mhurhangee/patent-ind-claim-en huggingface dataset:
A respiratory therapy device comprising: a housing ; a blower located in the housing and configured to produce a flow of air at a positive pressure to deliver respiratory therapy to a patient, the blower comprising an impeller and an induction motor including a rotor to produce the flow of air, wherein the impeller is coupled to the rotor via a shaft ; and a control system for the induction motor configured to adjust a slip frequency of the induction motor based on a measured characteristic of the flow of air produced by the rotor , wherein the control system is an error compensator control system configured to control the speed of the rotor by adjusting said slip frequency based on the difference or error between the measured characteristic and the pre-set or desired level of the characteristic. a housing ; a blower located in the housing and configured to produce a flow of air at a positive pressure to deliver respiratory therapy to a patient, the blower comprising an impeller and an induction motor including a rotor to produce the flow of air, wherein the impeller is coupled to the rotor via a shaft ; and a control system for the induction motor configured to adjust a slip frequency of the induction motor based on a measured characteristic of the flow of air produced by the rotor , wherein the control system is an error compensator control system configured to control the speed of the rotor by adjusting said slip frequency based on the difference or error between the measured characteristic and the pre-set or desired level of the characteristic.
A work vehicle comprising: a working device ; a hydraulic actuator that drives the working device ; a hydraulic pump that supplies hydraulic oil to the hydraulic actuator; a hydraulic actuator pressure detector for detecting a pressure of the hydraulic actuator; a control valve for controlling the amount of hydraulic oil to be supplied from the hydraulic pump to the hydraulic actuator; a vehicle acceleration detector for detecting a vehicle acceleration in a longitudinal direction; and a control device , characterized in that the control device is configured to determine whether the working device has started excavation or not, based on the pressure of the hydraulic actuator detected by the hydraulic actuator pressure detector and the vehicle acceleration detected by the vehicle acceleration detector . a working device ; a hydraulic actuator that drives the working device ; a hydraulic pump that supplies hydraulic oil to the hydraulic actuator; a hydraulic actuator pressure detector for detecting a pressure of the hydraulic actuator; a control valve for controlling the amount of hydraulic oil to be supplied from the hydraulic pump to the hydraulic actuator; a vehicle acceleration detector for detecting a vehicle acceleration in a longitudinal direction; and a control device , characterized in that the control device is configured to determine whether the working device has started excavation or not, based on the pressure of the hydraulic actuator detected by the hydraulic actuator pressure detector and the vehicle acceleration detected by the vehicle acceleration detector .
A reactor for purifying a gas stream (F) by contact with a liquid, the reactor comprising an enclosure defining a channel having an inlet orifice and an outlet orifice for the gas stream, the enclosure having flexible material walls secured to an inflatable structure provided with means for retaining air under pressure therein so as to form a self-supporting flexible structure, and the walls of the enclosure including at least two openings facing each other and each receiving in sealed manner a portion of a reinforcing bar that passes through the enclosure.
A needleless electrospinning apparatus comprising a continuous wire drive system , the electrospinning apparatus comprising an electrospinning enclosure and within which a nanoscale or submicron scale polymer fiber web is formed onto a substrate from a liquid polymer layer coated onto a plurality of continuous electrode wires passing through the electrospinning enclosure , the continuous wire drive system comprising a master wire drive drum and a slave wire drive drum , each of the master wire drive drum and slave wire drive drum comprising a plurality of wire guides , each of the wire guides comprising a channel or groove for receiving one of the plurality of continuous electrode wires , wherein the continuous wire drive system is external to the electrospinning enclosure , and the continuous wire drive system drives the plurality of continuous electrode wires through the electrospinning enclosure .
