mhurhangee/patent-ind-claim-en huggingface dataset:
A multiuse foldable furniture useable in a chair state and a table state and convertible from a chair state to a table state and vice versa comprising: a main body , and two sets of side supports ; wherein the main body comprises a seat plate and a back plate , the seat plate is hinged with the back plate , the two sets of side supports are respectively disposed at two sides of the main body , each set of side support comprising a front support and a back support , the top of the front support is hinged with the back plate , the top of the back support is hinged with the seat plate , characterized in that each set of the side support comprises a retracting sleeve , the retracting sleeve is slidably sleeved outside the front support , the retracting sleeve is hinged with the back support , - a supporting connector is set between the front support and the back support , an inner side and an outer side of both ends of the supporting connector are hinged with the front support and the back support , respectively, wherein, the supporting connector is used for limiting the maximum angle between the front support and the back support when in an open state, so that the positions of the front support and the back support are relatively fixed, so as to limit the sliding range of the retracting sleeve on the front support . a main body , and two sets of side supports ; wherein the main body comprises a seat plate and a back plate , the seat plate is hinged with the back plate , the two sets of side supports are respectively disposed at two sides of the main body , each set of side support comprising a front support and a back support , the top of the front support is hinged with the back plate , the top of the back support is hinged with the seat plate , characterized in that each set of the side support comprises a retracting sleeve , the retracting sleeve is slidably sleeved outside the front support , the retracting sleeve is hinged with the back support , - a supporting connector is set between the front support and the back support , an inner side and an outer side of both ends of the supporting connector are hinged with the front support and the back support , respectively, wherein, the supporting connector is used for limiting the maximum angle between the front support and the back support when in an open state, so that the positions of the front support and the back support are relatively fixed, so as to limit the sliding range of the retracting sleeve on the front support .
VPO catalyst in the form of a molded body for oxidizing hydrocarbons with molecular oxygen, in particular for oxidizing butane to maleic anhydride with molecular oxygen, wherein the VPO catalyst contains between 0.05 wt.% and 7.0 wt.% of Zn, which is partly present as ZnO and, in transmission infrared spectroscopy, has a first absorption band with a maximum between 790 cm -1 and 810 cm -1 and possibly a second absorption band with a maximum between 820 cm -1 and 840 cm -1 , characterized in that only the first absorption band is present or the strength of the first absorption band is greater than the strength of the second absorption band, the strength of the absorption bands being determined by in each case setting a first straight line tangentially touching the spectrum immediately to the left and right below the band concerned, then drawing a second straight line starting from the maximum of the band in the direction of constant wavelength and decreasing absorption and determining the point of intersection of the two straight lines, the strength of the absorption band is defined as the length between the maximum and the point of intersection, and that the VPO catalyst, when examined by powder X-ray diffraction, exhibits reflections at 31.7° to 31.9°, 34.3° to 34.5° and 36.2° to 36.4°, when measured with a D4 Endeavor by the company Bruker AXS with Cu-Kα radiation and a LYNXEYE detector, wherein the diffractograms are recorded in an angular range 2θ of 5° to 50° with a step size of 0.02° at a recording time of 1.5 s per step with a fixed divergence diaphragm of 0.3°.
A process for preparing a coatings composition with an open time additive comprising the steps of a) contacting an aqueous dispersion of alkali swellable polymer particles with a rheology modifier and a binder to form a coatings composition with a VOC of less than 50 g/L; and b) neutralizing the alkali swellable particles with a non-volatile base after or upon contact with the rheology modifier and the binder to form swelled multi-staged polymer particles; wherein the alkali swellable polymer particles comprise a shell having a T g of not greater than 25 °C and an acid functionalized core; and wherein the core-to-shell ratio is in the range of from 1:3.2 to 1: 10; wherein the acid functionalized core of the alkali swellable polymer particles comprises from 30 to 50 weight percent structural units of a carboxylic acid monomer, and from 50 to 70 weight percent structural units of a nonionic ethylenically unsaturated monomer, based on the weight of the core; and further wherein the terms "core" and "shell" herein describe the first and final stages of the multi-staged polymerization process. wherein the acid functionalized core of the alkali swellable polymer particles comprises from 30 to 50 weight percent structural units of a carboxylic acid monomer, and from 50 to 70 weight percent structural units of a nonionic ethylenically unsaturated monomer, based on the weight of the core; and further wherein the terms "core" and "shell" herein describe the first and final stages of the multi-staged polymerization process.
