mhurhangee/patent-ind-claim-en huggingface dataset:
A reflector antenna device , comprising: a primary radiator configured to radiate a first radio wave that is a radio wave in a first frequency band and radiate a second radio wave that is a radio wave in a second frequency band lower in frequency than the first frequency band; and a reflector having a reflection face that receives the first radio wave and the second radio wave radiated by the primary radiator and reflects the first radio wave and the second radio wave, characterized in that : the reflection face included in the reflector has a first region including a center point of the reflection face and a second region (122, 122b1) that is an outer peripheral region of the first region and is a region provided with a plurality of recesses, and each of the plurality of recesses provided in the second region (122, 122b1) of the reflection face included in the reflector allows the first radio wave to enter the recess, restricts the second radio wave from entering the recess, and reflects the first radio wave that has entered the recess on a bottom face of the recess. a primary radiator configured to radiate a first radio wave that is a radio wave in a first frequency band and radiate a second radio wave that is a radio wave in a second frequency band lower in frequency than the first frequency band; and a reflector having a reflection face that receives the first radio wave and the second radio wave radiated by the primary radiator and reflects the first radio wave and the second radio wave, characterized in that : the reflection face included in the reflector has a first region including a center point of the reflection face and a second region (122, 122b1) that is an outer peripheral region of the first region and is a region provided with a plurality of recesses, and each of the plurality of recesses provided in the second region (122, 122b1) of the reflection face included in the reflector allows the first radio wave to enter the recess, restricts the second radio wave from entering the recess, and reflects the first radio wave that has entered the recess on a bottom face of the recess. the reflection face included in the reflector has a first region including a center point of the reflection face and a second region (122, 122b1) that is an outer peripheral region of the first region and is a region provided with a plurality of recesses, and each of the plurality of recesses provided in the second region (122, 122b1) of the reflection face included in the reflector allows the first radio wave to enter the recess, restricts the second radio wave from entering the recess, and reflects the first radio wave that has entered the recess on a bottom face of the recess.
A method of reducing the toxicity of an antisense oligonucleotide (parent oligonucleotide), comprising the steps of a. Creating a library of stereodefined phosphorothioate oligonucleotide variants (child oligonucleotides), retaining the core nucleobase sequence of the parent oligonucleotide, b. Screening the library created in step a. for their in vitro toxicity in a cell, c. Identify one or more stereodefined phosphorothioate variants present in the library which has a reduced toxicity in the cell as compared to the parent oligonucleotide. a. Creating a library of stereodefined phosphorothioate oligonucleotide variants (child oligonucleotides), retaining the core nucleobase sequence of the parent oligonucleotide, b. Screening the library created in step a. for their in vitro toxicity in a cell, c. Identify one or more stereodefined phosphorothioate variants present in the library which has a reduced toxicity in the cell as compared to the parent oligonucleotide.
A gas-replenishing and enthalpy-increasing control method for a two-stage compressor, comprising: when a gas-replenishing electronic expansion valve needs to be opened, gradually increasing, by a controller, an opening degree of the gas-replenishing electronic expansion valve in a time sequence (S102); after the gas-replenishing electronic expansion valve is opened, acquiring a detected gas-replenishing superheat degree of a two-stage compressor (S104); and adjusting, based on the gas-replenishing superheat degree of the two-stage compressor, the opening degree of the gas-replenishing electronic expansion valve (S106), wherein the gas-replenishing electronic expansion valve is disposed between a medium-pressure liquid storage tank and the two-stage compressor, and when the opening degree of the gas-replenishing electronic expansion valve is not zero, a gaseous refrigerant in the medium-pressure liquid storage tank replenishes gas and increases enthalpy for the two-stage compressor, the gas-replenishing electronic expansion valve, the medium-pressure liquid storage tank and the two-stage compressor belong to a same device; characterised in that acquiring a detected gas-replenishing superheat degree of a two-stage compressor comprises: collecting a gas-replenishing temperature and a gas-replenishing pressure of the two-stage compressor; acquiring a saturation temperature corresponding to the gas-replenishing pressure; and taking a difference between the gas-replenishing temperature and the saturation temperature as the gas-replenishing superheat degree of the two-stage compressor. when a gas-replenishing electronic expansion valve needs to be opened, gradually increasing, by a controller, an opening degree of the gas-replenishing electronic expansion valve in a time sequence (S102); after the gas-replenishing electronic expansion valve is opened, acquiring a detected gas-replenishing superheat degree of a two-stage compressor (S104); and adjusting, based on the gas-replenishing superheat degree of the two-stage compressor, the opening degree of the gas-replenishing electronic expansion valve (S106), wherein the gas-replenishing electronic expansion valve is disposed between a medium-pressure liquid storage tank and the two-stage compressor, and when the opening degree of the gas-replenishing electronic expansion valve is not zero, a gaseous refrigerant in the medium-pressure liquid storage tank replenishes gas and increases enthalpy for the two-stage compressor, the gas-replenishing electronic expansion valve, the medium-pressure liquid storage tank and the two-stage compressor belong to a same device; characterised in that acquiring a detected gas-replenishing superheat degree of a two-stage compressor comprises: collecting a gas-replenishing temperature and a gas-replenishing pressure of the two-stage compressor; acquiring a saturation temperature corresponding to the gas-replenishing pressure; and taking a difference between the gas-replenishing temperature and the saturation temperature as the gas-replenishing superheat degree of the two-stage compressor.
