mhurhangee/ep-ind-claims huggingface dataset:
A manifold of a flowmeter, comprising: a body having a first face and an opposing second face; a first orifice defined by the body, wherein the first orifice projects into the body from the first face; a second orifice defined by the body, wherein the second orifice projects into the body from the second face, and wherein the first and second orifices (101, 260) meet to define a fluid passage traversing through the body, and wherein the second orifice is configured to fluidly connect to at least two flow tubes (130, 130') of the flowmeter; wherein the second orifice is bifurcated into a first minor orifice and a second minor orifice, wherein the first minor orifice and second minor orifice (260A, 260B) are each adapted to fluidly communicate with a first and second flow tube (130, 130') of the at least two flow tubes (130, 130'), respectively; and characterized by two bosses that project from the second face being configured to provide a space for the at least two flow tubes of the flowmeter and/or a brace bar of the flowmeter and/or pickoffs and/or case portions to index; wherein the two bosses are oriented such that a long axis of each of the two bosses is substantially perpendicular to an axis that bisects both the first minor orifice and the second minor orifice. a body having a first face and an opposing second face; a first orifice defined by the body, wherein the first orifice projects into the body from the first face; a second orifice defined by the body, wherein the second orifice projects into the body from the second face, and wherein the first and second orifices (101, 260) meet to define a fluid passage traversing through the body, and wherein the second orifice is configured to fluidly connect to at least two flow tubes (130, 130') of the flowmeter; wherein the second orifice is bifurcated into a first minor orifice and a second minor orifice, wherein the first minor orifice and second minor orifice (260A, 260B) are each adapted to fluidly communicate with a first and second flow tube (130, 130') of the at least two flow tubes (130, 130'), respectively; and
A negative electrode active material comprising an alloy phase, wherein the alloy phase contains: Sn: 10 to 35 at%; and one or more kinds selected from the group consisting of Ti: 9.0 at% or less, V: 49.0 at% or less, Cr: 49.0 at% or less, Mn: 9. 0 at% or less, Fe: 49.0 at% or less, Co: 49.0 at% or less, Ni: 9.0 at% or less, Zn: 29.0 at% or less, Al: 49.0 at% or less, Si: 49.0 at% or less, B: 5.0 at% or less, and C: 5.0 at% or less,with the balance being Cu and impurities; and characterized in that the negative electrode active material further comprises ceramics dispersed in the alloy phase, wherein the content of the ceramics in the alloy phase is more than 0 to 50 mass% with respect to a total mass of the alloy phase and the ceramics.
A data cable device, comprising: USB connectors (210, 220) respectively formed at both ends of the data cable device and configured to be electrically connected to an electronic device or a battery charging adaptor; at least one data line having one end electrically connected to one USB connector and the other end electrically connected to the other USB connector so that a plurality of electronic devices exchange electric signals with each other; a protection circuit module having a printed circuit board at which an external terminal electrically connected to the USB connector (210, 220) is formed; characterized in that: the data cable device further comprises: a cable battery including an external input/output terminal electrically connected to an internal terminal of the printed circuit board, an inner electrode layer having a cylindrical shape extending in one direction and formed at an inner center of the cable battery, a separator layer formed at an outer side of the inner electrode layer, an outer electrode layer formed at an outer side of the separator layer, and an inner insulation coating layer surrounding an outer surface of the outer electrode layer; and an outer insulation coating layer formed to surround at least a portion of an outer surface of the cable battery, and in that: the data line is located at an inner center further to the inner electrode layer. USB connectors (210, 220) respectively formed at both ends of the data cable device and configured to be electrically connected to an electronic device or a battery charging adaptor; at least one data line having one end electrically connected to one USB connector and the other end electrically connected to the other USB connector so that a plurality of electronic devices exchange electric signals with each other; a protection circuit module having a printed circuit board at which an external terminal electrically connected to the USB connector (210, 220) is formed; characterized in that: the data cable device further comprises: a cable battery including an external input/output terminal electrically connected to an internal terminal of the printed circuit board, an inner electrode layer having a cylindrical shape extending in one direction and formed at an inner center of the cable battery, a separator layer formed at an outer side of the inner electrode layer, an outer electrode layer formed at an outer side of the separator layer, and an inner insulation coating layer surrounding an outer surface of the outer electrode layer; and an outer insulation coating layer formed to surround at least a portion of an outer surface of the cable battery, and in that: the data line is located at an inner center further to the inner electrode layer.
