mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaning tool, having a cleaning sheet and a holder for holding the cleaning sheet , wherein: the cleaning sheet is configured to extend in a longitudinal direction (Y) which is defined by a direction of insertion of the holder into the cleaning sheet , and in a transverse direction (X) which is defined by a direction crossing the longitudinal direction (Y), the holder has a holding part for holding the cleaning sheet , and a grip part which is connected to the holding part and designed to be held by a user, the cleaning sheet has a brush part capable of cleaning an object to be cleaned, a base connected with the brush part , and an insertion part which is formed on the base and into which the holding part is inserted, the brush part has a plurality of strips formed by strip-like sheets, characterized in that the strips include first strips and second strips having a higher rigidity than the first strips , and each of the second strips has a scraping-out part capable of scraping out dust on the object to be cleaned. the cleaning sheet is configured to extend in a longitudinal direction (Y) which is defined by a direction of insertion of the holder into the cleaning sheet , and in a transverse direction (X) which is defined by a direction crossing the longitudinal direction (Y), the holder has a holding part for holding the cleaning sheet , and a grip part which is connected to the holding part and designed to be held by a user, the cleaning sheet has a brush part capable of cleaning an object to be cleaned, a base connected with the brush part , and an insertion part which is formed on the base and into which the holding part is inserted, the brush part has a plurality of strips formed by strip-like sheets, characterized in that the strips include first strips and second strips having a higher rigidity than the first strips , and each of the second strips has a scraping-out part capable of scraping out dust on the object to be cleaned.
A polyacetal resin composition which comprises (A) a polyacetal resin and (B) a mold release agent, wherein (B) the mold release agent is a polyolefin-based wax and/or a polytetrafluoroethylene-based wax, and a content of (B) the mold release agent in the polyacetal resin composition is 0.01 part by mass or more and 1.0 part by mass or less based on 100 parts by mass of (A) the polyacetal resin, wherein the polyacetal resin composition further comprises (C) an antioxidant in a content of 0.03 part by mass or more and 0.15 parts by mass or less based on 100 parts by mass of (A) the polyacetal resin, and wherein (C) the antioxidant is one or more kinds selected from the group consisting of pentaerythritol-tetrakis[3-(3,5-di-tert-butyl-4-hydroxyphenyl)propionate] and, 1,3,5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)benzene. wherein the polyacetal resin composition further comprises (C) an antioxidant in a content of 0.03 part by mass or more and 0.15 parts by mass or less based on 100 parts by mass of (A) the polyacetal resin, and wherein (C) the antioxidant is one or more kinds selected from the group consisting of pentaerythritol-tetrakis[3-(3,5-di-tert-butyl-4-hydroxyphenyl)propionate] and, 1,3,5-trimethyl-2,4,6-tris(3,5-di-tert-butyl-4-hydroxybenzyl)benzene.
A method comprising: identifying, by an access point, AP, information in a first data packet that is associated with a Virtual Reality, VR, session; identifying, by the AP , the information in a second data packet, addressed to a first Station, STA, and in a third data packet, addressed to a second STA ; determining, by the AP , that the second data packet and the third data packet are also associated with the VR session; scheduling a first resource unit, in a transmission to the first STA and the second STA , to include the second data packet; and scheduling a second resource unit, in the transmission, to include the third data packet. identifying, by an access point, AP, information in a first data packet that is associated with a Virtual Reality, VR, session; identifying, by the AP , the information in a second data packet, addressed to a first Station, STA, and in a third data packet, addressed to a second STA ; determining, by the AP , that the second data packet and the third data packet are also associated with the VR session; scheduling a first resource unit, in a transmission to the first STA and the second STA , to include the second data packet; and scheduling a second resource unit, in the transmission, to include the third data packet.
An electromechanical actuator for controlling screens which belong to a blackout device of the blind or shutter type, the actuator being configured to set a winding tube of a screen in rotation while being inserted into this winding tube or a drive shaft on which cords for deploying the screen are wound, while being inserted in a rail, the actuator comprising an electronically-switched brushless DC electric motor , a rotor and a stator of the electric motor being positioned coaxially around an axis of rotation (X), an outer diameter (D3) of the stator depending on an inner dimeter (D1) of the winding tube or on the section of the rail, the rotor comprising a rotor body provided with magnetic elements distributed over the outer surface of the rotor , the magnetic elements of the rotor being surrounded by the stator , which in turn is formed by a stator core comprising a circular peripheral wall and pole elements supporting windings , the pole elements being distributed on the inside of the peripheral wall of the stator, the electromechanical actuator being characterized in that : - the ratio (R1) between the outer diameter (D3) of the stator and its inner diameter (D4) is less than 1.7, preferably less than 1.6, still more preferably less than 1.58, and - the ratio (R2) between the axial length (L14) of the stator and the outer diameter (D3) of the stator is greater than 1.5, preferably greater than 2. - the ratio (R1) between the outer diameter (D3) of the stator and its inner diameter (D4) is less than 1.7, preferably less than 1.6, still more preferably less than 1.58, and - the ratio (R2) between the axial length (L14) of the stator and the outer diameter (D3) of the stator is greater than 1.5, preferably greater than 2.
