mhurhangee/patent-ind-claim-en huggingface dataset:
Use of caffeic acid oligomeric forms in the preparation of a sustained energy release food, feed, nutraceutical and/or beverage composition simultaneously providing maximal tissue protection by neutralization of a broad spectra of free radicals associated with energy consuming metabolic reactions, wherein the dried leaves of Celastrus hindsii Benth are used to directly prepare a water extract as a tea or the basis of a cold beverage.
A method of performing a breather health assessment for a transformer breather , wherein the transformer breather contains a desiccant and is in fluid communication with an expansion tank of a fluid-insulated transformer , in particular of an oil-insulated transformer , the method comprising: receiving a weight measurement (81; 91; w), the weight measurement (81; 91; w) being dependent on a weight of the transformer breather or of a component or sub-assembly of the transformer breather comprising at least part of the desiccant; and processing the weight measurement (81; 91; w) to assess the breather health of the transformer breather , characterized in that the method further comprises determining whether the transformer is moving and/or the transformer breather is experiencing vibrations, and at least one of: causing actuation of a mechanical lock for a weight sensor when the transformer is moving or the transformer breather is experiencing vibrations; discarding the weight measurement (81; 91; w) captured while the transformer is moving or the transformer breather is experiencing vibrations; obtaining the weight measurement (81; 91; w) selectively only when the transformer is not moving or the transformer breather is not experiencing vibrations. receiving a weight measurement (81; 91; w), the weight measurement (81; 91; w) being dependent on a weight of the transformer breather or of a component or sub-assembly of the transformer breather comprising at least part of the desiccant; and processing the weight measurement (81; 91; w) to assess the breather health of the transformer breather , causing actuation of a mechanical lock for a weight sensor when the transformer is moving or the transformer breather is experiencing vibrations; discarding the weight measurement (81; 91; w) captured while the transformer is moving or the transformer breather is experiencing vibrations; obtaining the weight measurement (81; 91; w) selectively only when the transformer is not moving or the transformer breather is not experiencing vibrations.
A method for controlling an orbit of a satellite in earth orbit and for unloading an angular momentum storage device of said satellite, said satellite comprising an articulated arm comprising at least three degrees of freedom, said articulated arm comprising a first end connected to a body of the satellite and a second end carrying a propulsion unit , said articulated arm being adapted to move said second end in a displacement volume included in a half-space demarcated by an orbit plane of the satellite when said satellite is in a mission attitude, said method comprising a control mode referred to as single-arm in that it uses only the propulsion unit carried by the articulated arm to control the orbit of the satellite and to unload the storage device, characterized in that said single-arm control mode uses a maneuver plan comprising only thrust maneuvers to be performed when the satellite is situated within an angular range of at most 180° centered on a predetermined node among the ascending node and the descending node of the orbit of the satellite , referred to as target node, said maneuver plan comprising at least one thrust maneuver referred to as upstream to be performed upstream of said target node, and one thrust maneuver referred to as downstream to be performed downstream of said target node, the upstream thrust maneuver being performed at least partly when the satellite is situated within an angular range between 40° and 60° upstream of the target node, and the downstream thrust maneuver being performed at least partly when the satellite is situated within an angular range between 40° and 60° downstream of the target node.
Prosthetic joint configured to mutually rotate a first prosthesis and a second prosthesis and comprising: - an attachment of said prosthetic joint to said first prosthesis 1a); - an additional attachment of said prosthetic joint to said second prosthesis ; - a movement member configured to control a rotation between said attachments and therefore between said prostheses defining a thrust torque for said rotation; and wherein said movement member comprises - a first actuator defining a first pair for said rotation; - a second actuator defining for said rotation a second torque substantially greater than said first torque; and - a kinematic mechanism configured to exploit said actuators to control said rotation; characterised in that said kinematic mechanism is configured to selectively define or dissolve a rotational constraint between said actuators by defining o a low thrust configuration in which said first actuator is kinematically connected to said attachment and said second actuator is kinematically disconnected from said attachment so that exclusively said first actuator controls said rotation defining a maximum rotation torque substantially not greater than said first torque and o a high thrust configuration in which both said actuators are kinematically connected to said attachment so that both said first actuator and said second actuator control said rotation defining a maximum rotation torque substantially comprised between said first pair and the sum of said first pair and said second pair. - an attachment of said prosthetic joint to said first prosthesis 1a); - an additional attachment of said prosthetic joint to said second prosthesis ; - a movement member configured to control a rotation between said attachments and therefore between said prostheses defining a thrust torque for said rotation; - a first actuator defining a first pair for said rotation; - a second actuator defining for said rotation a second torque substantially greater than said first torque; and - a kinematic mechanism configured to exploit said actuators to control said rotation; characterised in that o a low thrust configuration in which said first actuator is kinematically connected to said attachment and said second actuator is kinematically disconnected from said attachment so that exclusively said first actuator controls said rotation defining a maximum rotation torque substantially not greater than said first torque and o a high thrust configuration in which both said actuators are kinematically connected to said attachment so that both said first actuator and said second actuator control said rotation defining a maximum rotation torque substantially comprised between said first pair and the sum of said first pair and said second pair.
