mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a cooking appliance having at least one cooking chamber that can be closed by at least one cooking chamber door, the cooking chamber being heated and/or high-frequency radiation being emitted into the cooking chamber using at least one heating device during at least one cooking process for the preparation of food, characterised in that an automatic execution of a follow-up program is stored in a cooking program, in which follow-up program, after the end of the cooking process in the cooking program previously executed by means of at least one drying device, condensate collected in the cooking chamber is, at least in part, evaporated and removed from the cooking chamber by means of the heating device if it is determined by means of at least one monitoring device that there is no food in the cooking chamber and that the cooking chamber door is closed.
A method comprising: identifying, by an access point, AP, information in a first data packet that is associated with a Virtual Reality, VR, session; identifying, by the AP, the information in a second data packet, addressed to a first Station, STA, and in a third data packet, addressed to a second STA; determining, by the AP, that the second data packet and the third data packet are also associated with the VR session; scheduling a first resource unit, in a transmission to the first STA and the second STA, to include the second data packet; and scheduling a second resource unit, in the transmission, to include the third data packet. identifying, by an access point, AP, information in a first data packet that is associated with a Virtual Reality, VR, session; identifying, by the AP, the information in a second data packet, addressed to a first Station, STA, and in a third data packet, addressed to a second STA; determining, by the AP, that the second data packet and the third data packet are also associated with the VR session; scheduling a first resource unit, in a transmission to the first STA and the second STA, to include the second data packet; and scheduling a second resource unit, in the transmission, to include the third data packet.
A method of engaging a drive system with a rotating wheel (16, 102) of an aircraft landing gear (10, 100), the method comprising operating a motor (52, 104) to apply torque to a pinion (60, 64, 103) so the pinion rotates; issuing an engagement command to an actuator at an engagement time; operating the actuator in response to the engagement command to move the pinion from a neutral position to a contact position in which it contacts a rotating driven gear (20, 66, 101) at an initial contact time, the rotating driven gear being mounted to the rotating wheel of the aircraft landing gear; then after the initial contact time operating the actuator to move the pinion further to a meshing position where the pinion meshes with the driven gear, wherein a centre-to-centre distance between the pinion and the driven gear reduces as the pinion moves to the contact position and to the meshing position, and the method further comprises operating the motor to reduce the torque to below a predetermined level at or after the engagement time, maintain the torque below the predetermined level until the initial contact time, then after the initial contact time increase the torque above the predetermined level.
A wireless communication device, comprising: at least one processor (110, 111, 113, 115) configured to acquire the type of information to be transmitted via a device-to-device communication, wherein the type is one of a plurality of types which comprise at least a first type and a second type; and determine a resource utilization manner and a power control manner for transmitting the information at least based on the type of the information; wherein the type of the information is predefined based on the content of the information and a device-to-device communication scenario in which the information is to be sent. at least one processor (110, 111, 113, 115) configured to acquire the type of information to be transmitted via a device-to-device communication, wherein the type is one of a plurality of types which comprise at least a first type and a second type; and determine a resource utilization manner and a power control manner for transmitting the information at least based on the type of the information; wherein the type of the information is predefined based on the content of the information and a device-to-device communication scenario in which the information is to be sent.
An image processing system comprising: an image forming apparatus; and first and second image processing servers connected to the image forming apparatus via a network, the first image processing server comprising: a first image processor which performs a first image processing operation on target image data received from the image forming apparatus; and a protected area calculator which calculates a protected area to be prohibited from being processed in a second image processing operation, wherein the protected area is related to the area processed by the first image processor, and generates image protection information including information of the protected area, and the second image processing server comprising a second image processor which performs the second image processing operation on the areas excluding the protected area whose information is included in the image protection information generated by the protected area calculator. an image forming apparatus; and first and second image processing servers connected to the image forming apparatus via a network, the first image processing server comprising: a first image processor which performs a first image processing operation on target image data received from the image forming apparatus; and a protected area calculator which calculates a protected area to be prohibited from being processed in a second image processing operation, wherein the protected area is related to the area processed by the first image processor, and generates image protection information including information of the protected area, and the second image processing server comprising a second image processor which performs the second image processing operation on the areas excluding the protected area whose information is included in the image protection information generated by the protected area calculator. a first image processor which performs a first image processing operation on target image data received from the image forming apparatus; and a protected area calculator which calculates a protected area to be prohibited from being processed in a second image processing operation, wherein the protected area is related to the area processed by the first image processor, and generates image protection information including information of the protected area, and the second image processing server comprising a second image processor which performs the second image processing operation on the areas excluding the protected area whose information is included in the image protection information generated by the protected area calculator.