A grating-coupled light guide comprising: a light guide configured to guide light ; an optical concentrator configured to concentrate light (102") from a light source to provide concentrated light ; and a grating coupler at an input of the light guide, the grating coupler configured to diffractively redirect the concentrated light into the light guide at a non-zero propagation angle as guided light having a first spread angle and a second spread angle, wherein the grating coupler comprises a diffraction grating having diffractive features, characterized in that characteristics of the optical concentrator and the grating coupler are configured in combination to determine the non-zero propagation angle, the first spread angle, and the second spread angle of the guided light within the light guide, the first spread angle being in a direction orthogonal to the second spread angle, wherein a variation in the pitch of the diffractive features along a length and across a width of the diffraction grating controls the first spread angle, and a variation in a lateral shape or the width of the diffraction grating controls the second spread angle. a light guide configured to guide light ; an optical concentrator configured to concentrate light (102") from a light source to provide concentrated light ; and a grating coupler at an input of the light guide, the grating coupler configured to diffractively redirect the concentrated light into the light guide at a non-zero propagation angle as guided light having a first spread angle and a second spread angle, wherein the grating coupler comprises a diffraction grating having diffractive features, characterized in that characteristics of the optical concentrator and the grating coupler are configured in combination to determine the non-zero propagation angle, the first spread angle, and the second spread angle of the guided light within the light guide, the first spread angle being in a direction orthogonal to the second spread angle, wherein a variation in the pitch of the diffractive features along a length and across a width of the diffraction grating controls the first spread angle, and a variation in a lateral shape or the width of the diffraction grating controls the second spread angle.
A woven preform assembly comprising: one or more wraps of a continuous multilayer woven fabric about a centerline to form a barrel-shaped circumference of a preform base , wherein said wraps have a first flange disposed on a first edge of said multilayer woven fabric that forms a first edge circumference around said centerline and a second flange disposed on a second edge of said multilayer woven fabric that forms a second edge circumference around said centerline; an outermost wrap of said multilayer woven fabric is bifurcated in the outermost layer of said multilayer woven fabric to form two bifurcated portions ; and the two bifurcated portions are folded to make one or more circumferential stiffeners. one or more wraps of a continuous multilayer woven fabric about a centerline to form a barrel-shaped circumference of a preform base , wherein said wraps have a first flange disposed on a first edge of said multilayer woven fabric that forms a first edge circumference around said centerline and a second flange disposed on a second edge of said multilayer woven fabric that forms a second edge circumference around said centerline; an outermost wrap of said multilayer woven fabric is bifurcated in the outermost layer of said multilayer woven fabric to form two bifurcated portions ; and the two bifurcated portions are folded to make one or more circumferential stiffeners.
A wireless device , WD, configured to communicate with a network node, the wireless device comprising a radio interface and processing circuitry configured to: implement a Random Access Response, RAR, window, a time length of the RAR window being configurable to correspond to a fraction or multiple of a slot in a frame and wherein the time length of the RAR window is based on a Physical Random Access Channel, PRACH, preamble format; wherein the time length of the RAR window is a minimum time length and the minimum time length is less than a slot duration; and receive a RAR using the implemented RAR window. implement a Random Access Response, RAR, window, a time length of the RAR window being configurable to correspond to a fraction or multiple of a slot in a frame and wherein the time length of the RAR window is based on a Physical Random Access Channel, PRACH, preamble format; wherein the time length of the RAR window is a minimum time length and the minimum time length is less than a slot duration; and receive a RAR using the implemented RAR window.
