mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an ocular prosthesis comprising a posterior sclera portion and an anterior clear portion, the method comprising: providing an impression of an eye socket or an existing ocular prosthesis; scanning the impression or the existing ocular prosthesis; fabricating the posterior scleral portion and the anterior clear portion based on scans produced by the scanning of the impression or the existing ocular prosthesis; modifying the anterior clear portion by creating an offset from the original shape of the exterior surfaces, and reducing the anterior section of the offset piece at the apex of its surface to create a circular iris table, configured to become a surface level of a composite multi-layer photographic iris piece, the said multi-layer photographic iris piece comprising a dark almost black pupil layer printed on photographic paper, a base iris color layer printed on photographic paper and several lighter layers of color printed on clear transparency film; modifying the posterior scleral portion to create a circular depression centered upon the circular iris table and the central axis of said iris piece, said iris piece matching a patient iris color and diameter; placing the composite multi-layer photographic iris piece into the circular depression using light cure adhesive; and forming the ocular prosthesis by joining the fabricated posterior sclera portion to the anterior clear portion. providing an impression of an eye socket or an existing ocular prosthesis; scanning the impression or the existing ocular prosthesis; fabricating the posterior scleral portion and the anterior clear portion based on scans produced by the scanning of the impression or the existing ocular prosthesis; modifying the anterior clear portion by creating an offset from the original shape of the exterior surfaces, and reducing the anterior section of the offset piece at the apex of its surface to create a circular iris table, configured to become a surface level of a composite multi-layer photographic iris piece, the said multi-layer photographic iris piece comprising a dark almost black pupil layer printed on photographic paper, a base iris color layer printed on photographic paper and several lighter layers of color printed on clear transparency film; modifying the posterior scleral portion to create a circular depression centered upon the circular iris table and the central axis of said iris piece, said iris piece matching a patient iris color and diameter; placing the composite multi-layer photographic iris piece into the circular depression using light cure adhesive; and forming the ocular prosthesis by joining the fabricated posterior sclera portion to the anterior clear portion.
An adsorption system for enrichment of flavoring agents, including at least one working space , in which at least one sorbent is arranged as a stationary phase and can be supplied with a fluid containing flavoring agents capable of being passed through the working space as a mobile phase for attachment of flavoring agents, characterized in that a ratio of average cross-sectional thickness to total length of the at least one working space is at most 0.3 and the total length of a flow path for the fluid provided through the at least one working space is at least 4.0 m, wherein the adsorption system : - includes a control device, which is formed to operate the adsorption system in an absorption mode, in which the at least one sorbent is supplied with the fluid containing flavoring agents, to adsorb flavoring agents on the sorbent, and in a desorption mode, in which the at least one sorbent is supplied with a fluidic desorbent, to desorb flavoring agents adsorbed on the sorbent as a flavoring agent concentrate; and - at least one tempering device , by means of which at least one working space and/or the fluid and/or the desorbent and/or at least a part of a flavoring agent concentrate can be tempered to a predetermined temperature, wherein the control device is coupled to the tempering device and is formed to differently operate the tempering device in the adsorption mode and in the desorption mode. a ratio of average cross-sectional thickness to total length of the at least one working space is at most 0.3 and the total length of a flow path for the fluid provided through the at least one working space is at least 4.0 m, wherein the adsorption system : - includes a control device, which is formed to operate the adsorption system in an absorption mode, in which the at least one sorbent is supplied with the fluid containing flavoring agents, to adsorb flavoring agents on the sorbent, and in a desorption mode, in which the at least one sorbent is supplied with a fluidic desorbent, to desorb flavoring agents adsorbed on the sorbent as a flavoring agent concentrate; and - at least one tempering device , by means of which at least one working space and/or the fluid and/or the desorbent and/or at least a part of a flavoring agent concentrate can be tempered to a predetermined temperature, - includes a control device, which is formed to operate the adsorption system in an absorption mode, in which the at least one sorbent is supplied with the fluid containing flavoring agents, to adsorb flavoring agents on the sorbent, and in a desorption mode, in which the at least one sorbent is supplied with a fluidic desorbent, to desorb flavoring agents adsorbed on the sorbent as a flavoring agent concentrate; and - at least one tempering device , by means of which at least one working space and/or the fluid and/or the desorbent and/or at least a part of a flavoring agent concentrate can be tempered to a predetermined temperature, wherein the control device is coupled to the tempering device and is formed to differently operate the tempering device in the adsorption mode and in the desorption mode.
Crystal form E of dapagliflozin, characterized in that its X-ray powder diffraction spectrum comprises characteristic peaks at 2θ of 3.5 ± 0.2, 4.1 ± 0.2, 5.1 ± 0.2, 7.3 ± 0.2, 14.0 ± 0.2, and 14.8 ± 0.2, 19.1±0.2, and 21.8±0.2.
