mhurhangee/ep-ind-claims huggingface dataset:
A bodywork module for a refrigerated vehicle, in particular for a road vehicle for transporting goods, comprising at least one vacuum insulation element provided with a core and with an encapsulation membrane of said core which is gastight, characterised in that it further comprises: - a base delimiting at least one housing inside which said vacuum insulation element is disposed, - at least one closure cover fastened on the base and mounted in abutment against said vacuum insulation element, said vacuum insulation element being entirely housed between the base and said closure cover, and - at least one sealing means which is interposed between the base and said closure cover and which is peripheral to said vacuum insulation element. - a base delimiting at least one housing inside which said vacuum insulation element is disposed, - at least one closure cover fastened on the base and mounted in abutment against said vacuum insulation element, said vacuum insulation element being entirely housed between the base and said closure cover, and - at least one sealing means which is interposed between the base and said closure cover and which is peripheral to said vacuum insulation element.
A method for the fabrication of a biosensor array for plasmon resonance-based sensing of a plurality of different biological targets simultaneously, the method comprising: i) providing a transparent substrate; ii) providing seed metallic nanoparticles in the form of a colloid; iii) depositing said colloid as discrete metallic islands (202a, 202b) on the transparent substrate by printing, each of said metallic islands (202a, 202b) comprising a plurality of metallic nanoparticles; iv) washing the substrate in order to remove unadhered material; v) developing the substrate in a growth solution, which solution comprises a salt of the same metal which is present in the form of discrete metallic islands (202a, 202b) on the substrate, a reducing agent, a capping agent and optionally a surfactant; vi) washing the developed substrate; and vii) functionalising each of said metallic islands (202a, 202b) with a different functionalising molecule using a common chemical process to attach said different functionalising molecules to said metallic islands (202a, 202b), wherein said different functionalising molecules are attached to said metallic nanoparticles using the same ligand, and said substrate is transparent at a wavelength of excitation of a plasmon resonance of said metallic islands (202a, 202b). i) providing a transparent substrate; ii) providing seed metallic nanoparticles in the form of a colloid; iii) depositing said colloid as discrete metallic islands (202a, 202b) on the transparent substrate by printing, each of said metallic islands (202a, 202b) comprising a plurality of metallic nanoparticles; iv) washing the substrate in order to remove unadhered material; v) developing the substrate in a growth solution, which solution comprises a salt of the same metal which is present in the form of discrete metallic islands (202a, 202b) on the substrate, a reducing agent, a capping agent and optionally a surfactant; vi) washing the developed substrate; and vii) functionalising each of said metallic islands (202a, 202b) with a different functionalising molecule using a common chemical process to attach said different functionalising molecules to said metallic islands (202a, 202b), wherein said different functionalising molecules are attached to said metallic nanoparticles using the same ligand, and said substrate is transparent at a wavelength of excitation of a plasmon resonance of said metallic islands (202a, 202b).
A use of one or more selected from the group consisting of an extract of Lycoris chejuensis, dihydrolycoricidine of following Chemical Formula 1, 2-methoxypancracine of following Chemical Formula 2, lycoricidine of Chemical Formula 3, lycoricidinol of Chemical Formula 4, and a pharmaceutically acceptable salt thereof, in preparing a composition for preventing or treating a neurodegenerative disease selected from the group consisting of dementia, Parkinson's disease, Alzheimer's disease, Huntington's disease, Pick's Disease, and Parkinson's disease-ALS(amyotrophic lateral sclerosis)-dementia complex: wherein the extract of Lycoris chejuensis is obtained by extracting Lycoris chejuensis with one or more solvents selected from the group consisting of water and C 1 to C 4 lower alcohol.
An electrolyte solution for a lithium secondary battery comprising an electrolyte salt and an organic solvent, wherein the electrolyte solution further includes a compound represented by Chemical Formula 1 or Chemical Formula 1a below as an additive, wherein the compound represented by Chemical Formula 1 or Chemical Formula 1a is included in an amount of 0.05 wt% to 7 wt% based on a total weight of the non-aqueous electrolyte solution: wherein R is a linear or branched alkylene group with a carbon number of 1 to 3, R 1 is arylene group with a carbon number of 5 to 8, and n is an integer of 0 to 10. wherein R is a linear or branched alkylene group with a carbon number of 1 to 3, R 1 is arylene group with a carbon number of 5 to 8, and n is an integer of 0 to 10.
