mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly of a voice assistant, one or more elements controllable by the voice assistant, and an instruction forwarding system, where a sound output part is positioned in a vicinity of the voice assistant, the voice assistant being configured to control one of the controllable elements based on the sound from the sound output part, the instruction forwarding system comprising: - the sound output part, - an instruction receiving portion comprising a plurality of user operable elements, the instruction receiving portion is configured to output a signal when one of the user operable elements is operated and where the instruction receiving portion is configured to output different signals when different user operable elements are operated, each signal corresponding to an instruction received, - a processing element configured to: - receive the signal and determine, for each signal, a corresponding command of a plurality of predetermined commands, one or more commands being defined for each user operable element, - determine a pre-amble corresponding to the voice assistant and - control the sound output part to output sound corresponding to the pre-amble followed by the determined command. - the sound output part, - an instruction receiving portion comprising a plurality of user operable elements, the instruction receiving portion is configured to output a signal when one of the user operable elements is operated and where the instruction receiving portion is configured to output different signals when different user operable elements are operated, each signal corresponding to an instruction received, - a processing element configured to: - receive the signal and determine, for each signal, a corresponding command of a plurality of predetermined commands, one or more commands being defined for each user operable element, - determine a pre-amble corresponding to the voice assistant and - control the sound output part to output sound corresponding to the pre-amble followed by the determined command. - receive the signal and determine, for each signal, a corresponding command of a plurality of predetermined commands, one or more commands being defined for each user operable element, - determine a pre-amble corresponding to the voice assistant and - control the sound output part to output sound corresponding to the pre-amble followed by the determined command.
Method for installing a water drainage installation element comprising a main water drainage body in a floor that can be walked on, wherein the main water drainage body comprises an inlet opening and a sealing flange that extends along a peripheral edge and protrudes laterally, and wherein a sealing film which projects laterally over the sealing flange and comprises a sealing film recess overlapping with the inlet opening is fixed to the sealing flange , wherein the water drainage installation element is arranged on the ground and is embedded in a screed bed in an embedding step, and the sealing film is then fixed to an upper surface of the screed bed at a surface region adjoining the main water drainage body in the peripheral direction around the inlet opening at least in portions in a sealing-film-fastening step, characterised in that , before the embedding step, a screed frame , which projects laterally over the sealing flange and is not formed in one piece with the sealing flange , is fixed to the main water drainage body along the peripheral edge at least in portions, and in that , during the embedding step, an upper surface of the flowable screed material is formed to be flush with an upper surface of the screed frame .
A motor control unit that is used to control a motor that includes a rotor and a stator that faces the rotor , comprising: a current drive unit that drives the motor at an axis current value of a rotating coordinate system that rotates in accordance with a control angle that is a rotational angle used in a control; characterized by an addition angle calculation unit that calculates an addition angle that is to be added to the control angle; a control angle calculation unit that obtains, at every predetermined calculation cycle, a present value of the control angle by adding the addition angle that is calculated by the addition angle calculation unit to an immediately preceding value of the control angle; an angular speed calculation unit that calculates an angular speed of the rotor ; an addition angle correction unit that corrects the addition angle based on the angular speed calculated by the angular speed calculation unit ; and a filtering unit that filters the angular speed calculated by the angular speed calculation unit . a current drive unit that drives the motor at an axis current value of a rotating coordinate system that rotates in accordance with a control angle that is a rotational angle used in a control; characterized by an addition angle calculation unit that calculates an addition angle that is to be added to the control angle; a control angle calculation unit that obtains, at every predetermined calculation cycle, a present value of the control angle by adding the addition angle that is calculated by the addition angle calculation unit to an immediately preceding value of the control angle; an angular speed calculation unit that calculates an angular speed of the rotor ; an addition angle correction unit that corrects the addition angle based on the angular speed calculated by the angular speed calculation unit ; and a filtering unit that filters the angular speed calculated by the angular speed calculation unit .
