mhurhangee/patent-ind-claim-en huggingface dataset:
Agricultural commercial vehicle with an axle housing for a rear axle and with a bearing bracket for movable mounting of a side stabilizer which, in an operational installation position, brings about a mechanical coupling of the bearing bracket to a rear power lift of the commercial vehicle , wherein the bearing bracket - at least partially extends along a vehicle longitudinal direction , - is fixedly connected to the axle housing in a mutual fastening region , and - is connected, spaced apart from the fastening region in the vehicle longitudinal direction , to connecting means , characterized in that the connecting means - comprise vertical connecting means , which at least partially extend along a vehicle vertical direction for connecting the bearing bracket to a connecting point of the axle housing , and/or - comprise transverse connecting means , which at least partially extends along a vehicle transverse direction for connecting the bearing bracket to a connecting bearing which is fixedly connected to a supporting structure of the commercial vehicle . - at least partially extends along a vehicle longitudinal direction , - is fixedly connected to the axle housing in a mutual fastening region , and - is connected, spaced apart from the fastening region in the vehicle longitudinal direction , to connecting means , characterized in that the connecting means - comprise vertical connecting means , which at least partially extend along a vehicle vertical direction for connecting the bearing bracket to a connecting point of the axle housing , and/or - comprise transverse connecting means , which at least partially extends along a vehicle transverse direction for connecting the bearing bracket to a connecting bearing which is fixedly connected to a supporting structure of the commercial vehicle .
A cover comprising: a receiving portion having a space for receiving an electronic device ; a covering portion ; and a hinge portion connecting the receiving portion and the covering portion and allowing the covering portion to pivot; wherein the covering portion is: pivotable in a specified direction about the hinge portion to at least partially cover the space, and wherein the covering portion includes: a light guiding member disposed on a first surface for guiding light; and an outer cover layer disposed on a second surface opposite to the first surface, and characterised in that the light guiding member has, at an end of an edge thereof, an inclined surface at a specified angle with the first surface for refracting light, when viewing the covering portion from the front in a state where the covering portion at least partially covers the space. a receiving portion having a space for receiving an electronic device ; a covering portion ; and a hinge portion connecting the receiving portion and the covering portion and allowing the covering portion to pivot; wherein the covering portion is: pivotable in a specified direction about the hinge portion to at least partially cover the space, and wherein the covering portion includes: a light guiding member disposed on a first surface for guiding light; and an outer cover layer disposed on a second surface opposite to the first surface, and characterised in that the light guiding member has, at an end of an edge thereof, an inclined surface at a specified angle with the first surface for refracting light, when viewing the covering portion from the front in a state where the covering portion at least partially covers the space. pivotable in a specified direction about the hinge portion to at least partially cover the space, and wherein the covering portion includes: a light guiding member disposed on a first surface for guiding light; and an outer cover layer disposed on a second surface opposite to the first surface, a light guiding member disposed on a first surface for guiding light; and an outer cover layer disposed on a second surface opposite to the first surface, and characterised in that the light guiding member has, at an end of an edge thereof, an inclined surface at a specified angle with the first surface for refracting light, when viewing the covering portion from the front in a state where the covering portion at least partially covers the space.
A mounting shell , comprising: a shell and a cover , wherein the cover is covered on the shell to define a closed space; and, wherein the shell defines a clamping slot , the clamping slot is provided with a stopper extending towards the closed space, the cover is provided with a clamping connector extending in a direction away from the cover Z at a first end, the clamping connector is movably inserted into the clamping slot and is movably abutted against a surface of the stopper facing a bottom of the clamping slot ; the shell is further provided with a fixer configured to movably fix the cover thereon after the cover is separated from the shell ; the clamping connector is movably clamped to the fixer to movably fix the cover on the fixer ; and the clamping connector defines a slot movably sleeved on the fixer to movably fix the cover on the fixer . the shell defines a clamping slot , the clamping slot is provided with a stopper extending towards the closed space, the cover is provided with a clamping connector extending in a direction away from the cover Z at a first end, the clamping connector is movably inserted into the clamping slot and is movably abutted against a surface of the stopper facing a bottom of the clamping slot ; the shell is further provided with a fixer configured to movably fix the cover thereon after the cover is separated from the shell ; the clamping connector is movably clamped to the fixer to movably fix the cover on the fixer ; and the clamping connector defines a slot movably sleeved on the fixer to movably fix the cover on the fixer .
