mhurhangee/patent-ind-claim-en huggingface dataset:
. An assembly formed of an end-piece and a wiper rubber constituting a wiper blade , the wiper rubber comprising at least one heel and a friction zone , the friction zone being capable of coming into contact with a surface to be wiped, the end-piece comprising a first receiver which is configured to receive a first end of a flexible support of the wiper blade and a second receiver into which the heel of the wiper rubber extends, the two receivers being superposed in a plane passing through the heel and through the friction zone , the end-piece comprising a means of attachment to the wiper rubber integrally formed with the end-piece , assembly wherein the means of attachment comprises a channel formed through a peripheral wall of the end-piece, the channel comprising a first portion of a first width (L1) and a second portion of a second width (L2), the second width being greater than the first width (L1), assembly wherein only the wiper rubber is capable of deforming, caracterised in that a width (E2) of an intermediate body of the wiper rubber arranged between the heel and the friction zone , measured outside the first portion of the channel , is greater than the first width (L1) of the first portion of the channel .
A resource state acquisition method comprising : receiving (S110) a resource state report request message including basic resource information from a first Evolved Node Base called a first eNB, the basic resource information being configured to indicate basic resources required to be provided by a second eNB, and the basic resources being resources required by load balance; and judging (S120) whether the second eNB can provide the basic resources according to the basic resource information, and when the second eNB cannot provide the basic resources, sending a resource state failure message to the first eNB; and wherein the resource state report request message further comprises requested resource type information; the requested resource type information is configured to represent requested resources required to be provided by the second eNB; and the basic resource information is indication information which indicates whether each requested resource is a basic resource. receiving (S110) a resource state report request message including basic resource information from a first Evolved Node Base called a first eNB, the basic resource information being configured to indicate basic resources required to be provided by a second eNB, and the basic resources being resources required by load balance; and judging (S120) whether the second eNB can provide the basic resources according to the basic resource information, and when the second eNB cannot provide the basic resources, sending a resource state failure message to the first eNB; and wherein the resource state report request message further comprises requested resource type information; the requested resource type information is configured to represent requested resources required to be provided by the second eNB; and the basic resource information is indication information which indicates whether each requested resource is a basic resource.
Method for determining a gripping position for gripping a workpiece , characterized by the steps: - providing a plate-shaped device having a projection on a surface which reflects at least one movement of gripping elements of a gripper , wherein the projection differs in color from the surface of the plate-shaped device and/or comprises depressions in the surface; - positioning the workpiece in relation to the plate-shaped device such that an outer contour of the workpiece intersects the projection of the at least one movement of the gripping elements of the gripper ; - detecting a workpiece geometry of the workpiece , comprising the outer contour of the workpiece ; - detecting intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper ; - storing the detected workpiece geometry and the detected intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper ; - determining the gripping position for gripping the workpiece from the detected intersection points, wherein a workpiece coordinate system , which defines the gripping position for gripping the workpiece , is determined on the basis of the detected intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper , and a relation between the determined workpiece coordinate system and a gripper coordinate system of the gripper is determined and stored for the workpiece . - providing a plate-shaped device having a projection on a surface which reflects at least one movement of gripping elements of a gripper , wherein the projection differs in color from the surface of the plate-shaped device and/or comprises depressions in the surface; - positioning the workpiece in relation to the plate-shaped device such that an outer contour of the workpiece intersects the projection of the at least one movement of the gripping elements of the gripper ; - detecting a workpiece geometry of the workpiece , comprising the outer contour of the workpiece ; - detecting intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper ; - storing the detected workpiece geometry and the detected intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper ; - determining the gripping position for gripping the workpiece from the detected intersection points,
A rack comprising: an outer edge rib for defining a space in which dishes are loaded; a variable space loading unit upwardly and downwardly movably provided at an inside of the outer edge rib ; and a lifting unit provided at the outer edge rib for upwardly and downwardly moving the variable space loading unit to decrease and increase a loading space of the variable space loading unit , characterized in that the lifting unit is provided with a slide protrusion movable in an interlocked state in response to movement of the lifting unit , and the variable space loading unit is provided with an inclined slot , into which the slide protrusion is inserted, the inclined slot having a predetermined angle of inclination. an outer edge rib for defining a space in which dishes are loaded; a variable space loading unit upwardly and downwardly movably provided at an inside of the outer edge rib ; and a lifting unit provided at the outer edge rib for upwardly and downwardly moving the variable space loading unit to decrease and increase a loading space of the variable space loading unit , characterized in that the lifting unit is provided with a slide protrusion movable in an interlocked state in response to movement of the lifting unit , and the variable space loading unit is provided with an inclined slot , into which the slide protrusion is inserted, the inclined slot having a predetermined angle of inclination.
