mhurhangee/patent-ind-claim-en huggingface dataset:
A seal assembly (150;220;240;260;550) for creating a seal between a first tubular and a second tubular (60; 80), wherein the first tubular is disposed within the second tubular (60;80), the seal assembly comprising: an annular member (100;440;530) attached to the first tubular, the annular member having a groove (140;455;540) formed on an outer surface of the annular member, the groove having a first sidewall , a second sidewall , and a bottom surface ; a seal member (135;265;450;535) disposed in the groove, the seal member having: a bottom surface disposed adjacent the bottom surface of the groove; a top surface opposite the bottom surface; a first side disposed adjacent the first sidewall of the groove; a second side disposed adjacent the second sidewall of the groove; and one or more anti-extrusion bands (155,160;460;465;555,560), wherein the seal member is configured to be expandable radially outward into contact with an inner wall of the second tubular by the application of an outwardly directed force supplied to an inner surface of the annular member; and a gap (145;270;470;545) defined between the first side of the seal member and the first sidewall of the groove, wherein the gap is configured to close upon expansion of the annular member in response to engagement of the seal member and the annular member with the second tubular. an annular member (100;440;530) attached to the first tubular, the annular member having a groove (140;455;540) formed on an outer surface of the annular member, the groove having a first sidewall , a second sidewall , and a bottom surface ; a seal member (135;265;450;535) disposed in the groove, the seal member having: a bottom surface disposed adjacent the bottom surface of the groove; a top surface opposite the bottom surface; a first side disposed adjacent the first sidewall of the groove; a second side disposed adjacent the second sidewall of the groove; and a bottom surface disposed adjacent the bottom surface of the groove; a top surface opposite the bottom surface; a first side disposed adjacent the first sidewall of the groove; a second side disposed adjacent the second sidewall of the groove; and one or more anti-extrusion bands (155,160;460;465;555,560), wherein the seal member is configured to be expandable radially outward into contact with an inner wall of the second tubular by the application of an outwardly directed force supplied to an inner surface of the annular member; and a gap (145;270;470;545) defined between the first side of the seal member and the first sidewall of the groove, wherein the gap is configured to close upon expansion of the annular member in response to engagement of the seal member and the annular member with the second tubular.
A symmetrical and reversible-clutch mortise lock comprising: - a central follower , - a pair of symmetrical lateral followers , each one located on one side of the central follower , - a spacer which makes the motion of the two lateral followers independent, and - a motor , joined to a transmission system which engages with a toothed end of an actuation lever fixed to a support of the lock structure able to rotate, the lock further comprising: - an accumulator arm , able to move linearly over the lock structure activated by the actuation lever , - a torsion accumulator spring , coupled to the actuation lever , comprising two legs between which a prismatic projection of the actuation lever and a push point of the accumulator arm are located, limiting the motion of the accumulator arm , and - a clutch , housed in the accumulator arm , able to move integrally with it, wherein: - the lateral follower is configured to extract the clutch from the accumulator arm and move the clutch until it makes contact with a drag element of the central follower by means of which a latch of the lock is activated, such that the clutch is free to be able to move both linearly and rotationally inside the lock. - a central follower , - a pair of symmetrical lateral followers , each one located on one side of the central follower , - a spacer which makes the motion of the two lateral followers independent, and - a motor , joined to a transmission system which engages with a toothed end of an actuation lever fixed to a support of the lock structure able to rotate, the lock further comprising: - an accumulator arm , able to move linearly over the lock structure activated by the actuation lever , - a torsion accumulator spring , coupled to the actuation lever , comprising two legs between which a prismatic projection of the actuation lever and a push point of the accumulator arm are located, limiting the motion of the accumulator arm , and - a clutch , housed in the accumulator arm , able to move integrally with it, - an accumulator arm , able to move linearly over the lock structure activated by the actuation lever , - a torsion accumulator spring , coupled to the actuation lever , comprising two legs between which a prismatic projection of the actuation lever and a push point of the accumulator arm are located, limiting the motion of the accumulator arm , and - a clutch , housed in the accumulator arm , able to move integrally with it, wherein: - the lateral follower is configured to extract the clutch from the accumulator arm and move the clutch until it makes contact with a drag element of the central follower by means of which a latch of the lock is activated, - the lateral follower is configured to extract the clutch from the accumulator arm and move the clutch until it makes contact with a drag element of the central follower by means of which a latch of the lock is activated, such that the clutch is free to be able to move both linearly and rotationally inside the lock.
