mhurhangee/patent-ind-claim-en huggingface dataset:
A method for feeding livestock with a liquid feed, wherein the method comprises the following steps: • providing a milk cart which comprises a storage container having a store of the liquid feed, a detection apparatus for detecting an identifier assigned to a drinking container, and a dosing controller for automatically dispensing a defined quantity of the liquid feed from the storage container into a drinking container, • identifying a drinking container that is assigned to a particular animal or to a particular group of animals by means of the detection apparatus and filling the identified drinking container with a filling quantity of the liquid feed at a first point in time by means of the dosing controller , • storing the filling quantity for later traceability of the feed quantity offered to the particular animal or to the particular group of animals, • re-identifying the drinking container by means of the detection apparatus and ascertaining a residual quantity contained in the drinking container at a second, later point in time, wherein the residual quantity is ascertained by means of an apparatus of the milk cart for ascertaining a residual quantity, • calculating a consumed quantity of the liquid feed as a difference between the filling quantity and the residual quantity. • providing a milk cart which comprises a storage container having a store of the liquid feed, a detection apparatus for detecting an identifier assigned to a drinking container, and a dosing controller for automatically dispensing a defined quantity of the liquid feed from the storage container into a drinking container, • identifying a drinking container that is assigned to a particular animal or to a particular group of animals by means of the detection apparatus and filling the identified drinking container with a filling quantity of the liquid feed at a first point in time by means of the dosing controller , • storing the filling quantity for later traceability of the feed quantity offered to the particular animal or to the particular group of animals, • re-identifying the drinking container by means of the detection apparatus and ascertaining a residual quantity contained in the drinking container at a second, later point in time, wherein the residual quantity is ascertained by means of an apparatus of the milk cart for ascertaining a residual quantity, • calculating a consumed quantity of the liquid feed as a difference between the filling quantity and the residual quantity.
An artificial graphite material for a negative electrode of a lithium ion secondary battery, wherein a size L of a crystallite in a c-axis direction which is calculated from a diffraction line measured by powder X-ray diffraction is 5 to 25 nm; in Raman spectral analysis using an argon ion laser beam having a wavelength of 5145 angstroms, a ratio (ID/IG) of an intensity (ID) of a peak present in a wavelength region of 1360 cm -1 ± 100 cm -1 to an intensity (IG) of a peak present in a wavelength region of 1580 cm -1 ± 100 cm -1 is 0.05 to 0.2; an absorption spectrum originating from carbon which appears in a range of 3200 to 3400 gauss (G) is found in electron spin resonance spectroscopy measured using X band, and a relative absorption intensity ratio (I4.8 K/I280 K) of absorption intensity (I4.8 K) measured at a temperature of 4.8 K to absorption intensity (I280 K) measured at a temperature of 280 K in the above absorption spectra is 5.0 to 12.0.
A cryotransfer holder for mounting a sample held at cryogenic temperature in an electron microscope, comprising: a sample holder and a cylindrical dewar comprising: an outer dewar housing , and an inner dewar vessel thermally connected to said sample holder; said cylindrical dewar configured to hold a liquid cryogen; a thermal conductor thermally connected to said sample holder; and a thermal conductor housing having a housing center axis; wherein said cylindrical dewar further comprises: a diameter, a length, and a cylinder axis; the outer dewar housing being attached to said thermal conductor housing ; and wherein said dewar cylinder axis is aligned with said thermal conductor housing center axis, wherein said thermal conductor passes through said thermal conductor housing and is aligned with said thermal conductor housing center axis, and wherein said inner dewar vessel has a central opening such that said thermal conductor passes through said central opening without touching said inner dewar vessel to be in contact with a liquid cryogen contained in said inner dewar vessel. a sample holder and a cylindrical dewar comprising: an outer dewar housing , and an inner dewar vessel thermally connected to said sample holder; said cylindrical dewar configured to hold a liquid cryogen; an outer dewar housing , and an inner dewar vessel thermally connected to said sample holder; said cylindrical dewar configured to hold a liquid cryogen; a thermal conductor thermally connected to said sample holder; and a thermal conductor housing having a housing center axis; wherein said cylindrical dewar further comprises: a diameter, a length, and a cylinder axis; the outer dewar housing being attached to said thermal conductor housing ; and a diameter, a length, and a cylinder axis; the outer dewar housing being attached to said thermal conductor housing ; and wherein said dewar cylinder axis is aligned with said thermal conductor housing center axis, wherein said thermal conductor passes through said thermal conductor housing and is aligned with said thermal conductor housing center axis, and wherein said inner dewar vessel has a central opening such that said thermal conductor passes through said central opening without touching said inner dewar vessel to be in contact with a liquid cryogen contained in said inner dewar vessel.
