mhurhangee/patent-ind-claim-en huggingface dataset:
Water jet kit for recreational purposes, characterized in that it comprises at least: - one water collection tank comprising a trough arranged in an upper portion of the water collection tank, the trough comprising at least a first opening in communication with a lower tank comprised in the collection tank , in order to collect the water that has flowed into the trough , - one water outlet tank , provided above the water collection tank , comprising a set of water outlet nozzles and at least one opening that is provided in a lower face of the water outlet tank and oriented towards the water collection tank, the water exiting the nozzles forming a curtain of water (JET) when in use, - at least one supply column for the water outlet tank, made of a translucent material in order to blend with the curtain of water, when in use, said at least one supply column comprising a first end configured to fit into a second opening of the water collection tank and a second end configured to fit into the opening of the water outlet tank , the material of the supply column being further rigid to support the water outlet tank above the water collection tank, - a pump , configured to suck the water that has flowed into the water collection tank and to inject this water into the supply column in order to replenish the water outlet tank . - one water collection tank comprising a trough arranged in an upper portion of the water collection tank, the trough comprising at least a first opening in communication with a lower tank comprised in the collection tank , in order to collect the water that has flowed into the trough , - one water outlet tank , provided above the water collection tank , comprising a set of water outlet nozzles and at least one opening that is provided in a lower face of the water outlet tank and oriented towards the water collection tank, the water exiting the nozzles forming a curtain of water (JET) when in use, - at least one supply column for the water outlet tank, made of a translucent material in order to blend with the curtain of water, when in use, said at least one supply column comprising a first end configured to fit into a second opening of the water collection tank and a second end configured to fit into the opening of the water outlet tank , the material of the supply column being further rigid to support the water outlet tank above the water collection tank, - a pump , configured to suck the water that has flowed into the water collection tank and to inject this water into the supply column in order to replenish the water outlet tank .
A control apparatus for controlling a frequency set-point for a first AC network electrically connected to a first HVDC station , that in-use transmits electrical energy to a second HVDC station over a DC transmission line, to regulate active power, the controller comprising: a frequency controller operable in a first mode of operation to determine a frequency set-point (Fref) for the first AC network based on a measured value of DC voltage (V DC1 ) at the first HVDC station; and a disturbance detector configured to monitor the measured value of DC voltage at the first HVDC station (V DC1 ) for a predetermined characteristic indicative that a variation in measured DC voltage corresponds to a known modulation applied to the DC voltage by a second HVDC station ; wherein, in the first mode of operation, the frequency controller is configured to determine the frequency set-point (Fref) for the first AC network based on the measured value of DC voltage (V DC1 ) if said predetermined characteristic is detected, and to control the frequency set-point (Fref) for the first AC network to a predetermined default frequency if said predetermined characteristic is not detected, the control apparatus being characterised in that the disturbance detector is configured to compare a first value based on the present measured value of DC voltage (V DC1 ) to a second value (V DC_EST ) based on the value of the frequency set-point (FRef) for the first AC network and said predetermined characteristic is that the first and second values differ by less than a defined amount (DIFF). a frequency controller operable in a first mode of operation to determine a frequency set-point (Fref) for the first AC network based on a measured value of DC voltage (V DC1 ) at the first HVDC station; and a disturbance detector configured to monitor the measured value of DC voltage at the first HVDC station (V DC1 ) for a predetermined characteristic indicative that a variation in measured DC voltage corresponds to a known modulation applied to the DC voltage by a second HVDC station ; wherein, in the first mode of operation, the frequency controller is configured to determine the frequency set-point (Fref) for the first AC network based on the measured value of DC voltage (V DC1 ) if said predetermined characteristic is detected, and to control the frequency set-point (Fref) for the first AC network to a predetermined default frequency if said predetermined characteristic is not detected, the control apparatus being characterised in that the disturbance detector is configured to compare a first value based on the present measured value of DC voltage (V DC1 ) to a second value (V DC_EST ) based on the value of the frequency set-point (FRef) for the first AC network and said predetermined characteristic is that the first and second values differ by less than a defined amount (DIFF).
A recombinant fusion polypeptide comprising a first amino acid sequence having phosphoketolase activity fused to a second amino acid sequence having phosphotransacetylase activity, wherein the fusion polypeptide, when expressed in a cell, is capable of converting fructose-6-P (F-6-P) and/or xylulose-5-P (X-5-P) to acetyl-CoA.