A hydrated fat piece composition comprising: a plurality of hydrated fat pieces wherein the hydrated fat pieces individually comprise: (a) a solid fat phase; (b) a plurality of water droplets distributed throughout the solid fat phase; and (c) an emulsifier blend comprising polyglycerol polyricinoleate and distilled monoglycerol of about 10 % monopalmitin and about 90 % monostearin. (a) a solid fat phase; (b) a plurality of water droplets distributed throughout the solid fat phase; and (c) an emulsifier blend comprising polyglycerol polyricinoleate and distilled monoglycerol of about 10 % monopalmitin and about 90 % monostearin.
An apparatus for coupling to a plurality of electrodes implantable at a plurality of tissue sites of a heart chamber of a subject, the apparatus comprising: a stimulus circuit configured to provide an electrical cardiac pacing stimulation to the plurality of electrodes; a switching circuit configured to select electrodes of the plurality of electrodes for electrical coupling to the stimulus circuit; a control circuit including a heart rate sub-circuit configured to determine heart rate; and a pacing site activation sub-circuit configured to selectively change which electrodes of the plurality of electrodes are used to provide the electrical cardiac pacing stimulation therapy according to the determined heart rate, wherein the pacing site activation sub-circuit is configured to remove an electrode from a set of electrodes used to deliver the pacing stimulation therapy when the determined heart rate increases to a first specified heart rate threshold, and to restore the electrode in the set of electrodes used to deliver the pacing stimulation therapy when the determined heart rate decreases to the first heart rate threshold or to a second specified heart rate threshold lower than the first heart rate threshold. a stimulus circuit configured to provide an electrical cardiac pacing stimulation to the plurality of electrodes; a switching circuit configured to select electrodes of the plurality of electrodes for electrical coupling to the stimulus circuit; a control circuit including a heart rate sub-circuit configured to determine heart rate; and a pacing site activation sub-circuit configured to selectively change which electrodes of the plurality of electrodes are used to provide the electrical cardiac pacing stimulation therapy according to the determined heart rate, wherein the pacing site activation sub-circuit is configured to remove an electrode from a set of electrodes used to deliver the pacing stimulation therapy when the determined heart rate increases to a first specified heart rate threshold, and to restore the electrode in the set of electrodes used to deliver the pacing stimulation therapy when the determined heart rate decreases to the first heart rate threshold or to a second specified heart rate threshold lower than the first heart rate threshold.
Vehicle tyre having at least one planar element which is configured on an external face (2, 3) of the vehicle tyre, in particular on a sidewall external face and/or a tread external face, and has a contrasting surface structure having webs disposed next to one another, wherein a height at least of one first web of the webs continuously decreases along the elongate extent of the at least one first web, characterized in that the webs, disposed next to one another, of the contrasting surface structure have a repeat spacing of 0.2 mm to 1.2 mm.
A method of separately sequencing each strand of a target nucleic acid comprising the steps of: a) in a reaction mixture, joining both ends of a double stranded target nucleic acid to adaptors to form a doubly-adapted target nucleic acid wherein the adaptor is a single strand forming a double stranded stem and a single-stranded loop and the stem comprises one strand cleavage site near the 3' end; b) contacting the reaction mixture with an exonuclease thereby enriching for the doubly-adapted target nucleic acid; c) contacting the reaction mixture with a cleavage agent to cleave the doubly-adapted target nucleic acid at the cleavage sites forming extendable termini on each strand; d) extending the extendable termini thereby separately sequencing each strand of the target nucleic acid, wherein extension is terminated at the cleavage site and does not proceed onto the complementary strand. a) in a reaction mixture, joining both ends of a double stranded target nucleic acid to adaptors to form a doubly-adapted target nucleic acid wherein the adaptor is a single strand forming a double stranded stem and a single-stranded loop and the stem comprises one strand cleavage site near the 3' end; b) contacting the reaction mixture with an exonuclease thereby enriching for the doubly-adapted target nucleic acid; c) contacting the reaction mixture with a cleavage agent to cleave the doubly-adapted target nucleic acid at the cleavage sites forming extendable termini on each strand; d) extending the extendable termini thereby separately sequencing each strand of the target nucleic acid, wherein extension is terminated at the cleavage site and does not proceed onto the complementary strand.
