mhurhangee/patent-ind-claim-en huggingface dataset:
An air-core dry-type reactor , comprising: a reactor build including a coil , a first spider and a second spider , coupled to the coil , respectively, the spiders having a plurality of arms (1113(1-n)) radiating from a central hub , the plurality of arms (1113(1-n)) having free ends (1117(1-n)) each of which having a hook like notch (1120(1-n)), the reactor build having an outermost surface ; and a noise attenuating barrier positioned radially outward from the outermost surface of the reactor build , wherein the noise attenuating barrier is held in place using epoxy-impregnated fiberglass ties (1125(1-n)) which are wrapped around the hook like notch (1120(1-n)), the noise attenuating barrier having an innermost surface , wherein no portion of the outermost surface of the reactor build directly contacts the innermost surface of the noise attenuating barrier thereby creating a radial separation limiting structure-borne sound transmission from the reactor build to the noise attenuating barrier , and wherein the noise attenuating barrier comprises a plurality of sound absorbing panels (1130(1-m)) each including a plurality of layers, the plurality of layers includes a layer of dense sound absorbing material on a side closer to the reactor build and a layer of heavy mass sound barrier material on a side farther from the reactor build . a reactor build including a coil , a first spider and a second spider , coupled to the coil , respectively, the spiders having a plurality of arms (1113(1-n)) radiating from a central hub , the plurality of arms (1113(1-n)) having free ends (1117(1-n)) each of which having a hook like notch (1120(1-n)), the reactor build having an outermost surface ; and a noise attenuating barrier positioned radially outward from the outermost surface of the reactor build , wherein the noise attenuating barrier is held in place using epoxy-impregnated fiberglass ties (1125(1-n)) which are wrapped around the hook like notch (1120(1-n)), the noise attenuating barrier having an innermost surface , wherein no portion of the outermost surface of the reactor build directly contacts the innermost surface of the noise attenuating barrier thereby creating a radial separation limiting structure-borne sound transmission from the reactor build to the noise attenuating barrier , and wherein the noise attenuating barrier comprises a plurality of sound absorbing panels (1130(1-m)) each including a plurality of layers, the plurality of layers includes a layer of dense sound absorbing material on a side closer to the reactor build and a layer of heavy mass sound barrier material on a side farther from the reactor build .
A light-emitting device comprising a light engine structure, wherein the light engine structure comprises a first seal cavity filled with an insulating liquid, a light source provided in the first seal cavity , wherein the light source is exposed to the insulating liquid; a second seal cavity provided outside the first seal cavity , wherein the second seal cavity is filled with an insulating liquid or with an insulating gas; wherein the light source comprises a pin which extends from the first seal cavity to the second seal cavity , and the first seal cavity and the second seal cavity are light-permeable seal cavities, wherein said insulating liquid is a high temperature liquid with a high heat capacity and light permeability; characterised in that a housing of said first seal cavity is made of silica gel or plastics, and a housing of said second seal cavity is made of glass. a first seal cavity filled with an insulating liquid, a light source provided in the first seal cavity , wherein the light source is exposed to the insulating liquid; a second seal cavity provided outside the first seal cavity , wherein the second seal cavity is filled with an insulating liquid or with an insulating gas; wherein the light source comprises a pin which extends from the first seal cavity to the second seal cavity , and the first seal cavity and the second seal cavity are light-permeable seal cavities, wherein said insulating liquid is a high temperature liquid with a high heat capacity and light permeability; characterised in that a housing of said first seal cavity is made of silica gel or plastics, and a housing of said second seal cavity is made of glass.