A telescopic electric conductor comprising: - an electrically conductive first tube having a longitudinal axis ; - an electrically conductive second tube movable relative to the first tube along the longitudinal axis while being at least partly received within the first tube ; and - an electrically conductive flexible element arranged inside the first tube , the flexible element being mechanically and electrically connected to the first tube and to the second tube , and the flexible element being arranged to elastically deform along the longitudinal axis , wherein the flexible element has a waveform shape, characterized in that the flexible element is self-supporting and comprises several cycles of the waveform, wherein the flexible element comprises a plurality of sections , wherein each section has a shape of a half cycle of the waveform, and wherein the sections are welded together. - an electrically conductive first tube having a longitudinal axis ; - an electrically conductive second tube movable relative to the first tube along the longitudinal axis while being at least partly received within the first tube ; and - an electrically conductive flexible element arranged inside the first tube , the flexible element being mechanically and electrically connected to the first tube and to the second tube , and the flexible element being arranged to elastically deform along the longitudinal axis ,
A coffee machine comprising at least a control unit , a pump for supplying infusion water, a boiler for heating the infusion water, an infusion unit , a coffee mill , user interface means comprising at least a selector for a beverage and/or a ground coffee dose, said coffee mill comprising in turn a hopper for coffee beans, a rotating grinder and a non-rotating grinder , a motor for driving the rotating grinder , and means for adjusting the distance between the grinders , characterised in that it comprises a first sensor for detecting the number of turns and/or speed of the motor and/or of the rotating grinder , and a second sensor for detecting the distance between the grinders , and characterised in that said control unit stores an algorithm for calculating the correct dose of ground coffee, said calculation algorithm being configured to receive as an input from the selector the value of ground coffee selected and from the second sensor the value of the distance between the grinders so as to automatically generate as an output the value of the number of total turns that the motor must perform to obtain the correct dose of ground coffee, said control unit being configured to receive as an input from the first sensor the current value of the number of turns and/or speed of the motor and/or rotating grinder so as to produce a stop signal for stopping the motor upon reaching said number of total turns.
A process for manufacturing a photovoltaic device comprising: providing an electrode layer; cleaning a surface of the electrode layer by exposing the surface to a stream comprising CO 2 , one or more phases chosen from supercritical, gaseous, solid, and liquid phases; and depositing an organic active layer on the surface of the electrode layer after the cleaning of the surface of the electrode layer; characterised in that the organic active layer has an area ranging from 0.5 cm 2 to 50 cm 2 , and wherein the organic active layer has a total thickness ranging from 50 nm to 80 nm; and wherein the process further comprises cleaning the surface of the electrode layer with an additional cleaning technique prior to the deposition of the organic active layer, wherein the additional cleaning technique is solvent cleaning. providing an electrode layer; cleaning a surface of the electrode layer by exposing the surface to a stream comprising CO 2 , one or more phases chosen from supercritical, gaseous, solid, and liquid phases; and depositing an organic active layer on the surface of the electrode layer after the cleaning of the surface of the electrode layer; characterised in that the organic active layer has an area ranging from 0.5 cm 2 to 50 cm 2 , and wherein the organic active layer has a total thickness ranging from 50 nm to 80 nm; and wherein the process further comprises cleaning the surface of the electrode layer with an additional cleaning technique prior to the deposition of the organic active layer, wherein the additional cleaning technique is solvent cleaning.
Use of at least one compound of the formula wherein R 1 , R 2 and R 3 are the same or different and denote a C 1 -C 10 -alkyl, as a hydrolysis stabilizer in polyester materials. R 1 , R 2 and R 3 are the same or different and denote a C 1 -C 10 -alkyl, as a hydrolysis stabilizer in polyester materials.
A sampling device comprising a housing , wherein the housing comprises a chamber, at least an opening , an actuation means and a separate compartment , wherein the separate compartment is releasably retained within the housing by a retention means , characterised in that the retention means is a material that is capable to react to changes in the external environment of the device and wherein the actuation means is adapted to enable an internal substance to be drawn in through the opening into the chamber and is configured to simultaneously push the separate compartment along the housing until the separate compartment is ejected from the housing of the sampling device, thereby creating an increased space or volume for receiving and storing a sample within the chamber of the sampling device.
