mhurhangee/patent-ind-claim-en huggingface dataset:
A system for tire pressure monitoring comprising a tire valve for disposition on a wheel rim of a vehicle, said tire valve comprising a tire valve stem and a tire valve base , wherein a holding means is disposed on the tire valve base , and a tire pressure monitoring unit comprising a housing in which a pressure sensor for measuring the tire pressure and a transmitter for wireless transmission of tire pressure data are disposed, wherein the tire valve and the housing of the tire pressure monitoring unit are able to be fastened by means of a fastening element which is implemented in one piece with or made of the same material as the housing and which interacts with the holding means , wherein the holding means and the fastening element are implemented such that the tire pressure monitoring unit on the tire valve base can only move in one direction, in particular in the direction of a rim well , and the fastening element is implemented as an elastic lever arm, characterized in that the lever arm extends essentially orthogonally to a central axis of the tire valve . a tire pressure monitoring unit comprising a housing in which a pressure sensor for measuring the tire pressure and a transmitter for wireless transmission of tire pressure data are disposed, wherein the tire valve and the housing of the tire pressure monitoring unit are able to be fastened by means of a fastening element which is implemented in one piece with or made of the same material as the housing and which interacts with the holding means , wherein the holding means and the fastening element are implemented such that the tire pressure monitoring unit on the tire valve base can only move in one direction, in particular in the direction of a rim well , and the fastening element is implemented as an elastic lever arm, characterized in that the lever arm extends essentially orthogonally to a central axis of the tire valve .
A method for manufacturing a toner supply roller , the toner supply roller for use in an image forming apparatus, the method comprising the following steps in sequential order: an insertion process in which a roller member comprising a shaft and an elastic layer composed of a foam having a columnar shape supported on the outer periphery of the shaft is inserted into a cylindrical forming tool (m) having on the inner peripheral surface irregular concaves and convexes or a recessed groove along the longitudinal direction; a step in which the roller member after insertion is moved in a direction opposite to the insertion direction; a transfer process in which the roller member inserted into the cylindrical forming tool (m) is heated and the irregular concaves and convexes or the recessed groove along the longitudinal direction on the inner peripheral surface of the cylindrical forming tool (m) are transferred on the surface of the roller member ; and a releasing process in which the roller member on the surface of which the irregular concaves and convexes or the recessed groove along the longitudinal direction are transferred is taken out from the cylindrical forming tool to obtain a roller, wherein the foam is a polyurethane foam, wherein the elastic layer having a columnar shape is obtained by cutting out from a block foam and the elastic layer having a columnar shape is cut out from the block foam such that the axial direction of the columnar shape is in parallel to the foaming direction of the block foam. an insertion process in which a roller member comprising a shaft and an elastic layer composed of a foam having a columnar shape supported on the outer periphery of the shaft is inserted into a cylindrical forming tool (m) having on the inner peripheral surface irregular concaves and convexes or a recessed groove along the longitudinal direction; a step in which the roller member after insertion is moved in a direction opposite to the insertion direction; a transfer process in which the roller member inserted into the cylindrical forming tool (m) is heated and the irregular concaves and convexes or the recessed groove along the longitudinal direction on the inner peripheral surface of the cylindrical forming tool (m) are transferred on the surface of the roller member ; and a releasing process in which the roller member on the surface of which the irregular concaves and convexes or the recessed groove along the longitudinal direction are transferred is taken out from the cylindrical forming tool to obtain a roller, wherein the foam is a polyurethane foam, wherein the elastic layer having a columnar shape is obtained by cutting out from a block foam and the elastic layer having a columnar shape is cut out from the block foam such that the axial direction of the columnar shape is in parallel to the foaming direction of the block foam.
Method for regulating the filling of at least one cavity in a device for manufacturing an object, in particular in an injection moulding machine, wherein a melt is introduced into the cavity through an opening and its width is changed, the width of the opening is also changed in a position between a closed position and a maximum open position and is locked or fixed, a filling of the cavity and in particular the entry of the melt and/or a melt front into the cavity(s) is observed by sensors and the width of the opening is changed to control the filling, by moving the opening to an intermediate position, adjusting the specified values or changing requirements from an injection cycle or a specified profile, characterised in that a compression control for each individual shut-off nozzle takes place via the opening width of the valve gate nozzle by changing the position of the nozzle again after the injection process or after switching to holding pressure in order to generate more or less compression in front of the respective nozzle.
