mhurhangee/ep-ind-claims huggingface dataset:
A rotary screen printing press, comprising: a screen plate formed in a cylindrical shape; screen-plate supporting means for supporting opposite ends of the screen plate in an axial direction; a squeegee; and squeegee supporting means for supporting the squeegee, wherein the squeegee supporting means includes at each of opposite ends of the squeegee in an axial direction a squeegee holding member holding the squeegee, characterized in that the squeegee supporting means further includes at each of opposite ends of the squeegee in an axial direction a supporting plate supported swingably coupled to the screen-plate supporting means, wherein the squeegee holding member is turnably supported on the supporting plate, an eccentric sleeve configured to adjust a position of a center of swinging movement of the supporting plate and move a tip of the squeegee along a tangent line of an impression cylinder at a position where the screen plate and the squeegee contact each other, and a stopper part including a stopper configured to limit swinging movement of the supporting plate, and a contact surface designed to be flush with said tangent line and configured to contact the stopper. a screen plate formed in a cylindrical shape; screen-plate supporting means for supporting opposite ends of the screen plate in an axial direction; a squeegee; and squeegee supporting means for supporting the squeegee, wherein the squeegee supporting means includes at each of opposite ends of the squeegee in an axial direction a squeegee holding member holding the squeegee, characterized in that the squeegee supporting means further includes at each of opposite ends of the squeegee in an axial direction a supporting plate supported swingably coupled to the screen-plate supporting means, wherein the squeegee holding member is turnably supported on the supporting plate, an eccentric sleeve configured to adjust a position of a center of swinging movement of the supporting plate and move a tip of the squeegee along a tangent line of an impression cylinder at a position where the screen plate and the squeegee contact each other, and a stopper part including a stopper configured to limit swinging movement of the supporting plate, and a contact surface designed to be flush with said tangent line and configured to contact the stopper.
A policy and charging rules, PCRF, entity, wherein the PCRF entity comprises: an acquiring unit, a determining unit, a decision unit, and an execution unit, wherein the acquiring unit is configured to acquire a first parameter, and send the first parameter to the determining unit, wherein the first parameter is a performance parameter of quality of service, QoS, of a first service requested by a current user equipment; acquire a second parameter, and send the second parameter to the determining unit, wherein the second parameter is a transmission characteristic parameter that characterizes wired transmission of the first service; and acquire state information of a current service of a base station, and send the state information of the current service of the base station to the determining unit; the determining unit is configured to determine, according to the first parameter, the second parameter, and the state information of the current service of the base station that are acquired by the acquiring unit, whether a condition for guaranteeing QoS of a service is satisfied, wherein the service comprises the first service and the current service of the base station; the decision unit is configured to decide, when the determining unit determines that the condition for guaranteeing the QoS of the service is satisfied, to permit providing the user equipment with the first service having a corresponding QoS guarantee; and the execution unit is configured to execute a first operation when the determining unit determines that the condition for guaranteeing the QoS of the service is not satisfied, characterized in that the execution unit is specifically configured to: send a request message to a server, to request to re-determine the first parameter; acquire a first parameter re-determined by the server; and determine, according to the re-determined first parameter and the second parameter, and with reference to the state information of the current service of the base station, whether the condition for guaranteeing the QoS of the service is satisfied, until it is determined that the condition for guaranteeing the QoS of the service is satisfied; or the execution unit is specifically configured to: reject establishing a connection to the first service. send a request message to a server, to request to re-determine the first parameter; acquire a first parameter re-determined by the server; and determine, according to the re-determined first parameter and the second parameter, and with reference to the state information of the current service of the base station, whether the condition for guaranteeing the QoS of the service is satisfied, until it is determined that the condition for guaranteeing the QoS of the service is satisfied; or the execution unit is specifically configured to: reject establishing a connection to the first service. reject establishing a connection to the first service.
