mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the location determination of the involutes of a pre-gear cut workpiece within a gear-cutting machine using a gear-cut tool, wherein the workpiece and/or the tool has/have an asymmetric cylindrical and/or conical gear(s), comprising the following method steps: - generating a first relative movement between the workpiece and the tool, detecting the resulting first contact between a first tooth flank of the tool and a first tooth flank of the workpiece and detecting a first set of coordinates for representing the relative movement of the workpiece and the tool, - generating a second relative movement between the workpiece and the tool, detecting the resulting second contact between a second tooth flank of the tool and a second tooth flank of the workpiec and detecting a second set of coordinates for representing the relative movement of the workpiece and the tool, - determining the angles of rotation, the feeds, the axial distance and the crossed-axes angle of the tool and the workpiece based on the first and second sets of coordinates and calculating the location of the involutes on the basis of the angles of rotation, the feeds, the axial distance and the crossed-axes angle. - generating a first relative movement between the workpiece and the tool, detecting the resulting first contact between a first tooth flank of the tool and a first tooth flank of the workpiece and detecting a first set of coordinates for representing the relative movement of the workpiece and the tool, - generating a second relative movement between the workpiece and the tool, detecting the resulting second contact between a second tooth flank of the tool and a second tooth flank of the workpiec and detecting a second set of coordinates for representing the relative movement of the workpiece and the tool, - determining the angles of rotation, the feeds, the axial distance and the crossed-axes angle of the tool and the workpiece based on the first and second sets of coordinates and calculating the location of the involutes on the basis of the angles of rotation, the feeds, the axial distance and the crossed-axes angle.
A method for checking the tightening tension of at least one fastening bolt for fastening at least two aeronautical parts, comprising the steps consisting in: a) mounting a centring device on a head of a screw of the bolt , this centring device comprising a first orifice aligned with an axis of the screw; b) engaging one end of a sensor in the orifice of the device until that end contacts the head of the screw ; c) checking at least one physical parameter of the bolt by means of said sensor , this parameter being representative of the tightening tension of the bolt; then d) removing the centring device , the method comprising, between the steps a) and b), a step of applying a coupling liquid to the head of the screw , characterized in that an excess of coupling liquid is evacuated through a second orifice of the device in the step b), said second orifice being transverse and opening into said first orifice. a) mounting a centring device on a head of a screw of the bolt , this centring device comprising a first orifice aligned with an axis of the screw; b) engaging one end of a sensor in the orifice of the device until that end contacts the head of the screw ; c) checking at least one physical parameter of the bolt by means of said sensor , this parameter being representative of the tightening tension of the bolt; then d) removing the centring device , the method comprising, between the steps a) and b), a step of applying a coupling liquid to the head of the screw , characterized in that an excess of coupling liquid is evacuated through a second orifice of the device in the step b), said second orifice being transverse and opening into said first orifice.
A synchronization signal block transmission method, comprising: determining, by an access network device, a resource set used for transmission of a synchronization signal block set in a preset time window in a cell using an unlicensed frequency band, wherein the synchronization signal block set comprises a first synchronization signal block and L second synchronization signal blocks, and each synchronization signal block comprised in the synchronization signal block set comprises a primary synchronization signal and a secondary synchronization signal, wherein L ≥ 1; the resource set comprises a plurality of first candidate resources used to transmit the first synchronization signal block and at least L second candidate resources used to transmit the L second synchronization signal blocks; and sending, by the access network device, N second synchronization signal blocks in the L second synchronization signal blocks to the terminal device on N second resources in the at least L second candidate resources based on the CCA result, wherein the N second resources are in a one-to-one correspondence with the N second synchronization signal blocks, wherein 1 ≤ N ≤ L, and a channel on an unlicensed frequency band corresponding to each of the N second resources is in an idle state. determining, by an access network device, a resource set used for transmission of a synchronization signal block set in a preset time window in a cell using an unlicensed frequency band, wherein the synchronization signal block set comprises a first synchronization signal block and L second synchronization signal blocks, and each synchronization signal block comprised in the synchronization signal block set comprises a primary synchronization signal and a secondary synchronization signal, wherein L ≥ 1; the resource set comprises a plurality of first candidate resources used to transmit the first synchronization signal block and at least L second candidate resources used to transmit the L second synchronization signal blocks; and sending, by the access network device, N second synchronization signal blocks in the L second synchronization signal blocks to the terminal device on N second resources in the at least L second candidate resources based on the CCA result, wherein the N second resources are in a one-to-one correspondence with the N second synchronization signal blocks, wherein 1 ≤ N ≤ L, and a channel on an unlicensed frequency band corresponding to each of the N second resources is in an idle state.