An in-vehicle controller , comprising: a heat radiation coating film , characterized in that the heat radiation coating film includes a first region that has a first boundary surface abutting on a base material , and a second region that has a second boundary surface where the heat radiation coating film abuts on air, wherein a thermal conductivity of the first region is higher than that of the second region , wherein a thermal emissivity of the second region is higher than that of the first region , wherein the heat radiation coating film includes an organic resin, particles having a thermal emissivity higher than that of the organic resin, and particles having a thermal conductivity higher than that of the organic resin, wherein the particles having the high thermal conductivity are dispersed into the first region , and the particles having the high thermal emissivity are dispersed into the second region , and wherein a density of the particles of the high thermal emissivity is smaller than that of the organic resin. a heat radiation coating film , characterized in that the heat radiation coating film includes a first region that has a first boundary surface abutting on a base material , and a second region that has a second boundary surface where the heat radiation coating film abuts on air, a first region that has a first boundary surface abutting on a base material , and a second region that has a second boundary surface where the heat radiation coating film abuts on air, wherein a thermal conductivity of the first region is higher than that of the second region , wherein a thermal emissivity of the second region is higher than that of the first region , wherein the heat radiation coating film includes an organic resin, particles having a thermal emissivity higher than that of the organic resin, and particles having a thermal conductivity higher than that of the organic resin, wherein the particles having the high thermal conductivity are dispersed into the first region , and the particles having the high thermal emissivity are dispersed into the second region , and wherein a density of the particles of the high thermal emissivity is smaller than that of the organic resin.
An air-conditioning apparatus , comprising: an air inlet through which air is suctioned; a fan configured to generate an air flow by suctioning the air from the air inlet ; an electrical component box having a box body housing a control board configured to control an actuator provided in a main body, a lid that covers an opening of the box body , characterised in that the box further includes a flange part positioned in a flow path of the air flow, the flange part being for fastening the lid to the box body ; and a flow straightening part that covers the flange part , the flow straightening part including a flow straightening plate having a curved surface or a slanting surface over the flange part to cover the flange part , and a back plate that supports the flow straightening plate and is fastened to the lid , the flow straightening plate having a through-hole at a position facing a screw hole of the flange part . an air inlet through which air is suctioned; a fan configured to generate an air flow by suctioning the air from the air inlet ; an electrical component box having a box body housing a control board configured to control an actuator provided in a main body, a lid that covers an opening of the box body , characterised in that the box further includes a flange part positioned in a flow path of the air flow, the flange part being for fastening the lid to the box body ; and a flow straightening part that covers the flange part , the flow straightening part including a flow straightening plate having a curved surface or a slanting surface over the flange part to cover the flange part , and a back plate that supports the flow straightening plate and is fastened to the lid , the flow straightening plate having a through-hole at a position facing a screw hole of the flange part .
Tire warmer to be placed on a tire of a motorcycle in order to warm said tire before a journey, having an inner surface which rests on the tire when the tire warmer is placed as intended, having an outer surface which faces away from the tire when the tire warmer is placed as intended, having preferably electrically operated heating means which are arranged between the inner surface and the outer surface and by means of which the temperature of at least regions of the tire warmer can be changed between a standby temperature and an operating temperature, and having temperature display means which can be perceived optically by observing the outer surface and which display that the tire warmer is heating up, characterized in that the temperature display means comprise at least one thermochromic substance.
A kit-of-parts for bleaching keratin fibers, preferably for human keratin fibers, more preferably for human hair, comprising - a bleaching composition A comprising a) one or more persalt(s) and/or peroxy salt(s), and b) one or more alkalizing agent(s), - an aqueous oxidizing composition B, - a composition C comprising c) one or more non-acetylated sugar alcohol(s), and/or their mixtures, wherein the bleaching composition A comprises less than 5% by weight of water, calculated to the total weight of the bleaching composition A, and wherein the one or more non-acetylated sugar alcohol(s) of composition C as compound(s) according to group c) is/are mannitol, xylitol, and/or their mixtures. - a bleaching composition A comprising a) one or more persalt(s) and/or peroxy salt(s), and b) one or more alkalizing agent(s), a) one or more persalt(s) and/or peroxy salt(s), and b) one or more alkalizing agent(s), - an aqueous oxidizing composition B, - a composition C comprising c) one or more non-acetylated sugar alcohol(s), and/or their mixtures, wherein the bleaching composition A comprises less than 5% by weight of water, calculated to the total weight of the bleaching composition A, and wherein the one or more non-acetylated sugar alcohol(s) of composition C as compound(s) according to group c) is/are mannitol, xylitol, and/or their mixtures.
