mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of an aqueous slurry comprising a plurality of polyisobutylene particles suspended therein, the process comprising at least the steps of: A) contacting an organic medium comprising i) polyisobutylene and II) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C, preferably 5 to 100°C, more preferably 15 to 80°C and even more preferably 20 to 70°C determined by at least one of the following methods: • DIN EN 1890 of September 2006, method A • DIN EN 1890 of September 2006, method C • DIN EN 1890 of September 2006, method E • DIN EN 1890 of September 2006, method A, wherein the amount of compound tested is reduced from 1 g per 100 mL of distilled water to 0.05 g per 100 mL of distilled water • DIN EN 1890 of September 2006, method A, wherein the amount of compound tested is reduced from 1 g per 100 mL of distilled water to 0.2 g per 100 mL, wherein said LCST compound is a compound which is soluble in a liquid medium at a lower temperature but precipitates from the liquid medium above the lower critical solution temperature, and B) removing at least partially the organic diluent to obtain the aqueous slurry comprising the polyisobutylene particles, wherein the removal of the organic diluent takes place by distillation. A) contacting an organic medium comprising i) polyisobutylene and II) an organic diluent with an aqueous medium comprising at least one LCST compound having a cloud point of 0 to 100°C, preferably 5 to 100°C, more preferably 15 to 80°C and even more preferably 20 to 70°C determined by at least one of the following methods: • DIN EN 1890 of September 2006, method A • DIN EN 1890 of September 2006, method C • DIN EN 1890 of September 2006, method E • DIN EN 1890 of September 2006, method A, wherein the amount of compound tested is reduced from 1 g per 100 mL of distilled water to 0.05 g per 100 mL of distilled water • DIN EN 1890 of September 2006, method A, wherein the amount of compound tested is reduced from 1 g per 100 mL of distilled water to 0.2 g per 100 mL, wherein said LCST compound is a compound which is soluble in a liquid medium at a lower temperature but precipitates from the liquid medium above the lower critical solution temperature, and i) polyisobutylene and II) an organic diluent • DIN EN 1890 of September 2006, method A • DIN EN 1890 of September 2006, method C • DIN EN 1890 of September 2006, method E • DIN EN 1890 of September 2006, method A, wherein the amount of compound tested is reduced from 1 g per 100 mL of distilled water to 0.05 g per 100 mL of distilled water • DIN EN 1890 of September 2006, method A, wherein the amount of compound tested is reduced from 1 g per 100 mL of distilled water to 0.2 g per 100 mL, B) removing at least partially the organic diluent to obtain the aqueous slurry comprising the polyisobutylene particles,
A portable rotary self-locking fast-disassembling locker, comprising a first fixing element and a second fixing element, wherein the first fixing element is provided with an embedding recess, the side wall of the embedding recess is provided with a protrusion portion, the protrusion portion is provided with an embedding clamping groove and a locking groove, the embedding clamping groove is located at one side of the protrusion portion close to the bottom of the embedding recess, the locking groove is located at one side of the protrusion portion far away from the bottom of the embedding recess, the second fixing element is connected with an elastic locking mechanism, the second fixing element is provided with a fixation clamp, the elastic locking mechanism includes a spring and a locking portion connected with the spring, the fixation clamp is matched with the embedding clamping groove, and the locking portion is matched with the locking groove, characterised in that the protrusion portion is provided with an import bevel on one side thereof, and one end of the locking portion is provided with a an active import bevel matched with the import bevel.
Use of enterovirus in the manufacture of a pharmaceutical composition for preventing or treating a disease associated with IgE-mediated allergic sensitization, wherein said enterovirus does not contain an exogenous nucleic acid sequence that is integrated into the viral genome and that encodes an allergen that induces said allergic sensitization, and wherein said enterovirus is a whole virus, or a virus like particle.
A method for transmitting uplink data, comprising: receiving, by a user equipment, UE, a resource configuration of uplink time-frequency resources for grant-free transmissions, wherein the UE is configured for K grant-free uplink transmissions of a data packet in K uplink time-frequency resources; transmitting, by the UE, an initial transmission of a data packet via grant-free transmission on one of the K uplink time-frequency resources; and transmitting, by the UE, at least one of a plurality of retransmissions of the data packet via grant-free transmission on at least one uplink time-frequency resource among the K uplink time-frequency resources, until receiving a scheduling grant for a retransmission of the data packet; and transmitting, by the UE, at least one of the plurality of retransmissions of the data packet according to the scheduling grant. receiving, by a user equipment, UE, a resource configuration of uplink time-frequency resources for grant-free transmissions, wherein the UE is configured for K grant-free uplink transmissions of a data packet in K uplink time-frequency resources; transmitting, by the UE, an initial transmission of a data packet via grant-free transmission on one of the K uplink time-frequency resources; and transmitting, by the UE, at least one of a plurality of retransmissions of the data packet via grant-free transmission on at least one uplink time-frequency resource among the K uplink time-frequency resources, until receiving a scheduling grant for a retransmission of the data packet; and transmitting, by the UE, at least one of the plurality of retransmissions of the data packet according to the scheduling grant.