Tower crane with a tower that supports a boom , on which a trolley is displaceable, from which trolley a hoist rope is unwound, a load suspension means attached to the hoist rope , drive devices for moving a plurality of crane elements and for traveling the load suspension means , a control apparatus for controlling the drive devices such that the load suspension means travels along a travel path, as well as an oscillation damping device for damping oscillation movements of the load suspension means and/or of the hoist rope , wherein the oscillation damping device comprises a control module for influencing the control of the drive devices in dependence on oscillation-relevant parameters, characterized in that the oscillation damping device comprises determination means for determining deformations of the tower and further structural elements of the crane as a result of dynamic loads, wherein the control module of the oscillating damping device is configured to take account of the determined deformations of the tower and of further structural elements as a result of dynamic loads on the influencing of the control of the drive devices.
A caprolactam preparation method, comprise the following steps: Controlling cyclohexanone, ammonia, and hydrogen peroxide to have an ammoximation reaction in an aqueous solvent at 80-100 °C temperature in the presence of an oximation catalyst, without any organic solvent, to obtain a solution that contains cyclohexanone oxime; Extracting the obtained solution that contains cyclohexanone oxime in step with an inert organic solvent, to obtain an extract phase that contains cyclohexanone oxime and a raffinate phase that contains the oximation catalyst and water; Controlling the extract phase to have a Beckmann rearrangement reaction with oleum, and controlling the product of the Beckmann rearrangement reaction to have a neutralization reaction with ammonia, wherein step further comprises: separating the oximation catalyst from the raffinate phase, and reusing the oximation catalyst in the ammoximation reaction, and wherein step further comprises: curing the product of the Beckmann rearrangement reaction after the Beckmann rearrangement reaction is finished and before the neutralization reaction is started, and then controlling the cured product to have the neutralization reaction; wherein the curing conditions are 100-140 °C curing temperature and 0.5-3 h curing time. Controlling cyclohexanone, ammonia, and hydrogen peroxide to have an ammoximation reaction in an aqueous solvent at 80-100 °C temperature in the presence of an oximation catalyst, without any organic solvent, to obtain a solution that contains cyclohexanone oxime; Extracting the obtained solution that contains cyclohexanone oxime in step with an inert organic solvent, to obtain an extract phase that contains cyclohexanone oxime and a raffinate phase that contains the oximation catalyst and water; Controlling the extract phase to have a Beckmann rearrangement reaction with oleum, and controlling the product of the Beckmann rearrangement reaction to have a neutralization reaction with ammonia,
A bending machine comprising: - an upper roller , a lower roller , a rear side roller and a front side roller , - a supporting frame to which said upper roller , lower roller , rear side roller and front side roller are mounted, wherein at least one of the upper roller and the lower roller is a motor-driven roller and wherein the rear side roller and the front side roller are displaceably mounted to the frame so as to be translatable by moving away from / close to the upper roller , wherein said upper roller , lower roller , rear side roller and front side roller are cylindrical rollers, characterized in that the upper roller is mounted vertically displaceable, so as to be translatable along a rectilinear vertical direction of translation by moving away from or close to the lower roller , and the lower roller is mounted horizontally displaceable so as to be translatable relative to the upper roller along a rectilinear horizontal direction of translation, and in that the side rollers translate along rectilinear or curved trajectories that are oblique relative to the rectilinear vertical direction of translation of the upper roller and to the rectilinear horizontal direction of translation of the lower roller and that are directed towards the upper roller , so that said side rollers can be moved away from or close to the upper roller . - an upper roller , a lower roller , a rear side roller and a front side roller , - a supporting frame to which said upper roller , lower roller , rear side roller and front side roller are mounted,
A method of retrofitting an environmental control system of an aircraft , the environmental control system includes at least one first conduit , at least one second conduit , and at least one connector assembly connecting the first conduit to the second conduit , the connector assembly includes a connector , a connector ring , and an orifice plate , the connector includes at least one wall including a ridge defining a receptacle and a connector slot defined within the receptacle , the connector ring defines a ring slot and a covering portion , the method comprising: inserting the orifice plate through the connector slot and the ring slot into the receptacle ; and aligning the covering portion with the connector slot .
