mhurhangee/patent-ind-claim-en huggingface dataset:
Method for grinding a toothing or a profile of a workpiece by means of a grinding tool in a grinding machine, wherein the grinding tool is received on a tool spindle and the tool spindle is rotated by means of a first drive motor, wherein the workpiece is received on a workpiece spindle and the workpiece spindle is rotated by means of a second drive motor, wherein at least during the engagement of the grinding tool in the toothing to be ground or in the profile to be ground, a first and a second machine parameter (PS, PW) are measured and both measured machine parameters (PS, PW) or a variable (A) derived from the machine parameter (PS, PW) are compared with a predetermined stored value, wherein a signal is output if at least one of the machine parameters (PS, PW) or the variable (A) derived therefrom, taking into account a tolerance band, exceeds or falls below the predetermined stored value, characterized in that at least one of the machine parameters (PS, PW) or the variable (A) derived from this machine parameter (PS, PW) contains periodic signal components, wherein these signal components are broken down into the individual frequency components by a frequency analysis and the frequency components being used for comparison with regard to their frequency and/or their amplitude. wherein the grinding tool is received on a tool spindle and the tool spindle is rotated by means of a first drive motor, wherein the workpiece is received on a workpiece spindle and the workpiece spindle is rotated by means of a second drive motor, wherein at least during the engagement of the grinding tool in the toothing to be ground or in the profile to be ground, a first and a second machine parameter (PS, PW) are measured and both measured machine parameters (PS, PW) or a variable (A) derived from the machine parameter (PS, PW) are compared with a predetermined stored value, wherein a signal is output if at least one of the machine parameters (PS, PW) or the variable (A) derived therefrom, taking into account a tolerance band, exceeds or falls below the predetermined stored value, characterized in that at least one of the machine parameters (PS, PW) or the variable (A) derived from this machine parameter (PS, PW) contains periodic signal components, wherein these signal components are broken down into the individual frequency components by a frequency analysis and the frequency components being used for comparison with regard to their frequency and/or their amplitude.
A sulfur-modified chloroprene rubber comprising a functional group A represented by General Formula (A) below and positioned at a molecular terminal, wherein a mass ratio B/A of a content of a functional group B represented by General Formula (B) below and positioned at a molecular terminal with respect to a content of the functional group A is 6.00 or less, and a total amount of the functional group A and the functional group B is 0.10 to 0.60% by mass, (In the formula, R a1 and R a2 each independently represent a hydrogen atom, a halogen atom, a hydroxy group, an alkoxy group, a carboxy group, a carboxylate group, a cyano group, an alkyl group which may have a substituent, or an arylthio group which may have a substituent, and R a1 and R a2 may bond with each other to form a ring which may have a substituent) (In the formula, R b represents a hydrogen atom or an alkyl group having 1 to 4 carbon atoms which may have a substituent) wherein the sulfur-modified chloroprene rubber is obtained by a method comprising: a step of subjecting chloroprene to emulsion polymerization in the presence of sulfur to obtain a polymer; and a mixing step of mixing the polymer and an imidazole, wherein, in the mixing step, the polymer, an imidazole, and an alkylxanthogen disulfide are mixed. a mass ratio B/A of a content of a functional group B represented by General Formula (B) below and positioned at a molecular terminal with respect to a content of the functional group A is 6.00 or less, and a total amount of the functional group A and the functional group B is 0.10 to 0.60% by mass, (In the formula, R a1 and R a2 each independently represent a hydrogen atom, a halogen atom, a hydroxy group, an alkoxy group, a carboxy group, a carboxylate group, a cyano group, an alkyl group which may have a substituent, or an arylthio group which may have a substituent, and R a1 and R a2 may bond with each other to form a ring which may have a substituent) (In the formula, R b represents a hydrogen atom or an alkyl group having 1 to 4 carbon atoms which may have a substituent) wherein the sulfur-modified chloroprene rubber is obtained by a method comprising: a step of subjecting chloroprene to emulsion polymerization in the presence of sulfur to obtain a polymer; and a mixing step of mixing the polymer and an imidazole, wherein, in the mixing step, the polymer, an imidazole, and an alkylxanthogen disulfide are mixed. a step of subjecting chloroprene to emulsion polymerization in the presence of sulfur to obtain a polymer; and a mixing step of mixing the polymer and an imidazole, wherein, in the mixing step, the polymer, an imidazole, and an alkylxanthogen disulfide are mixed.