An offshore system for in situ testing of soil or collection of soil samples comprising: a) a carrier tube comprising an upper end and a lower end, wherein the carrier tube comprising an outer diameter and an inner diameter and wherein the inner diameter of the carrier tube defines a hydraulic cylinder; b) a drill bit shaped or installed at or near the lower end of the carrier tube ; c) a series of extension tubes extending upward from the upper end of the carrier tube; d) an upward seal that seals top portion of the extension tubes; e) a compression system for introducing compressed fluid under the upward seal; f) a fixed rod that runs through the hydraulic cylinder; g) a hydraulic piston disposed in the hydraulic cylinder, wherein the hydraulic piston is moveable along the fixed rod; h) an inner tube disposed between the carrier tube and the hydraulic piston, wherein lower portion of the inner tube includes either a cone penetrometer or soil sampler having a valve that allows collection of a soil sample after the insertion; characterized by i) a landing sub shaped or installed at or near the upper end of the carrier tube, wherein inner diameter of the landing sub is smaller than the inner diameter of the carrier tube ; j) one or more shear pins configured to restrict displacement of the hydraulic piston until a sufficient fluid pressure is built up, wherein sufficient fluid pressure leads to failure of the one or more shear pins , whereby the cone penetrometer or soil sampler is ballistically inserted into the soil during downward displacement of the hydraulic piston. a) a carrier tube comprising an upper end and a lower end, wherein the carrier tube comprising an outer diameter and an inner diameter and wherein the inner diameter of the carrier tube defines a hydraulic cylinder; b) a drill bit shaped or installed at or near the lower end of the carrier tube ; c) a series of extension tubes extending upward from the upper end of the carrier tube; d) an upward seal that seals top portion of the extension tubes; e) a compression system for introducing compressed fluid under the upward seal; f) a fixed rod that runs through the hydraulic cylinder; g) a hydraulic piston disposed in the hydraulic cylinder, wherein the hydraulic piston is moveable along the fixed rod; h) an inner tube disposed between the carrier tube and the hydraulic piston, wherein lower portion of the inner tube includes either a cone penetrometer or soil sampler having a valve that allows collection of a soil sample after the insertion; characterized by i) a landing sub shaped or installed at or near the upper end of the carrier tube, wherein inner diameter of the landing sub is smaller than the inner diameter of the carrier tube ; j) one or more shear pins configured to restrict displacement of the hydraulic piston until a sufficient fluid pressure is built up, wherein sufficient fluid pressure leads to failure of the one or more shear pins , whereby the cone penetrometer or soil sampler is ballistically inserted into the soil during downward displacement of the hydraulic piston.
An implantable neural stimulation device comprising: a body containing stimulation electronics and a battery to provide stimulation energy; a first header coupled to the body of the device and containing a charge coil to charge the battery and a connector to connect a stimulation lead to the stimulation electronics to deliver the stimulation energy from the battery under control by the stimulation electronics; and a second header coupled to the body and containing a communication antenna to provide communication between the stimulation electronics and an external communication device. a body containing stimulation electronics and a battery to provide stimulation energy; a first header coupled to the body of the device and containing a charge coil to charge the battery and a connector to connect a stimulation lead to the stimulation electronics to deliver the stimulation energy from the battery under control by the stimulation electronics; and a second header coupled to the body and containing a communication antenna to provide communication between the stimulation electronics and an external communication device.
A method of measuring transverse geometric parameters of flat ribbon-shaped textile fibrous structures by a capacitive sensor, in which the textile fibrous structure passes through a measuring slot in a plate capacitor, wherein the textile fibrous structure passes through a measuring slot of a first plate capacitor and subsequently through a measuring slot of a second plate capacitor, whereby the capacitors have different capacitance which is converted by plate capacitor's own RC circuit into a pulse of width τ M and compared with an adjustable pulse of width τ K generated by plate capacitor's own compensation generator, which corresponds to the pulse width generated by the plate capacitor without a textile fibrous structure, and the time difference of pulses of width Δτ between the pulse of the RC circuit and the pulse of the compensation generator is converted by a counter counting the pulses from an auxiliary oscillator into a number of pulses p and information on the number of pulses p 1 , p 2 of each of the two counters is sent to an evaluation circuit for calculating geometric parameters of the textile fibrous structure.