Partition wall assembly for a battery housing , the partition wall assembly comprising a partition wall , which is in a wall plane (WE) defined by a longitudinal direction (L) and a vertical direction (H) orthogonal to the longitudinal direction (L) and is designed to divide a battery interior enclosed by the battery housing into chambers (7.1, 7.2) delimited from one another, comprising at least one busbar housing and comprising at least one busbar accommodated in the busbar housing , which busbar is guided orthogonally to the wall plane (WE) through the partition wall , the busbar housing being designed in one piece with the partition wall , characterized in that the partition wall is designed separately from the battery housing and is designed to be connected thereto; and the partition wall has a sandwich structure in an orthogonal direction (OR) to the wall plane (WE), a sandwich core comprising a mineral material or consisting entirely thereof. the partition wall assembly comprising a partition wall , which is in a wall plane (WE) defined by a longitudinal direction (L) and a vertical direction (H) orthogonal to the longitudinal direction (L) and is designed to divide a battery interior enclosed by the battery housing into chambers (7.1, 7.2) delimited from one another, comprising at least one busbar housing and comprising at least one busbar accommodated in the busbar housing , which busbar is guided orthogonally to the wall plane (WE) through the partition wall , the busbar housing being designed in one piece with the partition wall , characterized in that the partition wall is designed separately from the battery housing and is designed to be connected thereto; and the partition wall has a sandwich structure in an orthogonal direction (OR) to the wall plane (WE), a sandwich core comprising a mineral material or consisting entirely thereof.
Method for maintenance of an apparatus for air-conditioning, wherein face surfaces of connecting air channels assigned to at least one air-handling device are brought into alignment or out of alignment with face surfaces of connections (22, 23, 24 or 25) of the at least one air-handling device and/or air channels by way of displacement transverse to the longitudinal central plane of the connecting air channels , characterized in that , during the transverse displacement of the connecting air channels , the face surfaces of the connecting air channels and the face surfaces of the connections are also moved away from one another, or moved towards one another, in that the respective connecting air channel is pushed in a wedge-like manner between those face surfaces of the connections (22, 23, 24 or 25) of the respective air-handling device which are assigned thereto and the onward-leading air channels, and wherein the respective connecting air channel , by way of at least one obliquely directed face surface , can, in a wedge-like manner, be pressed onto or lifted off from the corresponding face surfaces of the respective air-handling device or air channel.
Soil cultivation device, in particular a compact disk harrow and/or a cultivator-disc-harrow combination for the most extensive soil cultivation possible, having a first and a second support beam , which are attached to a frame of the soil cultivation device and extend transversely to the direction of travel of the machine and are arranged in series at a distance from one another, wherein each support beam is provided with a plurality of arms , on the free, ground-facing end of which in each case at least one rotatably mounted disk is arranged, each arm preferably being suspended from the first or the second support beam by means of a rubber suspension, wherein the first and the second support beams are each pivotable and/or rotatable about their longitudinal axis at least in a limited manner, wherein the pivoting and/or rotation of the first and second support beams can be adjusted by means suitable for adjusting, and at least one coupling element is arranged between the first and second support beams, wherein the coupling element and the means for pivoting and/or rotating the support beams are combined to form a component of the soil cultivation device, wherein the component in each case consists of one central part rotatably fixed and or displaceable on the frame and at least one control part arranged displaceably in the direction of travel with respect to the frame and attached to the first and/or second support beam , characterized in that the combined component for coupling and pivoting and/or rotating the support beams is designed as a central part in the form of a sleeve which has an external thread in the region of the fixing on the frame and in which two control parts are rotatably mounted.
