mhurhangee/patent-ind-claim-en huggingface dataset:
Device for adjusting a camera angle, wherein the device has a stationary holder , a rotary plate mounted pivotably therein, and an adjusting means for pivotably adjusting the position of the rotary plate relative to the holder , wherein a camera can be arranged on the rotary plate , characterized in that the adjusting means has an axially fixed adjusting screw and a bushing , wherein the bushing carries out a relative movement with respect to the adjusting screw by turning the adjusting screw , wherein the bushing has a projection which engages in a receptacle , characterized in that the receptacle takes the form of a slot in which the projection engages, wherein, upon a movement of the projection along the slot , the rotary plate carries out the relative movement with respect to the holder .
A method for manufacturing a memory, comprising: providing a substrate , wherein a plurality of bit lines arranged at intervals are formed in the substrate , each bit line comprises a plurality of straight line segments connected end to end in sequence, and adjacent straight line segments have an included angle therebetween; forming a plurality of active pillars arranged at intervals and a plurality of insulating layers arranged at intervals on the substrate , wherein each straight line segment of each bit line is electrically connected with at least two active pillars , and each insulating layer extends in a first direction and covers an outer peripheral surface of the active pillar ; characterized in that the method further comprises: filling a first support layer between adjacent insulating layers ; removing part away from the substrate , of the insulating layer to form a filling space , wherein the filling space exposes part of the outer peripheral surface of the active pillar ; and forming a dielectric layer and a conductive layer between parts exposed in the filling space and close to the substrate , of the active pillars to form a word line . providing a substrate , wherein a plurality of bit lines arranged at intervals are formed in the substrate , each bit line comprises a plurality of straight line segments connected end to end in sequence, and adjacent straight line segments have an included angle therebetween; forming a plurality of active pillars arranged at intervals and a plurality of insulating layers arranged at intervals on the substrate , wherein each straight line segment of each bit line is electrically connected with at least two active pillars , and each insulating layer extends in a first direction and covers an outer peripheral surface of the active pillar ; characterized in that the method further comprises: filling a first support layer between adjacent insulating layers ; removing part away from the substrate , of the insulating layer to form a filling space , wherein the filling space exposes part of the outer peripheral surface of the active pillar ; and forming a dielectric layer and a conductive layer between parts exposed in the filling space and close to the substrate , of the active pillars to form a word line . filling a first support layer between adjacent insulating layers ; removing part away from the substrate , of the insulating layer to form a filling space , wherein the filling space exposes part of the outer peripheral surface of the active pillar ; and forming a dielectric layer and a conductive layer between parts exposed in the filling space and close to the substrate , of the active pillars to form a word line .
A heat-insulating tank comprising a heat-insulating structure disposed on a side surface of the tank , wherein a stiffener is provided on an inner side of the side surface of the tank so as to extend in a horizontal direction and a support member is installed on the side surface of the tank in alignment with the stiffener , the heat-insulating structure comprising: a thermal insulation panel that has, in a center section thereof, a fixed section which is fixed to the support member ; a first pad that is disposed between the fixed section and the side surface of the tank ; and a second pad that is disposed in a position vertically downward of the first pad and between the side surface of the tank and the thermal insulation panel , wherein the second pad has a width (Wb) in the horizontal direction smaller than the first pad . wherein a stiffener is provided on an inner side of the side surface of the tank so as to extend in a horizontal direction and a support member is installed on the side surface of the tank in alignment with the stiffener , the heat-insulating structure comprising: a thermal insulation panel that has, in a center section thereof, a fixed section which is fixed to the support member ; a first pad that is disposed between the fixed section and the side surface of the tank ; and a second pad that is disposed in a position vertically downward of the first pad and between the side surface of the tank and the thermal insulation panel , wherein the second pad has a width (Wb) in the horizontal direction smaller than the first pad . a thermal insulation panel that has, in a center section thereof, a fixed section which is fixed to the support member ; a first pad that is disposed between the fixed section and the side surface of the tank ; and a second pad that is disposed in a position vertically downward of the first pad and between the side surface of the tank and the thermal insulation panel , wherein the second pad has a width (Wb) in the horizontal direction smaller than the first pad .
