mhurhangee/patent-ind-claim-en huggingface dataset:
Reducer comprising - a frame, - a screw having a longitudinal axis X, - threaded inner rollers , and - a tapped and threaded inner housing , the inner rollers being each engaged firstly with the screw and secondly with the inner housing via at least one thread directed in the opposite direction of a thread of the screw and in the same direction as a thread of the tapping in the inner housing, the reducer further comprising - a tapped outer housing , - outer rollers each engaged firstly with the inner housing and secondly with the outer housing , the outer rollers being provided with at least one thread directed in the opposite direction of a thread of the thread of the inner housing and in the same direction as a thread of the tapping in the outer housing ; characterised in that the inner housing is fixed in translation relative to the frame, the reducer being arranged such that when the inner housing rotates about the axis X, it drives a rotation about the axis X of the inner rollers translating the screw relative to the frame along the axis X in a first direction, and a rotation of the outer rollers about the axis X driving the outer housing along a translation movement relative to the frame parallel to the axis X, in a second direction opposite to the first direction, the rotation of the inner housing about the axis X also driving the inner rollers in rotation about their own axes and along a translation movement relative to the frame parallel to the axis X, and the outer rollers in rotation about their own axes and along a translation movement relative to the frame parallel to the axis X. - a frame, - a screw having a longitudinal axis X, - threaded inner rollers , and - a tapped and threaded inner housing , - a tapped outer housing , - outer rollers each engaged firstly with the inner housing and secondly with the outer housing , the outer rollers being provided with at least one thread directed in the opposite direction of a thread of the thread of the inner housing and in the same direction as a thread of the tapping in the outer housing ;
A sputtering target composed of a sintered compact that has: a component composition containing a Ga content of 20 at% or higher and less than 30 at% with the balance being Cu and inevitable impurities; an oxygen content of 100 ppm or lower; and an average grain size of 100 μm or less, and which exhibits the diffraction peaks assigned to the γ and ζ phases of CuGa as observed in X-ray diffraction, wherein the strongest peak of the diffraction peaks assigned to the ζ phase is 10% or higher relative to the strongest peak of the diffraction peaks assigned to the γ phase. a component composition containing a Ga content of 20 at% or higher and less than 30 at% with the balance being Cu and inevitable impurities; an oxygen content of 100 ppm or lower; and an average grain size of 100 μm or less, and which exhibits the diffraction peaks assigned to the γ and ζ phases of CuGa as observed in X-ray diffraction, wherein the strongest peak of the diffraction peaks assigned to the ζ phase is 10% or higher relative to the strongest peak of the diffraction peaks assigned to the γ phase.
A method of providing a reliquefied natural gas product at a second location, comprising the steps of: providing liquefied natural gas ("LNG") from an LNG source ; pumping the LNG to a pressure above a consumer pressure to thereby form pressurized LNG ; vaporizing the pressurized LNG at a first location to thereby form a pressurized natural gas ; transporting the pressurized natural gas from the first location to the second location; expanding, at the second location, at least a portion of the pressurized natural gas to a second pressure to generate refrigeration content; characterized in that the at least portion of the pressurized natural gas is reliquefied using the refrigeration content to thereby form the reliquefied natural gas product , and the step of expanding further comprises steps of (i) cooling the pressurized natural gas in a heat exchanger to thereby generate a cooled product stream , (ii) separating the cooled product stream into a first stream and a second stream , and (iii) expanding the first stream below the consumer pressure to form an expanded first stream , wherein the expanded first stream provides refrigeration to the pressurized natural gas. providing liquefied natural gas ("LNG") from an LNG source ; pumping the LNG to a pressure above a consumer pressure to thereby form pressurized LNG ; vaporizing the pressurized LNG at a first location to thereby form a pressurized natural gas ; transporting the pressurized natural gas from the first location to the second location; expanding, at the second location, at least a portion of the pressurized natural gas to a second pressure to generate refrigeration content; characterized in that the at least portion of the pressurized natural gas is reliquefied using the refrigeration content to thereby form the reliquefied natural gas product , and the step of expanding further comprises steps of (i) cooling the pressurized natural gas in a heat exchanger to thereby generate a cooled product stream , (ii) separating the cooled product stream into a first stream and a second stream , and (iii) expanding the first stream below the consumer pressure to form an expanded first stream , wherein the expanded first stream provides refrigeration to the pressurized natural gas.
