mhurhangee/ep-ind-claims huggingface dataset:
A work machine comprising: a work vehicle; a work device coupled to the work vehicle; a control device configured to execute: a first control to control the work device based on a first command from the work vehicle; and a second control to control the work vehicle based on a second command from the work device; and a switching device configured to switch the control device between the first control and the second control, characterized in that: when the switching device is OFF, the control device is configured to execute the first control, and when the switching device is ON, the control device is configured to execute the second control, and the switching device is prevented from switching when a driver is not seated on a seat of the work vehicle. a work vehicle; a work device coupled to the work vehicle; a control device configured to execute: a first control to control the work device based on a first command from the work vehicle; and a second control to control the work vehicle based on a second command from the work device; and a first control to control the work device based on a first command from the work vehicle; and a second control to control the work vehicle based on a second command from the work device; and a switching device configured to switch the control device between the first control and the second control, characterized in that: when the switching device is OFF, the control device is configured to execute the first control, and when the switching device is ON, the control device is configured to execute the second control, and the switching device is prevented from switching when a driver is not seated on a seat of the work vehicle. when the switching device is OFF, the control device is configured to execute the first control, and when the switching device is ON, the control device is configured to execute the second control, and the switching device is prevented from switching when a driver is not seated on a seat of the work vehicle.
A film comprising: (meth)acrylic polymer and polyvinyl acetal resin comprising polymerized units having the following formula wherein R 1 is hydrogen or a C1-C7 alkyl group; wherein the film comprises at least 10 wt-% of polymerized units of monofunctional alkyl (meth)acrylate monomer, wherein the monomer when reacted to form a homopolymer has a glass transition temperature (Tg) of less than 0°C; and wherein the film has a single Tg ranging from 30°C to 60°C wherein the Tg is measured by Differential Scanning Calorimetry according to the test method in the description. (meth)acrylic polymer and polyvinyl acetal resin comprising polymerized units having the following formula wherein R 1 is hydrogen or a C1-C7 alkyl group; wherein the film comprises at least 10 wt-% of polymerized units of monofunctional alkyl (meth)acrylate monomer, wherein the monomer when reacted to form a homopolymer has a glass transition temperature (Tg) of less than 0°C; and wherein the film has a single Tg ranging from 30°C to 60°C wherein the Tg is measured by Differential Scanning Calorimetry according to the test method in the description.
A method for operating a yaw brake device (10, 20, 30, 40, 50, 60) for a wind energy plant comprising a tower and a nacelle that can be azimuthally adjusted with respect to the tower, the yaw brake device comprising a brake disk that is arranged perpendicular to the axis of rotation of the nacelle and has multiple brake calipers that are distributed across the circumference of the brake disk, said brake calipers each having at least two brake pads (15, 16) that can be moved against the brake disk so as to generate a brake force, the total number of brake calipers comprising brake calipers A and brake calipers B, the brake calipers A being provided with brake pads that have a different friction coefficient than the brake pads of the brake calipers B, characterized in that when the brake contact between the brake pads of the brake calipers A and B is released, a superposition of the vibrations of the individual local vibration systems each formed by a brake caliper A and a segment of the brake disk acted on by said brake caliper A and by a brake caliper B and a segment of the brake disk acted on by said brake caliper B occurs.
