mhurhangee/ep-ind-claims huggingface dataset:
A haul truck body arranged to have a specific nominal payload capacity, said haul truck body comprising: an outer load carrying structure comprising a front wall, two opposing side walls (4, 5), and a bottom; and an inner load carrying structure arranged at inner surfaces of said outer load carrying structure, wherein said inner load carrying structure comprises a lining surface for the haul truck body and wherein said inner load carrying structure comprises a polymer, wherein neither said outer load carrying structure nor said inner load carrying structure alone is arranged to carry said specific nominal payload, the haul truck body being characterised in that said inner load carrying structure comprises a plurality of inner load carrying structure elements, each attached to the inner surface of the outer load carrying structure. an outer load carrying structure comprising a front wall, two opposing side walls (4, 5), and a bottom; and an inner load carrying structure arranged at inner surfaces of said outer load carrying structure, wherein said inner load carrying structure comprises a lining surface for the haul truck body and wherein said inner load carrying structure comprises a polymer, wherein neither said outer load carrying structure nor said inner load carrying structure alone is arranged to carry said specific nominal payload, the haul truck body being characterised in that said inner load carrying structure comprises a plurality of inner load carrying structure elements, each attached to the inner surface of the outer load carrying structure.
Binder of vegetable origin characterized in that it comprises: - 30% to 50% of a plasticizing fraction comprising an oil; - 50% to 70% of a structuring fraction comprising a modified vegetable resin; the % being % by weight relative to the weight of the binder; in which the modified vegetable resin has a softening point above 120°C and a residual acidity of less than 50 milligrams of KOH per gram of modified vegetable resin, the oil of the plasticizing fraction of the binder being an unsaturated polyester oil, and the modified vegetable resin being a phenolic terpene resin. - 30% to 50% of a plasticizing fraction comprising an oil; - 50% to 70% of a structuring fraction comprising a modified vegetable resin;
A chew toy for an animal, comprising: alternating layers of elastomer and fabric providing a plurality of layers of elastomer and fabric that overlap in a spiral configuration building to an outer layer of exposed fabric, said fabric layer including outer and inner surfaces, said fabric comprising a first and second plurality of fibers; said fabric capable of stretching at about 0.1 - 10 % in at least two planes with an angle α between said planes at about 1-179 degrees, said elastomeric layer having an outer surface, wherein said fabric layer is melt bonded or mechanically engaged or chemically engaged with said elastomeric layer and wherein said fabric covers at least a portion of said elastomeric layer and wherein said inner surface of said fabric is engaged along 50-100% of said fabric inner surface to said outer surface of said elastomeric layer and wherein upon flexing of said toy, said outer fabric layer stretches and remains engaged to said elastomeric layer, and wherein the plurality of layers of elastomer and fabric adhere to each other. alternating layers of elastomer and fabric providing a plurality of layers of elastomer and fabric that overlap in a spiral configuration building to an outer layer of exposed fabric, said fabric layer including outer and inner surfaces, said fabric comprising a first and second plurality of fibers; said fabric capable of stretching at about 0.1 - 10 % in at least two planes with an angle α between said planes at about 1-179 degrees, said elastomeric layer having an outer surface, wherein said fabric layer is melt bonded or mechanically engaged or chemically engaged with said elastomeric layer and wherein said fabric covers at least a portion of said elastomeric layer and wherein said inner surface of said fabric is engaged along 50-100% of said fabric inner surface to said outer surface of said elastomeric layer and wherein upon flexing of said toy, said outer fabric layer stretches and remains engaged to said elastomeric layer, and wherein the plurality of layers of elastomer and fabric adhere to each other.
Twisting device having a twisting unit and an untwisting unit, an in-twist positioning unit (4, 4a; 4, 4b) being disposed therebetween so as to be displaceable in a displacement direction, wherein the in-twist positioning unit (4, 4a; 4, 4b) has at least one spacing unit which extends so as to be perpendicular to the displacement direction, characterized in that the in-twist positioning unit (4, 4a; 4, 4b) is actuatable in such a manner that the spacing unit retracts at a predetermined spacing from the untwisting unit while the twisting unit continues final twisting.