A telecommunication device , comprising: a communications interface ; at least one processor ; and at least one computer-readable medium storing instructions executable by the at least one processor to cause the at least one processor to perform operations comprising: receiving a request to allocate a bearer for a terminal to receive a network service via a first access network , wherein the network service is associated with a quality-of-service, QoS, value, QV, and a retention-priority value, RPV ; determining a bearer identifier, ID, , for the network service based at least in part on the QV, the RPV, and a supplemental priority value, SPV ; and sending a reply comprising the bearer identifier, ID, via the communications interface ; wherein: the SPV is different from the QV , the SPV is different from the RPV , and data indicating the QV and the RPV is included in the request . a communications interface ; at least one processor ; and at least one computer-readable medium storing instructions executable by the at least one processor to cause the at least one processor to perform operations comprising: receiving a request to allocate a bearer for a terminal to receive a network service via a first access network , wherein the network service is associated with a quality-of-service, QoS, value, QV, and a retention-priority value, RPV ; determining a bearer identifier, ID, , for the network service based at least in part on the QV, the RPV, and a supplemental priority value, SPV ; and sending a reply comprising the bearer identifier, ID, via the communications interface ; receiving a request to allocate a bearer for a terminal to receive a network service via a first access network , wherein the network service is associated with a quality-of-service, QoS, value, QV, and a retention-priority value, RPV ; determining a bearer identifier, ID, , for the network service based at least in part on the QV, the RPV, and a supplemental priority value, SPV ; and sending a reply comprising the bearer identifier, ID, via the communications interface ; wherein: the SPV is different from the QV , the SPV is different from the RPV , and data indicating the QV and the RPV is included in the request . the SPV is different from the QV , the SPV is different from the RPV , and data indicating the QV and the RPV is included in the request .
An abnormality detecting apparatus for a rotating machine, comprising: a plurality of sensors each of which detects an elastic wave generating in the rotating machine having a rotor during rotation of the rotor , the plurality of sensors being arranged at a plurality of predetermined different locations of the rotating machine ; a calculating part which calculates phase differences between signals respectively output from two sensors of more than one sets, the one or more sets being predetermined combinations of two sensors among the plurality of sensors ; characterized by a storing part which stores in advance information concerning a relationship between a combination of the phase differences and a contact position when a contact occurs during the rotation of the rotor , regarding the sets; and a specifying part which specifies the contact position by using the combination of the phase differences calculated by the calculating part and the information stored in the storing part . a plurality of sensors each of which detects an elastic wave generating in the rotating machine having a rotor during rotation of the rotor , the plurality of sensors being arranged at a plurality of predetermined different locations of the rotating machine ; a calculating part which calculates phase differences between signals respectively output from two sensors of more than one sets, the one or more sets being predetermined combinations of two sensors among the plurality of sensors ; characterized by a storing part which stores in advance information concerning a relationship between a combination of the phase differences and a contact position when a contact occurs during the rotation of the rotor , regarding the sets; and a specifying part which specifies the contact position by using the combination of the phase differences calculated by the calculating part and the information stored in the storing part .
An endless metal ring manufacturing method including: a barrel polishing step (pr5) of polishing an endless metal ring by use of a barrel made of resin; a rolling step (pr7) of rolling the endless metal ring having been washed; a nitriding step of nitriding the rolled endless metal ring ; and a resin removal step (pr6) of removing the resin that has adhered to the endless metal ring , wherein the resin removal step (pr6) is performed after the barrel polishing step (pr5) and before the rolling step (pr7) to prevent the resin from being fixed to a surface of the endless metal ring in the rolling step (pr7), the resin removal step (pr6) includes performing ultrasonic washing while soaking the endless metal ring in a decomposition treatment liquid capable of dissolving and removing the resin to remove the resin. a barrel polishing step (pr5) of polishing an endless metal ring by use of a barrel made of resin; a rolling step (pr7) of rolling the endless metal ring having been washed; a nitriding step of nitriding the rolled endless metal ring ; and a resin removal step (pr6) of removing the resin that has adhered to the endless metal ring , wherein the resin removal step (pr6) is performed after the barrel polishing step (pr5) and before the rolling step (pr7) to prevent the resin from being fixed to a surface of the endless metal ring in the rolling step (pr7), the resin removal step (pr6) includes performing ultrasonic washing while soaking the endless metal ring in a decomposition treatment liquid capable of dissolving and removing the resin to remove the resin.