A packaged orthodontic assembly comprising: a container with a chamber, the chamber including a sidewall and a bottom wall, the bottom wall defining a reference plane, wherein the sidewall comprises an upper edge connected to a flange that surrounds the chamber, and wherein the flange is substantially parallel to the reference plane; an orthodontic appliance received in the chamber, the appliance including a base comprising a bonding surface and a body extending outward from the base and comprising an arch wire passage; and a support extending into the chamber, wherein the support comprises a support body that tapers into an elongate linear post extending along a direction from the bottom wall of the chamber toward the upper edge of the sidewall and forming an oblique angle relative to the sidewall adjacent to the support body, wherein at least a portion of the linear post is engaged with the arch wire passage in the orthodontic appliance and orients the appliance such that the base is not parallel to the reference plane. a container with a chamber, the chamber including a sidewall and a bottom wall, the bottom wall defining a reference plane, wherein the sidewall comprises an upper edge connected to a flange that surrounds the chamber, and wherein the flange is substantially parallel to the reference plane; an orthodontic appliance received in the chamber, the appliance including a base comprising a bonding surface and a body extending outward from the base and comprising an arch wire passage; and a support extending into the chamber, wherein the support comprises a support body that tapers into an elongate linear post extending along a direction from the bottom wall of the chamber toward the upper edge of the sidewall and forming an oblique angle relative to the sidewall adjacent to the support body, wherein at least a portion of the linear post is engaged with the arch wire passage in the orthodontic appliance and orients the appliance such that the base is not parallel to the reference plane.
A gyratory crusher comprising: an upper shell; a spider supported at the shell, the spider having a plurality of spider arms extending radially outward from a hub; a plurality of arm shields mounted at the respective arms, each shield having a first end for positioning at or towards the hub and a second end positioned radially outward from the hub; characterised by: at least one lug projecting from each arm and a locking flange secured to the hub; each of the shields comprising at least one notch to engage each respective lug to inhibit radially outward movement of the shield relative to the arm; wherein at least a portion of the flange is seated on top of the first end of the shield that in combination with the lug and notch locks each of the shields axially and radially at each of the respective arms. an upper shell; a spider supported at the shell, the spider having a plurality of spider arms extending radially outward from a hub; a plurality of arm shields mounted at the respective arms, each shield having a first end for positioning at or towards the hub and a second end positioned radially outward from the hub; characterised by: at least one lug projecting from each arm and a locking flange secured to the hub; each of the shields comprising at least one notch to engage each respective lug to inhibit radially outward movement of the shield relative to the arm; wherein at least a portion of the flange is seated on top of the first end of the shield that in combination with the lug and notch locks each of the shields axially and radially at each of the respective arms. at least one lug projecting from each arm and a locking flange secured to the hub; each of the shields comprising at least one notch to engage each respective lug to inhibit radially outward movement of the shield relative to the arm; wherein at least a portion of the flange is seated on top of the first end of the shield that in combination with the lug and notch locks each of the shields axially and radially at each of the respective arms.
An integrated multifunctional valve device usable with a fluid container, the device comprising: a surface member having a first port and a second port formed therein; a flexible disk member having a central portion and a surrounding portion, the central portion movable between an open port position to establish fluid communication between the respective ports and a close port position to stop the fluid communication between the respective ports; a first seat member extending outward from the surface member and coupled to the surrounding portion of the flexible disk member; a second seat member extending outward from the surface member and surrounded by the first seat member, the second seat member configured to selectively receive the central portion of the flexible disk member corresponding to the close port position; and an actuator member configured to selectively move the central portion of the flexible disk member between the open port position and the close port position, a first housing member extending outward from the surface member, the first housing member surrounding the first port, the second port, the first seat member, the second seat member and the flexible disk member, and characterized in that: a capillary path is formed between the flexible disk member and the first seat member, the first housing member, the second seat member and the second port, the capillary path is configured to selectively transport air from the second port to a regulated chamber. a surface member having a first port and a second port formed therein; a flexible disk member having a central portion and a surrounding portion, the central portion movable between an open port position to establish fluid communication between the respective ports and a close port position to stop the fluid communication between the respective ports; a first seat member extending outward from the surface member and coupled to the surrounding portion of the flexible disk member; a second seat member extending outward from the surface member and surrounded by the first seat member, the second seat member configured to selectively receive the central portion of the flexible disk member corresponding to the close port position; and an actuator member configured to selectively move the central portion of the flexible disk member between the open port position and the close port position, a first housing member extending outward from the surface member, the first housing member surrounding the first port, the second port, the first seat member, the second seat member and the flexible disk member, and characterized in that: a capillary path is formed between the flexible disk member and the first seat member, the first housing member, the second seat member and the second port, the capillary path is configured to selectively transport air from the second port to a regulated chamber. a capillary path is formed between the flexible disk member and the first seat member, the first housing member, the second seat member and the second port, the capillary path is configured to selectively transport air from the second port to a regulated chamber.