A laser cutting tool with protective enclosure assembly for manipulating a workpiece on a movable platen, said laser cutting tool with protective enclosure assembly comprising: a frame ; a top protection assembly ; a middle protection shield ; a bottom protection assembly ; a laser torch head ; wherein said top protection assembly , said middle protection shield , and said bottom protection assembly are removably mounted to said frame ; wherein said top protection assembly , said middle protection shield , and said bottom protection assembly form a cavity enclosing completely only said laser torch head ; wherein said middle protection shield comprises a light shield and a planetary gasket disposed on the edge of said light shield ; and said light shield is a semi-translucent shield permitting an operator of said laser cutting tool having a view of inside of said cavity and preventing reflected laser light escaping from the cavity. a frame ; a top protection assembly ; a middle protection shield ; a bottom protection assembly ; a laser torch head ; wherein said top protection assembly , said middle protection shield , and said bottom protection assembly are removably mounted to said frame ; wherein said top protection assembly , said middle protection shield , and said bottom protection assembly form a cavity enclosing completely only said laser torch head ; wherein said middle protection shield comprises a light shield and a planetary gasket disposed on the edge of said light shield ; and said light shield is a semi-translucent shield permitting an operator of said laser cutting tool having a view of inside of said cavity and preventing reflected laser light escaping from the cavity.
A positron emission tomography imaging system comprising: a bore for receiving a subject, the bore comprising an axis ; a plurality of gamma detector elements (130 i ); a plurality of detector cassettes (140 j ); and mounting frame ; wherein each gamma detector element (130 i ) comprises a scintillator array coupled to a photodetector array; wherein each detector cassette (140 j ) is configured to replaceably receive a plurality of gamma detector elements (130 i ); wherein the mounting frame is configured to replaceably receive the detector cassettes (140 j ) at a plurality of angular positions (φ k ) around the axis of the bore such that at each angular position (φ k ) a plurality of detector cassettes (140 j ) are receivable along a direction parallel to the axis of the bore , and a plurality of gamma detector elements (130 i ) are receivable within a cassette (140 j ) in a transaxial direction with respect to the axis of the bore for detecting gamma quanta (160 a , 160 b ) received from within the bore . a bore for receiving a subject, the bore comprising an axis ; a plurality of gamma detector elements (130 i ); a plurality of detector cassettes (140 j ); and mounting frame ; wherein each gamma detector element (130 i ) comprises a scintillator array coupled to a photodetector array; wherein each detector cassette (140 j ) is configured to replaceably receive a plurality of gamma detector elements (130 i ); wherein the mounting frame is configured to replaceably receive the detector cassettes (140 j ) at a plurality of angular positions (φ k ) around the axis of the bore such that at each angular position (φ k ) a plurality of detector cassettes (140 j ) are receivable along a direction parallel to the axis of the bore , and a plurality of gamma detector elements (130 i ) are receivable within a cassette (140 j ) in a transaxial direction with respect to the axis of the bore for detecting gamma quanta (160 a , 160 b ) received from within the bore .
A therapeutic punch comprising: a first structure defining a first cutting region which is generally circular or ovoid and is configured in use to remove a first section of tissue and a second structure defining a second cutting region which is generally circular, ovoid or crescent-shaped and is configured in use to remove a second section of tissue, the first cutting region and second cutting region being separate from and connected to one another, characterised in that the second cutting region has a diameter that is smaller than the first cutting region and that the second cutting region comprises a lobe extending from the first cutting region and the shape of the cutting regions being configured such that closure of the tissue in the second section of tissue reduces puckering, rippling or dimpling of tissue surrounding the first section of tissue. a first structure defining a first cutting region which is generally circular or ovoid and is configured in use to remove a first section of tissue and a second structure defining a second cutting region which is generally circular, ovoid or crescent-shaped and is configured in use to remove a second section of tissue, the first cutting region and second cutting region being separate from and connected to one another, characterised in that the second cutting region has a diameter that is smaller than the first cutting region and that the second cutting region comprises a lobe extending from the first cutting region and the shape of the cutting regions being configured such that closure of the tissue in the second section of tissue reduces puckering, rippling or dimpling of tissue surrounding the first section of tissue.