A method for storing a hollow ball , the method comprising the steps of: putting a hollow ball including an outer shell and a space surrounded by the outer shell, into a housing portion , wherein the hollow ball is housed in a bag in the housing portion ; decreasing a temperature of the hollow ball to a temperature lower than a temperature of external air; and storing the hollow ball in a state where the temperature of the hollow ball is made lower than the temperature of the external air; increasing the temperature of the hollow ball after the step ; and thereafter taking out the hollow ball from the bag . putting a hollow ball including an outer shell and a space surrounded by the outer shell, into a housing portion , wherein the hollow ball is housed in a bag in the housing portion ; decreasing a temperature of the hollow ball to a temperature lower than a temperature of external air; and storing the hollow ball in a state where the temperature of the hollow ball is made lower than the temperature of the external air; increasing the temperature of the hollow ball after the step ; and thereafter taking out the hollow ball from the bag .
Round filter element, in particular for gas filtration, for example, for an air filter, with a filter medium body whose wall can be flowed through by the fluid to be purified in radial direction relative to the longitudinal axis of the filter medium body , wherein the filter medium body comprises a longitudinally extending cross-sectional shape, wherein at the axially oppositely positioned end faces of the filter medium body an end disk is arranged, respectively, and the two end disks comprise the same cross-sectional shape, characterized in that the filter medium body , by twisting about its longitudinal axis , is twisted in such a way that the axially oppositely positioned end faces of the filter medium body are angularly displaced relative to each other.
A liquid jet head comprising: a liquid jet section for jetting liquid; an electronic control section electrically connected to the liquid jet section; a main protective member adapted to cover a periphery of the electronic control section; a connection section attached to the electronic control section and adapted to electrically connect an outside of the liquid jet head and the electronic control section to each other; a connection section protective member configured so as to make a state transition between a protection state of covering the connection section and an exposure state of exposing the connection section wherein the connection section protective member includes a back plate a lower end of which has contact with the main protective member , a front plate opposed to the back plate across the connection section , and disposed so that a lower end of the front plate has a gap (S) with the main protective member, and an upper plate adapted to connect an upper end of the front plate and an upper end of the back plate to each other; characterised in that an electric cable adapted to be inserted in the gap (S) and electrically connect the connection section and the outside to each other; and a holding structure adapted to limit a movement in the gap (S) of the electric cable . a liquid jet section for jetting liquid; an electronic control section electrically connected to the liquid jet section; a main protective member adapted to cover a periphery of the electronic control section; a connection section attached to the electronic control section and adapted to electrically connect an outside of the liquid jet head and the electronic control section to each other; a connection section protective member configured so as to make a state transition between a protection state of covering the connection section and an exposure state of exposing the connection section wherein the connection section protective member includes a back plate a lower end of which has contact with the main protective member , a front plate opposed to the back plate across the connection section , and disposed so that a lower end of the front plate has a gap (S) with the main protective member, and an upper plate adapted to connect an upper end of the front plate and an upper end of the back plate to each other; a back plate a lower end of which has contact with the main protective member , a front plate opposed to the back plate across the connection section , and disposed so that a lower end of the front plate has a gap (S) with the main protective member, and an upper plate adapted to connect an upper end of the front plate and an upper end of the back plate to each other; an electric cable adapted to be inserted in the gap (S) and electrically connect the connection section and the outside to each other; and a holding structure adapted to limit a movement in the gap (S) of the electric cable .
Cartridge for a nebulizer with a connecting element , the cartridge comprising: a container containing a fluid to be nebulized, a closure with a connection port for fluidically and/or sealingly connecting the container to the nebulizer or a delivery mechanism thereof, wherein a pierceable or breakable membrane or sealing wall is preferably integrated or arranged within the closure, in particular the connection port, characterized in that the cartridge comprises a sealing element between the closure and the container for forming a sealing (S1) inbetween, wherein the sealing element is adapted to sealingly (S3) receive the connecting element of the nebulizer after passing through the connection port . a container containing a fluid to be nebulized, a closure with a connection port for fluidically and/or sealingly connecting the container to the nebulizer or a delivery mechanism thereof, wherein a pierceable or breakable membrane or sealing wall is preferably integrated or arranged within the closure, in particular the connection port, characterized in that the cartridge comprises a sealing element between the closure and the container for forming a sealing (S1) inbetween, wherein the sealing element is adapted to sealingly (S3) receive the connecting element of the nebulizer after passing through the connection port .
