mhurhangee/patent-ind-claim-en huggingface dataset:
A method of monitoring a refrigerant leak, the method comprising: monitoring, by a first controller , operation of a first heating, ventilation, and air conditioning, HVAC, system for conditioning air within a first level of a residence; monitoring, by a second controller , operation of a second HVAC system for conditioning air within a second level of the residence; determining, using a plurality of leak detectors , whether refrigerant within the first HVAC system is leaking; responsive to a positive determination in the determining step, receiving, by the first controller , a refrigerant leak warning signal generated by the plurality of leak detectors ; forwarding, by the first controller to the second controller , the refrigerant leak warning signal; responsive to receiving the refrigerant leak warning signal from the first controller , activating, by the second controller , a variable-speed circulation fan of the second HVAC system ; and responsive to a positive determination in the determining step, forwarding a refrigerant leak warning signal to a plurality of smoke detectors (132g-h) to notify users of the refrigerant leak. monitoring, by a first controller , operation of a first heating, ventilation, and air conditioning, HVAC, system for conditioning air within a first level of a residence; monitoring, by a second controller , operation of a second HVAC system for conditioning air within a second level of the residence; determining, using a plurality of leak detectors , whether refrigerant within the first HVAC system is leaking; responsive to a positive determination in the determining step, receiving, by the first controller , a refrigerant leak warning signal generated by the plurality of leak detectors ; forwarding, by the first controller to the second controller , the refrigerant leak warning signal; responsive to receiving the refrigerant leak warning signal from the first controller , activating, by the second controller , a variable-speed circulation fan of the second HVAC system ; and responsive to a positive determination in the determining step, forwarding a refrigerant leak warning signal to a plurality of smoke detectors (132g-h) to notify users of the refrigerant leak.
A computer-implemented method for identifying recommended post-exam disinfection and cleaning steps for an ultrasound system and providing an alert of said recommended disinfection and cleaning steps to a user of the ultrasound system, the method comprising the steps of: obtaining clinical informatics, examination details, user selected ultrasound exam settings, and ultrasound images and annotations ; determining a recommended disinfection classification based on the clinical informatics, examination details, user selected ultrasound exam settings, and ultrasound images and annotations and providing an alert to a user to conduct a post exam disinfection procedure; the alert including the recommended disinfection classification . obtaining clinical informatics, examination details, user selected ultrasound exam settings, and ultrasound images and annotations ; determining a recommended disinfection classification based on the clinical informatics, examination details, user selected ultrasound exam settings, and ultrasound images and annotations and providing an alert to a user to conduct a post exam disinfection procedure; the alert including the recommended disinfection classification .
An aerosol-generating device for use with an aerosol-generating article , the device comprising a receiving chamber for removably receiving at least a portion of the aerosol-generating article , the receiving chamber having an inner surface and a center axis , wherein along the center axis the inner surface comprises a first axial portion , a second axial portion and an intermediate axial portion located between the first axial portion and the second axial portion , wherein the first axial portion comprises a plurality of first protrusions and the second axial portion comprises a plurality of second protrusions , wherein the plurality of first protrusions and the plurality of second protrusions are configured to contact a first support element and a second support element of the aerosol-generating article , respectively, for retention of the aerosol-generating article in the receiving chamber , wherein the plurality of first protrusions and the plurality of second protrusions extend in a direction towards the center axis beyond the intermediate axial portion , characterized in that the intermediate axial portion has a length of at least 20% of the overall length of the inner surface or of the receiving chamber in the direction of the center axis and is configured to surround a substrate element of the aerosol-generating article when the article is received in the receiving chamber .
A polyethylene blend consisting essentially of from 98.4 to 97.6 weight percent (wt%) of the linear low-density polyethylene (LLDPE) component and from 1.6 to 2.4 wt% of the higher molecular weight high-density polyethylene polymer (HMW HDPE) component, based on the combined weight of the LLDPE component and the HMW HDPE component.