A roller tappet, the roller tappet comprising a body having a roller reception space that is formed at one end of the body and that is adapted to receive a roller, wherein the body further comprises a lubricant supply groove for the reception and/or at least intermediate storage of lubricant and a tappet alignment groove, wherein a first fluid communicating connection is present between the lubricant supply groove and the roller reception space for the supply of lubricant to an outlet that opens into the roller reception space, characterized in that a second fluid communicating connection (25; 42; 34, 50) is present in the roller tappet that is provided to guide some of the lubricant supplied to the lubricant supply groove to a second point of application, with the second point of application being remote from the outlet and, wherein the second fluid communicating connection comprises the lubricant supply groove, the tappet alignment groove and a bore, passage, groove and/or channel that connects the lubricant supply groove to the tappet alignment groove.
A method of forming a doped silica-titania glass, the method comprising: blending batch materials comprising silica, titania, and at least one dopant, the titania having a particle size of between 0.01 microns and 0.10 microns; heating the batch materials to form a glass melt; consolidating the glass melt to form a glass article; and annealing the glass article. blending batch materials comprising silica, titania, and at least one dopant, the titania having a particle size of between 0.01 microns and 0.10 microns; heating the batch materials to form a glass melt; consolidating the glass melt to form a glass article; and annealing the glass article.
A method of separating impurities from a host fluid, the method comprising: providing a flow chamber having a source of acoustic energy and, on an opposing side of the flow chamber, a reflector of acoustic energy; flowing the host fluid through the flow chamber; applying the source of acoustic energy to the host fluid to create a three dimensional ultrasonic standing wave, wherein the three dimensional ultrasonic standing wave results in an acoustic radiation force having an axial component and a lateral component that are of the same order of magnitude wherein the source of acoustic energy is an ultrasonic transducer on a wall of the flow chamber, the transducer including a piezoelectric crystal that defines a side of the transducer, the transducer being driven by an oscillating, periodic, or pulsed voltage signal at an ultrasonic resonance frequency which drives the transducer to create the three dimensional ultrasonic standing wave in the flow chamber. providing a flow chamber having a source of acoustic energy and, on an opposing side of the flow chamber, a reflector of acoustic energy; flowing the host fluid through the flow chamber; applying the source of acoustic energy to the host fluid to create a three dimensional ultrasonic standing wave, wherein the three dimensional ultrasonic standing wave results in an acoustic radiation force having an axial component and a lateral component that are of the same order of magnitude wherein the source of acoustic energy is an ultrasonic transducer on a wall of the flow chamber, the transducer including a piezoelectric crystal that defines a side of the transducer, the transducer being driven by an oscillating, periodic, or pulsed voltage signal at an ultrasonic resonance frequency which drives the transducer to create the three dimensional ultrasonic standing wave in the flow chamber.
A cover-slip suitable for use in examination by an optical microscope, the cover-slip comprising: a planar portion of substantially rigid and transparent material; and a tab contiguous with or adjacent to said planar portion and physically associated with said planar portion, said tab being divertable from a plane of said planar portion along a predetermined bending region, said tab being configured to facilitate holding and displacing the cover-slip, characterized in that said tab is inflexibly associated with said planar portion, being diverted from said plane of said planar portion along said predetermined bending region; and in that the cover-slip further comprises a fracture region between said planar portion and said tab, allowing detaching said tab from said planar portion along said fracture region by allowing controllably breaking the cover-slip along said fracture region by bending said tab relative to said planar portion along said fracture region. a planar portion of substantially rigid and transparent material; and a tab contiguous with or adjacent to said planar portion and physically associated with said planar portion, said tab being divertable from a plane of said planar portion along a predetermined bending region, said tab being configured to facilitate holding and displacing the cover-slip, characterized in that said tab is inflexibly associated with said planar portion, being diverted from said plane of said planar portion along said predetermined bending region; and in that the cover-slip further comprises a fracture region between said planar portion and said tab, allowing detaching said tab from said planar portion along said fracture region by allowing controllably breaking the cover-slip along said fracture region by bending said tab relative to said planar portion along said fracture region.
