mhurhangee/patent-ind-claim-en huggingface dataset:
Composition for temporary sealing of articles inflatable by blowing or pumping, especially of motor vehicle pneumatic tires, comprising at least one rubber latex, at least one tackifying resin and at least two different antifreezes, it has a total solids content of rubber latex and tackifying resin of 3% to 30% by weight and the antifreezes are selected from the group consisting of propane-1,2-diol and propane-1,3-diol and butane-1,2-diol and butane-1,3-diol and glycerol and triethylene glycol and 0% to 9% by weight of ethylene glycol.
A composition for selectively isolating and concentrating nucleic acid fragments of 250 bp or less from a sample, comprising a first phase component and a second phase component forming an aqueous two phase system (ATPS) when the components are dissolved in an aqueous solution, wherein the first phase component is a polymer dissolving in a first phase, and the second phase component is a salt dissolving in a second phase, characterized in that : the polymer is polyethylene glycol 6000 at a concentration of 8-11 wt %, and the salt is potassium phosphate dibasic at a concentration of 20-22 wt %.
Method for operating a motor vehicle , wherein the motor vehicle is configured to perform at least one driverless performable driving maneuver, wherein before performing the driving maneuver a computer apparatus of the motor vehicle - checks whether at least one permissibility requirement for performing the driving maneuver has been met, - detects a performance or a previous failure to perform at least one operating action of a user of the motor vehicle located outside of the motor vehicle , which is required to start the execution of the driving maneuver, wherein performing the operating action can be detected by a monitoring apparatus connected to the computer apparatus and/or by means of transmitting information describing the performance of the operating action to a communication apparatus of the motor vehicle connected to the computer apparatus , - determines as a function of meeting or not meeting the permissibility requirement and as function of the already performed or previous failure to perform the operating action a state from a group of possible states, and - activates at least one signaling apparatus of the motor vehicle to generate a signal associated with the determined state from a group of distinguishable signals which can be perceived outside the motor vehicle and each associated with one of the possible states. - checks whether at least one permissibility requirement for performing the driving maneuver has been met, - detects a performance or a previous failure to perform at least one operating action of a user of the motor vehicle located outside of the motor vehicle , which is required to start the execution of the driving maneuver, wherein performing the operating action can be detected by a monitoring apparatus connected to the computer apparatus and/or by means of transmitting information describing the performance of the operating action to a communication apparatus of the motor vehicle connected to the computer apparatus , - determines as a function of meeting or not meeting the permissibility requirement and as function of the already performed or previous failure to perform the operating action a state from a group of possible states, and - activates at least one signaling apparatus of the motor vehicle to generate a signal associated with the determined state from a group of distinguishable signals which can be perceived outside the motor vehicle and each associated with one of the possible states.
A self-adaptive software background update method, applied to a network terminal system, the network terminal system comprising a television, a computer or a mobile phone, the method comprising: monitoring (S1), a TCP download request in the network terminal system, after the network terminal system starts up; filtering (S2), a download request of a network video and a download request of a system update software from the TCP download request among all TCP download requests, when the download request of the network video and the download request of the system update software exist simultaneously in the TCP download request; downloading and playing (S3), the network video under a TCP link according to the download request of the network video, and obtaining a data cache amount of the network video; starting up (S4), a download of the system update software according to the download request of the system update software, after the network video is downloaded and controlling (S5), a download rate of the system update software in the TCP link according to a network bandwidth and the data cache amount of the network video. monitoring (S1), a TCP download request in the network terminal system, after the network terminal system starts up; filtering (S2), a download request of a network video and a download request of a system update software from the TCP download request among all TCP download requests, when the download request of the network video and the download request of the system update software exist simultaneously in the TCP download request; downloading and playing (S3), the network video under a TCP link according to the download request of the network video, and obtaining a data cache amount of the network video; starting up (S4), a download of the system update software according to the download request of the system update software, after the network video is downloaded and controlling (S5), a download rate of the system update software in the TCP link according to a network bandwidth and the data cache amount of the network video.
