mhurhangee/patent-ind-claim-en huggingface dataset:
A motion assistance device comprising: a proximal support configured to be worn on a proximal part of a user; a distal support configured to be worn a distal part of the user; a driving assembly which is connected to the proximal support and configured to generate power; and a driving frame configured to transmit a force from the driving assembly to the distal support, wherein the driving assembly comprises: a housing being connected to the proximal support; an actuator comprising a stator and a rotor , wherein the stator is fixed to the housing and has a ring shape, wherein the rotor is located inside the stator and rotatable relative to the stator ; a speed reducer which is inserted inside the rotor and comprises an input end which is connected to an output end of the actuator; and a supporting part being connected to the speed reducer and connected detachably to the housing , wherein the speed reducer is connected to the supporting part while being inserted into the housing. a proximal support configured to be worn on a proximal part of a user; a distal support configured to be worn a distal part of the user; a driving assembly which is connected to the proximal support and configured to generate power; and a driving frame configured to transmit a force from the driving assembly to the distal support, wherein the driving assembly comprises: a housing being connected to the proximal support; an actuator comprising a stator and a rotor , wherein the stator is fixed to the housing and has a ring shape, wherein the rotor is located inside the stator and rotatable relative to the stator ; a speed reducer which is inserted inside the rotor and comprises an input end which is connected to an output end of the actuator; and a supporting part being connected to the speed reducer and connected detachably to the housing , a housing being connected to the proximal support; an actuator comprising a stator and a rotor , wherein the stator is fixed to the housing and has a ring shape, wherein the rotor is located inside the stator and rotatable relative to the stator ; a speed reducer which is inserted inside the rotor and comprises an input end which is connected to an output end of the actuator; and a supporting part being connected to the speed reducer and connected detachably to the housing , wherein the speed reducer is connected to the supporting part while being inserted into the housing.
A polythiol composition, which comprises a first polythiol compound having at least four mercapto groups only as a hydrogen-bondable functional group; and a second polythiol compound having at least two mercapto groups as a hydrogen-bondable functional group and at least one hydrogen-bondable functional group other than a mercapto group, wherein the first polythiol compound is a compound represented by the following Formula 1, 2, or 3; the second polythiol compound is a compound represented by the following Formula 4 or 5: and the hydrogen-bondable functional group other than a mercapto group in the second polythiol compound is a hydroxyl group, an amine group, an amide group, or a carboxyl group.
Separation device for purifying blow-by gas (F) from a crankcase of an internal combustion engine, intended to be mounted between an inlet for loaded gas and a line for discharging purified gas, the separation device comprising a separation section for separating oil from the blow-by gas, the separation section comprising: - a transfer wall which comprises a stationary wall portion having at least one accelerated distribution opening , and preferably a plurality of accelerated distribution openings, allowing the gas flowing in the inlet to pass through the transfer wall ; - a gas-flow deflection wall positioned in an area of passage for at least one gas flow having passed through said at least one accelerated distribution opening ; - an auxiliary opening separate from the accelerated distribution opening or openings made in the transfer wall ; - a valve (15; 15'); - a valve seat provided in the transfer wall and defined by the annular region bordering the auxiliary opening ; - a return member arranged in an area referred to as behind the auxiliary opening , on the deflection wall side; characterized in that the stationary wall portion the wall is offset peripherally from and rearward relative to the auxiliary opening , the inner space (V) delimited between the transfer wall and the deflection wall defining an impingement chamber, and in that the valve (15; 15') has a movable closure element and is biased by the return member towards a closed position in which the closure element closes the auxiliary opening , the closure element having a larger cross-section than the flow area defined by the auxiliary opening , in order to hermetically seal the auxiliary opening in a state where it bears against the valve seat, the return member being configured to allow all or part of the closure element to approach an oil guiding surface of the deflection wall in case of overpressure at the inlet side, by means of which the auxiliary opening defines a passage bypassing the accelerated distribution opening or openings in case of overpressure at the inlet side, wherein the valve further includes a rod for guiding the valve , the rod being received in a housing of fixed guiding orientation, which is defined by the deflection wall . - a transfer wall which comprises a stationary wall portion having at least one accelerated distribution opening , and preferably a plurality of accelerated distribution openings, allowing the gas flowing in the inlet to pass through the transfer wall ; - a gas-flow deflection wall positioned in an area of passage for at least one gas flow having passed through said at least one accelerated distribution opening ; - an auxiliary opening separate from the accelerated distribution opening or openings made in the transfer wall ; - a valve (15; 15'); - a valve seat provided in the transfer wall and defined by the annular region bordering the auxiliary opening ; - a return member arranged in an area referred to as behind the auxiliary opening , on the deflection wall side;
