mhurhangee/patent-ind-claim-en huggingface dataset:
A method for removing redundancies for coding video data in palette mode, the method comprising: coding an index for a current pixel of a current block of the video data in copy-previous mode including coding a previous line index, the previous line index indicating an index of a line including a pixel located above the current pixel in the current block, and coding a run length value, the run length value indicating the number of successive pixels to be coded in copy previous mode, wherein the index for the current pixel of the current block and each successive pixel of the current block corresponding to the run length value is based on the index of the pixel in the line indicated by the previous line index above the pixel to be coded, the coding of the current pixel in copy-previous mode being characterized by : identifying a number of candidate values for the previous line index; identifying a number of pixels in a column of pixels above the current pixel in the current block coded in escape mode; reducing the number of candidate values for the previous line index by the number of identified pixels coded in escape mode; and, using the reduced number of candidate values for the previous line index for coding the previous line index. identifying a number of candidate values for the previous line index; identifying a number of pixels in a column of pixels above the current pixel in the current block coded in escape mode; reducing the number of candidate values for the previous line index by the number of identified pixels coded in escape mode; and, using the reduced number of candidate values for the previous line index for coding the previous line index.
A computer-implemented method for lock-free updates to a domain name blacklist, comprising: (a) receiving a query from a DNS resolver to determine whether a domain name is blacklisted; (b) providing an updated domain name entry of the domain name blacklist corresponding to the query, the entry specifying a policy for the DNS resolver to execute when the DNS resolver receives a request to resolve the domain name; characterised by before a reading of the updated domain name entry by the DNS resolver is complete: (c) adding a new record to the domain name blacklist; (d) placing the entry being read into a garbage pool having a current version number; independently from the reading: (e) incrementing the current version number; (f) creating a new garbage pool for the incremented version number; and (g) when the reading is complete, assigning the current version number to the DNS resolver . (a) receiving a query from a DNS resolver to determine whether a domain name is blacklisted; (b) providing an updated domain name entry of the domain name blacklist corresponding to the query, the entry specifying a policy for the DNS resolver to execute when the DNS resolver receives a request to resolve the domain name; (c) adding a new record to the domain name blacklist; (d) placing the entry being read into a garbage pool having a current version number; (e) incrementing the current version number; (f) creating a new garbage pool for the incremented version number; and (g) when the reading is complete, assigning the current version number to the DNS resolver .
Transpired solar collector comprising an absorber plate provided with multiple perforations and a back plate , wherein the absorber plate and the back plate define a collector space , wherein outside air enters the collector space through the perforations and wherein the collector space is provided with at least one air outlet, characterised in that both the absorber plate and back plate are profiled, wherein the profile comprises one or more troughs and ridges and wherein the longitudinal direction of the troughs and ridges of both the absorber plate and back plate is at an angle to the general direction of the air flow in the collector space and wherein the longitudinal direction of the troughs and ridges of the absorber plate and the back plate run parallel to each other.
A computer implemented method in an image acquisition system for processing and communicating breast tissue image data, comprising: obtaining image data of a patient's breast tissue; processing the image data of the patient's breast tissue to form a first subset thereof, wherein the first subset of image data is sufficient to generate one or more lower resolution images of at least a portion of the patient's breast tissue; transmitting the first subset of the image data to a user computer ; receiving a user request for higher resolution images from the user computer based on the one or more lower resolution images; processing the image data of the patient's breast tissue to form a second subset thereof, wherein the second subset of the image data is responsive to the user request, and wherein the second subset of image data is sufficient to generate one or more higher resolution images of the patient's breast tissue; and transmitting the second subset of the image data to the user computer. obtaining image data of a patient's breast tissue; processing the image data of the patient's breast tissue to form a first subset thereof, wherein the first subset of image data is sufficient to generate one or more lower resolution images of at least a portion of the patient's breast tissue; transmitting the first subset of the image data to a user computer ; receiving a user request for higher resolution images from the user computer based on the one or more lower resolution images; processing the image data of the patient's breast tissue to form a second subset thereof, wherein the second subset of the image data is responsive to the user request, and wherein the second subset of image data is sufficient to generate one or more higher resolution images of the patient's breast tissue; and transmitting the second subset of the image data to the user computer.
