mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing information for a medical surgical procedure, the method comprising: acquiring, using circuitry, a plurality of multispectral images representing a portion of an anatomy of a patient; performing image processing on each of the plurality of multispectral images to form a plurality of value maps , each value map identifying aspects of the portion of the anatomy of the patient by assigned values; combining the plurality of value maps into a single recommendation map ; determining optimal points for performing the medical surgical procedure based on the single recommendation map ; and displaying the optimal points for the medical surgical procedure by overlaying the optimal points on an original image of the portion of the anatomy of the patient, the method further comprising: calculating diffuse reflectance values for the plurality of multispectral images; selecting a reference diffuse reflectance value from the diffuse reflectance values and determining corresponding ratios between corresponding diffuse reflectance values and the reference diffuse reflectance value; and determining a thickness map, as one of the plurality of value maps , corresponding to thickness of different portions of the anatomy of the patient based on the determined corresponding ratios, the method further comprising: extracting a foreground and a background from the plurality of multispectral images to extract blood vessels; and determining a vessel map, as one of the plurality of value maps , corresponding to vessels in different portions of the anatomy of the patient based on said extracting. acquiring, using circuitry, a plurality of multispectral images representing a portion of an anatomy of a patient; performing image processing on each of the plurality of multispectral images to form a plurality of value maps , each value map identifying aspects of the portion of the anatomy of the patient by assigned values; combining the plurality of value maps into a single recommendation map ; determining optimal points for performing the medical surgical procedure based on the single recommendation map ; and displaying the optimal points for the medical surgical procedure by overlaying the optimal points on an original image of the portion of the anatomy of the patient, calculating diffuse reflectance values for the plurality of multispectral images; selecting a reference diffuse reflectance value from the diffuse reflectance values and determining corresponding ratios between corresponding diffuse reflectance values and the reference diffuse reflectance value; and determining a thickness map, as one of the plurality of value maps , corresponding to thickness of different portions of the anatomy of the patient based on the determined corresponding ratios, extracting a foreground and a background from the plurality of multispectral images to extract blood vessels; and determining a vessel map, as one of the plurality of value maps , corresponding to vessels in different portions of the anatomy of the patient based on said extracting.
A method for forming a peroxyhydroxycarboxylic acid comprising: contacting reagents comprising a lactone of an alphahydroxycarboxylic acid with an alkalinity source and hydrogen peroxide or a substance that generates hydrogen peroxide when in contact with a liquid, to form a liquid that comprises the peroxyhydroxycarboxylic acid and has a pH below 7 within 5 minutes after the contact between the reagents; and generating at least 1 ppm of the peroxyhydroxycarboxylic acid at the point of contacting to within less than 1 minute. contacting reagents comprising a lactone of an alphahydroxycarboxylic acid with an alkalinity source and hydrogen peroxide or a substance that generates hydrogen peroxide when in contact with a liquid, to form a liquid that comprises the peroxyhydroxycarboxylic acid and has a pH below 7 within 5 minutes after the contact between the reagents; and generating at least 1 ppm of the peroxyhydroxycarboxylic acid at the point of contacting to within less than 1 minute.
A refrigerating or conditioning plant in which a refrigerating fluid circulates; the refrigerating or conditioning plant comprising a compressor , a condenser and a converter assembly ; the converter assembly comprising a frequency converter and a cooling device for cooling the frequency converter ; wherein the cooling device comprises a suction line configured to draw a flow rate of refrigerating fluid circulating in the plant downstream of condenser , a draining line configured to drain the refrigerating fluid upstream of compressor , at least one thermal exchange element connected to the suction line and to the draining line and supplied with said flow rate of the refrigerating fluid characterised in that : the cooling device further comprises regulating means (23; 29) configured to selectively regulate the flow rate of refrigerating fluid on the basis of at least one parameter indicative of the temperature of the frequency converter ; wherein the thermal exchange element comprises at least one first portion supplied with a first flow rate (Q1) of refrigerating fluid and configured to cool a respective first region of the frequency converter ; at least a second portion supplied with a second flow rate (Q2) of refrigerating fluid and configured to cool a respective second region of the frequency converter ; the regulating means (23; 29) being configured to selectively regulate the first flow rate (Q1) and the second flow rate (Q2) of refrigerating fluid; wherein the regulating means comprise at least a first regulating valve configured to regulate the first flow rate (Ql),a second regulating valve configured to regulate the second flow rate (Q2) and a control device configured to control the first regulating valve on the basis of a first signal indicative of the temperature of the first region of the frequency converter and to control the second regulating valve on the basis of at least a second signal indicative of the temperature of the second region of the frequency converter .