A method for producing 1,4-dicyanocyclohexane, comprising a step of obtaining a heated concentrate of an aqueous ammonia solution of 1,4-cyclohexanedicarboxylic acid by heating an aqueous ammonia solution of 1,4-cyclohexanedicarboxylic acid to a temperature of 100°C to 170°C and thereby removing at least a part of water therefrom, and a step of obtaining 1,4-dicyanocyclohexane by subjecting the heated concentrate to a cyanation reaction.
A composition comprising two or more mRNAs each encoding a protein or a peptide encapsulated within one or more lipid nanoparticle(s) for use in a method of treating cancer, wherein the method comprises administering the composition to a subject in need thereof, wherein two of the two or more mRNAs encode STING and IL-12, respectively, and wherein the one or more lipid nanoparticle(s) each comprise a cationic lipid, a non-cationic lipid, a cholesterol-based lipid, and a PEG-modified lipid at a molar ratio of 30-60:25-35:20-30:1:15, respectively.
An apparatus, comprising: a memory array having a plurality of memory planes ; a plurality of access line driver circuits , wherein an access line driver circuit of the plurality of access line driver circuits is configured to provide voltages to access lines of a respective memory plane of the plurality of memory planes; a controller coupled to the plurality of access line driver circuits, the controller configured to serially configure the plurality of access line driver circuits for concurrent memory access operations, the controller further configured to concurrently access the plurality of memory planes after serially configuring each of the plurality of access line driver circuits during the concurrent memory access operations; and a plurality of power circuits , wherein each power circuit of the plurality of power circuits is associated with a respective one of the plurality of memory planes and is coupled to a respective one of the plurality of access line driver circuits, and wherein each power circuit of the plurality of power circuits, during the concurrent memory access operations, is configured to provide voltages to the respective one of the plurality of access line driver circuits. a memory array having a plurality of memory planes ; a plurality of access line driver circuits , wherein an access line driver circuit of the plurality of access line driver circuits is configured to provide voltages to access lines of a respective memory plane of the plurality of memory planes; a controller coupled to the plurality of access line driver circuits, the controller configured to serially configure the plurality of access line driver circuits for concurrent memory access operations, the controller further configured to concurrently access the plurality of memory planes after serially configuring each of the plurality of access line driver circuits during the concurrent memory access operations; and a plurality of power circuits , wherein each power circuit of the plurality of power circuits is associated with a respective one of the plurality of memory planes and is coupled to a respective one of the plurality of access line driver circuits, and wherein each power circuit of the plurality of power circuits, during the concurrent memory access operations, is configured to provide voltages to the respective one of the plurality of access line driver circuits.
An electronic device comprising: an exterior member having an electrical conductivity; a circuit board including a ground conductor providing a reference potential and a conductor separated from the ground conductor ; a support member including at least partially an electrically conductive material; and at least one connection member positioned on the circuit board and electrically connected to the conductor , characterized in that the exterior member is electrically connected to the support member through the conductor and the connection member while bypassing the ground conductor . an exterior member having an electrical conductivity; a circuit board including a ground conductor providing a reference potential and a conductor separated from the ground conductor ; a support member including at least partially an electrically conductive material; and at least one connection member positioned on the circuit board and electrically connected to the conductor , characterized in that the exterior member is electrically connected to the support member through the conductor and the connection member while bypassing the ground conductor .
A liner and electrode assembly for a magnetic flowmeter , the assembly comprising: a non-conductive polytetrafluoroethylene (PTFE) liner ; first and second conductive PTFE patch electrodes bonded to the non-conductive PTFE liner to form an integral PTFE tube with inner ends of the conductive PTFE patch electrodes matching an inner surface contour of the non-conductive PTFE liner ; and with outer ends of the conductive PTFE patch electrodes matching an outer surface of the non-conductive PTFE liner , wherein a layer covers outer ends and a portion of the outer surface of liner that surrounds outer ends so that the PTFE patch electrode is not shorted, if the liner and electrode assembly is inserted into a pipe with a conductive inner wall; and characterized in that : each PTFE patch electrode contains a molded threaded insert at the outer end. a non-conductive polytetrafluoroethylene (PTFE) liner ; first and second conductive PTFE patch electrodes bonded to the non-conductive PTFE liner to form an integral PTFE tube with inner ends of the conductive PTFE patch electrodes matching an inner surface contour of the non-conductive PTFE liner ; and with outer ends of the conductive PTFE patch electrodes matching an outer surface of the non-conductive PTFE liner , wherein a layer covers outer ends and a portion of the outer surface of liner that surrounds outer ends so that the PTFE patch electrode is not shorted, if the liner and electrode assembly is inserted into a pipe with a conductive inner wall; and characterized in that : each PTFE patch electrode contains a molded threaded insert at the outer end.