A payment application isolation method, wherein the method is applied to a terminal and comprises: obtaining (S101) a payment application that is selected by a user and that is to be added to an isolation area, wherein the payment application includes attribute information of being addable to a first isolation area or a second isolation area; and if the to-be-added payment application includes attribute information of being addable to a first isolation area, adding (S102) the to-be-added payment application to the first isolation area; or if the to-be-added payment application includes attribute information of being addable to a second isolation area, adding (SI03) the to-be-added payment application to the second isolation area, wherein a payment application added to the first isolation area is invocable by a trusted application installed outside the first isolation area, and a payment application added to the second isolation area is completely isolated from an application installed outside the second isolation area. obtaining (S101) a payment application that is selected by a user and that is to be added to an isolation area, wherein the payment application includes attribute information of being addable to a first isolation area or a second isolation area; and if the to-be-added payment application includes attribute information of being addable to a first isolation area, adding (S102) the to-be-added payment application to the first isolation area; or if the to-be-added payment application includes attribute information of being addable to a second isolation area, adding (SI03) the to-be-added payment application to the second isolation area, wherein a payment application added to the first isolation area is invocable by a trusted application installed outside the first isolation area, and a payment application added to the second isolation area is completely isolated from an application installed outside the second isolation area.
A grain elevator , comprising: a grain transport member to transport grain ; a driving member to move the grain transport member , the driving member including a roller chain ; a first tension sensor to sense a first tension in the driving member ; and a weight determiner to estimate a weight of the grain based on the first tension, characterized in that the first tension sensor includes a force sensing pin having a sensor to sense the first tension, the force sensing pin coupled between two links of the roller chain , or that the first tension sensor includes a strain gauge having a sensor to sense the first tension, the strain gauge coupled between two links of the roller chain . a grain transport member to transport grain ; a driving member to move the grain transport member , the driving member including a roller chain ; a first tension sensor to sense a first tension in the driving member ; and a weight determiner to estimate a weight of the grain based on the first tension, characterized in that the first tension sensor includes a force sensing pin having a sensor to sense the first tension, the force sensing pin coupled between two links of the roller chain , or that the first tension sensor includes a strain gauge having a sensor to sense the first tension, the strain gauge coupled between two links of the roller chain .
A method performed at a user equipment, UE, device , in association with a conditional handover between a source base station, SBS , and a target base station, TBS , in a wireless network, the method comprising: receiving, from the SBS , measurement configuration information, the measurement configuration information indicating a first threshold associated with a measurement event related to the TBS , wherein the first threshold is for triggering measurement reporting; comparing a measurement associated with the measurement event to the first threshold; in response to the comparison, transmitting, to the SBS , a measurement report; and; receiving, from the SBS, radio resource control, RRC signaling, the RRC signaling including a conditional handover command for handover from the SBS to the TBS , the conditional handover command indicating a second threshold for the measurement event, wherein the conditional handover command is based on a handover acknowledgement from the TBS responsive to a conditional handover request from the SBS to the TBS . receiving, from the SBS , measurement configuration information, the measurement configuration information indicating a first threshold associated with a measurement event related to the TBS , wherein the first threshold is for triggering measurement reporting; comparing a measurement associated with the measurement event to the first threshold; in response to the comparison, transmitting, to the SBS , a measurement report; and; receiving, from the SBS, radio resource control, RRC signaling, the RRC signaling including a conditional handover command for handover from the SBS to the TBS , the conditional handover command indicating a second threshold for the measurement event, wherein the conditional handover command is based on a handover acknowledgement from the TBS responsive to a conditional handover request from the SBS to the TBS .