A surgical system comprising: a tool; a manipulator to support the tool and move the tool in response to user forces and torques applied to the tool by a user; one or more sensors to measure forces and torques applied to the tool; and a control system (60, 26, 36, 21) comprising: a guide handler to obtain a target state for the tool and generate one or more virtual constraints based on the target state and a current state of the tool; a constraint solver to calculate a constraint force (F c) adapted to attract the tool toward the target state or repel the tool away from the target state based on the one or more virtual constraints; and a virtual simulator to simulate dynamics of the tool in a virtual simulation based on input from the one or more sensors and the constraint force (F c), and to output a commanded pose, the control system (60, 26, 36, 21) being configured to command the manipulator to move the tool based on the commanded pose and to thereby provide haptic feedback to the user that guides the user toward placing the tool at the target state or away from the target state. a tool; a manipulator to support the tool and move the tool in response to user forces and torques applied to the tool by a user; one or more sensors to measure forces and torques applied to the tool; and a control system (60, 26, 36, 21) comprising: a guide handler to obtain a target state for the tool and generate one or more virtual constraints based on the target state and a current state of the tool; a constraint solver to calculate a constraint force (F c) adapted to attract the tool toward the target state or repel the tool away from the target state based on the one or more virtual constraints; and a virtual simulator to simulate dynamics of the tool in a virtual simulation based on input from the one or more sensors and the constraint force (F c), and to output a commanded pose, the control system (60, 26, 36, 21) being configured to command the manipulator to move the tool based on the commanded pose and to thereby provide haptic feedback to the user that guides the user toward placing the tool at the target state or away from the target state. a guide handler to obtain a target state for the tool and generate one or more virtual constraints based on the target state and a current state of the tool; a constraint solver to calculate a constraint force (F c) adapted to attract the tool toward the target state or repel the tool away from the target state based on the one or more virtual constraints; and a virtual simulator to simulate dynamics of the tool in a virtual simulation based on input from the one or more sensors and the constraint force (F c), and to output a commanded pose, the control system (60, 26, 36, 21) being configured to command the manipulator to move the tool based on the commanded pose and to thereby provide haptic feedback to the user that guides the user toward placing the tool at the target state or away from the target state.
An injector head with rotation mechanism, comprising: a supporting part; a rotating part fixed on said supporting part to have a rotation axis extending substantially horizontally; an injector head body fixed on said rotating part to be rotatable about said rotation axis; and a syringe (510A, 510B) having a central axis line detachably attached to said injector head body; wherein said syringe (510A, 510B) includes a through hole. at a front end side; in a state where said syringe (510A, 510B) is attached to said injector head body, the central axis line of said syringe (510A, 510B) is inclined with respect to said rotation axis; and by rotating said injector head body about said rotation axis as the center of rotation, selection is possible between a state in which said syringe (510A, 510B) assumes a priming orientation with said through hole side of said syringe (510A, 510B) positioned upper than said injector head body and a state in which said syringe (510A, 510B) assumes a contrast agent injectable orientation with said through hole side of said syringe (510A, 510B) positioned lower than said injector head body. a supporting part; a rotating part fixed on said supporting part to have a rotation axis extending substantially horizontally; an injector head body fixed on said rotating part to be rotatable about said rotation axis; and a syringe (510A, 510B) having a central axis line detachably attached to said injector head body; wherein said syringe (510A, 510B) includes a through hole. at a front end side; in a state where said syringe (510A, 510B) is attached to said injector head body, the central axis line of said syringe (510A, 510B) is inclined with respect to said rotation axis; and by rotating said injector head body about said rotation axis as the center of rotation, selection is possible between a state in which said syringe (510A, 510B) assumes a priming orientation with said through hole side of said syringe (510A, 510B) positioned upper than said injector head body and a state in which said syringe (510A, 510B) assumes a contrast agent injectable orientation with said through hole side of said syringe (510A, 510B) positioned lower than said injector head body.
Holding head for a vacuum holding device for handling a plate-shaped workpiece, in particular a glass plate, wherein the holding head is rotatably mounted with respect to an axis and comprises a base body with an assembly of operating elements (26, 28, 30) of a control system for controlling a vacuum system of the vacuum holding device and at least one vacuum holding element mounted directly or indirectly at the base body for holding the plate-shaped workpiece, wherein the assembly surrounds the axis, characterized in that at least three of the operating elements (26, 28, 30) are connected as actuating elements (26, 28, 30) in a dual actuating circuit for releasing the plate-shaped workpiece, wherein the first two of the actuating elements (26, 28, 30) are arranged on opposite sides of the assembly with respect to the position of the axis, and the third actuating element is configured annularly and circumferentially surrounds the axis.
A bicycle helmet, comprising a shell and a visor, wherein the shell has an arched receiving gap between an outer side and an inner side, in which receiving gap the visor is movably received, with the visor being movable between an open position and a closed position; wherein the visor comprises a protective section and a holding section which has an operating element at an upper side; and wherein the shell has an operating slot at its outer side, the operating slot extending up to the receiving gap of the shell, with the operating element of the visor engaging into the operating slot and hereby being accessible from the outer side of the shell to be able to displace the visor between the open position and the closed position, wherein the shell furthermore has a guide slot at its inner side, the guide slot extending up to the receiving gap, characterized in that the guide slot extends up to a front-side edge of the shell and is open there, so that the holding section of the visor including the operating element can be introduced into the guide slot of the shell.
