mhurhangee/patent-ind-claim-en huggingface dataset:
A separable barrel adapted for use with a gravity fed spray gun , the barrel comprising: a fluid interface adapted to connect the barrel to a coating fluid reservoir , the fluid interface comprising a fluid port and a boost delivery port ; a gun interface adapted to connect the barrel to a gravity fed spray gun platform , the gun interface comprising a boost feed port ; a boost passageway fluidly connecting the boost feed port to the boost delivery port , the boost passageway being integral to the barrel such that it does not comprise a hose or exterior fluid conduit; a fluid nozzle opening through which a coating fluid to be sprayed can exit the barrel , the fluid nozzle opening being fluidly connected to the fluid port by a fluid passageway formed within the barrel ; wherein the boost passageway is adapted to convey a pressurized boost fluid originating in the gravity fed spray gun to the boost delivery port to assist in urging a coating fluid from a compatible coating fluid reservoir for spraying by the gravity fed spray gun , and the fluid passageway is adapted to convey a coating fluid urged from the compatible coating fluid reservoir out of the fluid nozzle opening for spraying by the gravity fed spray gun . a fluid interface adapted to connect the barrel to a coating fluid reservoir , the fluid interface comprising a fluid port and a boost delivery port ; a gun interface adapted to connect the barrel to a gravity fed spray gun platform , the gun interface comprising a boost feed port ; a boost passageway fluidly connecting the boost feed port to the boost delivery port , the boost passageway being integral to the barrel such that it does not comprise a hose or exterior fluid conduit; a fluid nozzle opening through which a coating fluid to be sprayed can exit the barrel , the fluid nozzle opening being fluidly connected to the fluid port by a fluid passageway formed within the barrel ; wherein the boost passageway is adapted to convey a pressurized boost fluid originating in the gravity fed spray gun to the boost delivery port to assist in urging a coating fluid from a compatible coating fluid reservoir for spraying by the gravity fed spray gun , and the fluid passageway is adapted to convey a coating fluid urged from the compatible coating fluid reservoir out of the fluid nozzle opening for spraying by the gravity fed spray gun .
A comber comprising: a frame including a frame structure in which a right frame and a left frame are arranged such that a plurality of combing heads are interposed between the right frame and the left frame ; and a plurality of rails extending in parallel between and coupled to the right and the left frames , characterized in that the frame structure of the comber is configured such that a right frame unit (U2) including the right frame and a left frame unit (U1) including the left frame are coupled to each other and is dividable into the right frame unit (U2) and the left frame unit (U1), the right frame unit (U2) includes a plurality of rail members forming parts of the respective rails and each coupled to the right frame at one end of the rail member of the right frame unit (U2), the left frame unit (U1) includes a plurality of rail members forming parts of the respective rails and each coupled to the left frame at one end of the rail member of the left frame unit (U1), one of the right frame unit (U2) and the left frame unit (U1) includes a middle frame to which the other ends of the rail members of the right and the left frame units (U2, U1) are coupled, and the other of the right frame unit (U2) and the left frame unit (U1) includes a rail supporting frame (F) that supports the rail members of the other. a frame including a frame structure in which a right frame and a left frame are arranged such that a plurality of combing heads are interposed between the right frame and the left frame ; and a plurality of rails extending in parallel between and coupled to the right and the left frames , characterized in that the frame structure of the comber is configured such that a right frame unit (U2) including the right frame and a left frame unit (U1) including the left frame are coupled to each other and is dividable into the right frame unit (U2) and the left frame unit (U1), the right frame unit (U2) includes a plurality of rail members forming parts of the respective rails and each coupled to the right frame at one end of the rail member of the right frame unit (U2), the left frame unit (U1) includes a plurality of rail members forming parts of the respective rails and each coupled to the left frame at one end of the rail member of the left frame unit (U1), one of the right frame unit (U2) and the left frame unit (U1) includes a middle frame to which the other ends of the rail members of the right and the left frame units (U2, U1) are coupled, and the other of the right frame unit (U2) and the left frame unit (U1) includes a rail supporting frame (F) that supports the rail members of the other.
Hyper-frequency signal power limiter, comprising a signal line (LS) for transporting the hyper-frequency signal from an input of the limiter to an output of the limiter, and at least a first and a second commutator of the capacitive radiofrequency micro-electro-mechanical system type, each one in parallel between the signal line (LS) and an earth plane, where the signal line forms an electrostatic activation electrode of each of the commutators, characterised in that the first commutator has a direct commutation mode without hysteresis at the frequency co of the hyper-frequency signal applied at the input of the limiter, and the second commutator (MEMS2) of the same type as the first is placed downstream of the first commutator and has the same direct activation voltage (V p ).
