mhurhangee/patent-ind-claim-en huggingface dataset:
A cooking device which comprises at least one inner body (B) having at least one base (B1), at least one upper wall (B2) located opposite to the base (B1), at least two side walls (B3) located between the upper wall (B2) and the base (B1), wherein at least one cooking compartment (B4) is formed between the base (B1) and said walls and the inner body (B) comprises at least one placement opening for access into said cooking compartment (B4); at least one infrared heating element which is located to extend between said side walls (B3); and at least one guiding element located to extend along the longitudinal axis of the heating element and to at least partially cover the length of the heating element , partially surrounding the heating element , having at least one opening that extends along the longitudinal axis between the opposite ends thereof, wherein the guiding element is configured to enable the ray, which is emitted from the heating element when the heating element is energized, to pass through said opening to reach the cooking compartment (B4), and is rotatable around the longitudinal axis for changing the position where the opening is provided characterized in that the heating element is movable so as to approach said placement opening and move away from said placement opening.
System for forming a medical apparatus, in particular cell block apparatus, comprising: a first elongate tubular body having a proximal end and a distal end defining an interior space therebetween, a filter assembly configured to detachably couple to the first elongate tubular body , wherein the filter assembly includes a base member having a body and a porous filter membrane coupled with the base member , the filter membrane being disposed within the body of the base member and in the interior space between the proximal and distal ends of the first elongate tubular body , wherein the filter assembly has a bottom surface and an upwardly extending side wall for containing a biological sample collected on the filter membrane , the biological sample including a cellular or solid particle component and a liquid component, wherein the entire filter assembly is sectionable, i.e. capable of being sliced into sections, for mounting on a glass slide with the cellular or solid particle component being retained on the filter membrane ; characterized in that the system includes a cover configured for being disposed within the filter assembly and compressively engaging the filter assembly to retain the biological sample on the filter membrane . a first elongate tubular body having a proximal end and a distal end defining an interior space therebetween, a filter assembly configured to detachably couple to the first elongate tubular body , wherein the filter assembly includes a base member having a body and a porous filter membrane coupled with the base member , the filter membrane being disposed within the body of the base member and in the interior space between the proximal and distal ends of the first elongate tubular body , wherein the filter assembly has a bottom surface and an upwardly extending side wall for containing a biological sample collected on the filter membrane , the biological sample including a cellular or solid particle component and a liquid component, wherein the entire filter assembly is sectionable, i.e. capable of being sliced into sections, for mounting on a glass slide with the cellular or solid particle component being retained on the filter membrane ; characterized in that the system includes a cover configured for being disposed within the filter assembly and compressively engaging the filter assembly to retain the biological sample on the filter membrane .
A surgical stapling instrument comprising: a handle assembly ; an elongated body portion extending from the handle assembly and defining a longitudinal axis; and an end effector supported on a distal portion of the elongated body portion, the end effector including: a curved housing having a base portion and a jaw portion , the base portion being secured to the distal portion of the elongated body portion ; a curved anvil assembly supported on the jaw portion ; and a curved cartridge assembly supported on the base portion, and defining first and second arrays of staple receiving slots and a knife receiving slot between the first array of staple receiving slots and the second array of staple receiving slots , the first array of staple receiving slots being disposed radially outwardly of the knife receiving slot and including three rows of staples, wherein a height of the staples in each of the rows of three rows of staples of the first array of staple receiving slots is different, characterized in that the second array of staple receiving slots includes only two rows of staples. a handle assembly ; an elongated body portion extending from the handle assembly and defining a longitudinal axis; and an end effector supported on a distal portion of the elongated body portion, the end effector including: a curved housing having a base portion and a jaw portion , the base portion being secured to the distal portion of the elongated body portion ; a curved anvil assembly supported on the jaw portion ; and a curved cartridge assembly supported on the base portion, and defining first and second arrays of staple receiving slots and a knife receiving slot between the first array of staple receiving slots and the second array of staple receiving slots , the first array of staple receiving slots being disposed radially outwardly of the knife receiving slot and including three rows of staples, wherein a height of the staples in each of the rows of three rows of staples of the first array of staple receiving slots is different, a curved housing having a base portion and a jaw portion , the base portion being secured to the distal portion of the elongated body portion ; a curved anvil assembly supported on the jaw portion ; and a curved cartridge assembly supported on the base portion, and defining first and second arrays of staple receiving slots and a knife receiving slot between the first array of staple receiving slots and the second array of staple receiving slots , the first array of staple receiving slots being disposed radially outwardly of the knife receiving slot and including three rows of staples, wherein a height of the staples in each of the rows of three rows of staples of the first array of staple receiving slots is different,
An access method comprising: intercepting by a computer system one or more data packets of at least one data item of a broadcaster over a connectionless channel in a short-range radio-frequency band; using the data item for identifying and authenticating the broadcaster; and in case the broadcaster is identified and authenticated, enabling the broadcaster to access a service enabled by the computer system , wherein a data item of the at least one data item is a session key, wherein the data packets of one or more further data items of the at least one data item are encrypted by the session key, the method further comprising splitting the session key into a predefined number of key portions; repeatedly selecting a different key portion of the key portions, and using the selected key portion for decrypting the encrypted data packet, until the encrypted data packet is decrypted.
