mhurhangee/ep-ind-claims huggingface dataset:
A combination for use in treating a human cancer patient comprising: (a) a recombinant poxvirus encoding a polypeptide comprising at least one tumor-associated antigen; and (b) a TIM-3 antagonist that is an antibody, an antisense RNA or a siRNA.
A removable table for a room, in particular for a passenger room of a public transport vehicle, including: - a plate extending in a longitudinal direction, between a first lateral edge bearing first removable attachment means to a lateral wall of the room, and a second free lateral edge, and - a central leg extending between a first end connected to the plate and a second end comprising second removable attachment means to the floor of the room, and wherein the first end of the central leg is connected to the plate through a pivot connection allowing pivoting of the central leg for folding it back towards one of the first or second 12B) lateral edges of the plate, characterized in that: - the plate includes, at the other one of the first or second lateral edges of the plate, at least one supporting member on which the plate is intended to be supported when the plate is laid on the floor, and - the supporting member includes at least one roller or a shoe, intended to bear upon the floor when the plate is laid on the floor, and that the table is maintained by the second end of the folded back central leg. - a plate extending in a longitudinal direction, between a first lateral edge bearing first removable attachment means to a lateral wall of the room, and a second free lateral edge, and - a central leg extending between a first end connected to the plate and a second end comprising second removable attachment means to the floor of the room, - the plate includes, at the other one of the first or second lateral edges of the plate, at least one supporting member on which the plate is intended to be supported when the plate is laid on the floor, and - the supporting member includes at least one roller or a shoe, intended to bear upon the floor when the plate is laid on the floor, and that the table is maintained by the second end of the folded back central leg.
A method for producing a 3-phenylisoserine derivative, comprising: protecting an amino group of a compound represented by General Formula: wherein R 1 represents a phenyl group, or a phenyl group having a substituent; R 2 represents an alkali metal, alkaline earth metal, or nitrogen base; and R 3 represents a hydrogen atom, in water or a mixed solvent containing water to obtain a compound represented by General Formula: wherein R 1, R 2 and R 3 have the meaning as defined above and R 4 represents a formyl group, acetyl group, benzoyl group, tert -butoxycarbonyl group, or benzyloxycarbonyl group; extracting with an ether solvent having four carbon atoms; replacing at least part of the ether solvent having four carbon atoms with a C 1 -C 4 aliphatic alcohol while removing the ether solvent having four carbon atoms and water to perform esterification reaction; and isolating at 0 to 30°C to obtain a 3-phenylisoserine derivative represented by General Formula: wherein R 1, R 3 and R 4 have the meaning as defined above; and R 5 represents a C 1 -C 4 alkyl group, wherein the esterification reaction is carried out through an extraction step and a water removal step that are carried out subsequently without isolation of Compound as an intermediate.
Mould filling machine for shaping and filling plastics containers, comprising at least one treatment station for expandingly forming plastics preforms to form plastics containers in a hollow mould and for filling a substantially liquid product or at least one liquid or solid component of the product into the plastics containers in the hollow mould, the mould filling machine comprising a cooling device for directly or indirectly cooling the filled plastics containers and characterised in that the cooling device is arranged in the outlet region of the mould filling machine, the outlet region being the region in which the plastics containers are removed from the hollow mould by means of a removal and/or transport element and are transported away from the particular treatment station, and which ends with the start of the following process step.
A surgical guide (120, 170) for aligning a prosthetic cup (150, 200), comprising: a first surface structured to fit within a prosthetic cup; at least one guide hole (140, 190) through the first surface; and an alignment structure (128, 178) having a contour formed from data indicative of the patient anatomy, wherein the contour is complementary to a portion of the patient anatomy in a unique orientation that aligns the guide hole with tissue suitable for receiving a fastener, wherein the guide has a rim along the first surface, and wherein the alignment structure is coupled to the rim. a first surface structured to fit within a prosthetic cup; at least one guide hole (140, 190) through the first surface; and an alignment structure (128, 178) having a contour formed from data indicative of the patient anatomy, wherein the contour is complementary to a portion of the patient anatomy in a unique orientation that aligns the guide hole with tissue suitable for receiving a fastener, wherein the guide has a rim along the first surface, and wherein the alignment structure is coupled to the rim.