An augmented reality method for simulating a wireless signal, comprising: capturing an environment (M1), and forming a three-dimensional virtual representation (D1) of the environment, wherein the capturing an environment (M1) and forming a three-dimensional virtual representation (D1) of the environment comprises: performing camera shooting on a real environment at different angles from different positions, so as to obtain at least two images for each scenario; and measuring depth information of each pixel in the image based on a triangulation method for a stereo image; determining a parameter (M2) related to a virtual wireless device (D2), wherein the virtual wireless device (D2) is a virtual wireless signal source or a reflector; positioning the virtual wireless device (D2) in the environment, and simulating virtual wireless signal coverage (M3) in the three-dimensional virtual representation (D1) of the environment according to the positioning, the parameter, and the three-dimensional virtual representation (D1) of the environment; and adding, to the environment, the virtual wireless device (D2) and a marker representing the virtual wireless signal coverage (D3), to serve as an augmented reality image (M4) for display; and adjusting a position of a real wireless device in the environment based on the displayed augmented reality image (M4) to improve wireless signal coverage of the real wireless device (D4). capturing an environment (M1), and forming a three-dimensional virtual representation (D1) of the environment, wherein the capturing an environment (M1) and forming a three-dimensional virtual representation (D1) of the environment comprises: performing camera shooting on a real environment at different angles from different positions, so as to obtain at least two images for each scenario; and measuring depth information of each pixel in the image based on a triangulation method for a stereo image; performing camera shooting on a real environment at different angles from different positions, so as to obtain at least two images for each scenario; and measuring depth information of each pixel in the image based on a triangulation method for a stereo image; determining a parameter (M2) related to a virtual wireless device (D2), wherein the virtual wireless device (D2) is a virtual wireless signal source or a reflector; positioning the virtual wireless device (D2) in the environment, and simulating virtual wireless signal coverage (M3) in the three-dimensional virtual representation (D1) of the environment according to the positioning, the parameter, and the three-dimensional virtual representation (D1) of the environment; and adding, to the environment, the virtual wireless device (D2) and a marker representing the virtual wireless signal coverage (D3), to serve as an augmented reality image (M4) for display; and adjusting a position of a real wireless device in the environment based on the displayed augmented reality image (M4) to improve wireless signal coverage of the real wireless device (D4).
A method for inserting a tongue in an insertion groove in a panel, said tongue configured to obtain a compressed state and a relaxed state, wherein the method comprises: • displacing a first tongue to an end position of a tongue queue , which comprises tongues under compression, in a tongue queue device , • compressing the first tongue , • displacing the tongues in the tongue queue at least partly by compression forces from the tongues under compression, • displacing a second tongue (30"), which is at a front position of the tongue queue, to an inserting device , • displacing the second tongue (30") into an insertion groove in a panel by said inserting device . • displacing a first tongue to an end position of a tongue queue , which comprises tongues under compression, in a tongue queue device , • compressing the first tongue , • displacing the tongues in the tongue queue at least partly by compression forces from the tongues under compression, • displacing a second tongue (30"), which is at a front position of the tongue queue, to an inserting device , • displacing the second tongue (30") into an insertion groove in a panel by said inserting device .
A compound of formula (II): or a tautomer, stereoisomer, pharmaceutically acceptable salt, or solvate thereof, wherein: ring B is optionally substituted furanyl; ring C is aryl or heteroaryl; ring D is pyridinyl; each of X, Y, and Z is independently selected from the group consisting of O, CH 2 , NR x and S(O) q , wherein R x is hydrogen or alkyl; R 1 is hydrogen or alkyl; each R 2 is independently selected from the group consisting of hydrogen, alkyl, halo, hydroxyl, haloalkyl, alkoxy, alkylthio, amino, amide, alkylamine, aminoalkyl, cyano, hydroxyalkyl, -(CH 2 ) p C(O)OR 6 , and -(CH 2 ) p OC(O)R 6 ; each R 3 is independently selected from the group consisting of hydrogen, alkyl and halo; R 4 is hydrogen or alkyl; R 5 is hydrogen; each R 6 is independently selected from the group consisting of hydrogen and alkyl, wherein the alkyl is unsubstituted or substituted with one or more groups independently selected from the group consisting of amino, hydroxyl, halo, and alkoxy; m is 1, 2, 3, or 4; n is 1, 2, 3, 4, or 5; p is 0, 1, 2, 3, 4, or 5; and q is 0, 1, or 2. ring B is optionally substituted furanyl; ring C is aryl or heteroaryl; ring D is pyridinyl; each of X, Y, and Z is independently selected from the group consisting of O, CH 2 , NR x and S(O) q , wherein R x is hydrogen or alkyl; R 1 is hydrogen or alkyl; each R 2 is independently selected from the group consisting of hydrogen, alkyl, halo, hydroxyl, haloalkyl, alkoxy, alkylthio, amino, amide, alkylamine, aminoalkyl, cyano, hydroxyalkyl, -(CH 2 ) p C(O)OR 6 , and -(CH 2 ) p OC(O)R 6 ; each R 3 is independently selected from the group consisting of hydrogen, alkyl and halo; R 4 is hydrogen or alkyl; R 5 is hydrogen; each R 6 is independently selected from the group consisting of hydrogen and alkyl, wherein the alkyl is unsubstituted or substituted with one or more groups independently selected from the group consisting of amino, hydroxyl, halo, and alkoxy; m is 1, 2, 3, or 4; n is 1, 2, 3, 4, or 5; p is 0, 1, 2, 3, 4, or 5; and q is 0, 1, or 2.
