mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a pneumatic tire including a tread member comprising rib grooves, and a belt member, comprising the steps of: step A of disposing the tread member around the entire outer periphery surface of the belt member, and vulcanizing the belt member and tread member, and characterized by step B of selectively irradiating an electron beam to only a surface region of a side wall part of each rib groove of the vulcanized tread member, step B comprising irradiating with the electron beam so that a 300% modulus at 100°C of an area between a surface of the tread member and 1 mm inclusive from the surface of the tread member in a thickness of the tread member is 1.10 times or more and 2.0 times or less than a 300% modulus at 100 °C of an area between 0.5 mm inclusive from a bottom surface of the tread member and 1.5 mm inclusive from the bottom surface of the tread member in the thickness of the tread member. step A of disposing the tread member around the entire outer periphery surface of the belt member, and vulcanizing the belt member and tread member, and characterized by step B of selectively irradiating an electron beam to only a surface region of a side wall part of each rib groove of the vulcanized tread member, step B comprising irradiating with the electron beam so that a 300% modulus at 100°C of an area between a surface of the tread member and 1 mm inclusive from the surface of the tread member in a thickness of the tread member is 1.10 times or more and 2.0 times or less than a 300% modulus at 100 °C of an area between 0.5 mm inclusive from a bottom surface of the tread member and 1.5 mm inclusive from the bottom surface of the tread member in the thickness of the tread member.
A method for handling a Timer_Poll_Prohibit timer in a Radio Link Control Acknowledged Mode, called RLC AM hereinafter, entity in a wireless communications system, wherein the Timer_Poll_Prohibit timer is started when a first poll is sent out and a second poll is not allowed to send before the Timer_Poll_Prohibit timer expires, characterized by: starting the Timer_Poll_Prohibit timer in the RLC AM entity when the first poll is sent out; performing a re-establishment procedure for the RLC AM entity; and stopping the Timer_Poll_Prohibit timer after the re-establishment of the RLC AM entity. starting the Timer_Poll_Prohibit timer in the RLC AM entity when the first poll is sent out; performing a re-establishment procedure for the RLC AM entity; and stopping the Timer_Poll_Prohibit timer after the re-establishment of the RLC AM entity.
A plasma reactor for processing a workpiece comprising: a chamber having a dielectric window; a workpiece support configured to hold a workpiece in the chamber; a rotary coupling comprising a stationary stage configured to be coupled to a microwave source and a rotatable stage having an axis of rotation; a microwave antenna overlying the dielectric window of the chamber, the microwave antenna including at least one conduit coupled to the rotatable stage; a rotary actuator configured to rotate the microwave antenna; a first vacuum pump coupled to a circular conduit; and a process gas distributor including a gas distribution ring surrounding the workpiece support, the gas distribution ring including a cylindrical chamber liner separating the circular conduit from the chamber and a plurality of apertures extending radially through the liner to connect the conduit to the chamber; wherein the circular conduit comprises a first arc coupled to a process gas supply, a second arc coupled to the first vacuum pump, and a barrier configured to prevent direct fluid flow between the first arc and the second arc. a chamber having a dielectric window; a workpiece support configured to hold a workpiece in the chamber; a rotary coupling comprising a stationary stage configured to be coupled to a microwave source and a rotatable stage having an axis of rotation; a microwave antenna overlying the dielectric window of the chamber, the microwave antenna including at least one conduit coupled to the rotatable stage; a rotary actuator configured to rotate the microwave antenna; a first vacuum pump coupled to a circular conduit; and a process gas distributor including a gas distribution ring surrounding the workpiece support, the gas distribution ring including a cylindrical chamber liner separating the circular conduit from the chamber and a plurality of apertures extending radially through the liner to connect the conduit to the chamber; wherein the circular conduit comprises a first arc coupled to a process gas supply, a second arc coupled to the first vacuum pump, and a barrier configured to prevent direct fluid flow between the first arc and the second arc.