A vibration reduction device comprising: a pair of damper main bodies disposed at both sides of a rail with a web portion of the rail interposed therebetween and a lower end portion of the rail which is connected to the web portion that at least a part of each of the pair of damper main bodies is in contact with the web portion and at least another part of each of the pair of damper main bodies is in contact with the lower end portion ; and a plurality of inelastic collision balls provided in at least two through holes formed in each of the pair of damper main bodies which is movable with respect to the web portion or the lower end portion, wherein the plurality of inelastic collision balls is disposed long in each of the at least two through holes and the plurality of inelastic collision balls is in contact with one another, characterised in that a first through hole , which is one of the at least two through holes, is opened toward the web portion and in that a second through hole , which is another of the at least two through holes, is opened toward the lower end portion . a pair of damper main bodies disposed at both sides of a rail with a web portion of the rail interposed therebetween and a lower end portion of the rail which is connected to the web portion that at least a part of each of the pair of damper main bodies is in contact with the web portion and at least another part of each of the pair of damper main bodies is in contact with the lower end portion ; and a plurality of inelastic collision balls provided in at least two through holes formed in each of the pair of damper main bodies which is movable with respect to the web portion or the lower end portion, wherein the plurality of inelastic collision balls is disposed long in each of the at least two through holes and the plurality of inelastic collision balls is in contact with one another, characterised in that a first through hole , which is one of the at least two through holes, is opened toward the web portion and in that a second through hole , which is another of the at least two through holes, is opened toward the lower end portion .
A method for estimating a state of health of a battery pack, comprising: detecting (S110) changes of health indicators of a battery unit in the battery pack during charging or discharging processes, wherein the health indicators comprise a voltage between two terminals of the battery unit, a charging current or a discharging current of the battery unit, and a temperature of the battery unit; characterized by : determining (S120) whether the battery unit has a correction opportunity for a state of charge thereof during a predetermined period of time for estimating the state of health of the battery pack based on the detected changes of the health indicators, wherein the correction opportunity for the battery unit is when the battery unit is sat quietly for a long period of time or when the battery unit is fully charged; selecting, from the battery pack, a battery unit having two or more correction opportunities as a first battery unit and calculating (S130) corrected states of charge at any two of the correction opportunities of the first battery unit and a cumulative change in capacity between the two correction opportunities of the first battery unit; and obtaining (S140) a first estimated state of health of the first battery unit based on the cumulative change in capacity between the two correction opportunities and the corrected states of charge at the two correction opportunities, and estimating the state of health of the battery pack based on the first estimated state of health of the first battery unit. determining (S120) whether the battery unit has a correction opportunity for a state of charge thereof during a predetermined period of time for estimating the state of health of the battery pack based on the detected changes of the health indicators, wherein the correction opportunity for the battery unit is when the battery unit is sat quietly for a long period of time or when the battery unit is fully charged; selecting, from the battery pack, a battery unit having two or more correction opportunities as a first battery unit and calculating (S130) corrected states of charge at any two of the correction opportunities of the first battery unit and a cumulative change in capacity between the two correction opportunities of the first battery unit; and obtaining (S140) a first estimated state of health of the first battery unit based on the cumulative change in capacity between the two correction opportunities and the corrected states of charge at the two correction opportunities, and estimating the state of health of the battery pack based on the first estimated state of health of the first battery unit.
A method for processing media streaming, performed by at least one processor, the method comprising: obtaining an event message track configured to be processed by a Dynamic Adaptive Streaming over HyperText Transfer Protocol, DASH, client for displaying media content; obtaining a scheme identifier box from the event message track identifying one or more event schemes that appear in the event message track, wherein each event scheme of the one or more event schemes specifies at least one parameter for processing an event included in the event message track, and wherein the scheme identifier box includes a flag indicating whether event schemes that are not identified in the scheme identifier box are allowed to occur in the event message track; and providing the event message track to the DASH client or displaying media content based on the event message track according to the one or more event schemes. obtaining an event message track configured to be processed by a Dynamic Adaptive Streaming over HyperText Transfer Protocol, DASH, client for displaying media content; obtaining a scheme identifier box from the event message track identifying one or more event schemes that appear in the event message track, wherein each event scheme of the one or more event schemes specifies at least one parameter for processing an event included in the event message track, and wherein the scheme identifier box includes a flag indicating whether event schemes that are not identified in the scheme identifier box are allowed to occur in the event message track; and providing the event message track to the DASH client or displaying media content based on the event message track according to the one or more event schemes.
A multi display method performed by a first electronic device of a multi display providing system, the method comprising: executing a first application and a second application; generating screen data of the first application and screen data of the second application; simultaneously displaying a screen of the first application and a screen of the second application on a first display of the first electronic device based on the screen data of the first application and the screen data of the second application; receiving a first input for transmitting the screen data of the second application to a second electronic device ; transmitting the screen data of the second application to the second electronic device based on the first input, wherein only the screen of the first application is displayed on the first electronic device after transmission of the screen data of the second application; receiving data of a second input for a screen of the second application from the second electronic device: changing the screen data of the second application based on the data of the second input; and transmitting the changed screen data of the second application to the second electronic device. executing a first application and a second application; generating screen data of the first application and screen data of the second application; simultaneously displaying a screen of the first application and a screen of the second application on a first display of the first electronic device based on the screen data of the first application and the screen data of the second application; receiving a first input for transmitting the screen data of the second application to a second electronic device ; transmitting the screen data of the second application to the second electronic device based on the first input, wherein only the screen of the first application is displayed on the first electronic device after transmission of the screen data of the second application; receiving data of a second input for a screen of the second application from the second electronic device: changing the screen data of the second application based on the data of the second input; and transmitting the changed screen data of the second application to the second electronic device. changing the screen data of the second application based on the data of the second input; and transmitting the changed screen data of the second application to the second electronic device.