A method of applying a set of lash extensions to a subject, the method comprising: obtaining the set of lash extensions including multiple separate lash fusions , each lash fusion comprising multiple clusters of artificial eyelashes, wherein the multiple clusters of artificial eyelashes are fused together at a base to form a straight line of artificial eyelashes; grasping the multiple lash fusions using an applicator ; applying an adhesive to a top side of each lash fusion of the set of lash extensions ; arranging the set of lash extensions via the applicator proximate to an underside of natural eyelashes and proximate to a tightline of an eyelid of the subject ; and affixing the set of lash extensions only to the underside of the natural eyelashes of the subject such that a top side adheres to the underside of the natural eyelashes via the adhesive . obtaining the set of lash extensions including multiple separate lash fusions , each lash fusion comprising multiple clusters of artificial eyelashes, wherein the multiple clusters of artificial eyelashes are fused together at a base to form a straight line of artificial eyelashes; grasping the multiple lash fusions using an applicator ; applying an adhesive to a top side of each lash fusion of the set of lash extensions ; arranging the set of lash extensions via the applicator proximate to an underside of natural eyelashes and proximate to a tightline of an eyelid of the subject ; and affixing the set of lash extensions only to the underside of the natural eyelashes of the subject such that a top side adheres to the underside of the natural eyelashes via the adhesive .
Method for the operation of an air-conditioning device of a motor vehicle, in the context of which a current deviation of an actual state of the climate in the passenger compartment from a specified target state of the climate in the passenger compartment is determined, and in order to reduce this current climatic deviation, a conditioned air flow generated by a fan is blown into the passenger compartment, the maximum speed of the fan being limited depending on a current sound level in the passenger compartment, a discomfort value (D) representing the current climatic deviation being determined, and characterized in that a recommendation for the corresponding change of the fan speed limit is output via a human/machine interface when a specified discomfort threshold value (D1, D2) is passed.
A method for maintaining continuity of a group communication service, characterized in that , the method comprises: notifying , by a Group Communication Service Enabler Application Server, GCSE-AS, a terminal served by the GCSE-AS that the GCSE-AS is going to switch the group communication service from multicast transmission to unicast transmission, upon determining that the group communication service needs to be switched from multicast transmission to unicast transmission; and transmitting , by the GCSE-AS, the group communication service over a unicast bearer for unicast transmission, and stopping the group communication service from being transmitted in multicast mode, upon reception of a first notification message sent by the terminal; wherein the unicast bearer for unicast transmission is set up by the terminal. notifying , by a Group Communication Service Enabler Application Server, GCSE-AS, a terminal served by the GCSE-AS that the GCSE-AS is going to switch the group communication service from multicast transmission to unicast transmission, upon determining that the group communication service needs to be switched from multicast transmission to unicast transmission; and transmitting , by the GCSE-AS, the group communication service over a unicast bearer for unicast transmission, and stopping the group communication service from being transmitted in multicast mode, upon reception of a first notification message sent by the terminal; wherein the unicast bearer for unicast transmission is set up by the terminal.
Operating device for electrically supplying at least one building technology device - in particular, an illuminant line with at least one illuminant - wherein the operating device comprises: - an input (E2, E2', E2") for electrically connecting an AC voltage source , - an output (A2, A2', A2") for electrically connecting at least one building technology device , - an electrical supply path having at least one converter stage , which comprises a PFC circuit which electrically connects the input (E2, E2', E2") and the output (A2, A2', A2") of the operating device to one another, and - a control unit that is configured to control the at least one converter stage ; - wherein the control unit for input power measurement is configured to measure an input voltage and an input current of the electrical supply path between the input (E2, E2', E2") of the operating device and the at least one converter stage ; and - wherein the operating device further comprises a rectifier that is arranged in the electrical supply path between the input (E2, E2', E2") of the operating device and the at least one converter stage , characterized in that the control unit is configured to measure the input voltage of the electrical supply path between the input (E2, E2', E2") of the operating device and the rectifier . - an input (E2, E2', E2") for electrically connecting an AC voltage source , - an output (A2, A2', A2") for electrically connecting at least one building technology device , - an electrical supply path having at least one converter stage , which comprises a PFC circuit which electrically connects the input (E2, E2', E2") and the output (A2, A2', A2") of the operating device to one another, and - a control unit that is configured to control the at least one converter stage ; - wherein the control unit for input power measurement is configured to measure an input voltage and an input current of the electrical supply path between the input (E2, E2', E2") of the operating device and the at least one converter stage ; and - wherein the operating device further comprises a rectifier that is arranged in the electrical supply path between the input (E2, E2', E2") of the operating device and the at least one converter stage ,