A key obtaining method, wherein the method comprises: sending , by an authentication server function, AUSF, an authentication service request message to a unified data management, UDM, function; receiving , by the AUSF, an authentication service response message sent by the UDM function, wherein the authentication service response message comprises first permission information, and the first permission information is used to indicate to generate a key K AKMA for user equipment, UE; generating , by the AUSF in response to the authentication service response message, the K AKMA and a key identifier, KID, corresponding to the K AKMA , based on the first permission information; and sending, by the AUSF, the generated K AKMA and the generated KID to an authentication and key management for applications anchor function, AAnF. sending , by an authentication server function, AUSF, an authentication service request message to a unified data management, UDM, function; receiving , by the AUSF, an authentication service response message sent by the UDM function, wherein the authentication service response message comprises first permission information, and the first permission information is used to indicate to generate a key K AKMA for user equipment, UE; generating , by the AUSF in response to the authentication service response message, the K AKMA and a key identifier, KID, corresponding to the K AKMA , based on the first permission information; and sending, by the AUSF, the generated K AKMA and the generated KID to an authentication and key management for applications anchor function, AAnF.
An electrochromic device comprising: an electrochromic element including a protrusion on a periphery of the electrochromic element; and a frame holding the electrochromic element, characterized by an electrode pad wound around the protrusion, and a connecting member provided on the frame and configured to electrically connect to the electrode pad. an electrochromic element including a protrusion on a periphery of the electrochromic element; and a frame holding the electrochromic element, characterized by an electrode pad wound around the protrusion, and a connecting member provided on the frame and configured to electrically connect to the electrode pad.
An angular contact ball bearing having an inner ring , wherein the inner ring has an outer raceway , having an outer ring , wherein the outer ring has an inner raceway , having a plurality of balls as rolling elements, wherein the balls are arranged between the outer raceway and the inner raceway , wherein the outer raceway is formed by extruding the inner ring and the inner raceway is formed by extruding the outer ring in the final contour without cutting, wherein the inner ring has a leg portion and a shoulder portion in a longitudinal section along a main axis of rotation (H), wherein the outer raceway is arranged at the transition between the leg portion and the shoulder portion and/or the outer ring has a leg portion and a shoulder portion , wherein the inner raceway is arranged at the transition between the leg portion and the shoulder portion , characterised in that a circumferential channel area is formed by extrusion in at least one of the shoulder portions , so that a circumferential web area is formed between the adjacent outer raceway or inner raceway and the channel area and in that the angular contact ball bearing has a cage for guiding the balls , wherein the cage has retaining elements , wherein the retaining elements grip around the web area , so that a captive fastener is formed for the cage in an axial direction.
An at least partially double-stranded nucleic acid product of a tagmentation reaction comprising: (a) a fragment of a double-stranded target nucleic acid; (b) one or two copies of a transposase end sequence that is: MRWTGTGHWKAVGARACAV (SEQ ID NO:1) or NSHBGHSHDDRNGAKACAN (SEQ ID NO:2), but excluding AGATGTGTATAAGAGACAG (SEQ ID NO:3), as transferred strands, wherein each transposase end sequence is covalently attached to a 5' end of the fragment of the double-stranded target nucleic acid; (c) a first tag sequence at the 5' end of at least one of the covalently attached transposon end sequences; and (d) an oligonucleotide hybridised to at least one of the transferred end sequences and comprising a second tag sequence ligated at the 3' end of the oligonucleotide, wherein the second tag sequence is not complementary to the first tag sequence. (a) a fragment of a double-stranded target nucleic acid; (b) one or two copies of a transposase end sequence that is: MRWTGTGHWKAVGARACAV (SEQ ID NO:1) or NSHBGHSHDDRNGAKACAN (SEQ ID NO:2), but excluding AGATGTGTATAAGAGACAG (SEQ ID NO:3), as transferred strands, wherein each transposase end sequence is covalently attached to a 5' end of the fragment of the double-stranded target nucleic acid; (c) a first tag sequence at the 5' end of at least one of the covalently attached transposon end sequences; and (d) an oligonucleotide hybridised to at least one of the transferred end sequences and comprising a second tag sequence ligated at the 3' end of the oligonucleotide, wherein the second tag sequence is not complementary to the first tag sequence.