A method for cyclic time-slotted operation in a wireless industrial network , the method being performed by a communication device (200, 300a:300N), the communication device (200, 300a:300N) comprising a memory having a first memory area and a second memory area , the method comprising: running (S102) an application software at application layer, wherein the application software is associated with a first pointer ; operating (S104) a communication hardware at physical layer, wherein the communication hardware is associated with a second pointer ; wherein the first pointer and the second pointer in a given timeslot point at a respective different one of the memory areas , such that in said given timeslot the application software is enabled to access one of the memory areas and the communication hardware is enabled to access the other of the memory areas ; and swapping (S106) the pointers to the memory areas at the end of each cycle of the cyclic time-slotted operation; characterized in that each of the first memory area and the second memory area has a status field, and indicating failure of the communication hardware to transmit or receive a packet in any timeslot by means of the status field of said any timeslot. running (S102) an application software at application layer, wherein the application software is associated with a first pointer ; operating (S104) a communication hardware at physical layer, wherein the communication hardware is associated with a second pointer ; wherein the first pointer and the second pointer in a given timeslot point at a respective different one of the memory areas , such that in said given timeslot the application software is enabled to access one of the memory areas and the communication hardware is enabled to access the other of the memory areas ; and swapping (S106) the pointers to the memory areas at the end of each cycle of the cyclic time-slotted operation; characterized in that each of the first memory area and the second memory area has a status field, and indicating failure of the communication hardware to transmit or receive a packet in any timeslot by means of the status field of said any timeslot.
An aerosol-generating component of an electrically operated aerosol-generating system, comprising: first and second electrical connection terminals ; a first electrical component , the first electrical component being an aerosol-generator, connected between the first and second electrical connection terminals; a second electrical component , the second electrical component being configured to carry out a function different to the first electrical component, connected between the first and second electrical connection terminals; a first barrier component connected between the first electrical component and the second electrical connection terminal; and a second barrier component connected between the second electrical component and the first electrical connection terminal, wherein the second barrier component has an asymmetric conductance arranged to prevent a current flow through the second electrical component when current is applied to the connection terminals in a first direction (A) but permit a current flow through the second electrical component when current is applied to the connection terminals in a second direction (B), opposite to the first direction, and wherein the first barrier component has an asymmetric conductance arranged to prevent a current flow through the first electrical component when current is applied to the connection terminals in the second direction but permit a current flow through the first electrical component when current is applied to the connection terminals in the first direction. first and second electrical connection terminals ; a first electrical component , the first electrical component being an aerosol-generator, connected between the first and second electrical connection terminals; a second electrical component , the second electrical component being configured to carry out a function different to the first electrical component, connected between the first and second electrical connection terminals; a first barrier component connected between the first electrical component and the second electrical connection terminal; and a second barrier component connected between the second electrical component and the first electrical connection terminal, wherein the second barrier component has an asymmetric conductance arranged to prevent a current flow through the second electrical component when current is applied to the connection terminals in a first direction (A) but permit a current flow through the second electrical component when current is applied to the connection terminals in a second direction (B), opposite to the first direction, and wherein the first barrier component has an asymmetric conductance arranged to prevent a current flow through the first electrical component when current is applied to the connection terminals in the second direction but permit a current flow through the first electrical component when current is applied to the connection terminals in the first direction.
