mhurhangee/ep-ind-claims huggingface dataset:
A rotor/stator winding device including a plurality of nozzles of a same number as a number of radially disposed teeth of a rotor/stator, the nozzles being radially disposed around a center hole through which the rotor/stator is passed, each nozzle facing a slot between respective teeth, the plurality of the nozzles each configured to simultaneously draw out a respective wire from a plurality of wires to simultaneously wind each wire between predetermined two slots that correspond to a respective one of the nozzles, characterized in that the winding device comprises: a wire drawing and cutting mechanism configured to draw out a wire from a single spool and cut the drawn-out wire at a predetermined length to obtain the plurality of wires; a wire storing mechanism configured to store the plurality wires, wherein the number of the plurality of wires is the same as the number of the plurality of nozzles; and a wire conveyance mechanism configured to hold the plurality of wires simultaneously and convey said plurality of wires from the wire storing mechanism to the plurality of nozzles. a wire drawing and cutting mechanism configured to draw out a wire from a single spool and cut the drawn-out wire at a predetermined length to obtain the plurality of wires; a wire storing mechanism configured to store the plurality wires, wherein the number of the plurality of wires is the same as the number of the plurality of nozzles; and a wire conveyance mechanism configured to hold the plurality of wires simultaneously and convey said plurality of wires from the wire storing mechanism to the plurality of nozzles.
A backlight assembly, comprising: a backplate comprising a first clamping slot (111a, 112a); a frame comprising a frame side wall, the frame being configured for bearing a display panel, and the frame side wall being provided with a second clamping slot therein; and a clamping member comprising a first clamping portion and a second clamping portion, the first clamping portion being provided at the first clamping slot (111a, 112a), the second clamping portion being provided at the second clamping slot, characterized in that the clamping member is an elastic clamping member that further comprises a connecting portion being connected with the first clamping portion and the second clamping portion, respectively, to connect the frame with the backplate together. a backplate comprising a first clamping slot (111a, 112a); a frame comprising a frame side wall, the frame being configured for bearing a display panel, and the frame side wall being provided with a second clamping slot therein; and a clamping member comprising a first clamping portion and a second clamping portion, the first clamping portion being provided at the first clamping slot (111a, 112a), the second clamping portion being provided at the second clamping slot, characterized in that the clamping member is an elastic clamping member that further comprises a connecting portion being connected with the first clamping portion and the second clamping portion, respectively, to connect the frame with the backplate together.
Oscillator for a timepiece, comprising a balance and a hairspring (3; 3'), the balance having a lack of equilibrium, wherein the lack of equilibrium in the balance and the geometry of the hairspring are such that a) the curves (S1-S4; S1'-S4') representing the running of the oscillator owing to the weight of the hairspring as a function of the oscillation amplitude of the balance in at least four vertical positions of the oscillator spaced apart by 90° each pass through the value zero at an oscillation amplitude of the balance between 200° and 240°; b) between the oscillation amplitude of 150° and the oscillation amplitude of 280°, the curves (B1-B4; B1'-B4') representing the running of the oscillator owing to the lack of equilibrium in the balance as a function of the oscillation amplitude of the balance in said vertical positions of the oscillator each have an average slope of opposite sign to the average slope of the corresponding curve among said curves (S1-S4; S1'-S4') representing the running of the oscillator owing to the weight of the hairspring. a) the curves (S1-S4; S1'-S4') representing the running of the oscillator owing to the weight of the hairspring as a function of the oscillation amplitude of the balance in at least four vertical positions of the oscillator spaced apart by 90° each pass through the value zero at an oscillation amplitude of the balance between 200° and 240°; b) between the oscillation amplitude of 150° and the oscillation amplitude of 280°, the curves (B1-B4; B1'-B4') representing the running of the oscillator owing to the lack of equilibrium in the balance as a function of the oscillation amplitude of the balance in said vertical positions of the oscillator each have an average slope of opposite sign to the average slope of the corresponding curve among said curves (S1-S4; S1'-S4') representing the running of the oscillator owing to the weight of the hairspring.
