mhurhangee/ep-ind-claims huggingface dataset:
A limited slip differential system, comprising: a differential housing; a differential case that rotates within the differential housing; a differential gear set supported within the differential case and connected to two axle half shafts (50, 52); a friction clutch assembly including a clutch pack positioned within the differential case and axially adjacent the differential gear set; a ball and ramp assembly positioned outside the differential case comprising a reaction member, an actuating ring, and a plurality of balls positioned between the reaction member and actuating ring, wherein the reaction member is positioned within the differential housing; a differential bearing positioned axially between the reaction member and the differential housing and radially outward from the differential case, wherein the differential bearing comprises an inner race, a roller and an outer race; a thrust bearing located within the differential housing and outside the differential case axially adjacent the actuating ring; and a thrust member in direct contact with the thrust bearing, wherein at least a portion of the thrust member extends through the differential case and axially abuts the clutch pack, characterized in that the reaction member is fixed to the differential housing a differential housing; a differential case that rotates within the differential housing; a differential gear set supported within the differential case and connected to two axle half shafts (50, 52); a friction clutch assembly including a clutch pack positioned within the differential case and axially adjacent the differential gear set; a ball and ramp assembly positioned outside the differential case comprising a reaction member, an actuating ring, and a plurality of balls positioned between the reaction member and actuating ring, wherein the reaction member is positioned within the differential housing; a differential bearing positioned axially between the reaction member and the differential housing and radially outward from the differential case, wherein the differential bearing comprises an inner race, a roller and an outer race; a thrust bearing located within the differential housing and outside the differential case axially adjacent the actuating ring; and a thrust member in direct contact with the thrust bearing, wherein at least a portion of the thrust member extends through the differential case and axially abuts the clutch pack, characterized in that the reaction member is fixed to the differential housing
A system of controlling a flush toilet, which toilet includes a first flushing channel and a second flushing channel, the system comprising: a depressurizing valve including an inlet, a first outlet, and a second outlet; the inlet being in use in connection with an inlet pipe fitting; a first water-supply pipe fitting employed to supply water from the first outlet of the depressurizing valve toward the first flushing channel of the flush toilet; a second water-supply pipe fitting applied to supply the water from the second outlet of the depressurizing valve toward the second flushing channel of the flush toilet; a first solenoid valve controlled to start and stop the flushing of the first water-supply pipe fitting; a second solenoid valve controlled to start and stop the flushing of the second water-supply pipe fitting; a water pressure sensor used to sense a water pressure in the depressurizing valve and to transmit a pressure signal; a control unit served to receive a flushing signal started by a user and the pressure signal from the water pressure sensor, such that after receiving the flushing signal, a starting and closing sequence and starting times of the first solenoid valve and the second solenoid valve are controlled based on the pressure signal. a depressurizing valve including an inlet, a first outlet, and a second outlet; the inlet being in use in connection with an inlet pipe fitting; a first water-supply pipe fitting employed to supply water from the first outlet of the depressurizing valve toward the first flushing channel of the flush toilet; a second water-supply pipe fitting applied to supply the water from the second outlet of the depressurizing valve toward the second flushing channel of the flush toilet; a first solenoid valve controlled to start and stop the flushing of the first water-supply pipe fitting; a second solenoid valve controlled to start and stop the flushing of the second water-supply pipe fitting; a water pressure sensor used to sense a water pressure in the depressurizing valve and to transmit a pressure signal; a control unit served to receive a flushing signal started by a user and the pressure signal from the water pressure sensor, such that after receiving the flushing signal, a starting and closing sequence and starting times of the first solenoid valve and the second solenoid valve are controlled based on the pressure signal.