A drippable ophthalmic gel, said gel comprising 1) bimatoprost in an amount of 0.003 to 0.03 % by weight, 2a) polyacrylate in an amount of > 0.2 % by weight, 2b) povidone, dextrane, polyethylene glycol, carboxymethyl cellulose or poly(vinylalcohol) in an amount of 0.2 to 10.0 % by weight, 3) an isotonizing agent in an amount to produce an osmolality of 200 to 400 mosmol/kg, preferably 270 to 330 mosmol/kg, 4) a salt for adjusting the viscosity in an amount of 0.05 to 0.4 % by weight, 5) a base in an amount to adjust the pH to 6 to 8, preferably a pH of 7.3, 6) excipients normally used in ophthalmic gels, and 7) water, and having a viscosity in the range of 200 to 2000 mPa · s, measured with a Brookfield RVDV-II Viscometer at 25 °C. 1) bimatoprost in an amount of 0.003 to 0.03 % by weight, 2a) polyacrylate in an amount of > 0.2 % by weight, 2b) povidone, dextrane, polyethylene glycol, carboxymethyl cellulose or poly(vinylalcohol) in an amount of 0.2 to 10.0 % by weight, 3) an isotonizing agent in an amount to produce an osmolality of 200 to 400 mosmol/kg, preferably 270 to 330 mosmol/kg, 4) a salt for adjusting the viscosity in an amount of 0.05 to 0.4 % by weight, 5) a base in an amount to adjust the pH to 6 to 8, preferably a pH of 7.3, 6) excipients normally used in ophthalmic gels, and 7) water,
Assortment box for holding small parts, having a base and four side walls, wherein the assortment box has shape features for nonslip arrangement in transportation and storage units, especially cases, racks and workshop trolleys, wherein a holding device for securing the assortment box without tools on a holding strip is provided in the region of at least one outer surface of the side walls, wherein the holding device is designed as a hook-shaped projection which starts from the upper side of the side wall, characterized in that an inner side of at least one of the side walls encloses, in its upper section adjoining an opening of the assortment box, an angle of more than 90° and less than 110°, in particular 100°, with the base, and in that the side wall has a lower section, which is arranged perpendicularly to the base and which is adjoined in an upward direction, towards the opening of the assortment box, by the section arranged obliquely to the base.
Composite material suitable for biomedical use, characterized in that it comprises a first phase consisting of a reticulated hydrogel deriving from a polymer chosen from among polymers N-methyl-amides derivatives of carboxymethylcellulose, alginic acid or carboxymethyl starch and a second phase which comprises one of said polymers.
Dragging element for dragging web materials comprising at least a portion with at least one through cut apt to engage a part of a web material intended to be moved in a direction imposed by the same dragging element that follows a predetermined operating path, characterized in that the said at least one cut is helicoidal.
A method for the production of hydrogen from a H 2 S-containing gas stream, comprising subjecting the gas stream to thermal oxidative cracking so as to form H 2 and S 2, - wherein the thermal oxidative cracking is conducted with a molar ratio H 2 S/O 2 in the range of from 4:1 to 4.5:1 in the feedstock of H 2 S-containing gas and oxygen-containing gas - wherein the oxygen-containing gas-stream is oxygen having a purity of from 90%-100% - wherein the thermal oxidative cracking is conducted autothermally at a temperature of from 1100 to 1550°C; - wherein gas produced from the thermal oxidative cracking is, without delay, quenched to a temperature below 950°C, wherein the quenching is done by direct mixing with water in the final part of the reaction chamber; - wherein the residence time in the quench zone is from 10 ms to 50 ms; - and wherein the feedstock of H 2 S-containing gas and oxygen-containing gas is preheated. - wherein the thermal oxidative cracking is conducted with a molar ratio H 2 S/O 2 in the range of from 4:1 to 4.5:1 in the feedstock of H 2 S-containing gas and oxygen-containing gas - wherein the oxygen-containing gas-stream is oxygen having a purity of from 90%-100% - wherein the thermal oxidative cracking is conducted autothermally at a temperature of from 1100 to 1550°C; - wherein gas produced from the thermal oxidative cracking is, without delay, quenched to a temperature below 950°C, wherein the quenching is done by direct mixing with water in the final part of the reaction chamber; - wherein the residence time in the quench zone is from 10 ms to 50 ms; - and wherein the feedstock of H 2 S-containing gas and oxygen-containing gas is preheated.
Method for preparing a soft-solid food product - in particular a soft-solid dairy food product, such as a cheese product or a cheese analogue product - comprising - providing a mixture comprising an oil in water emulsion and a gel, said gel comprising a protein; - fragmenting the gel; - regenerating the gel; and - shaping a product from the mixture, wherein the product comprises a gel phase comprising the protein, said gel phase having a relatively low fat content, and inhomogeneously distributed outside the gel phase a plurality of fat globules formed from the oil in water emulsion, said globules forming a phase having a relatively high fat content. - providing a mixture comprising an oil in water emulsion and a gel, said gel comprising a protein; - fragmenting the gel; - regenerating the gel; and - shaping a product from the mixture, wherein the product comprises a gel phase comprising the protein, said gel phase having a relatively low fat content, and inhomogeneously distributed outside the gel phase a plurality of fat globules formed from the oil in water emulsion, said globules forming a phase having a relatively high fat content.