Motorhome device with at least one sleeping unit (12a-b) and with at least one sanitary unit (14a-b) comprising at least one first access zone (16a-b) and at least one second access zone (18a-b), which are spatially separate from one another, characterised in that, in at least one utilisation state of the sleeping unit (12a-b), the first access zone (16a-b) provides access to a first side (20a-b) of the sleeping unit (12a-b) and the second access zone (18a-b) provides access to a second side (22a-b) of the sleeping unit (12a-b).
A method for positioning an electronic device, wherein the method comprises: obtaining (S131, 22), by a prediction server, a prediction request sent by a service server, wherein the prediction request is generated by the service server based on a positioning query request sent by a terminal device, and the positioning query request carries a device identifier of the electronic device, determining (S132), by the prediction server, historical data of the electronic device based on the device identifier, and generating query prediction information; and outputting (S133, 23), by the prediction server, the query prediction information, wherein the query prediction information is output to the service server for forwarding of the query prediction information to the terminal device before the service server feeds back , to the terminal device, a positioning query result generated based on position information fed back by the electronic device in response to a positioning query instruction sent by the service server to the electronic device; wherein the query prediction information includes query waiting duration and/or a positioning success rate. obtaining (S131, 22), by a prediction server, a prediction request sent by a service server, wherein the prediction request is generated by the service server based on a positioning query request sent by a terminal device, and the positioning query request carries a device identifier of the electronic device, determining (S132), by the prediction server, historical data of the electronic device based on the device identifier, and generating query prediction information; and outputting (S133, 23), by the prediction server, the query prediction information, wherein the query prediction information is output to the service server for forwarding of the query prediction information to the terminal device before the service server feeds back , to the terminal device, a positioning query result generated based on position information fed back by the electronic device in response to a positioning query instruction sent by the service server to the electronic device; wherein the query prediction information includes query waiting duration and/or a positioning success rate.
A method of processing mycelium colonized phase 3 mushroom compost for growing mushrooms, wherein a surface of an amount of mycelium colonized phase 3 compost is imaged to obtain imaging data and a qualitative parameter of the mycelium colonized phase 3 compost is determined on basis of the imaging data.
A method for treating a flexible Low Density Polyethylene (LDPE) film, the method comprising steps of: a. providing a flexible LDPE film having a fist side and a second side; b. flame treating the first side of the LDPE flexible film; and c. subsequently treating the first side with an Argon plasma, wherein the plasma treatment presents between 10.76 and 215.278 Watts/m 2 /min (between 1 and 20 Watts/ft 2 /min) to the film moving 200 m/min, and wherein the Argon plasma comprises 80% Argon (Ar) and 20% oxygen (O 2 ). a. providing a flexible LDPE film having a fist side and a second side; b. flame treating the first side of the LDPE flexible film; and c. subsequently treating the first side with an Argon plasma, wherein the plasma treatment presents between 10.76 and 215.278 Watts/m 2 /min (between 1 and 20 Watts/ft 2 /min) to the film moving 200 m/min, and wherein the Argon plasma comprises 80% Argon (Ar) and 20% oxygen (O 2 ).
An energy coordination control method, applied to a vehicle, the vehicle comprising an engine, an electric generator, a battery, a charger and an air conditioner, the electric generator is mechanically connected to the engine, both of the electric generator and the charger are electrically connected to the battery, the battery is electrically connected to the air conditioner, characterized in that the charger is adapted to communicate with an external electrical grid and the electric generator is electrically connected to the air conditioner, and further in that the method comprises: when a charging signal is monitored, controlling the charger to charge the battery by transmitting electrical energy from the electrical grid into the battery, and monitoring an air-conditioner signal of the air conditioner; and when it is determined, during charging of the battery, that the air conditioner demands electricity according to the air-conditioner signal, controlling the engine to start up, to drive the electric generator to supply electricity to the air conditioner. when a charging signal is monitored, controlling the charger to charge the battery by transmitting electrical energy from the electrical grid into the battery, and monitoring an air-conditioner signal of the air conditioner; and when it is determined, during charging of the battery, that the air conditioner demands electricity according to the air-conditioner signal, controlling the engine to start up, to drive the electric generator to supply electricity to the air conditioner.
Device for optical measurement, particularly for extracorporeal blood circuits, comprising at least a tubular element having a first end connector and a second end connector connectable, respectively, to a first tube and to a second tube for subjecting a work fluid through the tubular element itself, and an intermediate portion extending between said first end connector and said second end connector and suitable for subjecting the fluid to a non-invasive measurement of one or more parameters, where said tubular element comprises at least two pieces distinct the one another, of which a first tubular portion and at least a second portion bearing a protruding element suitable to be inserted into a corresponding mating recess provided on a medical apparatus for activating the optical measurement, where said second portion is suitable to cooperate with said first tubular portion for fixing the position of said protruding element with respect to the first tubular portion itself, characterized by the fact that said first tubular portion defines both said first and second end connectors and that said second portion is movable with respect to the first tubular portion itself and is applied over both the first tubular portion and the second tube fitted on it; or by the fact that said first tubular portion is of the rigid type and that at least said protruding element is realized with soft material.