An anti-aging composition comprising: a compound represented by the following Chemical Formula 2 as an effective component: wherein R 1 is hydrogen, (C1-C7) alkyl or hydroxy (C1-C7) alkyl; and R 2 is (C1-C7) alkyl or hydroxy (C1-C7) alkyl.
An adjustment system comprising: a housing having a bottom , two side walls , an elastic arm connected to each one of the side walls, a front opening and a rear opening , a cam lid rotatably connected to the side walls of the housing , the cam lid having a top , a bottom , two side walls , an interior cavity , a front opening , a rear opening , and at least one locking element disposed in the interior cavity, and a ratchet strap having an elongated body with a plurality of teeth disposed on one side thereof, wherein the cam lid is configured to lock the ratchet strap to the housing when the ratchet strap is fed through the openings in the front and rear of the housing and cam lid such that the at least one locking element engages at least one tooth of the ratchet strap, and wherein pressing the elastic arms of the housing toward each other causes the elastic arms of the housing to press against the sides of the cam lid and rotate the cam lid to release the at least one locking element from the at least one tooth of the ratchet strap , characterized in that two elastic arms extend under the bottom of the cam lid , wherein pressing the elastic arms of the housing toward each other causes the elastic arms of the cam lid to be compressed against the bottom of the housing, and wherein releasing the elastic arms of the housing releases the elastic arms of the cam lid which rotates the cam lid back to a resting position. a housing having a bottom , two side walls , an elastic arm connected to each one of the side walls, a front opening and a rear opening , a cam lid rotatably connected to the side walls of the housing , the cam lid having a top , a bottom , two side walls , an interior cavity , a front opening , a rear opening , and at least one locking element disposed in the interior cavity, and a ratchet strap having an elongated body with a plurality of teeth disposed on one side thereof, wherein the cam lid is configured to lock the ratchet strap to the housing when the ratchet strap is fed through the openings in the front and rear of the housing and cam lid such that the at least one locking element engages at least one tooth of the ratchet strap, and wherein pressing the elastic arms of the housing toward each other causes the elastic arms of the housing to press against the sides of the cam lid and rotate the cam lid to release the at least one locking element from the at least one tooth of the ratchet strap , characterized in that two elastic arms extend under the bottom of the cam lid , wherein pressing the elastic arms of the housing toward each other causes the elastic arms of the cam lid to be compressed against the bottom of the housing, and wherein releasing the elastic arms of the housing releases the elastic arms of the cam lid which rotates the cam lid back to a resting position.
A heat exchanger system comprising: a heat exchanger coil circulating a heat transfer fluid therethrough; a fan at least partially surrounded by the heat exchanger coil to cause a flow of air through the heat exchanger coil to exchange thermal energy from the heat transfer fluid to the flow of air; a brushless direct current fan motor disposed at the fan to urge rotation of the fan; and characterised in that the heat transfer fluid is a flammable refrigerant; and a fan motor drive and a fan motor controller are electronically connected to the fan motor via one or more leads that meet explosion proof criteria and located outside of a cross-section of the heat exchanger coil thereby electrically isolating the fan motor drive on the fan motor controller from the heat transfer fluid. a heat exchanger coil circulating a heat transfer fluid therethrough; a fan at least partially surrounded by the heat exchanger coil to cause a flow of air through the heat exchanger coil to exchange thermal energy from the heat transfer fluid to the flow of air; a brushless direct current fan motor disposed at the fan to urge rotation of the fan; and characterised in that the heat transfer fluid is a flammable refrigerant; and a fan motor drive and a fan motor controller are electronically connected to the fan motor via one or more leads that meet explosion proof criteria and located outside of a cross-section of the heat exchanger coil thereby electrically isolating the fan motor drive on the fan motor controller from the heat transfer fluid.
