mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine combustor , comprising: an array of fuel nozzles including a central fuel nozzle and outer fuel nozzles spaced about the central fuel nozzle; a combustion casing assembly disposed about the array of fuel nozzles ; and an end cap assembly disposed within the combustion casing assembly to define with the combustion casing assembly an axis-symmetric annulus through which fluid travels into each of the fuel nozzles, the combustion casing assembly and the end cap assembly being formed with lobed, three-dimensional contouring relating to each of the outer fuel nozzles and extending radially inward between adjacent outer fuel nozzles to a perimeter of the central fuel nozzle. an array of fuel nozzles including a central fuel nozzle and outer fuel nozzles spaced about the central fuel nozzle; a combustion casing assembly disposed about the array of fuel nozzles ; and an end cap assembly disposed within the combustion casing assembly to define with the combustion casing assembly an axis-symmetric annulus through which fluid travels into each of the fuel nozzles, the combustion casing assembly and the end cap assembly being formed with lobed, three-dimensional contouring relating to each of the outer fuel nozzles and extending radially inward between adjacent outer fuel nozzles to a perimeter of the central fuel nozzle.
A cannabis liquid-gel capsule for supplying a cannabis product to a patient in need of the cannabis product comprising: a soft liquid-gel capsule comprising a first chamber and a second chamber; a sublingual cannabis composition disposed within the first chamber, the sublingual cannabis composition is formulated to be administered within a mouth and under the tongue of a patient when the patient pierces the first chamber and administers the sublingual cannabis composition into the mouth and under the tongue, the first chamber being constructed to be pierceable and allow the sublingual cannabis composition to flow into the mouth and under the tongue; and an ingestible cannabis composition disposed within the second chamber, the ingestible cannabis composition is formulated to be administered and absorbed in the patient's gastrointestinal tract and the second chamber is constructed to dissolve or break apart in the stomach or small intestine to allow the ingestible cannabis composition to enter the lower gastrointestinal tract. a soft liquid-gel capsule comprising a first chamber and a second chamber; a sublingual cannabis composition disposed within the first chamber, the sublingual cannabis composition is formulated to be administered within a mouth and under the tongue of a patient when the patient pierces the first chamber and administers the sublingual cannabis composition into the mouth and under the tongue, the first chamber being constructed to be pierceable and allow the sublingual cannabis composition to flow into the mouth and under the tongue; and an ingestible cannabis composition disposed within the second chamber, the ingestible cannabis composition is formulated to be administered and absorbed in the patient's gastrointestinal tract and the second chamber is constructed to dissolve or break apart in the stomach or small intestine to allow the ingestible cannabis composition to enter the lower gastrointestinal tract.
A method for implementing a network device function of a wireless communication terminal, comprising: receiving , by an apparatus for implementing the network device function of the wireless communication terminal, a socket request message which includes a control instruction and a sender of the control instruction; wherein the apparatus for implementing the network device function of the wireless communication terminal is located in a host, the host being a non-windows computing platform; parsing the received socket request message and determining the sender of the control instruction according to the sender included in the socket request message by the apparatus for implementing the network device function of the wireless communication terminal; when the sender of the control instruction is the host, then encapsulating the received control instruction into an instruction format in a Qualcomm Modem Interface, QMI, specification and forwarding the encapsulated control instruction to the wireless communication terminal by the apparatus for implementing the network device function of the wireless communication terminal; and when the sender of the control instruction is the wireless communication terminal, then encapsulating the received control instruction into the instruction format in the QMI specification and forwarding the encapsulated control instruction to the host by the apparatus for implementing the network device function of the wireless communication terminal. receiving , by an apparatus for implementing the network device function of the wireless communication terminal, a socket request message which includes a control instruction and a sender of the control instruction; wherein the apparatus for implementing the network device function of the wireless communication terminal is located in a host, the host being a non-windows computing platform; parsing the received socket request message and determining the sender of the control instruction according to the sender included in the socket request message by the apparatus for implementing the network device function of the wireless communication terminal; when the sender of the control instruction is the host, then encapsulating the received control instruction into an instruction format in a Qualcomm Modem Interface, QMI, specification and forwarding the encapsulated control instruction to the wireless communication terminal by the apparatus for implementing the network device function of the wireless communication terminal; and when the sender of the control instruction is the wireless communication terminal, then encapsulating the received control instruction into the instruction format in the QMI specification and forwarding the encapsulated control instruction to the host by the apparatus for implementing the network device function of the wireless communication terminal.
