mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge that is mountable to a liquid ejection apparatus , wherein the liquid ejection apparatus comprises a pressurizing mechanism configured to supply a pressurized fluid and a liquid ejection assembly configured to eject a liquid, the cartridge comprising: a liquid container that is at least partly made of a flexible material and is configured to contain the liquid therein; a liquid outflow portion that is configured to flow out the liquid contained in the liquid container toward the liquid ejection apparatus ; a recess that is configured to be open toward a mounting direction of the cartridge to the liquid ejection apparatus ; and a fluid receiving portion that is placed inside of the recess and is configured to receive supply of the pressurized fluid, the fluid receiving portion being surrounded by walls , the walls forming the recess ; wherein the liquid outflow portion is placed in a flow port placing hole . a liquid container that is at least partly made of a flexible material and is configured to contain the liquid therein; a liquid outflow portion that is configured to flow out the liquid contained in the liquid container toward the liquid ejection apparatus ; a recess that is configured to be open toward a mounting direction of the cartridge to the liquid ejection apparatus ; and a fluid receiving portion that is placed inside of the recess and is configured to receive supply of the pressurized fluid, the fluid receiving portion being surrounded by walls , the walls forming the recess ; wherein the liquid outflow portion is placed in a flow port placing hole .
An HVAC fluid conditioning system , comprising: a fluid inlet port configured to be connected to an HVAC fluid pipe to receive HVAC fluid from an HVAC system; a conditioning unit configured to treat the HVAC fluid with a chemical to prevent pollutant growth; a trap system located upstream of the conditioning unit and configured to trap and prevent harmful gases from the HVAC fluid conditioning system from entering the HVAC system; a fluid outlet port configured to be connected to an HVAC fluid pipe to deliver the treated HVAC fluid to the HVAC system; and a housing having multiple sections connected together, wherein a section of the housing forms the trap system and a section of the housing forms the conditioning unit. a fluid inlet port configured to be connected to an HVAC fluid pipe to receive HVAC fluid from an HVAC system; a conditioning unit configured to treat the HVAC fluid with a chemical to prevent pollutant growth; a trap system located upstream of the conditioning unit and configured to trap and prevent harmful gases from the HVAC fluid conditioning system from entering the HVAC system; a fluid outlet port configured to be connected to an HVAC fluid pipe to deliver the treated HVAC fluid to the HVAC system; and a housing having multiple sections connected together, wherein a section of the housing forms the trap system and a section of the housing forms the conditioning unit.
A method comprising, performed by at least one apparatus: obtaining results of measurements of a mobile device on radio signals transmitted by a radio transmitter at a site, the results comprising at least an identifier of the radio transmitter and an indication of a received signal strength of the radio signals, wherein a plurality of radio transmitters are distributed at the site; comparing the received signal strength with a threshold; and wherein, if the received signal strength exceeds the threshold, the method further comprises: causing a notification of a user of the mobile device ; obtaining an indication of a location based on a user input identifying a location on a map of the site, the map presented on a display of the mobile device ; and causing storage of the identifier of the radio transmitter and the indication of the location as approximate location of the radio transmitter . obtaining results of measurements of a mobile device on radio signals transmitted by a radio transmitter at a site, the results comprising at least an identifier of the radio transmitter and an indication of a received signal strength of the radio signals, wherein a plurality of radio transmitters are distributed at the site; comparing the received signal strength with a threshold; and wherein, if the received signal strength exceeds the threshold, the method further comprises: causing a notification of a user of the mobile device ; obtaining an indication of a location based on a user input identifying a location on a map of the site, the map presented on a display of the mobile device ; and causing storage of the identifier of the radio transmitter and the indication of the location as approximate location of the radio transmitter . causing a notification of a user of the mobile device ; obtaining an indication of a location based on a user input identifying a location on a map of the site, the map presented on a display of the mobile device ; and causing storage of the identifier of the radio transmitter and the indication of the location as approximate location of the radio transmitter .