A substrate work machine for performing work on a board while the board is conveyed in, positioned in place and discharged from the interior of the machine, the substrate work machine comprising: multiple types of work units , being provided below a conveyance height of the board and configured to perform work on the board from below thereof; and a mounting section where each of the multiple types of work units is mounted in an exchangeable manner, characterized in that each of the work units has a storage section configured to store identification information for identifying a type of each work unit , and wherein the substrate work machine further comprising a control device , the control device having: an acquire section configured to acquire the identification information from the storage section of the work unit mounted on the mounting section ; and a discrimination section configured to perform at least one of discrimination on exchange of one of the work units mounted on the mounting section with another of the work units outside the mounting section and discrimination on a type of the work unit mounted on the mounting section based on the identification information acquired by the acquire section. multiple types of work units , being provided below a conveyance height of the board and configured to perform work on the board from below thereof; and a mounting section where each of the multiple types of work units is mounted in an exchangeable manner, characterized in that each of the work units has a storage section configured to store identification information for identifying a type of each work unit , and wherein the substrate work machine further comprising a control device , the control device having: an acquire section configured to acquire the identification information from the storage section of the work unit mounted on the mounting section ; and a discrimination section configured to perform at least one of discrimination on exchange of one of the work units mounted on the mounting section with another of the work units outside the mounting section and discrimination on a type of the work unit mounted on the mounting section based on the identification information acquired by the acquire section. an acquire section configured to acquire the identification information from the storage section of the work unit mounted on the mounting section ; and a discrimination section configured to perform at least one of discrimination on exchange of one of the work units mounted on the mounting section with another of the work units outside the mounting section and discrimination on a type of the work unit mounted on the mounting section based on the identification information acquired by the acquire section.
Method for transmitting a signal by a transmitter device to a satellite moving in orbit around the Earth, said transmitter device and the satellite comprising wireless telecommunication means, characterised in that said method comprises the steps of: - receiving , by said transmitter device , a signal transmitted by the satellite , termed the presence signal; - analysing a frequency shift induced by the Doppler effect on the presence signal received by said transmitter device , the step of analysing comprising a measurement of a change over time of the frequency shift induced by the Doppler effect on the presence signal; - estimating , according to the analysis of the frequency shift induced by the Doppler effect on the presence signal, a later change over time of said frequency shift from a later predetermined time of the beginning of transmission of the signal to be transmitted by the transmitter device , termed the transmission time, and over a predetermined duration of said signal to be transmitted; - precompensating the later change over time estimated from the frequency shift on the signal to be transmitted; - transmitting of the signal by said transmitter device from the transmission time. - receiving , by said transmitter device , a signal transmitted by the satellite , termed the presence signal; - analysing a frequency shift induced by the Doppler effect on the presence signal received by said transmitter device , the step of analysing comprising a measurement of a change over time of the frequency shift induced by the Doppler effect on the presence signal; - estimating , according to the analysis of the frequency shift induced by the Doppler effect on the presence signal, a later change over time of said frequency shift from a later predetermined time of the beginning of transmission of the signal to be transmitted by the transmitter device , termed the transmission time, and over a predetermined duration of said signal to be transmitted; - precompensating the later change over time estimated from the frequency shift on the signal to be transmitted; - transmitting of the signal by said transmitter device from the transmission time.
A feed additive composition for the prevention of ketosis or minimizing the effects of ketosis in a ruminant animal comprising biotin in combination with a mixture of at least two essential oil compounds selected from the group consisting of thymol, eugenol, meta-cresol, vaniline and guajacol.
A method of generating a teach data set for determining a dynamic weight value from a dynamic weight curve recorded in a normal operating mode of a belt weighing apparatus, in particular of a dynamic checkweigher, on a dynamic weighing of an article, wherein a plurality of dynamic weight curves , each comprising individual measured values , are recorded after one another in a teach-in mode, characterized in that at least one time window is defined based on a comparison of the plurality of weight curves with one another, which time window either determines which of the individual measured values of a dynamic weight curve recorded in the normal operating mode are used as a basis for the determination of a dynamic weight value or, conversely, determines which of these individual measured values are not used as a basis for said determination, with the time window or windows being stored in the teach data set.
A node configured to operate in a wireless network , comprising: scanning circuitry configured to perform a scanning process to detect one or more upstream nodes of said wireless network, wherein an existing connection to an upstream node is broken as a consequence of said scanning process; connection circuitry configured to form a connection to at least one of said one or more upstream nodes in response to said scanning circuitry completing said scanning process; storage circuitry configured to store one or more triggers; and processing circuitry configured to cause said scanning circuitry to perform said scanning process in response to one of said one or more triggers, wherein said scanning circuitry is restricted to performing said scanning process within one or more allowed times; said one or more allowed times include at least one of: a time when usage of said node is at or below 25% of its average maximum usage for a given day, and a time when usage of said node is at a lowest point. scanning circuitry configured to perform a scanning process to detect one or more upstream nodes of said wireless network, wherein an existing connection to an upstream node is broken as a consequence of said scanning process; connection circuitry configured to form a connection to at least one of said one or more upstream nodes in response to said scanning circuitry completing said scanning process; storage circuitry configured to store one or more triggers; and processing circuitry configured to cause said scanning circuitry to perform said scanning process in response to one of said one or more triggers, wherein said scanning circuitry is restricted to performing said scanning process within one or more allowed times; said one or more allowed times include at least one of: a time when usage of said node is at or below 25% of its average maximum usage for a given day, and a time when usage of said node is at a lowest point. a time when usage of said node is at or below 25% of its average maximum usage for a given day, and a time when usage of said node is at a lowest point.
