mhurhangee/patent-ind-claim-en huggingface dataset:
A memory insertion apparatus configured to push memory modules into corresponding memory sockets , the memory insertion apparatus comprising: a frame and an actuation assembly coupled to the frame ; one or more cam assemblies each rotatably coupled to the frame and operatively coupled to the actuation assembly , each cam assembly having: a central shaft extending in a longitudinal direction; and a plurality of cams each having a tip configured to engage one of the memory modules , the tip extending from the central shaft in a respective radial direction perpendicular to the longitudinal direction, wherein a center of each cam of each of the cam assemblies is offset from centers of adjacent ones of the cams by a pitch distance that is equal to a pitch distance between centers of adjacent ones of the memory sockets . a frame and an actuation assembly coupled to the frame ; one or more cam assemblies each rotatably coupled to the frame and operatively coupled to the actuation assembly , each cam assembly having: a central shaft extending in a longitudinal direction; and a plurality of cams each having a tip configured to engage one of the memory modules , the tip extending from the central shaft in a respective radial direction perpendicular to the longitudinal direction, a central shaft extending in a longitudinal direction; and a plurality of cams each having a tip configured to engage one of the memory modules , the tip extending from the central shaft in a respective radial direction perpendicular to the longitudinal direction, wherein a center of each cam of each of the cam assemblies is offset from centers of adjacent ones of the cams by a pitch distance that is equal to a pitch distance between centers of adjacent ones of the memory sockets .
A dental assembly configured to be coupled to a dental implant , comprising: a prosthesis including a base and a plurality of artificial teeth and defining a gingival side and an occlusal side ; at least one connecting element coupled to the prosthesis and configured to facilitate coupling of the dental assembly to a patient's oral cavity; wherein the at least one connecting element comprises a cylinder with a body having a first end , a second end , and a passageway extending between the first and second ends, the connecting element further comprising an opening through a sidewall of the cylinder that is open to the passageway , the first end is buried within the prosthesis and the second end is open to the gingival side of the prosthesis and is substantially flush with or recessed below a base surface on the gingival side , the dental assembly further comprising: a fixation screw in the passageway that is movable to couple the dental assembly to the implant , wherein the fixation screw is encased within the dental assembly such that the screw cannot be separated therefrom. a prosthesis including a base and a plurality of artificial teeth and defining a gingival side and an occlusal side ; at least one connecting element coupled to the prosthesis and configured to facilitate coupling of the dental assembly to a patient's oral cavity; wherein the at least one connecting element comprises a cylinder with a body having a first end , a second end , and a passageway extending between the first and second ends, the connecting element further comprising an opening through a sidewall of the cylinder that is open to the passageway , the first end is buried within the prosthesis and the second end is open to the gingival side of the prosthesis and is substantially flush with or recessed below a base surface on the gingival side , the dental assembly further comprising: a fixation screw in the passageway that is movable to couple the dental assembly to the implant , wherein the fixation screw is encased within the dental assembly such that the screw cannot be separated therefrom. a fixation screw in the passageway that is movable to couple the dental assembly to the implant , wherein the fixation screw is encased within the dental assembly such that the screw cannot be separated therefrom.
A method for manufacturing an electric resistance welded metal pipe by butting side ends of a metal strip against each other and then welding the side ends by high frequency heating to manufacture an electric resistance welded metal pipe , each side end being provided with an inner surface side corner portion and an inner peripheral surface located on an inner surface side of the electric resistance welded metal pipe , characterized in that the method comprises a step of forming an inclined surface at the inner surface side corner portion before butting the side ends of the metal strip , the inclined surface being formed on the inner side corner portion , wherein the inclined surface has a width W along the width direction of the metal strip , and extends and inclines by an angle θ relative to the inner peripheral surface of the metal strip ; and wherein the side ends are butted and welded to each other such that the inclined surface remains on an excess metal of the metal pipe after electric resistance welding and a discharged metal is not welded to the excess metal . characterized in that the method comprises a step of forming an inclined surface at the inner surface side corner portion before butting the side ends of the metal strip , the inclined surface being formed on the inner side corner portion , wherein the inclined surface has a width W along the width direction of the metal strip , and extends and inclines by an angle θ relative to the inner peripheral surface of the metal strip ; and wherein the side ends are butted and welded to each other such that the inclined surface remains on an excess metal of the metal pipe after electric resistance welding and a discharged metal is not welded to the excess metal .