Drive train for a hybrid motor vehicle, with a transmission input shaft which is operatively connected via a first part drive train to a first electric machine and an internal combustion engine for the transmission of torque, and which is operatively connected via a second part drive train to a second electric machine for the transmission of torque, the second electric machine being connected permanently to the transmission input shaft in a torque-transmitting manner, and it being possible for the first electric machine and the internal combustion engine to be connected couplably to the transmission input shaft for the transmission of torque, the first electric machine and the second electric machine being arranged coaxially with respect to one another, and an output shaft of the first electric machine being arranged radially inside an output shaft of the second electric machine , characterized in that the output shaft of the first electric machine is mounted via a bearing on the output shaft of the second electric machine , the first electric machine being connected via a first transmission stage in a torque-transmitting manner to the internal combustion engine , the first transmission stage being configured by a toothing system on a drive flange of the internal combustion engine and a toothing system on the output shaft of the first electric machine , the toothing system of the drive flange being configured as an internally toothed internal gear.
A bag for transporting specimens comprising a pocket for receiving a container containing a specimen and a closure for closing the pocket , wherein the pocket is formed from a liquid impervious material and has a closed end , an open mouth , side edges extending between the closed end and the open mouth , and two opposed inner surfaces, the bag further comprising a liner of absorbent material lining at least part of both opposed inner surfaces of the pocket at the closed end of the pocket, wherein the absorbent liner is narrower than width of the pocket from one side edge to the other and is spaced inwardly from each side edge , and the opposed surfaces of the liquid impervious material are joined directly to one another along the side edges to form the pocket; characterised in that the closure is a tamper evident closure having tamper evident features; the closure is provided by a security tape bonded to the outer surface of one side of the pocket in the region of the mouth of the pocket; the security tape having an adhesive surface for closing the mouth of the pocket arranged such that when the closure is closed, the adhesive surface extends beyond the mouth of the pocket in all directions; and the two opposing inner surfaces of the pocket are bonded together at their edges so that the mouth of the pocket does not extend to the sides of the pocket .
Fan wheel for a household appliance, wherein the fan wheel has a plurality of blades for generating an air flow during rotation of the fan wheel , wherein at least one of the blades has a section that is elastically flexible in a radially outward direction, wherein the fan wheel is restricted on one side in the axial direction by a plate , wherein the flexible section of the at least one blade is spaced apart from the plate such that in each case an intermediate space (Z) is configured there and characterised in that in at least one section the at least one blade has a mass distribution that increases in a radially inward direction.
A roll medium holding device configured to rotatably hold a roll medium , the roll medium holding device comprising: a medium positioning portion including an inclined surface configured to contact an end of the roll medium ; and a medium holder being swingable around an axis parallel to a rotation axis of the roll medium and movable in a radial direction of the roll medium , the medium holder configured to press an inner circumferential surface of the roll medium in a direction from the rotation axis of the roll medium toward the inner circumferential surface of the roll medium , the roll medium holding device further comprising: a support shaft configured to hold the medium holder , wherein the medium holder includes: a contact part configured to contact the roll medium and supported by the support shaft ; and a fixing part disposed opposite the contact part across the support shaft ; characterized in that the medium holder includes an elastic part with one end secured to the contact part and another end secured to the fixing part , wherein the elastic part includes a pair of elastic parts , the elastic parts are disposed across the support shaft , and each of the elastic parts is configured to press an edge of the contact part against the inner circumferential surface of the roll medium in the radial direction. a medium positioning portion including an inclined surface configured to contact an end of the roll medium ; and a medium holder being swingable around an axis parallel to a rotation axis of the roll medium and movable in a radial direction of the roll medium , the medium holder configured to press an inner circumferential surface of the roll medium in a direction from the rotation axis of the roll medium toward the inner circumferential surface of the roll medium , the roll medium holding device further comprising: a support shaft configured to hold the medium holder , wherein the medium holder includes: a contact part configured to contact the roll medium and supported by the support shaft ; and a fixing part disposed opposite the contact part across the support shaft ; characterized in that the medium holder includes an elastic part with one end secured to the contact part and another end secured to the fixing part , wherein the elastic part includes a pair of elastic parts , the elastic parts are disposed across the support shaft , and each of the elastic parts is configured to press an edge of the contact part against the inner circumferential surface of the roll medium in the radial direction. a contact part configured to contact the roll medium and supported by the support shaft ; and a fixing part disposed opposite the contact part across the support shaft ; characterized in that the medium holder includes an elastic part with one end secured to the contact part and another end secured to the fixing part , wherein the elastic part includes a pair of elastic parts , the elastic parts are disposed across the support shaft , and each of the elastic parts is configured to press an edge of the contact part against the inner circumferential surface of the roll medium in the radial direction.
