mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid tank comprising: a first reservoir configured to contain a print fluid; a second reservoir configured to contain the print fluid; a first Input/Output (I/O) port configured to fluidly couple with a printhead to allow the print fluid to flow into or out of the first reservoir ; a second I/O port configured to fluidly couple with the printhead to allow the print fluid to flow into or out of the second reservoir ; and characterized by a flexible membrane between the first reservoir and the second reservoir configured to flex to create a pressure difference between the first reservoir and the second reservoir . a first reservoir configured to contain a print fluid; a second reservoir configured to contain the print fluid; a first Input/Output (I/O) port configured to fluidly couple with a printhead to allow the print fluid to flow into or out of the first reservoir ; a second I/O port configured to fluidly couple with the printhead to allow the print fluid to flow into or out of the second reservoir ; and characterized by a flexible membrane between the first reservoir and the second reservoir configured to flex to create a pressure difference between the first reservoir and the second reservoir .
A drive system comprises a support structure, at least one carriage and a planar guideway supported by the structure which permits movement of the carriage in two orthogonal directions in the plane of the guideway; wherein the carriage has a cuboid housing carrying a depending neck which supports a guide sprocket and to which neck a robotic device can be connected; and wherein the guideway is defined by means of a rectangular array of depending pegs spaced to permit a carriage housing to move between them, each peg carrying a horizontal flange which provides a bearing surface for a base of the carriage housing, and a spool shaped to interact with the sprocket in order to guide the carriage.
A privacy door assembly for installation in an aircraft, which aircraft has a flight deck separated from a cabin by a flight deck door , the privacy door assembly installable between the flight deck door and the cabin , the privacy door assembly comprising: - a door frame comprising a first post and a second post , wherein the second post comprises a latch recess ; - a privacy door rotatably coupleable to the first post via a set of hinges , wherein the privacy door comprises - a decompression latch arranged to engage the latch recess when the privacy door is in a closed position within the door frame , wherein, the decompression latch is configured to disengage from the latch recess in response to a decompression detected on a forward side of the privacy door , and wherein the privacy door further comprises a slam latch spring positioned to bias a slam latch toward the first post , wherein the first post comprises a cylindrical striker , and wherein the cylindrical striker comprises a slot . - a door frame comprising a first post and a second post , wherein the second post comprises a latch recess ; - a privacy door rotatably coupleable to the first post via a set of hinges , wherein the privacy door comprises - a decompression latch arranged to engage the latch recess when the privacy door is in a closed position within the door frame , wherein,
A method of controlling an AC electrical motor , comprising: opening a solid-state switch coupled between an AC power supply and the AC electrical motor , the AC power supply supplying AC electrical power to the AC electrical motor to rotate the AC electrical motor when the solid-state switch is closed, and the AC power supply being disconnected from the AC electrical motor to stop rotation of the AC electrical motor when the solid-state switch is opened; receiving a first control signal to turn on the AC electrical motor ; monitoring a waveform of the AC electrical power supplied by the AC power supply , wherein the waveform is a first waveform; delaying closing the solid-state switch after receiving the first control signal until the waveform of the AC electrical power reaches a predetermined state, wherein the predetermined state is a first predetermined state; sending a second control signal to close the solid-state switch after the waveform of the AC electrical power reaches the first predetermined state; sending a third control signal to reopen the solid state switch after the second control signal has been sent; monitoring a second waveform of the AC electrical power supplied by the AC power supply ; and delaying closing the solid state switch until the second waveform of the AC electrical power reaches a second predetermined state, wherein the first and second predetermined states are different from each other to allow greater current flow through the solid state switch during the second waveform than the first waveform. opening a solid-state switch coupled between an AC power supply and the AC electrical motor , the AC power supply supplying AC electrical power to the AC electrical motor to rotate the AC electrical motor when the solid-state switch is closed, and the AC power supply being disconnected from the AC electrical motor to stop rotation of the AC electrical motor when the solid-state switch is opened; receiving a first control signal to turn on the AC electrical motor ; monitoring a waveform of the AC electrical power supplied by the AC power supply , wherein the waveform is a first waveform; delaying closing the solid-state switch after receiving the first control signal until the waveform of the AC electrical power reaches a predetermined state, wherein the predetermined state is a first predetermined state; sending a second control signal to close the solid-state switch after the waveform of the AC electrical power reaches the first predetermined state; sending a third control signal to reopen the solid state switch after the second control signal has been sent; monitoring a second waveform of the AC electrical power supplied by the AC power supply ; and delaying closing the solid state switch until the second waveform of the AC electrical power reaches a second predetermined state, wherein the first and second predetermined states are different from each other to allow greater current flow through the solid state switch during the second waveform than the first waveform.