A backpack sprayer, comprising: a housing; a spray nozzle assembly; a fan assembly; and a switch assembly; wherein the housing is configured to contain a liquid; and the spray nozzle assembly is communicated with the housing, and is configured to spray the liquid out from the housing; the fan assembly is connected to the spray nozzle assembly, and is configured to provide the spray nozzle assembly with power to spray the liquid out from the housing; and the switch assembly is connected to the spray nozzle assembly, and is electrically connected to the fan assembly; characterized in that the switch assembly is configured to simultaneously control opening and shutting of the spray nozzle assembly and start and shutdown of the fan assembly, the switch assembly comprises a valve and a switch paddle connected to the valve; the valve is connected to the spray nozzle assembly to open or shut off the spray nozzle assembly; the valve is configured to drive the switch paddle to rotate synchronously with respect to the spray nozzle assembly, so as to allow the switch paddle to open or shutoff the fan assembly. a housing; a spray nozzle assembly; a fan assembly; and a switch assembly; wherein the housing is configured to contain a liquid; and the spray nozzle assembly is communicated with the housing, and is configured to spray the liquid out from the housing; the fan assembly is connected to the spray nozzle assembly, and is configured to provide the spray nozzle assembly with power to spray the liquid out from the housing; and the switch assembly is connected to the spray nozzle assembly, and is electrically connected to the fan assembly; characterized in that the switch assembly is configured to simultaneously control opening and shutting of the spray nozzle assembly and start and shutdown of the fan assembly, the switch assembly comprises a valve and a switch paddle connected to the valve; the valve is connected to the spray nozzle assembly to open or shut off the spray nozzle assembly; the valve is configured to drive the switch paddle to rotate synchronously with respect to the spray nozzle assembly, so as to allow the switch paddle to open or shutoff the fan assembly.
A heat engine comprising a camshaft, a cylinder provided with a yoke, at least one valve (4, 5) movable through an opening of the yoke and controlled by the rotation of the cam shaft via a rod linkage (14, 16, 22), and elastic return means for returning the valve toward a closing position in which the head of the valve is pressed on a seat of the yoke, the heat engine further comprising: - a support secured to the yoke; - a push-piece movable relative to this support between an idle position, in which the push-piece is separated from the rod linkage (14, 16, 22) when the valve (4, 5) is in its closing position, and an active position in which the push-piece pushes the valve back over a predetermined distance against said return means while causing the head of the valve to be lifted relative to the seat; and - slow turning means (28 to 30, 13) to drive the heat engine over at least one full revolution at least at a very slow speed; the heat engine being characterized in that it further comprises means for measuring a property representative of the presence of water in the cylinder during a first slow turn operation of the heat engine. - a support secured to the yoke; - a push-piece movable relative to this support between an idle position, in which the push-piece is separated from the rod linkage (14, 16, 22) when the valve (4, 5) is in its closing position, and an active position in which the push-piece pushes the valve back over a predetermined distance against said return means while causing the head of the valve to be lifted relative to the seat; and - slow turning means (28 to 30, 13) to drive the heat engine over at least one full revolution at least at a very slow speed;
A system for cutting and laying floorboards of a floor covering composed of a plurality of floorboards in a herringbone pattern, the system comprising a floorboard and a cutting and laying aid, wherein the cutting and laying aid is configured as a flat body having a flat body length and a flat body width, wherein a floorboard to be laid has, in relation to the laying plane, a substantially rectangular floorboard upper side delimited by two opposite floorboard end sides and floorboard long sides, respectively, wherein the floorboard end sides are shorter than the floorboard long sides and a floorboard longitudinal axis extends parallel to the floorboard long sides, wherein the herringbone pattern comprises floorboards disposed along a laying axis in at least two laying rows (10, 11), wherein the floorboards of a first laying row are disposed with an angle of the floorboard longitudinal axis to the laying axis of +45° and the floorboards of a second laying row with an angle of the floorboard longitudinal axis to the laying axis of -45° and the floorboards of a respective laying row (10, 11), with respect to a respectively adjacent floorboard of the respective laying row (10, 11), are offset along the floorboard longitudinal axis by one length of the end side in each case, wherein one floorboard long side of a floorboard of a laying row (10, 11) in each case abuts at least partially against a floorboard long side of an adjacent floorboard of the same laying row (10, 11), and a corner of the floorboard upper side of each floorboard lies on the laying axis, characterized in that the flat body width corresponds to the sum of a first characteristic dimension of the floorboard and a first joint width, wherein the first characteristic dimension of the floorboard corresponds to a length of a diagonal extending at an angle of 45° to the floorboard longitudinal axis and across the floorboard upper side.
A device for implementing end-to-end Hardware Message Passing HMP, comprising: a message memory, a controller, a message input interface and a message output interface, wherein the message memory is configured to temporarily store a message; and the controller is configured to perform management on a message in the form of hardware, store a message obtained from the message input interface into the message memory, and read a message from the message memory and transmit the message to a message user via the message output interface, characterized in that the message input interface is directly connected with a message creator and is configured to obtain a message created by the message creator under control of the controller; and in that the message output interface is directly connected with the message user and is configured to provide a message to the message user under the control of the controller, and wherein the message input interface is a master interface or a slave interface, when the message input interface is the master interface, the message input interface actively obtains the message created by the message creator under the control of the controller, and when the message input interface is the slave interface, the message input interface passively obtains the message created by the message creator under the control of the controller; and wherein the message output interface is a master interface or a slave interface, when the message output interface is the master interface, the message output interface actively provides the message to the message user under the control of the controller, and when the message output interface is the slave interface, the message output interface passively provides the message to the message user under the control of the controller.