An electronic device (E) with a display interface, comprising: a device body , comprising a groove ; a display module , disposed on the device body, wherein the display module comprises a shaft , the shaft is rotatably connected to the groove, and is adapted to be slid in the groove, and an extension direction (α) of the groove differs from an axis (β) of the shaft, wherein the extension direction (α) of the groove is perpendicular to the axis (β) of the shaft , wherein the shaft is slid between a first groove position and a second groove position inside the groove , and when the shaft is in the first groove position, an orientation of the display module relative to the device body is restricted, and when the shaft is in the second groove position, the display module is adapted to be rotated relative to the device body , wherein the shaft comprises a plurality of flexible fasteners , the flexible fasteners are arranged in an annular manner, the flexible fasteners are wedged into the device body , the groove comprises a first groove area , a second groove area and a waist area , the waist area is located between the first groove area and the second groove area, a width of the waist area is smaller than a width of the first groove area, the width of the waist area is smaller than a width of the second groove area , and when the shaft is in the first groove position, the shaft is in the first groove area, and when the shaft is in the second groove position, the shaft is in the second groove area. a device body , comprising a groove ; a display module , disposed on the device body, wherein the display module comprises a shaft , the shaft is rotatably connected to the groove, and is adapted to be slid in the groove, and an extension direction (α) of the groove differs from an axis (β) of the shaft, wherein the extension direction (α) of the groove is perpendicular to the axis (β) of the shaft , wherein the shaft is slid between a first groove position and a second groove position inside the groove , and when the shaft is in the first groove position, an orientation of the display module relative to the device body is restricted, and when the shaft is in the second groove position, the display module is adapted to be rotated relative to the device body , wherein the shaft comprises a plurality of flexible fasteners , the flexible fasteners are arranged in an annular manner, the flexible fasteners are wedged into the device body , the groove comprises a first groove area , a second groove area and a waist area , the waist area is located between the first groove area and the second groove area, a width of the waist area is smaller than a width of the first groove area, the width of the waist area is smaller than a width of the second groove area , and when the shaft is in the first groove position, the shaft is in the first groove area, and when the shaft is in the second groove position, the shaft is in the second groove area.
A drive assembly for a drug delivery device , comprising • a piston rod which is moveable in a distal direction in order to deliver a dose of medication, • an actuator which is configured to be depressed in order to deliver a dose of medication, • a drive element which is configured to cause a movement of the piston rod in a distal direction, and • a decelerating mechanism which is configured to decelerate the movement of the drive element such that the movement of the piston rod in a distal direction is decelerated during the dispense of a dose, wherein the decelerating mechanism comprises a decelerating element which is an integral part of a housing of the drug delivery device or fixed with respect to the housing by a guiding element , wherein the drive element is configured to rotate with respect to the housing during the dispense of a dose and thereby causes a rotational movement of the piston rod , wherein the decelerating element and the drive element rub against each other during the dispense of a dose, wherein the decelerating element comprises a first contact surface and the drive element comprises a second contact surface , wherein the first and the second contact surfaces are arranged with a distance to each other during a setting of a dose, wherein, during the dispense of a dose caused by depression of the actuator , the first contact surface and the second contact surface rub against each other, wherein the drive assembly comprises a spring member , wherein energy is released from the spring member when the actuator is operated by a user, and wherein the energy which is released from the spring member causes the drive element to rotate. • a piston rod which is moveable in a distal direction in order to deliver a dose of medication, • an actuator which is configured to be depressed in order to deliver a dose of medication, • a drive element which is configured to cause a movement of the piston rod in a distal direction, and • a decelerating mechanism which is configured to decelerate the movement of the drive element such that the movement of the piston rod in a distal direction is decelerated during the dispense of a dose, wherein the decelerating mechanism comprises a decelerating element which is an integral part of a housing of the drug delivery device or fixed with respect to the housing by a guiding element ,
An electronic module that outputs a dampening signal to a motor control for dampening rotation of a suspended object , characterised in that the module : is programmed to store a mass dependent value of the object ; calculates a torsional oscillation dampening signal using an algorithm that is based at least in part on the mass-dependent value of the object ; and transmits a dampening signal that dampens rotation of the object in the horizontal plane. is programmed to store a mass dependent value of the object ; calculates a torsional oscillation dampening signal using an algorithm that is based at least in part on the mass-dependent value of the object ; and transmits a dampening signal that dampens rotation of the object in the horizontal plane.