An energy storage device comprising an electrode assembly , a current collector , and a case (100; 110, 111) accommodating the electrode assembly and the current collector , wherein the case (100; 110, 111) has an inner surface provided with a recess , and a portion connecting the electrode assembly and the current collector or a portion connecting a conductive member connected to the electrode assembly and the current collector is at least partially disposed opposite to the recess via a lower insulating member , wherein the electrode assembly includes a main body portion and a tab projecting from the main body portion , and the tab is connected to the current collector or the conductive member , characterised in that the recess is provided at the inner surface of the case (100; 110, 111) towards which the tab projects.
A method for simultaneously forming a plurality of preforms, the method comprising: positioning a plurality of resin-impregnated fiber bundles on a surface of a forming tool each fiber bundle having a length, wherein a first portion of the length, but not a second portion of the length of each fiber bundle is in contact with the surface of the forming tool, and wherein the first portion of each fiber bundle is physically separated from neighboring fiber bundles; restraining lateral movement of each first portion towards neighboring first portions; and deforming the plurality of fiber bundles wherein the second portion of each fiber bundle contacts the surface of forming tool, conforming to a contour of the surface of the forming tool, thereby forming a plurality of preforms . positioning a plurality of resin-impregnated fiber bundles on a surface of a forming tool each fiber bundle having a length, wherein a first portion of the length, but not a second portion of the length of each fiber bundle is in contact with the surface of the forming tool, and wherein the first portion of each fiber bundle is physically separated from neighboring fiber bundles; restraining lateral movement of each first portion towards neighboring first portions; and deforming the plurality of fiber bundles wherein the second portion of each fiber bundle contacts the surface of forming tool, conforming to a contour of the surface of the forming tool, thereby forming a plurality of preforms .
A print head drive circuit configured to drive a print head including 1500 or more ejection modules each having an ejection portion having a piezoelectric element configured to be driven by a drive signal (COM) and configured to eject a liquid on a medium (P); and a changeover switch for switching whether or not to supply the drive signal (COM) to the piezoelectric element , with a selection signal (DATA) including a first information block (SIH) and a second information block (SIL) for selecting whether or not to drive the piezoelectric element , and a switching timing signal (CH) for changing a logic level to control a switching timing of the changeover switch , wherein the print head drive circuit is configured to output the first information block (SIH) in which a logic level of the selection signal (DATA) changes without changing a logic level of the switching timing signal (CH), in a first period (Ta), change the logic level of the switching timing signal (CH), and not change the logic level of the selection signal (DATA) in a second period after the first period (Ta), and output the second information block (SIL) in which the logic level of the selection signal (DATA) changes without changing the logic level of the switching timing signal (CH) in a third period (Tb) after the second period; and characterized in that the first information block (SIH) and the second information block (SIL) consists of data for one printing cycle. a changeover switch for switching whether or not to supply the drive signal (COM) to the piezoelectric element , with a selection signal (DATA) including a first information block (SIH) and a second information block (SIL) for selecting whether or not to drive the piezoelectric element , and a switching timing signal (CH) for changing a logic level to control a switching timing of the changeover switch , wherein the print head drive circuit is configured to output the first information block (SIH) in which a logic level of the selection signal (DATA) changes without changing a logic level of the switching timing signal (CH), in a first period (Ta), change the logic level of the switching timing signal (CH), and not change the logic level of the selection signal (DATA) in a second period after the first period (Ta), and output the second information block (SIL) in which the logic level of the selection signal (DATA) changes without changing the logic level of the switching timing signal (CH) in a third period (Tb) after the second period; and characterized in that the first information block (SIH) and the second information block (SIL) consists of data for one printing cycle.