An X-ray imaging system , comprising: - a radiograph X-ray attenuation image acquisition unit ; - at least one sensor ; and - a processing unit ; wherein, the radiograph X-ray attenuation image acquisition unit is configured to acquire a radiograph image of a patient, wherein the radiograph image consists of only a single x-ray projection image; wherein, the radiograph X-ray attenuation image acquisition unit is configured to provide the radiograph image to the processing unit; wherein, the at least one sensor is configured to acquire sensor data of the patient; wherein, the at least one sensor is configured to provide the sensor data to the processing unit; wherein, the processing unit is configured to determine a magnitude and direction of movement of the patient during a time of acquisition of the radiograph image, the determination comprising utilization of the sensor data; and wherein, the processing unit is configured to post-process the radiograph image comprising utilization of the determined magnitude and direction of movement of the patient during the time of acquisition of the radiograph image. - a radiograph X-ray attenuation image acquisition unit ; - at least one sensor ; and - a processing unit ; wherein, the radiograph X-ray attenuation image acquisition unit is configured to acquire a radiograph image of a patient, wherein the radiograph image consists of only a single x-ray projection image; wherein, the radiograph X-ray attenuation image acquisition unit is configured to provide the radiograph image to the processing unit; wherein, the at least one sensor is configured to acquire sensor data of the patient; wherein, the at least one sensor is configured to provide the sensor data to the processing unit; wherein, the processing unit is configured to determine a magnitude and direction of movement of the patient during a time of acquisition of the radiograph image, the determination comprising utilization of the sensor data; and wherein, the processing unit is configured to post-process the radiograph image comprising utilization of the determined magnitude and direction of movement of the patient during the time of acquisition of the radiograph image.
A vehicle defining a passenger compartment , the vehicle comprising: a fuel tank for diesel fuel; a main vehicle diesel engine operatively connected to a fuel tank ; and an air conditioning system comprising: a compressor sub-system comprising: a compressor ; and a rotary engine comprising at least one drive shaft , wherein: the at least one drive shaft is directly mechanically connected to the compressor , and the rotary engine is operatively connected to the fuel tank , a condenser operatively connected to the compressor ; and an evaporator operatively connected to the condenser and to the compressor , wherein: the rotary engine combusts diesel fuel from the fuel tank to rotate the at least one drive shaft ; and rotation of the at least one drive shaft operates the compressor to cause working fluid to flow such that the evaporator air conditions the passenger compartment . a fuel tank for diesel fuel; a main vehicle diesel engine operatively connected to a fuel tank ; and an air conditioning system comprising: a compressor sub-system comprising: a compressor ; and a rotary engine comprising at least one drive shaft , wherein: the at least one drive shaft is directly mechanically connected to the compressor , and the rotary engine is operatively connected to the fuel tank , a condenser operatively connected to the compressor ; and an evaporator operatively connected to the condenser and to the a compressor sub-system comprising: a compressor ; and a rotary engine comprising at least one drive shaft , wherein: the at least one drive shaft is directly mechanically connected to the compressor , and the rotary engine is operatively connected to the fuel tank , a condenser operatively connected to the compressor ; and a compressor ; and a rotary engine comprising at least one drive shaft , wherein: the at least one drive shaft is directly mechanically connected to the compressor , and the rotary engine is operatively connected to the fuel tank , a condenser operatively connected to the compressor ; and the at least one drive shaft is directly mechanically connected to the compressor , and the rotary engine is operatively connected to the fuel tank , a condenser operatively connected to the compressor ; and an evaporator operatively connected to the condenser and to the compressor , wherein: the rotary engine combusts diesel fuel from the fuel tank to rotate the at least one drive shaft ; and rotation of the at least one drive shaft operates the compressor to cause working fluid to flow such that the evaporator air conditions the passenger compartment . the rotary engine combusts diesel fuel from the fuel tank to rotate the at least one drive shaft ; and rotation of the at least one drive shaft operates the compressor to cause working fluid to flow such that the evaporator air conditions the passenger compartment .
A method of clock transmission between a first network and a second network, comprising: receiving (S202), by a second network equipment based on a synchronous digital hierarchy, SDH, protocol, a packet transferred by a first network equipment based on a precision time protocol, PTP, wherein the reserved field of a head of the packet carries a synchronization status message, SSM, corresponding to a clock transferred by the first network equipment based on the PTP, the first network equipment is in the first network, the second network equipment is in the second network, the packet is an announce packet or an Operation, Administration, and Maintenance, OAM, packet; parsing (S202) the information carried in the announce packet or the OAM packet; extracting (S202) the SSM corresponding to the clock transferred by the first network equipment from the reserved field of the head of the announce packet or the OAM packet; according to the exacted SSM and the SSM transferred from each port based on the SDH protocol, performing (S203) a source selection in a united way on the recovered clocks by adopting a source selection algorithm based on the SDH protocol; acquiring (S203) a selected clock source; transmitting (S204) the SSM corresponding to the selected clock source based on the SDH protocol according to the clock of the selected clock source. receiving (S202), by a second network equipment based on a synchronous digital hierarchy, SDH, protocol, a packet transferred by a first network equipment based on a precision time protocol, PTP, wherein the reserved field of a head of the packet carries a synchronization status message, SSM, corresponding to a clock transferred by the first network equipment based on the PTP, the first network equipment is in the first network, the second network equipment is in the second network, the packet is an announce packet or an Operation, Administration, and Maintenance, OAM, packet; parsing (S202) the information carried in the announce packet or the OAM packet; extracting (S202) the SSM corresponding to the clock transferred by the first network equipment from the reserved field of the head of the announce packet or the OAM packet; according to the exacted SSM and the SSM transferred from each port based on the SDH protocol, performing (S203) a source selection in a united way on the recovered clocks by adopting a source selection algorithm based on the SDH protocol; acquiring (S203) a selected clock source; transmitting (S204) the SSM corresponding to the selected clock source based on the SDH protocol according to the clock of the selected clock source.
