mhurhangee/patent-ind-claim-en huggingface dataset:
A composite powder containing ferric pyrophosphate and a sodium component, wherein the content of ferric pyrophosphate is 95 wt% or higher, and a (Fe+Na)/P molar ratio is 0.8 to 1.0. the content of ferric pyrophosphate is 95 wt% or higher, and a (Fe+Na)/P molar ratio is 0.8 to 1.0.
A composition comprising a first rAAV particle comprising a first nucleic acid encoding miR-708, and a second rAAV particle comprising a second nucleic acid encoding rhodopsin.
A metal sheet having a low friction coefficient and a low waviness, wherein multiple round or roughly-round small pits are distributed on the surface of the metal sheet, the diameter of a single pit ranges from 80 μm to 100 μm, the overlap between adjacent pits is lower than 10%; and wherein on the surface of the metal sheet where the pits are located, the proportion of the surface area occupied by the pits per square millimeter ranges from 60% to 71%, the difference in the number of pits in any unit square millimeter is less than 20%, and a number of pits is from 90 to 130 per square millimeter.
A method comprising: identifying a plurality of users, by a media device comprising a processor , based on comparing voice input to two or more voice samples associated with respective users of the plurality of users; the media device receiving a voice command from one or more users of the plurality of users; the media device determining that the voice command is a command for one or more actions to be performed on behalf of two or more users of the plurality of users by associating certain types of commands as commands to be performed on behalf of two or more users; responsive to determining that the voice command is a command for one or more actions to be performed on behalf of the two or more users, the media device interpreting the voice command based on user preferences included in two or more user profiles to select the one or more actions associated with the voice command, at least one action of the one or more actions involving the media device sending a request to a remote server over an internet connection, wherein each of the two or more user profiles is associated with a different user of the two or more users of the plurality of users; and performing , by the media device , the one or more actions. identifying a plurality of users, by a media device comprising a processor , based on comparing voice input to two or more voice samples associated with respective users of the plurality of users; the media device receiving a voice command from one or more users of the plurality of users; the media device determining that the voice command is a command for one or more actions to be performed on behalf of two or more users of the plurality of users by associating certain types of commands as commands to be performed on behalf of two or more users; responsive to determining that the voice command is a command for one or more actions to be performed on behalf of the two or more users, the media device interpreting the voice command based on user preferences included in two or more user profiles to select the one or more actions associated with the voice command, at least one action of the one or more actions involving the media device sending a request to a remote server over an internet connection, wherein each of the two or more user profiles is associated with a different user of the two or more users of the plurality of users; and performing , by the media device , the one or more actions.
A frame integrated vacuum hot press comprising: a frame chamber , wherein the frame chamber is formed in the shape of a box, forming a vacuum space therein, and wherein the frame chamber is equipped with a first cylinder and a second cylinder , installed to opposite sides of the frame chamber in an upper and a lower portion of the frame chamber in opposite directions; a door installed to the frame chamber to open or close an opened side of the vacuum space ; and a heating chamber including a heating space and a heater heating an object to be formed which is loaded in the heating space of the heating chamber wherein the first and the second cylinders apply pressure to the object to be formed which is loaded in the heating space of the heating chamber . a frame chamber , wherein the frame chamber is formed in the shape of a box, forming a vacuum space therein, and wherein the frame chamber is equipped with a first cylinder and a second cylinder , installed to opposite sides of the frame chamber in an upper and a lower portion of the frame chamber in opposite directions; a door installed to the frame chamber to open or close an opened side of the vacuum space ; and a heating chamber including a heating space and a heater heating an object to be formed which is loaded in the heating space of the heating chamber wherein the first and the second cylinders apply pressure to the object to be formed which is loaded in the heating space of the heating chamber .