A method for producing a primary culture of cancer cells, comprising: (a) fragmenting cancer tissues derived from a living body; (b) removing impurities from the fragmented cancer tissues by sieving with a first filter having a pore size of between 200 μm and 500 μm, and sieving with a second filter having a pore size of between 20 μm and 100 μm; (c) collecting the tissue masses remaining on the second filter in step (b); (d) subjecting the tissue masses collected in step (c) to suspension culture; and (e) subjecting the culture obtained in step (d) to adherent culture, wherein the suspension culture is performed for 24 to 48 hours. (a) fragmenting cancer tissues derived from a living body; (b) removing impurities from the fragmented cancer tissues by sieving with a first filter having a pore size of between 200 μm and 500 μm, and sieving with a second filter having a pore size of between 20 μm and 100 μm; (c) collecting the tissue masses remaining on the second filter in step (b); (d) subjecting the tissue masses collected in step (c) to suspension culture; and (e) subjecting the culture obtained in step (d) to adherent culture, wherein the suspension culture is performed for 24 to 48 hours.
Valve control device for controlling the stroke of a valve of a combustion engine, which device comprises: - a first body part and a second body part , co-axially arranged, rotatably arranged relative to each other and axially displaceable between a first axial relative position and a second axial relative position; - spring means for urging the first body part and the second body part away from each other; wherein the first and second body part have both axial surfaces facing each other and provided with cams evenly distributed along the circumference of the axial surface and wherein the pitch of the cams on both axial surfaces is equal; characterized by - a locking pin arranged in axial direction through the first body and extending on both sides, wherein one end of the locking pin extends through a cam. - a first body part and a second body part , co-axially arranged, rotatably arranged relative to each other and axially displaceable between a first axial relative position and a second axial relative position; - spring means for urging the first body part and the second body part away from each other; wherein the first and second body part have both axial surfaces facing each other and provided with cams evenly distributed along the circumference of the axial surface and wherein the pitch of the cams on both axial surfaces is equal; characterized by - a locking pin arranged in axial direction through the first body and extending on both sides, wherein one end of the locking pin extends through a cam.
Stator for an electrical rotating machine , which stator has a stator laminated core with coil bars and has at least one winding head board , wherein the at least one winding head board rests on an end side of the stator laminated core , wherein the winding head board has a main body comprising a first dielectric material , wherein conductor tracks which are connected to the coil bars are integrated into the winding head board , and wherein the winding head board has a region comprising a second dielectric material , wherein the second dielectric material has a higher thermal conductivity than the first dielectric material of the main body , wherein the region comprising the second dielectric material is arranged between at least one conductor track and the stator laminated core in such a way that heat can be transmitted between the at least one conductor track and the stator laminated core by means of the second dielectric material , characterized in that a further region comprising the second dielectric material is arranged between at least one conductor track and one side of the winding head board, on which a machine housing of the electrical rotating machine rests when the stator is installed in the electrical machine, in such a way that heat can be transmitted between the at least one conductor track and the machine housing via the second dielectric material , wherein the second dielectric material contains aluminium nitride and/or beryllium oxide. which stator has a stator laminated core with coil bars and has at least one winding head board , wherein the at least one winding head board rests on an end side of the stator laminated core , wherein the winding head board has a main body comprising a first dielectric material , wherein conductor tracks which are connected to the coil bars are integrated into the winding head board , and wherein the winding head board has a region comprising a second dielectric material , wherein the second dielectric material has a higher thermal conductivity than the first dielectric material of the main body , wherein the region comprising the second dielectric material is arranged between at least one conductor track and the stator laminated core in such a way that heat can be transmitted between the at least one conductor track and the stator laminated core by means of the second dielectric material , characterized in that a further region comprising the second dielectric material is arranged between at least one conductor track and one side of the winding head board, on which a machine housing of the electrical rotating machine rests when the stator is installed in the electrical machine, in such a way that heat can be transmitted between the at least one conductor track and the machine housing via the second dielectric material , wherein the second dielectric material contains aluminium nitride and/or beryllium oxide.