Nozzle device for dispensing flowable substances, having a support and a nozzle element arranged at least in part within this support, which element is suitable and intended for dispensing the flowable substance, and having a first coupling means , in order to arrange the nozzle device detachably on a supply means for the flowable substance, characterised in that the nozzle device has a second coupling means in order to fasten the nozzle device detachably to a further nozzle device , wherein a piston element is arranged within the nozzle element and this piston element is moveable in the longitudinal direction (L) of the nozzle device .
A dual dosage capsule, comprising: a. a first capsule member comprising a first fill material and having an open first end sealed by a first cap; b. a second capsule member comprising a second fill material and having an open first end sealed by a second cap; and c. an annular band having a first end connected to the first capsule member to sealingly contain the first fill material in the first capsule member and an opposing second end connected to the second capsule member to sealingly contain the second fill material in the second capsule member, thereby defining an internal chamber between the first capsule member and the second capsule member within the annular band; wherein the annular band comprises one or more apertures therethrough radially oriented relative to a longitudinal axis of the capsule, thereby placing the internal chamber, the first cap, and the second cap in fluid communication with the environment outside the capsule. a. a first capsule member comprising a first fill material and having an open first end sealed by a first cap; b. a second capsule member comprising a second fill material and having an open first end sealed by a second cap; and c. an annular band having a first end connected to the first capsule member to sealingly contain the first fill material in the first capsule member and an opposing second end connected to the second capsule member to sealingly contain the second fill material in the second capsule member, thereby defining an internal chamber between the first capsule member and the second capsule member within the annular band;
Rotor bearing for a wind turbine having an inner ring and an outer ring rotatable relative to the inner ring which delimit a bearing interior in which at least one row of rolling elements which can roll between the bearing rings is arranged, and having sealing arrangements for sealing the bearing interior on one side in each case, wherein at least one of the sealing arrangements has a first seal connected in a rotationally fixed manner to the inner ring and a seal race ring connected in a rotationally fixed manner to the outer ring , on which a first seal running surface for the first seal is formed, wherein an annular attachment is fastened to the inner ring and a second seal acting between the seal race ring and the annular attachment is provided, characterized in that the annular attachment embraces the seal race ring in the radial direction (R) and the second seal delimits an annular space formed between a radial outer surface of the seal race ring and a radial inner surface of the annular attachment, wherein an outlet for connecting an oil return is provided in the annular attachment with a flow sectional area which is arranged at least partially further outwards in the radial direction (R) than a sealing gap of the second seal .
A curable composition which contains a (meth)acrylic acid ester polymer (A) having as constituent monomers a monomer having a reactive silicon group represented by the general formula : -SiR 1 a X 3-a (in the formula, R 1 represents a substituted or unsubstituted hydrocarbon group with 1 to 20 carbon atoms, X each independently represents a hydroxyl group or a hydrolyzable group, and a represents 0 or 1), and a polymerizable unsaturated group, and a macromonomer (a) having a polymerizable unsaturated group; and a polyoxyalkylene-based polymer (B) having a reactive silicon group represented by the general formula ; in which the macromonomer (a) is a (meth)acrylic acid ester polymer, and the hydrolyzable group is a hydrogen, a halogen, an alkoxy group, an alkenyloxy group, an aryloxy group, an acyloxy group, an amino group, an amide group, an aminooxy group, or a mercapto group. (in the formula, R 1 represents a substituted or unsubstituted hydrocarbon group with 1 to 20 carbon atoms, X each independently represents a hydroxyl group or a hydrolyzable group, and a represents 0 or 1), and a polymerizable unsaturated group, and a macromonomer (a) having a polymerizable unsaturated group; and a polyoxyalkylene-based polymer (B) having a reactive silicon group represented by the general formula ; in which the macromonomer (a) is a (meth)acrylic acid ester polymer, and the hydrolyzable group is a hydrogen, a halogen, an alkoxy group, an alkenyloxy group, an aryloxy group, an acyloxy group, an amino group, an amide group, an aminooxy group, or a mercapto group.