Demolition robot comprising, a power supply system for an electric motor that drives a hydraulic pump in the demolition robot, a DC bus (34, 34') to provide a DC current from an AC source or a first or second DC source (30a, 30b, 30c), means to control and monitor the voltage level (VDCnom) of the DC bus (34, 34') and to supply a pre-determined load current from the DC bus (34, 34') to the electric motor, means (SW1, SW2) to activate the power supply system, wherein the load current (I L) is a DC current and in that the electric motor comprises a DC motor, a voltage regulator arranged between the DC motor 20 and the DC bus 34, 34' and by which the load current (I L) that is supplied to the DC motor can be regulated, a control unit intended to be carried by an operator of the demolition robot for remote control of the demolition robot, characterised in that the load current (I L) that is supplied to the DC motor by the voltage regulator can be regulated manually by the influence of control means, i.e. switches or buttons on the control unit or, automatically through the influence of a current sensor arranged at the voltage regulator or a corresponding electronic regulator that is connected in a manner that transfers signals, and is thus capable of providing feedback, with the voltage regulator of supplying load current (I L). a power supply system for an electric motor that drives a hydraulic pump in the demolition robot, a DC bus (34, 34') to provide a DC current from an AC source or a first or second DC source (30a, 30b, 30c), means to control and monitor the voltage level (VDCnom) of the DC bus (34, 34') and to supply a pre-determined load current from the DC bus (34, 34') to the electric motor, means (SW1, SW2) to activate the power supply system, wherein the load current (I L) is a DC current and in that the electric motor comprises a DC motor, a voltage regulator arranged between the DC motor 20 and the DC bus 34, 34' and by which the load current (I L) that is supplied to the DC motor can be regulated, a control unit intended to be carried by an operator of the demolition robot for remote control of the demolition robot, characterised in that the load current (I L) that is supplied to the DC motor by the voltage regulator can be regulated manually by the influence of control means, i.e. switches or buttons on the control unit or, automatically through the influence of a current sensor arranged at the voltage regulator or a corresponding electronic regulator that is connected in a manner that transfers signals, and is thus capable of providing feedback, with the voltage regulator of supplying load current (I L).
An elevator system comprising: an elevator car; one or more sheaves; and a belt or rope, comprising: a plurality of strands and/or cords, the plurality of strands and/or cords including: one or more baseline strands and/or cords exhibiting a first change in electrical resistance as a function of bending cycles of the belt or rope; and one or more monitoring strands and/or cords exhibiting a second change in electrical resistance as a function of bending cycles of the belt or rope, greater than the first change in electrical resistance; and a coated jacket substantially retaining the plurality of strands and/or cords; wherein the strands and/or cords are formed from a plurality of wires; characterized in that the one or more monitoring strands and/or cords is / are formed from smaller diameter wires than the one or more baseline strands and/or cords, and in further comprising a wear detection unit, wherein the belt or rope is operably connected to the wear detection unit. an elevator car; one or more sheaves; and a belt or rope, comprising: a plurality of strands and/or cords, the plurality of strands and/or cords including: one or more baseline strands and/or cords exhibiting a first change in electrical resistance as a function of bending cycles of the belt or rope; and one or more monitoring strands and/or cords exhibiting a second change in electrical resistance as a function of bending cycles of the belt or rope, greater than the first change in electrical resistance; and a coated jacket substantially retaining the plurality of strands and/or cords; one or more baseline strands and/or cords exhibiting a first change in electrical resistance as a function of bending cycles of the belt or rope; and one or more monitoring strands and/or cords exhibiting a second change in electrical resistance as a function of bending cycles of the belt or rope, greater than the first change in electrical resistance; and a coated jacket substantially retaining the plurality of strands and/or cords; wherein the strands and/or cords are formed from a plurality of wires; characterized in that the one or more monitoring strands and/or cords is / are formed from smaller diameter wires than the one or more baseline strands and/or cords, and in further comprising a wear detection unit, wherein the belt or rope is operably connected to the wear detection unit.