A method comprising: identifying, by a mobile service provider, MSP, a plurality of blockchain mining nodes residing on mobile devices associated with the mobile service provider, MSP, as having trusted computational capabilities to perform a validation of a block of on-line transactions for a blockchain based, at least in part, on recorded information for the mobile devices captured by the MSP; selecting, by the MSP, at least some of the identified plurality of blockchain mining nodes to perform the validation of the block of on-line transactions for the blockchain; and communicating electronically, by the MSP, with the at least some of the plurality of blockchain mining nodes on a network regarding the validation of the block of on-line transactions for the blockchain, the at least some of the plurality of blockchain mining nodes comprising at least one of the following: a full node; a lightweight node; or any combination thereof, one or more communications of the communicating electronically occurring, at least in part, through use of the trusted computational capabilities of the at least some of the plurality of blockchain mining nodes. identifying, by a mobile service provider, MSP, a plurality of blockchain mining nodes residing on mobile devices associated with the mobile service provider, MSP, as having trusted computational capabilities to perform a validation of a block of on-line transactions for a blockchain based, at least in part, on recorded information for the mobile devices captured by the MSP; selecting, by the MSP, at least some of the identified plurality of blockchain mining nodes to perform the validation of the block of on-line transactions for the blockchain; and communicating electronically, by the MSP, with the at least some of the plurality of blockchain mining nodes on a network regarding the validation of the block of on-line transactions for the blockchain, the at least some of the plurality of blockchain mining nodes comprising at least one of the following: a full node; a lightweight node; or any combination thereof, one or more communications of the communicating electronically occurring, at least in part, through use of the trusted computational capabilities of the at least some of the plurality of blockchain mining nodes.
Method for forming a layered composite material , comprising the steps of (a) casting a first castable composition into a mould to obtain a first cast composition; (b) applying a binder composition to at least one external surface of the said first cast composition obtained at the end of step (a); and (c) at the end of step (b), casting a second castable composition onto the said at least one external surface of the obtained first cast composition in the said mould; characterised in that the said first castable composition is one selected from a group consisting of a geopolymer containing or geopolymer forming composition and a calcium silicate-based cement containing composition and the said second castable composition is the other one of the same group consisting of a geopolymer containing or geopolymer forming composition and a calcium silicate-based cement containing composition , and in that the said binder composition is an inorganic particulate composition comprising quartz, such as a silica gravel, or granite, or basalt, or a silicate or an alumina-silicate mineral, such as a feldspar, andalusite, or a feldspatic sand, or metallic inserts, such as I-shaped metallic inserts, U-shaped metallic inserts, metallic wires, or metallic wire mesh, or mixtures thereof. (a) casting a first castable composition into a mould to obtain a first cast composition; (b) applying a binder composition to at least one external surface of the said first cast composition obtained at the end of step (a); and (c) at the end of step (b), casting a second castable composition onto the said at least one external surface of the obtained first cast composition in the said mould; characterised in that the said first castable composition is one selected from a group consisting of a geopolymer containing or geopolymer forming composition and a calcium silicate-based cement containing composition and the said second castable composition is the other one of the same group consisting of a geopolymer containing or geopolymer forming composition and a calcium silicate-based cement containing composition , and in that the said binder composition is an inorganic particulate composition comprising quartz, such as a silica gravel, or granite, or basalt, or a silicate or an alumina-silicate mineral, such as a feldspar, andalusite, or a feldspatic sand, or metallic inserts, such as I-shaped metallic inserts, U-shaped metallic inserts, metallic wires, or metallic wire mesh, or mixtures thereof.
A method for producing a color filter for a display, comprising preparing a transparent substrate ; forming a transparent ink fixing layer on the transparent substrate ; ink jet printing at an arbitrary position on the ink fixing layer to form a color layer made from a color ink; wherein the color filter comprises the transparent substrate , the ink fixing layer formed on at least one surface of the transparent substrate and made from a synthetic resin, and the color layer, wherein the method for producing a color filter is characterized in that the color ink contains 70 % or more of a solvent having boiling point of 150°C or more; and that the solubility of the ink fixing layer into the solvent is 0.5-5%; wherein the solubility of the ink fixing layer into the solvent is measurable after the ink fixing layer has been formed.