An airtight lip cosmetic case having improved sealing capability in which a lip cosmetic product inside an upper case rises and protrudes when a lower case rotates, the airtight lip cosmetic case comprising: the upper case rotatably coupled to an upper portion of the lower case and formed on a lower outer circumference thereof with a sealing shoulder; a rising piston coupled inside the upper case to rise and having the lip cosmetic product attached to an upper side of the rising piston; and an over-cap including an inner over-cap and an outer over-cap for opening and closing the upper case, wherein a circumferential groove is formed between a lower portion of the inner over-cap and the outer over-cap when the over-cap is coupled to the lower case while covering the upper case, such that the lower inner circumference of the inner over-cap is elastically inserted into an outer circumference of the sealing shoulder of the upper case. the upper case rotatably coupled to an upper portion of the lower case and formed on a lower outer circumference thereof with a sealing shoulder; a rising piston coupled inside the upper case to rise and having the lip cosmetic product attached to an upper side of the rising piston; and an over-cap including an inner over-cap and an outer over-cap for opening and closing the upper case, wherein a circumferential groove is formed between a lower portion of the inner over-cap and the outer over-cap when the over-cap is coupled to the lower case while covering the upper case, such that the lower inner circumference of the inner over-cap is elastically inserted into an outer circumference of the sealing shoulder of the upper case.
A door handle apparatus for a vehicle, having a frame adapted to be fixed at a door panel of a vehicle door, and a handle adapted so as to be supported by the frame while being freely rotatable relative to the frame and so as to serve as a holding portion when the vehicle door is operated to open, and adapted to transmit an operation force for canceling a retention of the vehicle door to a door lock mechanism for retaining the vehicle door at a fully-closed state in response to a rotational operation of the handle, the door handle apparatus comprising; a rotational movement connecting portion (24, 51) integrally formed either at one of the frame or the handle and having a center line extending along a rotational axis of the handle; a contact wall portion (15, 31, 61) integrally formed at the other one of the frame or the handle and restricting a displacement of the handle towards one end portion thereof in a longitudinal direction thereof in a manner where the contact wall portion (15, 31, 61) contacts the rotational movement connecting portion (24, 51) in response to a slide movement of the handle towards the one end portion thereof in the longitudinal direction; and a protruding portion (17, 32, 41, 62) integrally formed either at the frame or the handle having the contact wall portion (15, 31, 61), being elastically deformable when the protruding portion (17, 32, 41, 62) press-contacts the rotational movement connecting portion (24, 51) in response to the slide movement of the handle towards the one end portion thereof in the longitudinal direction so as to allow the handle to be slidably displaced towards the one end portion thereof in the longitudinal direction, elastically returning to an initial position so as to restrict the slide displacement of the handle towards the other end portion thereof in the longitudinal direction when a press-contact against the rotational movement connecting portion (24, 51) is cancelled while the rotational movement connecting portion (24, 51) is positioned at a movement restriction position for restricting the displacement of the handle towards the one end portion thereof in the longitudinal direction by means of the contact wall portion (15, 31, 61), and supporting the rotational movement connecting portion (24, 51) in conjunction with the contact wall portion (15, 31, 61) while allowing the rotational movement connecting portion (24, 51) to be freely rotatable relative to the contact wall portion (15, 31, 61) and the protruding portion (17, 32, 41, 62), characterized in that the door handle apparatus further comprises an operation input portion (18, 33, 42) integrally formed either at the frame or the handle having the protruding portion (17, 32, 41) and transmitting the operation force for canceling a slide movement restriction of the handle towards the other end portion thereof in the longitudinal direction to the protruding portion (17, 32, 41) in response to a press operation inputted to the operation input portion (18, 33, 42), so that the handle is detached from the frame only by operating the operation portion in one direction.