A pharmaceutical composition for use in a method for treating a heart disease associated with Duchenne muscular dystrophy, wherein said composition comprises a CCN5 protein; or a gene carrier including a nucleotide sequence encoding a CCN5 protein, as an active ingredient and wherein said method comprises administering said composition to a subject in need thereof in an amount sufficient to induce myofibroblast-specific apoptosis .
A system to manage the lifecycle of fasteners of a product composed of a plurality of component parts comprising: a plurality of fasteners arranged to join the plurality of component parts; an input module configured to receive a manufacturing process plan for the product including the plurality of component parts joined by the fasteners, the manufacturing process plan including process definitions that describe process operations in which component parts are worked to manufacture of the product; a view generator configured to generate graphical views for respective process operations of the manufacturing process plan in which fastener locations are worked for installation of respective fasteners to join component parts of the product, the graphical view of a process operation graphically depicting one or more component parts and only those of the fastener locations on the one or more component parts worked during the process operation, any others of the fastener locations on the same or other component parts being hidden from the graphical view; and an output module configured to output the graphical views, wherein the manufacturing process plan further identifies locations on a factory floor where the process operations are to be performed, and wherein the graphical view of a process operation generated by the view generator further includes the process definition of the process operation and identifies the location on the factory floor where the process operation is to be performed. a plurality of fasteners arranged to join the plurality of component parts; an input module configured to receive a manufacturing process plan for the product including the plurality of component parts joined by the fasteners, the manufacturing process plan including process definitions that describe process operations in which component parts are worked to manufacture of the product; a view generator configured to generate graphical views for respective process operations of the manufacturing process plan in which fastener locations are worked for installation of respective fasteners to join component parts of the product, the graphical view of a process operation graphically depicting one or more component parts and only those of the fastener locations on the one or more component parts worked during the process operation, any others of the fastener locations on the same or other component parts being hidden from the graphical view; and an output module configured to output the graphical views, wherein the manufacturing process plan further identifies locations on a factory floor where the process operations are to be performed, and wherein the graphical view of a process operation generated by the view generator further includes the process definition of the process operation and identifies the location on the factory floor where the process operation is to be performed.
Annular wheel-trim for a wheel that has a floating tyre seat , the said wheel having an axis of rotation, the said wheel comprising a rim which comprises rim lateral parts , each at least one rim lateral part comprising a tyre seat extended axially outwards by a flange, at least one of the tyre seats being a floating seat and the flange axially extending the said floating seat being a floating flange , said annular wheel-trim having a shape of revolution generated by a central section comprising a portion of substantially radial mean orientation, comprising fixing elements able to provide removable attachment to the flange of said floating seat , characterized in that the annular wheel-trim has a capacity for elastic deformation that allows it to revert to its initial shape without permanent deformation when the annular wheel-trim is immobilized on a flat test table via a first section A and a second section B unable to move over an arc with a curvilinear length of 430 mm, and when said arc is subjected to deformation moving the said central section axially by a value (W) of 2 mm, while at the same time causing it to depart from the radial orientation by an angle (α) of 5°, and in that the annular wheel-trim experiences permanent deformation or breakage if said arc is subjected to a deformation by axial movement of the said central section by an amount (W) greater than 10 mm while at the same time causing it to depart from the radial orientation by an angle (α) greater than 35°.
Computer-implemented method for transferring style features from at least one source image to a target image, comprising the steps of: - generating a result image, based on the source and the target image, by constructing a style representation of the source image on filter responses of a convolutional neural network to the source image in a number of layers of the network, by calculating a correlation between the different filter responses, wherein an expectation is taken over the spatial extent of the source image, wherein the semantic content of the result image corresponds to the semantic content of the target image; wherein a texture of the result image corresponds to a texture of the source image; and - outputting the result image. - generating a result image, based on the source and the target image, by constructing a style representation of the source image on filter responses of a convolutional neural network to the source image in a number of layers of the network, by calculating a correlation between the different filter responses, wherein an expectation is taken over the spatial extent of the source image, wherein the semantic content of the result image corresponds to the semantic content of the target image; wherein a texture of the result image corresponds to a texture of the source image; and by constructing a style representation of the source image on filter responses of a convolutional neural network to the source image in a number of layers of the network, by calculating a correlation between the different filter responses, wherein an expectation is taken over the spatial extent of the source image, wherein the semantic content of the result image corresponds to the semantic content of the target image; wherein a texture of the result image corresponds to a texture of the source image; and - outputting the result image.
