mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry washing apparatus, comprising: a storage container configured to store a washing agent; and a washing agent pump configured to be coupled to the storage container , the washing agent pump comprises: an introduction end portion configured to be inserted in the storage container when the washing agent pump is coupled to the storage container ; and an introduction hole formed through the introduction end portion inserted in the storage container ; characterized by : a sealing member disposed at an outside of the introduction end portion , wherein the sealing member is disposed at a rear portion of the introduction hole . a storage container configured to store a washing agent; and a washing agent pump configured to be coupled to the storage container , the washing agent pump comprises: an introduction end portion configured to be inserted in the storage container when the washing agent pump is coupled to the storage container ; and an introduction hole formed through the introduction end portion inserted in the storage container ; characterized by : a sealing member disposed at an outside of the introduction end portion , wherein the sealing member is disposed at a rear portion of the introduction hole . an introduction end portion configured to be inserted in the storage container when the washing agent pump is coupled to the storage container ; and an introduction hole formed through the introduction end portion inserted in the storage container ; characterized by : a sealing member disposed at an outside of the introduction end portion , wherein the sealing member is disposed at a rear portion of the introduction hole . a sealing member disposed at an outside of the introduction end portion , wherein the sealing member is disposed at a rear portion of the introduction hole .
Rotatable handle device for rotating actuation of a rotatably adjustable unit, preferably a rotatably adjustable sanitary valve unit, comprising - a handle body having a handle operating element as a user interface for rotating actuation of the rotatably adjustable unit and having a rotatable coupling structure for rotatably fixed coupling of the handle body to the rotatably adjustable unit in a single coupling rotational position or, selectively, in one of a plurality of coupling rotational positions spaced from one another in rotational direction, characterized in that - the handle body comprises a first handle body part including the rotatable coupling structure , and a second handle body part including the handle operating element , wherein the first and the second handle body parts are turnable relative to each other within a limited alignment angle range (Aw), and - the rotatable handle device comprises an alignment unit which is user-operable independent of the user operation of the handle operating element and couples the first and the second handle body parts in a rotatably fixed manner and upon actuation turns the first and the second handle body parts relative to each other within the alignment angle range in a stepless manner. - a handle body having a handle operating element as a user interface for rotating actuation of the rotatably adjustable unit and having a rotatable coupling structure for rotatably fixed coupling of the handle body to the rotatably adjustable unit in a single coupling rotational position or, selectively, in one of a plurality of coupling rotational positions spaced from one another in rotational direction, characterized in that - the handle body comprises a first handle body part including the rotatable coupling structure , and a second handle body part including the handle operating element , wherein the first and the second handle body parts are turnable relative to each other within a limited alignment angle range (Aw), and - the rotatable handle device comprises an alignment unit which is user-operable independent of the user operation of the handle operating element and couples the first and the second handle body parts in a rotatably fixed manner and upon actuation turns the first and the second handle body parts relative to each other within the alignment angle range in a stepless manner.
A method of motion compensation, the method comprising: receiving, by a device configured to compensate motion, motion information indicating one or more movements associated with a microphone array configured to capture one or more audio objects of a three-dimensional soundfield; adjusting, by the device configured to compensate motion, one or more higher-order ambisonics (HOA) representations of the 3D soundfield to compensate the one or more movements associated with the microphone array configured to capture one or more audio objects of the 3D soundfield; and generating, by the device configured to compensate motion, a motion-compensated bitstream based on the adjusted HOA representations of the 3D soundfield. receiving, by a device configured to compensate motion, motion information indicating one or more movements associated with a microphone array configured to capture one or more audio objects of a three-dimensional soundfield; adjusting, by the device configured to compensate motion, one or more higher-order ambisonics (HOA) representations of the 3D soundfield to compensate the one or more movements associated with the microphone array configured to capture one or more audio objects of the 3D soundfield; and generating, by the device configured to compensate motion, a motion-compensated bitstream based on the adjusted HOA representations of the 3D soundfield.