A turbofan comprising: a hub which has a convex-shaped section and fixes a rotating shaft of a driving motor while the driving motor is covered with the hub; a main plate which is integrally provided along a circumferential edge of the hub; a shroud which is disposed apart from the main plate; and an impeller which is formed by a plurality of vanes provided between the shroud and the main plate, wherein each vane includes a recess portion and a curved portion, a shape on a negative-pressure surface side in a section cut in parallel with a surface direction of the main plate being recessed toward a positive-pressure surface side except for a leading edge portion (Ef) which is an inner circumferential side, the curved portion being connected from the recess portion to an end edge of the leading edge portion (Ef) and expanded toward the negative-pressure surface side, and a maximum thickness position of the curved portion is set at a position in a range of 10% to 30% of a vane chord length from a front end of the leading edge portion (Ef), and the leading edge portion (Ef) of the vane from the main plate to the shroud is divided into two curved lines at an inflection point, and, when curvature radii of the respective curved lines are set at a main plate side R1 and a shroud side R2, the following expressions hold: R1>R2, R1=β×R2, and β=5 to 20. a hub which has a convex-shaped section and fixes a rotating shaft of a driving motor while the driving motor is covered with the hub; a main plate which is integrally provided along a circumferential edge of the hub; a shroud which is disposed apart from the main plate; and an impeller which is formed by a plurality of vanes provided between the shroud and the main plate, wherein each vane includes a recess portion and a curved portion, a shape on a negative-pressure surface side in a section cut in parallel with a surface direction of the main plate being recessed toward a positive-pressure surface side except for a leading edge portion (Ef) which is an inner circumferential side, the curved portion being connected from the recess portion to an end edge of the leading edge portion (Ef) and expanded toward the negative-pressure surface side, and a maximum thickness position of the curved portion is set at a position in a range of 10% to 30% of a vane chord length from a front end of the leading edge portion (Ef), and the leading edge portion (Ef) of the vane from the main plate to the shroud is divided into two curved lines at an inflection point, and, when curvature radii of the respective curved lines are set at a main plate side R1 and a shroud side R2, the following expressions hold: R1>R2, R1=β×R2, and β=5 to 20. R1>R2, R1=β×R2, and β=5 to 20.
A method in a network node of a radio telecommunications network for controlling Packet Switched, PS, handover based Circuit Switched Fall Back, CSFB, of a mobile station from an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, serving cell to a target Universal Terrestrial Radio Access Network, UTRAN, cell or a target GSM EDGE Radio Access Network, GERAN, cell in a PS domain, the method comprising the network node executing the steps of: receiving a handover request from a Serving GPRS Support Node, SGSN; identifying a Public Land Mobile Network, PLMN, ID associated with the SGSN responsive to the handover request; identifying a set of a plurality of PLMN IDs transmitted as system information by the target UTRAN cell or the target GERAN cell; generating a PLMN ID index that indicates an association between the PLMN ID associated with the SGSN and one of the PLMN IDs of the set; embedding (308, 900, 1000) the PLMN ID index in a Target to Source Transparent Container carried within a handover command message; and communicating (308, 902) the handover command message toward the mobile station during the PS handover based CSFB. receiving a handover request from a Serving GPRS Support Node, SGSN; identifying a Public Land Mobile Network, PLMN, ID associated with the SGSN responsive to the handover request; identifying a set of a plurality of PLMN IDs transmitted as system information by the target UTRAN cell or the target GERAN cell; generating a PLMN ID index that indicates an association between the PLMN ID associated with the SGSN and one of the PLMN IDs of the set; embedding (308, 900, 1000) the PLMN ID index in a Target to Source Transparent Container carried within a handover command message; and communicating (308, 902) the handover command message toward the mobile station during the PS handover based CSFB.
A battery lower casing, characterized in that, the battery lower casing comprising: a support frame comprising a plurality of fixing beams that are connected end to end to form an accommodating space, wherein each of two fixing beams opposite to each other comprises a fixing portion extending toward the accommodating space, each of the fixing beams comprises fixing tabs at a side of the fixing beam away from the accommodating space, and the battery lower casing is connected to a target object through the fixing tabs; and a bottom plate connected to the fixing beams, wherein a side of the bottom plate of the battery lower casing facing the accommodating space is lower than a surface of the fixing portion carrying weight; characterized in that the support frame further comprises a reinforcing beam disposed in the accommodating space, wherein the reinforcing beam comprises a plurality of fixing rods, and the battery lower casing is also connected to the target object through an end of the fixing rods away from a supporting portion, the reinforcing beam comprises the supporting portion and a hanging portion which are disposed to intersect with each other, wherein the supporting portion is located in a horizontal plane, and the hanging portion is located in a vertical plane, and the fixing rod is disposed to pass through the supporting portion and the hanging portion in a direction away from and perpendicular to a plane of the bottom plate. a support frame comprising a plurality of fixing beams that are connected end to end to form an accommodating space, wherein each of two fixing beams opposite to each other comprises a fixing portion extending toward the accommodating space, each of the fixing beams comprises fixing tabs at a side of the fixing beam away from the accommodating space, and the battery lower casing is connected to a target object through the fixing tabs; and a bottom plate connected to the fixing beams, wherein a side of the bottom plate of the battery lower casing facing the accommodating space is lower than a surface of the fixing portion carrying weight; characterized in that the support frame further comprises a reinforcing beam disposed in the accommodating space, wherein the reinforcing beam comprises a plurality of fixing rods, and the battery lower casing is also connected to the target object through an end of the fixing rods away from a supporting portion, the reinforcing beam comprises the supporting portion and a hanging portion which are disposed to intersect with each other, wherein the supporting portion is located in a horizontal plane, and the hanging portion is located in a vertical plane, and the fixing rod is disposed to pass through the supporting portion and the hanging portion in a direction away from and perpendicular to a plane of the bottom plate.