A food cooking system comprising: a single-serving food package including food as an object to be cooked and an accommodating body accommodating the food; a heating chamber adapted to accommodate the single-serving food package; a steam supplier adapted to supply steam at a temperature of 85 to 130°C into the heating chamber; and a microwave supplier adapted to supply microwaves with an actual output of 500 to 3000 W into the heating chamber for 15 to 180 seconds while the steam is supplied into the single-serving food package, characterized in that the accommodating body is a resin packaging bag for individual packaging of the food, and has vent holes for steam to pass through in the bottom surface portion on which the food is placed, wherein the opening area of a single vent hole is 2 to 80 mm 2, and the opening ratio of the bottom surface portion of the packaging bag is 1 to 30%. a single-serving food package including food as an object to be cooked and an accommodating body accommodating the food; a heating chamber adapted to accommodate the single-serving food package; a steam supplier adapted to supply steam at a temperature of 85 to 130°C into the heating chamber; and a microwave supplier adapted to supply microwaves with an actual output of 500 to 3000 W into the heating chamber for 15 to 180 seconds while the steam is supplied into the single-serving food package, characterized in that the accommodating body is a resin packaging bag for individual packaging of the food, and has vent holes for steam to pass through in the bottom surface portion on which the food is placed, wherein the opening area of a single vent hole is 2 to 80 mm 2, and the opening ratio of the bottom surface portion of the packaging bag is 1 to 30%.
A surface treatment liquid composition for applying to a substrate, comprising: a nonionic resin particle; a multivalent metal salt; and an organic solvent comprising at least one of 1,2-propanediol, 1,2-butanediol, and 2,3-butanediol. a nonionic resin particle; a multivalent metal salt; and an organic solvent comprising at least one of 1,2-propanediol, 1,2-butanediol, and 2,3-butanediol.
A method of manufacturing a semiconductor device, the semiconductor device including a first conductivity type drift layer formed in a semiconductor substrate; and a second conductivity type body layer formed on an upper surface of the semiconductor substrate and located on an upper surface side of the drift layer, wherein the drift layer comprises a lifetime control region having a crystal defect density equal to or higher than h/2, where h is a maximum value of a crystal defect density of the drift layer that varies in a depth direction, characterized in that the method comprises manufacturing the drift layer comprising: forming a first conductivity type pre-drift layer (510,610,310) including a first resistance layer (511,513,611,613,311,313) and a second resistance layer (512,612,312), a resistivity of the second resistance layer (512,612,312) being lower than a resistivity of the first resistance layer (511,513,611,613,311,313), irradiating charged particles to the pre-drift layer (510,610,310) such that at least a part of the lifetime control region is included in the second resistance layer (512,612,312), the first resistance layer comprises a third resistance layer (511,611,311) and a fourth resistance layer (513,613,313) having a lower resistivity than the third resistance layer, the second resistance layer (512,612,312) is formed between the third resistance layer (511,611,311) and the fourth resistance layer (513,613,313) in the forming the pre-drift layer (510,610,310), and the charged particles are irradiated from a fourth resistance layer side in the irradiating the charged particles. forming a first conductivity type pre-drift layer (510,610,310) including a first resistance layer (511,513,611,613,311,313) and a second resistance layer (512,612,312), a resistivity of the second resistance layer (512,612,312) being lower than a resistivity of the first resistance layer (511,513,611,613,311,313), irradiating charged particles to the pre-drift layer (510,610,310) such that at least a part of the lifetime control region is included in the second resistance layer (512,612,312), the first resistance layer comprises a third resistance layer (511,611,311) and a fourth resistance layer (513,613,313) having a lower resistivity than the third resistance layer, the second resistance layer (512,612,312) is formed between the third resistance layer (511,611,311) and the fourth resistance layer (513,613,313) in the forming the pre-drift layer (510,610,310), and the charged particles are irradiated from a fourth resistance layer side in the irradiating the charged particles.