A crane , comprising: a plurality of hydraulic winches ; and wire ropes that are drawn in and out from the plurality of hydraulic winches and are suspended on a sheave of a boom to be derricked with a hydraulic cylinder or a sheave of a jib provided to a distal end section of the boom , characterized in that the crane comprises: a safety apparatus that sets a hydraulic winch to be used among the plurality of hydraulic winches and a number of turns of the wire rope drawn in and out from the hydraulic winch to be used; and a control apparatus that calculates tensions of the wire ropes from output torques of the plurality of hydraulic winches and winding radiuses of the wire ropes wound around the plurality of hydraulic winches , and that determines a setting in the safety apparatus is erroneous, when the tension of the wire rope wound around a hydraulic winch different from the hydraulic winch to be used set in the safety apparatus is greater than or equal to a reference value. a plurality of hydraulic winches ; and wire ropes that are drawn in and out from the plurality of hydraulic winches and are suspended on a sheave of a boom to be derricked with a hydraulic cylinder or a sheave of a jib provided to a distal end section of the boom , characterized in that the crane comprises: a safety apparatus that sets a hydraulic winch to be used among the plurality of hydraulic winches and a number of turns of the wire rope drawn in and out from the hydraulic winch to be used; and a control apparatus that calculates tensions of the wire ropes from output torques of the plurality of hydraulic winches and winding radiuses of the wire ropes wound around the plurality of hydraulic winches , and that determines a setting in the safety apparatus is erroneous, when the tension of the wire rope wound around a hydraulic winch different from the hydraulic winch to be used set in the safety apparatus is greater than or equal to a reference value. a safety apparatus that sets a hydraulic winch to be used among the plurality of hydraulic winches and a number of turns of the wire rope drawn in and out from the hydraulic winch to be used; and a control apparatus that calculates tensions of the wire ropes from output torques of the plurality of hydraulic winches and winding radiuses of the wire ropes wound around the plurality of hydraulic winches , and that determines a setting in the safety apparatus is erroneous, when the tension of the wire rope wound around a hydraulic winch different from the hydraulic winch to be used set in the safety apparatus is greater than or equal to a reference value.
Device for cutting an elongate object, such as an off cut (R), comprising: - a wall with a passage opening which is configured to feed therethrough the elongate object to be cut; and - a blade movable along the passage opening substantially parallel to the wall , wherein the passage opening is at least partially clear during a stroke of the movable blade along the passage opening ; - wherein the movable blade has two cutting edges and is configured to perform a reciprocal movement; characterized in that the movable blade is configured to perform the reciprocal movement beyond the whole passage opening , wherein the passage opening is wholly clear at an end of the stroke of the movable blade along the passage opening . - a wall with a passage opening which is configured to feed therethrough the elongate object to be cut; and - a blade movable along the passage opening substantially parallel to the wall , wherein the passage opening is at least partially clear during a stroke of the movable blade along the passage opening ; - wherein the movable blade has two cutting edges and is configured to perform a reciprocal movement;
A data logger device for connection to an air line to an air motor driving a flexible cleaning lance hose drive apparatus, the device comprising: a cylindrical housing having a central axis and removably fastenable to a line to an air motor driving a hose drive apparatus via a quick disconnect fitting connector ; a circuit board mounted in the housing parallel to the axis; a pressure transducer mounted on the circuit board in the housing operable to sense pressure within the air line, wherein the pressure transducer is a piezoelectric pressure cell operable to continuously monitor air pressure in the air line in real time; and a datalogging processor and memory on the circuit board in the housing communicating with the transducer for recording clock time of sensed pressure from the transducer , characterized in that the data logging processor provides an input to automated lance hose drive control circuitry and wherein the automated control circuitry: anticipates and senses obstacles in tubes being cleaned; initiates automated lance reversal operations upon sensing an obstacle; and initiates cleaning fluid pressure dump operations upon sensing an unexpected event. a cylindrical housing having a central axis and removably fastenable to a line to an air motor driving a hose drive apparatus via a quick disconnect fitting connector ; a circuit board mounted in the housing parallel to the axis; a pressure transducer mounted on the circuit board in the housing operable to sense pressure within the air line, wherein the pressure transducer is a piezoelectric pressure cell operable to continuously monitor air pressure in the air line in real time; and a datalogging processor and memory on the circuit board in the housing communicating with the transducer for recording clock time of sensed pressure from the transducer , characterized in that the data logging processor provides an input to automated lance hose drive control circuitry and wherein the automated control circuitry: anticipates and senses obstacles in tubes being cleaned; initiates automated lance reversal operations upon sensing an obstacle; and initiates cleaning fluid pressure dump operations upon sensing an unexpected event. anticipates and senses obstacles in tubes being cleaned; initiates automated lance reversal operations upon sensing an obstacle; and initiates cleaning fluid pressure dump operations upon sensing an unexpected event.