A vacuum blender comprising: a mechanical operator comprising a main body provided with an internal space, a vacuum pump and a rotary motor , the vacuum pump and the rotary motor being installed in the internal space of the main body ; a supporter configured to allow a vacuum tube connected with the vacuum pump to pass therethrough, the supporter being formed to rise to a certain height from the mechanical operator ; a vacuum depressurizer arranged at an upper portion of the supporter and provided therein with a first vacuum chamber connected with the vacuum tube , the first vacuum chamber being configured such that upper and lower portions thereof communicate with an outside, and the upper portion of the first vacuum chamber is a selectively opened and closed by a first vacuum plug ; and a vacuum chopper comprising a storage container seated on the mechanical operator and provided with a second vacuum chamber formed therein and a blender blade mounted thereto and connected with the rotary motor , and a seal cover sealably placed on the storage container , wherein a depressurizer packing is mounted to a lower portion of the vacuum depressurizer communicating with the outside so as to closely contact the seal cover , said seal cover being provided with a second vacuum plug installed at a portion of the seal cover sealably connected with said depressurizer packing mounted to the lower portion of the first vacuum chamber of the vacuum depressurizer , such that the second vacuum plug is selectively opened and closed. a mechanical operator comprising a main body provided with an internal space, a vacuum pump and a rotary motor , the vacuum pump and the rotary motor being installed in the internal space of the main body ; a supporter configured to allow a vacuum tube connected with the vacuum pump to pass therethrough, the supporter being formed to rise to a certain height from the mechanical operator ; a vacuum depressurizer arranged at an upper portion of the supporter and provided therein with a first vacuum chamber connected with the vacuum tube , the first vacuum chamber being configured such that upper and lower portions thereof communicate with an outside, and the upper portion of the first vacuum chamber is a selectively opened and closed by a first vacuum plug ; and a vacuum chopper comprising a storage container seated on the mechanical operator and provided with a second vacuum chamber formed therein and a blender blade mounted thereto and connected with the rotary motor , and a seal cover sealably placed on the storage container , wherein a depressurizer packing is mounted to a lower portion of the vacuum depressurizer communicating with the outside so as to closely contact the seal cover , said seal cover being provided with a second vacuum plug installed at a portion of the seal cover sealably connected with said depressurizer packing mounted to the lower portion of the first vacuum chamber of the vacuum depressurizer , such that the second vacuum plug is selectively opened and closed.
A composite-material molding apparatus for molding a composite material, the composite-material molding apparatus comprising: a main body portion ; a surface layer which covers a surface of the main body portion and on which a molding surface for molding the composite material is formed; a heating unit which is provided inside the main body portion and which includes a plurality of heating heaters ; a filamentous optical fiber temperature sensor which is embedded in the surface layer ; and a control device which controls the heating unit based on a temperature measured by the optical fiber temperature sensor , wherein the surface layer is a composite-material layer which is formed of a fiber reinforced composite-material, and wherein the optical fiber temperature sensor is disposed in a planar manner in a plane parallel to the molding surface , characterized in that a portion of the optical fiber temperature sensor is provided at a first position which reaches the highest temperature in the molding surface , the first position being a position which is positioned immediately above each of the plurality of heating heaters , and the other portion of the optical fiber temperature sensor is provided at a second position which reaches the lowest temperature in the molding surface , the second position being an intermediate position between the plurality of heating heaters . a main body portion ; a surface layer which covers a surface of the main body portion and on which a molding surface for molding the composite material is formed; a heating unit which is provided inside the main body portion and which includes a plurality of heating heaters ; a filamentous optical fiber temperature sensor which is embedded in the surface layer ; and a control device which controls the heating unit based on a temperature measured by the optical fiber temperature sensor , wherein the surface layer is a composite-material layer which is formed of a fiber reinforced composite-material, and wherein the optical fiber temperature sensor is disposed in a planar manner in a plane parallel to the molding surface , characterized in that a portion of the optical fiber temperature sensor is provided at a first position which reaches the highest temperature in the molding surface , the first position being a position which is positioned immediately above each of the plurality of heating heaters , and the other portion of the optical fiber temperature sensor is provided at a second position which reaches the lowest temperature in the molding surface , the second position being an intermediate position between the plurality of heating heaters .
