mhurhangee/ep-ind-claims huggingface dataset:
Valve device for a ventilation device for a tank device of a motor vehicle, wherein the valve device comprises an inlet, which can be connected to a ventilation inlet line of the ventilation device, a tank outlet, which can be connected to a ventilation outlet line of the ventilation device, and a filler pipe outlet, which can be connected to a filler pipe of the tank device, wherein the valve device furthermore comprises a tank valve, which has a tank valve seat, and a filler pipe valve, which has a filler pipe valve seat, wherein the connection between the inlet and the tank outlet can be opened and closed by the tank valve, and the connection between the inlet and the filler pipe outlet can be opened and closed by the filler pipe valve, wherein the tank valve comprises an axially movable valve tappet for actuation, wherein the valve tappet is accessible from outside the valve device, thus allowing the tank valve to be closed by axial movement of the valve tappet by means of the action of a force from outside the valve device, wherein the tank valve comprises a tank valve member, wherein, given a sufficient axial movement of the valve tappet, the tank valve member is simultaneously moved axially by the valve tappet and can thereby come to rest on the tank valve seat to close the tank valve, characterized in that the filler pipe valve seat is formed on the tank valve member.
An adhesive composition for a skin-adhering medical device comprising a liquid polyisobutylene having a molecular weight of between about 1,000 and 8,000 Daltons, a high molecular weight PIB having a molecular weight of between about 40,000 and 60,000 Daltons, a styrene-isoprene-styrene block copolymer, and a high molecular weight polymeric buffer composition which provides both pH buffering and fluid absorption, the buffer composition comprising a non- neutralized high molecular weight polyacrylic acid and a partially neutralized high molecular weight polyacrylic acid, the degree of neutralization of the partially neutralized high molecular weight polyacrylic acid is between about 50% and about 100%, and the proportion of non-neutralized polyacrylic acid and partially neutralized polyacrylic acid is from about 4:1 to about 1:4; and fibers selected from the group consisting of cotton fibers, polyethylene fibers, and polypropylene fibers.
An autonomous mobile cleaner comprising: a main body; a suction unit having a handle and configured to maintain a predetermined distance from the main body and suck up surrounding foreign material; an air pipe configured to connect the main body and the suction unit and guide the foreign material into the main body; a first driving wheel installed in a left side with respect to a traveling direction of the main body and a second driving wheel installed in a right side below the main body; a driving unit configured to drive the first and second driving wheels by operating a driving motor; a wheel sensor connected to the first driving wheel and the second driving wheel and configured to sense rotation of the first driving wheel and the second driving wheel; and a controller configured to control movement of the main body through the driving unit based on the rotation of the driving wheels sensed by the wheel sensor, characterized in that: when a difference between the rotation amount of the first driving wheel and the rotation amount of the second driving wheel, which are sensed by the wheel sensor, is greater than or equal to a predetermined value or when the rotation direction of the first driving wheel and the rotation direction of the second driving wheel are different from each other, the controller drives the first driving wheel and the second driving wheel in a predetermined obstruction avoidance pattern. a main body; a suction unit having a handle and configured to maintain a predetermined distance from the main body and suck up surrounding foreign material; an air pipe configured to connect the main body and the suction unit and guide the foreign material into the main body; a first driving wheel installed in a left side with respect to a traveling direction of the main body and a second driving wheel installed in a right side below the main body; a driving unit configured to drive the first and second driving wheels by operating a driving motor; a wheel sensor connected to the first driving wheel and the second driving wheel and configured to sense rotation of the first driving wheel and the second driving wheel; and a controller configured to control movement of the main body through the driving unit based on the rotation of the driving wheels sensed by the wheel sensor, characterized in that: when a difference between the rotation amount of the first driving wheel and the rotation amount of the second driving wheel, which are sensed by the wheel sensor, is greater than or equal to a predetermined value or when the rotation direction of the first driving wheel and the rotation direction of the second driving wheel are different from each other, the controller drives the first driving wheel and the second driving wheel in a predetermined obstruction avoidance pattern.
Filter element with a foot portion and an end portion, wherein between the foot portion and the end portion a hose-shaped interior space is enclosed by a fluid-permeable filter material, the foot portion having a filter element opening for the inflow and/or outflow of fluid and coupling means for a fluid-tight coupling of the filter element to a support plate with a suitable support opening, wherein the foot portion and/or the coupling means are designed in such a way that the filter element, in the case of an external force acting upon the filter element, is bent in a predefined direction, wherein the filter element features a longitudinal axis and the foot portion with the longitudinal axis features an angle (α) between 5 degrees and 45 degrees.