A wind turbine having condition based monitoring capabilities comprising: a sensor coupled to detect movement of a wind turbine component from a base position and to generate one or more signals indicating the movement; and a control circuit coupled with the sensor to receive the one or more signals indicating the movement, to perform a condition-based monitoring operation based on the one or more signals and to selectively generate an output signal based on the condition-based monitoring operation, characterised in that the condition based monitoring operation comprises rainflow fatigue assessment, and wherein the sensor comprises at least one of: a proximity sensor to detect movement of a main shaft flange, a set of proximity sensors (1110, 1120, 1130) facing the shaft to detect displacement of the shaft with respect to a relatively non-deflecting component, two proximity sensors (310, 340) facing the shaft, and further wherein the two sensors are approximately 90° apart with respect to a cross-sectional axis of the shaft, four proximity sensors (310, 320, 330, 340) facing the shaft, and further wherein the four sensors are approximately 90° apart with respect to the axis of the shaft, and two pairs of proximity sensors facing the shaft, and further wherein the two pairs of sensors are approximately 90° apart with respect to a cross-sectional axis of the shaft. a sensor coupled to detect movement of a wind turbine component from a base position and to generate one or more signals indicating the movement; and a control circuit coupled with the sensor to receive the one or more signals indicating the movement, to perform a condition-based monitoring operation based on the one or more signals and to selectively generate an output signal based on the condition-based monitoring operation, characterised in that the condition based monitoring operation comprises rainflow fatigue assessment, and wherein the sensor comprises at least one of: a proximity sensor to detect movement of a main shaft flange, a set of proximity sensors (1110, 1120, 1130) facing the shaft to detect displacement of the shaft with respect to a relatively non-deflecting component, two proximity sensors (310, 340) facing the shaft, and further wherein the two sensors are approximately 90° apart with respect to a cross-sectional axis of the shaft, four proximity sensors (310, 320, 330, 340) facing the shaft, and further wherein the four sensors are approximately 90° apart with respect to the axis of the shaft, and two pairs of proximity sensors facing the shaft, and further wherein the two pairs of sensors are approximately 90° apart with respect to a cross-sectional axis of the shaft.
A camera module autofocus actuator (10; 60; 90) comprising: - a housing (12; 62; 92), - a movable lens carrier (15; 65; 95) having a protrusion (20; 70; 100) with an apex (21; 71; 101) for lodging a shape memory alloy wire (17; 67; 97), - a shape memory alloy wire (17; 67; 97), - at least four rolling spheres (14; 64; 94, 94'), - a bottom plate (19; 69; 99) - two electric terminals (18; 68, 68'; 98, 98') at a different height with respect to said protrusion apex (21; 71; 101), - a return elastic element (13; 63; 93), and in which camera module autofocus actuator (10; 60; 90): - said bottom plate (19; 69; 99) and said housing (12; 62; 92) are fixed to each other, defining an autofocus main body, - said two electric terminals (18; 68, 68'; 98, 98') are fixed onto said autofocus main body, - said shape memory alloy wire (17; 67; 97) is in contact with the lens carrier protrusion apex (21; 71; 101) so as to exert a force on the movable lens carrier (15; 65; 95) in a direction parallel to the optical axis thereof, and its extremities are locked to the two electric terminals (18; 68, 68'; 98, 98') on the autofocus main body, - the housing (12; 62; 92) and said movable lens carrier (15; 65; 95) are aligned via at least two side channels (100, 100'; 101, 101') defining at least two guide channels containing and holding said rolling spheres (14; 64; 94, 94'), - said return elastic element (13; 63; 93) is mounted between the housing (12; 62; 92) and the lens carrier (15; 65; 95), characterized in that the return elastic element (13; 63; 93) exerts a force on the movable lens carrier (15; 65; 95) only in a direction parallel to the optical axis thereof, opposing the force of the shape memory alloy wire (17; 67; 97) on the movable lens carrier (15; 65; 95). - a housing (12; 62; 92), - a movable lens carrier (15; 65; 95) having a protrusion (20; 70; 100) with an apex (21; 71; 101) for lodging a shape memory alloy wire (17; 67; 97), - a shape memory alloy wire (17; 67; 97), - at least four rolling spheres (14; 64; 94, 94'), - a bottom plate (19; 69; 