mhurhangee/patent-ind-claim-en huggingface dataset:
An aqueous cleaning composition including a composition used as solvent in said aqueous cleaning composition, wherein the composition used as solvent comprises: (a) at least one alkyl 3-hydroxybutyrate defined by formula (I): (b) one or more additional component selected from the group consisting of - (i) an butyl alkanoate defined by formula (II): (ii) a dimer and/or trimer of said alkyl 3-hydroxybutyrate; and (iii) an alkyl acetate defined by formula (III): wherein R1 is an alkyl group selected from n-butyl, wherein R1 is the same for each of the components defined by formulas (I), (II), and (III); wherein said aqueous cleaning composition further includes a surfactant. (a) at least one alkyl 3-hydroxybutyrate defined by formula (I): (b) one or more additional component selected from the group consisting of - (i) an butyl alkanoate defined by formula (II): (ii) a dimer and/or trimer of said alkyl 3-hydroxybutyrate; and (iii) an alkyl acetate defined by formula (III): wherein R1 is an alkyl group selected from n-butyl, wherein R1 is the same for each of the components defined by formulas (I), (II), and (III); wherein said aqueous cleaning composition further includes a surfactant. (i) an butyl alkanoate defined by formula (II): (ii) a dimer and/or trimer of said alkyl 3-hydroxybutyrate; and (iii) an alkyl acetate defined by formula (III): wherein R1 is an alkyl group selected from n-butyl, wherein R1 is the same for each of the components defined by formulas (I), (II), and (III); wherein said aqueous cleaning composition further includes a surfactant.
A gear shift arrangement for a vehicle transmission, comprising: a knob configured to rotate to select a shift stage; an operation unit configured to rotate during rotation of the knob to generate an operation feeling; and a plurality of the gear units configured to transmit a rotational force of the knob to the operation unit , wherein at least one of the plurality of the gear units has a central axis spaced apart from a rotational axis of the knob , represented by a second gear unit, wherein the plurality of the gear units includes another gear unit , a first gear unit, configured to rotate about the same center axis as the rotational axis of the knob ; and said at least one of the plurality of the gear units is disposed to mesh with the another gear unit, characterized in that said at least one of the plurality of the gear units includes a first external gear and a second external gear , wherein the another gear unit includes a first internal gear formed along an outer end; and a shaft inserted into a cavity of said at least one of the plurality of the gear units , wherein the first external gear is disposed to mesh with a first side of the first internal gear . a knob configured to rotate to select a shift stage; an operation unit configured to rotate during rotation of the knob to generate an operation feeling; and a plurality of the gear units configured to transmit a rotational force of the knob to the operation unit , wherein at least one of the plurality of the gear units has a central axis spaced apart from a rotational axis of the knob , represented by a second gear unit, wherein the plurality of the gear units includes another gear unit , a first gear unit, configured to rotate about the same center axis as the rotational axis of the knob ; and said at least one of the plurality of the gear units is disposed to mesh with the another gear unit, characterized in that said at least one of the plurality of the gear units includes a first external gear and a second external gear , wherein the another gear unit includes a first internal gear formed along an outer end; and a shaft inserted into a cavity of said at least one of the plurality of the gear units , wherein the first external gear is disposed to mesh with a first side of the first internal gear .
An apparatus of an access point, AP, (AP1) the apparatus comprising: processing circuitry; and memory, wherein for multi-AP coordination of target wake time, TWT, schedules, the processing circuitry is configured to: decode a basic service set, BSS, TWT service period, SP, report from a second AP (AP2) of an overlapping basic service set, OBSS, the BSS TWT SPs report indicating parameters of periodic TWT SPs scheduled by the AP2; when any of TWT SPs scheduled by the AP1 overlap at least partially with any of the TWT SPs scheduled by the AP2, encode signalling to negotiate an agreement with the AP2 for sharing time and/or frequency resources of a transmission opportunity, TxOP, during an overlapping TWT SP of the AP1; and perform operations during the overlapping TWT SP in accordance with the negotiated agreement, wherein the operations performed in accordance with the negotiated agreement include communicating low-latency time-sensitive traffic, TST, with a station, STA. decode a basic service set, BSS, TWT service period, SP, report from a second AP (AP2) of an overlapping basic service set, OBSS, the BSS TWT SPs report indicating parameters of periodic TWT SPs scheduled by the AP2; when any of TWT SPs scheduled by the AP1 overlap at least partially with any of the TWT SPs scheduled by the AP2, encode signalling to negotiate an agreement with the AP2 for sharing time and/or frequency resources of a transmission opportunity, TxOP, during an overlapping TWT SP of the AP1; and perform operations during the overlapping TWT SP in accordance with the negotiated agreement, wherein the operations performed in accordance with the negotiated agreement include communicating low-latency time-sensitive traffic, TST, with a station, STA.