A system for lifting and lowering loads on a wind turbine which has a tower and a nacelle arranged on the tower with a crane , wherein the tower has such a large diameter up to a free-lift height that a load lifted or lowered perpendicularly by the crane collides with the tower , wherein a diagonal pulling apparatus is provided, which has a guided tag line and a motorized winch for one rope of the tag line , wherein the tag line has one or two ropes and the motorized winch is operated when the crane is operated in order to deflect the load from its perpendicular position below the crane via the tag line at a height below the free-lift height , wherein a first control is provided, which actuates the motorized winch , characterized in that the first control actuates the motorized winch depending on a detected distance value of the load from the tower and/or depending on a detected height value, wherein a height sensor is provided, which detects the height value of the load above the ground, wherein, depending on the detected height value of the load , a required deflection of the load from the perpendicular position is calculated, and/or a distance sensor is mounted on the load, which detects the distance value of the load from the outer wall of the tower.
A coating method comprising: obtaining a first uncured coating film by applying a first coating composition to a surface of an object to be coated; obtaining a second uncured coating film by applying a second coating composition to the first uncured coating film; and curing simultaneously the first uncured coating film and the second uncured coating film by conducting heating, wherein the first coating composition comprises a hydroxyl group-containing resin component and the second coating composition comprises: an isocyanate component (a) comprising a triisocyanate of general formula (I); and the hydroxyl group-containing resin component, in the general formula (I), multiple Y 1 each independently represents a single bond or a C1-20 divalent hydrocarbon group which may comprise at least one selected from the group consisting of an ester group and an ether group, the multiple Y 1 are identical to or different from each other, and R 1 is a hydrogen atom or a C1-12 monovalent hydrocarbon group, wherein the second coating composition further comprises a polyisocyanate component (b) having an isocyanurate structure formed by at least one kind of isocyanates selected from the group consisting of aliphatic isocyanates and alicyclic isocyanates, and a mass ratio (a):(b) of the isocyanate component (a) and the polyisocyanate component (b) is 4:6 to 9:1. wherein the first coating composition comprises a hydroxyl group-containing resin component and the second coating composition comprises: an isocyanate component (a) comprising a triisocyanate of general formula (I); and the hydroxyl group-containing resin component, in the general formula (I), multiple Y 1 each independently represents a single bond or a C1-20 divalent hydrocarbon group which may comprise at least one selected from the group consisting of an ester group and an ether group, the multiple Y 1 are identical to or different from each other, and R 1 is a hydrogen atom or a C1-12 monovalent hydrocarbon group, wherein the second coating composition further comprises a polyisocyanate component (b) having an isocyanurate structure formed by at least one kind of isocyanates selected from the group consisting of aliphatic isocyanates and alicyclic isocyanates, and a mass ratio (a):(b) of the isocyanate component (a) and the polyisocyanate component (b) is 4:6 to 9:1.