An arrangement for measuring the body temperature of a bird, said arrangement comprising: a. an enclosure having at least one aperture configured for receiving a bird's head thereinto at least in a partial manner; b. at least one receptacle; said at least one receptacle accommodating an attractor, said at least one receptacle having an opening for accessing said attractor; c. at least one remote sensing instrument configured for acquiring thermal reading and calculating bird's temperatures, said at least one remote sensing instrument having a field of view thereof; wherein said at least one remote sensing instrument comprises a thermographic camera configured for taking at least one thermal image of a specific area of bird's head near the eye and beak; wherein said remote sensing instrument and the receptacle accommodating the attractor are mutually disposed such that at least the bird's head is within a field of view of said remote sensing instrument when a bird's head is received in the enclosure through the at least one aperture; characterized in that the at least one receptacle is mounted within the enclosure. a. an enclosure having at least one aperture configured for receiving a bird's head thereinto at least in a partial manner; b. at least one receptacle; said at least one receptacle accommodating an attractor, said at least one receptacle having an opening for accessing said attractor; c. at least one remote sensing instrument configured for acquiring thermal reading and calculating bird's temperatures, said at least one remote sensing instrument having a field of view thereof; wherein said at least one remote sensing instrument comprises a thermographic camera configured for taking at least one thermal image of a specific area of bird's head near the eye and beak; wherein said remote sensing instrument and the receptacle accommodating the attractor are mutually disposed such that at least the bird's head is within a field of view of said remote sensing instrument when a bird's head is received in the enclosure through the at least one aperture; characterized in that the at least one receptacle is mounted within the enclosure.
A method for wireless communication at a first access point (105, 200), comprising: transmitting, after winning contention for a wireless medium, a first poll comprising a first message to a station, STA (115, 300), served by the first access point (105, 200); receiving, from the STA (115, 300), a first response to the first poll based at least in part on transmitting the first poll; receiving, from a second access point (105, 200) of a set of access points, a second response comprising a measured signal strength indication of the first response based at least in part on transmitting the first poll; selecting the second access point (105, 200) for coordinated reuse based at least in part on receiving the second response; and transmitting, to the second access point (105, 200), a second poll after receiving the first response from the STA (115, 300), wherein receiving the second response is based at least in part on transmitting the second poll. transmitting, after winning contention for a wireless medium, a first poll comprising a first message to a station, STA (115, 300), served by the first access point (105, 200); receiving, from the STA (115, 300), a first response to the first poll based at least in part on transmitting the first poll; receiving, from a second access point (105, 200) of a set of access points, a second response comprising a measured signal strength indication of the first response based at least in part on transmitting the first poll; selecting the second access point (105, 200) for coordinated reuse based at least in part on receiving the second response; and transmitting, to the second access point (105, 200), a second poll after receiving the first response from the STA (115, 300), wherein receiving the second response is based at least in part on transmitting the second poll.
A resistive sensor comprising a resistive sensing element (Rsens, 10-1) biased with a sensing voltage (Vs), a resistive reference element (Rref,10-2) biased with a reference voltage (Vr), with a terminal of said resistive sensing element connected to an input terminal of a sensing translinear current-voltage converter and with a terminal of said resistive reference element connected to an input terminal of a reference translinear current-voltage converter, with a difference voltage signal between an output terminal of said sensing translinear current-voltage converter and an output terminal of said reference translinear current-voltage converter being a voltage (ΔVbe) proportional to the absolute temperature and the logarithm of the resistance of the resistive sensing element (Rsens,10-1) scaled with the resistance of the reference resistive element (Rref,10-2), wherein the converters (12-1,12-2) are logarithmic amplifiers comprising an operational amplifier (13-1,13-2) and a bipolar transistor (14-1,14-2) and wherein the resistive sensing element (Rsens,10-1) and the transistor are the sole elements connected to one of the input terminals of the operational amplifier, such that essentially all of the current (Is) through the resistive sensing element(Rsens,10-1) passes through the transistor.
- A tablet, preferably an immediate release tablet, which comprises at least the following components: (a) a granulate which comprises at least a polyol and vildagliptin or a pharmaceutically acceptable salt thereof; and (b) an extragranular component comprising a filler, wherein the water content of the tablet is less than 10% w/w in respect of the total weight of the tablet, when measured by Karl Fischer titration, preferably wherein the water content of the tablet is between 0.1% and 9% w/w in respect of the total weight of the tablet when measured by Karl Fischer titration, and preferably wherein the water content of the tablet is between 0.1% and 5% w/w in respect of the total weight of the tablet when measured by Karl Fischer titration, wherein the granulate is obtained by dry granulation, wherein the filler is microcrystalline cellulose, wherein the polyol is lactose and wherein the tablet further comprises at least a disintegrant agent. (a) a granulate which comprises at least a polyol and vildagliptin or a pharmaceutically acceptable salt thereof; and (b) an extragranular component comprising a filler,