mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: identifying a location area of a mobile device; transmitting said identified location area of said mobile device to a server; receiving a request from said server to activate a location based services application on said mobile device; and transmitting a message to said mobile device in order to activate said location based services application on said mobile device in response to said request; wherein said identifying of said location area of said mobile device comprises: identifying a Base Transceiver Station serving a cell wherein said mobile device is in communication with said Base Transceiver Station; determining a coverage area of said cell wherein said coverage area identifies said location area of said mobile device; determining whether a signal strength of at least one further Base Transceiver Station serving at least one further cell as measured by said mobile device is above a predetermined threshold; and if the signal strength of at least one further Base Transceiver Station is above a predetermined threshold, then the coverage area further includes the coverage area of the at least one further cell. identifying a location area of a mobile device; transmitting said identified location area of said mobile device to a server; receiving a request from said server to activate a location based services application on said mobile device; and transmitting a message to said mobile device in order to activate said location based services application on said mobile device in response to said request; wherein said identifying of said location area of said mobile device comprises: identifying a Base Transceiver Station serving a cell wherein said mobile device is in communication with said Base Transceiver Station; determining a coverage area of said cell wherein said coverage area identifies said location area of said mobile device; determining whether a signal strength of at least one further Base Transceiver Station serving at least one further cell as measured by said mobile device is above a predetermined threshold; and if the signal strength of at least one further Base Transceiver Station is above a predetermined threshold, then the coverage area further includes the coverage area of the at least one further cell. identifying a Base Transceiver Station serving a cell wherein said mobile device is in communication with said Base Transceiver Station; determining a coverage area of said cell wherein said coverage area identifies said location area of said mobile device; determining whether a signal strength of at least one further Base Transceiver Station serving at least one further cell as measured by said mobile device is above a predetermined threshold; and if the signal strength of at least one further Base Transceiver Station is above a predetermined threshold, then the coverage area further includes the coverage area of the at least one further cell.
A bonding method for bonding a buffer member to an adherend member, the bonding method comprising: an adhesive application step of applying an adhesive to a part of the buffer member to be bonded to the adherend member; a first heating step of performing a preheating process to a part of the adherend member to be bonded to the buffer member; a second heating step of performing a main heating process to the part of the adherend member after the first heating step; and an attachment step of attaching the buffer member to the adherend member after the second heating step. an adhesive application step of applying an adhesive to a part of the buffer member to be bonded to the adherend member; a first heating step of performing a preheating process to a part of the adherend member to be bonded to the buffer member; a second heating step of performing a main heating process to the part of the adherend member after the first heating step; and an attachment step of attaching the buffer member to the adherend member after the second heating step.
Method for cleaning a filter arrangement which has a first fluid connector, a second fluid connector and a filter device which is arranged between the first and second fluid connectors (16, 18) and which has a surface to which contaminants can adhere, the method having the following steps: - connecting the first fluid connector to a blowing chamber which has a gas connector, such that the filter arrangement is, in a vertical direction, arranged at least partially above the blowing chamber, - at least partially filling the blowing chamber with a liquid, wherein the liquid remains in the blowing chamber owing solely to gravitational forces, and - generating a cleaning pulse, in which gas is conducted under pressure via the gas connector into the blowing chamber, and through the liquid contained therein, specifically for a first time duration (Δt 1) which is shorter than 5 seconds, such that a gas-liquid mixture is forced via the first fluid connector through the filter device and out of the second fluid connector, wherein the second fluid connector is open, such that the gas-liquid mixture emerging from the second fluid connector can emerge from the filter device in substantially unimpeded fashion. - connecting the first fluid connector to a blowing chamber which has a gas connector, such that the filter arrangement is, in a vertical direction, arranged at least partially above the blowing chamber, - at least partially filling the blowing chamber with a liquid, wherein the liquid remains in the blowing chamber owing solely to gravitational forces, and - generating a cleaning pulse, in which gas is conducted under pressure via the gas connector into the blowing chamber, and through the liquid contained therein, specifically for a first time duration (Δt 1) which is shorter than 5 seconds, such that a gas-liquid mixture is forced via the first fluid connector through the filter device and out of the second fluid connector, wherein the second fluid connector is open, such that the gas-liquid mixture emerging from the second fluid connector can emerge from the filter device in substantially unimpeded fashion.