A coating method comprising: preparing a semimanufactured cylinder head having a main body portion with a cylinder block mounting surface , a combustion chamber upper wall portion provided at the cylinder block mounting surface , and a plurality of opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ) of intake or exhaust ports , the opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ) being not continuous with one another; causing each of the plurality of opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ) and a nozzle of a cold spray apparatus to sequentially face each other while relatively moving the semimanufactured cylinder head and the nozzle ; and spraying a raw material powder (P) onto annular edge portions of the opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ) facing the nozzle using a cold spray method to form a valve seat coat (16b; 17b) on each of the plurality of opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ), wherein in a nozzle movement path (Np) from an opening portion (16a 1 to 16a 8; 17a 1 to 17a 8 ) having been formed with the valve seat coat (16b; 17b) to another opening portion (16a 1 to 16a 8; 17a 1 to 17a 8 ) to be subsequently formed with the valve seat coat (16b; 17b), injection of the raw material powder (P) from the nozzle is continued. preparing a semimanufactured cylinder head having a main body portion with a cylinder block mounting surface , a combustion chamber upper wall portion provided at the cylinder block mounting surface , and a plurality of opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ) of intake or exhaust ports , the opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ) being not continuous with one another; causing each of the plurality of opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ) and a nozzle of a cold spray apparatus to sequentially face each other while relatively moving the semimanufactured cylinder head and the nozzle ; and spraying a raw material powder (P) onto annular edge portions of the opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ) facing the nozzle using a cold spray method to form a valve seat coat (16b; 17b) on each of the plurality of opening portions (16a 1 to 16a 8; 17a 1 to 17a 8 ), wherein in a nozzle movement path (Np) from an opening portion (16a 1 to 16a 8; 17a 1 to 17a 8 ) having been formed with the valve seat coat (16b; 17b) to another opening portion (16a 1 to 16a 8; 17a 1 to 17a 8 ) to be subsequently formed with the valve seat coat (16b; 17b), injection of the raw material powder (P) from the nozzle is continued.
Toilet seat set comprising devices for recording vital parameters or other data, the toilet seat set, wherein the toilet seat comprises a technology box in which a control unit for controlling the devices and for individualized acquisition of the data acquired by the devices, in particular vital parameters, and a communication interface for receiving and sending data is accommodated, wherein the communication interface is in data connection with an evaluation unit , one of the devices is a camera and the camera is arranged in the direction of a base of a ceramic , so that during use of the toilet the bowel movement and the urine, and possibly also the volume flow of the urine stream, can be acquired, characterized in that the camera is integrated in a toilet seat and the camera is pressed with the toilet seat .
A heat-conducting sheet comprising: an elastomer resin at the volume proportion of 30 to 70%; and a thermally conductive filler at the volume proportion of 30 to 70%, the elastomer resin having a viscosity at 25°C of 3000 Pa·s or less; and the elastomer resin having a lamella length of 20 mm or more, and the heat-conducting sheet having an initial Asker C hardness of 50 or less. an elastomer resin at the volume proportion of 30 to 70%; and a thermally conductive filler at the volume proportion of 30 to 70%, the elastomer resin having a viscosity at 25°C of 3000 Pa·s or less; and the elastomer resin having a lamella length of 20 mm or more, and the heat-conducting sheet having an initial Asker C hardness of 50 or less.
Device for producing containers from preforms of thermoplastic material, wherein the device comprises at least one transport device with at least one transfer unit for moving containers and/or preforms between a first transfer position and a second transfer position, wherein the transfer unit has a gripping element for holding a container and/or preform, wherein the transfer unit has a transfer arm to which the gripping element is connected, characterised in that the transfer arm is mounted on the at least one transfer unit so as to be movable without contact.
A system for processing water washable flexo photopolymer printing plates, the system comprising a washing line including one or more brushes and a surface essentially facing said brushes , and a guiding means adapted to guide a water washable flexo photopolymer printing plate through the washing line by pulling it from a vicinity of a downstream edge thereof and dragging it on said surface whereby said brushes are adapted to contact onto a side of such water washable flexo photopolymer printing plate in a washing direction (WD) from the downstream edge towards an upstream edge of such water washable flexo photopolymer printing plate , characterized in that the system further comprises one or more attachments comprising one or more magnets , and said surface comprises ferromagnetic material, or the system further comprises one or more attachments comprising ferromagnetic material and said surface comprises one or more magnets , said one or more attachments are arranged to, in use, be annexed to the vicinity of the upstream edge of such water washable flexo photopolymer printing plate , thereby, in use, providing a friction between the attachments and the surface over magnetic attraction between said ferromagnetic material and the magnets, said friction being greater than that between a water washable flexo photopolymer printing plate and said surface under processing conditions.