An apparatus comprising a processor and a memory , the apparatus being connected to a communications network , the apparatus further including computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to implement a service layer entity on the communications network and cause the service layer entity to: register a first apparatus connected to the communications network; receive first metadata from the first apparatus; register a second apparatus connected to the communications network; receive second metadata from the second apparatus; determine, based on the first metadata received from the first apparatus and the second metadata received from the second apparatus, a trigger condition of a Relationship Management "RM" policy is met to establish a machine-to-machine "M2M" / Internet of Things "IoT" entity relationship between the first apparatus and the second apparatus; establish, between the first apparatus and the second apparatus, the relationship corresponding to the trigger condition; and perform an action based on the relationship between the first apparatus and the second apparatus wherein the action comprises performing one or more requests on behalf of the first apparatus or of the second apparatus, wherein actions are defined in the RM policy, each action including a corresponding trigger condition for the action to be performed. register a first apparatus connected to the communications network; receive first metadata from the first apparatus; register a second apparatus connected to the communications network; receive second metadata from the second apparatus; determine, based on the first metadata received from the first apparatus and the second metadata received from the second apparatus, a trigger condition of a Relationship Management "RM" policy is met to establish a machine-to-machine "M2M" / Internet of Things "IoT" entity relationship between the first apparatus and the second apparatus; establish, between the first apparatus and the second apparatus, the relationship corresponding to the trigger condition; and perform an action based on the relationship between the first apparatus and the second apparatus wherein the action comprises performing one or more requests on behalf of the first apparatus or of the second apparatus, wherein actions are defined in the RM policy, each action including a corresponding trigger condition for the action to be performed.
A system for connecting an ultraviolet (UV) lamp of a sanitizing system with an electrical coupling, the system comprising: a braid attachment (200; 400) of the UV lamp ; and a compressive wrap (212; 402) secured around at least a portion of the braid attachment (200; 400), wherein the compressive wrap (212; 402) is formed of fiberglass. a braid attachment (200; 400) of the UV lamp ; and a compressive wrap (212; 402) secured around at least a portion of the braid attachment (200; 400), wherein the compressive wrap (212; 402) is formed of fiberglass.
A process for splitting an interlayer film for laminated glass wherein the interlayer film comprises at least one layer A, comprising at least one polyvinyl butyral resin A and at least one plasticizer PA and at least one layer B, comprising at least one polyvinyl butyral resin B and at least one plasticizer PB, wherein polyvinyl butyral resin A and B are chemically different characterized in that the films are cut with a cutting means in form of a band and wherein a. the cutting means splits the film within layer B at a thickness of 50 to 99%, wherein 1 to 50% of layer B remain at layer A, or b. the cutting means splits the film within layer A at a thickness of 50 to 99%, wherein 1 to 50% of layer A remain at layer B. a. the cutting means splits the film within layer B at a thickness of 50 to 99%, wherein 1 to 50% of layer B remain at layer A, or b. the cutting means splits the film within layer A at a thickness of 50 to 99%, wherein 1 to 50% of layer A remain at layer B.
An optical system, comprising: - a substrate having a micro-optical bench etched therein using a lithographic and deep etching technique; - an input optical fiber ; characterized in that it further comprises: - a first optical element consisting of a micromirror having at least an aperture therein, said first optical element being metallized on at least one side and being monolithically integrated with the micro-optical bench and formed using the lithographic and deep etching technique, said first optical element being optically coupled to receive from the input fiber an incident beam having an optical axis in a plane of the substrate and to at least partially transmit the incident beam therethrough via the aperture ; - a second optical element formed on an end face of said input optical fiber , said second optical element being a dielectric-coated micromirror or another micromirror having at least an aperture therein; - an optical cavity formed between said first optical element and said second optical element; - a translation device coupled to at least the first optical element causing a displacement of said first optical element with respect to the optical axis of the incident beam , the optical cavity response being determined at least in part by said displacement of the first optical element , said translation device being a Micro Electro-Mechanical Systems (MEMS) actuator. - a substrate having a micro-optical bench etched therein using a lithographic and deep etching technique; - an input optical fiber ; - a first optical element consisting of a micromirror having at least an aperture therein, said first optical element being metallized on at least one side and being monolithically integrated with the micro-optical bench and formed using the lithographic and deep etching technique, said first optical element being optically coupled to receive from the input fiber an incident beam having an optical axis in a plane of the substrate and to at least partially transmit the incident beam therethrough via the aperture ; - a second optical element formed on an end face of said input optical fiber , said second optical element being a dielectric-coated micromirror or another micromirror having at least an aperture therein; - an optical cavity formed between said first optical element and said second optical element; - a translation device coupled to at least the first optical element causing a displacement of said first optical element with respect to the optical axis of the incident beam , the optical cavity response being determined at least in part by said displacement of the first optical element , said translation device being a Micro Electro-Mechanical Systems (MEMS) actuator.