Filter unit for an air purification device , comprising an ionisation unit and a separation unit , which is downstream of the ionisation unit in the direction of flow, wherein the ionisation unit has an air inlet opening and at least two ionisation components , at least one of which has an elongated ionisation element which is a spray electrode, and at least one is an earthed electrode , wherein the ionisation components comprise an ionisation element and two earthed electrodes which are assigned to the ionisation element , and the ionisation element lies between the two earthed electrodes , such that the ionisation components are arranged distributed non-equidistantly in a surface direction (x, z) of the air inlet opening , characterised in that a first spacing (a) exists in a surface direction (x, z) of the air inlet opening between an ionisation element and a first of the earthed electrodes assigned to said ionisation element and a second spacing (A) in the surface direction (x, z) of the air inlet opening exists between the ionisation element and the second of the earthed electrodes assigned to said ionisation element and the first spacing (a) is smaller than the second spacing (A).
A method for dyeing a substrate, the method comprising the steps of: a. culturing a dye-producing microorganism in the presence of a substrate to be dyed, and in the presence of a growth medium comprising a carbon source at a predetermined threshold concentration in the range 10%(v/v) to 90%(v/v), such that the microorganism is cultured in contact with the substrate; b. lysing the cultured microorganism to release dye in contact with the substrate; and c. fixing the released dye onto the substrate. a. culturing a dye-producing microorganism in the presence of a substrate to be dyed, and in the presence of a growth medium comprising a carbon source at a predetermined threshold concentration in the range 10%(v/v) to 90%(v/v), such that the microorganism is cultured in contact with the substrate; b. lysing the cultured microorganism to release dye in contact with the substrate; and c. fixing the released dye onto the substrate.
A battery cell manufacturing apparatus for forming a sealing surplus portion by thermally fusing an outer periphery of a pouch type case by using induction heating, comprising: a cradle configured to fix and mount a battery cell; one or more induction heating coils formed by winding an electrical wire at least one time at a position corresponding to the outer periphery configured to generate an induced current in the outer periphery of the pouch type case on which the sealing surplus portion is to be formed; a power supply configured to supply an alternating current to the induction heating coils; and at least two pressing members configured to press both sides of the outer periphery of the pouch type case on which the sealing surplus portion is to be formed, wherein the outer periphery of the pouch type case is configured to be induction-heated by a magnetic field generated in the induction heating coils and up to a temperature at which heat fusion is possible to form the sealing surplus portion. a cradle configured to fix and mount a battery cell; one or more induction heating coils formed by winding an electrical wire at least one time at a position corresponding to the outer periphery configured to generate an induced current in the outer periphery of the pouch type case on which the sealing surplus portion is to be formed; a power supply configured to supply an alternating current to the induction heating coils; and at least two pressing members configured to press both sides of the outer periphery of the pouch type case on which the sealing surplus portion is to be formed, wherein the outer periphery of the pouch type case is configured to be induction-heated by a magnetic field generated in the induction heating coils and up to a temperature at which heat fusion is possible to form the sealing surplus portion.
Device for storage and dosage of a powder or a liquid, wherein the device comprises a removable top cap , a top opening through which the device can be filled with a content, an annular grip portion , a main container which is provided with at least one opening in the lower end to let the content pass through, and which annular grip portion further connects and locks the main container to an outer container which is provided with at least one opening , which main container is arranged to store an amount of a powder or a liquid and the outer container encircles and connects the main container to a volume container , which volume container is used to adjust a dispensing volume of the device and has a removable bottom cap in its lower end covering a bottom opening through which a desired amount of the content can be discharged, wherein the top opening is larger than the bottom opening , characterized in that the annular grip portion encircles an upper part of the main container and in that the main container can be rotated by turning the annular grip portion and thereby align the opening of the main container with the opening of the outer container , whereby the volume to be discharged is transferred from the main container to the volume container .