A method for low density parity check, LDPC, channel coding performed by an apparatus in a communication system, the method characterised by : segmenting input bits into a plurality of blocks in case that a size, B, of the input bits is larger than a first maximum number of the input bits, Kmax, corresponding to a code rate, the Kmax corresponding to a largest LDPC code given in the communication system; identifying a number, C, of code blocks based on C = ┌ B/K max ┐ ; identifying a temporal value, J, based on J = ┌ B/C ┐ ; identifying a size, K', of a code block based on ┌ J /( K min ) ┐ × K min , Kmin indicating a second maximum number of the input bits corresponding to a smallest LDPC code given in the communication system; identifying a total number of padding bits based on F' = K' × C-B ; identifying a gamma value, γ, based on γ= F 'mod C ; identifying padding bits for the code block based on F = └ F '/ C ┘ or F = ┌ F '/ C ┐ . identifying the code block by inserting the padding bits to a segmented block of the input bits; and encoding the code block including the segmented block of the input bits and the padding bits using an LDPC code, wherein γ code blocks consist of F = ┌ F '/ C ┐ padding bits and └ B / C ┘ input bits, and (C- γ) code blocks consist of F = └ F '/ C ┘ padding bits and ┌ B / C ┐ input bits. segmenting input bits into a plurality of blocks in case that a size, B, of the input bits is larger than a first maximum number of the input bits, Kmax, corresponding to a code rate, the Kmax corresponding to a largest LDPC code given in the communication system; identifying a number, C, of code blocks based on C = ┌ B/K max ┐ ; identifying a temporal value, J, based on J = ┌ B/C ┐ ; identifying a size, K', of a code block based on ┌ J /( K min ) ┐ × K min , Kmin indicating a second maximum number of the input bits corresponding to a smallest LDPC code given in the communication system; identifying a total number of padding bits based on F' = K' × C-B ; identifying a gamma value, γ, based on γ= F 'mod C ; identifying padding bits for the code block based on F = └ F '/ C ┘ or F = ┌ F '/ C ┐ . identifying the code block by inserting the padding bits to a segmented block of the input bits; and encoding the code block including the segmented block of the input bits and the padding bits using an LDPC code, wherein γ code blocks consist of F = ┌ F '/ C ┐ padding bits and └ B / C ┘ input bits, and (C- γ) code blocks consist of F = └ F '/ C ┘ padding bits and ┌ B / C ┐ input bits.
System, consisting of: - a goods support for the arrangement of goods on a front end of the goods support - at least two dividers (4, 4', 4", 4"') for lateral delimitation of a goods track of a goods support , with a. a front fixing element (5, 5', 5", 5'") and b. a rear fixing element (6, 6', 6", 6"') which has a rear engagement flange facing towards the front fixing element and has an upper engagement surface inclined down towards the goods support and a lower engagement surface inclined down towards the goods support, - at least one goods track which is delimited laterally by the dividers (4, 4', 4", 4'") and of which the track width is adjustable, - a front fixing section arranged on the front end for fixing the front fixing element (5, 5', 5", 5'"), and - a rear fixing section arranged on a rear end of the goods support for fixing the rear fixing element (6, 6', 6", 6'"), characterized in that the rear fixing section has a row of grooves extending lengthwise with respect to the goods track for guiding the rear engagement flange (60, 60', 60", 60'"). - a goods support for the arrangement of goods on a front end of the goods support - at least two dividers (4, 4', 4", 4"') for lateral delimitation of a goods track of a goods support , with a. a front fixing element (5, 5', 5", 5'") and b. a rear fixing element (6, 6', 6", 6"') which has a rear engagement flange facing towards the front fixing element and has an upper engagement surface inclined down towards the goods support and a lower engagement surface inclined down towards the goods support, a. a front fixing element (5, 5', 5", 5'") and b. a rear fixing element (6, 6', 6", 6"') which has a rear engagement flange facing towards the front fixing element and has an upper engagement surface inclined down towards the goods support and a lower engagement surface inclined down towards the goods support, - at least one goods track which is delimited laterally by the dividers (4, 4', 4", 4'") and of which the track width is adjustable, - a front fixing section arranged on the front end for fixing the front fixing element (5, 5', 5", 5'"), and - a rear fixing section arranged on a rear end of the goods support for fixing the rear fixing element (6, 6', 6", 6'"),
An insulating garment formed by a textile surface, whose outer surface has received a hydrophobic moisture repellent treatment, and the inner surface has received a hydrophilic treatment absorbing the moisture, characterised in that the garment comprises: - an inner surface of fabric with a hydrophilic finish, and - an outer surface of fabric with a moisture-repellent finish, wherein the fabric of the inner surface is of texturized polyester in micro-fibre and polyamide presented in multi-filaments with thermofixed in a tenter machine and hydrophilic finish, and wherein the outer surface is of a fabric composed of brushed cotton and texturized polyester, thermofixed in a tenter machine, moisture-repellent and breathable finish. - an inner surface of fabric with a hydrophilic finish, and - an outer surface of fabric with a moisture-repellent finish, wherein the fabric of the inner surface is of texturized polyester in micro-fibre and polyamide presented in multi-filaments with thermofixed in a tenter machine and hydrophilic finish, and wherein the outer surface is of a fabric composed of brushed cotton and texturized polyester, thermofixed in a tenter machine, moisture-repellent and breathable finish.
