity authentication is performed after an instruction indicating that the time extension is needed, extending a use time if the identity authentication succeeds; if the identity authentication fails, quitting and locking the target application program after the actual use duration reaches the duration setting.
An aqueous fabric spray composition, comprising: a. 1 - 6 wt. % silicone, wherein the silicone is in the form of an emulsion, the emulsion having a particle size of 150 nm to 30 μm b. Free perfume, having an emulsion particle size of 1 nm to 30 μm. a. 1 - 6 wt. % silicone, wherein the silicone is in the form of an emulsion, the emulsion having a particle size of 150 nm to 30 μm b. Free perfume, having an emulsion particle size of 1 nm to 30 μm.
Bicycle rear wheel sprocket arrangement, comprising a carrier sprocket and a self-supporting sprocket cluster (18, 19) connected to the carrier sprocket on the outboard side in a connection region of the carrier sprocket, wherein a plurality of further sprockets which are designed as sprocket rings (25, 26) are each arranged on the carrier sprocket in the connection region and are each connected to the carrier sprocket in the connection region, characterized in that at least one of the sprocket rings (25, 26) is connected to the carrier sprocket by a plurality of connecting elements.
Multi-module force measuring device (200, 300), in particular a multi-module weighing device, comprising at least three force-measuring modules (244, 344) among which the force that is to be measured is divided up, wherein each force-measuring module (244, 344) includes a force-measuring cell and a current-delivery means, and further comprising a power supply unit (270, 370) which serves to supply electric current to the force-measuring modules (244, 344), characterized in that the current-delivery means of at least one of the force-measuring modules (244, 344) is linked directly or by way of a junction element to a controller cable (205, 305) which is connected to the power supply unit (270, 370), and that the at least three force-measuring modules (244, 344) are connected to each other in a string by means of at least one module-connector cable (250, 350) which forms the onward continuation of the supply line for the electric current, and that the first force-measuring module (244, 344) of the string and the last force-measuring module (244, 344) of the string are each connected directly or by way of the junction element to the controller cable (205, 305).