Drive unit, comprising a drive motor, a bearing device, a gear housing and a gear element, wherein the drive motor interacts via a drive shaft, which is mounted at multiple points, with the gear element, wherein the drive shaft comprises a first bearing element which is arranged on that side of the drive motor which is opposite the gear element, a second bearing element which is arranged between the drive motor and the gear element, and a third bearing element (20; 20a to 20h) which is arranged on that side of the gear element which faces away from the drive motor, wherein the third bearing element (20; 20a to 20h) is arranged movably in a direction perpendicular to the longitudinal axis of the drive shaft, and wherein the third bearing element (20; 20a to 20h) is accommodated in a receptacle (38; 38a; 66) of the gear housing, wherein the receptacle (38; 38a; 66) for the third bearing element (20; 20a to 20h) in the gear housing is arranged with respect to the drive shaft laterally next to the drive shaft in a partial region in the circumferential direction of the drive shaft, and wherein the third bearing element (20; 20a to 20h) has a contact element (28; 28a to 28h) which is arranged in constant bearing contact with the drive shaft, characterized in that the contact element (28; 28a; 28b; 28d; 28e) interacts with a stop (37; 48; 65) which limits the deflection of the contact element (28; 28a; 28b; 28d; 28e) in a direction running perpendicularly to the longitudinal axis of the of the drive shaft.
A method of fabricating a rim structure out of composite material comprising yarns (12, 14, 24, 26) embedded in a matrix, the method comprising the operations of: • providing a mold having the shape of a body of revolution with an outer circular groove and yarn deflector members (9, 11, 22, 23) uniformly distributed along each side of the groove, each deflector member (9, 11, 22, 23) being movable perpendicularly to the groove, and return means (R9, Rll) that each moves one deflector member (9, 11, 22, 23) away from the groove; • winding zigzag yarns on the deflector members (9, 11, 22, 23) in a pattern that crosses the groove; • winding yarns circularly over the pattern formed by the zigzag yarns so as to bring the central region of the zigzag pattern to the bottom of the groove to form a central wall of the rim corresponding to the bottom of the groove; • engaging a core in the groove, thereby filing said groove at least in part; and • injecting a matrix-forming material between the groove and the core in order to embed the yarns (12, 14, 24, 26) in said material. • providing a mold having the shape of a body of revolution with an outer circular groove and yarn deflector members (9, 11, 22, 23) uniformly distributed along each side of the groove, each deflector member (9, 11, 22, 23) being movable perpendicularly to the groove, and return means (R9, Rll) that each moves one deflector member (9, 11, 22, 23) away from the groove; • winding zigzag yarns on the deflector members (9, 11, 22, 23) in a pattern that crosses the groove; • winding yarns circularly over the pattern formed by the zigzag yarns so as to bring the central region of the zigzag pattern to the bottom of the groove to form a central wall of the rim corresponding to the bottom of the groove; • engaging a core in the groove, thereby filing said groove at least in part; and • injecting a matrix-forming material between the groove and the core in order to embed the yarns (12, 14, 24, 26) in said material.
A microetching agent for copper that is used for surface roughening of copper, the microetching agent is an acidic aqueous solution comprising: an inorganic acid; a cupric ion source; a halide ion source; a sulfate ion source; and a polymer, wherein the polymer is a water-soluble polymer having a weight-average molecular weight of 1000 or more, and is selected from a group consisting of: a polymer having a quaternary ammonium group in a side chain, and a polymer having a repeating unit represented by the following formula: wherein in the formula, R 14 is a hydrogen atom or a chain or cyclic hydrocarbon group optionally having a substituent; m is an integer of 0 to 2; X 12 and X 13 are each independently a single bond or a divalent linking group.
Self-activated orthodontic expander comprising a left frame and a right frame, wherein said left frame and right frame comprise respectively a left body and a right body, each having anchoring means for anchoring them to the teeth of a dental arch, wherein said bodies (1,2) have through holes (10, 20) oriented in a predetermined expansion direction, wherein said frames are slidably mounted along said expansion direction by means of guides inserted into said holes (10, 20) of the bodies (1,2), and wherein elastic means are arranged and acting between said frames, characterized in that said guides are further constrained with each other by a bridge oriented orthogonally to the same guides, wherein the bridge prevents the guides from moving axially independently of one another.
A motorcycle having fuel supply system and comprising a power unit having a crankcase of an internal combustion engine, a fuel injection system mounted to the power unit, a fuel tank, a fuel pump unit by which a fuel in the fuel tank is supplied to the fuel injection system, and a fuel filter device; wherein the fuel filter device is cylindrical in shape; a pressure regulator cylindrical in shape is mounted to an outside portion of the fuel filter device, with its cylinder axis inclined against a cylinder axis of the fuel filter device in a plane along the vehicle width direction; and a fuel pipe is extended from an outlet pipe of the pressure regulator to the fuel injection device in a connecting manner.