A method comprising: Determining at least one time interval for an access node of a group of neighboring access nodes (30a, 30b), said at least one time interval being one in which said access node has substantially no transmission and one or more other access nodes of said group transmit; Performing, by said access node, radio measurements in said at least one determined time interval of said one or more other access nodes of said group which transmit; Configuring radio resources in dependence on said radio measurements, and characterised in that: s aid determining at least one time interval uses cell specific information associated with said access node. Determining at least one time interval for an access node of a group of neighboring access nodes (30a, 30b), said at least one time interval being one in which said access node has substantially no transmission and one or more other access nodes of said group transmit; Performing, by said access node, radio measurements in said at least one determined time interval of said one or more other access nodes of said group which transmit; Configuring radio resources in dependence on said radio measurements, and characterised in that: s aid determining at least one time interval uses cell specific information associated with said access node. s aid determining at least one time interval uses cell specific information associated with said access node.
An information processing device comprising: a communication unit; an acquisition unit configured to acquire, via the communication unit, presence information including status information indicating a status of execution of an application in a separate information processing device; and a status image generation unit configured to generate a status image indicating the status of the application, based on the acquired presence information, wherein the status information includes information indicating a permission or a prohibition for participation by a new user in a session of the application executed in the separate information processing device, wherein the status image generation unit has a function of generating a first screen showing a status of execution of applications by a plurality of other users in the form of a list, and a second screen showing a status of execution of one or more applications by the other users shown in the first screen, and wherein, in the first and second screens, the status image generation unit displays an area for displaying an application name in different display modes depending on whether the new user is allowed to participate in a session of the application or not. a communication unit; an acquisition unit configured to acquire, via the communication unit, presence information including status information indicating a status of execution of an application in a separate information processing device; and a status image generation unit configured to generate a status image indicating the status of the application, based on the acquired presence information, wherein the status information includes information indicating a permission or a prohibition for participation by a new user in a session of the application executed in the separate information processing device, wherein the status image generation unit has a function of generating a first screen showing a status of execution of applications by a plurality of other users in the form of a list, and a second screen showing a status of execution of one or more applications by the other users shown in the first screen, and wherein, in the first and second screens, the status image generation unit displays an area for displaying an application name in different display modes depending on whether the new user is allowed to participate in a session of the application or not.
A can end comprising: a center panel having a periphery; a tab fastened to the center panel; and a scoreline defining a tear panel in the center panel, the tab being operable to sever the scoreline and depress the tear panel downward, thereby providing an opening in the can end, wherein the tear panel includes an enlarged portion extending outwardly toward the center panel periphery, thereby enlarging the opening to form an easy pour spout, wherein the easy pour spout is disposed at or about the outer edge of the opening and substantially in the center of an outer edge of the opening, wherein the enlarged portion comprises an arcuate extension portion having an extension edge, wherein the extension edge extends toward the center panel periphery by a first predetermined distance, wherein the extension edge is spaced apart from the center panel periphery by a second predetermined distance, wherein the center panel includes a rivet disposed near an edge of the opening opposite the easy pour spout, and wherein the tab is fastened to the center panel by the rivet, characterized in that the second predetermined distance is between 0.038 and 0.051 centimeters (0.015 and 0.020 inches). a center panel having a periphery; a tab fastened to the center panel; and a scoreline defining a tear panel in the center panel, the tab being operable to sever the scoreline and depress the tear panel downward, thereby providing an opening in the can end, wherein the tear panel includes an enlarged portion extending outwardly toward the center panel periphery, thereby enlarging the opening to form an easy pour spout, wherein the easy pour spout is disposed at or about the outer edge of the opening and substantially in the center of an outer edge of the opening, wherein the enlarged portion comprises an arcuate extension portion having an extension edge, wherein the extension edge extends toward the center panel periphery by a first predetermined distance, wherein the extension edge is spaced apart from the center panel periphery by a second predetermined distance, wherein the center panel includes a rivet disposed near an edge of the opening opposite the easy pour spout, and wherein the tab is fastened to the center panel by the rivet, characterized in that the second predetermined distance is between 0.038 and 0.051 centimeters (0.015 and 0.020 inches).