A quick connector for connection to a complementary counterpart , wherein the quick connector comprises a coupling piece and a retainer , wherein the coupling piece has a fluid line end for connection to a fluid line and a coupling end for introducing the counterpart , wherein a fluid channel of the coupling piece fluidly connects the coupling end to the fluid line end , wherein a section of the fluid channel assigned to the coupling end has a coupling center axis , wherein the coupling center axis defines an axial direction AD, a radial direction RD and a circumferential direction CD, wherein the retainer is allocated to the coupling end , wherein the retainer has at least one retaining element for retaining the counterpart , wherein the retainer comprises at least one actuating element for opening the retainer for pulling the counterpart out of the coupling piece , wherein the coupling piece comprises a first flange at the outside of the coupling end , wherein the first flange has a flange opening so as to allow insertion of a tool into the flange opening so that a force is exertable by the tool on the retainer and the actuating element , respectively, wherein the flange opening has an outer border , wherein the outer border lies in radial direction RD outward of the flange opening , wherein the retainer and the coupling piece are designed such that when the retainer is retaining the counterpart and a pressure is applied in radial direction RD inwards onto the actuating element the retainer is opened so that the counterpart is pullable out of the coupling piece , wherein the coupling piece and the retainer are designed so that a force of a movement of the tool is deflectable so as to exert a force acting inwardly in radial direction RD on the retainer , characterized in that the height of the flange opening in the radial direction RD is at least 2.0 mm. wherein the retainer is allocated to the coupling end , wherein the retainer has at least one retaining element for retaining the counterpart , wherein the retainer comprises at least one actuating element for opening the retainer for pulling the counterpart out of the coupling piece , wherein the coupling piece comprises a first flange at the outside of the coupling end , wherein the first flange has a flange opening so as to allow insertion of a tool into the flange opening so that a force is exertable by the tool on the retainer and the actuating element , respectively, wherein the flange opening has an outer border , wherein the outer border lies in radial direction RD outward of the flange opening , wherein the retainer and the coupling piece are designed such that when the retainer is retaining the counterpart and a pressure is applied in radial direction RD inwards onto the actuating element the retainer is opened so that the counterpart is pullable out of the coupling piece , wherein the coupling piece and the retainer are designed so that a force of a movement of the tool is deflectable so as to exert a force acting inwardly in radial direction RD on the retainer , characterized in that the height of the flange opening in the radial direction RD is at least 2.0 mm.
A connector for use underwater or in a wet or severe environment, comprising - a first connector part and a second connector part adapted to have a mated position in which the first connector part and the second connector part are engaged with each other for establishing a connection, - a locking mechanism adapted to lock the first connector part to the second connector part in the mated position, wherein the locking mechanism is configured such when the connector is brought into the mated position by moving the first connector part into engagement with the second connector part, the first connector part is automatically locked to the second connector part . - a handle portion provided on the first connector part , the first connector part being configured such that by manipulating the handle portion of the first connector part, the first connector part can be disengaged from the second connector part when the locking mechanism is in a released state, and - a release element for the locking mechanism , wherein the release element is separate from the handle portion , the release element being coupled to the locking mechanism such that upon actuation of the release element in the mated position, the locking between the first connector part and the second connector part is released; characterised in further comprising a latching mechanism , wherein in the mated position, the latching mechanism is adapted to latch the first connector part to the second connector part , wherein the latching mechanism is configured such that by manipulating the handle portion of the first connector part when disengaging the first connector part from the second connector part, the latching between the first connector part and the second connector part is released. - a first connector part and a second connector part adapted to have a mated position in which the first connector part and the second connector part are engaged with each other for establishing a connection, - a locking mechanism adapted to lock the first connector part to the second connector part in the mated position, wherein the locking mechanism is configured such when the connector is brought into the mated position by moving the first connector part into engagement with the second connector part, the first connector part is automatically locked to the second connector part . - a handle portion provided on the first connector part , the first connector part being configured such that by manipulating the handle portion of the first connector part, the first connector part can be disengaged from the second connector part when the locking mechanism is in a released state, and - a release element for the locking mechanism , wherein the release element is separate from the handle portion , the release element being coupled to the locking mechanism such that upon actuation of the release element in the mated position, the locking between the first connector part and the second connector part is released;
A method comprising: presenting, using a click-to-play mode, a first feed comprising graphical representations of a first plurality of videos during a first session as a user scrolls through the first feed, wherein the click-to-play mode is characterized by requiring a user instruction to play a respective video in the first feed before starting playback of the respective video; responsive to a user instruction, switching, by a processing device, a current playback mode to an automated playback mode from the click-to-play mode during the first session, wherein the automated playback mode is characterized by , as the user scrolls through the first feed, starting playback of a video in the first feed without any further user interaction; initiating a second session involving a presentation of a second feed comprising graphical representations of a second plurality of videos, and determining that the automated playback mode set during the first session has not changed; and causing, during the second session, a first video of the second plurality of videos in the second feed to begin playback without receiving a user instruction to play the first video. presenting, using a click-to-play mode, a first feed comprising graphical representations of a first plurality of videos during a first session as a user scrolls through the first feed, wherein the click-to-play mode is characterized by requiring a user instruction to play a respective video in the first feed before starting playback of the respective video; responsive to a user instruction, switching, by a processing device, a current playback mode to an automated playback mode from the click-to-play mode during the first session, wherein the automated playback mode is characterized by , as the user scrolls through the first feed, starting playback of a video in the first feed without any further user interaction; initiating a second session involving a presentation of a second feed comprising graphical representations of a second plurality of videos, and determining that the automated playback mode set during the first session has not changed; and causing, during the second session, a first video of the second plurality of videos in the second feed to begin playback without receiving a user instruction to play the first video.
