mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel injector for a turbine engine, the injector comprising a body having a fuel inlet opening into an upstream chamber and a fuel outlet connected to a downstream chamber , a metering valve being mounted between the upstream chamber and the downstream chamber , said valve being subjected to the action of an elastic return spring tending to return the valve to a closed position, the spring and the valve being designed to allow the opening of the valve and to allow the passage of fuel from the upstream chamber to the downstream chamber above a given fuel pressure in the upstream chamber , the return spring extending along the axis (X) of movement of the valve , characterized in that the spring has a first axial end and a second axial end which are annular and are connected to one another by at least two helical parts which are elastically deformable in the axial direction (X).
A consumer product comprising a liquid laundry treatment composition housed in a container, wherein; a. the container comprises a spray applicator and an internal chamber comprising the laundry treatment composition and the liquid laundry treatment composition is in contact with the spray applicator and the spray applicator is capable of spraying the liquid laundry treatment composition into the environment external to the container upon activation of the spray applicator; b. the liquid laundry treatment composition comprises at least 80% by weight of the liquid laundry detergent composition of water; and between 5% and 10% by weight of the liquid laundry treatment composition of non-soap surfactant, wherein the non-soap surfactant comprises non-soap anionic surfactant and the non-soap surfactant comprises 100% by weight of the non-soap surfactant of the non-soap anionic surfactant, wherein the liquid laundry treatment composition comprises from 0.3% to 0.7% by weight of the liquid laundry treatment composition of a cationic polymer wherein the cationic polymer is a hydroxyethyl cellulose derivatised with trimethyl ammonium substituted epoxide, and wherein the non-soap anionic surfactant comprises a sulphate or a sulphonate anionic surfactant or a mixture thereof. a. the container comprises a spray applicator and an internal chamber comprising the laundry treatment composition and the liquid laundry treatment composition is in contact with the spray applicator and the spray applicator is capable of spraying the liquid laundry treatment composition into the environment external to the container upon activation of the spray applicator; b. the liquid laundry treatment composition comprises at least 80% by weight of the liquid laundry detergent composition of water; and between 5% and 10% by weight of the liquid laundry treatment composition of non-soap surfactant, wherein the non-soap surfactant comprises non-soap anionic surfactant and the non-soap surfactant comprises 100% by weight of the non-soap surfactant of the non-soap anionic surfactant, wherein the liquid laundry treatment composition comprises from 0.3% to 0.7% by weight of the liquid laundry treatment composition of a cationic polymer wherein the cationic polymer is a hydroxyethyl cellulose derivatised with trimethyl ammonium substituted epoxide, and wherein the non-soap anionic surfactant comprises a sulphate or a sulphonate anionic surfactant or a mixture thereof. wherein the liquid laundry treatment composition comprises from 0.3% to 0.7% by weight of the liquid laundry treatment composition of a cationic polymer wherein the cationic polymer is a hydroxyethyl cellulose derivatised with trimethyl ammonium substituted epoxide, and wherein the non-soap anionic surfactant comprises a sulphate or a sulphonate anionic surfactant or a mixture thereof.
Method for managing the allocation, by a server of a wide area communication network, of a first list of carrier frequencies that can be used by an electronic device connected to said network for sending messages, the server receiving said messages, the method being executed by the server, the method comprising the steps of: - determining a second list of carrier frequencies, this list corresponding to a list of predetermined frequencies, - receiving a first message coming from the electronic device, the first message having been sent on a first carrier frequency that is not included in the second list, - determining the value of a quality parameter associated with the first message received, - when the value of a second quality parameter , calculated according to the first quality parameter, exceeds the value of a first threshold: ∘ determining a first sub-list of the second list, comprising at least one second carrier frequency, the second carrier frequency not being included in the first list, ∘ determining a second sub-list of the first list, comprising at least one third frequency, the third carrier frequency not being included in the second list, the first sub-list and the second sub-list comprising the same number of carrier frequencies, - sending to the electronic device a second message comprising at least one command, the command making it possible to replace the carrier frequencies of the second sub-list with the carrier frequencies of the first sub-list. - determining a second list of carrier frequencies, this list corresponding to a list of predetermined frequencies, - receiving a first message coming from the electronic device, the first message having been sent on a first carrier frequency that is not included in the second list, - determining the value of a quality parameter associated with the first message received, - when the value of a second quality parameter , calculated according to the first quality parameter, exceeds the value of a first threshold: ∘ determining a first sub-list of the second list, comprising at least one second carrier frequency, the second carrier frequency not being included in the first list, ∘ determining a second sub-list of the first list, comprising at least one third frequency, the third carrier frequency not being included in the second list, the first sub-list and the second sub-list comprising the same number of carrier frequencies, ∘ determining a first sub-list of the second list, comprising at least one second carrier frequency, the second carrier frequency not being included in the first list, ∘ determining a second sub-list of the first list, comprising at least one third frequency, the third carrier frequency not being included in the second list, - sending to the electronic device a second message comprising at least one command, the command making it possible to replace the carrier frequencies of the second sub-list with the carrier frequencies of the first sub-list.
