mhurhangee/ep-ind-claims huggingface dataset:
An aircraft trailing edge assembly comprising: an adjustable linking member (22; 22a) having a first end configured to be secured to a first component of an aircraft, second end configured to be secured to a second component of the aircraft, the first component having a first coefficient of thermal expansion, the second component having a second coefficient of thermal expansion different than the first coefficient of thermal expansion; and a variable portion of the linking member (22; 22a), the variable portion configured to vary a length of the linking member (22; 22a) in a first direction when heated, and to vary the length of the linking member (22; 22a) in a second direction when cooled, the first direction being opposite the second direction; characterised in that: the assembly further comprising a valve configured to selectively permit communication of a fluid to a position near the variable portion to vary the length, wherein the valve is configured to permit communication of a relatively hot fluid to the position to vary the length in the first direction, and further configured to permit communication of a relatively cold fluid to the position to vary the length in the second direction. an adjustable linking member (22; 22a) having a first end configured to be secured to a first component of an aircraft, second end configured to be secured to a second component of the aircraft, the first component having a first coefficient of thermal expansion, the second component having a second coefficient of thermal expansion different than the first coefficient of thermal expansion; and a variable portion of the linking member (22; 22a), the variable portion configured to vary a length of the linking member (22; 22a) in a first direction when heated, and to vary the length of the linking member (22; 22a) in a second direction when cooled, the first direction being opposite the second direction; characterised in that: the assembly further comprising a valve configured to selectively permit communication of a fluid to a position near the variable portion to vary the length, wherein the valve is configured to permit communication of a relatively hot fluid to the position to vary the length in the first direction, and further configured to permit communication of a relatively cold fluid to the position to vary the length in the second direction.
An electric blower comprising: an electric motor; and a fan which is rotated by the electric motor, wherein the electric motor includes a stator, a rotor connected to the fan, and a cylindrical frame accommodating the stator and the rotor, and the stator includes a plurality of stator cores respectively facing each other in a radial direction and having a core tooth portion facing the rotor, coil portions attached to the stator cores respectively to form a magnetic pole at the core tooth portion, and a member disposed between the stator cores facing in the radial direction, characterized in that the member is a spacer which is press inserted between the stator cores facing each other to contact the stator cores and to press the stator cores respectively against the frame, the electric blower further includes regulation portions provided on an inner periphery of the frame along an axial direction of the frame to project from the inner periphery and having regulation receiving portions formed to be notched, corner portions of the stator cores being fitted into the regulation receiving portions, the regulation portions regulating positions of the respective stator cores pressed by the spacer, and the stator cores are positioned in a pressing direction against the inner periphery and in a rotation direction of the rotor by the spacer and the regulation portions. an electric motor; and a fan which is rotated by the electric motor, wherein the electric motor includes a stator, a rotor connected to the fan, and a cylindrical frame accommodating the stator and the rotor, and the stator includes a plurality of stator cores respectively facing each other in a radial direction and having a core tooth portion facing the rotor, coil portions attached to the stator cores respectively to form a magnetic pole at the core tooth portion, and a member disposed between the stator cores facing in the radial direction, characterized in that the member is a spacer which is press inserted between the stator cores facing each other to contact the stator cores and to press the stator cores respectively against the frame, the electric blower further includes regulation portions provided on an inner periphery of the frame along an axial direction of the frame to project from the inner periphery and having regulation receiving portions formed to be notched, corner portions of the stator cores being fitted into the regulation receiving portions, the regulation portions regulating positions of the respective stator cores pressed by the spacer, and the stator cores are positioned in a pressing direction against the inner periphery and in a rotation direction of the rotor by the spacer and the regulation portions.
Device for moving a furniture flap mounted movably on a furniture body with an upper flap element and a lower flap element, which are coupled to one another, wherein the device has a pivotable support arm (17, 18), which can be connected to the upper flap element, and an adjusting arm, which is mounted on the side of the furniture body via a first bearing point of the adjusting arm and can be connected to the lower flap element via a second bearing point of the adjusting arm, wherein attachment means for the detachable connection of the adjusting arm are provided on the first bearing point of the adjusting arm or on the second bearing point of the adjusting arm, wherein the attachment means have an adjusting arm connecting element on the adjusting arm and a connecting element on a section of the first or second bearing point connectable to the adjusting arm connecting element, characterised in that both bearing points of the adjusting arm provide a pivot axis of the adjusting arm and in that the attachment means are designed such that the connection can be formed by a combination of an insertion movement and a rotational movement of the adjusting arm connecting element about the pivot axis of the bearing point.