Stamp , in particular a self-inking stamp, comprising at least one stamping component and one stamping insert , wherein the stamping component is formed of a top part with a handle element and a bottom part with a cushion-receiving element , wherein the top part is preferably designed bow-shaped and the stamping insert is connected so as to move synchronously via a reversing mechanism having a slide track in the bottom part via a shaft or trunnion to the top part , wherein in the resting position a text plate mounted on the stamping insert abuts against an ink cartridge with pad soaked with stamp ink in the cushion receiving element , and that in a stamping process for producing a stamp impression in the stamping position the stamping insert with the text plate can be shifted by the reversing mechanism into a stamping position , characterised in that the handle element is made of at least two different materials , wherein one material is resilient for absorbing pressure forces, wherein the handle element is formed of several parts, in particular two parts, wherein the first part is a base body and the second part a cap that can be fitted onto the base body , and in that the base body is formed completely from the elastic material .
A compound for use in a method of treating a Helicobacter pylori ( H. pylori ) infection in a subject, wherein said compound has the formula: wherein R is Q or CH 2 SQ, wherein Q is a C3-C9 linear alkyl, heteroaryl, or C4-C7 cycloalkyl, or a pharmaceutically acceptable salt thereof, or an ester thereof, and wherein said compound is administered to the subject in an amount effective to inhibit growth of H. pylori. wherein R is Q or CH 2 SQ, wherein Q is a C3-C9 linear alkyl, heteroaryl, or C4-C7 cycloalkyl, or a pharmaceutically acceptable salt thereof, or an ester thereof, and wherein said compound is administered to the subject in an amount effective to inhibit growth of H. pylori.
A seat back frame comprising: a side member tube having an axial direction and an axial end, said side member tube having a front side, a rear side, a first lateral side and a second lateral side, all of said sides of said side member tube extending in said axial direction of said side member tube , said side member tube having a dimension extending from said rear side to said front side of said side member tube ; a crossmember tube having an axial direction and an axial end, said crossmember tube having a front side, a rear side, a top side and a bottom side, all of said sides of said crossmember tube extending in said axial direction of said crossmember tube ; said crossmember tube having a dimension extending from said rear side to said front side of said cross member tube , said dimension of said crossmember tube being less than said dimension of said side member tube , said end of said crossmember tube being arranged in said end of said side member tube , said rear side of said crossmember tube being closer to said rear side of said side member tube than said front side of said crossmember tube is to said front side of said side member tube , characterized in that said end of said side member tube defining an opening in said first lateral side, said end of said crossmember tube being arranged in said opening in said first lateral side of said side member tube . a side member tube having an axial direction and an axial end, said side member tube having a front side, a rear side, a first lateral side and a second lateral side, all of said sides of said side member tube extending in said axial direction of said side member tube , said side member tube having a dimension extending from said rear side to said front side of said side member tube ; a crossmember tube having an axial direction and an axial end, said crossmember tube having a front side, a rear side, a top side and a bottom side, all of said sides of said crossmember tube extending in said axial direction of said crossmember tube ; said crossmember tube having a dimension extending from said rear side to said front side of said cross member tube , said dimension of said crossmember tube being less than said dimension of said side member tube , said end of said crossmember tube being arranged in said end of said side member tube , said rear side of said crossmember tube being closer to said rear side of said side member tube than said front side of said crossmember tube is to said front side of said side member tube , characterized in that said end of said side member tube defining an opening in said first lateral side, said end of said crossmember tube being arranged in said opening in said first lateral side of said side member tube .
