mhurhangee/ep-ind-claims huggingface dataset:
Machine tool suitable to perform mechanical operations comprising at least one operational group suitable to perform the aforesaid operations and a main body suitable to support and move pieces on which to perform said operations, wherein said main body extends around a substantially vertical main axis (X-X), wherein said main body comprises: - at least one mobile table suitable to support the parts; - at least one fixed portion which supports at least one said operational group; - means of moving the mobile table comprising a rotation shaft, positioned, extending along the main axis (X-X), in a central cavity of said mobile table; wherein the means of moving the mobile table move it rotationally and further comprise a toothed crown and at least one satellite positioned between the mobile table and the rotation shaft, characterised in that the fixed portion comprises, starting from the support plane along the main axis (X-X), at least one lower or base part and at least one upper or head part, wherein the base and the head are firmly joined to each other, wherein said mobile table is housed between the base and the head. - at least one mobile table suitable to support the parts; - at least one fixed portion which supports at least one said operational group; - means of moving the mobile table comprising a rotation shaft, positioned, extending along the main axis (X-X), in a central cavity of said mobile table; wherein the means of moving the mobile table move it rotationally and further comprise a toothed crown and at least one satellite positioned between the mobile table and the rotation shaft, characterised in that the fixed portion comprises, starting from the support plane along the main axis (X-X), at least one lower or base part and at least one upper or head part, wherein the base and the head are firmly joined to each other, wherein said mobile table is housed between the base and the head.
A surgical cutting and fastening instrument comprising: an end effector comprising a movable cutting member for cutting an object positioned in said end effector; a drive shaft (400, 700, 900) operably coupled with said cutting member; a motor (402, 602, 702, 902) selectively engageable with said drive shaft; and a return mechanism (500, 800, 1000) comprising a return actuator (510, 810, 1010) movable in a first direction, wherein said return actuator is configured to move said drive shaft when said return actuator is moved in said first direction, characterized in that said return actuator (510, 810, 1010) is configured to operably disengage said motor (402, 602, 702, 902) from said drive shaft (400, 700, 900) when said return actuator is moved in said first direction, and further comprising a pinion gear (410, 710, 910) operably engaged with said motor, wherein said pinion gear is displaceable away from said drive shaft to operably disengage said motor from said drive shaft. an end effector comprising a movable cutting member for cutting an object positioned in said end effector; a drive shaft (400, 700, 900) operably coupled with said cutting member; a motor (402, 602, 702, 902) selectively engageable with said drive shaft; and a return mechanism (500, 800, 1000) comprising a return actuator (510, 810, 1010) movable in a first direction, wherein said return actuator is configured to move said drive shaft when said return actuator is moved in said first direction, characterized in that said return actuator (510, 810, 1010) is configured to operably disengage said motor (402, 602, 702, 902) from said drive shaft (400, 700, 900) when said return actuator is moved in said first direction, and further comprising a pinion gear (410, 710, 910) operably engaged with said motor, wherein said pinion gear is displaceable away from said drive shaft to operably disengage said motor from said drive shaft.
A liquid laundry detergent composition comprising; a. a liquid phase; b. between 0.5% and 15% by weight of the liquid detergent composition of a solid cellulosic polymer, wherein the solid is dispersed within the liquid phase and wherein the water-soluble solid phase is defined as the solid obtained when the liquid laundry detergent composition is centrifuged at 1200 G for 10 mins; and wherein the liquid phase comprises between 5% and 40% by weight of the liquid of an alcohol wherein the alcohol is 1,2 propanediol, and when present in combination with any alcohol selected from ethylene glycol, 1,3 propanediol, tetramethylene glycol, pentamethylene glycol, hexamethylene glycol, 2,3-butane diol, 1,3 butanediol, diethylene glycol, triethylene glycol, polyethylene glycol, glycerol formal, dipropylene glycol, polypropylene glycol, dipropylene glycol n-butyl ether, and mixtures thereof, the liquid phase comprises between 5% and 40% by weight of the liquid of an alcohol selected from the group comprising ethylene glycol, 1,3 propanediol, 1,2 propanediol, tetramethylene glycol, pentamethylene glycol, hexamethylene glycol, 2,3-butane diol, 1,3 butanediol, diethylene glycol, triethylene glycol, polyethylene glycol, glycerol formal, dipropylene glycol, polypropylene glycol, dipropylene glycol n-butyl ether, and mixtures thereof; and wherein the composition comprises between 0.5% and 50% by weight of the composition of water; and from 10% to 30% by weight of the composition of a non-amine neutralized linear alkylbenzene sulphonate and wherein the liquid laundry detergent composition comprises less than 10% by weight of the liquid laundry detergent composition of an amine-neutralised anionic surfactant; and from 0% to 25% by weight of the composition of a non-ionic surfactant; wherein the composition comprises less than 5% by weight of the composition of a hydroxyl-containing amine. a. a liquid phase; b. between 0.5% and 15% by weight of the liquid detergent composition of a solid cellulosic polymer,