A halogen- and phosphorus-free flame-retardant insulated wire, comprising: a conductor; an insulation layer formed by covering an outer periphery of the conductor with a halogen- and phosphorus-free flame-retardant resin composition comprising, not less than 50wt% with respect to a polymer, a copolymer of ethylene and α-olefin; wherein the insulation layer has a surface roughness value Ra of not more than 1.5μm and allows the wire to pass a vertical flame test in accordance with EN60332-1-2; wherein the halogen- and phosphorus-free flame-retardant resin composition includes ethylene propylene copolymer modified with maleic acid, and not less than 1 part by weight and not more than 20 parts by weight of mineral oil with 100 parts by weight of a base polymer including not less than 5wt% and not more than 30wt% of ethylene-vinyl acetate copolymer that has a vinyl acetate content of not less than 40%, and also includes not less than 100 parts by weight and not more than 250 parts by weight of metal hydroxide and the ethylene-vinyl acetate copolymer has a melt flow rate of not less than 50g/min; and wherein the copolymer of ethylene and α-olefin is polymerized by a metallocene catalyst and is selected from the group consisting of ethylene propylene copolymer, ethylene butene copolymer, and ethylene octene copolymer. a conductor; an insulation layer formed by covering an outer periphery of the conductor with a halogen- and phosphorus-free flame-retardant resin composition comprising, not less than 50wt% with respect to a polymer, a copolymer of ethylene and α-olefin; wherein the insulation layer has a surface roughness value Ra of not more than 1.5μm and allows the wire to pass a vertical flame test in accordance with EN60332-1-2; wherein the halogen- and phosphorus-free flame-retardant resin composition includes ethylene propylene copolymer modified with maleic acid, and not less than 1 part by weight and not more than 20 parts by weight of mineral oil with 100 parts by weight of a base polymer including not less than 5wt% and not more than 30wt% of ethylene-vinyl acetate copolymer that has a vinyl acetate content of not less than 40%, and also includes not less than 100 parts by weight and not more than 250 parts by weight of metal hydroxide and the ethylene-vinyl acetate copolymer has a melt flow rate of not less than 50g/min; and wherein the copolymer of ethylene and α-olefin is polymerized by a metallocene catalyst and is selected from the group consisting of ethylene propylene copolymer, ethylene butene copolymer, and ethylene octene copolymer.
Method for selecting and automatically setting an interior configuration (1a, 1b) of a driver's cab of a commercial vehicle, comprising the steps: a) selecting an interior configuration of the driver's cab from a multiplicity of prespecified interior configurations (1a, 1b), wherein each interior configuration assigns in each case one adjustment position to at least one interior element of the driver's cab, wherein an interior element can be moved from a driving position into at least a living position and vice versa, b) automatically setting the selective interior configuration, wherein the at least one interior element is moved in each case from a previous adjustment position into an adjustment position which is assigned to the selected interior configuration, by means of an adjustment drive which is assigned to the respective interior element and has the purpose of generating the adjustment force which is necessary for the adjustment movement of the respective interior element, wherein a situation of use of the interior of the driver's cab is determined in accordance with signals of a sensor device, and in that the configuration of the interior is selected from the multiplicity of prespecified interior configurations (1a, 1b) on the basis of the determined situation of use, characterized in that the sensor device is designed to sense whether a driver leaves the driver's seat in the direction of the outer area or in the direction of the living area of the driver's cab, and - if it is sensed that the driver leaves the driver's seat in the direction of the outer area, the entry/exit configuration is selected; and - if it is sensed that the driver leaves the driver's seat in the direction of the living area of the driver's cab, one of the non-driving-mode configurations excluding the entry/exit configuration is selected. a) selecting an interior configuration of the driver's cab from a multiplicity of prespecified interior configurations (1a, 1b), wherein each interior configuration assigns in each case one adjustment position to at least one interior element of the driver's cab, wherein an interior element can be moved from a driving position into at least a living position and vice versa, b) automatically setting the selective interior configuration, wherein the at least one interior element is moved in each case from a previous adjustment position into an adjustment position which is assigned to the selected interior configuration, by means of an adjustment drive which is assigned to the respective interior element and has the purpose of generating the adjustment force which is necessary for the adjustment movement of the respective interior element, - if it is sensed that the driver leaves the driver's seat in the direction of the outer area, the entry/exit configuration is selected; and - if it is sensed that the driver leaves the driver's seat in the direction of the living area of the driver's cab, one of the non-driving-mode configurations excluding the entry/exit configuration is selected.
A system for providing a service according to a policy, wherein the system is based on a machine-to-machine, M2M, system architecture; a common service entity, CSE, of the system comprises one common service function, CSF, module that comprises both a policy enforcement PE module and a policy decision, PD, module, or the CSE comprises two CSF modules one of which comprises a PE module and the other one of which comprises a PD module; the PE module and the PD module can communicate with another CSF module in the CSE and an application entity, AE; the PE module can communicate with an underlying network service entity, NSE; and the PE module and the PD module can also communicate with each other, wherein the PE module is configured to receive service request information that is sent by the AE or the NSE, translate policy information comprised in the received service request information to a language that can be supported by the PD module, send the translated policy information to the PD module, acquire a service policy that is determined by the PD module according to the policy information, and provide, according to the service policy, a service that is requested by the service request information; and the PD module is configured to receive the translated policy information that is sent by the PE module, and determine the service policy according to the policy information, wherein the PE module is further configured to send, to the NSE by using an Mcn reference point, service request information that comprises the translated policy information; send, to another CSF by using an Ic reference point, the service policy that is determined by the PD module, wherein the Ic reference point refers to an interface that is used to perform communication between the PE module and the another CSF module; and send, to the PD module by using an Ia reference point, the policy information that is obtained through translation, and acquire, by using the Ia reference point, the service policy that is determined by the PD module, wherein the Ia reference point refers to an interface that is used to perform communication between the PE module and the PD module.