A heat exchanger assembly , comprising: an axially forward face , an axially aft face and a passageway extending from said forward face to said rearward face, a plurality of circumferential segments disposed about said passageway between said forward face and said rearward face; each of said plurality of segments formed of a single piece of material having internal flow paths extending in a circumferential direction; said each segment having a plurality of fins formed by skiving said single piece of material thereby precluding a brazed connection of said fins; said plurality of segments comprising segments stacked in a radially outwardly extending arrangement; said plurality of segments comprising segments disposed adjacent one another in an axial arrangement; wherein said flow paths of said circumferentially adjacent segments are aligned in the circumferential direction. an axially forward face , an axially aft face and a passageway extending from said forward face to said rearward face, a plurality of circumferential segments disposed about said passageway between said forward face and said rearward face; each of said plurality of segments formed of a single piece of material having internal flow paths extending in a circumferential direction; said each segment having a plurality of fins formed by skiving said single piece of material thereby precluding a brazed connection of said fins; said plurality of segments comprising segments stacked in a radially outwardly extending arrangement; said plurality of segments comprising segments disposed adjacent one another in an axial arrangement; wherein said flow paths of said circumferentially adjacent segments are aligned in the circumferential direction.
A respiratory interface device comprising: a patient interface device ; a patient circuit ; a pressure generating assembly including a number of first pressure generating devices and a number of second pressure generating devices ; the number of first pressure generating devices structured to generate a first pressure; the number of second pressure generating devices structured to generate a second pressure; the number of first pressure generating devices coupled to, and in fluid communication, with the patient circuit; the patient circuit coupled to, and in fluid communication, with the patient interface device; and the number of second pressure generating devices coupled to, and in fluid communication, with the patient interface device; characterised in that the number of first pressure generating devices are structured to generate a greater volume of fluid flow relative to the number of second pressure generating devices; and wherein the number of second pressure generating devices have a smaller size, footprint and/or volume than the number of first pressure generating devices. a patient interface device ; a patient circuit ; a pressure generating assembly including a number of first pressure generating devices and a number of second pressure generating devices ; the number of first pressure generating devices structured to generate a first pressure; the number of second pressure generating devices structured to generate a second pressure; the number of first pressure generating devices coupled to, and in fluid communication, with the patient circuit; the patient circuit coupled to, and in fluid communication, with the patient interface device; and the number of second pressure generating devices coupled to, and in fluid communication, with the patient interface device; characterised in that the number of first pressure generating devices are structured to generate a greater volume of fluid flow relative to the number of second pressure generating devices; and wherein the number of second pressure generating devices have a smaller size, footprint and/or volume than the number of first pressure generating devices.
A method for preparing animal litter wherein dry straw is crushed and pressed into pellets which are further thermally treated in a thermal chamber using hot air at a temperature of 90°C to 160°C to sterilize the pellets, the pellets being milled in a mill to get thin fibres, cleaned by removing the dust in a three-stage dust extraction line, and packed, characterized in that the pellet milling takes place in a mill machine equipped with a sieve having a mesh diameter of 8-12 mm and in that the pellets are crushed to fine fibres having a length of 0.5 to 5.0 mm.
An apparatus for ray scanning imaging, the apparatus comprising: a plurality of ray generators distributed uniformly along a circular arc, said plurality of ray generators configured for emitting ray beams in sequence to an object to be inspected within a single scanning period, to complete a scan for a single slice; a ray detection device adapted for collecting ray detection values of the ray beams emitted by said plurality of ray generators , characterized in that : said ray detection device comprises a plurality of linear arrays of ray detectors, each of said plurality of linear arrays of ray detectors being composed of a plurality of ray detectors arranged along a straight line, wherein said plurality of linear arrays of ray detectors adjoin end to end in a same plane in sequence except that one end of a first of the sequence of linear arrays of ray detectors and one end of a last of the sequence of linear arrays of ray detectors do not adjoin each other, so as to form a semi-closed frame. a plurality of ray generators distributed uniformly along a circular arc, said plurality of ray generators configured for emitting ray beams in sequence to an object to be inspected within a single scanning period, to complete a scan for a single slice; a ray detection device adapted for collecting ray detection values of the ray beams emitted by said plurality of ray generators , characterized in that : said ray detection device comprises a plurality of linear arrays of ray detectors, each of said plurality of linear arrays of ray detectors being composed of a plurality of ray detectors arranged along a straight line, wherein said plurality of linear arrays of ray detectors adjoin end to end in a same plane in sequence except that one end of a first of the sequence of linear arrays of ray detectors and one end of a last of the sequence of linear arrays of ray detectors do not adjoin each other, so as to form a semi-closed frame.