A fuel pump comprising: a body ; an electromagnetic intake valve mechanism comprising: a coil ; a movable core ; a magnetic core that is arranged on a side opposite to a pressurizing chamber with respect to said movable core and attracts the movable core when the coil is energized; a yoke arranged on a radially outer side of the coil ; a cover portion that covers the coil from an axially outer side; and a molded portion that covers a radially outer side of the yoke and an axially outer side of the cover portion , characterized in that the yoke includes a bottom portion with a hole formed therein on a side of the pressurizing chamber and an open portion on the side opposite to the pressurizing chamber , and the cover portion is arranged to cover the open portion , wherein an inner peripheral portion of the hole formed in the bottom portion of the yoke and an outer peripheral portion of the body are fixed by press-fitting, wherein the cover portion is arranged on a radially inner side of the yoke and is arranged with a gap interposed between the cover portion and an inner peripheral surface of the yoke , and wherein the molded portion is formed to be in contact with an axially outer end surface of the cover portion and is formed in a range from an axially outer end surface of the yoke over an axial center of an outer peripheral surface of the yoke . a coil ; a movable core ; a magnetic core that is arranged on a side opposite to a pressurizing chamber with respect to said movable core and attracts the movable core when the coil is energized; a yoke arranged on a radially outer side of the coil ; a cover portion that covers the coil from an axially outer side; and a molded portion that covers a radially outer side of the yoke and an axially outer side of the cover portion , characterized in that the yoke includes a bottom portion with a hole formed therein on a side of the pressurizing chamber and an open portion on the side opposite to the pressurizing chamber , and the cover portion is arranged to cover the open portion , wherein an inner peripheral portion of the hole formed in the bottom portion of the yoke and an outer peripheral portion of the body are fixed by press-fitting, wherein the cover portion is arranged on a radially inner side of the yoke and is arranged with a gap interposed between the cover portion and an inner peripheral surface of the yoke , and wherein the molded portion is formed to be in contact with an axially outer end surface of the cover portion and is formed in a range from an axially outer end surface of the yoke over an axial center of an outer peripheral surface of the yoke .
A gas turbine , comprising: a compressor ; a turbine ; a combustor disposed downstream from the compressor and upstream from the turbine ; and an igniter in operative communication with the combustor , wherein the igniter is coupled to an end cover of the combustor ; the igniter configured to initiate combustion in the combustor ; and wherein at least one fuel nozzle of the combustor is coupled to the end cover and extends towards the combustion chamber of the combustor , wherein the the igniter comprises a central axis and the central axis of the igniter is generally parallel to a central axis of the combustor , wherein the igniter further comprises a mounting flange configured for coupling the igniter to the end cover of the combustor ; a fuel inlet in fluid communication with a mixing plenum , the mixing plenum positioned upstream of a mixing channel ; an air inlet in fluid communication with the mixing plenum ; and an ejector tube positioned downstream of the mixing channel and extended into the combustor to provide a pilot flame to a combustion chamber of the combustor ; and an ignition source upstream of the mounting flange ; wherein the fuel inlet , the mixing plenum , the mixing channel and the ejector tube are extended along a central axis of the igniter; wherein the ignition source is positioned proximate to a downstream end of the mixing channel . a compressor ; a turbine ; a combustor disposed downstream from the compressor and upstream from the turbine ; and an igniter in operative communication with the combustor , wherein the igniter is coupled to an end cover of the combustor ; the igniter configured to initiate combustion in the combustor ; and wherein at least one fuel nozzle of the combustor is coupled to the end cover and extends towards the combustion chamber of the combustor , wherein the the igniter comprises a central axis and the central axis of the igniter is generally parallel to a central axis of the combustor , wherein the igniter further comprises a mounting flange configured for coupling the igniter to the end cover of the combustor ; a fuel inlet in fluid communication with a mixing plenum , the mixing plenum positioned upstream of a mixing channel ; an air inlet in fluid communication with the mixing plenum ; and an ejector tube positioned downstream of the mixing channel and extended into the combustor to provide a pilot flame to a combustion chamber of the combustor ; and an ignition source upstream of the mounting flange ; wherein the fuel inlet , the mixing plenum , the mixing channel and the ejector tube are extended along a central axis of the igniter; wherein the ignition source is positioned proximate to a downstream end of the mixing channel .