System for verifying the proper functioning of industrial screwdrivers comprising a test bench, said bench comprising • a plurality of hydraulic brakes, with which a screwdriver is associated, suitably controlled by a hydraulic circuit comprising at least one pump, which withdraws the fluid from a reservoir and provides it to a pressure regulating valve, which in turn provides it to the brakes, • each brake being provided with measuring transducers, connected to an electronic driver board, which also controls such regulating valve, • a computer that communicates with such board and that comprises a suitable driving program stored thereon, • such driving program, once an operator has selected the brake to be used for testing the screwdriver, being able to progressively increase the braking capacity of the brakes by adjusting the pressure, until reaching a complete stop of the electronic screwdriver, • a hydraulic distributor is present between such brakes and the regulating valve, such hydraulic distributor comprising solenoid valves able to select, operate and control the hydraulic pressure of each brake to which it is selectively connected, characterized in that such hydraulic distributor comprises a number of solenoid valves (El...En) corresponding to the number of hydraulic braking devices present (Fl...Fn), the electronic board is configured to enable the solenoid valve associated with the brake selected for the test, such that the hydraulic power flows from the manifold to the only braking device involved in the test, wherein such solenoid valves are normally closed three-way solenoid valves. • a plurality of hydraulic brakes, with which a screwdriver is associated, suitably controlled by a hydraulic circuit comprising at least one pump, which withdraws the fluid from a reservoir and provides it to a pressure regulating valve, which in turn provides it to the brakes, • each brake being provided with measuring transducers, connected to an electronic driver board, which also controls such regulating valve, • a computer that communicates with such board and that comprises a suitable driving program stored thereon, • such driving program, once an operator has selected the brake to be used for testing the screwdriver, being able to progressively increase the braking capacity of the brakes by adjusting the pressure, until reaching a complete stop of the electronic screwdriver, • a hydraulic distributor is present between such brakes and the regulating valve, such hydraulic distributor comprising solenoid valves able to select, operate and control the hydraulic pressure of each brake to which it is selectively connected,
An agricultural harvester having a threshing and separating system and a residue handling system, the residue handling system comprising: a straw beater for receiving material other than grain from the threshing and separating system; a subsequent residue treatment device receiving the material other than grain from the straw beater, the subsequent residue treatment device breaking down larger parts of the material other than grain prior to discharge of the material other than grain from the agricultural harvester; and at least one wind generating system located at an end of the straw beater; characterized in that: the at least one wind generating system is configured to generate and direct a flow of air from the vicinity of the straw beater to the subsequent residue treatment device, and such that said flow of air is directed by said at least one wind generating system and by vanes or nozzles to pass substantially through an upper rearward part of the residue handling system. a straw beater for receiving material other than grain from the threshing and separating system; a subsequent residue treatment device receiving the material other than grain from the straw beater, the subsequent residue treatment device breaking down larger parts of the material other than grain prior to discharge of the material other than grain from the agricultural harvester; and at least one wind generating system located at an end of the straw beater;
A system comprising: a host; a field device (FD1 - FD9); and a wireless mesh network adapted to route wireless messages between the host and the field device (FD1 - FD9), the wireless messages including message sequence information, characterized in that the wireless messages include a function code wherein a receiver of a message detects stale messages based on the message sequence information and rejects the stale messages unless message sequence based acceptance rules are overridden by the function code. a host; a field device (FD1 - FD9); and a wireless mesh network adapted to route wireless messages between the host and the field device (FD1 - FD9), the wireless messages including message sequence information, characterized in that the wireless messages include a function code wherein a receiver of a message detects stale messages based on the message sequence information and rejects the stale messages unless message sequence based acceptance rules are overridden by the function code.
A gas turbine engine comprising: a fan nacelle and a core nacelle arranged to provide a bypass flow path; a compressor section provided within the core nacelle; and a heat exchanger arranged within a duct that is configured to receive bypass flow from the bypass flow path, the duct in fluid communication with the compressor section and configured to pass bleed air through the heat exchanger, characterised in that: a fan is arranged within the duct and is configured to selectively increase a pressure differential across the heat exchanger. a fan nacelle and a core nacelle arranged to provide a bypass flow path; a compressor section provided within the core nacelle; and a heat exchanger arranged within a duct that is configured to receive bypass flow from the bypass flow path, the duct in fluid communication with the compressor section and configured to pass bleed air through the heat exchanger, characterised in that: a fan is arranged within the duct and is configured to selectively increase a pressure differential across the heat exchanger. a fan is arranged within the duct and is configured to selectively increase a pressure differential across the heat exchanger.
A nozzle-receiving assembly comprising: - a housing including a fuel inlet that is configured to receive a first nozzle of a fuel dispenser in order to dispense fuel into a fuel fill pipe coupled to the fuel inlet; - a door moveably secured to the housing, wherein the door is configured to be moved between an open position and a closed position; and - an additive inlet extending from the door, wherein the additive inlet is configured to receive a second nozzle of an additive dispenser to dispense additive into an additive conduit coupled to the additive inlet, characterized in that the additive conduit connects to an additive fill line when the door is in the open position, and wherein the additive conduit is disconnected from the additive fill line when the door is in the closed position. - a housing including a fuel inlet that is configured to receive a first nozzle of a fuel dispenser in order to dispense fuel into a fuel fill pipe coupled to the fuel inlet; - a door moveably secured to the housing, wherein the door is configured to be moved between an open position and a closed position; and - an additive inlet extending from the door, wherein the additive inlet is configured to receive a second nozzle of an additive dispenser to dispense additive into an additive conduit coupled to the additive inlet, characterized in that the additive conduit connects to an additive fill line when the door is in the open position, and wherein the additive conduit is disconnected from the additive fill line when the door is in the closed position.