A polyamide obtainable by polymerizing (a) dicarboxylic acid comprising at least 50 mol% of an alicyclic dicarboxylic acid and (b) diamine comprising at least 50 mol% of a diamine having a substituent branched from a main chain.
A valve opening/closing device suitable for installation at the bottom of an intermediate bulk container, the container comprises a base and side plates, wherein: the valve opening/closing device comprises a handle, a motion-transferring device, a valve opening/closing mechanism and a clutch device; wherein, the motion-transferring device is used to transfer the actions acting on the handle to the valve opening/closing mechanism so as to achieve opening/closing of the valve; and the clutch device is used to engage the motion-transferring device with the valve opening/closing mechanism or disengage the motion-transferring device from the valve opening/closing mechanism, and the clutch device comprises a driving mechanism and a clutch mechanism, wherein the driving mechanism will drive the clutch mechanism to operate, so as to achieve the engagement of the motion-transferring device with the valve opening/closing mechanism or disengagement of the motion-transferring device from the valve opening/closing mechanism, characterised in that the clutch device comprises a clutch rod, a clutch lifting platform, a clutch bracket, a control member and a valve cover, wherein the clutch lifting platform and the control member are installed on the clutch bracket, and the clutch lifting platform can move up and down under the interaction between the control member and the valve cover, so as to achieve the connection and disconnection between the motion-transferring device and the valve stem of the valve. the valve opening/closing device comprises a handle, a motion-transferring device, a valve opening/closing mechanism and a clutch device; wherein, the motion-transferring device is used to transfer the actions acting on the handle to the valve opening/closing mechanism so as to achieve opening/closing of the valve; and the clutch device is used to engage the motion-transferring device with the valve opening/closing mechanism or disengage the motion-transferring device from the valve opening/closing mechanism, and the clutch device comprises a driving mechanism and a clutch mechanism, wherein the driving mechanism will drive the clutch mechanism to operate, so as to achieve the engagement of the motion-transferring device with the valve opening/closing mechanism or disengagement of the motion-transferring device from the valve opening/closing mechanism, characterised in that the clutch device comprises a clutch rod, a clutch lifting platform, a clutch bracket, a control member and a valve cover, wherein the clutch lifting platform and the control member are installed on the clutch bracket, and the clutch lifting platform can move up and down under the interaction between the control member and the valve cover, so as to achieve the connection and disconnection between the motion-transferring device and the valve stem of the valve.
A method for converting a carbonaceous material into a gaseous product, said method comprising: injecting a dry slurry stream into a gasification chamber spool utilizing an injector spool; impinging at least one reactant on the dry slurry stream, utilizing the Injector spool, to thereby generate a chemical reaction within the gasification chamber spool that produces a hot product containing a gaseous product and molten slag; forming a solidified slag protective layer on an interior surface of a gasification chamber spool ceramic matrix composite liner from the molten slag flowing through the gasification chamber spool; forming a solidified slag protective layer on an interior surface of a CMC liner of a convergent spool coupled to the gasification chamber spool from the molten slag flowing from the gasification chamber spool through the convergent spool; forming a solidified slag protective layer on an interior surface of a CMC liner of a heat exchanger quench spool coupled to the convergent spool from molten slag flowing through the HEX quench spool; forming a solidified slag protective layer on exterior surfaces of each of a plurality of CMC panels of a HEX core inside the HEX quench spool from molten slag flowing through the HEX quench spool; and exchanging sensible waste heat from hot product flowing through the HEX quench spool with a coolant flowing through a plurality of internal coolant channels of the HEX core. injecting a dry slurry stream into a gasification chamber spool utilizing an injector spool; impinging at least one reactant on the dry slurry stream, utilizing the Injector spool, to thereby generate a chemical reaction within the gasification chamber spool that produces a hot product containing a gaseous product and molten slag; forming a solidified slag protective layer on an interior surface of a gasification chamber spool ceramic matrix composite liner from the molten slag flowing through the gasification chamber spool; forming a solidified slag protective layer on an interior surface of a CMC liner of a convergent spool coupled to the gasification chamber spool from the molten slag flowing from the gasification chamber spool through the convergent spool; forming a solidified slag protective layer on an interior surface of a CMC liner of a heat exchanger quench spool coupled to the convergent spool from molten slag flowing through the HEX quench spool; forming a solidified slag protective layer on exterior surfaces of each of a plurality of CMC panels of a HEX core inside the HEX quench spool from molten slag flowing through the HEX quench spool; and exchanging sensible waste heat from hot product flowing through the HEX quench spool with a coolant flowing through a plurality of internal coolant channels of the HEX core.