A radiation therapy system comprising: a gantry comprising a stationary frame and a rotatable ring configured to rotate up to about 70 rotations per minute, RPM, wherein the rotatable ring comprises a drum having a first ring-shaped end surface , a second ring-shaped end surface opposite the first end surface, and a length therebetween such that deflection of the first and second end surfaces is less than about 0.5 mm when the ring rotates up to about 70 RPM; a slip-ring located between the stationary frame and the rotatable ring and configured to communicate electrical signals therebetween while the rotatable ring rotates up to about 70 RPM; a therapeutic radiation source comprising a linear accelerator , linac, and a magnetron having a cathode supported by a cathode support , wherein the linac is attached along the length of the drum by a first mounting assembly and enclosed in a radiation shield that is separate from the linac and first mounting assembly, and wherein the magnetron is radially mounted along the length of the drum such that the cathode support of the magnetron is aligned with a direction of a centripetal force that is generated while the rotatable ring rotates up to about 70 RPM; one or more PET detectors mounted along the length of the drum; and a temperature management system configured to transfer heat from the rotatable ring to a cooling fluid on the stationary frame. a gantry comprising a stationary frame and a rotatable ring configured to rotate up to about 70 rotations per minute, RPM, wherein the rotatable ring comprises a drum having a first ring-shaped end surface , a second ring-shaped end surface opposite the first end surface, and a length therebetween such that deflection of the first and second end surfaces is less than about 0.5 mm when the ring rotates up to about 70 RPM; a slip-ring located between the stationary frame and the rotatable ring and configured to communicate electrical signals therebetween while the rotatable ring rotates up to about 70 RPM; a therapeutic radiation source comprising a linear accelerator , linac, and a magnetron having a cathode supported by a cathode support , wherein the linac is attached along the length of the drum by a first mounting assembly and enclosed in a radiation shield that is separate from the linac and first mounting assembly, and wherein the magnetron is radially mounted along the length of the drum such that the cathode support of the magnetron is aligned with a direction of a centripetal force that is generated while the rotatable ring rotates up to about 70 RPM; one or more PET detectors mounted along the length of the drum; and a temperature management system configured to transfer heat from the rotatable ring to a cooling fluid on the stationary frame.
A non-naturally occurring zinc finger protein that binds to an Htt gene, the zinc finger protein comprising 4, 5 or 6 zinc finger domains ordered F1 to F4, F1 to F5 and F1 to F6, wherein the zinc finger domains comprise the recognition helix regions sequences shown in a single row of Table 1B.
A deflector for a curtain-type airbag and designed to be mounted rigidly on an upper side rear part of the body structure of a motor vehicle above and along a rear part lining, said deflector comprising a body comprising a deflection ramp arranged to guide the deployment of the airbag of said cushion towards the interior of the passenger compartment by preventing the latter from catching on said rear part lining, said body also comprising an extension plate extending behind said deflection ramp and comprising at least one curved guide chute for a bundle or pipe, and arranged to constrain said bundle or pipe to follow a curved trajectory circumventing said inflatable bag so that it does not interfere with this bag during its deployment, characterized in that said extension plate comprises clamping members consisting of elastic hooks in the form of a half-lyre and projecting from one of the lateral edges of each said guide chute and capable of holding the corresponding bundle or pipe there.
An implantable prosthesis intended to repair the abdominal wall in the inguinal region, in particular for Totally Extra-Peritoneal (T.E.P) surgery and/or Trans-Abdominal Pre-Peritoneal (T.A.P.P) surgery, comprising a knitted base structure comprising at least one polypropylene monofilament yarn and having first and second opposite faces as well as openings having at least one dimension greater than or equal to 1 mm, and, seen according to said first face , at least one convex part having a determined anatomical shape, characterized in that the base structure comprises at least one polylactic acid (PLA) monofilament yarn and in that the knitted base structure is knitted using a first guide bar supporting at least one polypropylene monofilament yarn and one polylactic acid monofilament yarn forming a first composite yarn , and a second guide bar supporting a polylactic acid monofilament yarn.
A method for delivering at least one content item to a terminal amongst a plurality of terminals performed by a supplying entity, the method comprising the steps of: generating (S110) at least a first list of components related to said at least one content item at a first time instant and a second list of components related to said at least one content item at a second time instant following the first time instant, wherein the generation includes making the lists available to said plurality of terminals and wherein the generation is independent of any request from the terminals; receiving (S120) a request, from the terminal, of a list of components related to said at least one content item at a third time instant following the first time instant; sending (S130), in response to said request, of a response containing the second list of components not before a delay time, wherein the delay time is equal to the difference between the second time instant and the third time instant. generating (S110) at least a first list of components related to said at least one content item at a first time instant and a second list of components related to said at least one content item at a second time instant following the first time instant, wherein the generation includes making the lists available to said plurality of terminals and wherein the generation is independent of any request from the terminals; receiving (S120) a request, from the terminal, of a list of components related to said at least one content item at a third time instant following the first time instant; sending (S130), in response to said request, of a response containing the second list of components not before a delay time, wherein the delay time is equal to the difference between the second time instant and the third time instant.