A control apparatus to control a system having an image forming apparatus to form an image onto a sheet based on an image forming job, and a sheet discharge apparatus to discharge the sheet to a sheet stacking tray, the control apparatus comprising: a processor; and a memory storing a program which, when executed by the processor, causes the control apparatus to: receive configuration information of the system and generate a system configuration image based on the configuration information, receive stacking state information including a stacking amount of sheets stacked on the sheet stacking tray and generate a sheet bundle image representing the sheets stacked on a sheet stacking tray based on the stacking state information, display, on a display , a screen in which the system configuration image and the sheet bundle image are combined, receive job identification information of an image forming job of sheets to be picked up, and display, based on receiving the job identification information, a thumbnail image of a last processed sheet corresponding to the image forming job, wherein executing the program causes the control apparatus to display the thumbnail image at a corresponding sheet part of the sheet bundle in the system configuration image. a processor; and a memory storing a program which, when executed by the processor, causes the control apparatus to: receive configuration information of the system and generate a system configuration image based on the configuration information, receive stacking state information including a stacking amount of sheets stacked on the sheet stacking tray and generate a sheet bundle image representing the sheets stacked on a sheet stacking tray based on the stacking state information, display, on a display , a screen in which the system configuration image and the sheet bundle image are combined, receive job identification information of an image forming job of sheets to be picked up, and display, based on receiving the job identification information, a thumbnail image of a last processed sheet corresponding to the image forming job, wherein executing the program causes the control apparatus to display the thumbnail image at a corresponding sheet part of the sheet bundle in the system configuration image. receive configuration information of the system and generate a system configuration image based on the configuration information, receive stacking state information including a stacking amount of sheets stacked on the sheet stacking tray and generate a sheet bundle image representing the sheets stacked on a sheet stacking tray based on the stacking state information, display, on a display , a screen in which the system configuration image and the sheet bundle image are combined, receive job identification information of an image forming job of sheets to be picked up, and display, based on receiving the job identification information, a thumbnail image of a last processed sheet corresponding to the image forming job, wherein executing the program causes the control apparatus to display the thumbnail image at a corresponding sheet part of the sheet bundle in the system configuration image.
A system for protecting the mouth of a pipe , the system comprising a protective part that has a central portion provided with at least one opening for the passage of a fluid (F) circulating in the pipe , and a peripheral portion provided with skirts provided to protect surfaces of the mouth from the fluid (F), the protective part being made of a deformable material, so as to be able to be removed from the interior of the pipe , characterised in that the central portion is wheel-shaped, with at least two radii that are connected to the peripheral portion and separated by openings for the passage of fluid (F), and the central portion comprises also a central hub and the radii extend between the central hub and the peripheral portion .
A light source package, comprising: a frame which has a plurality of first grooves spaced apart from each other and a second groove from an upper edge of the frame to the upper side of the first grooves ; a plurality of light sources disposed in the plurality of first grooves , respectively; a plurality of first diffuser layers which fills the plurality of first grooves , respectively, so as to cover the plurality of light sources ; and a second diffuser layer which covers the plurality of first diffuser layers on the plurality of first grooves , wherein the second diffuser layer is disposed in the second groove , and wherein an uppermost end of the second groove of the frame is higher than an upper surface of the second diffuser layer . a frame which has a plurality of first grooves spaced apart from each other and a second groove from an upper edge of the frame to the upper side of the first grooves ; a plurality of light sources disposed in the plurality of first grooves , respectively; a plurality of first diffuser layers which fills the plurality of first grooves , respectively, so as to cover the plurality of light sources ; and a second diffuser layer which covers the plurality of first diffuser layers on the plurality of first grooves , wherein the second diffuser layer is disposed in the second groove , and wherein an uppermost end of the second groove of the frame is higher than an upper surface of the second diffuser layer .