An integrated circuit comprising: a semiconductor substrate including a top-side surface and a backside surface; a plurality of integrated circuit components fabricated on the top-side surface of the substrate ; and a plurality of electrically conductive vias extending into the substrate from the backside surface of the substrate , wherein some of the plurality of vias are through vias that extend completely through the substrate and make electrical contact with a circuit component on the top-side surface of the substrate and some of the plurality of vias are part-way through vias that extend only part-way through the substrate and are positioned directly opposite to a circuit component on the top-side surface of the substrate ; characterized in that the number of part-way through vias is adapted to suppress substrate propagation modes in the substrate , wherein said substrate propagation modes allow the operating frequency of the integrated circuit to propagate through the substrate . a semiconductor substrate including a top-side surface and a backside surface; a plurality of integrated circuit components fabricated on the top-side surface of the substrate ; and a plurality of electrically conductive vias extending into the substrate from the backside surface of the substrate , wherein some of the plurality of vias are through vias that extend completely through the substrate and make electrical contact with a circuit component on the top-side surface of the substrate and some of the plurality of vias are part-way through vias that extend only part-way through the substrate and are positioned directly opposite to a circuit component on the top-side surface of the substrate ; characterized in that the number of part-way through vias is adapted to suppress substrate propagation modes in the substrate , wherein said substrate propagation modes allow the operating frequency of the integrated circuit to propagate through the substrate .
A method of wireless communications, comprising: prior to a poll command, generating, at a near field communication (NFC)-enabled device , a radio frequency (RF) field that is not modulated during a wait duration as part of a technology detection process; monitoring the generated RF field during the wait duration for RF field modulations indicative of multiple NFC technology types; determining whether, during the wait duration, the RF field is modulated in a manner consistent with modulation characteristics of a NFC technology; terminating the technology detection process upon the determination that the RF field is modulated in a manner consistent with modulation characteristics of the NFC technology; and after the end of the wait duration, generating the poll command in response to no RF field modulation consistent with modulation characteristics of the NFC technology having been detected during the wait duration. prior to a poll command, generating, at a near field communication (NFC)-enabled device , a radio frequency (RF) field that is not modulated during a wait duration as part of a technology detection process; monitoring the generated RF field during the wait duration for RF field modulations indicative of multiple NFC technology types; determining whether, during the wait duration, the RF field is modulated in a manner consistent with modulation characteristics of a NFC technology; terminating the technology detection process upon the determination that the RF field is modulated in a manner consistent with modulation characteristics of the NFC technology; and after the end of the wait duration, generating the poll command in response to no RF field modulation consistent with modulation characteristics of the NFC technology having been detected during the wait duration.
An implantable device for improving the pump function of the heart of a patient by applying an external force on the heart, said device comprising at least one heart contacting organ, periodically exerting force onto the heart muscle following the heart contractions and adding force thereto, said implantable device being adapted to have a drive unit adapted to create kinetic movement to be used by the heart contacting organ, characterised in that said implantable device comprises a fixation device adapted to be mounted in a stable position to human bone allowing said drive unit to get necessary contra force, wherein said drive unit further comprises a respiration movement compensator placed between said drive unit and said heart contacting organ for compensating for the respiratory movement of the heart in relation to the stable bone position.
Adjustable boat stabilising device, comprising a casing arranged to be secured to the hull of a boat, a rotating electric motor , a reduction gearing , and a fin or paddle , wherein said fin or paddle is pivotally arranged about a pivot axis by means of the rotating electric motor via the reduction gearing for reducing the rotation of the motor to the adjustment movement of the fin or paddle , wherein the rotating electric motor has a rotor and a stator , wherein the reduction gearing is a planetary gearing, ∘ characterized in that the axis of electric motor is coaxial with the axis of the reduction gearing and with the pivot axis of said fin or paddle , ∘ Wherein the reduction gearing and the electric motor are integrated within a hub to form a compact construction, wherein the rotor of the motor has an extension that directly constitutes the input of the planetary gearing, ∘ Wherein the fin or paddle is directly attached to the hub which is the output of the planetary gearing , and ∘ Wherein the hub , the electric motor and the reduction gearing are fitted in a cylindrical space defined by two bearings for pivotal movement of the hub , which bearing are fixed in the casing . ∘ characterized in that the axis of electric motor is coaxial with the axis of the reduction gearing and with the pivot axis of said fin or paddle , ∘ Wherein the reduction gearing and the electric motor are integrated within a hub to form a compact construction, wherein the rotor of the motor has an extension that directly constitutes the input of the planetary gearing, ∘ Wherein the fin or paddle is directly attached to the hub which is the output of the planetary gearing , and ∘ Wherein the hub , the electric motor and the reduction gearing are fitted in a cylindrical space defined by two bearings for pivotal movement of the hub , which bearing are fixed in the casing .
