mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid contents discharge container, comprising: a container body storing contents; a container neck disposed at an upper portion of the container body and provided with a discharge part for discharging the contents stored therein; a contents discharge tube which is coupled to an upper portion of the discharge part and having a discharge hole formed at an upper end thereof for discharging contents to the outside; a sealing member encasing the contents discharge tube and detachably coupled to the discharge part , and comprising a sealing cap provided with a sealing protrusion for sealing the discharge hole of the contents discharge tube when the sealing member is coupled to the discharge part ; the liquid contents discharge container further comprises an overcap coupled to the sealing member , while encasing the sealing member to rotate the sealing member by a user's manipulation, wherein the sealing member further comprises: a coupling part coupled to the overcap so as to rotate the sealing member together with rotation of the overcap ; a coupling tube extending upward from a central portion of the coupling part and screw-coupled to the discharge part ; characterized in that a plurality of elastic support bodies , spaced apart at regular intervals, are extended from an upper portion of the coupling tube , and elastically support the sealing cap . a container body storing contents; a container neck disposed at an upper portion of the container body and provided with a discharge part for discharging the contents stored therein; a contents discharge tube which is coupled to an upper portion of the discharge part and having a discharge hole formed at an upper end thereof for discharging contents to the outside; a sealing member encasing the contents discharge tube and detachably coupled to the discharge part , and comprising a sealing cap provided with a sealing protrusion for sealing the discharge hole of the contents discharge tube when the sealing member is coupled to the discharge part ; the liquid contents discharge container further comprises an overcap coupled to the sealing member , while encasing the sealing member to rotate the sealing member by a user's manipulation, wherein the sealing member further comprises: a coupling part coupled to the overcap so as to rotate the sealing member together with rotation of the overcap ; a coupling tube extending upward from a central portion of the coupling part and screw-coupled to the discharge part ; characterized in that a plurality of elastic support bodies , spaced apart at regular intervals, are extended from an upper portion of the coupling tube , and elastically support the sealing cap . a coupling part coupled to the overcap so as to rotate the sealing member together with rotation of the overcap ; a coupling tube extending upward from a central portion of the coupling part and screw-coupled to the discharge part ; characterized in that a plurality of elastic support bodies , spaced apart at regular intervals, are extended from an upper portion of the coupling tube , and elastically support the sealing cap .
Method for manufacturing a semiconductor on insulator type substrate for radiofrequency applications, comprising the following steps in sequence: (a) provision of a silicon substrate with an electrical resistivity of more than 500 Ohm.cm, (b) formation of a polycrystalline silicon layer on said substrate , said method being characterised in that it comprises a step between steps a) and b) to form a dielectric material layer selected from a silicon nitride layer, a low k dielectric layer and a silicon oxide layer having an absorbance peak measured by the FTIR-ATR method at a wavenumber greater than 1220 cm -1 , on the substrate , between 0.5 and 10 nm thick. (a) provision of a silicon substrate with an electrical resistivity of more than 500 Ohm.cm, (b) formation of a polycrystalline silicon layer on said substrate ,
A method for aligning a first window on a container to a predetermined rotational position comprising: Placing an electromagnetic radiation source on one side of the first window; Placing a sensor on the opposite side of the first window; Rotating the container; Determining the location of the first window by using the sensor to detect the differences in the amount of electromagnetic radiation penetrating the first window as the container is rotated; and Rotating the container to align the first window on the container to the predetermined rotational position, wherein the electromagnetic radiation source is placed inside the container and the sensor is placed on the outside of the container or wherein the electromagnetic radiation source is placed outside the container and the sensor is placed on the inside of the container. Placing an electromagnetic radiation source on one side of the first window; Placing a sensor on the opposite side of the first window; Rotating the container; Determining the location of the first window by using the sensor to detect the differences in the amount of electromagnetic radiation penetrating the first window as the container is rotated; and Rotating the container to align the first window on the container to the predetermined rotational position, wherein the electromagnetic radiation source is placed inside the container and the sensor is placed on the outside of the container or wherein the electromagnetic radiation source is placed outside the container and the sensor is placed on the inside of the container.