A method for an image processing apparatus of processing a user input in relation to an image, comprising: receiving first input data derived from a user input in relation to a first image, the first input data indicating a selection of at least a part of the first image; performing a determination process to determine, at least partly on the basis of the first input data and previous action data, one or more candidate actions to perform in relation to the first image; and providing output data (404a - 404e) indicating at least a first action of the one or more candidate actions, characterised in that: the previous action data relates to previous image processing actions that were previously implemented by the image processing apparatus in relation to one or more images, the one or more images each being different from the first image and the previous image processing actions comprising one or more of: an annotation; a measurement; and a highlighting. receiving first input data derived from a user input in relation to a first image, the first input data indicating a selection of at least a part of the first image; performing a determination process to determine, at least partly on the basis of the first input data and previous action data, one or more candidate actions to perform in relation to the first image; and providing output data (404a - 404e) indicating at least a first action of the one or more candidate actions, characterised in that: the previous action data relates to previous image processing actions that were previously implemented by the image processing apparatus in relation to one or more images, the one or more images each being different from the first image and the previous image processing actions comprising one or more of: an annotation; a measurement; and a highlighting.
A method of performing a patient specific clinical management decision support process using a computational system, the method including the steps of: creating a clinical medicine decision knowledge base, said knowledge base containing a plurality of decision data objects, wherein each of said decision data objects includes a plurality of decision variables, each decision variable being defined by a parameter to be measured or described and by a value of the parameter, and wherein said clinical medicine knowledge base further includes a set of specific clinical decision information embodying a recommendation of the decision support process corresponding to each decision data object; receiving, from a data input device, input data representative of the values of a plurality of input variables of the same type as the plurality of decision variables, the input variables being associated with a predefined clinical scenario for a patient with a specific set of medical conditions; structuring the input data to form an input data object; using a matching function to compute a matching or closest matching decision data object or objects to the input data object using multivariable pattern matching or filtering to compare the decision variables and input variables associated with the decision data object and input data object and identifying the corresponding set of specific clinical decision information to the matching or closest matching decision data object or objects; and outputting the specific clinical decision information to a user. creating a clinical medicine decision knowledge base, said knowledge base containing a plurality of decision data objects, wherein each of said decision data objects includes a plurality of decision variables, each decision variable being defined by a parameter to be measured or described and by a value of the parameter, and wherein said clinical medicine knowledge base further includes a set of specific clinical decision information embodying a recommendation of the decision support process corresponding to each decision data object; receiving, from a data input device, input data representative of the values of a plurality of input variables of the same type as the plurality of decision variables, the input variables being associated with a predefined clinical scenario for a patient with a specific set of medical conditions; structuring the input data to form an input data object; using a matching function to compute a matching or closest matching decision data object or objects to the input data object using multivariable pattern matching or filtering to compare the decision variables and input variables associated with the decision data object and input data object and identifying the corresponding set of specific clinical decision information to the matching or closest matching decision data object or objects; and outputting the specific clinical decision information to a user.
An installation for conveying products, in particular product slices or product portions coming from a slicing machine for food products, having at least one conveyor, characterized in that the conveyor comprises a carrier and at least one conveyor section held at the carrier; and in that at least a part of the conveyor section is tiltable relative to the carrier between a conveying position and a safety position about an axis extending in the conveying direction.
An aircraft air separation system, the air separation system comprising: a compressed air source arranged to supply compressed air; an air separation module arranged to receive air from the compressed air source, the air separation module arranged to separate air into nitrogen enriched air and oxygen enriched air, wherein the nitrogen enriched air is supplied to a fuel tank of the aircraft; a source of mixing air arranged to fluidly supply the mixing air at a location between the compressed air source and the air separation module such that the mixing air is selectively mixed with the compressed air to generate treated air that is supplied to the air separation module; and a dedicated air separation module heat exchanger, wherein the source of the mixing air is the dedicated air separation module heat exchanger, wherein the dedicated air separation module heat exchanger receives air from the compressed air source to be treated within the dedicated air separation module heat exchanger by air from a cold air source operating as a heat sink, and wherein the cold air source operating as a heat sink is one of cabin recirculation air, cabin exhaust air, and outlet air of an environmental control system. a compressed air source arranged to supply compressed air; an air separation module arranged to receive air from the compressed air source, the air separation module arranged to separate air into nitrogen enriched air and oxygen enriched air, wherein the nitrogen enriched air is supplied to a fuel tank of the aircraft; a source of mixing air arranged to fluidly supply the mixing air at a location between the compressed air source and the air separation module such that the mixing air is selectively mixed with the compressed air to generate treated air that is supplied to the air separation module; and a dedicated air separation module heat exchanger, wherein the source of the mixing air is the dedicated air separation module heat exchanger, wherein the dedicated air separation module heat exchanger receives air from the compressed air source to be treated within the dedicated air separation module heat exchanger by air from a cold air source operating as a heat sink, and wherein the cold air source operating as a heat sink is one of cabin recirculation air, cabin exhaust air, and outlet air of an environmental control system.