Method for carrying out a morphing process, wherein at least one output parameter relating to the output of an audio signal output via an audio output device into an interior , in particular of a motor vehicle, is changed, characterised by the following steps: - supplying an audio signal, provided by an audio signal source device , to at least one audio mixing device via at least one FIR filter means comprising a plurality of FIR coefficients, wherein 100% of the audio signal of the audio mixing device is supplied via the FIR filter means , - applying a first transition function, according to which the supplying of the audio signal via the FIR filter means is reduced successively from 100% to 0% and, conversely, the supplying of the audio signal via a signal processing device connected in parallel with the FIR filter means is increased successively from 0% to 100%, - changing at least one portion of the FIR coefficients of the FIR filter means during the supplying of the audio signal via the signal processing device , - applying a second transition function, according to which the supplying of the audio signal via the signal processing device is reduced successively from 100% to 0% and, conversely, the supplying of the audio signal via the FIR filter means is increased successively from 0% to 100%, wherein the supplying of the audio signal via the FIR filter means is carried out on the basis of the changed FIR coefficients of the FIR filter means . - supplying an audio signal, provided by an audio signal source device , to at least one audio mixing device via at least one FIR filter means comprising a plurality of FIR coefficients, wherein 100% of the audio signal of the audio mixing device is supplied via the FIR filter means , - applying a first transition function, according to which the supplying of the audio signal via the FIR filter means is reduced successively from 100% to 0% and, conversely, the supplying of the audio signal via a signal processing device connected in parallel with the FIR filter means is increased successively from 0% to 100%, - changing at least one portion of the FIR coefficients of the FIR filter means during the supplying of the audio signal via the signal processing device , - applying a second transition function, according to which the supplying of the audio signal via the signal processing device is reduced successively from 100% to 0% and, conversely, the supplying of the audio signal via the FIR filter means is increased successively from 0% to 100%, wherein the supplying of the audio signal via the FIR filter means is carried out on the basis of the changed FIR coefficients of the FIR filter means .
Multifunctional module for a high voltage switchgear assembly, said multifunctional module being configured for connecting a first equipment to a second equipment , and comprising: - a housing for enclosing an insulating space; - a circuit-breaker (hereafter CB) arranged in said insulating space and configured for being connected to the second equipment , wherein the CB comprises a mobile rod CBR , a first contact and a second contact , wherein the mobile rod CBR is configured for moving the first contact along a longitudinal axis X between a first position at which it is in contact with the second contact and a second position at which it is distant from said second contact in order to interrupt a current flow between the first equipment and the second equipment in order to protect the first or second equipment from an overcurrent or overload; - a switch arranged in said insulating space, wherein the switch comprises at least one mobile connector that is mobile in translation along a longitudinal axis Y between a disconnecting position configured for disconnecting the first equipment from the CB , and a connecting position configured for connecting the first equipment to the CB ; characterized in that the switch comprises at least one mobile rod SR for moving said mobile connector from the disconnecting position to the connecting position and vice versa, wherein the mobile rod SR and the mobile rod CBR cross each other and wherein the motion of the mobile rod SR and the motion of the mobile rod CBR are independent. - a housing for enclosing an insulating space; - a circuit-breaker (hereafter CB) arranged in said insulating space and configured for being connected to the second equipment , wherein the CB comprises a mobile rod CBR , a first contact and a second contact , wherein the mobile rod CBR is configured for moving the first contact along a longitudinal axis X between a first position at which it is in contact with the second contact and a second position at which it is distant from said second contact in order to interrupt a current flow between the first equipment and the second equipment in order to protect the first or second equipment from an overcurrent or overload; - a switch arranged in said insulating space, wherein the switch comprises at least one mobile connector that is mobile in translation along a longitudinal axis Y between a disconnecting position configured for disconnecting the first equipment from the CB , and a connecting position configured for connecting the first equipment to the CB ;
A urine-detection device with adhesive tape and an emitter sensor, the device being characterised in that it comprises a tape strip equipped with two parallel, longitudinal metallic conductors to which a 90 KΩ resistor is connected by means of superposition, adhesion or printing, the resistor being situated at one end of the tape strip , close to a pre-marked fold , near an area intended to connect a unit formed by the support and the emitter sensor , which produces in-situ visual warnings by means of LEDs when a control button is pressed and which is programmed to continually transmit data to a control centre panel by means of a wireless connection, to facilitate normality information and information regarding the need for attention because of a wet nappy (5.1), where the emitter sensor internally houses the electronic circuit for reading the resistors between the conductor , the alarm generator/emitter and the power supply battery externally presenting the control button , one, two or more indicator LEDs , and two connection terminals operating while inserted in a clamp-type supporting member for immobilising same on nappies, sanitary towels, pads, or any other garment.