A floating territory made of at least two floatable building components , at least two of the at least two components having a regular polygonal base end and a regular polygonal cover and walls extending essentially in a common direction from the base end to the cover to enclose a watertight compartment therein, the walls including attachment elements comprising dovetails and dovetail grooves for sliding attachment to adjacent complementary attachment elements of an adjacent component , the attachment elements comprising dovetail grooves and dovetails respectively, said attachment elements, when interconnected, allowing said floatable building components to slide vertically relative to each other, thereby allowing the floating territory to follow upward and downward movements of the waves , characterized in that at least one dovetail and dovetail groove are present on each wall and the external surfaces of the floating building components include bosses or raised portions to minimize sticking.
Vending machine , comprising a sealed housing having an interior space for storing vending products , comprising a camera device (20; 30) arranged in the interior space and directed towards the vending products stored in the interior space and provided for sale in such a way that at least a portion of the stored vending products can be captured by the camera device (20; 30), comprising a screen coupled to the camera device (20; 30), so as to output one or more images of the vending products captured by the camera device (20; 30) and provided for sale, and attached to the housing in such a way that images, outputted by the screen , of the vending products stored in the interior space of the sealed housing are still visible to a person standing in front of the vending machine , wherein the camera device (20; 30) has at least one camera and at least one mirror , the camera being directed towards the mirror and the mirror being attached to the housing in such a way that the camera directed towards the mirror can indirectly capture the vending products stored in the interior space , wherein a device for image processing is provided, which is configured to undo distortion of the image due to the mirror and/or the camera (20; 30). comprising a sealed housing having an interior space for storing vending products , comprising a camera device (20; 30) arranged in the interior space and directed towards the vending products stored in the interior space and provided for sale in such a way that at least a portion of the stored vending products can be captured by the camera device (20; 30), comprising a screen coupled to the camera device (20; 30), so as to output one or more images of the vending products captured by the camera device (20; 30) and provided for sale, and attached to the housing in such a way that images, outputted by the screen , of the vending products stored in the interior space of the sealed housing are still visible to a person standing in front of the vending machine , wherein the camera device (20; 30) has at least one camera and at least one mirror , the camera being directed towards the mirror and the mirror being attached to the housing in such a way that the camera directed towards the mirror can indirectly capture the vending products stored in the interior space , wherein a device for image processing is provided, which is configured to undo distortion of the image due to the mirror and/or the camera (20; 30).
A method for interacting traffic information, implemented in a first vehicle being an autonomous vehicle, and comprising: in response to the first vehicle being to overtake a second vehicle, sending overtake-preceding indicating information to the second vehicle; detecting whether a driver of the second vehicle makes a first response to the overtake-preceding indicating information, comprising: acquiring an image of head of the driver; and detecting a position relationship between the head of the driver and a rearview mirror of the second vehicle in the image, in which when the position relationship changes, it is determined that the driver of the second vehicle is aware of the overtake-preceding indicating information; in response to not detecting the first response made by the driver, sending additional indication information to the second vehicle, comprising: locating a road surface front of the second vehicle by detecting a position of the second vehicle; and projecting light on the road surface. in response to the first vehicle being to overtake a second vehicle, sending overtake-preceding indicating information to the second vehicle; detecting whether a driver of the second vehicle makes a first response to the overtake-preceding indicating information, comprising: acquiring an image of head of the driver; and detecting a position relationship between the head of the driver and a rearview mirror of the second vehicle in the image, in which when the position relationship changes, it is determined that the driver of the second vehicle is aware of the overtake-preceding indicating information; in response to not detecting the first response made by the driver, sending additional indication information to the second vehicle, comprising: locating a road surface front of the second vehicle by detecting a position of the second vehicle; and projecting light on the road surface.
Connecting unit with pipeline components , in particular connection elements, to be connected, comprising a plug-in unit and a corresponding receiving unit , wherein the plug-in unit and the receiving unit are formed in one piece with the pipeline components to be connected, wherein the plug-in unit is in the form of a cylindrical collar of which the outside diameter corresponds to the inside diameter of the receiving unit , and the said plug-in unit and receiving unit can be inserted one into the other, wherein a sealing element is arranged on the outer circumference of the cylindrical collar of the plug-in unit or on the inner circumference of the receiving unit , wherein a flange is arranged on the plug-in unit and on the receiving unit respectively, wherein the flange on the plug-in unit is arranged downstream of or behind the cylindrical collar and the flange on the receiving unit is arranged at the end side, wherein, when the plug-in unit and the receiving unit are plug-connected, the flanges bear against one another at the end sides, and comprising a securing ring for axially fixing the plug-connected plug-in unit and receiving unit , wherein the securing ring consists of two identical half-shells , wherein the half-shells surround the flanges which bear against one another at the end sides, characterized in that the half-shells are connected to one another by a snap-action closure , wherein a plug-in element of the snap-action closure is arranged at one end of the half-shell and a receiving element of the snap-action closure is arranged at the other end of the half-shell , wherein the pipe components are distributors, closure caps and valves, as a result of which a modular assembly is possible.