Palyfunctional compatibilizing additive package of low molecular weight and high active material content and polymer structure applicable for plastic and rubber composites, wherein it is composed of component "A" in 45-97 % which contains of molecules having an apolar and a polar part (POLG), the APG is an α-olefin with average carbon number of C 22 -C 36 or the mixture of such α-olefins, or polyisobutylene having number average molecular weights under M n =3000, the POLG is the reaction product of maleic anhydride and hydrocarbon monomer containing olefinic double bonds, and containing 2-4 carboxylic esters, or imide derivative, and at least one free hydroxyl-, or amino-, or imino-, or carboxylic including anhydride group related to an average molecule; and the weight ratio of the apolar and polar parts in the molecules is APG/POLG=0.5-5.0;and of a reactive component "B" in 1-30 % which contains a reaction product of C 16-24 fatty acids or fatty acid esters containing at least one olefinic double bond grafted with the copolymer of maleic anhydride and C 4-24 aliphatic or aromatic hydrocarbon monomer, or their neutralized product obtained by reacting with a polyol, or polyamine, or polyalkylene glycol, or polyalkylene ether amines, alkanol amines having an average molecular weight less than M n =600; or with a two component mixture of these reagents and the mass ratio of components "A" and "B" is between 5-90.
A fingerboard latch assembly comprising: a latch bracket for mounting on a fingerboard; a latch rotatably supported on the latch bracket; and characterised by a sensor unit mounted on the latch for monitoring a tubular adjacent the fingerboard latch assembly when the latch bracket is mounted on the fingerboard, wherein the sensor unit comprises: a sensor configured to sense an adjacent tubular; a processor arranged to receive the output of the sensor and to generate a tubular monitor signal representing the presence or absence and/or representing the position of an adjacent tubular, and a wireless communication unit arranged to wirelessly communicate the tubular monitor signal. a latch bracket for mounting on a fingerboard; a latch rotatably supported on the latch bracket; and characterised by a sensor unit mounted on the latch for monitoring a tubular adjacent the fingerboard latch assembly when the latch bracket is mounted on the fingerboard, wherein the sensor unit comprises: a sensor configured to sense an adjacent tubular; a processor arranged to receive the output of the sensor and to generate a tubular monitor signal representing the presence or absence and/or representing the position of an adjacent tubular, and a wireless communication unit arranged to wirelessly communicate the tubular monitor signal. a sensor configured to sense an adjacent tubular; a processor arranged to receive the output of the sensor and to generate a tubular monitor signal representing the presence or absence and/or representing the position of an adjacent tubular, and a wireless communication unit arranged to wirelessly communicate the tubular monitor signal.
An ultrasonic image processing apparatus configured to allow an ultrasonic image of an inspection object to be displayed using echo data in a three-dimensional region, the apparatus comprising: image constructing means configured to construct a three-dimensional image based on the echo data; image operation input means configured to perform an operation to change the display state of the constructed three-dimensional image; and image display state changing means configured to change the display state of the three-dimensional image that has been constructed based on input information inputted by the image operation input means, characterized in that the image constructing means comprises: maximum intensity detecting means configured to detect the maximum intensity of echo data with respect to all echo data in a first frame; reference intensity calculating means configured to calculate a reference intensity set in correspondence with the detected maximum intensity; and boundary position calculating means configured to calculate the distance from the ultrasonic wave transmission/reception position to the position at which echo data becomes not less than the reference intensity, and multiplying the distance by a factor set for the distance, to calculate a boundary position, wherein the reference intensity calculating means is configured to calculate second echo data having a next-largest intensity to the maximum intensity as echo data having the reference intensity by using first echo data having the maximum intensity. image constructing means configured to construct a three-dimensional image based on the echo data; image operation input means configured to perform an operation to change the display state of the constructed three-dimensional image; and image display state changing means configured to change the display state of the three-dimensional image that has been constructed based on input information inputted by the image operation input means, characterized in that maximum intensity detecting means configured to detect the maximum intensity of echo data with respect to all echo data in a first frame; reference intensity calculating means configured to calculate a reference intensity set in correspondence with the detected maximum intensity; and boundary position calculating means configured to calculate the distance from the ultrasonic wave transmission/reception position to the position at which echo data becomes not less than the reference intensity, and multiplying the distance by a factor set for the distance, to calculate a boundary position, wherein
An image processing apparatus, comprising: an acquisition unit (210, 220) configured to acquire image data in which a condition is captured where a sensor apparatus that outputs sensing data by sensing a state of a tool used at the time when handling a moving body is used; and an image processing unit configured to cause a target range of a detection process of the moving body included in the image data acquired by the acquisition unit to change in accordance with an analysis result of sensing data output by the sensor apparatus, characterised in that the image processing unit predicts a movement velocity of the moving body from an analysis result of sensing data to be output by the sensor apparatus, and sets the target range in which the moving body is predicted to move in accordance with the predicted movement velocity. an acquisition unit (210, 220) configured to acquire image data in which a condition is captured where a sensor apparatus that outputs sensing data by sensing a state of a tool used at the time when handling a moving body is used; and an image processing unit configured to cause a target range of a detection process of the moving body included in the image data acquired by the acquisition unit to change in accordance with an analysis result of sensing data output by the sensor apparatus, characterised in that the image processing unit predicts a movement velocity of the moving body from an analysis result of sensing data to be output by the sensor apparatus, and sets the target range in which the moving body is predicted to move in accordance with the predicted movement velocity.