An implantable medical device comprising: a header ; a core assembly ; a first circuit component and a second circuit component arranged within the header , wherein the first circuit component comprises an antenna configured to communicate data to an external receiving device and the second circuit component comprises an electrode configured to collect data; and a scaffold assembly arranged within the header and configured to interface with the core assembly and position and support the first circuit component relative to the second circuit component, wherein the electrode comprises a break-away section releasably secured to the electrode via a break-away tab , and wherein the break-away section is configured to align with an alignment notch defined in the scaffold assembly . a header ; a core assembly ; a first circuit component and a second circuit component arranged within the header , wherein the first circuit component comprises an antenna configured to communicate data to an external receiving device and the second circuit component comprises an electrode configured to collect data; and a scaffold assembly arranged within the header and configured to interface with the core assembly and position and support the first circuit component relative to the second circuit component, wherein the electrode comprises a break-away section releasably secured to the electrode via a break-away tab , and wherein the break-away section is configured to align with an alignment notch defined in the scaffold assembly .
A free-standing die assembly for use within a press having a press ram (D) and for texturing a workpiece, the die assembly comprising: a) a base die plate attachable to the press , the base die plate having a series of fixed, vertical posts ; b) a centre die plate mounted above the base die plate on the posts and having a portion for receiving the workpiece, the centre die plate vertically movable on the posts relative to the base die plate ; c) an upper die plate mounted above the centre die plate on the posts for being urged downwardly by the press ram (D), the upper die plate vertically movable on the posts relative to the base die plate and the centre die plate ; d) a tooling assembly mounted to the upper die plate above the portion for receiving the workpiece, the tooling assembly having a plurality of oppositely acting blades , the blades horizontally movable for texturing the workpiece received on the portion; and e) a linear actuator for moving the blades to texture the workpiece as the upper die plate descends toward the base die plate . a) a base die plate attachable to the press , the base die plate having a series of fixed, vertical posts ; b) a centre die plate mounted above the base die plate on the posts and having a portion for receiving the workpiece, the centre die plate vertically movable on the posts relative to the base die plate ; c) an upper die plate mounted above the centre die plate on the posts for being urged downwardly by the press ram (D), the upper die plate vertically movable on the posts relative to the base die plate and the centre die plate ; d) a tooling assembly mounted to the upper die plate above the portion for receiving the workpiece, the tooling assembly having a plurality of oppositely acting blades , the blades horizontally movable for texturing the workpiece received on the portion; and e) a linear actuator for moving the blades to texture the workpiece as the upper die plate descends toward the base die plate .
A method of controlling interrogation of sensor values in a system having a radio frequency identification (RFID) reader and at least one passive RFID sensor tag having at least one sensing element that provides a value of a quantity sensed by the sensing element, comprising sending a radio frequency interrogation signal from the RFID reader to the passive RFID sensor tag ; receiving at the RFID reader from the passive RFID tag a backscattered radio frequency signal carrying the value of the sensed quantity; characterized by controlling an interrogation rate of the sensing element and/or accuracy of received values (v1-v15) of the sensed quantity based on an analysis of the multiple received values (v1-v15) of the sensed quantity.
A navigation system having a localizer, comprising: a transmitting coil array including at least one coil of conductive material operable to generate a transmitted magnetic field; and field shaping assembly , comprising: a conductive member having a first surface with a first area; and a first magnetic permeable member having a second surface with a second surface area; wherein the field shaping assembly and the transmitting coil array cooperate to generate a selectively diverse field; and characterized in that : the field shaping assembly further comprises: a second magnetic permeable member having a third surface with a third surface area; wherein the conductive member is positioned between the first magnetic permeable member and the second magnetic permeable member a transmitting coil array including at least one coil of conductive material operable to generate a transmitted magnetic field; and field shaping assembly , comprising: a conductive member having a first surface with a first area; and a first magnetic permeable member having a second surface with a second surface area; a conductive member having a first surface with a first area; and a first magnetic permeable member having a second surface with a second surface area; wherein the field shaping assembly and the transmitting coil array cooperate to generate a selectively diverse field; and characterized in that : the field shaping assembly further comprises: a second magnetic permeable member having a third surface with a third surface area; wherein the conductive member is positioned between the first magnetic permeable member and the second magnetic permeable member a second magnetic permeable member having a third surface with a third surface area; wherein the conductive member is positioned between the first magnetic permeable member and the second magnetic permeable member