A capacitive sensing controller, comprising: a first sensor input for receiving a reading of a self-capacitance of a first capacitive sensing element, wherein an effect of an environmental capacitance is approximately canceled from the reading of the first capacitive sensing element, the environmental capacitance being the self-capacitance of the first capacitive sensing element; an analog-to-digital, ADC, converter including an input of the ADC coupled to the first sensor input; a digital register configured to store a reading of the first sensor input from an output of the ADC; a digital processing unit coupled to read and write to the digital register, wherein the digital processing unit is configured to read a value from the digital register and process the reading; and a second sensor input for receiving a reading of a second capacitive sensing element, wherein the digital processing unit is configured to modify a reading of the second sensor input by a coefficient and adjust the reading of the first sensor input based on the coefficient modified reading of the second sensor input. a first sensor input for receiving a reading of a self-capacitance of a first capacitive sensing element, wherein an effect of an environmental capacitance is approximately canceled from the reading of the first capacitive sensing element, the environmental capacitance being the self-capacitance of the first capacitive sensing element; an analog-to-digital, ADC, converter including an input of the ADC coupled to the first sensor input; a digital register configured to store a reading of the first sensor input from an output of the ADC; a digital processing unit coupled to read and write to the digital register, wherein the digital processing unit is configured to read a value from the digital register and process the reading; and a second sensor input for receiving a reading of a second capacitive sensing element, wherein the digital processing unit is configured to modify a reading of the second sensor input by a coefficient and adjust the reading of the first sensor input based on the coefficient modified reading of the second sensor input.
Load-restraint assembly for load compartments of transport vehicles, in particular of trucks, wherein the load-restraint assembly comprises two mobile posts (15; 16), which can be erected in the load compartment of a truck, and have height-defined holding points (17a; 17b; 17c; 17d,...) for straps (18a; 18b; 18c), wherein the posts can be moved independently of any structures of a truck, do not need to be fixed to the truck body, and can be carried by one person, characterised in that, the posts (15; 16) each have a base plate (19; 20) as a support surface. the load-restraint assembly comprises two mobile posts (15; 16), which can be erected in the load compartment of a truck, and have height-defined holding points (17a; 17b; 17c; 17d,...) for straps (18a; 18b; 18c), wherein the posts can be moved independently of any structures of a truck, do not need to be fixed to the truck body, and can be carried by one person, characterised in that, the posts (15; 16) each have a base plate (19; 20) as a support surface.
An aerosol generating device comprising: a device body; plant material in the device body; a heating element in the device body, the heating element configured to heat the plant material; characterised in that the aerosol generating device also comprises a flavor carrier in the device body, the flavor carrier including, an outer housing extending in a longitudinal direction, the outer housing including, an outer housing wall defining at least one outer housing perforation, and an inner housing extending in the longitudinal direction, the inner housing coaxial with the outer housing, the outer housing and the inner housing defining a flavor chamber, the flavor chamber configured to contain a flavoring material, the inner housing including, an inner housing wall defining at least one inner housing perforation, a cover at a first end of the flavor carrier, and a gasket at a second end of the flavor carrier, the gasket being impermeable to aerosol. a device body; plant material in the device body; a heating element in the device body, the heating element configured to heat the plant material; characterised in that the aerosol generating device also comprises a flavor carrier in the device body, the flavor carrier including, an outer housing extending in a longitudinal direction, the outer housing including, an outer housing wall defining at least one outer housing perforation, and an inner housing extending in the longitudinal direction, the inner housing coaxial with the outer housing, the outer housing and the inner housing defining a flavor chamber, the flavor chamber configured to contain a flavoring material, the inner housing including, an inner housing wall defining at least one inner housing perforation, a cover at a first end of the flavor carrier, and a gasket at a second end of the flavor carrier, the gasket being impermeable to aerosol. an outer housing extending in a longitudinal direction, the outer housing including, an outer housing wall defining at least one outer housing perforation, and an inner housing extending in the longitudinal direction, the inner housing coaxial with the outer housing, the outer housing and the inner housing defining a flavor chamber, the flavor chamber configured to contain a flavoring material, the inner housing including, an inner housing wall defining at least one inner housing perforation, a cover at a first end of the flavor carrier, and a gasket at a second end of the flavor carrier, the gasket being impermeable to aerosol.
