mhurhangee/patent-ind-claim-en huggingface dataset:
: A light failure monitoring system comprising: a switch ; a first circuit coupled to a second circuit ; the first circuit configured to provide an initial current to activate the switch to an on state; the second circuit responsive to the switch and comprising a light source , said switch, when on, is configured to allow a current to flow through the light source, thereby allowing the light source to emit light; characterized in that the light failure monitoring system further comprises: an alarm for indicating that the light source has failed, the alarm coupled to the first circuit and operationally coupled to the switch; and a light sensitive device configured to detect light from the light source ; said light sensitive device configured to supply a maintaining current to the switch , when the light sensitive device detects light emitted from the light source, the maintaining current replacing the initial current for continuing the switch in the on state, wherein when the light sensitive device does not detect light, the maintaining current supplied by said light sensitive device decreases and the switch turns off, thereby causing the alarm to indicate that the light source has failed. a switch ; a first circuit coupled to a second circuit ; the first circuit configured to provide an initial current to activate the switch to an on state; the second circuit responsive to the switch and comprising a light source , said switch, when on, is configured to allow a current to flow through the light source, thereby allowing the light source to emit light; characterized in that the light failure monitoring system further comprises: an alarm for indicating that the light source has failed, the alarm coupled to the first circuit and operationally coupled to the switch; and a light sensitive device configured to detect light from the light source ; said light sensitive device configured to supply a maintaining current to the switch , when the light sensitive device detects light emitted from the light source, the maintaining current replacing the initial current for continuing the switch in the on state, wherein when the light sensitive device does not detect light, the maintaining current supplied by said light sensitive device decreases and the switch turns off, thereby causing the alarm to indicate that the light source has failed. an alarm for indicating that the light source has failed, the alarm coupled to the first circuit and operationally coupled to the switch; and a light sensitive device configured to detect light from the light source ; said light sensitive device configured to supply a maintaining current to the switch , when the light sensitive device detects light emitted from the light source, the maintaining current replacing the initial current for continuing the switch in the on state, wherein when the light sensitive device does not detect light, the maintaining current supplied by said light sensitive device decreases and the switch turns off, thereby causing the alarm to indicate that the light source has failed.
A process for producing a polythiol composition, the process comprising: 1) contacting: a) 5-vinylnorborn-2-ene; b) H 2 S; and c) optionally, a phosphite compound; and 2) forming the polythiol composition; wherein a molar ratio of H 2 S to carbon-carbon double bonds of the 5-vinylnorborn-2-ene is in a range from 2:1 to 500:1; wherein the process further comprises a step of removing at least a portion of the H 2 S, of the phosphite compound (if used), of the 5-vinylnorborn-2-ene, of compounds having only one sulfur atom, or combinations thereof, from the polythiol composition; wherein the H 2 S, the phosphite compound (if used), the 5-vinylnorborn-2-ene, the compounds having only one sulfur atom, or combinations thereof, are removed by distillation, short path distillation, or a combination thereof; wherein the polythiol composition is formed in the presence of ultraviolet light. 1) contacting: a) 5-vinylnorborn-2-ene; b) H 2 S; and c) optionally, a phosphite compound; and a) 5-vinylnorborn-2-ene; b) H 2 S; and c) optionally, a phosphite compound; and 2) forming the polythiol composition; wherein a molar ratio of H 2 S to carbon-carbon double bonds of the 5-vinylnorborn-2-ene is in a range from 2:1 to 500:1; wherein the process further comprises a step of removing at least a portion of the H 2 S, of the phosphite compound (if used), of the 5-vinylnorborn-2-ene, of compounds having only one sulfur atom, or combinations thereof, from the polythiol composition; wherein the H 2 S, the phosphite compound (if used), the 5-vinylnorborn-2-ene, the compounds having only one sulfur atom, or combinations thereof, are removed by distillation, short path distillation, or a combination thereof; wherein the polythiol composition is formed in the presence of ultraviolet light.