Train coupler connector module for electrically coupling a first rail vehicle to a second rail vehicle, the module comprising a fixing block with a back side able to be mounted on an electrical train coupler, wherein a plurality of contact units are arranged side by side in the fixing block , each contact unit having a first end facing the back side of the fixing block and a second end extending outwards from the fixing block , and one of the first and second end being a female contact and the other being a male contact , wherein at least one of the contact units is arranged to be individually removable from the fixing block in a direction outwards from the fixing block , and characterized by the fixing block being arranged to hold each contact unit with either the female contact or the male contact facing towards the back side 1 .
An electrochromic window lite comprising: an electrochromic device disposed on a transparent substrate; and a pair of bus bars with geometry and/or material composition that varies along their lengths to vary electrical resistance lengthwise; wherein each bus bar of the pair of bus bars is configured to produce a lengthwise gradient in a voltage applied to the electrochromic device when energized. an electrochromic device disposed on a transparent substrate; and a pair of bus bars with geometry and/or material composition that varies along their lengths to vary electrical resistance lengthwise; wherein each bus bar of the pair of bus bars is configured to produce a lengthwise gradient in a voltage applied to the electrochromic device when energized.
Hybrid transmission for a motor vehicle drive train with an internal combustion engine and with an electric drive machine , having: a first sub-transmission with multiple gear stages and a first transmission input shaft ; a second sub-transmission with multiple gear stages and a second transmission input shaft ; a countershaft ; multiple shift elements (A, B, C, D, E) for engagement of the gear stages ; a first coupling element (K1) and a second coupling element (K2) for operative connection of shafts in the hybrid transmission; and toothed gearwheel pairs of idler gearwheels and fixed gearwheels for forming the gear stages, which toothed gearwheel pairs are arranged in multiple gearwheel set planes, wherein some of the gear stages are able to be engaged for the internal combustion engine and some of the gear stages are able to be engaged for the electric drive machine; the toothed gearwheel pairs for forming the gear stages with the lowest and second lowest transmission ratios are fixedly assigned to the first sub-transmission, so that the gear stages transmit drive power which is introduced into the hybrid transmission only by means of the first transmission input shaft; the first transmission input shaft is operatively connectable to the internal combustion engine by means of the first coupling element (K1) and the second transmission input shaft is operatively connectable to the internal combustion engine by means of the second coupling element (K2); and the first and second coupling elements (K1, K2) are designed as form-fitting coupling elements. a first sub-transmission with multiple gear stages and a first transmission input shaft ; a second sub-transmission with multiple gear stages and a second transmission input shaft ; a countershaft ; multiple shift elements (A, B, C, D, E) for engagement of the gear stages ; a first coupling element (K1) and a second coupling element (K2) for operative connection of shafts in the hybrid transmission; and toothed gearwheel pairs of idler gearwheels and fixed gearwheels for forming the gear stages, which toothed gearwheel pairs are arranged in multiple gearwheel set planes, wherein some of the gear stages are able to be engaged for the internal combustion engine and some of the gear stages are able to be engaged for the electric drive machine; the toothed gearwheel pairs for forming the gear stages with the lowest and second lowest transmission ratios are fixedly assigned to the first sub-transmission, so that the gear stages transmit drive power which is introduced into the hybrid transmission only by means of the first transmission input shaft; the first transmission input shaft is operatively connectable to the internal combustion engine by means of the first coupling element (K1) and the second transmission input shaft is operatively connectable to the internal combustion engine by means of the second coupling element (K2); and the first and second coupling elements (K1, K2) are designed as form-fitting coupling elements.
A method of decorating a panel , comprising the steps of supplying a panel to a carrier , performing at least a first printing step by means of a first printing module, and performing a second printing step by means of a second printing module, wherein the first and second printing steps are performed according to a predetermined positional relationship to form the decorated ceramic panel , characterised in that during and between the first and second printing steps the ceramic panel is held at a substantially fixed position with respect to the carrier , wherein during one of the first and the second printing step a decorative basic pattern is printed on the panel and in the other of the first and the second printing step a curable substance is printed on the panel , after which the curable substance is cured, and wherein the curable substance is formed by printing a liquid on the panel , after which a powder is provided to the liquid, wherein the method further comprises curing the curable substance.