A policy and charging control method for an application service chain based on a software-defined network, SDN, network, wherein the method comprises: a. determining, by a Policy and Charging Rule Function, PCRF, entity (210, 310, 410), an application service chain for an application based on multi-dimensional context information corresponding to the application, and transmitting the corresponding application service chain related information to an SDN controller (240, 340, 440), wherein, the application service chain is an ordered list of service functions; b. determining, by the SDN controller (240, 340, 440), a forwarding rule for the application based on the application service chain related information, and transmitting the forwarding rule to a corresponding service chaining infrastructure network, the service chaining infrastructure network being a network composed of interconnecting service chaining enforcement point(s), SCEP(s) (250, 350, 450), and service functions, the service function being a network or application based packet treatment, application, computation or storage resource, and the forwarding rule including performing sequence of the service functions; c. performing, by SCEP(s) (250, 350, 450) in the service chaining infrastructure network, corresponding service function based on the forwarding rule; wherein, the multi-dimensional context information comprises at least any one of the following: - Traffic Detection Function, TDF, application context information; - subscriber repository context information; - subscriber charging information; - subscriber radio access and location information. a. determining, by a Policy and Charging Rule Function, PCRF, entity (210, 310, 410), an application service chain for an application based on multi-dimensional context information corresponding to the application, and transmitting the corresponding application service chain related information to an SDN controller (240, 340, 440), wherein, the application service chain is an ordered list of service functions; b. determining, by the SDN controller (240, 340, 440), a forwarding rule for the application based on the application service chain related information, and transmitting the forwarding rule to a corresponding service chaining infrastructure network, the service chaining infrastructure network being a network composed of interconnecting service chaining enforcement point(s), SCEP(s) (250, 350, 450), and service functions, the service function being a network or application based packet treatment, application, computation or storage resource, and the forwarding rule including performing sequence of the service functions; c. performing, by SCEP(s) (250, 350, 450) in the service chaining infrastructure network, corresponding service function based on the forwarding rule; - Traffic Detection Function, TDF, application context information; - subscriber repository context information; - subscriber charging information; - subscriber radio access and location information.
Crimping pliers for crimping a workpiece with a) two drive elements (41, 42) which are formed by a fixed hand lever and a movable hand lever, b) a pliers head, c) two actuation elements (9, 10) arranged in the region of the pliers head and actuating dies between which the workpiece can be crimped and d) a spring element which da) is arranged in the force flow between the drive elements (41, 42) and the dies and db) forms a force-displacement-compensation-element, e) the spring element forming the force-displacement-compensation-element being arranged in the region of the pliers head, characterised in that the spring element is linked for being pivoted with a spring base to the movable hand lever. a) two drive elements (41, 42) which are formed by a fixed hand lever and a movable hand lever, b) a pliers head, c) two actuation elements (9, 10) arranged in the region of the pliers head and actuating dies between which the workpiece can be crimped and d) a spring element which da) is arranged in the force flow between the drive elements (41, 42) and the dies and db) forms a force-displacement-compensation-element, da) is arranged in the force flow between the drive elements (41, 42) and the dies and db) forms a force-displacement-compensation-element, e) the spring element forming the force-displacement-compensation-element being arranged in the region of the pliers head,
A method for performance evaluation in a network providing communication services by means of a generalized processor sharing packet scheduling discipline, said services including classes of services (CoS1, CoS2, CoS3) having relative priorities, the method being characterized by including the steps of: - evaluating performance of a given class ( r) of services as a function of the load (∑ 1 ( r)) produced by other classes of services having a priority higher than or equal to said given class ( r) as well as of perturbation effect (∑ 2 ( r) exerted on said given class ( r) by other classes having priority higher than said given class ( r), and - determining said load (∑ 1 ( r)) and said perturbation effect (∑ 2 ( r) as weighed sums of the contributions of each of said other classes to said load (∑ 1 ( r)) and said perturbation effect (∑ 2 ( r)). - evaluating performance of a given class ( r) of services as a function of the load (∑ 1 ( r)) produced by other classes of services having a priority higher than or equal to said given class ( r) as well as of perturbation effect (∑ 2 ( r) exerted on said given class ( r) by other classes having priority higher than said given class ( r), and - determining said load (∑ 1 ( r)) and said perturbation effect (∑ 2 ( r) as weighed sums of the contributions of each of said other classes to said load (∑ 1 ( r)) and said perturbation effect (∑ 2 ( r)).