Storage holder, destined for placement in a liquid or foam dispenser, comprising a liquid reservoir, a pump and a spacer, wherein the liquid reservoir has an opening, which opening is provided with a plug which plug is provided with an opening, the pump is provided with a pump section and an inlet tube extending from the pump section and having a smaller cross section than the pump section, which inlet tube is fixed into the opening of the plug by a clamping connection, and the spacer is provided with an opening for the inlet tube and at its exterior a means to couple the storage holder to the liquid or foam dispenser, wherein the spacer is positioned between the pump section and the plug to achieve a defined distance between pump section and plug, characterised in that the spacer is fixed into position relative to the plug and relative to the pump only by the clamping connection between inlet tube and plug.
A plasma processing chamber configured to receive a gas, comprising: a first powered electrode configured to receive a workpiece, said first powered electrode having a first electrode area; a power generator operatively coupled to said first powered electrode and configured to communicate power to said first powered electrode; a second electrode disposed above said first powered electrode, said first powered electrode and said second electrode configured to convert said gas to a plasma; a ground extension having a conductive surface adjacent said first powered electrode and surrounding said first powered electrode; a dielectric ring such that said ground extension is separated from said first powered electrode by said dielectric; and at least one confinement ring (166, 168a, 168b) configured to confine said plasma, said at least one confinement ring surrounding said first powered electrode; characterised in that said ground extension is configured to drain charges from the plasma boundaries. a first powered electrode configured to receive a workpiece, said first powered electrode having a first electrode area; a power generator operatively coupled to said first powered electrode and configured to communicate power to said first powered electrode; a second electrode disposed above said first powered electrode, said first powered electrode and said second electrode configured to convert said gas to a plasma; a ground extension having a conductive surface adjacent said first powered electrode and surrounding said first powered electrode; a dielectric ring such that said ground extension is separated from said first powered electrode by said dielectric; and at least one confinement ring (166, 168a, 168b) configured to confine said plasma, said at least one confinement ring surrounding said first powered electrode; characterised in that said ground extension is configured to drain charges from the plasma boundaries.
A piezoelectric element comprising: a first electrode which is formed on a substrate; a piezoelectric layer which is formed on the first electrode, and is formed from a compound oxide having an ABO 3 type perovskite structure in which potassium, sodium (Na), niobium (Nb), and manganese (Mn) are provided; and a second electrode which is formed on the piezoelectric layer, characterized in that, the manganese includes bivalent manganese (Mn 2+), trivalent manganese (Mn 3+), and tetravalent manganese (Mn 4+), and a molar ratio (Mn 2+ / (Mn 3+ +Mn 4+)) of the bivalent manganese to a sum of the trivalent manganese and the tetravalent manganese is equal to or greater than 0.31. a first electrode which is formed on a substrate; a piezoelectric layer which is formed on the first electrode, and is formed from a compound oxide having an ABO 3 type perovskite structure in which potassium, sodium (Na), niobium (Nb), and manganese (Mn) are provided; and a second electrode which is formed on the piezoelectric layer, characterized in that, the manganese includes bivalent manganese (Mn 2+), trivalent manganese (Mn 3+), and tetravalent manganese (Mn 4+), and a molar ratio (Mn 2+ / (Mn 3+ +Mn 4+)) of the bivalent manganese to a sum of the trivalent manganese and the tetravalent manganese is equal to or greater than 0.31.
A method of controlling a permanent magnet rotating machine, the machine including a stator and a rotor situated to rotate relative to the stator, the stator having a plurality of energizable phase windings (14A, 14B, 14C) situated therein, the method comprising: receiving a rotor speed demand signal; generating a rotor speed command in response to the speed demand signal; receiving phase winding' energization feed back; transforming the phase winding energization feed back from a stationary reference frame to a first rotating reference frame rotating at the commanded rotor speed; estimating the actual rotor position; characterized by: transforming the energization feed back from the first rotating reference frame to the second rotating reference frame rotating with the estimated actual rotor position; estimating the actual rotor speed; calculating phase energization commands; and transforming the phase energization commands from the second rotating reference frame to the stationary reference frame. receiving a rotor speed demand signal; generating a rotor speed command in response to the speed demand signal; receiving phase winding' energization feed back; transforming the phase winding energization feed back from a stationary reference frame to a first rotating reference frame rotating at the commanded rotor speed; estimating the actual rotor position; characterized by: transforming the energization feed back from the first rotating reference frame to the second rotating reference frame rotating with the estimated actual rotor position; estimating the actual rotor speed; calculating phase energization commands; and transforming the phase energization commands from the second rotating reference frame to the stationary reference frame. transforming the energization feed back from the first rotating reference frame to the second rotating reference frame rotating with the estimated actual rotor position; estimating the actual rotor speed; calculating phase energization commands; and transforming the phase energization commands from the second rotating reference frame to the stationary reference frame.