Frame supporting soil-tilling tools, resting on main bearing wheels in constant contact with the ground, and comprising a central boom, a frame body integrated with an end of said boom, a central rear section extending perpendicularly to the longitudinal axis of said central boom and extending from the rear end of said frame body to the rear of said frame in the longitudinal axis of said boom, and being mounted to move relative to said frame body between at least: - a retracted position, in which said central rear section is remote from the rear end of said frame body, and - an advanced position, in which said central rear section is close to the rear end of said frame body, two lateral rear sections integrated with said frame body, and being mounted to move relative to said frame body between at least: - a transport position, in which said lateral rear sections are folded essentially along said boom, and - a work position, in which said lateral rear sections are distanced from said boom and extend on either side of said central rear section essentially in the extension thereof, said main bearing wheels, while remaining in contact with the ground, are movable relative to said frame body between at least: - a lowered position, in which the distance between said frame body and the ground is reduced, the frame thus being in the work position, and - a raised position, in which the distance between said frame body and the ground is increased, the frame thus being in a manoeuvring or transport position, said main bearing wheels moving towards the rear of the frame in order to switch from their lowered position, said frame thus being in the work position, to their raised position, said frame thus being in a manoeuvring or transport position, and vice versa. - a retracted position, in which said central rear section is remote from the rear end of said frame body, and - an advanced position, in which said central rear section is close to the rear end of said frame body, - a transport position, in which said lateral rear sections are folded essentially along said boom, and - a work position, in which said lateral rear sections are distanced from said boom and extend on either side of said central rear section essentially in the extension thereof, - a lowered position, in which the distance between said frame body and the ground is reduced, the frame thus being in the work position, and - a raised position, in which the distance between said frame body and the ground is increased, the frame thus being in a manoeuvring or transport position,
A turbomachine rectifier comprising: - a plurality of stator vanes connecting an inner collar to an outer collar, each of said vanes comprising a blade and a blade-head platform, - an intermediate piece arranged between the inner collar and the outer collar and fastened to the outer collar, said intermediate piece comprising openings for the passage of the vane blades and said vane platforms resting, on one side, on the outer collar and, on the other side, on the intermediate piece, wherein the intermediate piece is in the form of a half-shell intended to integrate a plurality of stator vane stages. - a plurality of stator vanes connecting an inner collar to an outer collar, each of said vanes comprising a blade and a blade-head platform, - an intermediate piece arranged between the inner collar and the outer collar and fastened to the outer collar, said intermediate piece comprising openings for the passage of the vane blades and said vane platforms resting, on one side, on the outer collar and, on the other side, on the intermediate piece, wherein the intermediate piece is in the form of a half-shell intended to integrate a plurality of stator vane stages.
A task support apparatus comprising: a first acquiring unit configured to acquire a plurality of captured images associated with pieces of attribute information from a terminal device configured to associate the captured images with the pieces of attribute information, the pieces of attribute information each including a construction detail and a photographing timing; a second acquiring unit configured to acquire at least an insertion rule and description rules of a document for reporting a construction status; and a generating unit configured to generate image information based on the pieces of attribute information, associated with the plurality of captured images acquired by the first acquiring unit, and the at least the insertion rule acquired by the second acquiring unit, wherein the generating unit is configured to classify the plurality of captured images acquired by the first acquiring unit into groups, in accordance with the insertion rule, characterized in that the generating unit is further configured to further classify, for each specific attribute information, one or more captured images classified into each of the groups, to generate the image information, wherein the specific attribute information comprises room/zone, device and task information. a first acquiring unit configured to acquire a plurality of captured images associated with pieces of attribute information from a terminal device configured to associate the captured images with the pieces of attribute information, the pieces of attribute information each including a construction detail and a photographing timing; a second acquiring unit configured to acquire at least an insertion rule and description rules of a document for reporting a construction status; and a generating unit configured to generate image information based on the pieces of attribute information, associated with the plurality of captured images acquired by the first acquiring unit, and the at least the insertion rule acquired by the second acquiring unit, wherein the generating unit is configured to classify the plurality of captured images acquired by the first acquiring unit into groups, in accordance with the insertion rule, characterized in that the generating unit is further configured to further classify, for each specific attribute information, one or more captured images classified into each of the groups, to generate the image information, classify the plurality of captured images acquired by the first acquiring unit into groups, in accordance with the insertion rule, characterized in that the generating unit is further configured to further classify, for each specific attribute information, one or more captured images classified into each of the groups, to generate the image information, wherein the specific attribute information comprises room/zone, device and task information.
A pharmaceutical composition comprising an ethyl ester of each of EPA and DHA in which the ratio of EPA ethyl ester:DHA ethyl ester is more than 2:1 to not more than 3.4:1 and at least one surface active agent; wherein said at least one surface active agent comprises from 15% (wt/wt) to 31% (wt/wt) polysorbate 80 and from 0.5% (wt/wt) to 5% (wt/wt) Pluronic® F87 [HO(C 2 H 4 O) 64 (C 3 H 6 O) 37 (C 2 H 4 O) 64 H]; wherein said EPA and DHA ethyl esters combined comprise at least 40% (wt/wt) of said composition and wherein said composition is substantially free of active ingredients other than Omega-3 fatty acid esters.