A medical scanner accessory system for a medical scanner, wherein the medical scanner accessory system comprises - a base part; - a drum part rotatably connected to the base part, the drum part having a rotation axis; and - a cable comprising a jacket, wherein the cable has a first connector at a first end and a second connector at a second end thereof, wherein the first connector is connectable to a movable part of the medical scanner and the second connector is connectable to an electronic device, wherein the cable is configured to be coiled on a first part of the drum part, characterized in that the medical scanner accessory system comprises: - a coiling mechanism comprising a first coiling part and a second coiling part, wherein the first coiling part comprises a first shaft and a first set of first guide wheels (44, 46, 48) rotatably arranged on the first shaft, wherein the second coiling part comprises a second shaft and a second set of second guide wheels (44, 46, 48) rotatably arranged on the second shaft, - an elastic cord with a first point attached to the base part or to the coiling mechanism and a second point attached to the drum part, wherein the elastic cord is configured to be coiled on the coiling mechanism, and wherein the elastic cord is configured to apply a force to the drum part for rotating the drum part in a coiling direction of rotation about the rotation axis thereby coiling the cable on the first part of the drum part and wherein the elastic cord is configured to be coiled on at least one or more of the first guide wheels (44, 46, 48) and on at least one or more of the second guide wheels (44, 46, 48). - a base part; - a drum part rotatably connected to the base part, the drum part having a rotation axis; and - a cable comprising a jacket, wherein the cable has a first connector at a first end and a second connector at a second end thereof, wherein the first connector is connectable to a movable part of the medical scanner and the second connector is connectable to an electronic device, wherein the cable is configured to be coiled on a first part of the drum part, - a coiling mechanism comprising a first coiling part and a second coiling part, wherein the first coiling part comprises a first shaft and a first set of first guide wheels (44, 46, 48) rotatably arranged on the first shaft, wherein the second coiling part comprises a second shaft and a second set of second guide wheels (44, 46, 48) rotatably arranged on the second shaft, - an elastic cord with a first point attached to the base part or to the coiling mechanism and a second point attached to the drum part, wherein the elastic cord is configured to be coiled on the coiling mechanism, and wherein the elastic cord is configured to apply a force to the drum part for rotating the drum part in a coiling direction of rotation about the rotation axis thereby coiling the cable on the first part of the drum part and wherein the elastic cord is configured to be coiled on at least one or more of the first guide wheels (44, 46, 48) and on at least one or more of the second guide wheels (44, 46, 48).
A method for generating white flash from a LED projector coupled to a computing system, the LED projector comprising at least one red LED, at least one green LED and at least one blue LED, the method comprising: receiving an input to switch projection mode of the LED projector to a white-light mode of projection, wherein the input is one of a direct user input and an indirect input; operating the LED projector in a first projection mode in which at least one red LED, at least one green LED and at least one blue LED are actuated in a sequential pattern to project images onto a projection surface; switching the LED projector to the white-light mode of projection from the first projection mode based on the received input, wherein the LED projector operates on one or more projection modes; actuating, simultaneously, all LEDs of the LED projector, including the at least one red LED, at least one green LED and at least one blue LED, to generate a white flash of light in the white-light mode of projection, thereby illuminating the projection surface or an object on the projection surface; an image capturing device coupled to the computing system capturing an image of the projection surface or an image of the object on the projection surface during the white-light mode of projection; and switching the LED projector back to the first projection mode from the white-light mode of projection after a predetermined time period. receiving an input to switch projection mode of the LED projector to a white-light mode of projection, wherein the input is one of a direct user input and an indirect input; operating the LED projector in a first projection mode in which at least one red LED, at least one green LED and at least one blue LED are actuated in a sequential pattern to project images onto a projection surface; switching the LED projector to the white-light mode of projection from the first projection mode based on the received input, wherein the LED projector operates on one or more projection modes; actuating, simultaneously, all LEDs of the LED projector, including the at least one red LED, at least one green LED and at least one blue LED, to generate a white flash of light in the white-light mode of projection, thereby illuminating the projection surface or an object on the projection surface; an image capturing device coupled to the computing system capturing an image of the projection surface or an image of the object on the projection surface during the white-light mode of projection; and switching the LED projector back to the first projection mode from the white-light mode of projection after a predetermined time period.