A screening bucket for handling debris material, particularly earth, comprising a box-shaped bucket body defining a loading compartment and an unloading opening , said screening bucket further comprising a screening unit configured to screen debris material, said screening unit comprising: - at least one screening shaft rotatable about a rotation axis ; - at least one pinion , mounted on the at least one screening shaft , and comprising a plurality of screening blades connected to the screening shaft and extending along a radial direction (R-R) orthogonal to said rotation axis ; - drive and transmission means , configured to generate and transmit a rotary motion to at least one pinion ; characterized in that at least one screening blade of the plurality of screening blades comprises two screening half-blades connected to the screening shaft , wherein each half-blade is connected to the screening shaft approaching said screening shaft along said radial direction (R-R), wherein each half-blade is connected to the screening shaft by means of a positive mechanical connection , and wherein said positive mechanical connection is reversible to allow said each half-blade to be disconnected from said screening shaft . said screening unit comprising: - at least one screening shaft rotatable about a rotation axis ; - at least one pinion , mounted on the at least one screening shaft , and comprising a plurality of screening blades connected to the screening shaft and extending along a radial direction (R-R) orthogonal to said rotation axis ; - drive and transmission means , configured to generate and transmit a rotary motion to at least one pinion ; - at least one screening shaft rotatable about a rotation axis ; - at least one pinion , mounted on the at least one screening shaft , and comprising a plurality of screening blades connected to the screening shaft and extending along a radial direction (R-R) orthogonal to said rotation axis ; - drive and transmission means , configured to generate and transmit a rotary motion to at least one pinion ; characterized in that at least one screening blade of the plurality of screening blades comprises two screening half-blades connected to the screening shaft , wherein each half-blade is connected to the screening shaft approaching said screening shaft along said radial direction (R-R), wherein each half-blade is connected to the screening shaft by means of a positive mechanical connection , and wherein said positive mechanical connection is reversible to allow said each half-blade to be disconnected from said screening shaft .
A body structure for a passenger public transport land vehicle , in particular of the bus type, comprising at least two rigid rings (202 1 -202 9 ,400,500) encircling said body structure in the widthwise direction, around a passenger compartment defined by said body structure ; characterized in that at least one, in particular each ring (202 1 -202 9 ,400,500) is obtained by assembling, in particular by welding, an upper part and a lower part according to a horizontal plane of assembly : - perpendicular to the plane formed by said ring (202 1 -202 9 ,400,500), and - situated between an upper edge and a lower edge of said ring (202 1 -202 9 ,400,500) and at a distance from said edges , between 7/10 and 9/10 of the total height of the ring. - perpendicular to the plane formed by said ring (202 1 -202 9 ,400,500), and - situated between an upper edge and a lower edge of said ring (202 1 -202 9 ,400,500) and at a distance from said edges , between 7/10 and 9/10 of the total height of the ring.
A resealable, recyclable container structure comprising: a polyethylene terephthalate rigid tray comprising a bottom wall and at least one upwardly extending sidewall , wherein the at least one sidewall terminates in a flange and wherein the flange comprises at least one resealable zone and at least one permanently affixed zone ; and a flexible polyethylene terephthalate film lidding , wherein the lidding is permanently affixed to the flange in the permanently affixed zone and resealably affixed to the flange in the resealable zone , wherein the flexible film lidding consists of a mono-material film; and wherein the rigid tray and the film lidding comprise the same polymer. a polyethylene terephthalate rigid tray comprising a bottom wall and at least one upwardly extending sidewall , wherein the at least one sidewall terminates in a flange and wherein the flange comprises at least one resealable zone and at least one permanently affixed zone ; and a flexible polyethylene terephthalate film lidding , wherein the lidding is permanently affixed to the flange in the permanently affixed zone and resealably affixed to the flange in the resealable zone , wherein the flexible film lidding consists of a mono-material film; and wherein the rigid tray and the film lidding comprise the same polymer.
A lifting gear, in particular crane , having a high-strength fibre cable to which a load receiving means and/or holding means is attached, wherein a discharging device for discharging electrostatic charges is provided on the fibre cable and/or on the load receiving means and/or holding means , characterised in that the discharging device has a charge diverter , which is in contact with the fibre cable and which has a contact element , which is movable relative to the fibre cable and touches an outer peripheral surface of the fibre cable , and is connected to a supporting structure of the lifting gear and/or another earthing potential element.
An extension guide for a drawer comprising a carcass rail to be fixed to the furniture carcass and at least one extension rail displaceable relative to the carcass rail, including a holding element with a connecting element with which the drawer can be adjustably connected to the extension rail, wherein the holding element is or can be connected to the extension rail and wherein the connecting element is movably mounted relative to the holding element , wherein an adjustment device for horizontally moving the connecting element is arranged at the holding element , wherein the adjustment device includes a transmission device which is movable in rotation about an axis arranged substantially parallel to the longitudinal axis of the extension rail and with which a rotational movement component can be converted to a translatory movement of the connecting element , wherein at the holding element a further adjustment device is mounted for vertical displacement of the drawer , wherein the further adjustment device is operable independently from the adjustment device and/or the holding element has a locking device by which the adjustment device can be releasably locked, and wherein at the holding element at least one support bracket is mounted, on which the drawer rests in the mounted condition and which is vertically movable relative to the extension rail of the further adjustment device , characterized in that the further adjustment device comprises a further transmission device movable in rotation about an axis arranged substantially parallel to the longitudinal axis of the extension rail and with which a rotational movement component can be converted to a translatory movement of the connecting element or the at least one support bracket .