A soft-proof system comprising: a job engine to obtain a job definition and a ticket template compatible with a device class of a target imaging device and usable with a content class of content acceptable by a print service provider; wherein the job definition comprises a job specification of the target imaging device including print settings, a pointer to the ticket template, and a pointer to content; and the ticket template comprises a data structure of configuration settings including color management settings specific to the target imaging device, a print service provider, and a print job for the content; a parameter engine to identify a plurality of parameters of the ticket template; a communication engine to interface with a raster image processor (RIP) using a RIP communication protocol to cause print-ready data comprising ripped data produced by the RIP to be generated based on content for production, the plurality of parameters of the ticket template, and the job definition, wherein the print-ready data comprises image element information formatted for use by the target imaging device in a production operation; and a proof engine to generate a soft-proof file based on the print-ready data, the job definition, and the plurality of parameters of the ticket template. a job engine to obtain a job definition and a ticket template compatible with a device class of a target imaging device and usable with a content class of content acceptable by a print service provider; wherein the job definition comprises a job specification of the target imaging device including print settings, a pointer to the ticket template, and a pointer to content; and a parameter engine to identify a plurality of parameters of the ticket template; a communication engine to interface with a raster image processor (RIP) using a RIP communication protocol to cause print-ready data comprising ripped data produced by the RIP to be generated based on content for production, the plurality of parameters of the ticket template, and the job definition, wherein the print-ready data comprises image element information formatted for use by the target imaging device in a production operation; and a proof engine to generate a soft-proof file based on the print-ready data, the job definition, and the plurality of parameters of the ticket template.
Method for communicating data, such as commissioning data, from a computing device to a lighting technology device with a DALI interface , comprising: - opening a web browser app on the computing device ; - accessing a predefined web browser address; - sending data provided by a web resource at that web browser address to an interface module connected to the computing device , the interface module being designed for translating the data onto a DALI bus ; and - sending the translated data over the DALI bus to the DALI interface of the lighting technology device , characterised in that the web browser address corresponds to an internet address, wherein the computing device is configured to download the web resource from the internet address if the computer is connected to the internet, such that the web browser app can access the web resource after disconnecting the computing device from the internet. - opening a web browser app on the computing device ; - accessing a predefined web browser address; - sending data provided by a web resource at that web browser address to an interface module connected to the computing device , the interface module being designed for translating the data onto a DALI bus ; and - sending the translated data over the DALI bus to the DALI interface of the lighting technology device ,
An avionics rack module comprising two shelves and a column , the column linking the two shelves , the module comprising a first airstream and a second airstream each circulating in the column and in the two shelves to cool at least one avionics element, each of the two shelves of the module comprising a plate extending on a transverse plane (P1) and configured to support the an avionics element, the module being characterized in that each of the two shelves comprises a half-shell extending on a longitudinal plane (P2) secant to the transverse plane (P1) and configured to be joined to another half-shell of the other shelf of said module to form the column .
A dual-clutch transmission , for a vehicle, comprising an odd gears clutch and an associated odd gears shaft supporting at least two odd-numbered rotary gears , the odd gears clutch being for transmitting rotary input drive via a selected one of the odd-numbered rotary gears to a transmission output component ; an even gears clutch and an associated even gears shaft supporting at least two even-numbered rotary gears , the even gears clutch being for transmitting rotary input drive via a selected one of the even-numbered rotary gears to the output component , the transmission output component being selectively connectable to one respective said odd- or even-numbered gear at a time and the odd and even gears clutches being arranged to transmit drive on a mutually exclusive basis, wherein odd gears clutch and the even gears clutch each include a rotatable output member , the rotatable output members of the respective clutches being linked by at least one rotatable linking gear that is integral with the transmission, characterized in that said dual-clutch transmission further including an input drive shaft , the at least one rotatable linking gear being rotatably mounted on the input drive shaft .
A method, comprising: using a slide scanner to obtain a first image of a sample , wherein the first image corresponds to light transmitted through the sample in a first plurality of distinct spectral bands ; subsequent to the first image, using the slide scanner to obtain a second image of the sample , wherein the second image corresponds to light transmitted through the sample in a second plurality of distinct spectral bands , and wherein at least some members of the second plurality of spectral bands are different from the members of the first plurality of spectral bands ; and using an electronic processor to combine the first and second images to form a multispectral image stack, wherein each pixel in the image stack comprises information corresponding to at least four distinct spectral bands, and wherein the at least four distinct spectral bands comprise at least one member from the first plurality of spectral bands and at least one member from the second plurality of spectral bands . using a slide scanner to obtain a first image of a sample , wherein the first image corresponds to light transmitted through the sample in a first plurality of distinct spectral bands ; subsequent to the first image, using the slide scanner to obtain a second image of the sample , wherein the second image corresponds to light transmitted through the sample in a second plurality of distinct spectral bands , and wherein at least some members of the second plurality of spectral bands are different from the members of the first plurality of spectral bands ; and using an electronic processor to combine the first and second images to form a multispectral image stack, wherein each pixel in the image stack comprises information corresponding to at least four distinct spectral bands, and wherein the at least four distinct spectral bands comprise at least one member from the first plurality of spectral bands and at least one member from the second plurality of spectral bands .