An electrolyte composition comprising: a) a fluorinated solvent; b) a fluorinated sulfone represented by Formula (V): CF 2 H-R 9 -SO 2 -R 10 (V) wherein R 9 is optionally absent, or a C 1 to C 10 alkylene group, or a C 1 to C 10 fluoroalkylene group, each group optionally comprising one or more ether oxygens; and R 10 is a C 1 to C 10 alkyl group or a C 1 to C 10 fluoroalkyl group, each optionally comprising one or more ether oxygens; c) at least one component selected from i) a borate salt represented by Formula (IX) LiBF (4-2p) (C 2 O 4 ) p (IX) wherein p is 0, 1, or 2; and/or ii) an oxalate salt represented by Formula (X) LiPF (6-2q) (C 2 O 4 ) q (X) wherein q is 1, 2, or 3; and/or iii) a fluorinated cyclic carbonate; and d) at least one electrolyte salt. a) a fluorinated solvent; b) a fluorinated sulfone represented by Formula (V): CF 2 H-R 9 -SO 2 -R 10 (V) wherein R 9 is optionally absent, or a C 1 to C 10 alkylene group, or a C 1 to C 10 fluoroalkylene group, each group optionally comprising one or more ether oxygens; and R 10 is a C 1 to C 10 alkyl group or a C 1 to C 10 fluoroalkyl group, each optionally comprising one or more ether oxygens; c) at least one component selected from i) a borate salt represented by Formula (IX) LiBF (4-2p) (C 2 O 4 ) p (IX) wherein p is 0, 1, or 2; and/or ii) an oxalate salt represented by Formula (X) LiPF (6-2q) (C 2 O 4 ) q (X) wherein q is 1, 2, or 3; and/or iii) a fluorinated cyclic carbonate; and i) a borate salt represented by Formula (IX) LiBF (4-2p) (C 2 O 4 ) p (IX) wherein p is 0, 1, or 2; and/or ii) an oxalate salt represented by Formula (X) LiPF (6-2q) (C 2 O 4 ) q (X) wherein q is 1, 2, or 3; and/or iii) a fluorinated cyclic carbonate; d) at least one electrolyte salt.
A head-mounted display (1; 11; 21) comprising: a display device (3; 13a, 13b) to display images for the left eye (Ea) and the right eye (Eb) on a screen ; virtual image forming optical systems for the left eye (Ea) and the right eye (Eb), respectively disposed with respect to images for the left eye (Ea) and the right eye (Eb) on the screen ; and wide-focus lenses (5a, 5b; 25) for the left eye (Ea) and the right eye (Eb) having a negative focal length with a range, and respectively disposed with respect to the virtual image forming optical systems for the left eye (Ea) and the right eye (Eb) so as to overlap optical axis directions of the virtual image forming optical systems for the left eye (Ea) and the right eye (Eb), wherein the wide-focus lenses (5a, 5b; 25) have refractive power the value of which is negative and minimum in absolute value, wherein the value includes zero, at the optical center, and wherein the refractive power of the wide-focus lenses (5a, 5b; 25) becomes increasingly negative and larger in absolute value with an increasing distance from the optical center such that the negative focal length with a range is provided. a display device (3; 13a, 13b) to display images for the left eye (Ea) and the right eye (Eb) on a screen ; virtual image forming optical systems for the left eye (Ea) and the right eye (Eb), respectively disposed with respect to images for the left eye (Ea) and the right eye (Eb) on the screen ; and wide-focus lenses (5a, 5b; 25) for the left eye (Ea) and the right eye (Eb) having a negative focal length with a range, and respectively disposed with respect to the virtual image forming optical systems for the left eye (Ea) and the right eye (Eb) so as to overlap optical axis directions of the virtual image forming optical systems for the left eye (Ea) and the right eye (Eb), wherein the wide-focus lenses (5a, 5b; 25) have refractive power the value of which is negative and minimum in absolute value, wherein the value includes zero, at the optical center, and wherein the refractive power of the wide-focus lenses (5a, 5b; 25) becomes increasingly negative and larger in absolute value with an increasing distance from the optical center such that the negative focal length with a range is provided.
A luggage container with an integrated pocket, wherein the luggage container has an inner wall defining a luggage compartment , and the pocket is connected detachably to the inner wall of the luggage container by means of a connection arrangement , wherein the connection arrangement comprises at least one connection portion which is designed to engage detachably in one recess in each case which receives the connection portion , characterised in that the pocket can be connected by means of at least one detachable locking device to the inner wall for locking in a defined desired position.