A single-dose powder inhaler for nasal application, having a flat inhaler housing consisting of two planar housing parts which are connected to each other along a connecting plane (E) and in which there are formed a medicament chamber with at least one powder-receiving hollow , an air inlet opening , and an air channel delimited by a wall and extending from the air inlet opening via the medicament chamber to an outlet opening , wherein the air inlet opening is not present on a side facing away from the outlet opening , and the air channel provides a change of direction of an air flow through the air inlet opening relative to the outlet opening , and wherein a nosepiece , designed to be received in one nostril or in both nostrils, is integrally formed at the outlet opening , characterized in that an outlet portion of the air channel between the medicament chamber and the outlet opening has more than one winding and no deagglomerating structure.
A hydraulically controlled pressure switch for thrust reverser systems, comprising a spool having an elongate body with a first end (7'a) and a second end (7'b), and an intermediate part between the two ends defined by opposing inner surfaces of the ends; a control pressure line via which a control pressure acts on an outer surface of the first end (7'a); a return pressure line via which a return pressure acts on the inner surfaces of the two ends at the intermediate part a target movably connected to the second end of the spool by means of a spring ; means for detecting movement of the target and providing an indication of pressure acting on the spool based on the movement of the target; whereby the spool is configured to cause movement of the target against the force of the spring based on both the level of control pressure acting against the first end, towards the spring, and also the level of return pressure at the intermediate part between the two ends; and wherein the first and second ends present different areas to the return pressure at the intermediate part.
A method for continuously verifying an integrity of a memory device within an online computing device , the method comprising: identifying, by a processor coupled to the memory device, a memory block corresponding to at least one memory location within the memory device, the memory block associated with a first portion of a first file to which the memory block is mapped at a first time and a prior checksum representing data within the memory block at the first time; determining, by the processor, whether the memory block is mapped to the first portion of the first file at a second time subsequent to the first time; based at least in part on determining that the memory block is mapped to the first portion of the first file at the second time, indicating, by the processor, that the prior checksum represents expected data within the memory block at the second time; indicating that the prior checksum represents expected data within the memory block at the second time based in part on determining that no write operations corresponding to the first file have been executed between the first time and the second time; and determining that no write operations corresponding to the first file have been executed between the first time and the second time by comparing a first write count associated with the first file at the first time with a second write count associated with the first file at the second time. identifying, by a processor coupled to the memory device, a memory block corresponding to at least one memory location within the memory device, the memory block associated with a first portion of a first file to which the memory block is mapped at a first time and a prior checksum representing data within the memory block at the first time; determining, by the processor, whether the memory block is mapped to the first portion of the first file at a second time subsequent to the first time; based at least in part on determining that the memory block is mapped to the first portion of the first file at the second time, indicating, by the processor, that the prior checksum represents expected data within the memory block at the second time; indicating that the prior checksum represents expected data within the memory block at the second time based in part on determining that no write operations corresponding to the first file have been executed between the first time and the second time; and determining that no write operations corresponding to the first file have been executed between the first time and the second time by comparing a first write count associated with the first file at the first time with a second write count associated with the first file at the second time.
A computer-implemented method for calibrating the spectral profiles of a plurality of fluorescent dyes in a PCR instrument , method comprising: imaging a sample holder, loaded into the PCR instrument, at each of a plurality of channels, each of the plurality of channels corresponding to a combination of an excitation filter and an emission filter , the sample holder comprising a plurality of reaction sites and a plurality of types of dye, each dye occupying more than one reaction sites; identifying a peak channel for each dye on the sample holder by identifying, for each of the more than one reaction sites occupied by that dye, the peak channel as a channel where that dye shows the greatest fluorescence for that reaction site; normalizing , for each dye, each channel of the plurality of channels to the identified peak channel for the more than one reaction sites occupied by that dye; and producing a dye matrix serving as a profile of the fluorescence signature of each calibrated dye for each reaction site. imaging a sample holder, loaded into the PCR instrument, at each of a plurality of channels, each of the plurality of channels corresponding to a combination of an excitation filter and an emission filter , the sample holder comprising a plurality of reaction sites and a plurality of types of dye, each dye occupying more than one reaction sites; identifying a peak channel for each dye on the sample holder by identifying, for each of the more than one reaction sites occupied by that dye, the peak channel as a channel where that dye shows the greatest fluorescence for that reaction site; normalizing , for each dye, each channel of the plurality of channels to the identified peak channel for the more than one reaction sites occupied by that dye; and producing a dye matrix serving as a profile of the fluorescence signature of each calibrated dye for each reaction site.