Installation box for electrical and/or electronic installations, with a box body serving to accommodate at least one electrical/electronic component, comprising a base , a circumferential wall , and a mounting opening , which box body comprises at least one installation opening , enclosed by a soft plastic membrane (8, 8.1), located in the wall or, if present, in a transition surface between the wall and the base , which soft plastic membrane (8, 8.1) carries an opening handle (9, 9.1), characterised in that, on the side of the soft plastic membrane (8, 8.1) facing towards the inner side of the box, an opening handle (9, 9.1) for opening or removing the soft plastic membrane (8, 8.1) is formed projecting from the interior of the box, that the opening handle (9, 9.1) has an immersion contour (10, 10.1), with a tool reception opening facing towards the mounting opening of the box body for receiving a tool for opening or removing the soft plastic membrane (8, 8.1), and the immersion contour (10, 10.1) is enclosed by a surface section of the soft plastic membrane (8, 8.1), a front plate projecting from this surface section, and two side parts (20, 20.1) connecting the front plate to the surface section, and that the front plate (12, 12.1) transfers with its lower end section into the surface section of the soft plastic membrane (8, 8.1).
Use of an aromatic polyphenol derivative comprising at least one aromatic ring bearing at least two -O-Z groups in the meta position relative to one another, the two positions ortho to at least one of the -O-Z groups being unsubstituted, and in which each -O-Z group represents an -O-C((=O)(R 1 )) group with R 1 representing a hydrocarbon-based radical or a substituted hydrocarbon-based radical, for the manufacture of a phenol-aldehyde resin for reinforcing a rubber composition for generating a delay phase during the crosslinking of the phenol-aldehyde resin based on the aromatic polyphenol derivative and on an aldehyde, as temporary protective group of hydroxyl function and R1, Z is devoid of a function that is reactive with respect to the other constituents of the rubber composition.
A method comprising: initiating a transaction from an initiator comprising processing element in a computing device including a memory fabric and an Input/Output (I/O) interconnect hierarchy comprising at least one I/O fabric, the transaction requesting to access a protected asset associated with a target for the transaction; generating, external to the initiator, immutable security attributes based on an identity of the initiator in combination with indicia identifying the initiator is operating in a trusted execution mode, wherein the indicia is stored external to the initiator; forwarding the transaction and the immutable security attributes toward the target; implementing an access policy for the protected asset under which access to the protected asset is permitted for a transaction initiated by an initiator if the initiator is executing in one or more trusted execution modes; and enforcing the access policy through use of the immutable security attributes: and wherein the transaction initiated from the initiator comprises a second transaction, the method further comprising: initiating a first transaction from the initiator prior to the second transaction that includes indicia identifying the transaction is for updating a mode register external to the initiator with a current execution mode of the initiator; generating immutable security attributes corresponding to the first transaction; forwarding the security attributes to the mode register; and updating the mode register with indicia indicating the current execution mode of the initiator. initiating a transaction from an initiator comprising processing element in a computing device including a memory fabric and an Input/Output (I/O) interconnect hierarchy comprising at least one I/O fabric, the transaction requesting to access a protected asset associated with a target for the transaction; generating, external to the initiator, immutable security attributes based on an identity of the initiator in combination with indicia identifying the initiator is operating in a trusted execution mode, wherein the indicia is stored external to the initiator; forwarding the transaction and the immutable security attributes toward the target; implementing an access policy for the protected asset under which access to the protected asset is permitted for a transaction initiated by an initiator if the initiator is executing in one or more trusted execution modes; and enforcing the access policy through use of the immutable security attributes: and initiating a first transaction from the initiator prior to the second transaction that includes indicia identifying the transaction is for updating a mode register external to the initiator with a current execution mode of the initiator; generating immutable security attributes corresponding to the first transaction; forwarding the security attributes to the mode register; and updating the mode register with indicia indicating the current execution mode of the initiator.
A tool head for a hydraulically actuatable tool , wherein the tool head , as viewed from the side, has an essentially C-shaped head body with two C-legs lying opposite each other along a longitudinal axis (x) of the tool head and a connecting web that connects the C-legs , wherein a first C-leg has a first tool carrier for receiving a first tool part , and wherein a second C-leg has a second tool carrier for receiving a second tool part , wherein the second tool carrier is mounted in the tool head so as to be displaceable to the first tool carrier , so that the second tool carrier can be displaced from a first starting position remote from the first tool carrier while traversing a device jaw of the C-shaped head body into a final working position adjacent to the first tool carrier , and wherein the connecting web , as viewed from the side transverse to the longitudinal axis (x) of the tool head , has several through openings lying one behind the other along the longitudinal axis (x), wherein adjacent through openings are separated by a material bracing , and the head body of the tool head is manufactured in a metal casting process, characterized in that the through openings follow an arched shape of the connecting web , and not a line parallel to the longitudinal axis (x) of the tool head .