A method for operating a flowmeter diagnostic tool as follows: calculating a standard deviation σ of the flowmeter sensor assembly flow rate; determining the number of samples used to calculate σ; determine the sampling duration; calculating a meter-specific factor, wherein the meter-specific factor comprises a sampling rate for total prove time measurements. calculating an estimated total prove time necessary to pass a predetermined repeatability requirement using the meter-specific factor and the σ; interfacing the diagnostic tool with a flowmeter sensor assembly; inputting a base prover volume into the diagnostic tool; inputting a desired number of passes per run into the diagnostic tool; receiving flowmeter data; calculating an estimated minimum number of runs needed to achieve the calculated estimated total prove time. calculating a standard deviation σ of the flowmeter sensor assembly flow rate; determining the number of samples used to calculate σ; determine the sampling duration; calculating a meter-specific factor, wherein the meter-specific factor comprises a sampling rate for total prove time measurements. calculating an estimated total prove time necessary to pass a predetermined repeatability requirement using the meter-specific factor and the σ; interfacing the diagnostic tool with a flowmeter sensor assembly; inputting a base prover volume into the diagnostic tool; inputting a desired number of passes per run into the diagnostic tool; receiving flowmeter data; calculating an estimated minimum number of runs needed to achieve the calculated estimated total prove time.
A torsional damper that can be mounted rotatably about a rotational axis , - wherein the torsional damper has at least one input part , an energy storage element and an output part , - wherein the input part can be rotated about the axis of rotation relative to the output part against the action of the energy storage element , - wherein the output part has a driver element and an output flange having at least one circumferentially extending first flange portion and a second flange portion circumferentially adjacent to the first flange portion and extending in the circumferential direction, - wherein the output flange has a fastening end face extending over the first flange portion and the second flange portion , - wherein the driver element has at least one first connection portion extending in the radial direction, - wherein the first connection portion bears against the fastening end face and is connected to the second flange portion , - wherein the output flange has at least one first fastening receiver in the first flange portion , - wherein the fastening end face of the first flange portion is designed to bear against a bearing surface of a pendulum flange of a centrifugal pendulum and the first fastening receiver is designed to receive a first fastening means for fastening the pendulum flange in a rotationally fixed manner, characterised in that the first connection portion is designed radially on the outside of the driver element and at least in portions in a plane of rotation to the axis of rotation . - wherein the torsional damper has at least one input part , an energy storage element and an output part , - wherein the input part can be rotated about the axis of rotation relative to the output part against the action of the energy storage element , - wherein the output part has a driver element and an output flange having at least one circumferentially extending first flange portion and a second flange portion circumferentially adjacent to the first flange portion and extending in the circumferential direction, - wherein the output flange has a fastening end face extending over the first flange portion and the second flange portion , - wherein the driver element has at least one first connection portion extending in the radial direction, - wherein the first connection portion bears against the fastening end face and is connected to the second flange portion , - wherein the output flange has at least one first fastening receiver in the first flange portion , - wherein the fastening end face of the first flange portion is designed to bear against a bearing surface of a pendulum flange of a centrifugal pendulum and the first fastening receiver is designed to receive a first fastening means for fastening the pendulum flange in a rotationally fixed manner, characterised in that the first connection portion is designed radially on the outside of the driver element and at least in portions in a plane of rotation to the axis of rotation .