Portable device for the exchange, transfer and transport of sensitive digital information, comprising: - at least one storage unit of digital information (I); - an encryption unit operatively connected to said storage unit and containing at least one private key (K) for encrypting this digital information (I); - modification means configured to modify said private key (K); - wherein said portable device is configured to perform verification operations and demos of all the operations carried out by means of a reference blockchain; characterized by the fact that said modification means are configured to perform at least the following steps: - receive an incoming request to modify said existing private key (OK); - receive an incoming password from a user; - starting from said password, generate a private key (UK), known and obtainable by the user; - combine said generated private key (UK) with said existing private key (OK), producing a new private key (NK). - at least one storage unit of digital information (I); - an encryption unit operatively connected to said storage unit and containing at least one private key (K) for encrypting this digital information (I); - modification means configured to modify said private key (K); - wherein said portable device is configured to perform verification operations and demos of all the operations carried out by means of a reference blockchain; - receive an incoming request to modify said existing private key (OK); - receive an incoming password from a user; - starting from said password, generate a private key (UK), known and obtainable by the user; - combine said generated private key (UK) with said existing private key (OK), producing a new private key (NK).
A trampoline with a jumping mat attached to a frame structure by elastic elements, and with a frame cover which covers the upper side of the frame structure and the elastic elements, wherein the frame cover has a multilayer structure, the layers of which consist of different materials, and/or the frame cover has a spatially varying height profile, characterised in that the multilayer structure has a base layer , which consists of a PE (polyethylene) based foam, and a build-up layer , which consists of a PU (polyurethane) based foam, in that the multi-layer structure has a base layer , which consists of a PE (polyethylene-based) foam, and a superstructure layer , which consists of a PU (polyurethane-based) foam, and in that the superstructure layer extends only over the region of the upper side of the frame structure or only over the region of the upper side of the frame structure with a connection region of the elastic elements to the frame structure .
A circulatory support device (100; 200; 300) comprising: a flexible cannula (102; 202) having a fluid outlet at a proximal end ; and a pump assembly (110; 206) disposed at a distal end of the flexible cannula (102; 202), the pump assembly comprising: a pump housing (112; 208; 328) having a fluid inlet defined therein; a motor disposed within a distal portion (116; 216) of the housing (112; 208; 328); and an impeller , driven to rotate by the motor , and configured to push blood toward the fluid outlet . a flexible cannula (102; 202) having a fluid outlet at a proximal end ; and a pump assembly (110; 206) disposed at a distal end of the flexible cannula (102; 202), the pump assembly comprising: a pump housing (112; 208; 328) having a fluid inlet defined therein; a motor disposed within a distal portion (116; 216) of the housing (112; 208; 328); and an impeller , driven to rotate by the motor , and configured to push blood toward the fluid outlet . a pump housing (112; 208; 328) having a fluid inlet defined therein; a motor disposed within a distal portion (116; 216) of the housing (112; 208; 328); and an impeller , driven to rotate by the motor , and configured to push blood toward the fluid outlet .
A fluid monitoring system for collecting data associated with a fluid operation performed on a machine, the system comprising: a power source (5008 / BATT+); a control module comprising a processor, wherein the control module is electrically couplable to the power source via a first electrical circuit path and a second electrical circuit path; a fluid component ; an evacuation bracket coupled to the fluid component ; and an electrical circuit configured to: electrically couple the power source (5008 / BATT+) to the control module via the second electrical circuit path, wherein the second electrical circuit path comprises the fluid component and the evacuation bracket ; and transmit power from the power source (5008 / BATT+) to the control module via the second electrical circuit path to activate the control module when the machine is powered down and the control module is unable to receive power from the power source (5008 / BATT+) via the first electrical circuit path. a power source (5008 / BATT+); a control module comprising a processor, wherein the control module is electrically couplable to the power source via a first electrical circuit path and a second electrical circuit path; a fluid component ; an evacuation bracket coupled to the fluid component ; and an electrical circuit configured to: electrically couple the power source (5008 / BATT+) to the control module via the second electrical circuit path, wherein the second electrical circuit path comprises the fluid component and the evacuation bracket ; and transmit power from the power source (5008 / BATT+) to the control module via the second electrical circuit path to activate the control module when the machine is powered down and the control module is unable to receive power from the power source (5008 / BATT+) via the first electrical circuit path. electrically couple the power source (5008 / BATT+) to the control module via the second electrical circuit path, wherein the second electrical circuit path comprises the fluid component and the evacuation bracket ; and transmit power from the power source (5008 / BATT+) to the control module via the second electrical circuit path to activate the control module when the machine is powered down and the control module is unable to receive power from the power source (5008 / BATT+) via the first electrical circuit path.