A method for fabricating a target part using a reconfigurable shape memory polymer and low temperature metal deposition, the method comprising: providing a shape memory polymer mandrel having a pre-form shape and a glass transition temperature; providing a shape mold based on the target part; placing the mandrel in contact with the shape mold and stimulating the mandrel, the stimulating deforming the mandrel to replicate a geometry of the shape mold; keeping the mandrel within the shape mold, and cooling it to a temperature lower than the glass transition temperature, and removing it from the mold; coating an outer surface of the deformed mandrel with a conductive metal to form a tooling assembly and placing the tooling assembly into a low temperature electroplating tank; applying a voltage to electrochemically deposit metal onto a surface of the whole tooling assembly; and removing the whole tooling assembly from the bath and applying heat thereto, the mandrel becoming malleable in response to the heat. providing a shape memory polymer mandrel having a pre-form shape and a glass transition temperature; providing a shape mold based on the target part; placing the mandrel in contact with the shape mold and stimulating the mandrel, the stimulating deforming the mandrel to replicate a geometry of the shape mold; keeping the mandrel within the shape mold, and cooling it to a temperature lower than the glass transition temperature, and removing it from the mold; coating an outer surface of the deformed mandrel with a conductive metal to form a tooling assembly and placing the tooling assembly into a low temperature electroplating tank; applying a voltage to electrochemically deposit metal onto a surface of the whole tooling assembly; and removing the whole tooling assembly from the bath and applying heat thereto, the mandrel becoming malleable in response to the heat.
A ground fault detection system , comprising: a linear filter configured to receive as input one or more signals from a static starter system during operations of the static starter system and to produce a linear filter output; a rectifier configured to rectify the linear filter output and to produce a rectifier output; a gain system configured to multiply the rectifier output by a factor to produce a gain output; and a fault indicator system configured to indicate a ground fault based on the gain output, wherein the ground fault detection system is configured to command an action based on the ground fault; characterized in that the linear filter is a recursive linear filter comprising poles and zeros tuned to allow a selected frequency component from the input, wherein the selected frequency component is between 2 to 5 times a load frequency, wherein the input comprises a false neutral voltage (FNV) signal, and wherein the linear filter comprises a biquad filter. a linear filter configured to receive as input one or more signals from a static starter system during operations of the static starter system and to produce a linear filter output; a rectifier configured to rectify the linear filter output and to produce a rectifier output; a gain system configured to multiply the rectifier output by a factor to produce a gain output; and a fault indicator system configured to indicate a ground fault based on the gain output, wherein the ground fault detection system is configured to command an action based on the ground fault; characterized in that the linear filter is a recursive linear filter comprising poles and zeros tuned to allow a selected frequency component from the input, wherein the selected frequency component is between 2 to 5 times a load frequency, wherein the input comprises a false neutral voltage (FNV) signal, and wherein the linear filter comprises a biquad filter.