A controller for simultaneously tracking multiple sensors in a medical intervention, comprising: a circuit (121 - 181) that causes the controller to execute a process comprising: receiving, from a first passive ultrasound sensor (S1) of a first interventional medical device used in the medical intervention, a first signal with first sensor information indicative of a location of the first passive ultrasound sensor (S1); receiving, from a second passive ultrasound sensor (S2) of a second interventional medical device used in the medical intervention, a second signal with second sensor information indicative of a location of the second passive ultrasound sensor (S2); combining the first signal and the second signal for transmission over one and only one channel; and providing the first signal and the second signal over the one and only one channel to a system that determines the location of the first passive ultrasound sensor (S1) and the location of the second passive ultrasound sensor (S2) and that has only the one and only one channel to receive the first signal and the second signal. receiving, from a first passive ultrasound sensor (S1) of a first interventional medical device used in the medical intervention, a first signal with first sensor information indicative of a location of the first passive ultrasound sensor (S1); receiving, from a second passive ultrasound sensor (S2) of a second interventional medical device used in the medical intervention, a second signal with second sensor information indicative of a location of the second passive ultrasound sensor (S2); combining the first signal and the second signal for transmission over one and only one channel; and providing the first signal and the second signal over the one and only one channel to a system that determines the location of the first passive ultrasound sensor (S1) and the location of the second passive ultrasound sensor (S2) and that has only the one and only one channel to receive the first signal and the second signal.
A wall mounted acoustic structure containing wall panels, mounting frame comprising vertical profiles and horizontal angle bars and sound-insulating material placed between the wall and the panel, wherein between the panels there are dilatation gaps and the elements of the sound-insulating material are placed between the vertical profiles and the horizontal angle bars while each of the wall panels is hanged on at least two horizontal angle bars by use of hanger plates provided with fixing tongues inserted into horizontal slots positioned in the angle bars, characterized in that the rear face of the panels is provided with stress-relieving grooves and the front face of the panels is undulated and provided with pyramids , where each of the walls of each of the pyramids has a step-changing angle of inclination, and additionally, the horizontal angle bars are fixed in a dismountable way by direct connection to the vertical profiles provided with slanted keyways .
Roller carriage arrangement for a door or a window of a building, wherein the window or the door has a fixed frame and a leaf which can be released from the fixed frame and which can be displaced relative to the fixed frame and wherein the roller carriage arrangement has the following: a) a first roller carriage having a single-piece roller carriage housing ; b) a first roller and a second roller which are arranged on the roller carriage housing and which can be rolled on a sliding rail of the fixed frame ; wherein the roller carriage arrangement has a first coupling rod and a second roller carriage , wherein the second roller carriage is connected indirectly or directly via the first coupling rod to the first roller carriage , wherein the first roller carriage has a first deployment arm and a second deployment arm which are each pivotably arranged in the region of the first ends thereof on the roller carriage housing and which, in the region of the second ends thereof which are opposite the first ends, can be connected indirectly or directly to the leaf in order to discharge the leaf load, wherein the first roller , the second roller and a third roller are arranged in series on the roller carriage housing in order to roll together on the sliding rail . a) a first roller carriage having a single-piece roller carriage housing ; b) a first roller and a second roller which are arranged on the roller carriage housing and which can be rolled on a sliding rail of the fixed frame ; wherein the roller carriage arrangement has a first coupling rod and a second roller carriage , wherein the second roller carriage is connected indirectly or directly via the first coupling rod to the first roller carriage ,
An image sensor having a plurality of pixel blocks (BL(n+1), BL(n), BL(n-1)), comprising: a first photoelectric conversion unit (PDA(n)) of a first pixel block (BL(n)) that converts light to an electric charge; a first node (P(n)) to which the electric charge from the first photoelectric conversion unit is transferred; a second photoelectric conversion unit (PDA(n+1)) of a second pixel block (BL(n+1)) that converts light to an electric charge; a second node (P(n+1)) to which the electric charge from the second photoelectric conversion unit is transferred; wherein the first and second pixel blocks are adjacent to each other; and characterised by a connection unit that connects the first node and the second node with each other and that includes at least two switches disposed in series ((SWa(n); SWb(n)). a first photoelectric conversion unit (PDA(n)) of a first pixel block (BL(n)) that converts light to an electric charge; a first node (P(n)) to which the electric charge from the first photoelectric conversion unit is transferred; a second photoelectric conversion unit (PDA(n+1)) of a second pixel block (BL(n+1)) that converts light to an electric charge; a second node (P(n+1)) to which the electric charge from the second photoelectric conversion unit is transferred; wherein the first and second pixel blocks are adjacent to each other; and characterised by a connection unit that connects the first node and the second node with each other and that includes at least two switches disposed in series ((SWa(n); SWb(n)).