A shoe comprising: - a sole having an outsole and an insole ; - a high heel configured below the outsole , and - a shank embedded between the insole and the outsole , the shank extending along a longitudinal direction of the sole, and comprising: - a front portion , and - a heel portion having a depression configured to accommodate a user's heel and an upper affixed to a top portion of the sole, characterised in that the shank further comprises a lateral ridge extending across the shank immediately in front of the heel portion and the front portion sloping downward from the lateral ridge . - a sole having an outsole and an insole ; - a high heel configured below the outsole , and - a shank embedded between the insole and the outsole , - a front portion , and - a heel portion having a depression configured to accommodate a user's heel and an upper affixed to a top portion of the sole, characterised in that
Spinning bobbin holder for a twisting machine, in particular a ring twisting machine, comprising - a receiving body rotatably mounted about a holder axis and having a receiving region for arranging a spinning bobbin on the receiving body , and - at least one stop which is adjustably arranged in the receiving region , characterized in that the at least one stop is arranged between a use position and a retracted position such that - in the use position, the at least one stop protrudes from the surface of the receiving body such that the receiving region is shortened to suitably receive a shortened spinning bobbin, and - in the retracted position, the at least one stop is lowered to such an extent that the receiving region is not shortened and a regular spinning bobbin can be arranged in the receiving region so as to project over the retracted stop . - a receiving body rotatably mounted about a holder axis and having a receiving region for arranging a spinning bobbin on the receiving body , and - at least one stop which is adjustably arranged in the receiving region , - in the use position, the at least one stop protrudes from the surface of the receiving body such that the receiving region is shortened to suitably receive a shortened spinning bobbin, and - in the retracted position, the at least one stop is lowered to such an extent that the receiving region is not shortened and a regular spinning bobbin can be arranged in the receiving region so as to project over the retracted stop .
Inflatable balloon for medical use, intended to be inserted deflated into a human or animal body cavity and then inflated once inside the cavity so as to apply pressure against it, comprising: - a balloon body , the wall of which is made from a flexible inflatable material, with a generally elongated shape having a proximal inflation end and a distal positioning end at the back of the cavity, wherein the wall further locally has an elongated portion called the sole that is stiffer than the rest of the wall , this sole extending from the proximal end to the distal end , - an inflation opening formed in the proximal end through which a fluid is introduced into the balloon body so as to inflate it under pressure, and - an endoscope opening further formed in the proximal end , this endoscope opening being designed for the introduction of an endoscope into the balloon body , characterized in that the endoscope opening leads into the inside of the balloon body at the inside of an elongated sock that has a closed distal end not fixed to the wall of the balloon body . - a balloon body , the wall of which is made from a flexible inflatable material, with a generally elongated shape having a proximal inflation end and a distal positioning end at the back of the cavity, wherein the wall further locally has an elongated portion called the sole that is stiffer than the rest of the wall , this sole extending from the proximal end to the distal end , - an inflation opening formed in the proximal end through which a fluid is introduced into the balloon body so as to inflate it under pressure, and - an endoscope opening further formed in the proximal end , this endoscope opening being designed for the introduction of an endoscope into the balloon body ,
A method for managing program state information of a protected software function performed by a computing system comprising secure hardware, a processor , and a non-transitory computer-readable medium storing instructions that, when executed by the processor , cause the computing system to perform the method, the method comprising: receiving software function inputs; receiving encrypted initial program state information; retrieving a previous secure tag and a current secure tag associated with the encrypted initial program state information from a protected memory register of the secure hardware; generating a state decryption key based on a protected fixed key and the previous secure tag; decrypting the encrypted initial program state information using the state decryption key; executing the protected software function using, at least in part, the software function inputs and the decrypted initial program state information to generate updated program state information; generating a state encryption key based on the protected fixed key and the current secure tag; encrypting the updated program state information using the state encryption key; and storing the encrypted updated program state information in system memory maintained on the non-transitory computer-readable medium . receiving software function inputs; receiving encrypted initial program state information; retrieving a previous secure tag and a current secure tag associated with the encrypted initial program state information from a protected memory register of the secure hardware; generating a state decryption key based on a protected fixed key and the previous secure tag; decrypting the encrypted initial program state information using the state decryption key; executing the protected software function using, at least in part, the software function inputs and the decrypted initial program state information to generate updated program state information; generating a state encryption key based on the protected fixed key and the current secure tag; encrypting the updated program state information using the state encryption key; and storing the encrypted updated program state information in system memory maintained on the non-transitory computer-readable medium .
