mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising a mounted object, which is supported by a framework member of the vehicle with a supporting member (81A, 81B, 82A, 82B) and which is disposed offset to one side of the vehicle with respect to a center of the vehicle in a front-rear direction, wherein the framework member includes a pair of front-rear framework members (13A, 13B) that extends in the front-rear direction of the vehicle, and a right-left framework member (13C, 13D) that extends in a right-left direction of the vehicle and that is fixed to the pair of front-rear framework members (13A, 13B); the supporting member (81A, 81B, 82A, 82B) is fixed to the right-left framework member (13C, 13D); the mounted object is disposed on the one side with respect to the right-left framework member (13C, 13D); and the mounted object comprises an extending portion (93A, 93B) that extends from the mounted object to the other side in the front-rear direction while inclined to a vertical direction or that extends from the mounted object to the other side in the front-rear direction in a horizontal direction, and that is formed such that, when an external force of a predetermined value or larger is exerted on the mounted object from the one side to displace the mounted object to the other side by a predetermined amount or larger, the extending portion (93A, 93B) abuts on a surface of the right-left framework member (13C, 13D), the surface facing upward in the vertical direction.
A thermoplastic composition comprising: 35 to 45 weight percent of a branched, end capped polycarbonate; 55 to 65 weight percent of a poly(aliphatic ester-carbonate) having a weight average molecular weight of 15,000 to 25,000, as measured by GPC based on BPA polycarbonate standards; a non-fluorinated sulfonate salt flame retardant; and a polysiloxane, wherein the polysiloxane is a linear or cyclic siloxane having the general formula (R 2 SiO)y wherein R is a monovalent, linear or cyclic, hydrocarbon having from 1 to 18 carbon atoms and y is a number from 3 to 12 and weight percent is based on the combined weight of the branched, end capped polycarbonate and poly(aliphatic ester-carbonate). 35 to 45 weight percent of a branched, end capped polycarbonate; 55 to 65 weight percent of a poly(aliphatic ester-carbonate) having a weight average molecular weight of 15,000 to 25,000, as measured by GPC based on BPA polycarbonate standards; a non-fluorinated sulfonate salt flame retardant; and a polysiloxane, wherein the polysiloxane is a linear or cyclic siloxane having the general formula (R 2 SiO)y wherein R is a monovalent, linear or cyclic, hydrocarbon having from 1 to 18 carbon atoms and y is a number from 3 to 12 and weight percent is based on the combined weight of the branched, end capped polycarbonate and poly(aliphatic ester-carbonate).
A robot hand comprising: a first drive gear on a first side configured to be rotated by a first actuator on the first side; a second drive gear on a second side configured to be rotated by a second actuator on the second side; a first interlocked gear on the first side interlocked with the second drive gear; a second interlocked gear on the second side interlocked with the first drive gear; a first inner link on the first side engaged with rotation of the first drive gear; a first outer link on the first side engaged with rotation of the first interlocked gear; a first end link on the first side connected to the first inner link and the first outer link opposite the first actuator; a second inner link on the second side engaged with rotation of the second interlocked gear; a second outer link on the second side engaged with rotation of the second drive gear; and a second end link on the second side connected to the second inner link and the second outer link opposite the second actuator, where the first interlocked gear and the second drive gear rotate in opposite directions, and the second interlocked gear and the first drive gear rotate in opposite directions. a first drive gear on a first side configured to be rotated by a first actuator on the first side; a second drive gear on a second side configured to be rotated by a second actuator on the second side; a first interlocked gear on the first side interlocked with the second drive gear; a second interlocked gear on the second side interlocked with the first drive gear; a first inner link on the first side engaged with rotation of the first drive gear; a first outer link on the first side engaged with rotation of the first interlocked gear; a first end link on the first side connected to the first inner link and the first outer link opposite the first actuator; a second inner link on the second side engaged with rotation of the second interlocked gear; a second outer link on the second side engaged with rotation of the second drive gear; and a second end link on the second side connected to the second inner link and the second outer link opposite the second actuator, where the first interlocked gear and the second drive gear rotate in opposite directions, and the second interlocked gear and the first drive gear rotate in opposite directions.
An electrical machine, in particular electrically excited claw-pole generator for motor vehicles, having a stator whose winding has a five-stranded configuration and is connected with its line connections to a rectifier arrangement or a pulse inverter arrangement, characterised in that the winding start (x) and the winding end (y) of at least one winding strand are more than five grooves apart and each groove of this strand has the same number of coil sides.