Transverse tensioning device, to stretch a film (F), fed in a feed plane (P) in a direction of feed (D), in a direction transverse to said direction of feed (D), said film (F) being divided into a plurality of columns oriented longitudinally with respect to said direction of feed (D), characterized in that it comprises at least one pair of transverse tensioning heads (31, 31', 31") disposed symmetrically to each other with respect to said feed plane (P) and each comprising two contact members (32, 32', 32") able to enter into contact with said film (F) of heat-weldable material, said contact members (32, 32', 32") being aligned and movable in a direction transverse to said direction of feed and parallel to said feed plane (P).
Verification device for a hologram , wherein the hologram is a hologram which reflects and/or diffracts light which impinges at a reconstruction impinging angle in a reconstruction in a reconstruction reflecting angle, and wherein the hologram comprises at least two regions (46, 46', 46", 46"', 47, 47') which reflect and/or diffract the light impinging from angle ranges of different sizes about the reconstruction impinging angle into correspondingly different sized angle ranges about the reconstruction reflection angle, and/or a security document with such a hologram , comprising at least one light source and a detection unit for the detecting of reconstructions of the hologram , wherein the detection unit is configured such as to detect a reconstruction of the hologram in a locally resolved manner, and the verification device is configured such as to detect reconstructions of the hologram under at least two predetermined reconstruction geometries, which are adjusted to the angle ranges of the scatter characteristics of the at least two regions (46, 46', 46", 46"', 47, 47'), and further provided are an evaluation unit , which is configured such as to reach a verification decision on the basis of differences in the reconstructions detected, and an output unit for outputting the verification decision, characterised in that the verification device is configured such as to detect a reconstruction of the hologram under a marked-out reconstruction geometry, under which the at least two regions (46, 46', 46", 46''', 47, 47') in the reconstruction are appraised as being equally bright or equally intense, and that the verification device comprises an extraction unit , which is configured such as to extract an individualising pattern of the hologram from a reconstruction of the hologram detected under the marked-out reconstruction geometry, which extends over at least parts of the two regions (46, 46', 46", 46"', 47, 47'), and that the verification device comprises a further detection unit , coupled to the evaluation unit , in order to detect an additional feature of the hologram or of the security document , and that the evaluation unit is configured such as to compare the individualising pattern against the additional feature.
A separator for separating and recovering materials from a waste stream, the separator comprising: a. a cyclone having an impeller as a stirrer, and a feed chute as an inlet for accepting the waste stream, b. wherein the cyclone generally has a cylindrical top section and a conical bottom section , wherein material or the waste stream can be fed through the feed chute into the three-dimensional separator on the top of the cyclone , and wherein the impeller agitates in centrifugal motion or lightly stirs the media flowing into the cyclone ; c. with two separated product exits: - a first discharge passage for a collecting a light fraction, and - a chute as second discharge passage for collecting a heavy fraction, d. a dewatering device ; and e. a screw conveyor, whereby a constant flow of media or a pulsating flow of the media is provided by an axial or tangential inlet pipe or a chamber arranged to create a vertical motion of the media in the cyclone , wherein the upward and/or downward motion of the media enhances the separation by reducing the amount of lighter materials that are misplaced or entangled with heavier materials that sink to the bottom of the three-dimensional separator, wherein materials in the separator having media that has specific gravity between about 1.0 and 3 are separated by a centrifugal motion and a vertical motion therein. a. a cyclone having an impeller as a stirrer, and a feed chute as an inlet for accepting the waste stream, b. wherein the cyclone generally has a cylindrical top section and a conical bottom section , wherein material or the waste stream can be fed through the feed chute into the three-dimensional separator on the top of the cyclone , and wherein the impeller agitates in centrifugal motion or lightly stirs the media flowing into the cyclone ; wherein material or the waste stream can be fed through the feed chute into the three-dimensional separator on the top of the cyclone , and wherein the impeller agitates in centrifugal motion or lightly stirs the media flowing into the cyclone ; c. with two separated product exits: - a first discharge passage for a collecting a light fraction, and - a chute as second discharge passage for collecting a heavy fraction, - a first discharge passage for a collecting a light fraction, and - a chute as second discharge passage for collecting a heavy fraction, d. a dewatering device ; and e. a screw conveyor, whereby a constant flow of media or a pulsating flow of the media is provided by an axial or tangential inlet pipe or a chamber arranged to create a vertical motion of the media in the cyclone , wherein the upward and/or downward motion of the media enhances the separation by reducing the amount of lighter materials that are misplaced or entangled with heavier materials that sink to the bottom of the three-dimensional separator, wherein materials in the separator having media that has specific gravity between about 1.0 and 3 are separated by a centrifugal motion and a vertical motion therein.