A three-dimensional circuit board comprising a circuit formed on a three-dimensional board , wherein: a component mount unit being provided on a curved surface unit or a bend, a solder resist which is formed such that an opening is provided at the component mount unit , an electronic component which is mounted on the component mount unit with solder, characterized in that the three-dimensional board is a resin molding and a circuit is formed on the resin molding, and the resin molding is formed by dispersing a non-conductive metal complex in a resin for molding, a metal core is generated by irradiation of a laser beam after molding the resin molding, and plating is then performed to form the circuit . a component mount unit being provided on a curved surface unit or a bend, a solder resist which is formed such that an opening is provided at the component mount unit , an electronic component which is mounted on the component mount unit with solder, characterized in that the three-dimensional board is a resin molding and a circuit is formed on the resin molding, and the resin molding is formed by dispersing a non-conductive metal complex in a resin for molding, a metal core is generated by irradiation of a laser beam after molding the resin molding, and plating is then performed to form the circuit .
Kit of parts, comprising a reinforcing sleeve and a coupling configured to be connected to a multilayered conduit - wherein the coupling comprises a coupling pipe , which coupling pipe is provided on the outer side with a radially upright wall , which wall is widened in axial direction at a radial distance from the outer side of the coupling pipe such that the outer side of the coupling pipe , the upright wall and the widened portion enclose an annular insertion space into which an outer end of a conduit or of a welding device can be directly inserted, and wherein the radial distance (d 1 ) between the widened portion of the wall and the outer side of the coupling pipe at the position of the entry to the insertion space is such that it is equal to or greater than the wall thickness of the conduit or the thickness of the welding device; and - wherein the reinforcing sleeve is substantially tubular and designed for placing inside the coupling pipe , characterized in that the reinforcing sleeve : - extends inward into the coupling pipe from the axial outer end of the coupling pipe of the coupling , and comprises: - a slit extending at least in axial direction of the reinforcing sleeve, and wherein the slit is enclosed by slit edges of the reinforcing sleeve, which slit edges define an intermediate space, the intermediate space being variable in that the reinforcing sleeve takes a flexible and resilient form, wherein the dimensions and the form of the reinforcing sleeve are such that the contour of the reinforcing sleeve can be arranged inside the coupling pipe and there connects closely to an inner wall of the coupling pipe. - wherein the coupling comprises a coupling pipe , which coupling pipe is provided on the outer side with a radially upright wall , which wall is widened in axial direction at a radial distance from the outer side of the coupling pipe such that the outer side of the coupling pipe , the upright wall and the widened portion enclose an annular insertion space into which an outer end of a conduit or of a welding device can be directly inserted, and wherein the radial distance (d 1 ) between the widened portion of the wall and the outer side of the coupling pipe at the position of the entry to the insertion space is such that it is equal to or greater than the wall thickness of the conduit or the thickness of the welding device; and - wherein the reinforcing sleeve is substantially tubular and designed for placing inside the coupling pipe , characterized in that the reinforcing sleeve : - extends inward into the coupling pipe from the axial outer end of the coupling pipe of the coupling , and comprises: - a slit extending at least in axial direction of the reinforcing sleeve, and wherein the slit is enclosed by slit edges of the reinforcing sleeve, which slit edges define an intermediate space, the intermediate space being variable in that the reinforcing sleeve takes a flexible and resilient form, wherein the dimensions and the form of the reinforcing sleeve are such that the contour of the reinforcing sleeve can be arranged inside the coupling pipe and there connects closely to an inner wall of the coupling pipe.
A method performed by a base station , comprising: receiving a preamble based on at least a repetition level; transmitting, using a Physical Resource Block, PRB, set determined based on the repetition level, a Random Access Response, RAR, message. receiving a preamble based on at least a repetition level; transmitting, using a Physical Resource Block, PRB, set determined based on the repetition level, a Random Access Response, RAR, message.