Use of a compound of formula (I) or of a mixture of compounds of formula (I) wherein: - R 1 is an unsubstituted saturated linear alkyl chain including 11 carbon atoms, q = p = 0 and n = 2, or - R 1 is an unsubstituted saturated linear alkyl chain including 9 carbon atoms, p = n = 1 and q = 3, as insecticide for treating the insects of the family of hemiptera, lepidoptera, diptera and/or coleoptera. - R 1 is an unsubstituted saturated linear alkyl chain including 11 carbon atoms, q = p = 0 and n = 2, or - R 1 is an unsubstituted saturated linear alkyl chain including 9 carbon atoms, p = n = 1 and q = 3,
A film forming apparatus comprising: first and second heating chambers (H1, H2) including first and second heating spaces ; first and second heating moving mechanisms provided in said first and second heating spaces, said first heating moving mechanism performing first heating treatment by moving a substrate in a first direction inside said first heating space, and said second heating moving mechanism performing second heating treatment by moving said substrate in a second direction inside said second heating space; a conveyance moving mechanism configured to perform conveyance processing of moving said substrate along a conveying direction, to thereby cause the substrate to pass through a film forming path outside said first and second heating chambers, and convey said substrate between the first and second heating chambers; and a mist spraying mechanism configured to perform mist spraying treatment of spraying source mist (MT) toward said substrate passing through said film forming path, the source mist being obtained by atomizing a source solution, wherein after at least one heating treatment of said first and second heating treatments is performed, a thin film is formed on said substrate by performing said mist spraying treatment with said mist spraying mechanism. first and second heating chambers (H1, H2) including first and second heating spaces ; first and second heating moving mechanisms provided in said first and second heating spaces, said first heating moving mechanism performing first heating treatment by moving a substrate in a first direction inside said first heating space, and said second heating moving mechanism performing second heating treatment by moving said substrate in a second direction inside said second heating space; a conveyance moving mechanism configured to perform conveyance processing of moving said substrate along a conveying direction, to thereby cause the substrate to pass through a film forming path outside said first and second heating chambers, and convey said substrate between the first and second heating chambers; and a mist spraying mechanism configured to perform mist spraying treatment of spraying source mist (MT) toward said substrate passing through said film forming path, the source mist being obtained by atomizing a source solution, wherein after at least one heating treatment of said first and second heating treatments is performed, a thin film is formed on said substrate by performing said mist spraying treatment with said mist spraying mechanism.
A syrup dispensing cup comprising: a body structure having a first end with a first opening, a second end with a second opening, a sidewall structure extending between the first end and the second end, and having an interior space, characterized in that the body structure comprises a first polyester or co-polyester resin comprising one or more first co-monomers incorporated into the first resin at a first mol % and having an intrinsic viscosity from about 0.45 dL/g to about 1.3 dL/g when measured at a temperature of 25° C.; wherein the first opening is sealed with a first sealing layer and the second opening is sealed with a second sealing layer, each sealing layer comprising a second PET-based co-polyester resin comprising one or more second co-monomers incorporated into the second resin at a second mol %; and wherein the ratio of the first mole % to the second mol % is less than 1. a body structure having a first end with a first opening, a second end with a second opening, a sidewall structure extending between the first end and the second end, and having an interior space, characterized in that the body structure comprises a first polyester or co-polyester resin comprising one or more first co-monomers incorporated into the first resin at a first mol % and having an intrinsic viscosity from about 0.45 dL/g to about 1.3 dL/g when measured at a temperature of 25° C.; wherein the first opening is sealed with a first sealing layer and the second opening is sealed with a second sealing layer, each sealing layer comprising a second PET-based co-polyester resin comprising one or more second co-monomers incorporated into the second resin at a second mol %; and wherein the ratio of the first mole % to the second mol % is less than 1.