A descender device for a textile rope (F), comprising a casing wherein there is housed a cam mechanism and a actuating lever for the cam mechanism , wherein the casing comprises a return element for the rope (F), wherein the cam mechanism comprises a lever pin that can be actuated in rotation by the actuation lever and a movable cam which is rotatably movable in an activation direction between a deactivation position and a lock position wherein the movable cam presses on the rope (F) against the return element , characterised in that the lever pin is configured so as to act on a rocker member such that the rocker member can rotate the movable cam only during a first rotation step of the lever pin in a direction opposite to the activation direction of the movable cam .
End piece configured for installation at a longitudinal extremity of a windscreen wiper , the end piece comprising an internal volume and a peripheral wall which delimits the internal volume , the end piece comprising at least one first housing configured to accommodate a heel of a wiper blade and being in communication with a slot which passes through the peripheral wall , the slot being delimited by sides , the first housing extending longitudinally from an inlet , through which the heel of the wiper blade may be introduced into the first housing , and extending preferably as far as a bottom wall of the peripheral wall , the first housing being delimited by a longitudinal wall disposed in the internal volume , characterized in that a first distance D1 measured at the inlet between one of the sides delimiting the slot and the longitudinal wall is greater than a second distance D2 separate from the first distance D1 and measured parallel to the first distance D1, the second distance D2 being measured between one of the sides of the slot and the longitudinal wall .
A spatial audio processing apparatus comprising: a receiver for receiving audio scene data describing an audio scene, the audio scene data comprising audio data describing spatial audio components and position data describing positions in the audio scene for at least some of the spatial audio components; a distance unit for providing a variable focus distance being indicative of a distance from a reference position in the audio scene; an adapter for adapting a perceptual emphasis property of at least a first spatial audio component of the spatial audio components relative to at least one other spatial audio component of the audio scene in response to a difference measure reflecting a difference between the variable focus distance and a distance in the audio scene from the reference position to a position of the first spatial audio component; an audio renderer for rendering the spatial audio components including the first spatial audio component, the rendering being subsequent to the adapter adapting the perceptual emphasis property and the rendering being in response to the position data. a receiver for receiving audio scene data describing an audio scene, the audio scene data comprising audio data describing spatial audio components and position data describing positions in the audio scene for at least some of the spatial audio components; a distance unit for providing a variable focus distance being indicative of a distance from a reference position in the audio scene; an adapter for adapting a perceptual emphasis property of at least a first spatial audio component of the spatial audio components relative to at least one other spatial audio component of the audio scene in response to a difference measure reflecting a difference between the variable focus distance and a distance in the audio scene from the reference position to a position of the first spatial audio component; an audio renderer for rendering the spatial audio components including the first spatial audio component, the rendering being subsequent to the adapter adapting the perceptual emphasis property and the rendering being in response to the position data.
A coolant system comprising: a multistage compressor including a plurality of surge detection sensors; a condenser connected to an outlet of the multistage compressor; an economizer connected to an outlet of the condenser and having a gaseous coolant outlet and a liquid coolant outlet; the liquid coolant outlet being connected to a cooler and the gaseous coolant outlet being connected to a second or later stage of the multistage compressor, characterised in that the gaseous coolant outlet is connected to the second or later stage of the multistage compressor via a controllable valve (150, 250. 350); and in that a controller is communicatively coupled to the surge detection sensors and the controllable valve, the controller including a non-transitory medium storing instructions for causing the controller to detect an occurrence of a surge and restricting a flow through the controllable valve until the surge has ceased. a multistage compressor including a plurality of surge detection sensors; a condenser connected to an outlet of the multistage compressor; an economizer connected to an outlet of the condenser and having a gaseous coolant outlet and a liquid coolant outlet; the liquid coolant outlet being connected to a cooler and the gaseous coolant outlet being connected to a second or later stage of the multistage compressor, characterised in that the gaseous coolant outlet is connected to the second or later stage of the multistage compressor via a controllable valve (150, 250. 350); and in that a controller is communicatively coupled to the surge detection sensors and the controllable valve, the controller including a non-transitory medium storing instructions for causing the controller to detect an occurrence of a surge and restricting a flow through the controllable valve until the surge has ceased.