A table game system comprising: an imaging device comprising a single camera at an offset viewing angle configured to capture one or more images of a game table, a first image of the one or more images including one or more chips and a hand of a game participant; an image analysis device configured to perform an analysis of the one or more images, using artificial intelligence or deep learning technology, to recognize the one or more chips on the game table and recognize the hand; characterized by a controller configured to analyze, based on a result of the analysis of the image analysis device, a set of images of the one or more images corresponding to a change between a first state in which the one or more chips are present on the game table and a second state in which the one or more chips are absent from the game table to recognize whose hand is a first hand that extends to the one or more chips between the first state and the second state to thereby determine who changed the first state to the second state; and a storing device configured to store information about the one or more chips and the game participant who changed the first state to the second state for the chips, in association with each other. an imaging device comprising a single camera at an offset viewing angle configured to capture one or more images of a game table, a first image of the one or more images including one or more chips and a hand of a game participant; an image analysis device configured to perform an analysis of the one or more images, using artificial intelligence or deep learning technology, to recognize the one or more chips on the game table and recognize the hand; characterized by a controller configured to analyze, based on a result of the analysis of the image analysis device, a set of images of the one or more images corresponding to a change between a first state in which the one or more chips are present on the game table and a second state in which the one or more chips are absent from the game table to recognize whose hand is a first hand that extends to the one or more chips between the first state and the second state to thereby determine who changed the first state to the second state; and a storing device configured to store information about the one or more chips and the game participant who changed the first state to the second state for the chips, in association with each other.
A load and lift roof rack for loading and unloading cargo to and from a vehicle comprising: a base rail (12a, 12b) for attachment to the vehicle, the base rail (12a, 12b) having a first base rail end and a second base rail end; a lever bar (14a, 14b) having a first lever bar end and a second lever bar end, the first lever bar end operably and pivotably connected to the first end of the base rail (12a, 12b) at a pivot point (30a, 30b); an arm bar (16a, 16b) having a first arm bar end and a second arm bar end, the first arm bar end operably and pivotably connected to the second lever bar end; wherein pivotable movement of the lever bar (14a, 14b) with respect to the base rail (12a, 12b) maintains the arm bar (16a, 16b) in a fixed orientation with respect to the base rail (12a, 12b) during movement of the lever bar (14a, 14b) between a loading and a transport position, characterized by: a base gear (26a, 26b) fixed to the first end of the base rail (12a, 12b); an arm gear (22a, 22b) fixed to the first end of the arm bar (16a, 16b); and connection means (24a, 24b) operably connecting the base gear (26a, 26b) and the arm gear (22a, 22b). a base rail (12a, 12b) for attachment to the vehicle, the base rail (12a, 12b) having a first base rail end and a second base rail end; a lever bar (14a, 14b) having a first lever bar end and a second lever bar end, the first lever bar end operably and pivotably connected to the first end of the base rail (12a, 12b) at a pivot point (30a, 30b); an arm bar (16a, 16b) having a first arm bar end and a second arm bar end, the first arm bar end operably and pivotably connected to the second lever bar end; wherein pivotable movement of the lever bar (14a, 14b) with respect to the base rail (12a, 12b) maintains the arm bar (16a, 16b) in a fixed orientation with respect to the base rail (12a, 12b) during movement of the lever bar (14a, 14b) between a loading and a transport position, a base gear (26a, 26b) fixed to the first end of the base rail (12a, 12b); an arm gear (22a, 22b) fixed to the first end of the arm bar (16a, 16b); and connection means (24a, 24b) operably connecting the base gear (26a, 26b) and the arm gear (22a, 22b).
Dosing system for dosing a pollutant-reducing medium into an exhaust gas, in particular for introducing a reducing agent and/or a reducing agent precursor into the exhaust gas, comprising a storage tank for the provision of the pollutant-reducing medium, furthermore comprising a suction system for suctioning the pollutant-reducing medium out of the storage tank, wherein the suction system comprises at least two suction points (136, 142), wherein the dosing system furthermore comprises at least one switch which is designed for switching between the at least two suction points (136, 142), characterized in that the switch comprises a hydraulic switch, wherein the suction system furthermore comprises a delivery pump, wherein the switching of the hydraulic switch is performed by way of a hydraulic pressure and/or negative pressure provided by the delivery pump.