A wireless transceiver network capable of accommodating transfers of a communication device with a wide area network, the wireless transceiver network, comprising: a. a plurality of access points configured to communicate wirelessly with the communication device; and b. a controller coupled to the plurality of access points, the controller comprising: i. a detection module configured to detect the communication device when the communication device is within a first predetermined proximity of any of the plurality of access points; ii. an association module configured to authenticate and associate the communication device with the wireless transceiver network; iii. a wide area network information module configured to receive wide area network servicing base station information servicing the communication device when the communication device enters the wireless transceiver network from the communication device when the communication device enters the wireless transceiver network; and iv. a delivery module configured to, upon the communication device exiting the wireless transceiver network, deliver the wide area network base station information to the wireless communication device. a. a plurality of access points configured to communicate wirelessly with the communication device; and b. a controller coupled to the plurality of access points, the controller comprising: i. a detection module configured to detect the communication device when the communication device is within a first predetermined proximity of any of the plurality of access points; ii. an association module configured to authenticate and associate the communication device with the wireless transceiver network; iii. a wide area network information module configured to receive wide area network servicing base station information servicing the communication device when the communication device enters the wireless transceiver network from the communication device when the communication device enters the wireless transceiver network; and iv. a delivery module configured to, upon the communication device exiting the wireless transceiver network, deliver the wide area network base station information to the wireless communication device. i. a detection module configured to detect the communication device when the communication device is within a first predetermined proximity of any of the plurality of access points; ii. an association module configured to authenticate and associate the communication device with the wireless transceiver network; iii. a wide area network information module configured to receive wide area network servicing base station information servicing the communication device when the communication device enters the wireless transceiver network from the communication device when the communication device enters the wireless transceiver network; and iv. a delivery module configured to, upon the communication device exiting the wireless transceiver network, deliver the wide area network base station information to the wireless communication device.
An electrode for electrical discharge machining, comprising: plural plate discharge portions which are parallel with each other; and a plate support portion to which end portions of the plate discharge portions on a side opposite to tips of the discharge portions are connected; characterized in that the plate discharge portions have a thickness that is increased toward the tips thereof. plural plate discharge portions which are parallel with each other; and a plate support portion to which end portions of the plate discharge portions on a side opposite to tips of the discharge portions are connected; characterized in that the plate discharge portions have a thickness that is increased toward the tips thereof.
An animal chew comprising: a base composition forming said animal chew; and an adhesive composition applied to the surface of said animal chew; and Ascophyllum nodasum applied onto said adhesive composition, wherein said Ascophyllum nodosum is present in an amount of 0.1 % by weight to 5.0 % by weight of the animal chew and said animal chew exhibits a hardness in the range of Shore 70A to Shore 70D as measured by ASTM D2240-05 and a flexural modulus in the range of 344737.86 kPa (50 x 10 3 psi) to 3447378.65 kPa (500 x 10 3 psi) as measured by ASTM D790-10. a base composition forming said animal chew; and an adhesive composition applied to the surface of said animal chew; and Ascophyllum nodasum applied onto said adhesive composition, wherein said Ascophyllum nodosum is present in an amount of 0.1 % by weight to 5.0 % by weight of the animal chew and said animal chew exhibits a hardness in the range of Shore 70A to Shore 70D as measured by ASTM D2240-05 and a flexural modulus in the range of 344737.86 kPa (50 x 10 3 psi) to 3447378.65 kPa (500 x 10 3 psi) as measured by ASTM D790-10.
Method for assisting the take-off of a rotorcraft, said rotorcraft comprising: - a fuselage, - at least one rotor (2, 3) provided with a plurality of blades (21, 31), including at least one lift rotor, - control devices (22, 23, 32) for controlling the pitches of said blades (21, 31) of said at least one rotor (2, 3), and - a landing gear provided with at least three ground contact members (41, 42, 43, 44), each being connected to said fuselage by a connecting member (45, 46, 47; 56, 57, 58, 59), characterised in that said method comprises the following steps: - measuring at least one piece of information relating to the forces to which each ground contact member (41, 42, 43, 44) is subjected during a landing phase, - measuring at least one piece of information relating to said pitches of said blades (21, 31) of said at least one rotor (2, 3) during said landing phase of said rotorcraft, and - automatically controlling said pitches of said blades (21, 31) of said at least one rotor (2, 3) during said take-off phase of said rotorcraft following said landing as a function of said measurements taken during said landing. - a fuselage, - at least one rotor (2, 3) provided with a plurality of blades (21, 31), including at least one lift rotor, - control devices (22, 23, 32) for controlling the pitches of said blades (21, 31) of said at least one rotor (2, 3), and - a landing gear provided with at least three ground contact members (41, 42, 43, 44), each being connected to said fuselage by a connecting member (45, 46, 47; 56, 57, 58, 59), - measuring at least one piece of information relating to the forces to which each ground contact member (41, 42, 43, 44) is subjected during a landing phase, - measuring at least one piece of information relating to said pitches of said blades (21, 31) of said at least one rotor (2, 3) during said landing phase of said rotorcraft, and - automatically controlling said pitches of said blades (21, 31) of said at least one rotor (2, 3) during said take-off phase of said rotorcraft following said landing as a function of said measurements taken during said landing.