A coated cutting tool, consisting of a substrate of cemented carbide, cermet, ceramics, or cubic boron nitride and a single layer or multi-layer wear resistant coating and having a total thickness from 1 to 25 μm, wherein the wear resistant coating comprises a tantalum containing hard material layer comprising one single phase or more than one phase of tantalum compound represented by the general formula Ta w C x N y O z with w = 1 or 2, 0.2 ≤ x ≤ 1.1, 0 ≤ y ≤ 0.55 and 0 ≤ z ≤ 0.2, x+y+z being within the range from 0.8 - 1.2, and having a hardness of between 2500 HV [0.01] and 3500 HV[0.01].
Device for conveying a fuel, comprising a filling chamber having an inlet for filling the filling chamber with the fuel, a conveying portion for conveying the fuel via an outlet , and a transition from the filling chamber to the conveying portion , wherein a means for closing the transition between the filling chamber and the conveying portion is provided, wherein the closing means comprises an actuator and is designed so as to be able to close the transition by moving the actuator counter to the direction of transfer of the fuel from the filling chamber to the conveying portion in order to switch between an open position and a closed position of the transition , in order to allow communication between the filling chamber and the conveying portion in the open position and separation of the conveying portion from the filling chamber in the closed position, wherein the filling chamber has a feed line for feeding compressed air as a gaseous transport medium in order to transfer the fuel, filled through the inlet into the filling chamber , into the conveying portion in the open position of the transition and in order to dispense the fuel from the conveying portion out of the outlet , wherein the filling chamber is filled with the fuel by means of a gaseous transport medium, wherein an exhaust air opening is provided in order to discharge the gaseous transport medium and wherein a means for separating the fuel is provided, which means is designed so as to allow the fuel to be separated from the gaseous transport medium such that the fuel reaches the filling chamber and the gaseous transport medium escapes through the exhaust air opening .
A device for controlling the intake of drugs, applicable to a package of a drug inhaler or a liquid drug injection pen containing one or more doses of a drug, said device comprising: - sensor means adapted to detect vibrational energy transferred to said inhaler or pen package , in response of interactions of a user with said inhaler or pen package to release one or more doses of said drug; - a processor connected to said sensor means ; wherein said processor is configured to calculate intake information of said drug on the basis of the vibrational energy detected by said sensor means ; wherein said sensor means comprise at least one accelerometer ; wherein the processor sets a time lapse (Δt) so to obtain from the at least one accelerometer all the vibrational energy transferred to the at least one accelerometer during a charge phase and during a release or inhalation phase and detected by the at least one accelerometer in said time lapse (Δt). - sensor means adapted to detect vibrational energy transferred to said inhaler or pen package , in response of interactions of a user with said inhaler or pen package to release one or more doses of said drug; - a processor connected to said sensor means ; wherein said processor is configured to calculate intake information of said drug on the basis of the vibrational energy detected by said sensor means ; wherein said sensor means comprise at least one accelerometer ; wherein the processor sets a time lapse (Δt) so to obtain from the at least one accelerometer all the vibrational energy transferred to the at least one accelerometer during a charge phase and during a release or inhalation phase and detected by the at least one accelerometer in said time lapse (Δt).
An agent capable of inhibiting the activity of miR-134 for use in preventing or treating epilepsy or status epilepticus in an individual, wherein the agent is to be delivered to the brain of the individual, in which the agent capable of inhibiting the activity of miR-134 is a specific low molecular weight inhibitor of miR-134 expression selected from an antagomir, an anti-sense molecule, a siRNA molecule, a shRNA molecule. a microRNA sponge, tiny seed-targeting LNA oligonucleotides, and a decoy oligonucleotides.