mhurhangee/patent-ind-claim-en huggingface dataset:
Handheld power tool having a tool receptacle which comprises a polygonal inner receptacle and a polygonal outer receptacle , wherein the polygonal inner receptacle is designed for connection to a first insert tool which can be locked in the polygonal inner receptacle by means of a locking device assigned to the tool receptacle , and the polygonal outer receptacle is designed for connection to a second insert tool which has an inner polygonal coupling which can be pushed onto the polygonal outer receptacle , characterized in that the locking device has an actuating element which, for unlocking the first insert tool , can be displaced from a locking position into an unlocking position in an axial direction pointing away from the first insert tool , wherein the locking device has a retaining element which is designed to block the actuating element in the locking position during operation of the handheld power tool , wherein the retaining element is designed in the manner of a C ring which has radial widenings for blocking the actuating element , and the locking device has a spring element which is designed to urge the actuating element with a predetermined spring force in the direction of the first insert tool into the locking position, wherein the actuating element acted on by the spring element with the predetermined spring force has a collar-like supporting element which bears in the locking position against the radial widenings of the retaining element .
Device for a tool presetting and/or tool measuring apparatus with a carrier unit and with a spindle unit , in particular a motor spindle unit, which is supported by the carrier unit , which is at least configured for a rotation of an object inserted in the spindle unit , in particular a tool and/or a tool holder inserted in the spindle unit , around a spindle axis of the spindle unit , and which comprises at least one drive unit for generating the rotational movement of the object , characterised by a further drive unit which is realized separately and/or different from the drive unit and by a holding unit which is configured for holding the further drive unit at the carrier unit , the holding unit comprising a bearing unit which is configured to movably support the further drive unit , the spindle unit comprising a coupling unit which is configured to drive the spindle unit in at least two differing modes , in particular for changing a maximally achievable spindle torque, and a movement of the further drive unit by the bearing unit being configured to activate respectively one of the two modes . with a carrier unit and with a spindle unit , in particular a motor spindle unit, which is supported by the carrier unit , which is at least configured for a rotation of an object inserted in the spindle unit , in particular a tool and/or a tool holder inserted in the spindle unit , around a spindle axis of the spindle unit , and which comprises at least one drive unit for generating the rotational movement of the object , characterised by a further drive unit which is realized separately and/or different from the drive unit and by a holding unit which is configured for holding the further drive unit at the carrier unit , the holding unit comprising a bearing unit which is configured to movably support the further drive unit , the spindle unit comprising a coupling unit which is configured to drive the spindle unit in at least two differing modes , in particular for changing a maximally achievable spindle torque, and a movement of the further drive unit by the bearing unit being configured to activate respectively one of the two modes .
A method for decoding a 360-degree image, the method comprising: receiving a bitstream in which the 360-degree image is encoded, the bitstream including data of an expanded 2-dimensional image, the expanded 2-dimensional image including a 2-dimensional image and a predetermined expansion region, the 2-dimensional image being projected from an image with a 3-dimensional projection structure, and the 2-dimensional image including at least one face; and reconstructing the expanded 2-dimensional image by decoding the data of an expanded 2-dimensional image, characterised in that a size of the expansion region is determined based on first width information of the expansion region on a left side of the face and second width information of the expansion region on a right side of the face, both the first width information and the second width information being obtained from the bitstream, sample values of the expansion region are determined according to a padding method which uses sample values of the face, the padding method being selected from a plurality of padding methods, and the padding method for one side of the face is determined differently from the padding method for the other side of the face. receiving a bitstream in which the 360-degree image is encoded, the bitstream including data of an expanded 2-dimensional image, the expanded 2-dimensional image including a 2-dimensional image and a predetermined expansion region, the 2-dimensional image being projected from an image with a 3-dimensional projection structure, and the 2-dimensional image including at least one face; and reconstructing the expanded 2-dimensional image by decoding the data of an expanded 2-dimensional image, characterised in that a size of the expansion region is determined based on first width information of the expansion region on a left side of the face and second width information of the expansion region on a right side of the face, both the first width information and the second width information being obtained from the bitstream, sample values of the expansion region are determined according to a padding method which uses sample values of the face, the padding method being selected from a plurality of padding methods, and the padding method for one side of the face is determined differently from the padding method for the other side of the face.