A system for plant parameter detection, comprising: a plant morphology sensor directed in a first direction toward a volume and configured to record a morphology measurement of a plant portion of a plant and an ambient environment adjacent the plant, the morphology measurement includes data describing a structure or geometry of the plant portion; a plant physiology sensor directed in a second direction toward the volume and configured to record a plant physiology measurement of the plant and an ambient environment adjacent the plant, the plant physiology measurement including data describing a functionality of a plant and comprising a set of physiology pixels; characterized by a computing system configured to: identify, based on the structure or geometry described by the morphology measurement, a subset of the set of physiology pixels representing a region of the physiology measurement corresponding to the plant portion of the morphology measurement; determine physiology values for each pixel of the subset; and extract a plant index for the plant portion based on the physiology values. a plant morphology sensor directed in a first direction toward a volume and configured to record a morphology measurement of a plant portion of a plant and an ambient environment adjacent the plant, the morphology measurement includes data describing a structure or geometry of the plant portion; a plant physiology sensor directed in a second direction toward the volume and configured to record a plant physiology measurement of the plant and an ambient environment adjacent the plant, the plant physiology measurement including data describing a functionality of a plant and comprising a set of physiology pixels; characterized by a computing system configured to: identify, based on the structure or geometry described by the morphology measurement, a subset of the set of physiology pixels representing a region of the physiology measurement corresponding to the plant portion of the morphology measurement; determine physiology values for each pixel of the subset; and extract a plant index for the plant portion based on the physiology values. identify, based on the structure or geometry described by the morphology measurement, a subset of the set of physiology pixels representing a region of the physiology measurement corresponding to the plant portion of the morphology measurement; determine physiology values for each pixel of the subset; and extract a plant index for the plant portion based on the physiology values.
Fiber-resin composite material containing at least one thermosetting resin as well as at least one fixed and/or stabilized fiber structure from a fibrous material selected from the group consisting of • glass fibers, • carbon fibers, • mineral fibers, • synthetic fibers, • mixtures hereof and an agent for its fixing and stabilizing, characterized in that the agent for fixing and stabilizing is at least one statistical copolyester which is formed from the following components: from 55 to 100 mol% terephthalic acid, from 0 to 45 mol% isophthalic acid, from 35 to 75 mol% butanediol, from 15 to 35 mol% diethylene glycol, from 10 to 30 mol% triethylene glycol, wherein the sum of the molar fractions of terephthalic acid and butanediol is a maximum of 150 mol% with respect to the total diacid and total diol quantities of 100 mol% each. • glass fibers, • carbon fibers, • mineral fibers, • synthetic fibers, • mixtures hereof and an agent for its fixing and stabilizing, characterized in that the agent for fixing and stabilizing is at least one statistical copolyester which is formed from the following components: from 55 to 100 mol% terephthalic acid, from 0 to 45 mol% isophthalic acid, from 35 to 75 mol% butanediol, from 15 to 35 mol% diethylene glycol, from 10 to 30 mol% triethylene glycol, wherein the sum of the molar fractions of terephthalic acid and butanediol is a maximum of 150 mol% with respect to the total diacid and total diol quantities of 100 mol% each. from 55 to 100 mol% terephthalic acid, from 0 to 45 mol% isophthalic acid, from 35 to 75 mol% butanediol, from 15 to 35 mol% diethylene glycol, from 10 to 30 mol% triethylene glycol, wherein the sum of the molar fractions of terephthalic acid and butanediol is a maximum of 150 mol% with respect to the total diacid and total diol quantities of 100 mol% each.
Method for detecting a fracture in a high-lift system of an aircraft, particularly an aeroplane, taking into consideration load values in the vicinity of the high-lift system, comprising the steps of: • detecting at least two load values (L1, L2, L1_r, L2_r, L1_l, L2_l) in the vicinity of the high-lift system, wherein the at least two load values comprise a first load value, a second load value, a first load value of a right wing (L1_r), a second load value on the right wing (L2_r), a first load value of a left wing (L1_l) and/or a second load value on the left wing (L2_l); • calculating at least one ratio of the at least two load values (L1, L2, L1_r, L2_r, L1_l, L2_l); • comparing the ratio with at least one limit value (THR, Low_THR, Up_THR); and • outputting a signal on the basis of the comparison, characterised in that the at least one ratio is calculated in accordance with one of the following equations: R = L 1 / L 1 + L 2 R = L 1 − L 2 / L 1 + L 2 R = L 1 _ r / L 1 _ l + L 2 _ l or R = L 1 _ r + L 2 _ r / L 1 _ l + L 2 _ l • detecting at least two load values (L1, L2, L1_r, L2_r, L1_l, L2_l) in the vicinity of the high-lift system, wherein the at least two load values comprise a first load value, a second load value, a first load value of a right wing (L1_r), a second load value on the right wing (L2_r), a first load value of a left wing (L1_l) and/or a second load value on the left wing (L2_l); • calculating at least one ratio of the at least two load values (L1, L2, L1_r, L2_r, L1_l, L2_l); • comparing the ratio with at least one limit value (THR, Low_THR, Up_THR); and • outputting a signal on the basis of the comparison,