mhurhangee/patent-ind-claim-en huggingface dataset:
A kit-of-parts, comprising: - a VIG window unit for replacing a non-vacuum IG window unit or an existing VIG window unit in a window frame, wherein the VIG window unit comprises first and second glass substrates with a low pressure gap provided between the first and second glass substrates, the low pressure gap being at a pressure less than atmospheric pressure, and wherein the VIG window unit has a smaller thickness than the non-vacuum IG window unit or the existing VIG window unit in the window frame; - a first spacer that is placeable between a first major side of the VIG window unit and a first stop portion of the window frame, wherein the first spacer comprises first and second corners for directly contacting the first major side of the VIG window unit, and wherein the first spacer further comprises a recess located in between the first and second corners of the first spacer; - an adhesive for attaching the first major side of the VIG window unit to the first spacer, wherein the adhesive is disposable in the recess of the first spacer. - a VIG window unit for replacing a non-vacuum IG window unit or an existing VIG window unit in a window frame, wherein the VIG window unit comprises first and second glass substrates with a low pressure gap provided between the first and second glass substrates, the low pressure gap being at a pressure less than atmospheric pressure, and wherein the VIG window unit has a smaller thickness than the non-vacuum IG window unit or the existing VIG window unit in the window frame; - a first spacer that is placeable between a first major side of the VIG window unit and a first stop portion of the window frame, wherein the first spacer comprises first and second corners for directly contacting the first major side of the VIG window unit, and wherein the first spacer further comprises a recess located in between the first and second corners of the first spacer; - an adhesive for attaching the first major side of the VIG window unit to the first spacer, wherein the adhesive is disposable in the recess of the first spacer.
A lighting device, comprising: - at least one heat sink and/or lead frame; - at least one lighting module thermally connected with the at least one heat sink and/or lead frame; - an overmould configured to at least partially encase the at least one heat sink and/or lead frame, characterised in that the overmould comprises at least one receiving portion configured for receiving at least one circuit board; and further comprising - at least one circuit board mounted in the at least one receiving portion, the at least one circuit board comprising at least one connector and at least two bond pads suitable for establishing an electrical connection to the at least one lighting module, wherein the at least one circuit board is at least partially exposed; and wherein the at least one connector is a structure of surface accessible conduction lines on one or both sides of the circuit board. - at least one heat sink and/or lead frame; - at least one lighting module thermally connected with the at least one heat sink and/or lead frame; - an overmould configured to at least partially encase the at least one heat sink and/or lead frame, characterised in that the overmould comprises at least one receiving portion configured for receiving at least one circuit board; and further comprising - at least one circuit board mounted in the at least one receiving portion, the at least one circuit board comprising at least one connector and at least two bond pads suitable for establishing an electrical connection to the at least one lighting module,
A method for manufacturing a sound-absorbing gypsum fibre board, comprising a dry process, wherein a dry mixture is manufactured from between 45 and 85 %-by-weight β-semi-hydrate, between 5 and 15 %-by-weight fibres and between 10 and 40 %-by-weight of an inert material and applied as a dry carpet onto a conveyor system, the dry carpet is wetted with water, pressed to form a continuous strip, separated into individual boards and the boards are then dried, wherein the inert material comprises an average grain size of less than 1 mm, determined according to a linear intercept method characterised in that the inert material is a calcium sulfate anhydrite, a REA gypsum, another calcium sulfate dihydrate or mixtures therefrom.
A steering control device configured to control a steering system including a switching device that is switched between a transmission state and a cutoff state, the transmission state being a state where power is transmitted from a steering wheel to steered wheels , and the cutoff state being a state where transmission of the power from the steering wheel to the steered wheels is cut off; a steering-side actuator configured to apply a steering reaction force to the steering wheel in the cutoff state; and a turning-side actuator configured to turn the steered wheels , the steering control device comprising a controller configured to execute: turning processing of controlling a controlled variable to a command value corresponding to an operation of the steering wheel by controlling the turning-side actuator in the cutoff state, characterized in that the controlled variable is at least one of a turning angle of the steered wheels and a turning angle rate that is a changing rate of the turning angle; and transmission switching processing controls the switching device such that the switching device is switched from the cutoff state to the transmission state on condition that an absolute value of a difference between the controlled variable and the command value continues to be equal to or larger than a threshold when the turning processing is executed.