Method for designing and operating a wind power installation for generating electrical power from wind, wherein the wind power installation has an aerodynamic rotor with rotor blades of which the blade setting angle (γ) can be adjusted, wherein the rotor blades are populated with a plurality of vortex generators between the rotor blade root and the rotor blade tip at radius positions in the longitudinal direction, characterized in that a radius position (r/R) up to which the population with the vortex generators in the longitudinal direction of the respective rotor blade from the rotor blade root to the rotor blade tip is carried out is determined depending on a sound power level to be set at a site of the wind power installation so that the wind power installation meets requirements of the sound power level at the site of the wind power installation.
A device for monitoring the tightness of a sealing component for a fluid storage tank, in which the monitoring device includes a box comprising: - a peripheral partition having a peripheral wall with a lower end fitted with a peripheral seal designed to be positioned against the sealing component, - a cover made of a transparent material, the cover being linked to the peripheral partition such that the cover and the peripheral wall are able to define an internal chamber with the sealing component, the peripheral seal being arranged about the entire internal chamber, and in which the monitoring device includes: - a handling handle fastened to the box, - a control member actuated manually to generate a control signal, the control member being positioned on or in the immediate vicinity of the handling handle to enable a user holding the handling handle to actuate the control member, - a pressure-reducing device that is connected to the internal chamber and is designed to reduce the pressure in said internal chamber using a pressure-reducing member, the pressure-reducing device being provided with a controlled valve that can be switched to an open state to link the internal chamber to the pressure-reducing member, and to a closed state to isolate the internal chamber from the pressure-reducing member, - a control unit designed to switch the controlled valve in response to the control signal. - a peripheral partition having a peripheral wall with a lower end fitted with a peripheral seal designed to be positioned against the sealing component, - a cover made of a transparent material, the cover being linked to the peripheral partition such that the cover and the peripheral wall are able to define an internal chamber with the sealing component, the peripheral seal being arranged about the entire internal chamber, and in which the monitoring device includes: - a handling handle fastened to the box, - a control member actuated manually to generate a control signal, the control member being positioned on or in the immediate vicinity of the handling handle to enable a user holding the handling handle to actuate the control member, - a pressure-reducing device that is connected to the internal chamber and is designed to reduce the pressure in said internal chamber using a pressure-reducing member, the pressure-reducing device being provided with a controlled valve that can be switched to an open state to link the internal chamber to the pressure-reducing member, and to a closed state to isolate the internal chamber from the pressure-reducing member, - a control unit designed to switch the controlled valve in response to the control signal.
An SCM-11 molecular sieve, having an empirical chemical composition as illustrated by the formula " the first oxide · the second oxide ", wherein the first oxide is silica, the second oxide is a combination of germanium dioxide and alumina, the ratio by molar of the first oxide to the second oxide is 4-400, preferably 5-100, more preferably 5-50, wherein SiO 2 /GeO 2 >3, (SiO 2 +GeO 2)/Al 2 O 3 >5, and the molecular sieve has X ray diffraction pattern as substantially illustrated in the following table, 2θ (°) (a) d-spacing (Å) Relative intensity (I/I 0 × 100) 6.31 13.99 vs 7.20 12.27 w-m 7.97 11.09 m-s 9.43 9.37 w 12.63 7.00 w-m 18.05 4.91 m 22.98 3.87 m-s (a):±0.30°. the first oxide is silica, the second oxide is a combination of germanium dioxide and alumina, the ratio by molar of the first oxide to the second oxide is 4-400, preferably 5-100, more preferably 5-50, wherein SiO 2 /GeO 2 >3, (SiO 2 +GeO 2)/Al 2 O 3 >5, and the molecular sieve has X ray diffraction pattern as substantially illustrated in the following table, 2θ (°) (a) d-spacing (Å) Relative intensity (I/I 0 × 100) 6.31 13.99 vs 7.20 12.27 w-m 7.97 11.09 m-s 9.43 9.37 w 12.63 7.00 w-m 18.05 4.91 m 22.98 3.87 m-s (a):±0.30°.