A construction machine comprising: a condenser for cooling a refrigerant for an air conditioner; a fan for cooling the condenser by using forward cooling air produced during normal-rotation drive; another cooled object disposed under the lee of the forward cooling air with respect to the condenser ; a refrigerant pressure detector for detecting the pressure of the refrigerant flowing in the condenser ; and a controller , characterized in that the controller is configured for executing reverse-rotation stop processing for returning the fan to normal-rotation drive when the pressure of the refrigerant detected by the refrigerant pressure detector reaches a preset normal-rotation return pressure during reverse-rotation drive of the fan , wherein the controller executes, before the execution of the reverse-rotation stop processing, forced reverse-rotation processing for continuing the reverse-rotation drive of the fan regardless of the detected pressure of the refrigerant until a predetermined forced reverse-rotation period elapses after the reverse-rotation of the fan has been started. a condenser for cooling a refrigerant for an air conditioner; a fan for cooling the condenser by using forward cooling air produced during normal-rotation drive; another cooled object disposed under the lee of the forward cooling air with respect to the condenser ; a refrigerant pressure detector for detecting the pressure of the refrigerant flowing in the condenser ; and a controller , characterized in that the controller is configured for executing reverse-rotation stop processing for returning the fan to normal-rotation drive when the pressure of the refrigerant detected by the refrigerant pressure detector reaches a preset normal-rotation return pressure during reverse-rotation drive of the fan , wherein the controller executes, before the execution of the reverse-rotation stop processing, forced reverse-rotation processing for continuing the reverse-rotation drive of the fan regardless of the detected pressure of the refrigerant until a predetermined forced reverse-rotation period elapses after the reverse-rotation of the fan has been started.
An oxygen evolution catalyst comprising non-stoichiometric manganese oxide comprising trivalent manganese and represented by Chemical formula , Chemical formula : Mn 1-δ O, where δ satisfies 0 < δ < 0.25, 0.25 < δ < 1/3, and 1/3 < δ < 0.5, wherein, all of the trivalent manganese and divalent manganese are located in a surface of the manganese oxide. where δ satisfies 0 < δ < 0.25, 0.25 < δ < 1/3, and 1/3 < δ < 0.5, wherein, all of the trivalent manganese and divalent manganese are located in a surface of the manganese oxide.
A method for manufacturing a machine component made of metal-based material, consisting of the following steps: forming said component by a powder bed fusion based additive manufacturing process using a powder blend, comprising providing the powder blend comprising at least one metal-containing powder material and at least one strengthening dispersor in powder form, characterized in that the strengthening dispersor in powder form has an average grain size equal to or less than 5 micrometers and less than an average grain size of the metal-containing powder material; wherein the amount of strengthening dispersor in powder form in the final blend is between 0.1% and 2% by weight; wherein said the at least one strengthening dispersor in powder form is a ceramic material; and wherein the at least one metal-containing powder material is a high-temperature superalloy selected from the group consisting of: Ni-based superalloys, Co-based superalloys, Fe-based superalloys, Mo-based superalloys, W-based superalloys, Ta-based superalloys; Nb-based superalloys, and combinations thereof. forming said component by a powder bed fusion based additive manufacturing process using a powder blend, comprising providing the powder blend comprising at least one metal-containing powder material and at least one strengthening dispersor in powder form, characterized in that the strengthening dispersor in powder form has an average grain size equal to or less than 5 micrometers and less than an average grain size of the metal-containing powder material; wherein the amount of strengthening dispersor in powder form in the final blend is between 0.1% and 2% by weight; wherein said the at least one strengthening dispersor in powder form is a ceramic material; and wherein the at least one metal-containing powder material is a high-temperature superalloy selected from the group consisting of: Ni-based superalloys, Co-based superalloys, Fe-based superalloys, Mo-based superalloys, W-based superalloys, Ta-based superalloys; Nb-based superalloys, and combinations thereof.