A method of video decoding incorporating frame re-compression, the method comprising: receiving a video bitstream; decoding the video bitstream to generate reconstructed video data; and applying the frame re-compression to at least one non-reference frame of the reconstructed video data to generate compressed-reconstructed video data and storing the compressed-reconstructed video data into a frame buffer of a decoder system, wherein control of the frame re-compression is responsive to decoder system information of the decoder system or a combination of the decoder system information of the decoder system and one or more syntax elements in the video bitstream, wherein the decoder system information of the decoder system is either selected from a decoder system information group consisting of system processing load of the decoder system, system bandwidth of the decoder system, frame buffer size of the frame buffer, frame buffer occupancy of the frame buffer, and frame buffer status of the frame buffer of the decoder system, or any combination of elements of the decoder system information group, and wherein the control of the frame re-compression includes adaptively adjusting a compression ratio for the frame re-compression in a manner that is at least responsive to the frame buffer occupancy of the frame buffer. receiving a video bitstream; decoding the video bitstream to generate reconstructed video data; and applying the frame re-compression to at least one non-reference frame of the reconstructed video data to generate compressed-reconstructed video data and storing the compressed-reconstructed video data into a frame buffer of a decoder system, wherein control of the frame re-compression is responsive to decoder system information of the decoder system or a combination of the decoder system information of the decoder system and one or more syntax elements in the video bitstream, wherein the decoder system information of the decoder system is either selected from a decoder system information group consisting of system processing load of the decoder system, system bandwidth of the decoder system, frame buffer size of the frame buffer, frame buffer occupancy of the frame buffer, and frame buffer status of the frame buffer of the decoder system, or any combination of elements of the decoder system information group, and wherein the control of the frame re-compression includes adaptively adjusting a compression ratio for the frame re-compression in a manner that is at least responsive to the frame buffer occupancy of the frame buffer.
A machine comprising: a rotor to be associated with a shaft, said rotor being provided with permanent magnets; a stator provided with pole pieces, said pole pieces including a main winding, wherein the stator and rotor form a transverse flux machine, characterized by a first flux diverter separating said main winding from a control coil; and a control (220, 350) for controlling the power passing through said control coils. a rotor to be associated with a shaft, said rotor being provided with permanent magnets; a stator provided with pole pieces, said pole pieces including a main winding,
A method operating at an Internet-connected customer premises equipment, CPE, the method comprising: monitoring device events by a virtual switch executing on the CPE; responsive to detecting that a device is connected to a port of the CPE, creating a corresponding virtual device port operative with a Software Defined Network, SDN, based infrastructure; and transmitting an indication to an SDN controller of the SDN infrastructure, the indication operative to indicate to the SDN controller that a new virtual device port has been created in the CPE's virtual switch, wherein the indication is further operative to facilitate creation of a data tunnel (172, 174) between the CPE's virtual switch and a virtual switch (122, 142) operating at a data center (116, 136) accessible via the Internet. monitoring device events by a virtual switch executing on the CPE; responsive to detecting that a device is connected to a port of the CPE, creating a corresponding virtual device port operative with a Software Defined Network, SDN, based infrastructure; and transmitting an indication to an SDN controller of the SDN infrastructure, the indication operative to indicate to the SDN controller that a new virtual device port has been created in the CPE's virtual switch, wherein the indication is further operative to facilitate creation of a data tunnel (172, 174) between the CPE's virtual switch and a virtual switch (122, 142) operating at a data center (116, 136) accessible via the Internet.
A method for obtaining conditioned model fish comprising a conditioning phase a), said conditioning phase consisting of at least one session of at least two consecutive trials; each trial comprising the steps of: (a-i) presenting an instruction to the model fish; (a-ii) simultaneously present at least two distinct responses to the model fish of step (a-i) for a duration D ra, said at least two distinct responses comprising at least one response identical to said instruction and at least one response different from said instruction; and (a-iii) detecting the response chosen by the model fish in step (a-ii) among said at least two distinct responses, during said duration D ra, for example by means of sensors; said model fish being conditioned when it chooses at least one of said response(s) identical to said instruction with a predetermined success rate T1 per session. each trial comprising the steps of: (a-i) presenting an instruction to the model fish; (a-ii) simultaneously present at least two distinct responses to the model fish of step (a-i) for a duration D ra, said at least two distinct responses comprising at least one response identical to said instruction and at least one response different from said instruction; and (a-iii) detecting the response chosen by the model fish in step (a-ii) among said at least two distinct responses, during said duration D ra, for example by means of sensors; (a-i) presenting an instruction to the model fish; (a-ii) simultaneously present at least two distinct responses to the model fish of step (a-i) for a duration D ra, said at least two distinct responses comprising at least one response identical to said instruction and at least one response different from said instruction; and (a-iii) detecting the response chosen by the model fish in step (a-ii) among said at least two distinct responses, during said duration D ra, for example by means of sensors; said model fish being conditioned when it chooses at least one of said response(s) identical to said instruction with a predetermined success rate T1 per session.