An atomizing spray nozzle device comprising: plural inlets (518, 520) disposed at a first end of the device along a center axis of the device, the inlets (518, 520) configured to receive different phases of materials used to form a coating; an atomizing zone housing portion fluidly coupled with the inlets (518, 520) and disposed along the center axis of the device, the atomizing zone housing configured to receive the different phases of the materials from the inlets (518, 520), the atomizing zone housing shaped to mix the different phases of the materials into a mixed phase slurry; a plenum housing portion fluidly coupled with the atomizing housing portion along the center axis of the device, the plenum housing portion including an interior plenum that is elongated along the center axis of the device, the plenum configured to receive the mixed phase slurry from the atomizing zone; and delivery nozzles (526, 528, 530) fluidly coupled with the plenum, the delivery nozzles (526, 528, 530) providing outlets from which the mixed phase slurry is delivered onto one or more surfaces of a target object as a coating on the target object; wherein the delivery nozzles (526, 528, 530) are oriented to direct the mixed phase slurry in a direction that is closer to being perpendicular to the center axis than parallel to the center axis, and wherein the delivery nozzles are aligned with each other. plural inlets (518, 520) disposed at a first end of the device along a center axis of the device, the inlets (518, 520) configured to receive different phases of materials used to form a coating; an atomizing zone housing portion fluidly coupled with the inlets (518, 520) and disposed along the center axis of the device, the atomizing zone housing configured to receive the different phases of the materials from the inlets (518, 520), the atomizing zone housing shaped to mix the different phases of the materials into a mixed phase slurry; a plenum housing portion fluidly coupled with the atomizing housing portion along the center axis of the device, the plenum housing portion including an interior plenum that is elongated along the center axis of the device, the plenum configured to receive the mixed phase slurry from the atomizing zone; and delivery nozzles (526, 528, 530) fluidly coupled with the plenum, the delivery nozzles (526, 528, 530) providing outlets from which the mixed phase slurry is delivered onto one or more surfaces of a target object as a coating on the target object; wherein the delivery nozzles (526, 528, 530) are oriented to direct the mixed phase slurry in a direction that is closer to being perpendicular to the center axis than parallel to the center axis, and wherein the delivery nozzles are aligned with each other.
A connection handover method based on near field communication, comprising: acquiring, by a zeroth terminal, idle connection resource information of the zeroth terminal; receiving a request message sent by a first terminal, wherein the request message is used for initiating a connection handover process, or used for notifying the zeroth terminal that a connection handover process needs to be performed; and determining, according to the request message, that the following first determining needs to be performed: determining, according to the idle connection resource information of the zeroth terminal, whether the zeroth terminal has at least one idle connection resource, and if yes, sending a response message to the first terminal, so as to feed back connection configuration information of the zeroth terminal to the first terminal, characterized in that the method further comprises: if the zeroth terminal does not have an idle connection resource, skipping feeding back connection configuration information of the zeroth terminal to the first terminal. acquiring, by a zeroth terminal, idle connection resource information of the zeroth terminal; receiving a request message sent by a first terminal, wherein the request message is used for initiating a connection handover process, or used for notifying the zeroth terminal that a connection handover process needs to be performed; and determining, according to the request message, that the following first determining needs to be performed: determining, according to the idle connection resource information of the zeroth terminal, whether the zeroth terminal has at least one idle connection resource, and if yes, sending a response message to the first terminal, so as to feed back connection configuration information of the zeroth terminal to the first terminal, characterized in that the method further comprises: if the zeroth terminal does not have an idle connection resource, skipping feeding back connection configuration information of the zeroth terminal to the first terminal. determining, according to the idle connection resource information of the zeroth terminal, whether the zeroth terminal has at least one idle connection resource, and if yes, sending a response message to the first terminal, so as to feed back connection configuration information of the zeroth terminal to the first terminal, characterized in that the method further comprises: if the zeroth terminal does not have an idle connection resource, skipping feeding back connection configuration information of the zeroth terminal to the first terminal.