A bearing assembly comprising a first component and a second component , the first and second components being slidably disposed with respect to each other, wherein the first component slides relative to the second component in a first direction , wherein the first component comprises a plurality of first recesses formed in a first surface facing the second component , wherein the first recesses are distributed in a second direction perpendicular to the first direction with neighbouring first recesses being spaced apart in the second direction with a first spacing , wherein the second component comprises a plurality of second recesses formed in a second surface facing the first surface of the first component , wherein the second recesses are distributed in the second direction with neighbouring second recesses being spaced apart in the second direction with a second spacing , wherein the first recesses are sized to fit within the second spacings and the second recesses are sized to fit within the first spacings , characterized in that the first and second components are urged into a relative position in the second direction in which the first and second recesses do not overlap one another and the first recesses are interspersed relative to the second recesses . wherein the first component comprises a plurality of first recesses formed in a first surface facing the second component , wherein the first recesses are distributed in a second direction perpendicular to the first direction with neighbouring first recesses being spaced apart in the second direction with a first spacing , wherein the second component comprises a plurality of second recesses formed in a second surface facing the first surface of the first component , wherein the second recesses are distributed in the second direction with neighbouring second recesses being spaced apart in the second direction with a second spacing , wherein the first recesses are sized to fit within the second spacings and the second recesses are sized to fit within the first spacings , characterized in that the first and second components are urged into a relative position in the second direction in which the first and second recesses do not overlap one another and the first recesses are interspersed relative to the second recesses .
Method for marking a wrapping paper for smoking articles, comprising the following steps: (A) providing a wrapping paper for smoking articles, wherein the wrapping paper comprises pulp fibers, (B) producing register marks on the wrapping paper by means of at least the following step (B.3) treating the surface of the wrapping paper with laser radiation with an energy density y in J·m -2 , for which y = k·x holds, wherein x is the enthalpy of combustion per volume of the wrapping paper in J·m -2 ·μm -1 , wherein k is at least -8 μm and preferably at least -7 μm and particularly preferably at least -6.5 μm, and wherein k is at most -1 μm, preferably at most -2 μm and more particularly preferably at most -2.5 μm, wherein either in a step (C), regularly repeating structures are produced on the wrapping paper, so that each structure is located at a fixed distance in the machine direction relative to at least one mark, or a wrapping paper is provided in step (A) which has repeating structures in the machine direction, and the register marks are produced on the wrapping paper in step (B) such that each mark is located at a fixed distance in the machine direction relative to at least one structure, wherein, in at least one location, the register marks have an extension in the machine direction of at least 0.01 mm. (A) providing a wrapping paper for smoking articles, wherein the wrapping paper comprises pulp fibers, (B) producing register marks on the wrapping paper by means of at least the following step (B.3) treating the surface of the wrapping paper with laser radiation with an energy density y in J·m -2 , for which y = k·x holds, wherein x is the enthalpy of combustion per volume of the wrapping paper in J·m -2 ·μm -1 , wherein k is at least -8 μm and preferably at least -7 μm and particularly preferably at least -6.5 μm, and wherein k is at most -1 μm, preferably at most -2 μm and more particularly preferably at most -2.5 μm,
A cut guide , comprising a body having a first face and a second face opposite the first face, which body has both a straight slot for guiding a blade and holes (108a-108b) for receiving pins or wires , the slot and the holes extending through the body from the first face to the second face, the slot being perpendicular to a first axis of the body, the holes being arranged in a row, the row of holes being parallel to the slot, and the slot and the row of the holes (108a-108b) being distant from and face each other along the first axis, which body further has an alignment opening which extends through the body and which is configured to receive a straight elongated member therethrough, so as to both align the elongated member parallel with the first axis and detect parallel alignment between the first axis and a longitudinal axis of a bone to be cut, characterized in that the alignment opening is configured to be threadably engaged by the elongated member . which body has both a straight slot for guiding a blade and holes (108a-108b) for receiving pins or wires , the slot and the holes extending through the body from the first face to the second face, the slot being perpendicular to a first axis of the body, the holes being arranged in a row, the row of holes being parallel to the slot, and the slot and the row of the holes (108a-108b) being distant from and face each other along the first axis, which body further has an alignment opening which extends through the body and which is configured to receive a straight elongated member therethrough, so as to both align the elongated member parallel with the first axis and detect parallel alignment between the first axis and a longitudinal axis of a bone to be cut, characterized in that the alignment opening is configured to be threadably engaged by the elongated member .
Transport device for moving heavy loads, in particular an automated maintenance device for large, substantially vertical surfaces, for example ship hulls, along a movement direction on a freely movable monorail system, wherein a chassis having a longitudinal axis extending substantially parallel to the movement direction is provided, on which the heavy load can be arranged, wherein a supporting device is arranged on the chassis , the longitudinal axis (A) of which supporting device, in the position of use, extends at an angle not equal to 180°, preferably at an angle of 90° to the longitudinal axis of the chassis , wherein the supporting device has an extension arm , via the first, proximal end of which the supporting device can be arranged on the chassis in a rigid or articulated manner, characterised in that at the second, distal end of the extension arm a wheel device is arranged, wherein the extension arm of the supporting device consists of at least two extension elements telescopically displaceable relative to one another in the longitudinal axis (A).