Female quick coupling for connecting a lubrication line suitable for transporting the grease, said coupling comprising an external body and a front valve adapt to operate the fluid closure of said coupling, the coupling further comprising a front slider and a rear slider arranged coaxial inside said external body and axially movable with respect to it, characterized in that it further comprises a rear adapter body in turn comprising a grease inlet duct and a grease outlet duct and a by-pass duct formed inside the body of said rear adapter and able to realize a fluid connection between said inlet and outlet ducts, and in that said rear slider is configured so as to selectively open or close said by-pass channel , and in that said by-pass channel obtained in said body of said rear adapter has an annular configuration.
A shuttle for propelling horizontally and vertically in a racking system comprising horizontal tracks and vertical tracks , the shuttle comprising a horizontal propelling system for propelling on horizontal tracks and a vertical propelling system for propelling in vertical tracks, • the horizontal propelling system comprises at least 4 propelling wheels , which wheels each are retractable and extendable to and from one of the left and right side of the shuttle; characterised in that • the vertical propelling system comprises at least a first climbing system comprising a vertical wing retractable and extendable to and from the left or right side of the shuttle; said at least first vertical wing comprising at least two rotatable wheels , each rotatable around a wheel axis the at least two rotatable wheels being • one climbing wheel adapted to exercise a rotating movement for vertical propelling over a first vertical surface of a vertical track; • one press wheel adapted to provide vertical guidance of the shuttle and to provide counter-pressure during vertical propelling to a second surface of the vertical track; said at least first vertical wing comprising a pivoting means adapted to pivot the two rotatable wheel axes of the two rotatable wheels around a pivot axis between a first position, wherein the climbing and press wheel are free of contacting the first and second vertical surface, and a second position, wherein the climbing and press wheel contact the first respectively the second vertical surface. • the horizontal propelling system comprises at least 4 propelling wheels , which wheels each are retractable and extendable to and from one of the left and right side of the shuttle; characterised in that • the vertical propelling system comprises at least a first climbing system comprising a vertical wing retractable and extendable to and from the left or right side of the shuttle; said at least first vertical wing comprising at least two rotatable wheels , each rotatable around a wheel axis the at least two rotatable wheels being • one climbing wheel adapted to exercise a rotating movement for vertical propelling over a first vertical surface of a vertical track; • one press wheel adapted to provide vertical guidance of the shuttle and to provide counter-pressure during vertical propelling to a second surface of the vertical track; • one climbing wheel adapted to exercise a rotating movement for vertical propelling over a first vertical surface of a vertical track; • one press wheel adapted to provide vertical guidance of the shuttle and to provide counter-pressure during vertical propelling to a second surface of the vertical track; said at least first vertical wing comprising a pivoting means adapted to pivot the two rotatable wheel axes of the two rotatable wheels around a pivot axis between a first position, wherein the climbing and press wheel are free of contacting the first and second vertical surface, and a second position, wherein the climbing and press wheel contact the first respectively the second vertical surface.
A recombinant adenovirus comprising: - a modified E1a regulatory sequence, wherein at least one Pea3 binding site, or a functional portion thereof, is deleted, wherein the functional portion of the at least one Pea3 binding site is a portion of the binding site that, when deleted decreases the binding affinity of the binding site to Pea3; and, - a transgene inserted into an E1b-19K insertion site operably linked to the modified E1a regulatory sequence. - a modified E1a regulatory sequence, wherein at least one Pea3 binding site, or a functional portion thereof, is deleted, wherein the functional portion of the at least one Pea3 binding site is a portion of the binding site that, when deleted decreases the binding affinity of the binding site to Pea3; and, - a transgene inserted into an E1b-19K insertion site operably linked to the modified E1a regulatory sequence.