A system for unlocking by inertia a backrest , in particular an aircraft seat , comprising: - a backrest structural element , so-called rod, - a support part to be fixed on a structural element of said seat , - an axis of rotation of the rod relative to the support part , - the support part comprising a weight movable in translation between: - a locking position, in which the weight faces a lip of the rod so as to prevent the rod from rotating relative to the support part around the axis of rotation , and - an unlocking position, in which the weight is disengaged from the lip of the rod so as to allow the rod to rotate relative to the support part around the axis of rotation , - the transition from the locking position to the unlocking position of the weight being possible due to a deceleration of the seat. - a backrest structural element , so-called rod, - a support part to be fixed on a structural element of said seat , - an axis of rotation of the rod relative to the support part , - the support part comprising a weight movable in translation between: - a locking position, in which the weight faces a lip of the rod so as to prevent the rod from rotating relative to the support part around the axis of rotation , and - an unlocking position, in which the weight is disengaged from the lip of the rod so as to allow the rod to rotate relative to the support part around the axis of rotation , - the transition from the locking position to the unlocking position of the weight being possible due to a deceleration of the seat.
A compound 4-(6-oxo-2-(trifluoromethyl)-3,6-dihydrochromeno[7,8-d]imidazol-8-yl)benzonitrile or a salt thereof.
Watch movement comprising: at least one pallet for a watch movement escapement, comprising an impulse plane as active surface , made entirely of a first type of monocrystalline diamond, characterized in that it comprises an anchor wheel in a second type of monocrystalline diamond softer than said first type of monocrystalline diamond. at least one pallet for a watch movement escapement, comprising an impulse plane as active surface , made entirely of a first type of monocrystalline diamond, characterized in that it comprises an anchor wheel in a second type of monocrystalline diamond softer than said first type of monocrystalline diamond.
A sensor for detecting a volatile organic compound, comprising: a nanotube array including a plurality of functionalized metal oxide nanotubes, the metal oxide nanotubes being formed of a metal oxide and having at least one of an interior and exterior surface capable of binding with the volatile organic compound, said surface being functionalized with at least one metal ion selected from the group consisting of Cu1+, Li1+, Fe2+, Ni2+, Cu2+, Co2+, Pb2+, Fe3+, Co3+, Cr3+, Mn3+, Ni3+, Sc3+, Sb3+, Ni4+, Mn4+, Ti4+, As4+, Sb4+, Pt4+, Au1+, Pd2+, Pd4+, and Ag1+; a power source configured to apply a voltage to the nanotube array; and a current sensor configured to monitor and detect changes in a response current which varies upon binding with the volatile organic compound. a nanotube array including a plurality of functionalized metal oxide nanotubes, the metal oxide nanotubes being formed of a metal oxide and having at least one of an interior and exterior surface capable of binding with the volatile organic compound, said surface being functionalized with at least one metal ion selected from the group consisting of Cu1+, Li1+, Fe2+, Ni2+, Cu2+, Co2+, Pb2+, Fe3+, Co3+, Cr3+, Mn3+, Ni3+, Sc3+, Sb3+, Ni4+, Mn4+, Ti4+, As4+, Sb4+, Pt4+, Au1+, Pd2+, Pd4+, and Ag1+; a power source configured to apply a voltage to the nanotube array; and a current sensor configured to monitor and detect changes in a response current which varies upon binding with the volatile organic compound.
An outrigger pad assembly comprising: a base having a bottom surface for engaging an underlying support surface and a top surface opposite to the bottom surface ; an interface body comprising: a lower cavity defined at least partially by a first inner sidewall ; an upper cavity defined at least partially by a second inner sidewall ; and a coupling body having a latch configured for selective coupling to and uncoupling from an outrigger jack ; characterized by : a force sensor disposed on the top surface of the base and in the lower cavity in sliding contact with the first inner sidewall such that the interface body is movable relative to the force sensor . a base having a bottom surface for engaging an underlying support surface and a top surface opposite to the bottom surface ; an interface body comprising: a lower cavity defined at least partially by a first inner sidewall ; an upper cavity defined at least partially by a second inner sidewall ; and a coupling body having a latch configured for selective coupling to and uncoupling from an outrigger jack ; characterized by : a lower cavity defined at least partially by a first inner sidewall ; an upper cavity defined at least partially by a second inner sidewall ; and a coupling body having a latch configured for selective coupling to and uncoupling from an outrigger jack ; characterized by : a force sensor disposed on the top surface of the base and in the lower cavity in sliding contact with the first inner sidewall such that the interface body is movable relative to the force sensor .