An adjustable linkage comprising: a brew head engaging linkage element ; a handle engaging linkage element ; and an adjusting element disposed between the brew head engaging linkage element and the handle engaging linkage element, wherein: the adjusting element is configured to engage the brew head engaging linkage element and the handle engaging linkage element; and the adjusting element is configured to smoothly increase and decrease a distance between the brew head engaging linkage element and the handle engaging linkage element; and characterized in that : the brew head engaging linkage element comprises a threaded portion configured to engage a first threaded portion of the adjusting element; and the handle engaging linkage element comprises a threaded portion configured to engage a second threaded portion of the adjusting element; and wherein the first threaded portion and the second threaded portion comprise opposite handedness, and different pitches. a brew head engaging linkage element ; a handle engaging linkage element ; and an adjusting element disposed between the brew head engaging linkage element and the handle engaging linkage element, wherein: the adjusting element is configured to engage the brew head engaging linkage element and the handle engaging linkage element; and the adjusting element is configured to smoothly increase and decrease a distance between the brew head engaging linkage element and the handle engaging linkage element; and characterized in that : the adjusting element is configured to engage the brew head engaging linkage element and the handle engaging linkage element; and the adjusting element is configured to smoothly increase and decrease a distance between the brew head engaging linkage element and the handle engaging linkage element; and characterized in that : the brew head engaging linkage element comprises a threaded portion configured to engage a first threaded portion of the adjusting element; and the handle engaging linkage element comprises a threaded portion configured to engage a second threaded portion of the adjusting element; and wherein the first threaded portion and the second threaded portion comprise opposite handedness, and different pitches.
A shovel comprising: a lower-part traveling body ; an upper-part swiveling body installed in the lower-part traveling body so as to be rotatable relative to the lower-part traveling body ; and an attachment attached to the upper-part swiveling body , wherein the shovel performs a machine guidance function of reporting a visual report or an audible report of a value of a difference between a present position of an end attachment and a target position of the end attachment , characterized in that the shovel includes a control apparatus that reports a possible discontinuity of an accurate machine guidance in a case where it is determined that a predetermined event occurs, wherein the control apparatus determines that the predetermined event occurs in a case where it is determined that a change occurs in a position of the lower-part traveling body or a posture of the lower-part traveling body , and reports the possible discontinuity of the accurate machine guidance. a lower-part traveling body ; an upper-part swiveling body installed in the lower-part traveling body so as to be rotatable relative to the lower-part traveling body ; and an attachment attached to the upper-part swiveling body , wherein the shovel performs a machine guidance function of reporting a visual report or an audible report of a value of a difference between a present position of an end attachment and a target position of the end attachment , characterized in that the shovel includes a control apparatus that reports a possible discontinuity of an accurate machine guidance in a case where it is determined that a predetermined event occurs, wherein the control apparatus determines that the predetermined event occurs in a case where it is determined that a change occurs in a position of the lower-part traveling body or a posture of the lower-part traveling body , and reports the possible discontinuity of the accurate machine guidance.
An irrigation system for use in a controlled environment, said irrigation system comprising: a. a support frame comprising two generally horizontal rails engaged by a plurality of base members spaced along the length of the support frame, each base member including a base crossbeam engaged with a base upright at either end thereof; b. a pan having a centre surface which engages said base crossbeams, and an edge which engages said base uprights, the pan being configured to collect and direct nutrient supply to a drain point; c. a secondary frame operatively engaged with said horizontal rails, wherein said secondary frame is moveable along the length of said horizontal rails; d. at least one plant stand supported by said horizontal rails, wherein said plant stand is moveable along the length of said horizontal rails, and wherein at least a portion of said secondary frame is positionable under said at least one plant stand; and, e. an air system positioned adjacent said at least one plant stand, wherein said air system includes at least one duct , wherein said duct is configured to provide air to said at least one plant stand. a. a support frame comprising two generally horizontal rails engaged by a plurality of base members spaced along the length of the support frame, each base member including a base crossbeam engaged with a base upright at either end thereof; b. a pan having a centre surface which engages said base crossbeams, and an edge which engages said base uprights, the pan being configured to collect and direct nutrient supply to a drain point; c. a secondary frame operatively engaged with said horizontal rails, wherein said secondary frame is moveable along the length of said horizontal rails; d. at least one plant stand supported by said horizontal rails, wherein said plant stand is moveable along the length of said horizontal rails, and wherein at least a portion of said secondary frame is positionable under said at least one plant stand; and, e. an air system positioned adjacent said at least one plant stand, wherein said air system includes at least one duct , wherein said duct is configured to provide air to said at least one plant stand.