A wiper blade assembly structure comprising: - a main arm which operates by a driving force supplied by a wiper motor; - a support frame which is connected to the main arm and receives the driving force from the main arm and has a space unit formed in a certain size in an upper central part thereof and a lower coupling member formed in the space unit to be coupled to a replaceable adaptor ; - a replaceable adaptor which is detachably attached to the space unit of the support frame by a fixing means using the fixing pin and couples the main arm to the support frame ; - a blade fixer which is coupled to a lower part of the support frame ; and - a blade which is coupled to the blade fixer ; wherein the replaceable adaptor having a coupling part formed in a central part thereof to be detachably coupled to a front-end coupling part of the main arm , and having an upper coupling member formed in a lower part thereof corresponding to the lower coupling member of the support frame , and having a size to be inserted into an inside of the space unit of the support frame , characterized in that the lower coupling member of the support frame comprises at least one fixing pin to fix the replaceable adaptor in a vertical direction, and a hook member to fix the replaceable adaptor to the space unit of the support frame . - a main arm which operates by a driving force supplied by a wiper motor; - a support frame which is connected to the main arm and receives the driving force from the main arm and has a space unit formed in a certain size in an upper central part thereof and a lower coupling member formed in the space unit to be coupled to a replaceable adaptor ; - a replaceable adaptor which is detachably attached to the space unit of the support frame by a fixing means using the fixing pin and couples the main arm to the support frame ; - a blade fixer which is coupled to a lower part of the support frame ; and - a blade which is coupled to the blade fixer ; wherein
A flavor generating device comprising: a circuit for electrically connecting an electric power source , a first load for atomizing an aerosol source or heating a flavor source, and a second load which is different from the first load ; a control unit configured to obtain respective requests for supply of electric power to the first load and the second load , and control the circuit to supply electric power from the electric power source to the first load and the second load , respectively, based on the respective requests; and a reducing means configured to refrain from supplying electric power or electric energy from the electric power source to the first load and the second load at the same time, when the control unit has obtained the request with respect to the first load and the request with respect to the second load in the same period of time, or when the control unit controls the circuit to perform supply of electric power to the first load and supply of electric power to the second load in the same period of time, wherein the request with respect to the first load is obtained in accordance with detecting an inhalation action of a user, characterised in that the control means controls the circuit to supply electric power to the first load and to stop electric power to the second load in response to detecting the inhalation action, and the control means controls the circuit such that, during the inhalation action is detected, electric power is not supplied to the second load . a circuit for electrically connecting an electric power source , a first load for atomizing an aerosol source or heating a flavor source, and a second load which is different from the first load ; a control unit configured to obtain respective requests for supply of electric power to the first load and the second load , and control the circuit to supply electric power from the electric power source to the first load and the second load , respectively, based on the respective requests; and a reducing means configured to refrain from supplying electric power or electric energy from the electric power source to the first load and the second load at the same time, when the control unit has obtained the request with respect to the first load and the request with respect to the second load in the same period of time, or when the control unit controls the circuit to perform supply of electric power to the first load and supply of electric power to the second load in the same period of time, wherein the request with respect to the first load is obtained in accordance with detecting an inhalation action of a user, characterised in that the control means controls the circuit to supply electric power to the first load and to stop electric power to the second load in response to detecting the inhalation action, and the control means controls the circuit such that, during the inhalation action is detected, electric power is not supplied to the second load .
Filter medium , in particular for filtering air for the passenger compartment of a motor vehicle, comprising a first filter layer for retaining particles as well as a second filter layer , which features an antimicrobial substance and an antiallergenic substance and further comprising an adsorption layer with hydrophobic activated carbon, which features a water absorption of <10 mass percent at a relative humidity of 50%, wherein the adsorption layer is disposed between the first and second filter layers .