A manipulation apparatus comprising: a manipulation lever , a click feeling being generated when the manipulation lever is manipulated; and a click generating mechanism linked to the manipulation lever ; wherein the click generating mechanism has a cam member having a concave part and a convex part , an abutting member that abuts the cam member and generates a movement load so that the cam member relatively moves, a limiting member that limits a movable direction of the abutting member to a direction crossing a direction in which the cam member relatively moves, and an urging force generating means that urges the abutting member in the movable direction, characterized in that the urging force generating means has a pair of magnetic bodies , at least one of which has a permanent magnet , a generated urging force being a magnetic attractive force between the pair of magnetic bodies . a manipulation lever , a click feeling being generated when the manipulation lever is manipulated; and a click generating mechanism linked to the manipulation lever ; wherein the click generating mechanism has a cam member having a concave part and a convex part , an abutting member that abuts the cam member and generates a movement load so that the cam member relatively moves, a limiting member that limits a movable direction of the abutting member to a direction crossing a direction in which the cam member relatively moves, and an urging force generating means that urges the abutting member in the movable direction, characterized in that an abutting member that abuts the cam member and generates a movement load so that the cam member relatively moves, a limiting member that limits a movable direction of the abutting member to a direction crossing a direction in which the cam member relatively moves, and an urging force generating means that urges the abutting member in the movable direction, characterized in that the urging force generating means has a pair of magnetic bodies , at least one of which has a permanent magnet , a generated urging force being a magnetic attractive force between the pair of magnetic bodies .
A touch apparatus (100, 100A~ 100J), comprising: a plurality of first sensing electrodes , extending along a first direction (x); a plurality of second sensing electrodes , electrically isolated from the first sensing electrodes , and extending along a second direction (y) different from the first direction (x); a plurality of third sensing electrodes , electrically isolated from the second sensing electrodes , and extending along the first direction (x), wherein the first sensing electrodes , the second sensing electrodes , and the third sensing electrodes are formed at different plurality of film layers respectively, wherein the touch apparatus further comprises a control unit , electrically connected to the first sensing electrodes , the second sensing electrodes , and the third sensing electrodes , characterised in that at a first time point, the control unit is configured to read signals on the first sensing electrodes and signals on the third sensing electrodes at the same time, so as to obtain a first signal difference, wherein the first and third sensing electrodes receive signals sent by a stylus; at a second time point different from the first time point, the control unit is configured to read the signals on the first sensing electrodes and the signals on the third sensing electrodes at the same time, so as to obtain a second signal difference; and the control unit is configured to compare the first signal difference and the second signal difference, so as to determine a change of orientation of the stylus. a plurality of first sensing electrodes , extending along a first direction (x); a plurality of second sensing electrodes , electrically isolated from the first sensing electrodes , and extending along a second direction (y) different from the first direction (x); a plurality of third sensing electrodes , electrically isolated from the second sensing electrodes , and extending along the first direction (x), wherein the first sensing electrodes , the second sensing electrodes , and the third sensing electrodes are formed at different plurality of film layers respectively, wherein the touch apparatus further comprises a control unit , electrically connected to the first sensing electrodes , the second sensing electrodes , and the third sensing electrodes , characterised in that at a first time point, the control unit is configured to read signals on the first sensing electrodes and signals on the third sensing electrodes at the same time, so as to obtain a first signal difference, wherein the first and third sensing electrodes receive signals sent by a stylus; at a second time point different from the first time point, the control unit is configured to read the signals on the first sensing electrodes and the signals on the third sensing electrodes at the same time, so as to obtain a second signal difference; and the control unit is configured to compare the first signal difference and the second signal difference, so as to determine a change of orientation of the stylus.