A tool head unit for machining workpieces, in particular a milling head unit for a milling machine spindle, comprising a support arm , which defines a first axis (C); a first head part mounted on the support arm , the first head part being rotatably arranged about the first axis (C) with respect to the support arm and defining a second axis (B) inclined at an angle different from 0° and 90° with respect to the first axis (C); a second head part mounted on the first head part and rotatably arranged about the second axis (B) with respect to the first head part ; a spindle device mounted on the second head part and rotatably arranged about a third axis (A) with respect to the second head part ; and drive devices assigned with the first, second and third axis (C, B, A) for separately driving and controlling the rotations of the first head part , the second head part and the spindle device about the respective first, second and third axis (C, B, A); wherein the first axis of rotation (C) and the third axis of rotation (A) are oriented orthogonally with respect to each other, the second axis of rotation (B) is oriented orthogonally with respect to the third axis of rotation (A) and the third axis of rotation (A) is offset from the first axis of rotation (C); and wherein the second axis of rotation (B) is offset from the third axis of rotation (A) or intersects the first axis of rotation (C) and the third axis of rotation (A). a support arm , which defines a first axis (C); a first head part mounted on the support arm , the first head part being rotatably arranged about the first axis (C) with respect to the support arm and defining a second axis (B) inclined at an angle different from 0° and 90° with respect to the first axis (C); a second head part mounted on the first head part and rotatably arranged about the second axis (B) with respect to the first head part ; a spindle device mounted on the second head part and rotatably arranged about a third axis (A) with respect to the second head part ; and drive devices assigned with the first, second and third axis (C, B, A) for separately driving and controlling the rotations of the first head part , the second head part and the spindle device about the respective first, second and third axis (C, B, A); wherein the first axis of rotation (C) and the third axis of rotation (A) are oriented orthogonally with respect to each other, the second axis of rotation (B) is oriented orthogonally with respect to the third axis of rotation (A) and the third axis of rotation (A) is offset from the first axis of rotation (C); and wherein the second axis of rotation (B) is offset from the third axis of rotation (A) or intersects the first axis of rotation (C) and the third axis of rotation (A).
Prefabricated press-fit nut which extends in an axial direction and is designed as a capped nut and for press-fitting in a component and which has a nut body with a through-bore which, while forming a blind bore , is closed by a cap , wherein the nut body has an annular collar on an upper side , characterized in that the annular collar is only partially bent over in such a manner that the cap is only captively held on the nut body .
A method for producing a sealing component comprising a body made of a superalloy covered with a new coating formed from a mixing between an alloy and boron, and which can be so positioned as to contact a blade end of a gas turbine, characterized in that it comprises the following steps: - a) said new coating is obtained by moulding, said alloy in the mixing being of a Cobalt-Nickel-Chrome-Aluminium-Yttrium (CoNiCrAlY) type, and said boron being contained in an amount between 1.7% to 2.5% by weight (wt%), - b) and the body made of superalloy and said new coating are brazed together so as to obtain said sealing component. - a) said new coating is obtained by moulding, said alloy in the mixing being of a Cobalt-Nickel-Chrome-Aluminium-Yttrium (CoNiCrAlY) type, and said boron being contained in an amount between 1.7% to 2.5% by weight (wt%), - b) and the body made of superalloy and said new coating are brazed together so as to obtain said sealing component.
A polyether polymer composition comprising 200 parts by weight or more of a metal-containing powder per a total of 100 parts by weight of a cationic group-containing low molecular weight polyether polymer composed of 10 to 200 oxirane monomer units, wherein at least a part of the oxirane monomer units is an oxirane monomer unit having a cationic group, and a high molecular weight polyether polymer composed of more than 200 oxirane monomer units.