An insulated composite fabric comprising: an outer fabric layer ; and an insulating fabric layer attached the outer fabric layer , wherein the insulating fabric layer is a textile fabric having a raised surface facing towards the outer fabric layer; wherein the insulating fabric layer has a pile surface including a plurality of first discrete regions having a first pile height interspersed among a plurality of other discrete regions having contrasting pile height relatively greater than the first pile height; the insulated composite fabric being characterized in that the yarns forming the first discrete regions are relatively finer than yarns forming the other discrete regions. an outer fabric layer ; and an insulating fabric layer attached the outer fabric layer , wherein the insulating fabric layer is a textile fabric having a raised surface facing towards the outer fabric layer; wherein the insulating fabric layer has a pile surface including a plurality of first discrete regions having a first pile height interspersed among a plurality of other discrete regions having contrasting pile height relatively greater than the first pile height; the insulated composite fabric being characterized in that the yarns forming the first discrete regions are relatively finer than yarns forming the other discrete regions.
A system for continuously processing powdery products, comprising at least two system inlets for powdery products, a mixer for continuously mixing the powdery products, wherein the mixer comprises at least one mixer inlet connected to the at least two system inlets , and wherein the mixer comprises a mixer outlet for a product mixture produced from the powdery products, further comprising a production machine for continuously processing the product mixture, in particular a rotary press or a capsule filling machine, wherein the production machine comprises a machine inlet connected to the mixer outlet and a machine outlet for articles produced from the product mixture by means of the production machine , and wherein a conveying apparatus for conveying the product mixture from the mixer outlet to the machine inlet is arranged between the mixer outlet and the machine inlet , characterized in that a first fill level sensor for measuring the powder fill level in the filling apparatus is arranged at a filling apparatus of the production machine , and in that a second fill level sensor for measuring the powder fill level in a conveying reservoir is arranged at the conveying reservoir of the conveying apparatus arranged between the mixer outlet and the conveying apparatus , and in that a control apparatus is provided which receives the measurement data determined by the first fill level sensor and the second fill level sensor and which is designed to control at least one production parameter of the production machine based on the received measurement data.
A composite substrate comprising a piezoelectric substrate and a sapphire substrate which are directly bonded, characterised in that the sapphire substrate has a structure comprising substantially equally spaced steps, called a step bunch, on a bonding surface with the piezoelectric substrate.
A solid pharmaceutical composition comprising elagolix or a pharmaceutically acceptable salt thereof, a surfactant and one or more pharmaceutically acceptable excipients, wherein the surfactant is polysorbate and wherein polysorbate is present in an amount of from 0,5% to 3% by weight, based on the total weight of the pharmaceutical composition.
Device for winding a wire for an inductive component, comprising: - a advancing arrangement for advancing the wire , - a shaping arrangement and a pitch-producing arrangement for bending the wire , - wherein the shaping arrangement and the pitch-producing arrangement are arranged in such a way that the wire , as it is advanced by the advancing arrangement , is introduced into the shaping arrangement and the pitch-producing arrangement , - wherein the shaping arrangement and the pitch-producing arrangement are formed in such a way that the wire , as it is advanced, is bent in a coiled manner in the shaping arrangement and the pitch-producing arrangement , - wherein the shaping arrangement has a base face for supporting the wire and at least one side wall , - wherein the at least one side wall has a curved course, - wherein the shaping arrangement is formed in such a way that the wire as it is advanced in the shaping arrangement is bent along the side wall and wherein the shaping arrangement is open on the side opposite the base face . - a advancing arrangement for advancing the wire , - a shaping arrangement and a pitch-producing arrangement for bending the wire , - wherein the shaping arrangement and the pitch-producing arrangement are arranged in such a way that the wire , as it is advanced by the advancing arrangement , is introduced into the shaping arrangement and the pitch-producing arrangement , - wherein the shaping arrangement and the pitch-producing arrangement are formed in such a way that the wire , as it is advanced, is bent in a coiled manner in the shaping arrangement and the pitch-producing arrangement , - wherein the shaping arrangement has a base face for supporting the wire and at least one side wall , - wherein the at least one side wall has a curved course, - wherein the shaping arrangement is formed in such a way that the wire as it is advanced in the shaping arrangement is bent along the side wall and wherein the shaping arrangement is open on the side opposite the base face .