A thick steel plate for high heat input welding and having great heat-affected area toughness, wherein the thickness of the steel plate is 50-70 mm, the tensile strength of a base material of the steel plate is ≥ 510 MPa, the average Charpy V-notch impact work of the welding heat-affected area of the steel plate at -40 °C is 100 J or more under the condition that welding input energy is 200-400 kJ/cm, and the average Charpy V-notch aging impact work of the base material of 1/2 plate thickness at -40 °C is 46 J or more, the steel plate having the chemical composition in mass percentage: C: 0.05∼0.08%, Si: 0.10∼0.30%, Mn: 1.2∼1.6%, P≤0.02%, S: 0.002∼0.008%, B: 0.0005∼0.005%, Ni: 0.20∼0.40%, Cu: 0.15∼0.3%, Ti: 0.005∼0.03%, Al: 0.003∼0.03%, Ca: REM≤0.01%, Zr≤0.01%, N: 0.001∼0.006%, and optionally further comprising at least one element of Nb or Cr, wherein the amount of Nb is 0.03 mass% or less, the amount of Cr is 0.2 mass% or less, and the balance of Fe and other inevitable impurities; and the chemical composition satisfying the following relationship: 1 ≤ Ti / N ≤ 6 , Ca + REM + Zr / Al ≥ 0.11 ; an effective S content in steel= S-0.8Ca-0.34REM-0.35Zr; an effective S content in steel: 0.0006∼0.005%; the amount of composite inclusion CaO + Al 2 O 3 + MnS + TiN in the steel plate is at a proportion of ≥ 12%, wherein the amount of composite inclusion is measured by SEM-EDS according to the description, and wherein the amount of composite inclusion refers to the ratio of the measured areal density from the composite inclusion to the measured areal density of all kinds of inclusions. C: 0.05∼0.08%, Si: 0.10∼0.30%, Mn: 1.2∼1.6%, P≤0.02%, S: 0.002∼0.008%, B: 0.0005∼0.005%, Ni: 0.20∼0.40%, Cu: 0.15∼0.3%, Ti: 0.005∼0.03%, Al: 0.003∼0.03%, Ca: REM≤0.01%, Zr≤0.01%, N: 0.001∼0.006%, and optionally further comprising at least one element of Nb or Cr, wherein the amount of Nb is 0.03 mass% or less, the amount of Cr is 0.2 mass% or less, and the balance of Fe and other inevitable impurities; and the chemical composition satisfying the following relationship: 1 ≤ Ti / N ≤ 6 , Ca + REM + Zr / Al ≥ 0.11 ; an effective S content in steel= S-0.8Ca-0.34REM-0.35Zr; an effective S content in steel: 0.0006∼0.005%; the amount of composite inclusion CaO + Al 2 O 3 + MnS + TiN in the steel plate is at a proportion of ≥ 12%, wherein the amount of composite inclusion is measured by SEM-EDS according to the description, and wherein the amount of composite inclusion refers to the ratio of the measured areal density from the composite inclusion to the measured areal density of all kinds of inclusions. an effective S content in steel= S-0.8Ca-0.34REM-0.35Zr; an effective S content in steel: 0.0006∼0.005%; the amount of composite inclusion CaO + Al 2 O 3 + MnS + TiN in the steel plate is at a proportion of ≥ 12%, wherein the amount of composite inclusion is measured by SEM-EDS according to the description, and wherein the amount of composite inclusion refers to the ratio of the measured areal density from the composite inclusion to the measured areal density of all kinds of inclusions.
A valve comprising: a valve body comprising: an inner cavity ; an outer cavity at least partly surrounding said inner cavity ; a fluid inlet ; and a fluid outlet ; wherein said outer cavity is in fluid communication with said fluid inlet and with said inner cavity ; and wherein said inner cavity is in fluid communication with said fluid outlet ; a plug moveably arranged in said inner cavity ; at least one flow splitter arranged in said outer cavity and forming in said outer cavity at least two flow passages extending between said fluid inlet and said inner cavity ; and an aperture placing the inner cavity in fluid communication with the outer cavity ; wherein said valve body comprises an inner wall surrounding said inner cavity and an outer wall at least partly surrounding said inner wall ; said outer wall and said inner wall defining said outer cavity there between and wherein said flow splitter comprises: a first projection extending from said inner wall and facing said fluid inlet ; and a second projection extending from said outer wall and facing said inner wall . a valve body comprising: an inner cavity ; an outer cavity at least partly surrounding said inner cavity ; a fluid inlet ; and a fluid outlet ; wherein said outer cavity is in fluid communication with said fluid inlet and with said inner cavity ; and wherein said inner cavity is in fluid communication with said fluid outlet ; a plug moveably arranged in said inner cavity ; at least one flow splitter arranged in said outer cavity and forming in said outer cavity at least two flow passages extending between said fluid inlet and said inner cavity ; and an aperture placing the inner cavity in fluid communication with the outer cavity ; wherein said valve body comprises an inner wall surrounding said inner cavity and an outer wall at least partly surrounding said inner wall ; said outer wall and said inner wall defining said outer cavity there between and wherein said flow splitter comprises: a first projection extending from said inner wall and facing said fluid inlet ; and a second projection extending from said outer wall and facing said inner wall .