A wellbore servicing system comprising: a centralizer comprising: a first body portion ; a second body portion ; a plurality of bow springs connecting the first body portion to the second body portion ; and a window disposed in the first body portion ; and a wellbore tubular disposed longitudinally within the first body portion , the second body portion , and the plurality of bow springs ; and an upset disposed on the surface of the wellbore tubular and within the window , characterized in that the size of the upset and the window within which the upset is disposed is chosen to allow the first body portion to move rotationally relative to the wellbore tubular upon compression or decompression of the bow springs . a centralizer comprising: a first body portion ; a second body portion ; a plurality of bow springs connecting the first body portion to the second body portion ; and a window disposed in the first body portion ; and a first body portion ; a second body portion ; a plurality of bow springs connecting the first body portion to the second body portion ; and a window disposed in the first body portion ; and a wellbore tubular disposed longitudinally within the first body portion , the second body portion , and the plurality of bow springs ; and an upset disposed on the surface of the wellbore tubular and within the window , characterized in that the size of the upset and the window within which the upset is disposed is chosen to allow the first body portion to move rotationally relative to the wellbore tubular upon compression or decompression of the bow springs .
A tensioning strap , which can be used in an orthopedic aid or in a sports aid comprising a strap-shaped base body with a longitudinal direction (L), wherein the base body is compressible in the longitudinal direction (L), and comprising at least one pull cable , wherein the pull cable runs at least once along the longitudinal direction (L) of the base body , wherein the base body is designed as a netted strap or a mesh strap.
A reciprocating cutting tool, wherein the reciprocating cutting tool is operable in two working modes which includes a reciprocating saw mode and a jig saw mode; the reciprocating cutting tool comprising a housing; a reciprocating mechanism ; an actuating mechanism and a cutter-lifting mechanism disposed in the housing; the reciprocating mechanism comprises a reciprocating rod disposed in the housing, and the cutter-lifting mechanism comprises an actuating member and a pushing member disposed on the reciprocating rod ; the actuating member comprises a first engaging portion and a second engaging portion for engaging with the pushing member respectively; when the reciprocating rod is driven to perform a reciprocating motion relative to the housing by the actuating mechanism , the reciprocating rod under a cutting force simultaneously drives the pushing member to deflect close to the first engaging portion or the second engaging portion ; and when the first engaging portion or the second engaging portion is driven to move close to the pushing member by the actuating mechanism , the first engaging portion or the second engaging portion pushes the pushing member towards the side which the first engaging portion or the second engaging portion deflects to force the reciprocating rod to implement a cutter-lifting motion.
A method comprising: receiving, by a fusion function, redundant sensor measurements from a plurality of sensors that comprise at least an inertial measurement unit, wherein redundancy of the redundant sensor measurements is achieved based on an independence between measurements from different physical sensor units; calculating, by the fusion function, fused navigation parameters based on a fusion of the redundant sensor measurements; and providing, by the fusion function, fused navigation parameters to an abstraction layer; calculating, by the abstraction layer, an estimated state, wherein the estimated state comprises the fused navigation parameters and safety assessment information for the fused navigation parameters, wherein the safety assessment information describes the accuracy of the fused navigation parameters of the estimated state; providing, by the abstraction layer, the estimated state directly to a plurality of user systems; determining, by a user system in the plurality of user systems, whether operations typically performed by the user system are possible based on comparing the estimated state against operational navigation error limits for the operations. receiving, by a fusion function, redundant sensor measurements from a plurality of sensors that comprise at least an inertial measurement unit, wherein redundancy of the redundant sensor measurements is achieved based on an independence between measurements from different physical sensor units; calculating, by the fusion function, fused navigation parameters based on a fusion of the redundant sensor measurements; and providing, by the fusion function, fused navigation parameters to an abstraction layer; calculating, by the abstraction layer, an estimated state, wherein the estimated state comprises the fused navigation parameters and safety assessment information for the fused navigation parameters, wherein the safety assessment information describes the accuracy of the fused navigation parameters of the estimated state; providing, by the abstraction layer, the estimated state directly to a plurality of user systems; determining, by a user system in the plurality of user systems, whether operations typically performed by the user system are possible based on comparing the estimated state against operational navigation error limits for the operations.