A method comprising: receiving a first audio signal: spatially processing the first audio signal in order to obtain a first spatially processed first audio signal for perception in a first soundstage zone; driving an audio output device of a computing device with the first spatially processed first audio signal; receiving , via at least one microphone, audio information; determining user speech based on the received audio information; and when user speech is detected in response to said determining user speech: spatially processing the first audio signal in order to obtain a second spatially processed first audio signal for perception in a second soundstage zone; and driving the audio output device with the second spatially processed first audio signal, wherein the first audio signal is spatially ducked by moving its apparent source location to the second acoustic soundstage zone such that the first audio signal is perceivable in the second soundstage zone, characterized by once user speech is no longer detected in response to said determining user speech, discontinuing the spatial ducking of the first audio signal by driving the audio output device with the first spatially processed first audio signal such that the apparent source location is moved back to the first acoustic soundstage zone. spatially processing the first audio signal in order to obtain a first spatially processed first audio signal for perception in a first soundstage zone; driving an audio output device of a computing device with the first spatially processed first audio signal; receiving , via at least one microphone, audio information; determining user speech based on the received audio information; and when user speech is detected in response to said determining user speech: spatially processing the first audio signal in order to obtain a second spatially processed first audio signal for perception in a second soundstage zone; and driving the audio output device with the second spatially processed first audio signal, wherein the first audio signal is spatially ducked by moving its apparent source location to the second acoustic soundstage zone such that the first audio signal is perceivable in the second soundstage zone, spatially processing the first audio signal in order to obtain a second spatially processed first audio signal for perception in a second soundstage zone; and driving the audio output device with the second spatially processed first audio signal, wherein the first audio signal is spatially ducked by moving its apparent source location to the second acoustic soundstage zone such that the first audio signal is perceivable in the second soundstage zone, characterized by once user speech is no longer detected in response to said determining user speech, discontinuing the spatial ducking of the first audio signal by driving the audio output device with the first spatially processed first audio signal such that the apparent source location is moved back to the first acoustic soundstage zone.
Method for concentration of a sample having a first analyte level therein requiring measurement in an analyzer , comprising: combining a measurement marker and the sample ; concentrating the sample , and therefore the first analyte level in the sample ; measuring a level of the measurement marker in the concentrated sample , from which the concentration factor is determined, measuring a second analyte level in the concentrated sample ; and determining the first analyte level according to the measured, second analyte level and the concentration factor. combining a measurement marker and the sample ; concentrating the sample , and therefore the first analyte level in the sample ; measuring a level of the measurement marker in the concentrated sample , from which the concentration factor is determined, measuring a second analyte level in the concentrated sample ; and determining the first analyte level according to the measured, second analyte level and the concentration factor.
A method of manufacturing a reel of a safety restraint means , the method comprising attaching a spool of the reel around which the restraint means winds with a first anchor of a mechanical component of the reel , attaching a flange of the reel with a second anchor of the mechanical component , a relative rotation of the first anchor and of the second anchor about an axle generating a torque (Cr) resisting a relative movement of the reel and the flange , whereof the method comprises an assembly of the first anchor with the second anchor so as to create an interface between the first anchor and the second anchor at which said rotation takes place and where said resisting torque (Cr) is generated, characterized in that the relative rotation of the first anchor and the second anchor with respect to one another about the axle plastically deforms the first anchor and/or the second anchor .