A pen needle providing audible and/or tactile injection depth indication, comprising: a. a hub adapted for attachment to a medication pen body and having a central post extending distally from a main body portion of the hub , the main body portion of the hub being wider than the post , and having a needle fixed in an axial position on the post ; b. the post having a radially outwardly projecting member and at least one recess adjacent the main body portion of the hub ; c. a cup radially situated around the post having a skin contact surface on a distal end thereof and a sidewall extending proximally from the skin contact surface , said sidewall having an inwardly projecting member engaging the outwardly projecting member on the post ; characterized in that d. the cup being movable proximally during an injection from a first position, in which the inwardly projecting member is on a distal side of the outwardly projecting member on the post , to a second position, in which the inwardly projecting member on the cup is on a proximal side of the outwardly projecting member on the post and engages a recess adjacent the main body portion of the hub ; e. wherein movement of the cup proximally from the first position to the second position creates an audible and tactile indication from the engagement of the inwardly projecting member on the cup and the recess adjacent the main body portion of the hub to indicate full penetration depth of the needle . a. a hub adapted for attachment to a medication pen body and having a central post extending distally from a main body portion of the hub , the main body portion of the hub being wider than the post , and having a needle fixed in an axial position on the post ; b. the post having a radially outwardly projecting member and at least one recess adjacent the main body portion of the hub ; c. a cup radially situated around the post having a skin contact surface on a distal end thereof and a sidewall extending proximally from the skin contact surface , said sidewall having an inwardly projecting member engaging the outwardly projecting member on the post ; characterized in that d. the cup being movable proximally during an injection from a first position, in which the inwardly projecting member is on a distal side of the outwardly projecting member on the post , to a second position, in which the inwardly projecting member on the cup is on a proximal side of the outwardly projecting member on the post and engages a recess adjacent the main body portion of the hub ; e. wherein movement of the cup proximally from the first position to the second position creates an audible and tactile indication from the engagement of the inwardly projecting member on the cup and the recess adjacent the main body portion of the hub to indicate full penetration depth of the needle .
Piston for a combustion engine, comprising a piston head , two connecting rod supports spaced apart in a first radial direction (YY') perpendicular to an axial direction (ZZ') defined by the piston, and bearing elements forming skirts arranged at each of the lower ends of each of said connecting rod supports so as to be spaced apart from one another in a circumferential direction centred on said axial direction (ZZ'), said bearing elements having a same height (h1, h2) as measured along the axial direction (ZZ'), said height (h1, h2) being less than or equal to the height (h0) of said connecting rod supports , wherein the two connecting rod supports extend in a second radial direction (XX') perpendicular to the first radial direction (YY'), characterized in that each connecting rod support exhibits at each end a left-hand lateral edge and a right-hand lateral edge extending parallel to the axial direction (ZZ') over the entire height (h0) of the connecting rod supports , and in that said bearing elements are arranged on the left-hand and right-hand lateral edges of each connecting rod support and each define a contact surface whose width, in the first radial direction (YY'), corresponds to the width of said left-hand and right-hand lateral edges of the connecting rod supports .
A method to modulate taste properties of a consumer product comprising a high intensity sweetener, wherein -decadienal is added to the consumer product in an amount effective to modulate the taste profile of a high intensity sweetener.
An agricultural baler , comprising: - a gear box driven by a flywheel ; - a driveline comprising the flywheel and couplable with a power take-off (PTO) of a traction unit; - at least one functional component ; and - an auxiliary power system coupled with the driveline for receiving and storing power from the driveline and characterized in that the auxiliary power system is configured for utilizing the stored power to separately power the at least one functional component onboard the baler . - a gear box driven by a flywheel ; - a driveline comprising the flywheel and couplable with a power take-off (PTO) of a traction unit; - at least one functional component ; and - an auxiliary power system coupled with the driveline for receiving and storing power from the driveline and characterized in that the auxiliary power system is configured for utilizing the stored power to separately power the at least one functional component onboard the baler .