Domestic appliance apparatus, in particular hob apparatus, with at least one sensor unit (20; 20a; 20b), which has at least one light sensor module (22; 22a; 22b, 23b) and at least one light guiding unit (24a; 24b; 24c), which has at least one optical fibre (26; 26a; 26b, 27b) and which is provided to guide light from a measuring point (30; 30a; 30b) to the light sensor module (22; 22a; 22b, 23b), characterised in that the light guiding unit (24a; 24b; 24c) has at least one light reflection element (32; 32a; 32b).
A vehicle assembly comprising a vehicle body panel and hinge means connecting the vehicle body panel to a vehicle structure, spacing means arranged with the hinge means for maintaining at least a part of the vehicle body panel in a predetermined spacing from the vehicle structure when the hinge means is in a first position, the spacing means being configured to suffer brittle failure and break into two or more discrete parts when a predetermined load is applied thereto; wherein the spacing means is formed from a material configured to suffer brittle fracture when the predetermined load is applied; wherein the spacing means is configured to suffer substantially brittle failure only when a load of greater than 1000N is applied to the vehicle body panel; and wherein the spacing means is formed of a material which is configured to suffer substantially brittle failure over a temperature range of -30 to 70 degrees centigrade when a predetermined load is applied thereto.
Prefabricated element comprising a foundation plate and a wall piece, which is made of individual bricks, in particular natural stones, and which is erected on its upper side, characterised in that the foundation plate is provided with at least one drainage passage, which is spaced apart from the peripheral edge thereof and which passes through the plate preferably from the upper side thereof to the lower side, and that the upper side of the foundation plate is provided with a slope to the inlet of the drainage passage.
Semiconductor arrangement comprising a trench junction barrier Schottky diode (TJBS) comprising an integrated PN diode as a clamping element, wherein the trench junction barrier Schottky diode (TJBS) consists of a combination of Schottky diode and PN diode, wherein the breakdown voltage of the PN diode ( BV_pn) is lower than the breakdown voltage of the Schottky diode ( BV _ schottky), wherein the semiconductor arrangement comprises an n-type epitaxial layer on an n + -type substrate, said epitaxial layer serving as a cathode zone, and wherein in the two-dimensional representation at least two trenches etched into the n-type epitaxial layer are present and the trenches are filled with p-doped Si or poly-Si and form the anode zone of the PN diode, characterized in that the trenches are divided into three regions from top to bottom and are filled with p-doped Si or poly-Si having different doping concentrations, wherein the upper region is filled with heavily doped p-type silicon or p-type polysilicon, the central region is filled with weakly doped p-type silicon or p-type polysilicon and the lower region is filled with heavily doped p + -type silicon or p + -type polysilicon.
Tyre for heavy load vehicle wheels, comprising: - a carcass structure; - a belt structure arranged in a radially outer position with respect to the carcass structure; - a tread band arranged in a radially outer position with respect to said belt structure; wherein said belt structure comprises at least one belt layer comprising a plurality of reinforcing cords inclined with respect to a substantially circumferential direction, said at least one belt layer being a stone-guard layer arranged in the belt structure in a radially outermost position, wherein each reinforcing cord of said plurality of reinforcing cords comprises: - a core made of non-metallic material, and - a plurality of metallic wires, substantially parallel to one another and helically wound around said core with a predetermined winding pitch; wherein said core comprises at least two elongated elements (12a, 12b) twisted on one another or a single elongated element twisted on itself; wherein said metallic wires are arranged around said core so that, in any cross section of the reinforcing cord, they are located at just an angular portion of an ideal circumference that circumscribes the core, each of said metallic wires being parallel to the other metallic wires along said ideal circumference; wherein said reinforcing cord, when subjected to variable loads of between 10% and 40% of the ultimate tensile strength thereof, undergoes an elongation that varies according to a curve having, in a portion of a load-percentage elongation graph corresponding to said variable loads, a linear correlation coefficient lower than about 0.990, the points of said curve being interpolated by a straight line having an angular coefficient lower than about 30. - a carcass structure; - a belt structure arranged in a radially outer position with respect to the carcass structure; - a tread band arranged in a radially outer position with respect to said belt structure; - a core made of non-metallic material, and - a plurality of metallic wires, substantially parallel to one another and helically wound around said core with a predetermined winding pitch;
A method for supporting, by a master evolved NodeB, MeNB, a local gateway, L-GW, in a wireless communication system, wherein the L-GW is co-located with a secondary evolved NodeB, SeNB, in dual connectivity, the method comprising receiving (S100, S210, S400), from the SeNB via a SeNB Addition Request Acknowledge message, an Internet protocol, IP, address of the L-GW; transmitting (S300, S410, S550, S640) the IP address of the L-GW to a mobility management entity, MME; receiving (S310, S420) a correlation identifier, ID, for the L-GW from the MME; and transmitting (S320, S430) the correlation ID for the L-GW to the SeNB. receiving (S100, S210, S400), from the SeNB via a SeNB Addition Request Acknowledge message, an Internet protocol, IP, address of the L-GW; transmitting (S300, S410, S550, S640) the IP address of the L-GW to a mobility management entity, MME; receiving (S310, S420) a correlation identifier, ID, for the L-GW from the MME; and transmitting (S320, S430) the correlation ID for the L-GW to the SeNB.