A method of constructing a rotor for an electric submersible pump, the method comprising the assembly of a yoke , a stepped collar , and a cladding tube to define a magnet channel sized to accept one or more rare earth permanent magnets , the method further comprising: placing a shaft in rigid communication with and configured to rotate one or more pump impellers , said shaft comprising a concentric yoke integrally-formed therewith, the yoke comprising a fore end and an aft end; disposing the one or more rare earth permanent magnets about the circumference of the yoke , further positioning the one or more permanent magnets to axially coincide with the yoke ; positioning a stepped collar on each of the fore end and the aft end of the yoke ; and disposing a cladding tube around the circumference of the one or more rare earth permanent magnets , the cladding tube securing the one or more permanent magnets to the shaft through the yoke ; and wherein: the yoke interface with the one or more permanent magnets comprises an outer dimension form closure on the circumference of the yoke ; wherein form-closed torque transmission is present between the one or more permanent magnets and the yoke ; and the form closure is defined by a faceted spot for each respective permanent magnet around the circumference of the yoke . placing a shaft in rigid communication with and configured to rotate one or more pump impellers , said shaft comprising a concentric yoke integrally-formed therewith, the yoke comprising a fore end and an aft end; disposing the one or more rare earth permanent magnets about the circumference of the yoke , further positioning the one or more permanent magnets to axially coincide with the yoke ; positioning a stepped collar on each of the fore end and the aft end of the yoke ; and disposing a cladding tube around the circumference of the one or more rare earth permanent magnets , the cladding tube securing the one or more permanent magnets to the shaft through the yoke ; and wherein: the yoke interface with the one or more permanent magnets comprises an outer dimension form closure on the circumference of the yoke ; wherein form-closed torque transmission is present between the one or more permanent magnets and the yoke ; and the form closure is defined by a faceted spot for each respective permanent magnet around the circumference of the yoke . the yoke interface with the one or more permanent magnets comprises an outer dimension form closure on the circumference of the yoke ; wherein form-closed torque transmission is present between the one or more permanent magnets and the yoke ; and the form closure is defined by a faceted spot for each respective permanent magnet around the circumference of the yoke .
An acoustic device comprising an array of acoustic transducers formed by a patterned stack (12-15) on a flexible substrate , wherein the stack comprises - a piezoelectric layer which is sandwiched between respective bottom and top electrode layers ; and - a patterned insulation layer formed by a pattern of insulation material , wherein the pattern comprises o insulated areas (A14) where the insulation material is disposed between one of the electrodes and the piezoelectric layer , and o contact areas (A10) without the insulation material where both electrodes contact the piezoelectric layer characterized by the piezoelectric layer being a continuous piezoelectric layer which extends between different transducers . - a piezoelectric layer which is sandwiched between respective bottom and top electrode layers ; and - a patterned insulation layer formed by a pattern of insulation material , wherein the pattern comprises o insulated areas (A14) where the insulation material is disposed between one of the electrodes and the piezoelectric layer , and o contact areas (A10) without the insulation material where both electrodes contact the piezoelectric layer o insulated areas (A14) where the insulation material is disposed between one of the electrodes and the piezoelectric layer , and o contact areas (A10) without the insulation material where both electrodes contact the piezoelectric layer
A tool for mechanical weeding, suckering, or brushing the soil under plants, comprising: - a shaft suitable to be put into rotation around its shaft axis (X) by a suckering machine, the shaft defining a side shaft surface , at least one longitudinal groove being obtained in the shaft , - at least one retaining device (12; 112; 1012) partially and removably inserted in the at least one longitudinal groove and suitable to retain at least one tool (2; 200; 2000) so that the tool (2; 200; 2000) protrudes radially from the shaft side surface to be fed in rotation by the rotation of the shaft , wherein each retaining device (12; 112; 1012) has a device body (12'; 112'; 1012') which forms: - at least one shaft connecting portion (12a; 112a; 1012a) removably blocked within the at least one longitudinal groove , - a tool connecting portion (12b; 112b; 1012b), characterized in that the tool connecting portion (12b; 112b; 1012b) extends externally to the at least one longitudinal groove and partially overlaps the shaft side surface , each tool (2; 200; 2000) being retained between the tool connecting portion (12b; 112b; 1012b) and the shaft side surface . - a shaft suitable to be put into rotation around its shaft axis (X) by a suckering machine, the shaft defining a side shaft surface , at least one longitudinal groove being obtained in the shaft , - at least one retaining device (12; 112; 1012) partially and removably inserted in the at least one longitudinal groove and suitable to retain at least one tool (2; 200; 2000) so that the tool (2; 200; 2000) protrudes radially from the shaft side surface to be fed in rotation by the rotation of the shaft , - at least one shaft connecting portion (12a; 112a; 1012a) removably blocked within the at least one longitudinal groove , - a tool connecting portion (12b; 112b; 1012b),
A human flow estimation system, comprising: a sensor network comprising a plurality of sensors arranged in a to-be-estimated region for detecting the human flow; a model building module configured to build a human flow state model based on arrangement positions of the sensors, and build a sensor network model based on data of the sensors; and a human flow estimation module configured to estimate the human flow and provide a data weight of the estimated human flow based on the human flow state model and the sensor network model, wherein the human flow estimation system further comprises a failure detection module configured to detect whether each sensor in the sensor network is abnormal, and the model building module is further configured to adjust the human flow state model and the sensor network model when an exception exists on the sensor. a sensor network comprising a plurality of sensors arranged in a to-be-estimated region for detecting the human flow; a model building module configured to build a human flow state model based on arrangement positions of the sensors, and build a sensor network model based on data of the sensors; and a human flow estimation module configured to estimate the human flow and provide a data weight of the estimated human flow based on the human flow state model and the sensor network model, wherein the human flow estimation system further comprises a failure detection module configured to detect whether each sensor in the sensor network is abnormal, and the model building module is further configured to adjust the human flow state model and the sensor network model when an exception exists on the sensor.