A power generation device comprising: a plurality of thermomagnetic generators, each of the thermomagnetic generators comprising: a thermomagnetic material; a coil surrounding the thermomagnetic material; and a fluidic mixer for mixing a first fluid with a second fluid and for outputting the mixed fluid to the thermomagnetic material, wherein a fluid temperature of the first fluid is different from a fluid temperature of the second fluid; and a flow controller for controlling flow rates of the second fluids flowing into the thermomagnetic generators; characterized that the first fluid has a constant flow. a plurality of thermomagnetic generators, each of the thermomagnetic generators comprising: a thermomagnetic material; a coil surrounding the thermomagnetic material; and a fluidic mixer for mixing a first fluid with a second fluid and for outputting the mixed fluid to the thermomagnetic material, wherein a fluid temperature of the first fluid is different from a fluid temperature of the second fluid; and a thermomagnetic material; a coil surrounding the thermomagnetic material; and a fluidic mixer for mixing a first fluid with a second fluid and for outputting the mixed fluid to the thermomagnetic material, wherein a fluid temperature of the first fluid is different from a fluid temperature of the second fluid; and a flow controller for controlling flow rates of the second fluids flowing into the thermomagnetic generators; characterized that the first fluid has a constant flow.
A monitor device for connecting to a sensor patch of an ostomy appliance, the monitor device comprising; a housing, an electronic circuitry (101,106,124); a first interface configured for collecting sensor data from the sensor patch; and a tail portion comprising a proximal end and a distal end, where the tail portion comprises one or more electrodes extending from the proximal end of the tail portion to the distal end, the one or more electrodes being connected to the first interface at the proximal end of the tail portion, and the distal end of the tail portion comprising a first coupling element, and where the one or more electrodes are connected to the first coupling element at the distal end of the tail portion, the monitor device being adapted to couple mechanically and electrically the first interface of the monitor device to the sensor patch of an ostomy appliance for relaying signals from the sensor patch to the monitor device characterised in that the monitor device and the proximal end of the tail portion comprise a second and a third complementary shaped coupling element (35,36) adapted for electrically and mechanically detachably connecting the tail portion to the monitor device.
A beam, which comprises a bottom plate, two web plates and a top plate, which define a space, the space being filled with concrete, characterized in that a pipe is fitted in the space, the pipe comprises a wall through which moisture can be transferred from the outside of the pipe from the concrete in the defined space to the inside of the pipe, which pipe is arranged to be in the flow connection with the outside of the space for transferring moisture along the pipe to the outside of the space, an end of the pipe is arranged through a hole in the bottom plate to the outside of the space or connected to the hole, another end of the pipe is arranged through another hole in the bottom plate to the outside of the space or connected to the other hole, and the hole of the bottom plate is next to the end of the beam and the other hole is next to the other end of the beam.
A method for treating wrinkles or depressions in the skin's surface in a human subject, comprising administering a composition comprising shortened fibers of poly-N-acetylglucosamine ("sNAG nanofibers") to the human subject, wherein the composition is prepared for topical administration directly or in proximity to, or local injection directly to, the wrinkles or depressions, wherein more than 70% of the monosaccharides of the sNAG nanofibers are N-acetylglucosamine monosaccharides, and wherein the sNAG nanofibers are: (i) from about 1 μm to less than 10 μm in length, or (ii) less than 10 μm in average length, and have the microstructure of non-irradiated poly-N-acetylglucosamine fibers.
Method for controlling the reactive power of a wind park comprising at least two wind energy installations having the following steps: a) Specification of a target value (w) characterising the reactive power of the wind park b) Query of current values of the individual reactive power q(i) and of the individual active power p(i) of the individual wind energy installations, c) Calculation of the reactive power (Qnap) to be expected and active power (Pnap) at the network connection point by means of a load flow calculation based on the values p(i) and q(i), d) Calculation of the deviation of the reactive power (Qnap) to be expected from the target value (w) and d1) if the deviation (x) is greater than a threshold value (z), calculation of a set value based on the specifications for the reactive powers q(i) which should be outputted for the reduction of the deviation, and then continue to step e), or d2) if the deviation (x) is smaller than or equal to the threshold value (z), output of a set value (u) calculated based on the specifications for the reactive powers q(i) to the wind park and back to step a). e) Calculation of the reactive power q(i) and the active power p(i) which would result on the basis of the set value (u) at the wind power installations, and further processing of said calculated values q(i) and p(i) in step c). a) Specification of a target value (w) characterising the reactive power of the wind park b) Query of current values of the individual reactive power q(i) and of the individual active power p(i) of the individual wind energy installations, c) Calculation of the reactive power (Qnap) to be expected and active power (Pnap) at the network connection point by means of a load flow calculation based on the values p(i) and q(i), d) Calculation of the deviation of the reactive power (Qnap) to be expected from the target value (w) and d1) if the deviation (x) is greater than a threshold value (z), calculation of a set value based on the specifications for the reactive powers q(i) which should be outputted for the reduction of the deviation, and then continue to step e), or d2) if the deviation (x) is smaller than or equal to the threshold value (z), output of a set value (u) calculated based on the specifications for the reactive powers q(i) to the wind park and back to step a). d1) if the deviation (x) is greater than a threshold value (z), calculation of a set value based on the specifications for the reactive powers q(i) which should be outputted for the reduction of the deviation, and then continue to step e), or d2) if the deviation (x) is smaller than or equal to the threshold value (z), output of a set value (u) calculated based on the specifications for the reactive powers q(i) to the wind park and back to step a). e) Calculation of the reactive power q(i) and the active power p(i) which would result on the basis of the set value (u) at the wind power installations, and further processing of said calculated values q(i) and p(i) in step c).