A network conversion and encryption device , comprising: a communication interface which is configured to: monitor network traffic containing medical image files transmitted from at least one medical imaging device to at least one destination device over an insecure connection and; detect an unencrypted medical image file among the transmitted medical image files, wherein the unencrypted medical image file comprising medical data and meta data, the medical data having a medical data format; a conversion unit which is configured to, upon detecting the unencrypted medical image file, determine an output destination type associated with the destination device based on the meta data, convert the medical data format associated with the medical data based on standardized format specifications that correlate with the output destination type to create a converted unencrypted medical image file; an encryption unit, comprising encryption settings that related to a type of the destination device, the encryption unit configured to encrypt the converted unencrypted medical image file based on the encryption settings to create an encrypted medical image file; and a transmission unit which is configured to transmit the encrypted medical image file to the at least one destination device. a communication interface which is configured to: monitor network traffic containing medical image files transmitted from at least one medical imaging device to at least one destination device over an insecure connection and; detect an unencrypted medical image file among the transmitted medical image files, wherein the unencrypted medical image file comprising medical data and meta data, the medical data having a medical data format; monitor network traffic containing medical image files transmitted from at least one medical imaging device to at least one destination device over an insecure connection and; detect an unencrypted medical image file among the transmitted medical image files, wherein the unencrypted medical image file comprising medical data and meta data, the medical data having a medical data format; a conversion unit which is configured to, upon detecting the unencrypted medical image file, determine an output destination type associated with the destination device based on the meta data, convert the medical data format associated with the medical data based on standardized format specifications that correlate with the output destination type to create a converted unencrypted medical image file; an encryption unit, comprising encryption settings that related to a type of the destination device, the encryption unit configured to encrypt the converted unencrypted medical image file based on the encryption settings to create an encrypted medical image file; and a transmission unit which is configured to transmit the encrypted medical image file to the at least one destination device.
A method comprising: (a) transcribing a template DNA with a thermostable RNA polymerase at a temperature of greater than 44°C to produce an RNA product; and (b) in the absence of a step that removes any double-stranded RNA (dsRNA) from the RNA product, measuring the immunogenicity of the RNA product. (a) transcribing a template DNA with a thermostable RNA polymerase at a temperature of greater than 44°C to produce an RNA product; and (b) in the absence of a step that removes any double-stranded RNA (dsRNA) from the RNA product, measuring the immunogenicity of the RNA product.
A solar light system , comprising a solar radiation collection and processing system to receive incident solar radiation during daylight hours and to process the incident solar radiation to prepare and provide processed solar radiation including concentrated visible light, the collection and processing system including: a first stage optical concentrator disposed to receive and concentrate solar radiation and prepare first concentrated solar radiation ; an optical filter to remove at least a portion of radiation outside of the visible light range, the optical filter disposed to receive as input at least a portion of the first concentrated solar radiation and to prepare spectrally-conditioned solar radiation including visible light; a parallel-processing optical concentrator disposed to receive as input at least a portion of the spectrally-conditioned solar radiation and to prepare multiple beams of processed solar radiation including concentrated visible light, the parallel-processing optical concentrator comprising at least one parallel-processing array with a plurality of optical concentrating elements in a parallel-processing arrangement to receive and concentrate different spatial portions of solar-sourced radiation input to the parallel-processing array; and a plurality of light conduits corresponding to the multiple beams of processed solar radiation and with each different said light conduit corresponding to a single corresponding said optical concentrating element and disposed to receive at least a portion of the processed solar radiation of a different said beam. a first stage optical concentrator disposed to receive and concentrate solar radiation and prepare first concentrated solar radiation ; an optical filter to remove at least a portion of radiation outside of the visible light range, the optical filter disposed to receive as input at least a portion of the first concentrated solar radiation and to prepare spectrally-conditioned solar radiation including visible light; a parallel-processing optical concentrator disposed to receive as input at least a portion of the spectrally-conditioned solar radiation and to prepare multiple beams of processed solar radiation including concentrated visible light, the parallel-processing optical concentrator comprising at least one parallel-processing array with a plurality of optical concentrating elements in a parallel-processing arrangement to receive and concentrate different spatial portions of solar-sourced radiation input to the parallel-processing array; and a plurality of light conduits corresponding to the multiple beams of processed solar radiation and with each different said light conduit corresponding to a single corresponding said optical concentrating element and disposed to receive at least a portion of the processed solar radiation of a different said beam.