A deposition apparatus, comprising: a deposition chamber which includes a deposition region (D) for forming a coating film on an object to be coated; a conveying device which conveys a conveyed carrier supporting the object to be coated; and a bias power source which applies a bias voltage to the object to be coated via the conveyed carrier , wherein the coating film is formed by allowing the conveyed carrier to pass through the deposition region (D) while applying a bias voltage to the object to be coated, wherein a plurality of rods which support the object to be coated and rotate around axes are disposed in the conveyed carrier along a carrier conveying direction in an upright posture, wherein a protrusion member protruding to the outside in a radial direction is provided on an outer peripheral surface of the rod , wherein an interference member which catches the protrusion member of the conveyed carrier moving in the deposition chamber and rotates the rod around the axis is provided on a wall surface of the deposition chamber via an insulation member , and wherein the interference member and the bias power source are electrically connected to each other, characterized in that the deposition chamber includes a heating region (H1, H2) which is disposed to be adjacent to the deposition region (D) in the carrier conveying direction and heats the object to be coated before the object to be coated enters the deposition region (D), and a carrier-waiting region (C1, C2) which accommodates the conveyed carrier between the deposition region (D) and an end portion of the deposition chamber . a deposition chamber which includes a deposition region (D) for forming a coating film on an object to be coated; a conveying device which conveys a conveyed carrier supporting the object to be coated; and a bias power source which applies a bias voltage to the object to be coated via the conveyed carrier , wherein the coating film is formed by allowing the conveyed carrier to pass through the deposition region (D) while applying a bias voltage to the object to be coated, wherein a plurality of rods which support the object to be coated and rotate around axes are disposed in the conveyed carrier along a carrier conveying direction in an upright posture, wherein a protrusion member protruding to the outside in a radial direction is provided on an outer peripheral surface of the rod , wherein an interference member which catches the protrusion member of the conveyed carrier moving in the deposition chamber and rotates the rod around the axis is provided on a wall surface of the deposition chamber via an insulation member , and wherein the interference member and the bias power source are electrically connected to each other, characterized in that the deposition chamber includes a heating region (H1, H2) which is disposed to be adjacent to the deposition region (D) in the carrier conveying direction and heats the object to be coated before the object to be coated enters the deposition region (D), and a carrier-waiting region (C1, C2) which accommodates the conveyed carrier between the deposition region (D) and an end portion of the deposition chamber .
Lollipop production and wrapping apparatus with a forming unit rotating around an axis in one direction and a down-stream processing unit and a transfer wheel in between the units which rotates in a direction opposite to the direction of rotation of the forming unit around a first axis , which is parallel to the axis of the forming unit and which comprises a multitude of grippers which releasably hold the stick of the lollipop and which move eccentrically relative to the transfer wheel around a second axis of rotation parallel to the first axis of rotation , wherein the eccentric motion of the gripper changes the radial extension of each gripper out of the transfer wheel and/or its angel relative to the transfer wheel , wherein the grippers rotate around a third axis of rotation which is perpendicular to the first axis of rotation.