A method of operating a coordinate positioning apparatus comprising an articulated head having at least one rotational axis and at least one motor, comprising, in any suitable order: loading at least one interchangeable task module onto the articulated head, such that the orientation of the interchangeable task module about the at least one rotational axis can be controlled by the at least one motor; and automatically loading on the articulated head at least one interchangeable task module counterweight stored in a rack located in the coordinate positioning machine's operating volume, in which the at least one interchangeable task module counterweight at least partially counterbalances the weight of the at least one task module on the articulated head about the at least one axis. loading at least one interchangeable task module onto the articulated head, such that the orientation of the interchangeable task module about the at least one rotational axis can be controlled by the at least one motor; and automatically loading on the articulated head at least one interchangeable task module counterweight stored in a rack located in the coordinate positioning machine's operating volume, in which the at least one interchangeable task module counterweight at least partially counterbalances the weight of the at least one task module on the articulated head about the at least one axis.
An aqueous liquid composition comprising a water-based medium containing water, at least one of chitosan and a chitosan derivative, and a polymeric acid, and having a pH of not higher than 4.5, wherein the chitosan derivative is selected from the group consisting of hydroxyalkyl chitosans, carboxyalkyl chitosans, carboxyacyl chitosans, succinyl chitosan, and cationized chitosans.
A hydrophilic biocompatible sustained-release material forming a hydrogel which is injectable into a body cavity comprising an aqueous solution comprising between 20% and 30% (w/w) of Poloxamer 407; characterized in that said material comprises between 0.1% and 0.3% hydroxypropylmethylcellulose (HPMC); between 0% and 1.8% polyethylene glycol, average Mw=400 (PEG-400); an effective amount of a therapeutic agent; and the balance water.
An active roll-over prevention device for a three-wheeled vehicle, said active roll-over prevention device comprises a controller which is adapted to - detect the possibility of an over-roll condition based on at least one of a vehicle load, speed and acceleration from at least one sensor (12, 14, 16); and characterised in that the controller is adapted to - drive a throttle actuator, a steering actuator and a differential actuator to prevent said roll-over condition of said three-wheeled vehicle, wherein the controller regulates the throttle actuator so that the fuel supply to the engine is reduced or stopped to avoid the roll-over condition, wherein the controller regulates the steering actuator to offer more restraining force to move the steering handle or steering wheel by the driver to prevent the roll-over condition, wherein the differential actuator is controlled to selectively distribute input torque to the left or right wheels to avoid the roll-over condition. - detect the possibility of an over-roll condition based on at least one of a vehicle load, speed and acceleration from at least one sensor (12, 14, 16); and characterised in that the controller is adapted to - drive a throttle actuator, a steering actuator and a differential actuator to prevent said roll-over condition of said three-wheeled vehicle, wherein the controller regulates the throttle actuator so that the fuel supply to the engine is reduced or stopped to avoid the roll-over condition, wherein the controller regulates the steering actuator to offer more restraining force to move the steering handle or steering wheel by the driver to prevent the roll-over condition, wherein the differential actuator is controlled to selectively distribute input torque to the left or right wheels to avoid the roll-over condition.
An ultrasonic electronic cigarette atomizer, comprising an ultrasonic atomization sheet, an atomization cotton, a liquid chamber, an air inlet tube, an air outlet channel, and a suction nozzle, wherein the atomization cotton is communicated with the liquid chamber and is in contact with an atomization surface of the ultrasonic atomization sheet, an inlet of the air inlet tube is communicated with the outside, and the air inlet tube, an atomization region of the ultrasonic atomization sheet, the air outlet channel, and the suction nozzle are communicated in sequence, characterized in that an outlet of the air inlet tube is opposite to the atomization region of the ultrasonic atomization sheet, wherein the air inlet tube is a tapered tube and the inner diameter of an air inlet end of the air inlet tube is greater than that of an air outlet end of the air inlet tube.