A visualization device for dust collection of a vacuum cleaner, comprising: a collecting unit mounted on one side of a pathway on which the suction force of a vacuum cleaner for sucking dust is transmitted to move at least some of the sucked dust in one direction; a dust collecting unit coupled with the collecting unit and exposes a state of dust received by the collecting unit to the outside; a discharge unit which guides air and dust, which has passed through the dust collecting unit, to be discharged into the pathway that transmits the suction force of the vacuum cleaner; a foreign material separation unit provided in the dust collecting unit to generate cyclonic flow; and a foreign material discharge unit inserted into the inside of the foreign material separation unit by the manipulation of a user from one side of the dust collecting unit and allows the inflow of air from the outside into the inside of the dust collecting unit to discharge dust from the inside of the dust collecting unit while breaking the cyclonic flow. a collecting unit mounted on one side of a pathway on which the suction force of a vacuum cleaner for sucking dust is transmitted to move at least some of the sucked dust in one direction; a dust collecting unit coupled with the collecting unit and exposes a state of dust received by the collecting unit to the outside; a discharge unit which guides air and dust, which has passed through the dust collecting unit, to be discharged into the pathway that transmits the suction force of the vacuum cleaner; a foreign material separation unit provided in the dust collecting unit to generate cyclonic flow; and a foreign material discharge unit inserted into the inside of the foreign material separation unit by the manipulation of a user from one side of the dust collecting unit and allows the inflow of air from the outside into the inside of the dust collecting unit to discharge dust from the inside of the dust collecting unit while breaking the cyclonic flow.
An audio system comprising: an ultrasound transmitter arranged to transmit an ultrasound test signal; an ultrasound sensor array comprising a plurality of ultrasound sensor elements for generating ultrasound signals capturing sound in an ultrasound frequency band; an estimator for estimating a presence characteristic of a user in response to a comparison between a characteristic of the ultrasound test signal and a characteristic of the ultrasound signals received from the ultrasound sensor array; an audio band array comprising a plurality of audio band elements, the audio band elements being audio sensors and arranged to generate audio band signals capturing sound in an audio frequency band; an audio array circuit for generating a directional response of the audio band array by applying weights to individual audio band signals for the audio band elements, the audio array circuit being arranged to generate a directional output signal by combining audio band signals from the audio sensors, the combining comprising applying the weights to the individual audio band signals; a weight circuit (109, 407) for determining the weights; a user movement model arranged to track a position of a user; and an update circuit for updating the user movement model in response to both the ultrasound signals and the audio band signals; characterized in that the weight circuit is arranged to determine the weights in response to the presence characteristic. an ultrasound transmitter arranged to transmit an ultrasound test signal; an ultrasound sensor array comprising a plurality of ultrasound sensor elements for generating ultrasound signals capturing sound in an ultrasound frequency band; an estimator for estimating a presence characteristic of a user in response to a comparison between a characteristic of the ultrasound test signal and a characteristic of the ultrasound signals received from the ultrasound sensor array; an audio band array comprising a plurality of audio band elements, the audio band elements being audio sensors and arranged to generate audio band signals capturing sound in an audio frequency band; an audio array circuit for generating a directional response of the audio band array by applying weights to individual audio band signals for the audio band elements, the audio array circuit being arranged to generate a directional output signal by combining audio band signals from the audio sensors, the combining comprising applying the weights to the individual audio band signals; a weight circuit (109, 407) for determining the weights; a user movement model arranged to track a position of a user; and an update circuit for updating the user movement model in response to both the ultrasound signals and the audio band signals;
A transmission system for a robotic arm, comprising: a first component having a drive member and a driven member; a second component (102, 140) fixed to a baseplate; and first and second transmission elements (130, 131; 133, 134) each coupled to the drive member and the second component (102, 140) and configured to cause movement of the first component relative to the second component (102, 140) in response to a force on the first and second transmission elements by the drive member, wherein the first component comprises a portion configured to inhibit movement of the drive member when the portion contacts a portion of the second component (102, 140); wherein at least one of the first and second transmission elements includes a first plurality of transmission sub-elements, wherein an axis of rotation of the drive member is substantially parallel to an axis of rotation of the driven member, and wherein the first plurality of transmission sub-elements comprises first and second transmission sub-elements, and wherein the drive member includes first and second guides configured to position the first and second transmission sub-elements relative to the drive member. a first component having a drive member and a driven member; a second component (102, 140) fixed to a baseplate; and first and second transmission elements (130, 131; 133, 134) each coupled to the drive member and the second component (102, 140) and configured to cause movement of the first component relative to the second component (102, 140) in response to a force on the first and second transmission elements by the drive member, wherein the first component comprises a portion configured to inhibit movement of the drive member when the portion contacts a portion of the second component (102, 140); wherein at least one of the first and second transmission elements includes a first plurality of transmission sub-elements, wherein an axis of rotation of the drive member is substantially parallel to an axis of rotation of the driven member, and wherein the first plurality of transmission sub-elements comprises first and second transmission sub-elements, and wherein the drive member includes first and second guides configured to position the first and second transmission sub-elements relative to the drive member.