Arrangement comprising a first component which is to be secured to a second component of the arrangement by means of a connecting element of the arrangement along a connecting axis (V), wherein the first component is designed as a reflector and the second component is designed as a heat sink of a motor vehicle lamp, wherein the connecting element extends through the first component and into the second component , wherein an intermediate element is arranged between the first component and a head , designed as a stop, of the connecting element , wherein the intermediate element is or can be secured in a rotationally fixed manner relative to the second component with respect to a rotation about the connecting axis (V) by means of at least one shaped element which is independent of the first component , wherein a. the shaped element is designed as a projection of the second component or of the intermediate element and/or b. the shaped element is formed on the second component , and/or c. the first component has a shaped-element through-opening for receiving the shaped element . a. the shaped element is designed as a projection of the second component or of the intermediate element and/or b. the shaped element is formed on the second component , and/or c. the first component has a shaped-element through-opening for receiving the shaped element .
A topical composition for external use comprising: a ceramide analogue-containing particle having a particle diameter of 1 nm to 50 nm, and a water-soluble polymer, wherein the ceramide analogue is a combination of phytosphingosine and two kinds of natural ceramides
A liquid feed medium comprising a deep eutectic solvent comprised of choline and/or betaine and/or 2-methyl-choline, acetylcholine, lactylcholine, propinoylcholine, buturylcholine, the methyl-, ethyl-, vinyl- or butyl-ether of choline and/or salts thereof and one or more amino acids and whereby the liquid feed medium comprises less than 50% of water (w/w).
A method for acquiring a transmission resource in vehicle to everything, comprising: sensing available resources in a current resource pool (S 101) ; if a terminal needs to send data before a sensing result is acquired, determining whether the current resource pool permits random selection of a transmission resource (S102); if the current resource pool allows the random selection of a transmission resource, randomly selecting a transmission resource from the current resource pool (S103); and if the current resource pool does not permit the random selection of a transmission resource, randomly selecting a transmission resource from another resource pool. sensing available resources in a current resource pool (S 101) ; if a terminal needs to send data before a sensing result is acquired, determining whether the current resource pool permits random selection of a transmission resource (S102); if the current resource pool allows the random selection of a transmission resource, randomly selecting a transmission resource from the current resource pool (S103); and if the current resource pool does not permit the random selection of a transmission resource, randomly selecting a transmission resource from another resource pool.
Robot arm having a wrist joint and a fastening flange , and having the following features: - the wrist joint comprises a first adjusting device , which comprises at least an input gearwheel and an output gearwheel ; - the robot arm comprises a first shaft , wherein the input gearwheel is connected to the first shaft in a rotationally coupled manner, wherein the first shaft extends away from the wrist joint ; - the output gearwheel is rotationally coupled to the fastening flange , wherein a rotation of the input gearwheel results in a rotation of the output gearwheel and thus results in a rotation of the fastening flange ; - the wrist joint comprises a second adjusting device , which is designed to move the output gearwheel on a circle segment about a centre point ; - the wrist joint comprises a third adjusting device , which comprises a main body and has an axis of rotation that runs coaxially to the axis of rotation of the input gearwheel of the first adjusting device ; - the third adjusting device is designed to displace the first and the second adjusting device by means of a third motor assembly in such a manner that the circle segment transitions from running in a first plane to running in a second plane about the centre point , wherein the first plane and the second plane are arranged perpendicular to one another; characterized in that - the main body is screw-fastened to an adapter plate of the third motor assembly . - the wrist joint comprises a first adjusting device , which comprises at least an input gearwheel and an output gearwheel ; - the robot arm comprises a first shaft , wherein the input gearwheel is connected to the first shaft in a rotationally coupled manner, wherein the first shaft extends away from the wrist joint ; - the output gearwheel is rotationally coupled to the fastening flange , wherein a rotation of the input gearwheel results in a rotation of the output gearwheel and thus results in a rotation of the fastening flange ; - the wrist joint comprises a second adjusting device , which is designed to move the output gearwheel on a circle segment about a centre point ; - the wrist joint comprises a third adjusting device , which comprises a main body and has an axis of rotation that runs coaxially to the axis of rotation of the input gearwheel of the first adjusting device ; - the third adjusting device is designed to displace the first and the second adjusting device by means of a third motor assembly in such a manner that the circle segment transitions from running in a first plane to running in a second plane about the centre point , wherein the first plane and the second plane are arranged perpendicular to one another; characterized in that - the main body is screw-fastened to an adapter plate of the third motor assembly .