A cell comprising a first cDNA sequence which encodes a heavy chain variable region and a second cDNA sequence which encodes a light chain variable region, wherein the cell produces a human antibody or antibody fragment comprising the heavy chain variable region and the light chain variable region, wherein the heavy chain variable region encoded by the first cDNA sequence comprises (a) a heavy chain complementarity determining region (CDR) CDR1 comprising the amino acid sequence GASINLYD (SEQ ID NO.: 8), (b) a heavy chain CDR2 comprising the amino acid sequence GYISGST (SEQ ID NO.: 9), and (c) a heavy chain CDR3 comprising the amino acid sequence ARDVGWGPQYYYGLDV (SEQ ID NO.: 10); and wherein the light chain variable region encoded by the second cDNA sequence comprises (a) a light chain CDR1 comprising the amino acid sequence HSVQSTS (SEQ ID NO.: 14), (b) a light chain CDR2 comprising the amino acid sequence GGS (SEQ ID NO.: 15), and (c) a light chain CDR3 comprising the amino acid sequence QQSDRSPPIT (SEQ ID NO.: 16), wherein the antibody or antibody fragment binds with specificity to RSV F protein antigenic region II/ A with an affinity of greater than 1 x 10 -9 M.
A display device, comprising: a display module (DM) configured to display an image; a printed circuit board (PCB) disposed below the display module (DM); and a flexible substrate (FPS) comprising two opposite ends that are connected to the display module (DM) and the printed circuit board (PCB), respectively, wherein the flexible substrate (FPS) comprises: a circuit layer (FBCB) comprising two opposite ends, which are in contact with the display module (DM) and the printed circuit board (PCB), respectively, thereby connecting the display module (DM) electrically to the printed circuit board (PCB); a bubble-prevention layer (EB) disposed on the two opposite ends of the circuit layer (FBCB); and a cover layer (PT) disposed on the circuit layer (FBCB) and the bubble-prevention layer (EB) to cover the circuit layer (FBCB) and the bubble-prevention layer (EB), wherein at least a portion of the flexible substrate (FPS) positioned between the two opposite ends of the flexible substrate (FPS) is bent to form a bent portion, wherein the bubble-prevention layer (EB) comprises a surface, on which a plurality of dents, grooves, or protrusions are defined. a display module (DM) configured to display an image; a printed circuit board (PCB) disposed below the display module (DM); and a flexible substrate (FPS) comprising two opposite ends that are connected to the display module (DM) and the printed circuit board (PCB), respectively, wherein the flexible substrate (FPS) comprises: a circuit layer (FBCB) comprising two opposite ends, which are in contact with the display module (DM) and the printed circuit board (PCB), respectively, thereby connecting the display module (DM) electrically to the printed circuit board (PCB); a bubble-prevention layer (EB) disposed on the two opposite ends of the circuit layer (FBCB); and a cover layer (PT) disposed on the circuit layer (FBCB) and the bubble-prevention layer (EB) to cover the circuit layer (FBCB) and the bubble-prevention layer (EB), wherein at least a portion of the flexible substrate (FPS) positioned between the two opposite ends of the flexible substrate (FPS) is bent to form a bent portion, wherein the bubble-prevention layer (EB) comprises a surface, on which a plurality of dents, grooves, or protrusions are defined. a circuit layer (FBCB) comprising two opposite ends, which are in contact with the display module (DM) and the printed circuit board (PCB), respectively, thereby connecting the display module (DM) electrically to the printed circuit board (PCB); a bubble-prevention layer (EB) disposed on the two opposite ends of the circuit layer (FBCB); and a cover layer (PT) disposed on the circuit layer (FBCB) and the bubble-prevention layer (EB) to cover the circuit layer (FBCB) and the bubble-prevention layer (EB), wherein at least a portion of the flexible substrate (FPS) positioned between the two opposite ends of the flexible substrate (FPS) is bent to form a bent portion, wherein the bubble-prevention layer (EB) comprises a surface, on which a plurality of dents, grooves, or protrusions are defined.