A liquid supply configured to serve as liquid supply of an electronic smoking device, the liquid supply comprising: at least two hollow container members (34a, 34b), each of the container members (34a, 34b) being configured for being filled with a liquid, each of the container members (34a, 34b) having a first end sealed by a sealing member (342a, 342b) and a second end; the container members (34a, 34b) being configured to be attached to one another through a connection mechanism (344a, 344b, 345a, 345b) of the liquid supply to form a main body of the liquid supply, with the connection mechanism comprising at least one mating pair formed by an indentation (344a, 344b) provided on one container member and a protrusion (345a, 345b) provided on the other container member; and wherein the container members (34a, 34b) are configured to form a channel therebetween when the container members are attached to each other through the connection mechanism, the channel being adapted to, in use of the electronic smoking device, guide aerosol generated in the electronic smoking device from the liquid in the container members. at least two hollow container members (34a, 34b), each of the container members (34a, 34b) being configured for being filled with a liquid, each of the container members (34a, 34b) having a first end sealed by a sealing member (342a, 342b) and a second end; the container members (34a, 34b) being configured to be attached to one another through a connection mechanism (344a, 344b, 345a, 345b) of the liquid supply to form a main body of the liquid supply, with the connection mechanism comprising at least one mating pair formed by an indentation (344a, 344b) provided on one container member and a protrusion (345a, 345b) provided on the other container member; and wherein the container members (34a, 34b) are configured to form a channel therebetween when the container members are attached to each other through the connection mechanism, the channel being adapted to, in use of the electronic smoking device, guide aerosol generated in the electronic smoking device from the liquid in the container members.
A compressor or turbine housing comprising: a first volute structure including an opening; an inlet sheet metal structure including an inlet opening; a second volute structure joined to the first volute structure about its periphery and including an interior opening radially circumscribing at least a first portion of the inlet sheet metal structure; and a core volute metal structure circumscribing at least a second portion of the inlet sheet metal structure, wherein the core volute metal structure is joined to the second volute structure about the interior opening and joined to the inlet sheet metal structure; characterised in that the core volute metal structure is a core volute sheet metal structure. a first volute structure including an opening; an inlet sheet metal structure including an inlet opening; a second volute structure joined to the first volute structure about its periphery and including an interior opening radially circumscribing at least a first portion of the inlet sheet metal structure; and a core volute metal structure circumscribing at least a second portion of the inlet sheet metal structure, wherein the core volute metal structure is joined to the second volute structure about the interior opening and joined to the inlet sheet metal structure;
A curative capsule with a rounded shape, having a UV emitter connected to a source of energy, both placed inside the curative capsule, whereby the shell of the curative capsule is made of UV rays permeable material that is insoluble in gastric juices, characterized in that, the shell is enveloped in a rugged gelatin layer, which is UV rays permeable and soluble in gastric juices and its outer surface is formed with a plurality of conical sections.
An automatic swimming pool cleaner defining a front region and comprising: a. a body; b. an electric motor (54, 58); c. motive means driven by the electric motor; d. a filter (i) configured to be positioned at least partially in the body, (ii) comprising a handle located in the front region, and (iii) removable from the body by grasping and pulling the handle; characterised by further comprising: e. electronics for communicating with a device external to the automatic pool cleaner, wherein the automatic swimming pool cleaner is configured to climb a wall of a swimming pool by itself, in response to receiving a signal from the device external to the automatic pool cleaner. a. a body; b. an electric motor (54, 58); c. motive means driven by the electric motor; d. a filter (i) configured to be positioned at least partially in the body, (ii) comprising a handle located in the front region, and (iii) removable from the body by grasping and pulling the handle; characterised by further comprising: e. electronics for communicating with a device external to the automatic pool cleaner, wherein the automatic swimming pool cleaner is configured to climb a wall of a swimming pool by itself, in response to receiving a signal from the device external to the automatic pool cleaner. e. electronics for communicating with a device external to the automatic pool cleaner, wherein the automatic swimming pool cleaner is configured to climb a wall of a swimming pool by itself, in response to receiving a signal from the device external to the automatic pool cleaner.