Method, comprising: providing a message generated by a network entity in a first network to be delivered to a target network entity in a second network, which is a hidden network with respect to said first network, wherein said message comprises first and second parts; routing (1.-5.) said message generated by said network entity in said first network to a contact point of said second network in accordance with said first part of said message; and routing (7.-12.) said message generated by said network entity in said first network from said contact point to said target network entity in said second network in accordance with said second part of said message; wherein said first part of said message comprises a first name usable for routing said message to said contact point, wherein said second part of said message comprises an encrypted second name, wherein said second name is always in encrypted form outside of said second network, wherein said encrypted second name is decrypted by said contact point of said second network before it is used, and the second name is usable for routing only within said second network, and wherein said target network entity is a S-CSCF. providing a message generated by a network entity in a first network to be delivered to a target network entity in a second network, which is a hidden network with respect to said first network, wherein said message comprises first and second parts; routing (1.-5.) said message generated by said network entity in said first network to a contact point of said second network in accordance with said first part of said message; and routing (7.-12.) said message generated by said network entity in said first network from said contact point to said target network entity in said second network in accordance with said second part of said message;
A crystal of monohydrate of 4-((1-methylpyrrol-2-yl)-carbonyl)-N-(4-(4-morpholin-1-yl-carbonylpiperidin-1-yl)-phenyl)-1-piperazinecarboxamide (Compound ) having at least 2 peaks of diffraction angle (28±0.2°) selected from 12.8°, 15.0°, 17.2°, 19.8°, 21.5°, 21.8°, 22.5°, 25.8°, and 27.5° in a powder X-ray diffraction spectrum, wherein the chemical purity of Compound in the crystal is 99% or more, as measured by HPLC.
A nuclear reactor device having passive protection comprising two vessels located in a common enclosure one under another with a ring-shape hollow space to allow heat carrier flow, the upper vessel is located higher than the reactor core and is partially filled with molten metal with large neutron-absorption cross-section, as well with molten metal with high vapour pressure within the range of the probable heat carrier temperatures; the lower vessel is mainly located in the reactor core and is filled with an inert gas; the vessels are interconnected with a partitioned pipe made in the form of a buckling rapture disc, wherein the fuel assemblies , as well as the means for the heat carrier flow forming to cool down the fuel assemblies and heat the upper vessel are located in the ring-shape hollow space.
A display device , comprising: an organic emission layer in which a first pixel area, a second pixel area and a third pixel area are defined; a color filter layer disposed on the organic emission layer, wherein the color filter layer comprises first to third color filters overlapping the first to third pixel areas, respectively, wherein the first to third color filters emit first light to third light, respectively, which are different from one another; wherein at least one of the first to third color filters comprises quantum dots ; a first optical filter layer disposed on the color filter layer, wherein the first optical filter transmits at least one of the first light and the second light, and reflects or absorbs the third light; characterized by further comprising: a light-focusing layer disposed between the color filter layer and the organic emission layer, wherein the light-focusing layer comprises first to third light-focusing parts overlapping the first to third pixel areas, respectively; and a sealing layer for protecting the organic emission layer from moisture and oxygen, disposed between the color filter layer and the light-focusing layer and having a refractive index lower than a refractive index of the light-focusing layer. an organic emission layer in which a first pixel area, a second pixel area and a third pixel area are defined; a color filter layer disposed on the organic emission layer, wherein the color filter layer comprises first to third color filters overlapping the first to third pixel areas, respectively, wherein the first to third color filters emit first light to third light, respectively, which are different from one another; wherein at least one of the first to third color filters comprises quantum dots ; a first optical filter layer disposed on the color filter layer, wherein the first optical filter transmits at least one of the first light and the second light, and reflects or absorbs the third light; characterized by further comprising: a light-focusing layer disposed between the color filter layer and the organic emission layer, wherein the light-focusing layer comprises first to third light-focusing parts overlapping the first to third pixel areas, respectively; and a sealing layer for protecting the organic emission layer from moisture and oxygen, disposed between the color filter layer and the light-focusing layer and having a refractive index lower than a refractive index of the light-focusing layer. a light-focusing layer disposed between the color filter layer and the organic emission layer, wherein the light-focusing layer comprises first to third light-focusing parts overlapping the first to third pixel areas, respectively; and a sealing layer for protecting the organic emission layer from moisture and oxygen, disposed between the color filter layer and the light-focusing layer and having a refractive index lower than a refractive index of the light-focusing layer.