99) - two electric terminals (18; 68, 68'; 98, 98') at a different height with respect to said protrusion apex (21; 71; 101), - a return elastic element (13; 63; 93), - said bottom plate (19; 69; 99) and said housing (12; 62; 92) are fixed to each other, defining an autofocus main body, - said two electric terminals (18; 68, 68'; 98, 98') are fixed onto said autofocus main body, - said shape memory alloy wire (17; 67; 97) is in contact with the lens carrier protrusion apex (21; 71; 101) so as to exert a force on the movable lens carrier (15; 65; 95) in a direction parallel to the optical axis thereof, and its extremities are locked to the two electric terminals (18; 68, 68'; 98, 98') on the autofocus main body, - the housing (12; 62; 92) and said movable lens carrier (15; 65; 95) are aligned via at least two side channels (100, 100'; 101, 101') defining at least two guide channels containing and holding said rolling spheres (14; 64; 94, 94'), - said return elastic element (13; 63; 93) is mounted between the housing (12; 62; 92) and the lens carrier (15; 65; 95),
A coating composition comprising: at least one polyamideimide resin; at least one aprotic dialkylamide solvent selected from the group consisting of N-acetyl morpholine, diethyl acetamide, di-N-propyl acetamide, N-formyl morpholine, diacetylpiperazine, N,N-diisopropylacetamide, di-N-butylacetamide, di-N-propylacetamide and N-propionyl morpholine; and at least one co-solvent is selected from a group consisting of methyl acetate, n-propyl acetate, t-butyl acetate, iso-butyl acetate, ethyl acetate, isopropyl acetate, methyl lactate, ethyl lactate, n-propyl lactate, isopropyl lactate, n-butyl lactate, isobutyl lactate, t-butyl lactate, cyclohexanone, cyclopentanone, n-butyl acetate, methyl alcohol, ethyl alcohol, isopropyl alcohol, anisol, n-acetyl morpholine, ε-caprolactone and methylcyclohexane. at least one polyamideimide resin; at least one aprotic dialkylamide solvent selected from the group consisting of N-acetyl morpholine, diethyl acetamide, di-N-propyl acetamide, N-formyl morpholine, diacetylpiperazine, N,N-diisopropylacetamide, di-N-butylacetamide, di-N-propylacetamide and N-propionyl morpholine; and at least one co-solvent is selected from a group consisting of methyl acetate, n-propyl acetate, t-butyl acetate, iso-butyl acetate, ethyl acetate, isopropyl acetate, methyl lactate, ethyl lactate, n-propyl lactate, isopropyl lactate, n-butyl lactate, isobutyl lactate, t-butyl lactate, cyclohexanone, cyclopentanone, n-butyl acetate, methyl alcohol, ethyl alcohol, isopropyl alcohol, anisol, n-acetyl morpholine, ε-caprolactone and methylcyclohexane.
Drug containing the salt form Cl2 of copper-64 radioisotope 64Cu, characterised in that said drug copper-64 chloride 64CuCl2 is aimed to a direct use in patients, as a substance employable per se and without bond with other complex molecules, and in that each mL of solution of said drug 64CuCl2 contains 925 MBq of 64Cu at the calibration time of 01h00 a.m. CET, corresponding to at least 0.25 micrograms of said 64Cu.
A gear formed of sintered alloy comprising: spur teeth formed on a circumference of the gear; a central hole on the center of the gear; and a boss formed around the central hole, wherein a peripheral portion is formed radially inner side of the teeth, a thickness of a region between the boss and the peripheral portion being thinner than that of the boss; characterized in: that the peripheral portion is formed on at least one side of the gear and has an axially larger thickness than the teeth, that a stepped portion is provided between an end face of the teeth and a side surface of the peripheral portion, that a clearance amount (δ) between the tooth and the peripheral portion of the gear is limited within a range of 0.1∼0.5 mm and that a width of a stepped portion from the peripheral portion to the tooth tip is set to 1∼2 times the whole depth of the tooth. spur teeth formed on a circumference of the gear; a central hole on the center of the gear; and a boss formed around the central hole, wherein a peripheral portion is formed radially inner side of the teeth, a thickness of a region between the boss and the peripheral portion being thinner than that of the boss; characterized in: that the peripheral portion is formed on at least one side of the gear and has an axially larger thickness than the teeth, that a stepped portion is provided between an end face of the teeth and a side surface of the peripheral portion, that a clearance amount (δ) between the tooth and the peripheral portion of the gear is limited within a range of 0.1∼0.5 mm and that a width of a stepped portion from the peripheral portion to the tooth tip is set to 1∼2 times the whole depth of the tooth.