An overspray detection system, comprising: a mobile agricultural sprayer, a sensor (127, 238, 1310, 1312, 1314, 1316), that senses a spray variable indicative of a presence of the substance, at a sensor location corresponding to a field boundary of a field over which the sprayer is traveling and that receives an overspray detected signal indicative of the sensor (127, 238, 1310, 1312, 1314, 1316) sensing the presence of the substance at the sensor location, a pole located at the sensor location, and a sensor mobility system that moves a position of the sensor (127, 238, 1310, 1312, 1314, 1316), and the sensor mobility system is mounted to the pole; the mobile agricultural sprayer comprising: a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and a sensor position control logic configured to generate a sensor position signal to control the sensor mobility system, wherein the overspray detection system is configured to generate control signals to obtain sensor information from the sensor (127, 238, 1310, 1312, 1314, 1316), characterized in that the sensor position control logic generates the sensor position signal to actuate an actuator in the sensor mobility system that moves the sensor relative to the pole. a mobile agricultural sprayer, a sensor (127, 238, 1310, 1312, 1314, 1316), that senses a spray variable indicative of a presence of the substance, at a sensor location corresponding to a field boundary of a field over which the sprayer is traveling and that receives an overspray detected signal indicative of the sensor (127, 238, 1310, 1312, 1314, 1316) sensing the presence of the substance at the sensor location, a pole located at the sensor location, and a sensor mobility system that moves a position of the sensor (127, 238, 1310, 1312, 1314, 1316), and the sensor mobility system is mounted to the pole; the mobile agricultural sprayer comprising: a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and a sensor position control logic configured to generate a sensor position signal to control the sensor mobility system, wherein the overspray detection system is configured to generate control signals to obtain sensor information from the sensor (127, 238, 1310, 1312, 1314, 1316), characterized in that the sensor position control logic generates the sensor position signal to actuate an actuator in the sensor mobility system that moves the sensor relative to the pole. a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and a sensor position control logic configured to generate a sensor position signal to control the sensor mobility system, wherein the overspray detection system is configured to generate control signals to obtain sensor information from the sensor (127, 238, 1310, 1312, 1314, 1316), characterized in that the sensor position control logic generates the sensor position signal to actuate an actuator in the sensor mobility system that moves the sensor relative to the pole.
Method for diagnosing the inflation condition of each tyre of a vehicle comprising a front pair of right and left tyres and a rear pair of right and left tyres, said method comprising the following steps, - a first step of determining the actual radius R FL, R FR, R RL and R RR of each of the four wheels, this method being characterized in that this determination of the radius of each of the four wheels in this first step is performed by determining a first criterion CR 1 comparing the angular speeds of the pairs of wheels on a diagonal, a second criterion CR 2 comparing the angular speeds of the pairs of front and rear wheels, and a third criterion CR 3 comparing the angular speeds of the pairs of right and left wheels, and by using an arbitrary equation linking the four actual radii R FL, R FR, R RL and R RR with one another, where R FL, R FR, R RL and R RR are respectively the radius of the front left wheel, the radius of the front right wheel, the radius of the rear left wheel and the radius of the rear right wheel, - a second step of determining the relative radius of each of the four wheels by calculating the ratio of each of the actual radii determined in the previous step to a maximum actual radius corresponding to the maximum recorded value out of the four actual radii R FL, R FR, R RL and R RR determined during said previous step, - a step of diagnosing the inflation condition of each of the wheels from the relative-radii values determined in the previous step. - a first step of determining the actual radius R FL, R FR, R RL and R RR of each of the four wheels, this method being characterized in that this determination of the radius of each of the four wheels in this first step is performed by determining a first criterion CR 1 comparing the angular speeds of the pairs of wheels on a diagonal, a second criterion CR 2 comparing the angular speeds of the pairs of front and rear wheels, and a third criterion CR 3 comparing the angular speeds of the pairs of right and left wheels, and by using an arbitrary equation linking the four actual radii R FL, R FR, R RL and R RR with one another, where R FL, R FR, R RL and R RR are respectively the radius of the front left wheel, the radius of the front right wheel, the radius of the rear left wheel and the radius of the rear right wheel, - a second step of determining the relative radius of each of the four wheels by calculating the ratio of each of the actual radii determined in the previous step to a maximum actual radius corresponding to the maximum recorded value out of the four actual radii R FL, R FR, R RL and R RR determined during said previous step, - a step of diagnosing the inflation condition of each of the wheels from the relative-radii values determined in the previous step.
A method for manufacturing a preform of reinforcing fibers woven in a longitudinal direction, intended to be impregnated with resin in order to form a slender element having a tapered cross-section, simultaneously comprising a reduction or conversely an enlargement in the width and an enlargement or conversely a reduction in the height, this tapered section including, over the length, warp yarns at a constant number which are continuous, vertically disposed in layers, characterized in that for a reduction in the width it performs a weave change introducing additional weft yarns which thereby increase the number of layers, and simultaneously it tightens the teeth of the longitudinal compaction comb in order to reduce the space between the warp yarns column, and conversely for an enlargement in the width, it reduces the number of weft yarns (t) which decreases the number of layers and simultaneously it spaces apart the teeth of the comb.