Infrared heating unit with a furnace , comprising a housing that accommodates a process space , and a heating facility, the heating facility is formed by at least one heating substrate defining a contact surface that is in contact with a conductor track that is made of a resistor material that is electrically conductive and generates heat when current flows through it, whereby the heating substrate forms at least a part of the furnace lining (3.1, 3.2, 3.3), characterised in that the process space is bordered, at least in part, by a furnace lining made of quartz glass, wherein the contact surface is covered, at least in part, by a cover layer made of porous quartz glass and wherein the heating substrate • consists of doped quartz glass, into which an additional component that absorbs in the infrared spectral range is embedded. • consists of doped quartz glass, into which an additional component that absorbs in the infrared spectral range is embedded.
Method for transmitting electric energy, the method comprising on the primary side at least one charging energy source and at least one converter , and also on the secondary side at least one drive device with rotor and with stator provided with poles , and more than one electric energy receiving element , electric energy storage for the drive device and current control component , as well as at least one outgoing electric energy transfer channel for electric energy, characterized in that in the method more than one charging element using extra-low voltage is arranged on the primary side , and in that the same number of electric energy receiving elements , electric energy storages , current control components and outgoing electric energy transmission channels , all of which using extra-low voltage, are arranged on the secondary side of the apparatus as there are charging elements arranged on the primary side , and in that extra-low voltage electric energy is conducted to the stator poles in a closed circuit from the electric energy storage for the drive device, and in that from each electric energy storage for the drive device extra-low voltage electric energy is conducted in a closed circuit via its own independent current control component and its own independent electric energy transmission channel to the drive device , to at least one stator pole .
A casing for a steam turbine, the casing comprising: - a plurality of chambers (C1-C5) inside the casing capable of controlling a fluid flowing through the steam turbine in communication with a valve arrangement ; and characterized by : - machineable elements configured to be removed, for enabling the accommodation of single valve and multi-valve arrangements , said machineable elements when selectively machined from the casing decrease the number of the plurality of chambers (C1-C6) inside said casing , wherein after removing the machinable elements , the plurality of chambers (C1-C5) each accommodate a valve of the single valve or multi-valve arrangement for controlling the load points during operation of the steam turbine. - a plurality of chambers (C1-C5) inside the casing capable of controlling a fluid flowing through the steam turbine in communication with a valve arrangement ; and characterized by : - machineable elements configured to be removed, for enabling the accommodation of single valve and multi-valve arrangements , said machineable elements when selectively machined from the casing decrease the number of the plurality of chambers (C1-C6) inside said casing ,
A luminescent skirt for sun protection elements, wherein the shape and dimensions of the luminescent skirt are fitted and adapted to the shape and dimensions of a 4he- sun protection element in which it is configured to be installed and to which it is configured to be secured along the length thereof, wherein the luminescent skirt comprises: - a piece of flexible textile material of any color in the form of a V-shaped rectangular-shaped pouch; - a second layer included in said V-shaped piece and consisting of an opaque sheet of textile material which is solidly and mechanically adhered to the piece at the inside thereof, wherein both said piece and said second layer include geometric forms on one or both faces that are cut with laser technology or a mechanical blade to project a beam of light therethrough by means of lighting means consisting of a light panel situated between said piece and said second layer and projecting light through said geometric forms provided therein; and - a third adhered layer also included in said V-shaped piece , the third adhered layer being of transparent or translucent and flexible plastic material allowing projecting the beam of light therethrough and acting as a support for the cut geometric forms of said piece and said second layer ; and where said V-shaped piece furthermore includes a filling material cut in the shape of rectangles. - a piece of flexible textile material of any color in the form of a V-shaped rectangular-shaped pouch; - a second layer included in said V-shaped piece and consisting of an opaque sheet of textile material which is solidly and mechanically adhered to the piece at the inside thereof, wherein both said piece and said second layer include geometric forms on one or both faces that are cut with laser technology or a mechanical blade to project a beam of light therethrough by means of lighting means consisting of a light panel situated between said piece and said second layer and projecting light through said geometric forms provided therein; and - a third adhered layer also included in said V-shaped piece , the third adhered layer being of transparent or translucent and flexible plastic material allowing projecting the beam of light therethrough and acting as a support for the cut geometric forms of said piece and said second layer ;
Combination of components A and B for use in removing calculus from a tooth; wherein component A comprises: a metal ion selected from the group of lithium ion, magnesium ion, calcium ion, and a combination thereof; and an aprotic base having a pKb in water of greater than 15.4; wherein component B comprises a bicarbonate ion; and wherein components A and B are adapted to be applied simultaneously or sequentially to the tooth, thereby generating a gas to soften and/or loosen at least part of the calculus on the tooth. wherein component A comprises: a metal ion selected from the group of lithium ion, magnesium ion, calcium ion, and a combination thereof; and an aprotic base having a pKb in water of greater than 15.4; a metal ion selected from the group of lithium ion, magnesium ion, calcium ion, and a combination thereof; and an aprotic base having a pKb in water of greater than 15.4; wherein component B comprises a bicarbonate ion; and wherein components A and B are adapted to be applied simultaneously or sequentially to the tooth, thereby generating a gas to soften and/or loosen at least part of the calculus on the tooth.