(Currently Amended) A method to monitor exposure to media received at a computer, comprising: obtaining, when media is received at the computer, signal strength characteristics of Bluetooth connections for corresponding ones of a plurality of portable devices (102, 103, 104) paired to the computer, each of the plurality of portable devices (102, 103, 104) associated with a user; identifying one of the plurality of portable devices as having the strongest signal strength characteristic when the media is received in the computer; associating the user of the identified one of the plurality of portable devices (102, 103, 104) with the received media; collecting exposure data relating to the media, the exposure data including a cookie associated with the strongest signal strength characteristic; and sending to a server the signal strength characteristics of the Bluetooth connections and the cookie of the exposure data relating to the media so as to facilitate awarding media exposure credit to the user of the identified one of the plurality of portable devices (102, 103, 104) with a strongest signal strength characteristic at the time the media was received at the computer. obtaining, when media is received at the computer, signal strength characteristics of Bluetooth connections for corresponding ones of a plurality of portable devices (102, 103, 104) paired to the computer, each of the plurality of portable devices (102, 103, 104) associated with a user; identifying one of the plurality of portable devices as having the strongest signal strength characteristic when the media is received in the computer; associating the user of the identified one of the plurality of portable devices (102, 103, 104) with the received media; collecting exposure data relating to the media, the exposure data including a cookie associated with the strongest signal strength characteristic; and sending to a server the signal strength characteristics of the Bluetooth connections and the cookie of the exposure data relating to the media so as to facilitate awarding media exposure credit to the user of the identified one of the plurality of portable devices (102, 103, 104) with a strongest signal strength characteristic at the time the media was received at the computer.
A printing apparatus comprising: a preheating assembly (11503, 11600), the preheating assembly comprising: a first drive roller and a second drive roller positioned to be in direct contact with a top surface of a print media; and a rotating preheating component configured to preheat the print media, the rotating preheating component being positioned to be in direct contact with a bottom surface of the print media, wherein the preheating component is positioned directly beneath the first drive roller and the second drive roller; wherein a printing apparatus print line is located in between the first drive roller and the second drive roller; and wherein an aperture between the first drive roller, the second drive roller and the rotating preheating component defines a print media path through the preheating assembly. a preheating assembly (11503, 11600), the preheating assembly comprising: a first drive roller and a second drive roller positioned to be in direct contact with a top surface of a print media; and a rotating preheating component configured to preheat the print media, the rotating preheating component being positioned to be in direct contact with a bottom surface of the print media, wherein the preheating component is positioned directly beneath the first drive roller and the second drive roller; wherein a printing apparatus print line is located in between the first drive roller and the second drive roller; and wherein an aperture between the first drive roller, the second drive roller and the rotating preheating component defines a print media path through the preheating assembly.
An envelope detector comprising: a voltage-mode envelope detector "ED" core (60; 102; 1002) characterized in that the ED core (60; 102; 1002) comprises parallel detection transistors (M0, M1; M0A, M0B, M1A, M1B) for detecting a voltage envelope of a radio frequency "RF" signal input, the RF signal input including an output of a cellular transmitter "TX"; and characterized by multiple voltage amplifiers (110, 112, 114, 116) positioned serially in gain stages between the TX output and the ED core (60; 102; 1002) to provide a total linear voltage range of the envelope detector, where a final voltage amplifier of the multiple voltage amplifiers (110, 112, 114, 116) drives the ED core (60; 102; 1002) and comprises a class-AB RF amplifier configured to operate within a full linear voltage range of the ED core (60; 102; 1002). a voltage-mode envelope detector "ED" core (60; 102; 1002) characterized in that the ED core (60; 102; 1002) comprises parallel detection transistors (M0, M1; M0A, M0B, M1A, M1B) for detecting a voltage envelope of a radio frequency "RF" signal input, the RF signal input including an output of a cellular transmitter "TX"; and characterized by multiple voltage amplifiers (110, 112, 114, 116) positioned serially in gain stages between the TX output and the ED core (60; 102; 1002) to provide a total linear voltage range of the envelope detector, where a final voltage amplifier of the multiple voltage amplifiers (110, 112, 114, 116) drives the ED core (60; 102; 1002) and comprises a class-AB RF amplifier configured to operate within a full linear voltage range of the ED core (60; 102; 1002).