A computer-readable storage medium (104, 108, or 110) storing computer-executable instructions which, when executed by a computer, cause the computer to perform a method comprising: receiving a query and re-writing the query to contain data parallel operations that include partitioning and merging , wherein the query identifies an input data source; partitioning the data source into a partitioned data source that includes a plurality of disjoint partitions ; performing a parallel execution of the query with a plurality of producers using the partitioned data source, thereby producing output data , wherein each producer receives a different one of the partitions, and wherein each producer processes the received partition based on the query; consuming the output data with at least one consumer , a consumer being a processor or a thread; monitoring the at least one consumer ; determining whether to stop producing output data by at least one of the producers prior to completion of the execution of the query based on the monitoring (314 or 318); and placing at least one of the producers in a quiescent state when the monitoring indicates that the at least one consumer has stopped consuming output data for more than a threshold period of time, thereby causing the at least one producers to be placed in the quiescent state to stop producing output data , wherein a producer in a quiescent state is an object stored on a heap representing an in-progress, resumable computation. receiving a query and re-writing the query to contain data parallel operations that include partitioning and merging , wherein the query identifies an input data source; partitioning the data source into a partitioned data source that includes a plurality of disjoint partitions ; performing a parallel execution of the query with a plurality of producers using the partitioned data source, thereby producing output data , wherein each producer receives a different one of the partitions, and wherein each producer processes the received partition based on the query; consuming the output data with at least one consumer , a consumer being a processor or a thread; monitoring the at least one consumer ; determining whether to stop producing output data by at least one of the producers prior to completion of the execution of the query based on the monitoring (314 or 318); and placing at least one of the producers in a quiescent state when the monitoring indicates that the at least one consumer has stopped consuming output data for more than a threshold period of time, thereby causing the at least one producers to be placed in the quiescent state to stop producing output data , wherein a producer in a quiescent state is an object stored on a heap representing an in-progress, resumable computation.
Connecting device of a window or a door, wherein the connecting device comprises the following: a. a rail for mounting an element, in particular a stay, to a leaf frame of the window or the door; b. a groove that can be arranged or formed on the leaf frame and has an at least partially C-shaped cross section, wherein the rail can be introduced into the groove in a first longitudinal direction of the groove , wherein portions of the C shape engage the rail from behind; c. a recess in the groove ; d. a projection , wherein the projection can be received in the recess at least in part so as to block the movement of the rail that is inserted in the groove relative to the groove and counter to the first longitudinal direction ; e. a spring element for loading the projection into the recess by a spring force; f. at least one stop for blocking the movement of the rail that is inserted in the groove in the first longitudinal direction , such that the rail is held in the groove substantially without play when said rail is mounted, wherein the stop is partially arranged or formed on the spring element , characterized in that the spring element comprises an additional stop which engages the rail from behind and limits the range of motion of the spring element relative to the rail , wherein the stop is formed in part by the recess , on which the projection abuts when the rail is inserted into the groove and that the stop that is arranged or formed in part on the spring element and the additional stop are at least in part formed in a first arm of the spring element, which engages the rail from behind and limits the range of motion of the spring element relative to the rail . a. a rail for mounting an element, in particular a stay, to a leaf frame of the window or the door; b. a groove that can be arranged or formed on the leaf frame and has an at least partially C-shaped cross section, wherein the rail can be introduced into the groove in a first longitudinal direction of the groove , wherein portions of the C shape engage the rail from behind; c. a recess in the groove ; d. a projection , wherein the projection can be received in the recess at least in part so as to block the movement of the rail that is inserted in the groove relative to the groove and counter to the first longitudinal direction ; e. a spring element for loading the projection into the recess by a spring force; f. at least one stop for blocking the movement of the rail that is inserted in the groove in the first longitudinal direction ,
An electrochemically active device for collecting and retaining a biological sample, comprising: (i) at least a pair of conductive tracks disposed on a substrate; (ii) at least one electrode member with an arrangement of two or three electrodes connected to said conductive tracks; (iii) a membrane treated with a boronic acid, or boronic acid derivative arranged on the surface of said electrode member; and (iv) an albumin-binding and electrochemically active receptor, said receptor is a metal porphyrin substance or a copper II salt, and wherein said receptor is arranged on the surface of the treated membrane. (i) at least a pair of conductive tracks disposed on a substrate; (ii) at least one electrode member with an arrangement of two or three electrodes connected to said conductive tracks; (iii) a membrane treated with a boronic acid, or boronic acid derivative arranged on the surface of said electrode member; and (iv) an albumin-binding and electrochemically active receptor, said receptor is a metal porphyrin substance or a copper II salt, and wherein said receptor is arranged on the surface of the treated membrane.