A transverse connector comprising: a cross member including a first end portion and a second end portion; a first ring supported on the first end portion of the cross member ; a first connector assembly coupled to the first ring to secure the cross member to the first connector assembly , the first connector assembly configured to selectively and releasably secure to a first bone anchor ; and a second connector assembly coupled to the second end portion of the cross member , wherein the first connector assembly includes a mount configured to seat the first connector assembly on the first bone anchor of bone anchors ; and a screw receivable through the mount , the screw engagable with the first bone anchor ; and a nut that threadably engages the screw to selectively secure the first connector assembly to the first bone anchor , characterized in that the nut includes a drive portion and a skirt that extends distally from the drive portion having a distal taper portion that is selectively engagable with the first ring as the nut rotates about the screw . a cross member including a first end portion and a second end portion; a first ring supported on the first end portion of the cross member ; a first connector assembly coupled to the first ring to secure the cross member to the first connector assembly , the first connector assembly configured to selectively and releasably secure to a first bone anchor ; and a second connector assembly coupled to the second end portion of the cross member , wherein the first connector assembly includes a mount configured to seat the first connector assembly on the first bone anchor of bone anchors ; and a screw receivable through the mount , the screw engagable with the first bone anchor ; and a nut that threadably engages the screw to selectively secure the first connector assembly to the first bone anchor ,
A device for storing one or more cards, comprising: a housing including an opening for receiving one or more cards; an ejector mechanism movable relative to the housing to space the one or more cards relative to one another; an actuator configured to actuate the ejector mechanism; and one or more gripping elements configured to hold the one or more cards within the housing, the one or more gripping elements being configured to be moved relative to the housing by movement of the ejector mechanism and/or the actuator; wherein the ejector mechanism comprises a frame and the one or more gripping elements are arranged on said frame. a housing including an opening for receiving one or more cards; an ejector mechanism movable relative to the housing to space the one or more cards relative to one another; an actuator configured to actuate the ejector mechanism; and one or more gripping elements configured to hold the one or more cards within the housing, the one or more gripping elements being configured to be moved relative to the housing by movement of the ejector mechanism and/or the actuator; wherein the ejector mechanism comprises a frame and the one or more gripping elements are arranged on said frame.
A plunge saw , comprising: a motor including a motor shaft configured to rotate about a shaft rotational axis ; an arbor configured to operatively attach a circular saw blade to the plunge saw and to receive a torque from the motor when the motor shaft rotates about the shaft rotational axis ; a base plate that defines an arbor-facing side and an arbor-opposed side ; a base plate pivot that operatively attaches the arbor to the arbor-facing side of the base plate ; a plunge mechanism configured to be selectively actuated, by a user of the plunge saw and during operative use of the plunge saw to cut a workpiece , to transition the plunge saw from a retracted orientation to a plunged orientation, via rotation of the arbor and the base plate relative to one another and about the base plate pivot , and plunge the circular saw blade into the workpiece ; and a cut indicator configured to project a light line onto the workpiece to visually indicate, on the workpiece , a location of an edge of the circular saw blade ; characterized in that the cut indicator includes a light source configured to project the light line ; wherein the light source is configured to project light past the circular saw blade such that a first portion of the light is incident upon the circular saw blade and a second portion of the light is incident upon the workpiece , wherein the second portion of the light defines the light line . a motor including a motor shaft configured to rotate about a shaft rotational axis ; an arbor configured to operatively attach a circular saw blade to the plunge saw and to receive a torque from the motor when the motor shaft rotates about the shaft rotational axis ; a base plate that defines an arbor-facing side and an arbor-opposed side ; a base plate pivot that operatively attaches the arbor to the arbor-facing side of the base plate ; a plunge mechanism configured to be selectively actuated, by a user of the plunge saw and during operative use of the plunge saw to cut a workpiece , to transition the plunge saw from a retracted orientation to a plunged orientation, via rotation of the arbor and the base plate relative to one another and about the base plate pivot , and plunge the circular saw blade into the workpiece ; and a cut indicator configured to project a light line onto the workpiece to visually indicate, on the workpiece , a location of an edge of the circular saw blade ; characterized in that the cut indicator includes a light source configured to project the light line ; wherein the light source is configured to project light past the circular saw blade such that a first portion of the light is incident upon the circular saw blade and a second portion of the light is incident upon the workpiece , wherein the second portion of the light defines the light line .