A ratchet type power wrench comprising a housing, a pressure medium powered actuator, a ratchet mechanism comprised in the housing and coupled to the actuator, an open ended output socket with a constant cross sectional dimension throughout its length is rotatably supported in the housing and engaged by the ratchet mechanism, and an angle encoder provided to indicate angular displacements of the output socket, characterized in that the angle encoder has the form of a separate unit and comprises a casing, said casing is attachable to either side of the housing for connecting the angle encoder to either end of the output socket, wherein the angle encoder comprises a rotatable signal initiating part (20,22) and a movement sensor rigidly mounted in the casing, said rotatable signal initiating part (20,22) is provided with one or more coupling dogs adapted to engage cavities located at both ends of the output socket.
An electrochemical energy storage system, comprising: a molten sodium-halogen secondary cell that charges at a high temperature and discharges at a relatively lower temperature, comprising: a sodium anode that undergoes electrochemical oxidation during discharge and electrochemical reduction during charge; a cathode that undergoes electrochemical reduction during discharge and electrochemical oxidation during charge, wherein the cathode comprises a catholyte composition that is thermally stable at cell operating conditions; and a sodium ion conductive solid membrane comprising a NaSICON ceramic electrolyte and separating the cathode and catholyte composition from the sodium anode that selectively transports sodium ions and is chemically and thermally stable at cell operating conditions; and a solar energy source comprising: a photovoltaic system to provide an electric charging potential to the sodium anode and the cathode; and a solar thermal concentrator to provide heat to the cathode and catholyte composition; wherein: the cathode comprises a halogen and the catholyte composition comprises a sodium halide and a solvent; the molten sodium secondary cell has a charge temperature in the range from 300 to 400°C and a discharge temperature in the range of 110 to 200°C. a sodium anode that undergoes electrochemical oxidation during discharge and electrochemical reduction during charge; a cathode that undergoes electrochemical reduction during discharge and electrochemical oxidation during charge, wherein the cathode comprises a catholyte composition that is thermally stable at cell operating conditions; and a sodium ion conductive solid membrane comprising a NaSICON ceramic electrolyte and separating the cathode and catholyte composition from the sodium anode that selectively transports sodium ions and is chemically and thermally stable at cell operating conditions; and a solar energy source comprising: a photovoltaic system to provide an electric charging potential to the sodium anode and the cathode; and a solar thermal concentrator to provide heat to the cathode and catholyte composition; wherein: the cathode comprises a halogen and the catholyte composition comprises a sodium halide and a solvent; the molten sodium secondary cell has a charge temperature in the range from 300 to 400°C and a discharge temperature in the range of 110 to 200°C. a photovoltaic system to provide an electric charging potential to the sodium anode and the cathode; and a solar thermal concentrator to provide heat to the cathode and catholyte composition; wherein: the cathode comprises a halogen and the catholyte composition comprises a sodium halide and a solvent; the molten sodium secondary cell has a charge temperature in the range from 300 to 400°C and a discharge temperature in the range of 110 to 200°C. the cathode comprises a halogen and the catholyte composition comprises a sodium halide and a solvent; the molten sodium secondary cell has a charge temperature in the range from 300 to 400°C and a discharge temperature in the range of 110 to 200°C.
Tool for deforming rotationally symmetrical ringshaped bodies, which has a plurality of pressing jaws (3, 4), which are arranged radially in relation to a pressing axis, wherein the pressing jaws (3, 4) are formed as radially displaceable in relation to the pressing axis and at least one pressing jaw has axial guiding devices, characterized in that the guiding devices are arranged on side faces of the pressing jaws,which are arranged perpendicularly to the pressing axis, both at the rear end and at the front end in the axial direction of the tool, and have guiding pieces, - which project in the radial direction at least by the amount of the thickness of a ring material to be deformed beyond the point of the respective pressing jaw that extends furthest inwards radially and - wherein pressing jaws, which have guiding devices, and pressing jaws, which have no guiding devices, are distributed on the circumference of the tool in such a way that a uniform distribution of the pressing jaws with guiding devices is obtained, - wherein the guiding pieces are mounted in a radially sprung manner, so that the projecting parts of the guiding pieces are displaceable radially outwards in relation to the pressing pieces when there is contact with further parts to be braced by the clamping rings. - which project in the radial direction at least by the amount of the thickness of a ring material to be deformed beyond the point of the respective pressing jaw that extends furthest inwards radially and - wherein pressing jaws, which have guiding devices, and pressing jaws, which have no guiding devices, are distributed on the circumference of the tool in such a way that a uniform distribution of the pressing jaws with guiding devices is obtained, - wherein the guiding pieces are mounted in a radially sprung manner, so that the projecting parts of the guiding pieces are displaceable radially outwards in relation to the pressing pieces when there is contact with further parts to be braced by the clamping rings.