A refrigerator door , comprising: a frame and a glass panel arranged outside the frame , characterized in that the refrigerator door further comprises a LOGO display device arranged between the frame and the glass panel , wherein a transparent LOGO display area is printed on the glass panel; the LOGO display device comprises a light-emitting component and a one-way vision film ; the light-emitting component is arranged at a side of the LOGO display area close to the frame ; and the one-way vision film is arranged between the LOGO display area and the light-emitting component .
Safety device for monitoring a locking system, the device comprising: - an electrical circuit adapted to follow a path, - a standing wave generator configured to generate an electrical standing wave in the electrical circuit, - a standing wave sensor adapted to measure the standing wave generated in the electrical circuit, - data processing means configured to detect a change in the electrical circuit based on the measurement. - an electrical circuit adapted to follow a path, - a standing wave generator configured to generate an electrical standing wave in the electrical circuit, - a standing wave sensor adapted to measure the standing wave generated in the electrical circuit, - data processing means configured to detect a change in the electrical circuit based on the measurement.
A computer system for delegating behavior associated with a contract installed on a blockchain to a non-blockchain application, the computer system comprising: one or more computer-readable storage media storing computer-executable instructions of a cryptodelegate and a cryptlet container service , the cryptodelegate including instructions that receive from code of the contract executing on a virtual machine an identity of a cryptlet and a requested behavior to be performed by the cryptlet, provide to the cryptlet container service the identity and the requested behavior, receive from the cryptlet container service a response generated by the cryptlet performing the requested behavior, and send to the code of the contract the response, wherein the cryptlet is a cryptographic applet that is to perform the requested behavior on behalf of the contract; and the cryptlet container service including instructions that store information relating to registered cryptlets including references to the cryptlets, receive from the cryptodelegate the identity and the requested behavior, identify a host for executing the cryptlet container and cryptlet, authenticate the cryptlet, provide the requested behavior to the cryptlet, receive the response generated by the cryptlet, and send to the blockchain and verified by cryptodelegate the response; and one or more processors for executing the computer-executable instructions store in the one or more computer-readable storage media. one or more computer-readable storage media storing computer-executable instructions of a cryptodelegate and a cryptlet container service , the cryptodelegate including instructions that receive from code of the contract executing on a virtual machine an identity of a cryptlet and a requested behavior to be performed by the cryptlet, provide to the cryptlet container service the identity and the requested behavior, receive from the cryptlet container service a response generated by the cryptlet performing the requested behavior, and send to the code of the contract the response, wherein the cryptlet is a cryptographic applet that is to perform the requested behavior on behalf of the contract; and the cryptlet container service including instructions that store information relating to registered cryptlets including references to the cryptlets, receive from the cryptodelegate the identity and the requested behavior, identify a host for executing the cryptlet container and cryptlet, authenticate the cryptlet, provide the requested behavior to the cryptlet, receive the response generated by the cryptlet, and send to the blockchain and verified by cryptodelegate the response; and one or more processors for executing the computer-executable instructions store in the one or more computer-readable storage media.