An oral care spray composition comprising: (a) 0.1 to 2 wt% of the total composition of polymer having the structure in which a is independently selected from 2 to 130 and b is 15 to 67 and the molecular weight of the polymer is from 1,700 to 15,000 Da. (b) hexametaphosphate; and (c) an orally acceptable base; wherein the weight ratio of the polymer to hexametaphosphate is from 1:5 to 5:1. (a) 0.1 to 2 wt% of the total composition of polymer having the structure in which a is independently selected from 2 to 130 and b is 15 to 67 and the molecular weight of the polymer is from 1,700 to 15,000 Da. (b) hexametaphosphate; and (c) an orally acceptable base;
A system for use in performing ultrasonic evaluations of portions of different pipes of different diameters, the system comprising: a flexible phased array probe; and a plurality of frame assemblies , wherein each frame assembly comprises a frame structured to cooperatively engage an outer surface of a pipe of the different pipes, the frame having a curved surface which is curved about an axis (A') which, when the frame is engaged with the pipe generally coincides with a central longitudinal axis (A) of the pipe, the curved surface is generally defined by a radius (R') which is generally equal to an outer radius (R) of the pipe, wherein the frame is structured to releasably hold the flexible phased array probe therein a fixed distance from the curved surface, wherein the frame is configured to force the flexible phased array probe into a shape based on the flexible phased array probe being releasably inserted into the frame, and wherein the shape is substantially the same as the curved surface of each frame; wherein the radius (R') of the curved surface of any one frame assembly of the plurality differs from the radius of the curved surface of any other one frame assembly of the plurality, and wherein the flexible phased array probe is selectively coupleable to the frame of any of the plurality. a flexible phased array probe; and a plurality of frame assemblies , wherein each frame assembly comprises a frame structured to cooperatively engage an outer surface of a pipe of the different pipes, the frame having a curved surface which is curved about an axis (A') which, when the frame is engaged with the pipe generally coincides with a central longitudinal axis (A) of the pipe, the curved surface is generally defined by a radius (R') which is generally equal to an outer radius (R) of the pipe, wherein the frame is structured to releasably hold the flexible phased array probe therein a fixed distance from the curved surface, wherein the frame is configured to force the flexible phased array probe into a shape based on the flexible phased array probe being releasably inserted into the frame, and wherein the shape is substantially the same as the curved surface of each frame; wherein the radius (R') of the curved surface of any one frame assembly of the plurality differs from the radius of the curved surface of any other one frame assembly of the plurality, and wherein the flexible phased array probe is selectively coupleable to the frame of any of the plurality.
An indoor unit of an air conditioner comprising: a main body ; a heat exchanger disposed in the main body; an air blower device including an air blower fan installed behind the heat exchanger and adapted to blow air and a driving motor adapted to drive the air blower fan ; a control unit configured to control electrical components disposed in the main body ; a side wall located between the control unit and the heat exchanger ; a motor fixing part adapted to fix the driving motor , and a water collector adapted to collect condensed water formed within the main body , the side wall comprises a side surface part downwardly extended; and a protruding part inclined downwardly toward the water collector , characterized in that the motor fixing part is connected with the side surface part and connected with the protruding part for guiding condensed water to the water collector . a main body ; a heat exchanger disposed in the main body; an air blower device including an air blower fan installed behind the heat exchanger and adapted to blow air and a driving motor adapted to drive the air blower fan ; a control unit configured to control electrical components disposed in the main body ; a side wall located between the control unit and the heat exchanger ; a motor fixing part adapted to fix the driving motor , and a water collector adapted to collect condensed water formed within the main body , the side wall comprises a side surface part downwardly extended; and a protruding part inclined downwardly toward the water collector , characterized in that the motor fixing part is connected with the side surface part and connected with the protruding part for guiding condensed water to the water collector .
Method for detecting at least one characteristic parameter, such as closing force, closing energy or speed behavior, of a closure element closing an opening, in particular a door of a motor vehicle , where a movement is forced on the closure element by means of an articulated-arm robot without a fixed connection between the closure element and the articulated-arm robot being required, where at least the force interacting between the closure element and the articulated-arm robot during the movement is determined by means of a first sensor integrated in the articulated-arm robot , and where positional changes of the closure element during the movement sequence are detected by means of a second sensor , characterized in that the forces and torques occurring during the movement between the closure element and the articulated-arm robot are measured in real time by means of the first sensor , in that the working direction of the force from the articulated-arm robot acting on the closure element is identical regardless of the position of the closure element, and in that the progression of the angle between the closure element and a component arranged stationarily relative to the second sensor is measured by means of the contactless-operating second sensor , or positional changes of the closure element are detected on the basis of a taught movement path of the closure element.