Painting plant comprising at least one painting booth containing a painting system intended to apply paint onto objects placed in the booth, and comprising a magazine containing a plurality of cartridges containing paint, and a system for automatically transporting the cartridges from the magazine to feeding stations which feed the paint from the cartridges to the painting system in the booth, characterized in that the feeding stations expel an empty cartridge as a disposable element, the automatic transport system is a pneumatic transport system comprising a starting station for sending the cartridges from the magazine and at least one arrival station for receiving the cartridges, which is arranged next to the booth and the arrival station comprising a chute which leads into a collection container so that the used cartridges are ejected from the plant to be eliminated.
A respiratory mask assembly comprising a mask interface , a headgear assembly , and a removable frame : the mask interface comprising a housing and a seal coupled to the housing , the seal configured to seal on a user's face in use; the headgear assembly being coupled to the removable frame at four locations via an upper and a lower side strap , the headgear assembly also comprising at least two automatically adjusting headgear mechanisms, one of the at least two automatically adjusting headgear mechanisms disposed on each side of the user's face in use; and the removable frame comprising two upper headgear connector arms and two lower headgear connector arms , a gas path positioned within a space defined by a portion of the rear surface of the frame , and insert recesses , each insert recess housing one of the at least two automatically adjusting headgear mechanisms, wherein the frame and the gas path are integrated to form a single component, and wherein the frame is generally quadrilateral in shape and comprises a front surface and a rear surface , each having upper, lower and side edges, and wherein the two lower headgear connector arms extend from the rear surface , at, adjacent, or spaced from the lower edge of the front surface ; and wherein the upper side strap of the headgear can be coupled, permanently or removably, to each of the upper headgear connector arms and the lower side strap of the headgear can be coupled, permanently or removably, to each of the lower headgear connector arms . the mask interface comprising a housing and a seal coupled to the housing , the seal configured to seal on a user's face in use; the headgear assembly being coupled to the removable frame at four locations via an upper and a lower side strap , the headgear assembly also comprising at least two automatically adjusting headgear mechanisms, one of the at least two automatically adjusting headgear mechanisms disposed on each side of the user's face in use; and the removable frame comprising two upper headgear connector arms and two lower headgear connector arms , a gas path positioned within a space defined by a portion of the rear surface of the frame , and insert recesses , each insert recess housing one of the at least two automatically adjusting headgear mechanisms, wherein the frame and the gas path are integrated to form a single component, and wherein the frame is generally quadrilateral in shape and comprises a front surface and a rear surface , each having upper, lower and side edges, and wherein the two lower headgear connector arms extend from the rear surface , at, adjacent, or spaced from the lower edge of the front surface ; and wherein the upper side strap of the headgear can be coupled, permanently or removably, to each of the upper headgear connector arms and the lower side strap of the headgear can be coupled, permanently or removably, to each of the lower headgear connector arms .
An immunogenic composition for eliciting an immune response in a human comprising: (i) an adenoviral vector, encoding an immunogenic polypeptide encompassed by (ii) an agent that directs delivery of the adenoviral vector to the ileum of the human, wherein agent (ii) is an enteric coating that has a threshold pH 5.8, 5.9, 6, or 6.1.
A glass composition suitable for fiber forming comprising: SiO 2 51-63 weight percent; Al 2 O 3 14.5-19 weight percent; CaO 0.5-10 weight percent; MgO 0-12 weight percent; Na 2 O 0-1 weight percent; K 2 O 0-1 weight percent; Li 2 O is present in an amount up to 2 weight percent; TiO 2 0-3 weight percent; B 2 O 3 0-2 weight percent; P 2 O 5 0-3 weight percent; Fe 2 O 3 0-1 weight percent; at least one rare earth oxide in an amount of greater than 3 weight percent and up to 15 weight percent; and other constituents 0-11 weight percent total.
A system of controlling a function of a person support apparatus, the system comprising: a person support apparatus adapted to support a patient, the person support apparatus comprising at least one removable component , and a controller adapted to communicatively couple with the at least one removable component of the person support apparatus, the controller adapted to determine the absence or presence of the at least one removable component and in response to the determination disable or enable at least one movement of the person support apparatus, characterised in that the person support apparatus further comprises a plurality of removable components each of which comprises a unique RF identifier, so that the controller can distinguish between components coupled to the person support apparatus.