Plant for making decorations on a bituminous membrane (M) comprising feed means configured to feed said bituminous membrane (M) at a determinate speed in a direction (Z), and at least two depositing apparatuses disposed one in series with the other in said direction (Z) and configured to deposit solid particles (P1, P2, P3) on said bituminous membrane (M) according to respective patterns in order to obtain respective decorations on said bituminous membrane (M), said depositing apparatuses each comprising a transfer member configured to receive, support and transfer said solid particles (P1, P2, P3) from a respective feed device , to the surface to be enhanced of said bituminous membrane (M), characterized in that it comprises synchronization means , associated with the transfer members and configured to manage the drive speed of each of the transfer members and to control and synchronize the drive speeds of said transfer members with respect to each other at least according to construction or installation parameters of said depositing apparatuses , said construction or installation parameters comprising at least one of either sizes (D1, D2, D3) of said transfer members , distances (H1, H2, H3) of said transfer members with respect to said bituminous membrane (M), and reciprocal positions (L1, L2) of said transfer members , and in that it comprises a control and command unit connected at least to the synchronization means and to the feed means and configured to control and command said synchronization means and said feed means so as to coordinate the actuation speeds of said transfer members with respect to each other and the movement speed of said bituminous membrane (M).
A support assembly for supporting a blade outer air seal of a gas turbine engine , the support assembly comprising: an outer support extending about a circumferential axis including at least one engagement member ; an inner support forming a cavity ; and a control ring located within the cavity , the control ring including at least one tab for engaging the at least one engagement member on the outer support , characterised in that : the inner support includes a C-shaped cross-section formed by a radially inner flange connected to a radially outer flange by a radially extending flange , the C-shaped cross-section defining the cavity and the radially inner flange including attachment members for supporting a blade outer air seal ; and the support assembly further comprises at least one cover plate enclosing the cavity defined by the inner support , wherein both the inner support and the cover plate are made of corresponding segments that fit together to form a circumferential ring. an outer support extending about a circumferential axis including at least one engagement member ; an inner support forming a cavity ; and a control ring located within the cavity , the control ring including at least one tab for engaging the at least one engagement member on the outer support , characterised in that : the inner support includes a C-shaped cross-section formed by a radially inner flange connected to a radially outer flange by a radially extending flange , the C-shaped cross-section defining the cavity and the radially inner flange including attachment members for supporting a blade outer air seal ; and the support assembly further comprises at least one cover plate enclosing the cavity defined by the inner support , wherein both the inner support and the cover plate are made of corresponding segments that fit together to form a circumferential ring. the inner support includes a C-shaped cross-section formed by a radially inner flange connected to a radially outer flange by a radially extending flange , the C-shaped cross-section defining the cavity and the radially inner flange including attachment members for supporting a blade outer air seal ; and the support assembly further comprises at least one cover plate enclosing the cavity defined by the inner support , wherein both the inner support and the cover plate are made of corresponding segments that fit together to form a circumferential ring.
A device comprising: a memory configured to store higher order ambisonic audio data representative of a soundfield; and one or more processors coupled to the memory, and configured to: receive a reference distance; determine reference points, wherein the reference points are anchor points, positioned at the reference distance relative to the head of a user prior to a translational movement of the user interfacing with the device; obtain a translational distance representative of a translational head movement of a user interfacing with the device; determine, after the translational distance has been obtained, updated distances between each of the anchor points, positioned at the reference distance, and the head of the user; determine, prior to application of a renderer, based on each of the updated distances, an effects matrix; generate higher order ambisonic audio data, based the effects matrix, to adapt the soundfield to account for the translational distance obtained; and generate speaker feeds based on the adapted generated higher order ambient audio data. a memory configured to store higher order ambisonic audio data representative of a soundfield; and one or more processors coupled to the memory, and configured to: receive a reference distance; determine reference points, wherein the reference points are anchor points, positioned at the reference distance relative to the head of a user prior to a translational movement of the user interfacing with the device; obtain a translational distance representative of a translational head movement of a user interfacing with the device; determine, after the translational distance has been obtained, updated distances between each of the anchor points, positioned at the reference distance, and the head of the user; determine, prior to application of a renderer, based on each of the updated distances, an effects matrix; generate higher order ambisonic audio data, based the effects matrix, to adapt the soundfield to account for the translational distance obtained; and generate speaker feeds based on the adapted generated higher order ambient audio data. receive a reference distance; determine reference points, wherein the reference points are anchor points, positioned at the reference distance relative to the head of a user prior to a translational movement of the user interfacing with the device; obtain a translational distance representative of a translational head movement of a user interfacing with the device; determine, after the translational distance has been obtained, updated distances between each of the anchor points, positioned at the reference distance, and the head of the user; determine, prior to application of a renderer, based on each of the updated distances, an effects matrix; generate higher order ambisonic audio data, based the effects matrix, to adapt the soundfield to account for the translational distance obtained; and generate speaker feeds based on the adapted generated higher order ambient audio data.