A hot melt adhesive polyolefin composition comprising: a high melt flow butene-1 copolymer containing from 2 to 4.5% by weight of derived units of ethylene, having Melt flow rate measured according to ISO 1133 (190°C, 2.16kg) ranging from 200 to 1500 and an intrinsic viscosity, measured in tetrahydronaphthalene at 135°C, lower than 0.8 dl/g; optionally at least one additional polymer component, selected from the group of preferably amorphous poly-alpha-olefins, thermoplastic polyurethanes, ethylene/(meth)acrylate copolymers, and ethylene/vinyl acetate copolymers as well mixtures thereof; optionally at least one further resin material selected from aliphatic hydrocarbon resin, terpene/phenolic resin, polyterpenes, rosin, rosin esters and derivatives thereof and a blend thereof; optionally at least a material selected from waxes, oils or mixture thereof. a high melt flow butene-1 copolymer containing from 2 to 4.5% by weight of derived units of ethylene, having Melt flow rate measured according to ISO 1133 (190°C, 2.16kg) ranging from 200 to 1500 and an intrinsic viscosity, measured in tetrahydronaphthalene at 135°C, lower than 0.8 dl/g; optionally at least one additional polymer component, selected from the group of preferably amorphous poly-alpha-olefins, thermoplastic polyurethanes, ethylene/(meth)acrylate copolymers, and ethylene/vinyl acetate copolymers as well mixtures thereof; optionally at least one further resin material selected from aliphatic hydrocarbon resin, terpene/phenolic resin, polyterpenes, rosin, rosin esters and derivatives thereof and a blend thereof; optionally at least a material selected from waxes, oils or mixture thereof.
A prosthesis comprising a first artificial limb component, a second artificial limb component, a joint pivotally coupling said first and second limb components to permit extension and flexion movements about the joint and a hydraulic damper comprising a variable volume chamber for hydraulic fluid coupled between said first and second limb components, wherein the damper is operable to allow relative movement of said first and second limb components about the joint by passage of an incompressible hydraulic fluid through said variable volume chamber via an aperture of a valve, the valve being operable to determine a degree to which the hydraulic damper reactively resists a force to permit movement by a first pressure, which first pressure acts on a wall of the variable volume chamber; wherein the valve is disposed between the variable volume chamber and a hydraulic fluid sink on a second side of the valve; wherein a fluid flow rate of the incompressible hydraulic fluid through the valve is a conditioned function of a second pressure, which second pressure is less than the first pressure and is associated with fluid flow through the valve and is operable to maintain a positive flow rate through the valve as the first pressure increases, the conditioned function being characterized in that the second pressure as a function of the flow rate causes an increase in resistance of the valve to the flow caused by the first pressure, such that the fluid flow approaches a maximum as the first pressure increases past a minimum pressure, whereby a fluid flow limit is established through the valve.
Method for inductive energy transmission between a transmitter coil and a receiver coil, in particular by means of inductive resonance transformers, wherein: - the transmitter coil is part of a transmitter oscillator circuit, - the receiver coil is part of a receiver oscillator circuit, - the energy is transferred from the transmitter oscillator circuit to the receiver oscillator circuit, - the magnetic field in the transmitter coil and/or the receiver coil is guided by ferrites (16, 26), which are arranged on the side facing respectively away from the opposite coil, - on the transmitter coil and/or on the receiver coil, metal parts are arranged on a side facing away from the respective opposite coil, having the steps: - the current (i HF) through the transmitter coil is monitored, - the current (i HF) through the transmitter coil is curtailed or limited in such a way that the current is a maximum of 5 % to 10 % above that saturation current at which saturation begins in the ferrites (16, 26), such that the ferrites in the region of an onset of saturation or magnetic fluxes induced in the ferrites reach a possible maximum, wherein this possible maximum corresponds to the saturation. - the transmitter coil is part of a transmitter oscillator circuit, - the receiver coil is part of a receiver oscillator circuit, - the energy is transferred from the transmitter oscillator circuit to the receiver oscillator circuit, - the magnetic field in the transmitter coil and/or the receiver coil is guided by ferrites (16, 26), which are arranged on the side facing respectively away from the opposite coil, - on the transmitter coil and/or on the receiver coil, metal parts are arranged on a side facing away from the respective opposite coil, - the current (i HF) through the transmitter coil is monitored, - the current (i HF) through the transmitter coil is curtailed or limited in such a way that the current is a maximum of 5 % to 10 % above that saturation current at which saturation begins in the ferrites (16, 26), such that the ferrites in the region of an onset of saturation or magnetic fluxes induced in the ferrites reach a possible maximum, wherein this possible maximum corresponds to the saturation.