Method for activating at least one function in a first communication equipment belonging to a communication network, the method comprising the following steps, which are executed by a second communication equipment also belonging to the communication network: - determining, according to at least one propagation time of at least one first message transmitted by the first communication equipment to the second communication equipment, at least one first value of a time lag, which value is intended to be used to synchronize the first and the second communication equipment, - checking whether said first value of the time lag satisfies an accuracy criterion, - when said first value of the time lag satisfies the accuracy criterion, transmitting, to the first communication equipment, a command to activate said function. - determining, according to at least one propagation time of at least one first message transmitted by the first communication equipment to the second communication equipment, at least one first value of a time lag, which value is intended to be used to synchronize the first and the second communication equipment, - checking whether said first value of the time lag satisfies an accuracy criterion, - when said first value of the time lag satisfies the accuracy criterion, transmitting, to the first communication equipment, a command to activate said function.
A vehicle drive for a vehicle, in particular for a commercial vehicle, having a) a primary drive for the vehicle, having in particular an internal combustion engine; b) a hydrostatic auxiliary drive for the vehicle; and c) a control unit (IV) which detects at least one operating variable of the vehicle, in particular for automatically deactivating the hydrostatic auxiliary drive as a function of the at least one operating variable of the vehicle; wherein: d) the control unit (IV) by open loop or closed loop automatically controls the hydrostatic auxiliary drive as a function of the at least one operating variable; e) the primary drive drives a primary drive axle (II) of the vehicle, characterized in that f) a revolution sensor measures the rotating speed of the primary drive axle (II) as an operating variable of the vehicle; g) an acceleration sensor measures an actual value of the positive or negative vehicle longitudinal acceleration as an operating variable of the vehicle; h) the control unit (IV) from the measured rotating speed of the primary drive axle (II) computes a reference value of the positive or negative vehicle longitudinal acceleration; and i) the control unit (IV) by open loop or closed loop controls the hydrostatic auxiliary drive when the actual value of the positive or negative vehicle longitudinal acceleration deviates from the computed reference value of the positive or negative vehicle longitudinal acceleration. a) a primary drive for the vehicle, having in particular an internal combustion engine; b) a hydrostatic auxiliary drive for the vehicle; and c) a control unit (IV) which detects at least one operating variable of the vehicle, in particular for automatically deactivating the hydrostatic auxiliary drive as a function of the at least one operating variable of the vehicle; d) the control unit (IV) by open loop or closed loop automatically controls the hydrostatic auxiliary drive as a function of the at least one operating variable; e) the primary drive drives a primary drive axle (II) of the vehicle, characterized in that f) a revolution sensor measures the rotating speed of the primary drive axle (II) as an operating variable of the vehicle; g) an acceleration sensor measures an actual value of the positive or negative vehicle longitudinal acceleration as an operating variable of the vehicle; h) the control unit (IV) from the measured rotating speed of the primary drive axle (II) computes a reference value of the positive or negative vehicle longitudinal acceleration; and i) the control unit (IV) by open loop or closed loop controls the hydrostatic auxiliary drive when the actual value of the positive or negative vehicle longitudinal acceleration deviates from the computed reference value of the positive or negative vehicle longitudinal acceleration.
An endorectal cooling device (ECD) comprising: an elongated body having an insertable portion for insertion into a rectum of a patient and an external portion that remains external to the rectum , the insertable portion having an external cooling surface ; a cooling fluid circuit in the elongated body that extends from the external portion to the insertable portion , the cooling fluid circuit circulating a cooling fluid to regulate a temperature of the cooling surface ; and a gas bubble removal means disposed on or defined in the cooling surface ; characterised in that the gas bubble removal means comprises a coil disposed on the cooling surface and wrapped around an insertable portion of the ECD in a spiral; and wherein the coil is fluidly coupled to a vacuum pump and at least one hole is defined in the coil . an elongated body having an insertable portion for insertion into a rectum of a patient and an external portion that remains external to the rectum , the insertable portion having an external cooling surface ; a cooling fluid circuit in the elongated body that extends from the external portion to the insertable portion , the cooling fluid circuit circulating a cooling fluid to regulate a temperature of the cooling surface ; and a gas bubble removal means disposed on or defined in the cooling surface ; characterised in that the gas bubble removal means comprises a coil disposed on the cooling surface and wrapped around an insertable portion of the ECD in a spiral; and wherein the coil is fluidly coupled to a vacuum pump and at least one hole is defined in the coil .