An ultrasound diagnosis apparatus comprising: a probe configured to transmit ultrasound signals to an object and receive ultrasound echo signals reflected from the object; a display configured to display a state of contact between the object and the probe ; and a processor configured to determine, based on the ultrasound echo signals, whether the probe is brought into contact with the object and the state of contact between the object and the probe, and to control the display to display an indicator indicating a result of the determining, wherein the probe is tiltable at a specific angle with respect to the object, characterised by a first indicator configured to indicate that tilting of the probe is about to start according to the result of the determining and a second indicator configured to indicate tilt information of the probe according to the state of contact between the object and the probe . a probe configured to transmit ultrasound signals to an object and receive ultrasound echo signals reflected from the object; a display configured to display a state of contact between the object and the probe ; and a processor configured to determine, based on the ultrasound echo signals, whether the probe is brought into contact with the object and the state of contact between the object and the probe, and to control the display to display an indicator indicating a result of the determining, wherein the probe is tiltable at a specific angle with respect to the object, characterised by a first indicator configured to indicate that tilting of the probe is about to start according to the result of the determining and a second indicator configured to indicate tilt information of the probe according to the state of contact between the object and the probe .
A cold rolled, heat-treated, cast copper-nickel-tin alloy having a 0.2% offset yield strength of from 792.9 MPa (115 ksi) to 930.8 MPa (135 ksi) and having a formability ratio that is below 2 in the transverse direction, and a formability ratio that is below 2.5 in the longitudinal direction; wherein the formability ratio is measured by the R/t ratio, which specifies the minimum inside radius of curvature (R) that is needed to form a 90° bend in a strip of thickness (t) without failure, using the 90° V-block test, wherein a punch with a given radius of curvature is used to force a test strip into a 90° die, and then the outer radius of the bend is inspected for cracks; and wherein the alloy consists of 14.5 to 15.5 wt% Ni, 7.5 to 8.5 wt% Sn and balance copper. wherein the formability ratio is measured by the R/t ratio, which specifies the minimum inside radius of curvature (R) that is needed to form a 90° bend in a strip of thickness (t) without failure, using the 90° V-block test, wherein a punch with a given radius of curvature is used to force a test strip into a 90° die, and then the outer radius of the bend is inspected for cracks; and wherein the alloy consists of 14.5 to 15.5 wt% Ni, 7.5 to 8.5 wt% Sn and balance copper.
An inkjet recording medium comprising: a substrate; and an ink receiving layer on the substrate; wherein the ink receiving layer comprises amorphous silica having an average secondary particle size of 3 μm or more, and a binder, a peak area ratio (C1s/Si2p) of a carbon atom (C1s) to a silicon atom (Si2p) in measurement of a surface of the ink receiving layer by X-ray photoelectron spectroscopy is 0.7 or more and 2.3 or less, and the binder comprises polyvinyl alcohol; characterized in that : the ink receiving layer comprises a nonionic surfactant having an HLB of 8.0 or less, and a contact angle between the surface of the ink receiving layer and pure water after a lapse of 10 ms from contact of the surface of the ink receiving layer with 4 μl of pure water is 60° or less. a substrate; and an ink receiving layer on the substrate; wherein the ink receiving layer comprises amorphous silica having an average secondary particle size of 3 μm or more, and a binder, a peak area ratio (C1s/Si2p) of a carbon atom (C1s) to a silicon atom (Si2p) in measurement of a surface of the ink receiving layer by X-ray photoelectron spectroscopy is 0.7 or more and 2.3 or less, and the binder comprises polyvinyl alcohol; characterized in that : the ink receiving layer comprises a nonionic surfactant having an HLB of 8.0 or less, and a contact angle between the surface of the ink receiving layer and pure water after a lapse of 10 ms from contact of the surface of the ink receiving layer with 4 μl of pure water is 60° or less. the ink receiving layer comprises a nonionic surfactant having an HLB of 8.0 or less, and a contact angle between the surface of the ink receiving layer and pure water after a lapse of 10 ms from contact of the surface of the ink receiving layer with 4 μl of pure water is 60° or less.