A method of securing a network connection comprising: determining when at least one network is available for a connection; presenting a user interface for making a selection corresponding to the at least one network; receiving an indication of a selected network; determining when the selected network is unsecured; presenting a user interface corresponding to a service for securing the connection with the selected network, the service using a virtual private network, VPN; receiving a selection of the service; storing a value corresponding to one of the service and the selected network for use during a subsequent network session; wherein settings for the selected network are stored for automatically securing all future wireless network connections with the selected network by the service using the VPN, and for further use to secure connections to other or new networks. determining when at least one network is available for a connection; presenting a user interface for making a selection corresponding to the at least one network; receiving an indication of a selected network; determining when the selected network is unsecured; presenting a user interface corresponding to a service for securing the connection with the selected network, the service using a virtual private network, VPN; receiving a selection of the service; storing a value corresponding to one of the service and the selected network for use during a subsequent network session; wherein settings for the selected network are stored for automatically securing all future wireless network connections with the selected network by the service using the VPN, and for further use to secure connections to other or new networks. for automatically securing all future wireless network connections with the selected network by the service using the VPN, and for further use to secure connections to other or new networks.
Frequency synthesis device (100, 200), comprising at least: - first means (102, 104, 106, 108, 110, 112) suitable for generating a periodic signal of frequency f 1, - second and third means (114, 116, 202), coupled with the first means (102, 104, 106, 108, 110, 112) and suitable for receiving as an input the periodic signal of frequency f 1 and generating a signal S G corresponding to a train of oscillations of frequency substantially equal to N.f 1, of a time less than T 1 = 1 / f 1 and repeated periodically at the frequency f 1, where N is a whole number greater than 1, - fourth means suitable for generating, from the signal S G, a periodic signal wherein the frequency spectrum comprises a primary line of frequency f 2 = (N+i).f 1, where i is a whole number, by acting as a band-pass filter applied to the signal S G and rejecting from the frequency spectrum of said periodic signal lines other than the primary line of said periodic signal. - first means (102, 104, 106, 108, 110, 112) suitable for generating a periodic signal of frequency f 1, - second and third means (114, 116, 202), coupled with the first means (102, 104, 106, 108, 110, 112) and suitable for receiving as an input the periodic signal of frequency f 1 and generating a signal S G corresponding to a train of oscillations of frequency substantially equal to N.f 1, of a time less than T 1 = 1 / f 1 and repeated periodically at the frequency f 1, where N is a whole number greater than 1, - fourth means suitable for generating, from the signal S G, a periodic signal wherein the frequency spectrum comprises a primary line of frequency f 2 = (N+i).f 1, where i is a whole number, by acting as a band-pass filter applied to the signal S G and rejecting from the frequency spectrum of said periodic signal lines other than the primary line of said periodic signal.
A method of producing fine dry silica particles by combustion by using a burner of multiple-pipe structure having a center pipe and a surrounding first annular pipe, feeding a mixed gas of a gas of siloxane compound without containing halogen in the molecules thereof and an oxygen gas into the center pipe of the burner, and feeding an auxiliary fuel gas containing a hydrogen gas or a hydrocarbon gas as a combustible component to the first annular pipe of the burner, wherein the mixed gas contains the gas of the siloxane compound and the oxygen gas at an oxygen ratio R O defined by the following formula, R O = A / B wherein A is the amount of oxygen in said mixed gas, and B is the amount of oxygen necessary for completely burning the siloxane compound in said mixed gas, of 0.3 to 1.5, and said auxiliary fuel gas is so fed that the auxiliary fuel ratio R SFL defined by the following formula, R SFL = C / Bʹ wherein C is the amount of oxygen necessary for completely burning the combustible component in the auxiliary fuel gas flowing out of the first annular pipe, and B' is the amount of oxygen necessary for completely burning the siloxane compound in said mixed gas flowing out of the center pipe, is 0.003 to 0.3.