An agricultural machine comprising: a frame ; a header linkage system attached to the frame and configured for attaching a cutter head to the frame ; a tank operable to store a supply of a fluid; a pressure source in fluid communication with the tank and operable to receive fluid from the tank and circulate the fluid through a fluid circuit ; a float cylinder interconnecting the header linkage system and the frame , the float cylinder including a rod side fluid port in fluid communication with the pressure source for receiving fluid from the pressure source to retract the float cylinder , and a piston side fluid port ; a downforce accumulator in fluid communication with the piston side fluid port of the float cylinder ; and a downforce control valve in fluid communication with the pressure source and the downforce accumulator , wherein the downforce control valve is selectively controllable between an open position allowing fluid communication between the pressure source and the downforce accumulator , and a closed position blocking fluid communication between the pressure source and the downforce accumulator , characterized in that the agricultural machine further comprising a header controller configured to control the downforce control valve to the open position to operate the header linkage system in a first float condition exhibiting a first header float return speed, and control the downforce control valve to the closed position to operate the header linkage system in a second float condition exhibiting a second header float return speed, wherein the first header float return speed is less than the second header float return speed. a frame ; a header linkage system attached to the frame and configured for attaching a cutter head to the frame ; a tank operable to store a supply of a fluid; a pressure source in fluid communication with the tank and operable to receive fluid from the tank and circulate the fluid through a fluid circuit ; a float cylinder interconnecting the header linkage system and the frame , the float cylinder including a rod side fluid port in fluid communication with the pressure source for receiving fluid from the pressure source to retract the float cylinder , and a piston side fluid port ; a downforce accumulator in fluid communication with the piston side fluid port of the float cylinder ; and a downforce control valve in fluid communication with the pressure source and the downforce accumulator , wherein the downforce control valve is selectively controllable between an open position allowing fluid communication between the pressure source and the downforce accumulator , and a closed position blocking fluid communication between the pressure source and the downforce accumulator ,
Placing apparatus for placing valve bags , in particular for placing woven and/or sewn valve bags on a filling spout of a packaging machine , having a gripper holder movable between a takeup position and an alignment position , with at least one gripper for gripping a valve bag in the takeup position and with a blowing device with at least one air nozzle for alignment of the valve bag in the alignment position of the gripper holder , characterized in that at least in the alignment position of the gripper holder , a takeup space for a bag section of the valve bag is formed between the gripper holder and the blowing device , wherein an abutting device with a top stopper delimits the takeup space , and which allows defined alignment of a valve bag thereat, and that the gripper is oriented at the takeup space from a first side and the air nozzle , from an opposite, second side to act on opposite sidewalls of a valve bag received in the takeup space . characterized in that at least in the alignment position of the gripper holder , a takeup space for a bag section of the valve bag is formed between the gripper holder and the blowing device , wherein an abutting device with a top stopper delimits the takeup space , and which allows defined alignment of a valve bag thereat, and that the gripper is oriented at the takeup space from a first side and the air nozzle , from an opposite, second side to act on opposite sidewalls of a valve bag received in the takeup space .
A cable breakout kit, comprising: a cable portion ; a furcation portion with at least one fiber port and a fiber area shoulder ; and an inner wall portion seated into the fiber area shoulder; the cable portion and the furcation portion dimensioned to couple with one another, enclosing a furcation area ; the inner wall portion coupled to the furcation portion and a fiber bundle of a cable , enclosing a fiber area within the furcation area; the fiber area coupled to the at least one fiber port. a cable portion ; a furcation portion with at least one fiber port and a fiber area shoulder ; and an inner wall portion seated into the fiber area shoulder; the cable portion and the furcation portion dimensioned to couple with one another, enclosing a furcation area ; the inner wall portion coupled to the furcation portion and a fiber bundle of a cable , enclosing a fiber area within the furcation area; the fiber area coupled to the at least one fiber port.
A tool assembly for removing a component from a carrier of a gas turbine engine, the component circumscribing and mounted on the carrier , the tool assembly comprising: a tool head configured to couple to the component ; an adaptor extending longitudinally along a centerline between an adaptor first end and an adaptor second end , the adaptor attachable to the tool head at the adaptor first end by a first quick coupler ; and an actuator including a housing and a ram , the housing attachable to the adaptor at the adaptor second end by a second quick coupler , the ram extending longitudinally along the centerline within the adaptor and the tool head to a ram distal end , and the ram distal end configured to engage the carrier . a tool head configured to couple to the component ; an adaptor extending longitudinally along a centerline between an adaptor first end and an adaptor second end , the adaptor attachable to the tool head at the adaptor first end by a first quick coupler ; and an actuator including a housing and a ram , the housing attachable to the adaptor at the adaptor second end by a second quick coupler , the ram extending longitudinally along the centerline within the adaptor and the tool head to a ram distal end , and the ram distal end configured to engage the carrier .