Portable object comprising a frame arranged to serve as a cradle for a control stem, the actuation in rotation of the control stem making it possible to control at least one electronic or mechanical function of the portable object, a magnetized ring being driven in rotation by the control stem, the rotation of the magnetized ring being detected by at least one inductive sensor held in abutment against a surface of the frame, characterized in that the inductive sensor is disposed inside a housing of the frame inside which the inductive sensor is held by elastic means or by adhesive bonding.
A method comprising: generating an aerosol by heating, without combusting, an aerosol generating substrate in a shisha device; characterised by introducing at least one aerosol condensation particle provided by an aerosol condensation particle dispenser which may be a nebulizer to an airflow path of the shisha device downstream of the aerosol generating substrate, wherein the airflow path carries the aerosol generated by the aerosol generating substrate to an outlet of the shisha device for delivery to a user. generating an aerosol by heating, without combusting, an aerosol generating substrate in a shisha device; characterised by introducing at least one aerosol condensation particle provided by an aerosol condensation particle dispenser which may be a nebulizer to an airflow path of the shisha device downstream of the aerosol generating substrate, wherein the airflow path carries the aerosol generated by the aerosol generating substrate to an outlet of the shisha device for delivery to a user.
Wood-encased pencil comprising a casing and a core, the casing consisting of wood material impregnated with a saccharide component, characterized in that the saccharide component comprises at least one monosaccharide and at least one oligosaccharide, wherein the oligosaccharide is maltodextrin.
A trap for capturing bed bugs comprising a textured two-dimensional surface, wherein the surface comprises: one or more triangular sections, wherein one of the triangular sections comprises a base; and one or more wing sections, wherein the wing sections comprise one or more wings defined by angled bottom and top edges, wherein the bottom and top edges of the wings are angled upward, each wing section being connected to either one or more triangular sections or to another wing section by a neck. and wherein the trap comprises a collecting area connected to one or more wing sections by a bridge. one or more triangular sections, wherein one of the triangular sections comprises a base; and one or more wing sections, wherein the wing sections comprise one or more wings defined by angled bottom and top edges, wherein the bottom and top edges of the wings are angled upward, each wing section being connected to either one or more triangular sections or to another wing section by a neck. and wherein the trap comprises a collecting area connected to one or more wing sections by a bridge.
A speaker mounting device comprising: a speaker component provided at a speaker; and a wall component to be provided at a wall; the speaker component being configured to be slid in a backward and downward direction with respect to the wall component to be mounted to the wall component; the speaker component being configured to be slid in a forward and upward direction with respect to the wall component to be dismounted from the wall component; wherein one of the speaker component and the wall component includes an insertion portion, and the other of the speaker component and the wall component includes an inserted section which receives the insertion portion in a state in which the speaker component is mounted to the wall component; characterized in that the speaker component includes a movement prevention member located below the insertion portion or the inserted section and a shaft member coupled to the movement prevention member; the shaft member is rotatable to cause the movement prevention member to rotate around the shaft member which has a rotational axis; the shaft member has an outer end of a screw head shape or a bolt head shape; and the movement prevention member, in a state in which the speaker component is mounted to the wall component, is configured to be positioned in the backward and downward direction relative to the wall component by rotation of the shaft member so as to prevent the speaker component from moving in the forward and upward direction. a speaker component provided at a speaker; and a wall component to be provided at a wall; the speaker component being configured to be slid in a backward and downward direction with respect to the wall component to be mounted to the wall component; the speaker component being configured to be slid in a forward and upward direction with respect to the wall component to be dismounted from the wall component; wherein one of the speaker component and the wall component includes an insertion portion, and the other of the speaker component and the wall component includes an inserted section which receives the insertion portion in a state in which the speaker component is mounted to the wall component; characterized in that the speaker component includes a movement prevention member located below the insertion portion or the inserted section and a shaft member coupled to the movement prevention member; the shaft member is rotatable to cause the movement prevention member to rotate around the shaft member which has a rotational axis; the shaft member has an outer end of a screw head shape or a bolt head shape; and the movement prevention member, in a state in which the speaker component is mounted to the wall component, is configured to be positioned in the backward and downward direction relative to the wall component by rotation of the shaft member so as to prevent the speaker component from moving in the forward and upward direction.