Hinge for hinging a mobile element with respect to a fixed structural element, comprising a central hinging element (13, 113) having a pivoting axis and configured to be attached to said mobile element or to said fixed structural element, and two terminal hinging elements (14, 114; 15, 115) configured to be attached to said fixed structural element if said central hinging element (13, 113) is attached to said mobile element, or to said mobile element if said central hinging element (13, 113) is attached to said fixed structural element, so that said two terminal hinging elements (14, 114; 15, 115) are disposed on reciprocally opposite sides and with play with respect to said central hinging element (13, 113), coaxially to said pivoting axis, characterized in that said central hinging element (13, 113) comprises at least a first cavity in which a first pivoting mean is slidingly disposed, mobile parallel to said pivoting axis between an inactive position in which it is substantially inside said first cavity, and an operating position in which it protrudes operatively from said first cavity so that it can be selectively inserted into a corresponding first guide member of a first of said terminal hinging elements (14, 114), in that said central hinging element (13, 113) also comprises a transverse cavity orthogonal to said pivoting axis housing first adjustment means (17, 18, 19, 20) to selectively adjust the distance of said pivoting axis with respect to the corresponding mobile element or fixed structural element to which, in use, said central hinging element (13, 113) is attached, and in that a second of said terminal hinging elements (15, 115) comprises a second cavity in which a second pivoting mean is slidingly disposed, mobile parallel to said pivoting axis between an inactive position in which it is substantially inside said second cavity, and an operating position in which it protrudes operatively from said second cavity so that it can be selectively inserted into a corresponding second guide member disposed in said central hinging element at the opposite end with respect to said first cavity.
An end-to-end data transmission method, the method is applied in a Device to Device, D2D, communication system and comprises: determining, by a sending terminal, a first time-frequency resource for sending data to a receiving terminal; and sending, by the sending terminal, the data to the receiving terminal on the first time-frequency resource, characterized in that the sending terminal sends data to other receiving terminals while sending the data to the receiving terminal, and the sending terminal sends data to the other receiving terminals in at least one of the following modes: the data sent to at least one of the other receiving terminals is different from the data sent to the receiving terminal, or, the data sent to at least two of the other receiving terminals is different. determining, by a sending terminal, a first time-frequency resource for sending data to a receiving terminal; and sending, by the sending terminal, the data to the receiving terminal on the first time-frequency resource, characterized in that the sending terminal sends data to other receiving terminals while sending the data to the receiving terminal, and the sending terminal sends data to the other receiving terminals in at least one of the following modes: the data sent to at least one of the other receiving terminals is different from the data sent to the receiving terminal, or, the data sent to at least two of the other receiving terminals is different.
A multi-rotor Aerial Vehicle comprising: a frame having at least five arms, wherein the total number of arms is an odd number; a plurality of rotors/propellers (P1, P2, P3, P4, P5-1, P5-2) configured on the at least five arms; wherein only one arm out of the at least five arms incorporates a co-axial pair of contra rotating rotors/propellers (P5-1, P5-2); a control system incorporating an autopilot configured to control operation of the plurality of rotors/propellers (P1, P2, P3, P4, P5-1, P5-2) including their throttle based on operating condition of the Aerial Vehicle and its functional systems to maintain yaw stability, lift stability and tilt stability; wherein, in the event of failure of any one of the plurality of rotors/propellers (P1, P2, P3, P4, P5-1, P5-2), the auto pilot controls operation the plurality of rotors/propellers (P1, P2, P3, P4, P5-1, P5-2) to maintain yaw stability, lift stability and tilt stability. a frame having at least five arms, wherein the total number of arms is an odd number; a plurality of rotors/propellers (P1, P2, P3, P4, P5-1, P5-2) configured on the at least five arms; wherein only one arm out of the at least five arms incorporates a co-axial pair of contra rotating rotors/propellers (P5-1, P5-2); a control system incorporating an autopilot configured to control operation of the plurality of rotors/propellers (P1, P2, P3, P4, P5-1, P5-2) including their throttle based on operating condition of the Aerial Vehicle and its functional systems to maintain yaw stability, lift stability and tilt stability;