Hinge device with long reciprocating stroke of a front panel (P) and having a first member assigned to be fixed to an appliance (A) and a second member assigned to be fixed to a door (D) of the appliance (A) and pivoted to the first member by means of a hinge pin , such device is also equipped with a connection means assigned to be fixed to the front panel (P) for actuating the translation thereof along the door (D) during the rotation of the latter between its extreme closing (C) and opening (O) conditions; said device comprising kinematic means having one end movable in the first member and the opposite end provided with a ring gear centrally and rotatably pivoted to the second member or to an element fixed to the latter , by means of a respective first pivot pin , said ring gear is geared with a first rack engaged by a pinion having a second rotation pin whose axis of rotation is fixed with respect to the second member , this second rotation pin bears a toothed wheel geared with a second rack sliding parallel to the front panel (P) and connected to the latter by means of said connection means ; where the relationship between the rotation angle of the door (D) and length of the translation of the front panel (P) depends on the operative radius of the ring gear and on the ratio of the operative radiuses of the pinion and of the toothed wheel .
Hand brake valve for actuating a parking brake and/or an auxiliary brake of a vehicle , in particular a commercial vehicle , comprising: - a valve cartridge comprising a cartridge locking feature , wherein the valve cartridge is adapted to accommodate a valve piston arrangement with a valve piston and a valve seat element , wherein - the valve seat element is movable in an axial movement (MA) along a valve axis (AV) against a valve stop of the valve cartridge , - a valve guide element with a guide body , adapted to limit the axial movement (MA) of the valve seat element , wherein - the valve guide element comprises at least one guide locking feature , adapted to create a positive lock (PL) with the cartridge locking feature , wherein - the positive lock (PL) is established by a locking movement (ML) of the valve guide element into a locked position (LOP), and characterized in that , - the hand brake valve comprises at least one snap lock element adapted to secure the valve guide element in the locked position (LOP). - a valve cartridge comprising a cartridge locking feature , wherein the valve cartridge is adapted to accommodate a valve piston arrangement with a valve piston and a valve seat element , wherein - the valve seat element is movable in an axial movement (MA) along a valve axis (AV) against a valve stop of the valve cartridge , - a valve guide element with a guide body , adapted to limit the axial movement (MA) of the valve seat element , wherein - the valve guide element comprises at least one guide locking feature , adapted to create a positive lock (PL) with the cartridge locking feature , wherein - the positive lock (PL) is established by a locking movement (ML) of the valve guide element into a locked position (LOP), and characterized in that , - the hand brake valve comprises at least one snap lock element adapted to secure the valve guide element in the locked position (LOP).
A device for transporting multi-component adhesives of at least two fluidic components (A, B) as well as all necessary elements for spreading them from separately stored components (A, B) to a granular ballast bed of a railway track at a site of use, and for carrying along and discharging these multi-component adhesives at the site of use onto the granular ballast bed of the railway stretch of rails there, characterized in that said device is both road transportable and rail-suitable by comprising either a rail-suitable road vehicle or at least one road-transportable rail vehicle with a road vehicle or road trailer belonging to the device for its transport by road, with in both cases gauge-changeable rail wheels , and wherein this road or rail vehicle comprises all necessary elements for the electric power supply and control for pumping the components (A, B) by means of gear pumps, for their mixing and for their controlled discharge as multi-component adhesive via a spray unit belonging to the device, which has a spray bar and is mounted on one of the vehicles , which serves as spray wagon, and which spray bar can be supplied with these components (A, B), and these components (A, B) being pumpable from at least two separate containers which can be carried in associated catch bins on the rail-suitable road vehicle or on one of the road-transportable rail vehicle of the device, wherein the components (A, B) are pumpable via associated flexible hose lines each by a gear pump and a mass flow meter to a mixer and then to this spray bar on the device, and which spray bar of the spray unit is horizontally and vertically movable in an automatically controlled motor-driven manner at the spray wagon and mounted rotatable in all directions on a cantilever , which extends across the vehicle width of the spraying wagon, for the speed-dependent controlled spreading of the adhesive mixture in a plurality of selectable spray patterns.
A method for preparing xylulose from biomass containing xylose, comprising: a first step of reacting the biomass containing xylose in the presence of a solid base or solid acid catalyst at 80°C to 150°C using butanol as a solvent, to isomerize xylose; and a second step of cooling the reaction solution obtained from the first step to 40°C to 60°C to crystallize unreacted xylose and then filtering the resultant to remove the unreacted xylose. a first step of reacting the biomass containing xylose in the presence of a solid base or solid acid catalyst at 80°C to 150°C using butanol as a solvent, to isomerize xylose; and a second step of cooling the reaction solution obtained from the first step to 40°C to 60°C to crystallize unreacted xylose and then filtering the resultant to remove the unreacted xylose.