Mowing device having a protective device which, when the mowing device is in operation, delimits a working space in which a mowing element is guided in a ground-copying manner, the protective device comprising a side element having an adjustment mechanism which has an edge bracket which can be adjusted from an operating position (B) provided during operation of the mowing device into a transport position (T) provided during road transport of the mowing device , a protective cloth being arranged on the edge bracket that hangs from the edge bracket towards the ground and is raised in the transport position (T) compared to the operating position (B), characterised in that the adjustment mechanism also comprises a holding bracket and is designed to move the holding bracket from a basic position (G) which is spaced apart from the protective cloth into a holding position (H) abutting said protective cloth when the edge bracket is adjusted from the operating position (B) into the transport position (T), the holding bracket abutting the protective cloth in the holding position (H) so that the protective cloth can no longer flap back and forth during road transport.
A method for determining trace amounts of crude oil in water, the method comprising the steps of: collecting a sample of an oil-containing fluid, wherein the oil-containing fluid comprises an amount of crude oil and an aqueous fluid; adding a toluene extraction volume to the sample of the oil-containing fluid; perturbing the sample, wherein the toluene extraction volume contacts the oil-containing fluid; dissolving all of the amount of oil in the toluene extraction volume to create a mixed sample; extracting the mixed sample to create an oil-in-toluene layer and an aqueous fluid layer; separating the mixed sample in order to separate the oil-in-toluene layer and the aqueous fluid layer; removing a pre-defined portion of the oil-in-toluene layer into a dilution container; diluting the pre-defined portion of the oil-in-toluene layer with a toluene dilution volume to create a dilute sample; measuring an absorption value of the dilute sample using a spectrophotometer; and comparing the absorption value to a calibration curve to quantify the amount of oil in the oil-containing fluid; wherein the method for determining trace amounts of crude oil in an oil-containing fluid is in the absence of a fluid assist. collecting a sample of an oil-containing fluid, wherein the oil-containing fluid comprises an amount of crude oil and an aqueous fluid; adding a toluene extraction volume to the sample of the oil-containing fluid; perturbing the sample, wherein the toluene extraction volume contacts the oil-containing fluid; dissolving all of the amount of oil in the toluene extraction volume to create a mixed sample; extracting the mixed sample to create an oil-in-toluene layer and an aqueous fluid layer; separating the mixed sample in order to separate the oil-in-toluene layer and the aqueous fluid layer; removing a pre-defined portion of the oil-in-toluene layer into a dilution container; diluting the pre-defined portion of the oil-in-toluene layer with a toluene dilution volume to create a dilute sample; measuring an absorption value of the dilute sample using a spectrophotometer; and comparing the absorption value to a calibration curve to quantify the amount of oil in the oil-containing fluid; wherein the method for determining trace amounts of crude oil in an oil-containing fluid is in the absence of a fluid assist.
A logging tool comprising an instrument for measuring gravitational acceleration from within a borehole, the instrument comprising: a light source comprising a semiconductor that comprises a bandgap greater than about two electron volts (eV); an optical filter for filtering the light from the light source , the optical filter comprising (i) at least one of a fiber Bragg grating and a Fabry-Perot cavity ; and (ii) a low-expansion glass, wherein the low-expansion glass comprises a coefficient of thermal expansion of less than 0.2 (μm/m)/°K (0.2 ppm/°K); and a gravimeter for receiving light from the optical filter and providing output light with a characteristic related to the gravitational acceleration, the gravimeter being implemented by at least one of a nano electro-mechanical system (NEMS) and a micro electro-mechanical system (MEMS) fabricated from a substrate; the logging tool further comprising a housing adapted for insertion into the borehole, the instrument being disposed in the housing . a light source comprising a semiconductor that comprises a bandgap greater than about two electron volts (eV); an optical filter for filtering the light from the light source , the optical filter comprising (i) at least one of a fiber Bragg grating and a Fabry-Perot cavity ; and (ii) a low-expansion glass, wherein the low-expansion glass comprises a coefficient of thermal expansion of less than 0.2 (μm/m)/°K (0.2 ppm/°K); and a gravimeter for receiving light from the optical filter and providing output light with a characteristic related to the gravitational acceleration, the gravimeter being implemented by at least one of a nano electro-mechanical system (NEMS) and a micro electro-mechanical system (MEMS) fabricated from a substrate; the logging tool further comprising a housing adapted for insertion into the borehole, the instrument being disposed in the housing .