A portable work surface comprising a work mat convertible between a mat configuration and a bag configuration, the mat comprising: a body with a central portion and a peripheral portion surrounding the central portion; a gathering means with a cord threaded at least part way around the peripheral portion ; a cover hingedly connected to the body ; wherein the central portion and the peripheral portion are configurable to define a substantially planar mat configuration, wherein the peripheral portion is foldable about the central portion , wherein the cord is operable by the gathering means to fold the peripheral portion about the central portion to define a bag configuration, wherein in the bag configuration the central portion defines a bag base and the peripheral portion defines a bag wall, wherein the peripheral portion comprises rigid members (184*) spanning the distance of the bag wall substantially between the central portion and the cord ; wherein said cover is foldable to straddle the peripheral portion in the bag configuration and configurable to protrude proud of the planar mat configuration; wherein the cover comprises an inner panel and an outer panel hingedly connected to the inner panel and wherein the outer panel is pivotable to adopt a divergent orientation with respect to the inner panel whereat the outer panel is arranged to support the cover proud of the planar mat configuration of the central portion and the peripheral portion ; and wherein the cover comprises a coupling member operable to couple the outer panel in the divergent orientation with respect to the inner panel . a body with a central portion and a peripheral portion surrounding the central portion; a gathering means with a cord threaded at least part way around the peripheral portion ; a cover hingedly connected to the body ; wherein the central portion and the peripheral portion are configurable to define a substantially planar mat configuration, wherein the peripheral portion is foldable about the central portion , wherein the cord is operable by the gathering means to fold the peripheral portion about the central portion to define a bag configuration, wherein in the bag configuration the central portion defines a bag base and the peripheral portion defines a bag wall, wherein the peripheral portion comprises rigid members (184*) spanning the distance of the bag wall substantially between the central portion and the cord ; wherein said cover is foldable to straddle the peripheral portion in the bag configuration and configurable to protrude proud of the planar mat configuration; wherein the cover comprises an inner panel and an outer panel hingedly connected to the inner panel and wherein the outer panel is pivotable to adopt a divergent orientation with respect to the inner panel whereat the outer panel is arranged to support the cover proud of the planar mat configuration of the central portion and the peripheral portion ; and wherein the cover comprises a coupling member operable to couple the outer panel in the divergent orientation with respect to the inner panel .
A telescopic sliding door system comprising at least a first and a second door leaf , the second door leaf being adapted to be driven via the first door leaf so as to perform a movement in the same direction, wherein the first door leaf comprises a tappet device which cooperates with a tappet catch device arranged on the second door leaf , wherein the tappet device comprises a tappet protrusion protruding laterally from the first door leaf towards the second door leaf , and the tappet catch device comprises a catch protrusion protruding laterally from the second door leaf towards the first door leaf , wherein, for driving the second door leaf in a driving direction, the tappet protrusion of the tappet device abuts on the catch protrusion of the tappet catch device , wherein the tappet protrusion and/or the catch protrusion is/are movable in a vertical plane, which is parallel to the main plane of the first or the second door leaf, respectively, from a catch position to a release position, characterized in that the tappet catch device comprises a catch damping device , wherein the catch protrusion is connected with the catch damping device , and, when the first door leaf is moved in the driving direction and the tappet protrusion hits the catch protrusion , the catch protrusion actuates the catch damping device .
Garment hanger handling device comprising a housing and a gripping tool adapted to grip and hold a garment hanger , where the gripping tool is adapted to pick up an empty garment hanger at a loading station , to move the empty garment hanger to a mounting station where an operator will hang a garment onto the garment hanger , and to forward the garment hanger to an unloading station , wherein the garment hanger handling device is provided with a linear actuator adapted to move the gripping tool in a vertical direction, wherein the garment hanger handling device comprises a data reader adapted to identify the type of garment that is to be hung on a garment hanger , and that the gripping tool is adapted to position the garment hanger in a predefined vertical position at the mounting station in dependency of an input signal comprising information regarding the type of garment, characterized in that the garment hanger handling device is further provided with a rotational actuator adapted to rotate the gripping tool around a vertical axis to position the garment hanger in a predefined rotational position at the mounting station in dependency of an input signal comprising information regarding the type of garment.
In-ground-luminaire with an aluminum housing having a light outlet opening , a glass pane for covering the light outlet opening , a sealing ring arranged between the housing and the glass pane , and a stainless steel end ring , which connects the housing and the glass pane to one another and presses the sealing ring between the glass pane and the housing , the end ring enclosing the housing and sectionally the glass pane , characterized in that a receiving ring made of plastic is arranged between the housing and the end ring , which connects and separates the two elements.