An ice protection system for a rotor blade, the blade having a leading edge along at least a portion of a spanwise length extending between a root portion and a tip portion, the system comprising: an electric spanwise anti-ice heater configured for placement on the leading edge of the blade; a first electric spanwise de-ice heater adjacent the anti-ice heater and having varying chordwise dimensions, the de-ice heater being configured for placement on an upper surface of the blade or a lower surface of the blade; a second electric spanwise de-ice heater having varying chordwise dimensions and configured for placement on an upper surface of the blade or a lower surface of the blade; and electrical connectors for each heater, the connectors being configured for connection near the root portion of the blade to a source of electrical power; wherein the second de-ice heater is adjacent the first de-ice heater, and adjacent edges of the de-ice heaters (63, 65) form an interlocking pattern. an electric spanwise anti-ice heater configured for placement on the leading edge of the blade; a first electric spanwise de-ice heater adjacent the anti-ice heater and having varying chordwise dimensions, the de-ice heater being configured for placement on an upper surface of the blade or a lower surface of the blade; a second electric spanwise de-ice heater having varying chordwise dimensions and configured for placement on an upper surface of the blade or a lower surface of the blade; and electrical connectors for each heater, the connectors being configured for connection near the root portion of the blade to a source of electrical power; wherein the second de-ice heater is adjacent the first de-ice heater, and adjacent edges of the de-ice heaters (63, 65) form an interlocking pattern.
A driving force transmission device, comprising: a motor shaft connected to a motor rotor of a motor; a driving force transmission shaft connected concentrically to the motor shaft, an oil pump sprocket provided on the driving force transmission shaft and operative to rotatably drive an oil pump (O/P), characterized by a resolver rotor disposed on the motor shaft at a position adjacent to the oil pump sprocket and operative to detect a rotational position of the motor; and a cylindrical resolver retainer disposed concentrically on the motor shaft and configured to support fixedly the resolver rotor on the motor shaft, wherein, the resolver retainer includes a stopper having an inner contacting surface forming an axial positioning surface of the resolver rotor by contacting with an end portion of the motor shaft and an outer side end surface opposite to the inner contacting surface forming an axial position limiting surface of the oil pump sprocket. a motor shaft connected to a motor rotor of a motor; a driving force transmission shaft connected concentrically to the motor shaft, an oil pump sprocket provided on the driving force transmission shaft and operative to rotatably drive an oil pump (O/P), characterized by a resolver rotor disposed on the motor shaft at a position adjacent to the oil pump sprocket and operative to detect a rotational position of the motor; and a cylindrical resolver retainer disposed concentrically on the motor shaft and configured to support fixedly the resolver rotor on the motor shaft, wherein, the resolver retainer includes a stopper having an inner contacting surface forming an axial positioning surface of the resolver rotor by contacting with an end portion of the motor shaft and an outer side end surface opposite to the inner contacting surface forming an axial position limiting surface of the oil pump sprocket.
A method implemented with software/computer instructions executed by one or more processors, comprising: pushing, from a host computing device to a server, an inventory identifying executable software on the host computing device; pushing, from the server to the host computing device, a trust status of a software program file identified in the software inventory and updating the local software inventory at the host computing device accordingly; intercepting a network access attempt on the host computing device; determining a software program file associated with the network access attempt; evaluating a first criterion to determine whether the network access attempt is permitted; and blocking the network access attempt if the network access attempt is not permitted, wherein the first criterion includes the trust status of the software program file. pushing, from a host computing device to a server, an inventory identifying executable software on the host computing device; pushing, from the server to the host computing device, a trust status of a software program file identified in the software inventory and updating the local software inventory at the host computing device accordingly; intercepting a network access attempt on the host computing device; determining a software program file associated with the network access attempt; evaluating a first criterion to determine whether the network access attempt is permitted; and blocking the network access attempt if the network access attempt is not permitted, wherein the first criterion includes the trust status of the software program file.