A method for detecting and processing two counting signals, which are assigned to a data packet that in the course of its data path passes through an internet access point such as a Broadband Network Gateway, BNG , or a User Plane Function, UPF, wherein one counting signal each is generated by a counter trigger arranged before and after the caching of the data packet in a QoS processing system of the internet access point in the data path of the data packet , wherein each counting signal contains information about a packet size and a counter ID of the data packet , and wherein each counting signal is stored in a counter indexed for the respective counter ID, and wherein each counting signal is forwarded to a counter subsystem arranged outside the data path of the data packet and is processed there.
A vacuum cleaner comprising: a cleaner body comprising a suction motor for generating a suction force; a suction part arranged to communicate with the cleaner body and receive air and dust; a battery arranged to supply power to the suction motor ; a cleaner connector , disposed on the cleaner body or the suction part , and arranged to receive a voltage, characterized in that the vacuum cleaner comprises a voltage regulator arranged to regulate a voltage between the cleaner connector and the suction motor so that the voltage received by the cleaner connector is less than a voltage inputted into the suction motor ; and a plurality of batteries disposed on one of the cleaner body and the suction part , wherein the voltage regulator comprises switching mechanisms configured to connect the plurality of batteries in parallel with the cleaner connector when the plurality of batteries are charged, and to connect the plurality of batteries to each other in series with the suction motor when the plurality of batteries are discharged. a cleaner body comprising a suction motor for generating a suction force; a suction part arranged to communicate with the cleaner body and receive air and dust; a battery arranged to supply power to the suction motor ; a cleaner connector , disposed on the cleaner body or the suction part , and arranged to receive a voltage, characterized in that the vacuum cleaner comprises a voltage regulator arranged to regulate a voltage between the cleaner connector and the suction motor so that the voltage received by the cleaner connector is less than a voltage inputted into the suction motor ; and a plurality of batteries disposed on one of the cleaner body and the suction part , wherein the voltage regulator comprises switching mechanisms configured to connect the plurality of batteries in parallel with the cleaner connector when the plurality of batteries are charged, and to connect the plurality of batteries to each other in series with the suction motor when the plurality of batteries are discharged.
A process for the preparation of an alkylene glycol from an alkene comprising steps of: (a) supplying a gas composition comprising alkylene oxide, alkene, oxygen, carbon dioxide and water vapour to the bottom of an alkylene oxide absorber, said absorber comprising a column of vertically stacked trays, wherein each of the vertically stacked trays comprises a perforated gas-liquid contacting member or members, a liquid inlet area, an outlet weir extending vertically above the surface of the tray at the opposite end of the tray from the liquid inlet area and a downcomer element which, in cooperation with the inner surface of wall of the column, forms a downcomer for the passage of liquid downwardly to the liquid inlet region of the vertically adjacent tray directly below, wherein the outlet weir on each tray is at least 200mm and at most 1500mm in height and allowing the gas composition to pass upwards through the column; (b) supplying lean absorbent to the top of the alkylene oxide absorber and allowing the lean absorbent to pass downwards through the column; and (c) intimately contacting the gas composition with lean absorbent on the trays in the alkylene oxide absorber in the presence of one or more catalysts that promote carboxylation and hydrolysis; and (d) withdrawing fat absorbent from the alkylene oxide absorber. (a) supplying a gas composition comprising alkylene oxide, alkene, oxygen, carbon dioxide and water vapour to the bottom of an alkylene oxide absorber, said absorber comprising a column of vertically stacked trays, wherein each of the vertically stacked trays comprises a perforated gas-liquid contacting member or members, a liquid inlet area, an outlet weir extending vertically above the surface of the tray at the opposite end of the tray from the liquid inlet area and a downcomer element which, in cooperation with the inner surface of wall of the column, forms a downcomer for the passage of liquid downwardly to the liquid inlet region of the vertically adjacent tray directly below, wherein the outlet weir on each tray is at least 200mm and at most 1500mm in height and allowing the gas composition to pass upwards through the column; (b) supplying lean absorbent to the top of the alkylene oxide absorber and allowing the lean absorbent to pass downwards through the column; and (c) intimately contacting the gas composition with lean absorbent on the trays in the alkylene oxide absorber in the presence of one or more catalysts that promote carboxylation and hydrolysis; and (d) withdrawing fat absorbent from the alkylene oxide absorber.