Method for isolation or purification of at least one biomolecule of interest from a sample comprising at least one type of biomolecules, comprising (a) placing the sample inside of the hollow body of a device comprising (i) at least one hollow body , each hollow body having at least one open end; (ii) at least one barrier which is non-permeable for liquids and solids under ambience conditions, placed inside the hollow body adjacent to the upper surface of (iii) at least one liquid permeable element , which is preferably a porous frit, filter, fleece or membrane; (iv) optionally at least one removable closing device to seal at least one open end; wherein either the sample is a liquid sample, or the sample is contacted with any liquid before or after placing the sample inside of the hollow body, or the hollow body comprises a liquid coming in contact with the sample when said sample is placed into the device, (b) optionally incubating the sample inside of the hollow body , (c) applying pressure, drag force or driving power to the sample-comprising inner side of the device, wherein the barrier of the device breaks, is punctured, cut or ruptured by applying said external force to said barrier , (d) collecting an eluate comprising the biomolecule of interest. (a) placing the sample inside of the hollow body of a device comprising (i) at least one hollow body , each hollow body having at least one open end; (ii) at least one barrier which is non-permeable for liquids and solids under ambience conditions, placed inside the hollow body adjacent to the upper surface of (iii) at least one liquid permeable element , which is preferably a porous frit, filter, fleece or membrane; (iv) optionally at least one removable closing device to seal at least one open end; wherein either the sample is a liquid sample, or the sample is contacted with any liquid before or after placing the sample inside of the hollow body, or the hollow body comprises a liquid coming in contact with the sample when said sample is placed into the device, (i) at least one hollow body , each hollow body having at least one open end; (ii) at least one barrier which is non-permeable for liquids and solids under ambience conditions, placed inside the hollow body adjacent to the upper surface of (iii) at least one liquid permeable element , which is preferably a porous frit, filter, fleece or membrane; (iv) optionally at least one removable closing device to seal at least one open end; (b) optionally incubating the sample inside of the hollow body , (c) applying pressure, drag force or driving power to the sample-comprising inner side of the device, wherein the barrier of the device breaks, is punctured, cut or ruptured by applying said external force to said barrier , (d) collecting an eluate comprising the biomolecule of interest.
A light emitting device comprising: a substrate ; a light emitting element situated on the substrate ; a lens element having a cavity within which the light emitting element is situated; an adhesive that surrounds a perimeter of the light emitting element, wherein the adhesive is disposed in a plane parallel to a light emitting surface of the light emitting element and attaches the lens element to the substrate ; and characterized in that , the adhesive does not completely surround the light emitting element but includes a gap , a sealing material is situated within the gap in the adhesive surrounding the light emitting element , thereby sealing the cavity , and the sealing material and the adhesive are different materials . a substrate ; a light emitting element situated on the substrate ; a lens element having a cavity within which the light emitting element is situated; an adhesive that surrounds a perimeter of the light emitting element, wherein the adhesive is disposed in a plane parallel to a light emitting surface of the light emitting element and attaches the lens element to the substrate ; and characterized in that , the adhesive does not completely surround the light emitting element but includes a gap , a sealing material is situated within the gap in the adhesive surrounding the light emitting element , thereby sealing the cavity , and the sealing material and the adhesive are different materials .
A process for the preparation of a stereoregular diblock polybutadiene composed of a polybutadiene block having a 1,4- cis structure and a polybutadiene block having a 1,2 syndiotactic structure, having the following formula (I): PB 1 -PB 2 (I) wherein: - PB 1 corresponds to the polybutadiene block having a 1,4- cis structure; - PB 2 corresponds to the polybutadiene block having a 1,2 syndiotactic structure; having a content of 1,4- trans units lower than 3% molar, comprising: - subjecting 1,3-butadiene to total or partial stereospecific polymerization in the presence of a catalytic system comprising at least one complex of cobalt including at least one imine nitrogen, in order to obtain polybutadiene with a 1,4- cis living structure; - adding at least one monodentate aromatic phosphine and optionally 1,3-butadiene, and continuing said stereospecific polymerization, in order to obtain said stereoregular diblock polybutadiene composed of a polybutadiene block having a 1,4- cis structure and a polybutadiene block having a 1,2 syndiotactic structure. - PB 1 corresponds to the polybutadiene block having a 1,4- cis structure; - PB 2 corresponds to the polybutadiene block having a 1,2 syndiotactic structure; - subjecting 1,3-butadiene to total or partial stereospecific polymerization in the presence of a catalytic system comprising at least one complex of cobalt including at least one imine nitrogen, in order to obtain polybutadiene with a 1,4- cis living structure; - adding at least one monodentate aromatic phosphine and optionally 1,3-butadiene, and continuing said stereospecific polymerization, in order to obtain said stereoregular diblock polybutadiene composed of a polybutadiene block having a 1,4- cis structure and a polybutadiene block having a 1,2 syndiotactic structure.