A method of adaptively processing an input signal, the method comprising: passing the input signal through an adaptive time domain filter to produce an output signal; taking at least one of the input signal and the output signal as an analysis signal; transforming the analysis signal into a frequency domain to produce a transformed analysis signal; analysing the transformed analysis signal to produce a plurality of logarithmically expressed desired gains each corresponding to a respective frequency domain sub-band; synthesising a minimum phase time domain filter characteristic having a magnitude response which approximates a gain profile of the plurality of desired gains, the synthesising comprising: obtaining a cepstrum as an inverse discrete Fourier transform of the logarithmically expressed desired gains; adjusting the cepstrum to generate an adjusted cepstrum which is causal; and applying a discrete Fourier transform to the adjusted causal cepstrum to produce a minimum phase complex frequency response comprising logarithmically expressed complex gains; and updating the adaptive filter with the synthesised filter characteristic. passing the input signal through an adaptive time domain filter to produce an output signal; taking at least one of the input signal and the output signal as an analysis signal; transforming the analysis signal into a frequency domain to produce a transformed analysis signal; analysing the transformed analysis signal to produce a plurality of logarithmically expressed desired gains each corresponding to a respective frequency domain sub-band; synthesising a minimum phase time domain filter characteristic having a magnitude response which approximates a gain profile of the plurality of desired gains, the synthesising comprising: obtaining a cepstrum as an inverse discrete Fourier transform of the logarithmically expressed desired gains; adjusting the cepstrum to generate an adjusted cepstrum which is causal; and applying a discrete Fourier transform to the adjusted causal cepstrum to produce a minimum phase complex frequency response comprising logarithmically expressed complex gains; and updating the adaptive filter with the synthesised filter characteristic. obtaining a cepstrum as an inverse discrete Fourier transform of the logarithmically expressed desired gains; adjusting the cepstrum to generate an adjusted cepstrum which is causal; and applying a discrete Fourier transform to the adjusted causal cepstrum to produce a minimum phase complex frequency response comprising logarithmically expressed complex gains; and updating the adaptive filter with the synthesised filter characteristic.
A lifting column, comprising: a column body and a foot mounted to a lower portion of the column body, wherein an insert-joint assembly is provided at a bottom of the column body, a snap groove is provided on the insert-joint assembly , the foot comprises a base and an insert-joint socket provided on the base, a receptacle configured to receive the insert-joint assembly and an elastic snap-fit assembly disposed at a lower portion of the receptacle are provided on the insert-joint socket, a guide bevel disposed at a lower portion of the snap groove is further provided on the insert-joint assembly, wherein on insert-fitting between the insert-joint assembly and the receptacle, the elastic snap-fit assembly is compressed by the guide bevel, and after the insert-joint assembly is mounted in place, the elastic snap-fit assembly is snap-fitted in the snap groove to thereby secure the column body to the foot; wherein the elastic snap-fit assembly comprises two snap-fit rods slidably attached on the insert-joint socket and an elastic member disposed between the two snap-fit rods, such that after the insert-joint assembly is mounted in place, the snap-fit rods are pushed by the elastic member and snap-fitted into the snap groove.
An air-conditioner adapted to be fitted to a vehicle, the air-conditioner comprising: an external unit containing a compressor and at least one heat exchanger element and having at least one air channel positioned for supplying conditioned air and at least one air channel position for receiving return air through an opening in a roof or wall of the vehicle, wherein the opening is either a first type or a second type having a different size from the first type; a frame adapted to be installed in the opening and between the external unit and the roof or wall and having locating elements on each of a first side and an opposite second side of the frame , the locating elements being configured together to locate the frame in the opening and to locate the frame in the external unit ; characterized in that the locating elements in the frame are positioned so that: if the opening is the first type, the frame is adapted to be installed with the first side facing the roof or wall, and if the opening is the second type, the frame is adapted to be installed with the first side facing the external unit . an external unit containing a compressor and at least one heat exchanger element and having at least one air channel positioned for supplying conditioned air and at least one air channel position for receiving return air through an opening in a roof or wall of the vehicle, wherein the opening is either a first type or a second type having a different size from the first type; a frame adapted to be installed in the opening and between the external unit and the roof or wall and having locating elements on each of a first side and an opposite second side of the frame , the locating elements being configured together to locate the frame in the opening and to locate the frame in the external unit ; characterized in that the locating elements in the frame are positioned so that: if the opening is the first type, the frame is adapted to be installed with the first side facing the roof or wall, and if the opening is the second type, the frame is adapted to be installed with the first side facing the external unit .