Sound transducer for an ultrasound sensor, having a functional group , wherein the functional group comprises a diaphragm pot and at least two electroacoustic transducer elements , and a housing , wherein the diaphragm pot has a vibratory diaphragm and a wall , wherein the transducer elements (3', 3") are designed to excite the diaphragm to vibrate and/or to convert vibrations of the diaphragm into electrical signals and wherein at least the diaphragm pot is formed from a plastic material, wherein the at least two transducer elements (3', 3") are integrated into the vibratory diaphragm and wherein the transducer elements (3', 3") each have an electrically active polymer, characterized in that at least one transducer element is of disc-like design and has a first surface and a second surface opposite the first surface , wherein this transducer element is integrated into the diaphragm in such a way that the second surface is exposed in the direction of the interior of the diaphragm pot and wherein at least one further transducer element (3") is of substantially disc-like design and has a first surface and a second surface opposite the first surface , wherein this further transducer element (3") is integrated into the diaphragm in such a way that the first surface is exposed in the emission direction of the diaphragm pot .
Vehicle equipment device of the passenger compartment having an adjustment device, which can be moved between at least one first position and a second position to actuate the adjustment device of the vehicle equipment device by means of an actuating device , having an actuating element which can be moved between an unactuated position and an actuated position relative to a housing in opposing adjustment directions (y1, y2) and is loaded into the unactuated position by means of a reset device, wherein an element of the vehicle equipment device that interacts with the actuating element can be displaced with the actuating element, characterised in that the reset device comprises at least one spring designed as a spiral spring, having an outer end region and an inner end region , and the spring is arranged in a spiral-shape around a central axis (m) designed parallel to the adjustment directions (y1, y2) and inside a plane (E1) designed at an approximate right-angle to the central axis (m), wherein the spring deflection occurs in the adjustment direction parallel to the central axis (m) due to a relative movement of the inner end region relative to the outer end region .
An impeller comprising: a disk section comprising a tube section having a tube shape, into which a rotary shaft rotated around an axis (O) is inserted, and a disk main body section extending from the tube section toward the outside in the radial direction of the rotary shaft , and a blade section protruding from the disk main body section in an axial direction, wherein the disk section comprises a hoop stress suppression section being formed so as to extend the tube section toward one side in the axial direction relative to the disk main body section , wherein the hoop stress suppression section is formed so that the thickness (T1) in the radial direction is thicker than the thickness of the tube section located closer to the other side in the axial direction than the disk main body section , characterized in that from the disk main body section toward the one side in the axial direction, the thickness (T1) of the hoop stress suppression section gradually decreases from the outside in the radial direction of the disk section toward the inside therein, and wherein the hoop stress suppression section is a portion formed closer to the one side in the axial direction than a position (C-C) of the disk main body section which is closest to the one side in the axial direction ; and wherein the hoop stress suppression section comprises a side surface in the axial direction, the side surface having a curved surface with a concave shape. a disk section comprising a tube section having a tube shape, into which a rotary shaft rotated around an axis (O) is inserted, and a disk main body section extending from the tube section toward the outside in the radial direction of the rotary shaft , and a blade section protruding from the disk main body section in an axial direction, wherein the disk section comprises a hoop stress suppression section being formed so as to extend the tube section toward one side in the axial direction relative to the disk main body section , wherein the hoop stress suppression section is formed so that the thickness (T1) in the radial direction is thicker than the thickness of the tube section located closer to the other side in the axial direction than the disk main body section , characterized in that from the disk main body section toward the one side in the axial direction, the thickness (T1) of the hoop stress suppression section gradually decreases from the outside in the radial direction of the disk section toward the inside therein, and wherein the hoop stress suppression section is a portion formed closer to the one side in the axial direction than a position (C-C) of the disk main body section which is closest to the one side in the axial direction ; and wherein the hoop stress suppression section comprises a side surface in the axial direction, the side surface having a curved surface with a concave shape.