A method for controlling the supply of oil to an internal combustion engine comprising a procedure for detecting a potentially dangerous condition for the correct operation of an internal combustion engine , said detection procedure comprising the steps of: - changing the flow rate of oil that transits through the filter and that is processed by a pump for lubricating the engine ; - detecting the time that passes between changing the oil flow rate and a detection of a pre-established variation in a parameter connected at least with the pressure downstream of said filter , said variation being determined by said change of the flow rate, said filter being placed upstream of the engine ; - comparing said time with pre-established values; characterized in that said time detection takes place at predetermined frequency and is performed with temperatures within a predetermined range, said potentially dangerous condition for the correct operation of an internal combustion engine being the clogging of the oil filter upstream of the engine or the excessive presence of fuel in the lubricant oil. - changing the flow rate of oil that transits through the filter and that is processed by a pump for lubricating the engine ; - detecting the time that passes between changing the oil flow rate and a detection of a pre-established variation in a parameter connected at least with the pressure downstream of said filter , said variation being determined by said change of the flow rate, said filter being placed upstream of the engine ; - comparing said time with pre-established values; characterized in that said time detection takes place at predetermined frequency and is performed with temperatures within a predetermined range, said potentially dangerous condition for the correct operation of an internal combustion engine being the clogging of the oil filter upstream of the engine or the excessive presence of fuel in the lubricant oil.
A decorative sheet comprising a layer including at least a transparent resin film layer , wherein the layer including the transparent resin film layer has on one surface an irregularity shape having a recess extending to the transparent resin film layer , the layer including the transparent resin film layer includes the transparent resin film layer and a design layer , the recess in the irregularity shape is formed so as to extend from the design layer side to the transparent resin film layer, the layer including the transparent resin film layer includes a region where a depth d of the recess in the irregularity shape and a thickness T from a start point of the depth d to a surface on a side opposite to the surface having the irregularity shape in the layer including the transparent resin film layer satisfy a relationship of d/T × 100 = 5 to 10%, and the decorative sheet is used for obtaining a decorative resin molded article by laminating the surface having the irregularity shape to a molded resin. the layer including the transparent resin film layer has on one surface an irregularity shape having a recess extending to the transparent resin film layer , the layer including the transparent resin film layer includes the transparent resin film layer and a design layer , the recess in the irregularity shape is formed so as to extend from the design layer side to the transparent resin film layer, the layer including the transparent resin film layer includes a region where a depth d of the recess in the irregularity shape and a thickness T from a start point of the depth d to a surface on a side opposite to the surface having the irregularity shape in the layer including the transparent resin film layer satisfy a relationship of d/T × 100 = 5 to 10%, and the decorative sheet is used for obtaining a decorative resin molded article by laminating the surface having the irregularity shape to a molded resin.
A rotor vane for an aircraft turbomachine, this vane having an axis (A) of rotation once it has been rigidly connected to a rotor and a stacking axis (X) and comprising a blade extending between an internal platform and an external platform bearing at least one projecting lip , said blade comprising a pressure side and an suction side and said external platform comprising pressure side and suction side lateral edges, located on the side of said pressure side and suction side respectively, and configured to cooperate in a form-fitting manner with the complementary lateral edges of adjacent vanes, each of said lateral edges comprising a wear-resistant covering , characterized in that the wear-resistant covering of the pressure side lateral edge extends over one wall of a substantially rectilinear first ridge of the platform, and over one wall of a second ridge of the platform, which extends at least partially in said lip and which is inclined relative to said first ridge in a direction substantially parallel to a transverse axis (Z) of elongation of the lip.
A method of providing a coffee beverage having a desired terpene content using a coffee beverage producing apparatus , the method comprising: a user selecting a desired terpene content; the coffee beverage producing apparatus selecting coffee grounds having a particle size based on the desired terpene content; the coffee beverage producing apparatus providing the coffee grounds having the selected particle size to a brew chamber ; and the coffee beverage producing apparatus providing a volume of heated and pressurised water to flow through the coffee grounds in the brew chamber and out of the brew chamber to provide a coffee beverage, wherein the coffee beverage producing apparatus comprises a user control coupled to a coffee grounds selector unit and said user control comprises a processor for controlling operation of the apparatus. a user selecting a desired terpene content; the coffee beverage producing apparatus selecting coffee grounds having a particle size based on the desired terpene content; the coffee beverage producing apparatus providing the coffee grounds having the selected particle size to a brew chamber ; and the coffee beverage producing apparatus providing a volume of heated and pressurised water to flow through the coffee grounds in the brew chamber and out of the brew chamber to provide a coffee beverage, wherein the coffee beverage producing apparatus comprises a user control coupled to a coffee grounds selector unit and said user control comprises a processor for controlling operation of the apparatus.