A fabric comprising at least one conductive element to define at least one portion of an electric circuit , and a sensor coupled to said conductive element, wherein the sensor comprises a degradable element configured to at least partially degrade in preset conditions, characterized in said preset condition being an event selected from at least one of a cleaning cycle, a heat treatment and wearing conditions, to change an electric feature of said sensor for allowing determination of the status of the fabric.
An ionizing radiation detector comprising one or more devices comprising a diode and a transistor , characterized in that the diode and the transistor are connected in parallel, two drain/source regions of the transistor being respectively coupled to the terminals of the diode, the transistor being located on an electrically-insulating layer covering a first region located under the insulating layer, the first region forming a PN junction of the diode with a second region located under the first region.
Stack of paper sheets for use as napkins, particularly dispenser napkins, the stack comprising: a plurality of folded sheets , each folded sheet being folded along a first folding line so that a part of a free edge opposite to the first folding line is located on an outer surface of the folded sheet and inward of the outer peripheral edges of the folded sheet , whereby a starter fold is formed, each folded sheet being further folded along a second folding line non-parallel to the first folding line , the second folding line separating the folded sheet in two panels connected at the second folding line , wherein two consecutive folded sheets are interfolded so that one panel of one folded sheet is disposed between two panels of the consecutive folded sheet , characterized in that each folded sheet is further folded along a third folding line parallel to the first folding line forming a backfold , the backfold and the starter fold being located on opposite sides of an intermediate sheet before being folded about the second folding line. a plurality of folded sheets , each folded sheet being folded along a first folding line so that a part of a free edge opposite to the first folding line is located on an outer surface of the folded sheet and inward of the outer peripheral edges of the folded sheet , whereby a starter fold is formed, each folded sheet being further folded along a second folding line non-parallel to the first folding line , the second folding line separating the folded sheet in two panels connected at the second folding line , wherein two consecutive folded sheets are interfolded so that one panel of one folded sheet is disposed between two panels of the consecutive folded sheet , characterized in that each folded sheet is further folded along a third folding line parallel to the first folding line forming a backfold , the backfold and the starter fold being located on opposite sides of an intermediate sheet before being folded about the second folding line.
A rotary electric machine, comprising: a first rotor , a stator , and a second rotor that are coaxially disposed in stated order from radially centermost to radially outermost and spaced apart from one another, the stator including a plurality of pole pieces and a plurality of windings in a circumferential direction; or a second rotor , a stator , and a first rotor that are coaxially disposed in stated order from radially centermost to radially outermost and spaced apart from one another, the stator including a plurality of pole pieces and a plurality of windings in a circumferential direction, wherein the first rotor is a high-speed rotor, the second rotor is a low-speed rotor, the first rotor and the second rotor each include a magnetic material and permanent magnets , the plurality of windings generate electromagnetic torque in the first rotor and the second rotor , the electromagnetic torque is magnetically transferred to the second rotor by rotation of the first rotor , in the second rotor , torque that is magnetically transferred from the first rotor is superimposed on the electromagnetic torque, and a total number of magnetic pole pieces of the stator is 12, a total number of pole pairs of the first rotor is 4, characterized in that a total number of pole pairs of the second rotor is 8. a first rotor , a stator , and a second rotor that are coaxially disposed in stated order from radially centermost to radially outermost and spaced apart from one another, the stator including a plurality of pole pieces and a plurality of windings in a circumferential direction; or a second rotor , a stator , and a first rotor that are coaxially disposed in stated order from radially centermost to radially outermost and spaced apart from one another, the stator including a plurality of pole pieces and a plurality of windings in a circumferential direction, wherein the first rotor is a high-speed rotor, the second rotor is a low-speed rotor, the first rotor and the second rotor each include a magnetic material and permanent magnets , the plurality of windings generate electromagnetic torque in the first rotor and the second rotor , the electromagnetic torque is magnetically transferred to the second rotor by rotation of the first rotor , in the second rotor , torque that is magnetically transferred from the first rotor is superimposed on the electromagnetic torque, and a total number of magnetic pole pieces of the stator is 12, a total number of pole pairs of the first rotor is 4,
A method of monitoring conditions experienced by a pressure reduction device sealingly engaged in a pressurized container, the method comprising the steps of: receiving a series of monitoring signals representative of at least one operating condition of the pressurized container, each of the monitoring signals representing the operating condition existing at a particular time; storing each monitoring signal in a first memory ; receiving a pressure event signal from a pressure event sensor ; and transmitting a historical set of monitoring signals to a second memory , characterized by the historical set containing the monitoring signals received during a predetermined time period immediately prior to receipt of the pressure event signal. receiving a series of monitoring signals representative of at least one operating condition of the pressurized container, each of the monitoring signals representing the operating condition existing at a particular time; storing each monitoring signal in a first memory ; receiving a pressure event signal from a pressure event sensor ; and transmitting a historical set of monitoring signals to a second memory , characterized by the historical set containing the monitoring signals received during a predetermined time period immediately prior to receipt of the pressure event signal.