A wave-guiding device comprising: one or more cholesteric liquid crystal, CLC, layers each comprising a plurality of chiral structures (1012-1, ..., 1012-i, 1162-1, ..., 1162-i), wherein each chiral structure comprises a plurality of liquid crystal molecules (1012-1-1, ..., 1012-i-j, 1162-1-1, ..., 1162-i-j) that extend in a layer depth direction (z) and are successively rotated in a first rotation direction, wherein arrangements of the liquid crystal molecules (1012-1-1, ..., 1012-i-j, 1162-1-1, ..., 1162-i-j) of the chiral structures (1012-1, ..., 1012-i, 1162-1, ..., 1162-i) vary periodically in a lateral direction (x) perpendicular to the layer depth direction (z) such that the one or more CLC layers are configured to Bragg-reflect incident light; and one or more waveguides formed over the one or more CLC layers and configured to optically couple Bragg-reflected light from the one or more CLC layers such that the Bragg-reflected light travels in the lateral direction under total internal reflection, TIR, the wave-guiding device being characterized in that it is configured to have a field of view, FOV, within which a diffraction efficiency is greater than 25%, which exceeds 20°, wherein different ones of the one or more CLC layers have liquid crystal molecules that extend in the layer depth direction at different helical pitches (p, p1, p2, p3, p4). one or more cholesteric liquid crystal, CLC, layers each comprising a plurality of chiral structures (1012-1, ..., 1012-i, 1162-1, ..., 1162-i), wherein each chiral structure comprises a plurality of liquid crystal molecules (1012-1-1, ..., 1012-i-j, 1162-1-1, ..., 1162-i-j) that extend in a layer depth direction (z) and are successively rotated in a first rotation direction, wherein arrangements of the liquid crystal molecules (1012-1-1, ..., 1012-i-j, 1162-1-1, ..., 1162-i-j) of the chiral structures (1012-1, ..., 1012-i, 1162-1, ..., 1162-i) vary periodically in a lateral direction (x) perpendicular to the layer depth direction (z) such that the one or more CLC layers are configured to Bragg-reflect incident light; and one or more waveguides formed over the one or more CLC layers and configured to optically couple Bragg-reflected light from the one or more CLC layers such that the Bragg-reflected light travels in the lateral direction under total internal reflection, TIR, the wave-guiding device being characterized in that it is configured to have a field of view, FOV, within which a diffraction efficiency is greater than 25%, which exceeds 20°, wherein different ones of the one or more CLC layers have liquid crystal molecules that extend in the layer depth direction at different helical pitches (p, p1, p2, p3, p4).
Method for operating a wind turbine comprising a management system for controlling the wind turbine according to prescribed rules and a safety system , separate from the management system , for monitoring the wind turbine on the basis of operational characteristic values , wherein the safety system transfers the wind turbine to a safe plant state independently of the management system if safety-critical operational characteristic values violate safety parameters stored in the safety system , characterized in that in order to change at least one safety parameter stored in the safety system a parameter block comprising the at least one safety parameter and at least two safety features is supplied to the safety system and accepted by the safety system for the monitoring only after a positive check on all of the safety features , wherein the check on at least one of the safety features requires comparison against check information (24.1, 25) available directly on the wind turbine .
A telecommunications panel comprising: a panel frame having a front panel portion and opposite side panel portions, the front panel portion extending between the opposite side panel portions and configured to receive a plurality of modular jacks therethrough, the panel frame including a plurality of tabs defining a channel ; a ground wire secured to the panel frame by the plurality of tabs and extending longitudinally along the panel frame within the channel, the ground wire arranged such that the plurality of modular jacks presses against the ground wire when the plurality of modular jacks are received through the front panel portion of the panel frame. a panel frame having a front panel portion and opposite side panel portions, the front panel portion extending between the opposite side panel portions and configured to receive a plurality of modular jacks therethrough, the panel frame including a plurality of tabs defining a channel ; a ground wire secured to the panel frame by the plurality of tabs and extending longitudinally along the panel frame within the channel, the ground wire arranged such that the plurality of modular jacks presses against the ground wire when the plurality of modular jacks are received through the front panel portion of the panel frame.