A radio frequency system comprising: a transmit path comprising a first tunable transmit band stop filter , and a power amplifier coupled to an output of the first tunable transmit band stop filter , wherein the first tunable transmit band stop filter is configured reject a receive frequency and pass a transmit frequency; a receive path comprising a low noise amplifier ; and a duplex filter having a transmit path port coupled to an output of the power amplifier , a receive path port coupled to an input of the low noise amplifier , and an antenna port, wherein the duplex filter is configured to pass the transmit frequency and reject the receive frequency between the antenna port and the transmit path port, pass the receive frequency and reject the transmit frequency between the antenna port and the receive path port, characterized in that the transmit path further comprises a second tunable transmit band stop filter coupled to the input of the power amplifier in series with the first tunable transmit band stop filter , and in that the second tunable transmit band stop filter is configured to reject an image of the receive frequency. a transmit path comprising a first tunable transmit band stop filter , and a power amplifier coupled to an output of the first tunable transmit band stop filter , wherein the first tunable transmit band stop filter is configured reject a receive frequency and pass a transmit frequency; a receive path comprising a low noise amplifier ; and a duplex filter having a transmit path port coupled to an output of the power amplifier , a receive path port coupled to an input of the low noise amplifier , and an antenna port, wherein the duplex filter is configured to pass the transmit frequency and reject the receive frequency between the antenna port and the transmit path port, pass the receive frequency and reject the transmit frequency between the antenna port and the receive path port, in that the transmit path further comprises a second tunable transmit band stop filter coupled to the input of the power amplifier in series with the first tunable transmit band stop filter , and in that the second tunable transmit band stop filter is configured to reject an image of the receive frequency.
A composition for a refrigerator containing: (i) a refrigerant which is selected from 1,3,3,3-tetrafluoropropene, 2,3,3,3-tetrafluoropropene and 1,2,3,3-tetrafluoropropene, as the sole fluorine-containing organic compound, and (ii) a lubricating oil composition comprising a base oil and β-pinene. (i) a refrigerant which is selected from 1,3,3,3-tetrafluoropropene, 2,3,3,3-tetrafluoropropene and 1,2,3,3-tetrafluoropropene, as the sole fluorine-containing organic compound, and (ii) a lubricating oil composition comprising a base oil and β-pinene.
A block copolymer comprising: a hard segment having a glass transition temperature of 25 °C or more and comprising a polymerization unit derived from a methacrylic monomer; and a soft segment having a glass transition temperature of 10 °C or less, wherein the soft segment comprises a polymerization unit derived from a cross-linkable monomer, the polymerization unit derived from the cross-linkable monomer has a higher concentration in a region adjacent to the hard segment than in a region which is not adjacent to the hard segment, wherein the block copolymer is diblock copolymer of an A/B-type or triblock copolymer of an B/A/B-type, A being the hard segment and B being the soft segment, and wherein the content of the hard segment is in a range of 5 to 25% by weight, based on the total weight of the block copolymer. a hard segment having a glass transition temperature of 25 °C or more and comprising a polymerization unit derived from a methacrylic monomer; and a soft segment having a glass transition temperature of 10 °C or less, wherein the soft segment comprises a polymerization unit derived from a cross-linkable monomer, the polymerization unit derived from the cross-linkable monomer has a higher concentration in a region adjacent to the hard segment than in a region which is not adjacent to the hard segment, wherein the block copolymer is diblock copolymer of an A/B-type or triblock copolymer of an B/A/B-type, A being the hard segment and B being the soft segment, and wherein the content of the hard segment is in a range of 5 to 25% by weight, based on the total weight of the block copolymer.
A process for producing an aircraft component having integral structural features which comprises the sequential steps of: (a) providing a flat plate ; (b) placing the flat plate on a forming tool defining a curved surface which approximates a final curved shape of the aircraft component; (c) subjecting the flat plate on the forming tool to creep age forming in an autoclave to produce a curved component preform thereof; the process being characterised by (d) machining the curved component preform to form the integral features and thereby produce the aircraft component. (a) providing a flat plate ; (b) placing the flat plate on a forming tool defining a curved surface which approximates a final curved shape of the aircraft component; (c) subjecting the flat plate on the forming tool to creep age forming in an autoclave to produce a curved component preform thereof; the process being characterised by (d) machining the curved component preform to form the integral features and thereby produce the aircraft component.