A descender device for enabling a controlled descent along a tether , the device comprising a frame having a front and rear side , the frame comprising a first and second aperture disposed therein for receiving a tether , the first and second aperture extending between the front and rear side of the frame , the tether being arranged to pass between the first and second apertures substantially parallel to a longitudinal axis of the frame , the device further comprising a control bar disposed within the second aperture , the control bar extending across the second aperture and constrained to move in a plane of the second aperture , substantially transverse to a longitudinal axis of the bar , wherein in use, the tether is arranged to loop around the control bar within the second aperture and the free ends of the tether are arranged to extend out from the first aperture , away from the front side of the frame , characterised in that , the descender device further comprises a control member for limiting the extend to which the control bar can slide along the second aperture , the control member being slidably coupled to the frame and the control member further comprises a substantially planar body which extends across the rear side of the frame and a pair of elongate slots formed within the body , which extend substantially parallel to each other and to side walls of the control member, along a portion of the length of the body wherein; the control member is arranged to partially shroud the second aperture at the rear side thereof and the length of the slots are chosen so that the separation of the control bar from a proximal end of the second aperture is limited by a proximal end of the body of the control member so that the control member is arranged to limit the extent to which the control bar can slide toward the distal end of the second aperture .
A system for compensating reactive power, the system comprising: a reactive power compensation unit configured to compensate reactive power; an impedance measurement unit configured to measure an impedance value of each of a plurality of loads; and a control unit configured to monitor an impedance change amount according to a loading state of each of the plurality of loads or according to an environmental change, characterised in that the control unit is further configured to determine an optimal control mode based on the monitored impedance change amount, and generate a control signal to compensate reactive power according to the determined optimal control mode, wherein the optimal control mode is one of a voltage control mode, a reactive power control mode, a flicker compensation mode, and a voltage unbalance mode. a reactive power compensation unit configured to compensate reactive power; an impedance measurement unit configured to measure an impedance value of each of a plurality of loads; and a control unit configured to monitor an impedance change amount according to a loading state of each of the plurality of loads or according to an environmental change, characterised in that the control unit is further configured to determine an optimal control mode based on the monitored impedance change amount, and generate a control signal to compensate reactive power according to the determined optimal control mode, wherein the optimal control mode is one of a voltage control mode, a reactive power control mode, a flicker compensation mode, and a voltage unbalance mode.
An external fixation strut for use with an external fixation system, the external fixation strut comprising: a main body including an interior cavity; a threaded rod at least partially positioned within the interior cavity of the main body ; an actuator operatively coupled to the threaded rod so that, in use, rotation of the actuator causes the threaded rod to rotate; a first fixed arm positioned about, and immovably coupled to, the main body ; and a second movable arm threadably coupled to the threaded rod , and positioned about the main body , so that, in use, rotation of the threaded rod causes the second movable arm to move, along the main body, relative to the first fixed arm . a main body including an interior cavity; a threaded rod at least partially positioned within the interior cavity of the main body ; an actuator operatively coupled to the threaded rod so that, in use, rotation of the actuator causes the threaded rod to rotate; a first fixed arm positioned about, and immovably coupled to, the main body ; and a second movable arm threadably coupled to the threaded rod , and positioned about the main body , so that, in use, rotation of the threaded rod causes the second movable arm to move, along the main body, relative to the first fixed arm .
A printing apparatus comprising: a tank configured to store liquid; a print head that comprises an ejection port surface on which an ejection port is formed, the ejection port being configured to eject liquid which is supplied from the tank; a supply flow path (C2) configured to supply liquid from the tank to the print head ; a collection flow path (C4) configured to collect not ejected liquid from the print head to the tank ; a cap mechanism configured to cap the ejection port surface of the print head; a timer configured to count a time during which the ejection port surface is capped; and a circulation unit configured to circulate the liquid in a circulation path (151, C2, 8, C4) including the tank, the supply flow path, the print head and the collection flow path, the apparatus being configured such that in a case where the timer counts a predetermined time (S1103:YES), the circulation unit circulates the liquid (S1104), and a print controller resets the timer (S1105). a tank configured to store liquid; a print head that comprises an ejection port surface on which an ejection port is formed, the ejection port being configured to eject liquid which is supplied from the tank; a supply flow path (C2) configured to supply liquid from the tank to the print head ; a collection flow path (C4) configured to collect not ejected liquid from the print head to the tank ; a cap mechanism configured to cap the ejection port surface of the print head; a timer configured to count a time during which the ejection port surface is capped; and a circulation unit configured to circulate the liquid in a circulation path (151, C2, 8, C4) including the tank, the supply flow path, the print head and the collection flow path, the apparatus being configured such that in a case where the timer counts a predetermined time (S1103:YES), the circulation unit circulates the liquid (S1104), and a print controller resets the timer (S1105).