An ice dispenser apparatus comprising: an ice storage bin for storing ice pieces; a metering device coupled to the ice storage bin ; characterized by : a sensing device for detecting individual ice pieces dispensed from the metering device ; and in that the metering device comprises: • a cylindrical hub having an opening in the center to accommodate a shaft of a motor of the ice dispenser apparatus , • an outer cylinder surrounding said cylindrical hub • and an outer disc surrounding said outer cylinder and having at least one opening along the perimeter, wherein said at least one opening is designed to accommodate an individual ice piece and surfaces adjacent the at least one opening are sloped downwards towards the opening itself, whereby actuation of said motor causes the metering device to be rotated by said shaft and separate and dispense individual ice pieces, and the sensing device detects ice pieces dispensed from the metering device to enable dispensing of a desired number of ice pieces. an ice storage bin for storing ice pieces; a metering device coupled to the ice storage bin ; characterized by : a sensing device for detecting individual ice pieces dispensed from the metering device ; and in that the metering device comprises: • a cylindrical hub having an opening in the center to accommodate a shaft of a motor of the ice dispenser apparatus , • an outer cylinder surrounding said cylindrical hub • and an outer disc surrounding said outer cylinder and having at least one opening along the perimeter, wherein said at least one opening is designed to accommodate an individual ice piece and surfaces adjacent the at least one opening are sloped downwards towards the opening itself, a sensing device for detecting individual ice pieces dispensed from the metering device ; and in that the metering device comprises: • a cylindrical hub having an opening in the center to accommodate a shaft of a motor of the ice dispenser apparatus , • an outer cylinder surrounding said cylindrical hub • and an outer disc surrounding said outer cylinder and having at least one opening along the perimeter, wherein said at least one opening is designed to accommodate an individual ice piece and surfaces adjacent the at least one opening are sloped downwards towards the opening itself, • a cylindrical hub having an opening in the center to accommodate a shaft of a motor of the ice dispenser apparatus , • an outer cylinder surrounding said cylindrical hub • and an outer disc surrounding said outer cylinder and having at least one opening along the perimeter, whereby actuation of said motor causes the metering device to be rotated by said shaft and separate and dispense individual ice pieces, and the sensing device detects ice pieces dispensed from the metering device to enable dispensing of a desired number of ice pieces.
An assembly comprising a photomask and a pellicle, which is adhered to said photomask, wherein said pellicle comprises a rectangular frame having a pair of long side bars and a pair of short side bars to which a pellicle membrane is adhered, and at least one pair of the side bars are made to have a deflection in a same direction vertical to the pellicle membrane, before being adhered to said photomask, said assembly being characterized in that a ratio of amount of said deflection to length of respective side bar of said frame as measured at the middle points of the bars is within a range of plus/minus 30 % of a ratio of amount of maximum self-weight deflection of said photomask to the applicable side length of the photomask, and a ratio of amount of said deflection to length of respective side bar is 0.01 through 1 % as measured at the middle points of the bars. characterized in that a ratio of amount of said deflection to length of respective side bar of said frame as measured at the middle points of the bars is within a range of plus/minus 30 % of a ratio of amount of maximum self-weight deflection of said photomask to the applicable side length of the photomask, and a ratio of amount of said deflection to length of respective side bar is 0.01 through 1 % as measured at the middle points of the bars.