An articulated bracelet for use with an external non-invasive fixator for fixing a fracture or soft tissue injury, wherein the bracelet comprises a plurality of elements arranged in a plurality of rows so as to define a plurality of first elements arranged in a first row and a plurality of second elements arranged in a second row which is adjacent the first row, wherein each of said first and second elements (24, 26) comprises complementary linking means (48, 62) to permit direct linking of said adjacent rows of elements together in an interchangeably articulated or fixed relationship, wherein one or more of said plurality of elements comprises means for receiving and engaging at least a portion of a connecting device such that the position of the connecting device can be altered around the bracelet or the limb that it is mounted on.
A pin for use in a process for honing a seat of a nozzle body tip; the pin comprising a elongate main shaft portion and an end portion; wherein the pin comprises at least one shoulder, the or each shoulder being located at a position between the main shaft portion and an end of the end portion remote from the main shaft, characterized in that the pin is provided with flatted sections, wherein the flatted sections are separated by non-flatted sections; wherein the end portion is frustoconical, and wherein the flatted sections each comprise a flat which extends axially partially along the main shaft portion and partially into the end portion; and wherein a maximum diameter of the end portion is less than a maximum diameter of the shaft portion and wherein the at least one shoulder comprises shoulders formed by junctions, at the non-flatted sections, of the main shaft portion and the end portion.
A washing or washing/drying machine comprising: - a frame, - an assembly constrained to said frame by constraining means which allow said assembly to oscillate relative to said frame, said assembly comprising a tub and a rotary drum located inside said tub, and - energy recovery means configured for transforming kinetic energy into electric energy, the energy recovery means comprising a current generator (2,2') configured for transforming the oscillations of the assembly into an electric current, characterized in that the assembly comprises at least one counterweight and the counterweight is positioned on top of the tub and comprises a cavity in which the current generator (2,2') is positioned. - a frame, - an assembly constrained to said frame by constraining means which allow said assembly to oscillate relative to said frame, said assembly comprising a tub and a rotary drum located inside said tub, and - energy recovery means configured for transforming kinetic energy into electric energy, the energy recovery means comprising a current generator (2,2') configured for transforming the oscillations of the assembly into an electric current,
A solid state lighting assembly comprising: a housing configured to hold a solid state lighting module, the housing having a cavity; a wire extending from the cavity to an exterior of the housing; and a strain relief member extending from the exterior of the housing, the strain relief member configured to engage a portion of the wire, characterized in that the solid state lighting assembly includes a contact positioned within the cavity, the contact having a wire end and a mating end, the wire end configured to be coupled to an insertion segment of the wire, and the strain relief member is configured to engage a portion of the wire upstream from the insertion segment of the wire.
A device for dispersing a liquid effluent, said device comprising: - at least one effluent supply pipe; - a plurality of fixed effluent dispersion pipes, each having at least one effluent dispersion opening; - a distribution unit, with an inlet connected to said supply pipe, and at least first and second outlets (29, 31), said distribution unit being arranged so that each outlet (29, 31) is capable of successively feeding each dispersion pipe; - said dispersion device comprising, for each dispersion pipe, a tank for receiving liquid effluent exiting said first and second outlets (29, 31), said reception tank opening into the corresponding dispersion pipe; - said dispersion pipes being fixed and said distribution unit being rotationally mobile relative to said dispersion pipes about a substantially vertical rotation axis; - said reception tanks being distributed around said rotation axis; said distribution unit being capable of adopting a first configuration, in which the first outlet is active and the second outlet is inactive when a flow of effluent received from said supply pipe is below a determined limit, and a second configuration, in which said first and second outlets (29, 31) are both active when the flow of effluent received from said supply pipe is above said determined limit; characterised in that said distribution unit comprises a chamber, said first outlet opening into said chamber at a first level, said second outlet opening into said chamber at a second level higher than said first level. - at least one effluent supply pipe; - a plurality of fixed effluent dispersion pipes, each having at least one effluent dispersion opening; - a distribution unit, with an inlet connected to said supply pipe, and at least first and second outlets (29, 31), said distribution unit being arranged so that each outlet (29, 31) is capable of successively feeding each dispersion pipe; - said dispersion device comprising, for each dispersion pipe, a tank for receiving liquid effluent exiting said first and second outlets (29, 31), said reception tank opening into the corresponding dispersion pipe; - said dispersion pipes being fixed and said distribution unit being rotationally mobile relative to said dispersion pipes about a substantially vertical rotation axis; - said reception tanks being distributed around said rotation axis;