A dual-purpose valve assembly for use in a chromatography column, said column having a first adapter adjacent to a first filter, a second adaptor adjacent to a second filter, and a side wall, positioned between the first and second adapters (212; 214) thereby defining a bed space, wherein the first and second adaptors (212; 214) have a central through opening and wherein said assembly comprises: an inlet port which is positioned in the central through opening of the first adaptor of said column, and an outlet port which is positioned on the second adapter of said column; a hollow nozzle, connected to the inlet port, said nozzle having an inside surface and an outside surface, said nozzle passing through the first adaptor and adjacent first filter, said nozzle having an upper set of one or more through holes above the first filter and a lower set of one or more through holes below the first filter, and a closed bottom end; a moveable mechanism (322; 634; 640) that is movable from a first upper position wherein the upper set of one or more through holes on the nozzle are blocked and the lower set of one or more through holes on the nozzle are open and in fluid communication with the bed space, to a second lower position wherein the upper set of one or more through holes on the nozzle are in fluid communication with the bed space via the first filter, and the lower set of one or more through holes on the nozzle are blocked; and one or more sealing means positioned between the first adaptor and the nozzle, the nozzle and the first filter. an inlet port which is positioned in the central through opening of the first adaptor of said column, and an outlet port which is positioned on the second adapter of said column; a hollow nozzle, connected to the inlet port, said nozzle having an inside surface and an outside surface, said nozzle passing through the first adaptor and adjacent first filter, said nozzle having an upper set of one or more through holes above the first filter and a lower set of one or more through holes below the first filter, and a closed bottom end; a moveable mechanism (322; 634; 640) that is movable from a first upper position wherein the upper set of one or more through holes on the nozzle are blocked and the lower set of one or more through holes on the nozzle are open and in fluid communication with the bed space, to a second lower position wherein the upper set of one or more through holes on the nozzle are in fluid communication with the bed space via the first filter, and the lower set of one or more through holes on the nozzle are blocked; and one or more sealing means positioned between the first adaptor and the nozzle, the nozzle and the first filter.
A method for transmitting a Precoding Matrix Indicator, PMI, by a user equipment, UE, in a wireless communication system, the method comprising: determining the PMI using only 4 precoding matrices out of 16 precoding matrices in a codebook, the determining comprising selecting one precoding matrix of the 4 precoding matrices, and the determined PMI indicating the selected one precoding matrix of the 4 precoding matrices; and reporting the PMI to a base station, BS,, wherein the 4 precoding matrices are composed of N column vectors of each of a precoding matrix W0, a precoding matrix W2, a precoding matrix W8 and a precoding matrix W10, where N is 3 or 4 representing a rank indicator, RI, and where W0, W2, W8 and W10 are as follows: W 0 = 1 2 1 1 1 1 1 1 − 1 − 1 1 − 1 1 − 1 1 − 1 − 1 1, W 2 = 1 2 1 − 1 1 − 1 − 1 1 1 − 1 1 1 1 1 − 1 − 1 1 1, W 8 = 1 2 1 1 − 1 − 1 1 1 1 1 − 1 1 1 − 1 − 1 1 − 1 1, and W 10 = 1 2 1 − 1 − 1 1 − 1 1 − 1 1 − 1 − 1 1 1 1 1 1 1. determining the PMI using only 4 precoding matrices out of 16 precoding matrices in a codebook, the determining comprising selecting one precoding matrix of the 4 precoding matrices, and the determined PMI indicating the selected one precoding matrix of the 4 precoding matrices; and reporting the PMI to a base station, BS,, wherein the 4 precoding matrices are composed of N column vectors of each of a precoding matrix W0, a precoding matrix W2, a precoding matrix W8 and a precoding matrix W10, where N is 3 or 4 representing a rank indicator, RI, and where W0, W2, W8 and W10 are as follows: W 0 = 1 2 1 1 1 1 1 1 − 1 − 1 1 − 1 1 − 1 1 − 1 − 1 1, W 2 = 1 2 1 − 1 1 − 1 − 1 1 1 − 1 1 1 1 1 − 1 − 1 1 1, W 8 = 1 2 1 1 − 1 − 1 1 1 1 1 − 1 1 1 − 1 − 1 1 − 1 1, and W 10 = 1 2 1 − 1 − 1 1 − 1 1 − 1 1 − 1 − 1 1 1 1 1 1 1.
Apparatus for disinfecting the hands of a person, having a housing which has a cavity suitable for receiving at least one hand, at least one light source for generating a focussed light radiation in the UV and/or IR range, at least one output device operatively connected to the light source for dispensing the light radiation into the cavity, at least one traversing device for moving the light radiation and at least one control device for controlling the light source and/or the output device and/or the traversing device, wherein the control device is provided for controlling the at least one light source and/or the at least one output device and/or the at least one traversing device in such a way that the intensity and/or dose of the light radiation output to the hands does not exceed a fixed upper limit, characterised in that the control device is provided for adjusting the traversing speed of the traversing device as a function of the fixed upper limit, in that the distance of the at least one hand from the at least one output device can be measured by means of a measuring device, and in that the control device is provided for adjusting the power of the light source as a function of the measured distance.