A treadmill , comprising: a running belt defining a running surface ; and a motor operatively coupled to the running belt; a controller communicably coupled to the motor and adapted to control operation of the motor to enable operation of the treadmill in plurality of operating modes; wherein the treadmill is operable in the plurality of operating modes to control a user experience; wherein in a second operating mode, the motor drives rotation of the running belt at a predefined speed; and wherein in a third operating mode, the motor is structured to output and apply to the running belt a holding torque at a predefined threshold speed value, characterized in that in a first operating mode, the motor is disengaged from the running belt so that a user drives rotation of the running belt . a running belt defining a running surface ; and a motor operatively coupled to the running belt; a controller communicably coupled to the motor and adapted to control operation of the motor to enable operation of the treadmill in plurality of operating modes; wherein the treadmill is operable in the plurality of operating modes to control a user experience; wherein in a second operating mode, the motor drives rotation of the running belt at a predefined speed; and wherein in a third operating mode, the motor is structured to output and apply to the running belt a holding torque at a predefined threshold speed value, characterized in that in a first operating mode, the motor is disengaged from the running belt so that a user drives rotation of the running belt .
A lentiviral vector comprising a nucleic acid sequence encoding a human β-globin protein and operably linked to a native human β-globin gene promoter, wherein (i) the nucleic acid sequence is oriented from 5' to 3' relative to the lentiviral genome and (ii) the endogenous Rev response element (RRE) of the lentiviral genome is deleted and inserted into intron 2 of the nucleic acid sequence encoding the human β-globin protein.
Support assembly for a trailer coupling or a load carrier (L), including a cross-member (11; 111; 211; 311) and side members (12, 112; 212; 312) connected to the crossmember (11; 111; 211; 311) for fitting to a rear of a body of a vehicle (F), together with at least one holder (15; 215; 315) fitted to the cross-member (11; 111; 211; 311) for a trailer coupling or for a coupling part (M) of a load carrier (L), characterised in that the support assembly (10; 110; 210; 310) has at least one carrier part (50-350), with a base body (16; 116; 216, 316) produced altogether or at least in parts by press hardening, in that the carrier part (50-350) is a part of the crossmember (11; 111; 211; 311) or forms the crossmember (11; 111; 211; 311) as a whole, and in that the crossmember (11; 111; 211; 311) and in that the crossmember (11; 111; 211; 311) has in the area of the holder or holders (15; 215; 315), and/or transversely central in a transverse central zone a greater rigidity and/or a greater cross-section and/or a higher moment of resistance than at its longitudinal ends
Electronic equipment for a wireless communication system, comprising: one or more processing circuits configured to perform an operation of: configuring time mapping information between a downlink subframe carrying uplink grant signaling and a uplink subframe carrying uplink transmission including Physical Uplink Shared Channel, PUSCH, transmission performed on an unlicensed channel by a user equipment in the wireless communication system scheduled by the uplink grant signaling, and generating configuration information about a channel detection type of a channel detection process performed by the user equipment before uplink transmission comprising PUSCH transmission on the unlicensed channel, wherein, when configuring the time mapping information, the processing circuits map one downlink subframe carrying one uplink grant signaling to a plurality of uplink subframes carrying uplink transmission including PUSCH transmission scheduled by the one uplink grant signaling. configuring time mapping information between a downlink subframe carrying uplink grant signaling and a uplink subframe carrying uplink transmission including Physical Uplink Shared Channel, PUSCH, transmission performed on an unlicensed channel by a user equipment in the wireless communication system scheduled by the uplink grant signaling, and generating configuration information about a channel detection type of a channel detection process performed by the user equipment before uplink transmission comprising PUSCH transmission on the unlicensed channel, wherein, when configuring the time mapping information, the processing circuits map one downlink subframe carrying one uplink grant signaling to a plurality of uplink subframes carrying uplink transmission including PUSCH transmission scheduled by the one uplink grant signaling.
A computer-implemented method of automatically updating a network security policy, the method comprising: running a machine learning algorithm to continuously update a plurality of weighting coefficients associated with a respective plurality of threat factors, the threat factors each having values defined for each of a plurality of requests for respective peripheral devices to connect to one or more networked devices which are communicably coupled to a secure network; and automatically updating a security policy associated with the secure network in respect of a particular threat factor when that threat factor's associated weighting coefficient changes by more than a predetermined amount in a predetermined period, wherein requests for peripheral devices to connect to the networked devices are automatically approved or denied in dependence on that policy. running a machine learning algorithm to continuously update a plurality of weighting coefficients associated with a respective plurality of threat factors, the threat factors each having values defined for each of a plurality of requests for respective peripheral devices to connect to one or more networked devices which are communicably coupled to a secure network; and automatically updating a security policy associated with the secure network in respect of a particular threat factor when that threat factor's associated weighting coefficient changes by more than a predetermined amount in a predetermined period, wherein requests for peripheral devices to connect to the networked devices are automatically approved or denied in dependence on that policy.