A method to produce a coating film which has a function of inhibiting adhesion of a biological substance, comprising: a process of applying a composition for forming a coating film which comprises a copolymer comprising a recurring unit containing an organic group of the following formula (a) and a recurring unit containing an organic group of the following formula (b): wherein U a1 and U a2 represent hydrogen atoms, U b1 , U b2 and U b3 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 5 carbon atoms, An - represents an anion selected from the group consisting of a halide ion, an inorganic acid ion, a hydroxide ion and an isothiocyanate ion, and a solvent, onto a substrate; and a process of drying at a temperature of 10°C to 180°C; and wherein a film thickness of the coating film is 10 to 1,000 Å. a process of applying a composition for forming a coating film which comprises a copolymer comprising a recurring unit containing an organic group of the following formula (a) and a recurring unit containing an organic group of the following formula (b): wherein U a1 and U a2 represent hydrogen atoms, U b1 , U b2 and U b3 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 5 carbon atoms, An - represents an anion selected from the group consisting of a halide ion, an inorganic acid ion, a hydroxide ion and an isothiocyanate ion, and a solvent, onto a substrate; and a process of drying at a temperature of 10°C to 180°C; and wherein a film thickness of the coating film is 10 to 1,000 Å.
An organic-inorganic perovskite based solar cell comprising a conductive substrate , an ETL/active layer/HTL component, and a negative electrode , wherein the ETL/active layer/HTL component comprises a mesoporous inorganic P-I-N metal oxides framework being a triple-layer scaffold of n-type semiconductor layer (N-layer), insulating layer (I-layer), p-type semiconductor layer (P-layer), characterized in that the n-type semiconductor layer , the insulating layer , and the p-type semiconductor layer are mesoporous and filled by an organic-inorganic perovskite light absorbing material.
A method for reducing or preventing growth of a microbe in a hydrocarbon-containing system comprising a water injection system, a hydrocarbon extraction system, or a hydrocarbon production system comprising administering an effective amount of a diphenyliodonium salt into the water injection system, the hydrocarbon extraction system, or the hydrocarbon production system, wherein the microbe comprises a sulfur utilizing prokaryote.
A cleaning composition having a surfactant system comprising one or more branched, unalkoxylated C 6 -C 14 alkyl sulfate (BAS) surfactants, wherein the one or more BAS surfactants comprise branched alkyl moieties with a weight average carbon atom number ranging from 10 to 13, wherein said one or more BAS surfactants account for more than 50% by total weight of the surfactant system, and wherein said one or more BAS surfactants are present in an amount ranging from 11% to 50% by total weight of the cleaning composition, and wherein said cleaning composition comprises no more than 0.5% of any alkoxylated alkyl sulfate (AxS), wherein the one or more BAS surfactants have the general formula (I): wherein M is a cation of alkali metal, alkaline earth metal, ammonium, amine or alkanolamine; x and y are independently selected from integers ranging from 0 to 10; wherein z is an integer which is 1; wherein the sum of x+y is equal to or greater than z; and wherein the sum of x+y+z ranges from 3 to 11. wherein the one or more BAS surfactants have the general formula (I): wherein M is a cation of alkali metal, alkaline earth metal, ammonium, amine or alkanolamine; x and y are independently selected from integers ranging from 0 to 10; wherein z is an integer which is 1; wherein the sum of x+y is equal to or greater than z; and wherein the sum of x+y+z ranges from 3 to 11.