A pressing machine for plastically deforming a tubular workpiece, in particular a fitting, the pressing machine comprising: press jaws; a drive configured to drive the press jaws to apply a force to the workpiece; a sensor system configured to record a press data set during a pressing operation to automatically identify the press jaws and/or the workpiece; characterized by a controller configured to automatically control the drive adapted to the workpiece and/or the press jaws during the pressing operation based on the recorded press data set to apply an individual pressing force, a storage medium with a database comprising at least one stored press data set for a pressing operation of at least one type of press jaws and/or at least one type of tubular workpieces, wherein the at least one recorded press data set represents a first press curve (K1, K2, K3, K4, K5, K6, K7) and wherein the at least one stored press data set represents a second press curve (K1, K2, K3, K4, K5, K6, K7) and wherein the courses of the first and the second press curve (K1, K2, K3, K4, K5, K6, K7) are checked for agreement and wherein the drive is controlled according to the stored press data set if the first and the second press curve (K1, K2, K3, K4, K5, K6, K7) agree. press jaws; a drive configured to drive the press jaws to apply a force to the workpiece; a sensor system configured to record a press data set during a pressing operation to automatically identify the press jaws and/or the workpiece; characterized by a controller configured to automatically control the drive adapted to the workpiece and/or the press jaws during the pressing operation based on the recorded press data set to apply an individual pressing force, a storage medium with a database comprising at least one stored press data set for a pressing operation of at least one type of press jaws and/or at least one type of tubular workpieces, wherein the at least one recorded press data set represents a first press curve (K1, K2, K3, K4, K5, K6, K7) and wherein the at least one stored press data set represents a second press curve (K1, K2, K3, K4, K5, K6, K7) and wherein the courses of the first and the second press curve (K1, K2, K3, K4, K5, K6, K7) are checked for agreement and wherein the drive is controlled according to the stored press data set if the first and the second press curve (K1, K2, K3, K4, K5, K6, K7) agree.
A pump assembly comprising a vertical pump arranged in a canister, wherein the vertical pump comprises a pump column disposed between a pump head and a pump bowl in an axial direction, wherein a fluid is pumped during operation from a column inlet at the pump bowl to a column outlet at the pump head by means of a pump device arranged in the pump column, wherein the pump column is supported in a stabilizing manner by means of at least two damping arms provided on an outer surface of the pump column, wherein each damping arm has an support end for supporting the respective damping arm on an inner surface of the canister in a radial direction perpendicular to the axial direction and the pump assembly comprises a vibration damper comprising each damping arm, and a holding device being mounted around the pump column and having a shape corresponding to the pump column, wherein each damping arm is mounted to the holding device, the holding device comprising a first retainer and a second retainer, the first retainer and the second retainer being mounted around the pump column, wherein each damping arm is connected to the first retainer and to the second retainer, and wherein each support end is movable independently from the other support end or the other support ends with respect to the axial direction, characterized in that the damping arms are orientated along the axial direction with their support end extending towards the pump head such that each support end is located above the first retainer and the second retainer with respect to the axial direction. wherein the vertical pump comprises a pump column disposed between a pump head and a pump bowl in an axial direction, wherein a fluid is pumped during operation from a column inlet at the pump bowl to a column outlet at the pump head by means of a pump device arranged in the pump column, wherein the pump column is supported in a stabilizing manner by means of at least two damping arms provided on an outer surface of the pump column, wherein each damping arm has an support end for supporting the respective damping arm on an inner surface of the canister in a radial direction perpendicular to the axial direction and the pump assembly comprises a vibration damper comprising each damping arm, and a holding device being mounted around the pump column and having a shape corresponding to the pump column, wherein each damping arm is mounted to the holding device, the holding device comprising a first retainer and a second retainer, the first retainer and the second retainer being mounted around the pump column, wherein each damping arm is connected to the first retainer and to the second retainer, and wherein each support end is movable independently from the other support end or the other support ends with respect to the axial direction, characterized in that the damping arms are orientated along the axial direction with their support end extending towards the pump head such that each support end is located above the first retainer and the second retainer with respect to the axial direction.