A drug evaluation method using a cell-based assay system to obtain a movement pattern defined by directional movement ability of individual cells constituting a cell population as an index, wherein the cells are neurons derived from induced pluripotent stem cells.
A method of assembling an orthopaedic prosthesis, the method comprising: aligning a femoral trial construct with a surgical instrument that includes a mounting platform and a stabilizer arm , the femoral trial construct comprising a post that defines a first axis and an offset adaptor trial that defines a second axis that is offset from the first axis, positioning the femoral trial construct on the mounting platform, rotating the mounting platform to position the first axis and the second axis in a plane extending vertically through the stabilizer arm, advancing the stabilizer arm along the vertically-extending plane to engage the stabilizer arm with the femoral trial construct, locking the mounting platform to prevent rotation relative to the stabilizer arm, positioning a femoral prosthetic component on the mounting platform after removing the femoral trial construct such that a third axis defined by a proximal post of the femoral prosthetic component is positioned in the plane, positioning a femoral offset adaptor on the proximal post, the femoral offset adaptor including a proximal end that defines a fourth axis that is offset from the third axis, rotating the proximal end of the femoral offset adaptor to position the fourth axis in the vertically-extending plane, and securing the femoral offset adaptor to the femoral prosthetic component with the third axis and the fourth axis positioned in the plane. aligning a femoral trial construct with a surgical instrument that includes a mounting platform and a stabilizer arm , the femoral trial construct comprising a post that defines a first axis and an offset adaptor trial that defines a second axis that is offset from the first axis, positioning the femoral trial construct on the mounting platform, rotating the mounting platform to position the first axis and the second axis in a plane extending vertically through the stabilizer arm, advancing the stabilizer arm along the vertically-extending plane to engage the stabilizer arm with the femoral trial construct, locking the mounting platform to prevent rotation relative to the stabilizer arm, positioning a femoral prosthetic component on the mounting platform after removing the femoral trial construct such that a third axis defined by a proximal post of the femoral prosthetic component is positioned in the plane, positioning a femoral offset adaptor on the proximal post, the femoral offset adaptor including a proximal end that defines a fourth axis that is offset from the third axis, rotating the proximal end of the femoral offset adaptor to position the fourth axis in the vertically-extending plane, and securing the femoral offset adaptor to the femoral prosthetic component with the third axis and the fourth axis positioned in the plane.
A device for cleaning fiber flocks supplied in a conveying air stream , comprising an inlet and an outlet , a single cleaning roller which has a longitudinal axis and is equipped with beater elements , and comprising a grate arranged beneath the cleaning roller and comprising a housing , wherein the housing is provided above the cleaning roller with guide elements forming the transition chambers for deflection of the conveying air stream in a spiral arrangement around the cleaning roller , wherein as seen in the direction of the longitudinal axis , the inlet is arranged centrally relative to the cleaning roller , characterized in that a first outlet opening in the area of a first end of the cleaning roller and a second outlet opening in the area of a second end of the cleaning roller are provided in the housing , wherein the first outlet opening and the second outlet opening are combined with a transport line to form an outlet , and that the guide elements are designed or arranged in such a way that the conveying air stream guiding the fiber flocks can be divided into a first and a second partial amount , and the partial amounts are guided to the respective outlets in opposite directions from one another through the transition chambers in the direction of the longitudinal axis .
A circuit-switched, CS, paging processing method, comprising: receiving , by a mobility management entity, MME, a paging request message from a mobile switching center, MSC, server which a called User Equipment, UE, is registered to; and sending , by the MME, a paging notification message to the called UE when the called UE is connected according to the status recorded in the context of the called UE, and returning a called-UE paging status message to the MSC server when the called UE is connected according to the status recorded in the context of the called UE without the MME receiving a service request from the called UE; and receiving , by the MME, the service request message from the called UE in response to the paging notification message. receiving , by a mobility management entity, MME, a paging request message from a mobile switching center, MSC, server which a called User Equipment, UE, is registered to; and sending , by the MME, a paging notification message to the called UE when the called UE is connected according to the status recorded in the context of the called UE, and returning a called-UE paging status message to the MSC server when the called UE is connected according to the status recorded in the context of the called UE without the MME receiving a service request from the called UE; and receiving , by the MME, the service request message from the called UE in response to the paging notification message.