An electrical junction box comprising: a plurality of electric components ; and an installing portion on which the plurality of electric components are installed, wherein the installing portion includes: a plurality of divided portions ; and fastening portions for connecting the adjacent divided portions to each other while positioning the adjacent divided portions relative to each other; characterized in that the fastening portions are formed in each of the adjacent divided portions , wherein each fastening portion has a hole portion into which a fixing member is inserted, and wherein the hole portion formed in at least one of the adjacent divided portions is an elongated hole and is connected by the fixing member, while the fastening portions are overlapped with each other. a plurality of electric components ; and an installing portion on which the plurality of electric components are installed, wherein the installing portion includes: a plurality of divided portions ; and fastening portions for connecting the adjacent divided portions to each other while positioning the adjacent divided portions relative to each other; characterized in that the fastening portions are formed in each of the adjacent divided portions , wherein each fastening portion has a hole portion into which a fixing member is inserted, and wherein the hole portion formed in at least one of the adjacent divided portions is an elongated hole and is connected by the fixing member, while the fastening portions are overlapped with each other. a plurality of divided portions ; and fastening portions for connecting the adjacent divided portions to each other while positioning the adjacent divided portions relative to each other; characterized in that the fastening portions are formed in each of the adjacent divided portions , wherein each fastening portion has a hole portion into which a fixing member is inserted, and wherein the hole portion formed in at least one of the adjacent divided portions is an elongated hole and is connected by the fixing member, while the fastening portions are overlapped with each other.
A peritoneal dialysis system comprising: a disposable set including a water port , an inlet port , a drain port , a water line in fluid communication with the water port, a drain line in fluid communication with the drain port for draining from the disposable set, and a container positioned and arranged to hold a dialysis fluid prepared by mixing purified water and at least one concentrate; at least one source of the at least one concentrate in fluid communication with the inlet port; a water purifier configured to purify water and feed the purified water towards the water port; a sensor for detecting a property of fluid flowing in the drain line; and a control unit configured to cause an amount of dialysis fluid prepared by mixing a first portion of the purified water with the at least one concentrate in the disposable set to be delivered into the drain line, characterised in that the control unit is further configured to cause a second portion of the purified water to be delivered along the water line, into the disposable set and out the drain line to thereby push the amount of dialysis fluid to the sensor to detect a property of the dialysis fluid . a disposable set including a water port , an inlet port , a drain port , a water line in fluid communication with the water port, a drain line in fluid communication with the drain port for draining from the disposable set, and a container positioned and arranged to hold a dialysis fluid prepared by mixing purified water and at least one concentrate; a water port , an inlet port , a drain port , a water line in fluid communication with the water port, a drain line in fluid communication with the drain port for draining from the disposable set, and a container positioned and arranged to hold a dialysis fluid prepared by mixing purified water and at least one concentrate; at least one source of the at least one concentrate in fluid communication with the inlet port; a water purifier configured to purify water and feed the purified water towards the water port; a sensor for detecting a property of fluid flowing in the drain line; and a control unit configured to cause an amount of dialysis fluid prepared by mixing a first portion of the purified water with the at least one concentrate in the disposable set to be delivered into the drain line, characterised in that the control unit is further configured to cause a second portion of the purified water to be delivered along the water line, into the disposable set and out the drain line to thereby push the amount of dialysis fluid to the sensor to detect a property of the dialysis fluid . cause an amount of dialysis fluid prepared by mixing a first portion of the purified water with the at least one concentrate in the disposable set to be delivered into the drain line, characterised in that the control unit is further configured to cause a second portion of the purified water to be delivered along the water line, into the disposable set and out the drain line to thereby push the amount of dialysis fluid to the sensor to detect a property of the dialysis fluid .