A system for providing lift, propulsion, and control for Vertical take-off and landing (VTOL)/Short take-off and landing (STOL) operations of an aircraft vehicle, the system comprising: a. at least one airfoil extending from a leading edge to a trailing edge; b. a cross-flow fan rotor, having a rotation axis, at least partially embedded in the airfoil and substantially the same length as the airfoil and mounted adjacent to the trailing edge of the airfoil; and c. an exit duct for the cross-flow fan configured to provide distributed flow along the trailing edge of the airfoil and configured to provide vectored thrust; and the system further comprises: d. a flap arranged rotatable about the cross-flow fan rotation axis, where the flap has an upper face and a lower face, and characterized in that the airfoil includes a flexlip, with an upper face wherein the lower face of the flap and the upper face of the flexlip form the exit duct; wherein the flap and the flexlip forming the exit duct are further configured to move simultaneously but at different angular rate to deliver a desired change in both the angle and mass flow of the vectored thrust. a. at least one airfoil extending from a leading edge to a trailing edge; b. a cross-flow fan rotor, having a rotation axis, at least partially embedded in the airfoil and substantially the same length as the airfoil and mounted adjacent to the trailing edge of the airfoil; and c. an exit duct for the cross-flow fan configured to provide distributed flow along the trailing edge of the airfoil and configured to provide vectored thrust; and the system further comprises: d. a flap arranged rotatable about the cross-flow fan rotation axis, where the flap has an upper face and a lower face, and
Pressure-balanced valve, preferably a 2/2-way valve for a gaseous working medium (compressed air), comprising a valve housing with an inlet-channel-side valve chamber with at least one inlet channel communicating with this valve chamber and with an outlet-channel-side outlet chamber with at least one outlet channel, as well as an electromagnetic actuator with an armature, a winding, a coil body, a pole, a yoke and an actuator housing, as well as a valve tappet projecting into this actuator housing, which has a drive-side valve pin and an outlet-channel-side valve tappet head, as well as a spring-elastic return element interacting with this valve tappet, wherein at least one valve seat is provided between the inlet channel and the outlet channel, the valve tappet head being provided with a valve tappet head coating, the valve having at least one non-dragging sealing element (20, 23, 25) for sealing the pressurized valve chamber, characterized in that the spring-elastic return element and the valve tappet head coating are materially connected to one another, i.e. form an elastic molded part which rests sealingly on a base of the outlet chamber, wherein in the deactivated state the elastic molded part presses the tappet head of the valve tappet against the valve seat and the armature is separated from the pole by a predetermined stroke in order to close the passage opening of the valve between the contact surfaces of the valve seat and the tappet head and wherein in the activated state the armature pushes the valve tappet in the direction of the outlet channel, which leads to a compression of the elastic molded part. wherein at least one valve seat is provided between the inlet channel and the outlet channel, the valve tappet head being provided with a valve tappet head coating, the valve having at least one non-dragging sealing element (20, 23, 25) for sealing the pressurized valve chamber, characterized in that the spring-elastic return element and the valve tappet head coating are materially connected to one another, i.e. form an elastic molded part which rests sealingly on a base of the outlet chamber, wherein in the deactivated state the elastic molded part presses the tappet head of the valve tappet against the valve seat and the armature is separated from the pole by a predetermined stroke in order to close the passage opening of the valve between the contact surfaces of the valve seat and the tappet head and wherein in the activated state the armature pushes the valve tappet in the direction of the outlet channel, which leads to a compression of the elastic molded part.
Method for the metallization of a substrate, wherein a seed layer is deposited on a substrate by means of chemical vapour deposition by means of a flame or by means of an atmospheric-pressure free jet plasma under atmospheric pressure conditions, wherein nanoparticles are embedded in the seed layer, and wherein the nanoparticles are used as seeds for subsequent coating by means of chemical metallization.
Ball, in particular a soccer ball, comprising: a. a shell with a plurality of panels (12a, 12b, 12c, 12d) on the outside of the shell, wherein b. the panels (12a, 12b, 12c, 12d) are arranged in such a way that there is at least one gap between at least two adjacent panels (12a, 12b), wherein c. the at least one gap is at least partly filled with a filling material, wherein d. the filling material was applied in liquid form into the at least one gap, wherein e. the filling material is a cured filling material, being liquid before the curing, and wherein f. the filling material comprises polyurethane or silicone. a. a shell with a plurality of panels (12a, 12b, 12c, 12d) on the outside of the shell, wherein b. the panels (12a, 12b, 12c, 12d) are arranged in such a way that there is at least one gap between at least two adjacent panels (12a, 12b), wherein c. the at least one gap is at least partly filled with a filling material, wherein d. the filling material was applied in liquid form into the at least one gap, wherein e. the filling material is a cured filling material, being liquid before the curing, and wherein f. the filling material comprises polyurethane or silicone.