A fuel tank arrangement for an internal combustion engine of a vehicle, the fuel tank arrangement comprising a fuel tank arranged to contain a combustible gas, wherein the fuel tank arrangement further comprises a combustible gas burning arrangement for combustion of combustible gas, said combustible gas burning arrangement being positioned in downstream fluid communication with the fuel tank via a first conduit for receiving combustible gas from the fuel tank , wherein the combustible gas burning arrangement is further arranged in fluid communication with the fuel tank via a second conduit , the fuel tank arrangement further comprising a pressure controlled valve positioned in fluid communication between the gas burning arrangement and the first and second conduits, respectively, the pressure controlled valve being arranged to be positioned in an open position if the gas pressure level in either the first or the second conduits exceeds a predetermined limit, wherein the fuel tank arrangement further comprises a gas converter arrangement comprising an evaporating unit , the gas converter arrangement being positioned in downstream fluid communication with said fuel tank and arranged to convert liquefied combustible gas to combustible gas for delivery to the internal combustion engine , wherein the gas burning arrangement is arranged in fluid communication with the gas converter arrangement via the second conduit and wherein the pressure controlled valve arrangement is positioned in fluid communication between the gas converter arrangement and the combustible gas burning arrangement via the second conduit , characterised in that the gas converter arrangement further comprises a high pressure fuel pump , the gas converter arrangement being arranged to convert liquefied combustible gas to compressed combustible gas for delivery to the internal combustion engine.
Circuit arrangement for operating an electromagnetic drive system for electromechanical devices, in particular having a mechanically locked end position, having at least one control voltage source with a feeding voltage (U B ), having at least a regulating and control circuit , having at least one drive system , having at least one transformer (T1), having at least one rectifier bridge (VD5, VD6, VD7, VD8), having at least one smoothing capacitor (C5), having at least one main switching transistor (VT2) by means of which the drive system can be actuated in a characteristic pulse tracking system and wherein the main switching transistor (VT2) is connected in series with a primary branch of the transformer (T1), wherein the transformer (T1) is connected to the feeding voltage (U B ) and the secondary side of the transformer (T1) feeds the rectifier bridge (VD5, VD6, VD7, VD8), characterized in that the DC output voltage of the rectifier bridge (VD5, VD6, VD7, VD8) is smoothed by the smoothing capacitor (C5) and is added to the feeding voltage (U B ) of the control voltage source so that feeding with DC voltage with a temporal feeding profile takes place.
The combination of a container of a first volume and a fluid containment and dispensing apparatus; the fluid containment and dispensing apparatus including a flexible bag , having a bag flange that is attached to the bag , the container having an inner wall, and a collar , the collar comprising a plurality of components, including a collar body, a collar flange , and a top plate having a first aperture therein configured for connection to a first fluid carrying conduit , the first fluid carrying conduit providing for egress of fluid from the bag , wherein the container comprises walls the walls having inner and outer surfaces, wherein the collar body extends from a wall of the container , the container providing two ports located in a wall of the container, providing for ingress and egress of fluid to and from a space situated between the outer surface of the bag and the inner surface of the container , the apparatus further comprising fastening means to fasten the collar body and top plate together such that the bag flange is fastened between the collar flange and the top plate ; and the apparatus further comprising a pump in fluid communication with the first fluid carrying conduit , the pump configured to cause egress of fluid from the bag via said first fluid carrying conduit, wherein the two ports are located in the same wall of the container from which the collar body extends and the ports are located on opposing sides of the collar body.
Device for transmitting data and/or power from a rotating part, for example a pipe handler , to a non-rotating part, for example a top drive , of a drilling rig or a workover rig, characterized in that the device comprises at least one slip ring with at least one sliding contact in contact therewith, in that the device comprises a first ring and a second ring , in that the first ring and the second ring delimit a closed area, in that the slip ring(s) and the sliding contact(s) are arranged within the closed area, in that the first ring has a circumferential groove , in that the second ring is received at least partially in the groove of the first ring , and in that the slip ring(s) and the sliding contact(s) is/are arranged within the groove on the first ring or on the second ring , respectively.
A method for manufacturing a reconstituted tobacco binder (RTB) sheet , comprising a raw tobacco material and a binding agent , wherein the raw tobacco material is positioned on a conveyer belt , which moves in a forward direction , and the raw tobacco material is formed by at least one forming head to a raw tobacco material layer , wherein the binding agent is subsequently applied on the raw tobacco material layer and then dried in a drying process, thereby creating the RTB sheet , characterized in that a tobacco product comprising tobacco particles and a liquid medium is applied on the raw tobacco material layer and/or the RTB sheet during the manufacturing, wherein the tobacco particles are having an average particle size of 30 μm or less.