A method of aluminothermic welding together of first and second pipe members , comprising the steps of; - arranging a sleeve in a welding position where it covers both said pipe members and forms a cavity surrounding said pipe members , and being characterised by the following steps: - arranging an input channel between a crucible and said cavity , wherein said input channel enters into said cavity through a first opening in a wall of said sleeve in a lower part of said sleeve when said sleeve is in said welding position, - providing an exothermic mixture in said crucible , - igniting said exothermic mixture to create a melt of said exothermic material, - allowing said melt to flow down said input channel , through said first opening before it continues to flow up through said cavity on both sides of said pipe members , until said cavity is filled up with said melt , - draining gases through a second opening in a wall of said sleeve in an upper part of said sleeve , when said sleeve is in said welding position. - arranging a sleeve in a welding position where it covers both said pipe members and forms a cavity surrounding said pipe members , - arranging an input channel between a crucible and said cavity , wherein said input channel enters into said cavity through a first opening in a wall of said sleeve in a lower part of said sleeve when said sleeve is in said welding position, - providing an exothermic mixture in said crucible , - igniting said exothermic mixture to create a melt of said exothermic material, - allowing said melt to flow down said input channel , through said first opening before it continues to flow up through said cavity on both sides of said pipe members , until said cavity is filled up with said melt , - draining gases through a second opening in a wall of said sleeve in an upper part of said sleeve , when said sleeve is in said welding position.
Process for preparing a surface region of a substrate for coating of the surface region of the substrate , where the surface region of the substrate consists of hard material, where the hard material contains a metallic binder , where, in a first step , a surface of the surface region of the substrate is chemically etched in order to reduce a proportion by weight of the metallic binder in the hard material in a surface zone of the surface region of the substrate , and, in a second step , a pulsed laser beam is passed over the surface of the surface region of the substrate in order to strengthen the surface zone of the surface region of the substrate , characterized in that the pulsed laser beam has a pulse duration of not more than 20 ps.
- A reloading device for ammunition for a barrel comprising regularly angularly distributed cells and associated with a large-calibre weapon , the device being characterised in that it includes a plurality of support tubes for containing ammunition , which support tubes are secured with one another and are arranged so as to form a cylinder portion that is centred on an axis (X) which is intended to be aligned with a central axis (X) of the barrel , the device including a pushing carriage able to translate along the longitudinal axis (X) of the cylinder portion by means of a motor means , which carriage includes as many connecting arms as there are support tubes , each arm being guided along a slot of each tube and including a pushing surface able to slide in the associated support tube , all the pushing surfaces being intended to push simultaneously all the ammunition out of the support tubes , towards the cells of the barrel .
Magazine for a firearm, the magazine comprising a hollow housing for retaining a plurality of cartridges and a follower arranged inside the hollow housing , the hollow housing comprising a first side wall , a second side wall opposing the first side wall and a feed opening for feeding the cartridges into the firearm, the first side wall comprising an outer first side wall surface and an inner first side wall surface and the second side wall comprising an outer second side wall surface and an inner second side wall surface such that an interior space of the hollow housing is provided between the inner first side wall surface and the inner second side wall surface , wherein the magazine further comprising: - a stopping member for preventing the follower from escaping out from the hollow housing , said stopping member is arranged to protrude from the inner first side wall surface toward the interior space of the hollow housing , the first side wall of the hollow housing comprising a first upper end and the second side wall of the hollow housing comprising a second upper end , the stopping member comprises a stopping surface for contacting the follower , the stopping member is arranged to the inner first side wall surface such that the stopping surface is at a first distance (A) from the first upper end , the follower comprising a top surface for supporting a cartridge, a first side surface facing toward the inner first side wall surface of the hollow housing and a second side surface facing toward the inner second side wall surface of the hollow housing , the follower further comprising a projection for forming a contact point with the stopping surface in the stopping member , characterized in that the first side surface of the follower is arranged to have a narrowing and said projection is arranged in the narrowing . - a stopping member for preventing the follower from escaping out from the hollow housing , said stopping member is arranged to protrude from the inner first side wall surface toward the interior space of the hollow housing , the first side wall of the hollow housing comprising a first upper end and the second side wall of the hollow housing comprising a second upper end , the stopping member comprises a stopping surface for contacting the follower , the stopping member is arranged to the inner first side wall surface such that the stopping surface is at a first distance (A) from the first upper end , the follower comprising a top surface for supporting a cartridge, a first side surface facing toward the inner first side wall surface of the hollow housing and a second side surface facing toward the inner second side wall surface of the hollow housing , the follower further comprising a projection for forming a contact point with the stopping surface in the stopping member , characterized in that the first side surface of the follower is arranged to have a narrowing and said projection is arranged in the narrowing .
An external personal care composition comprising water, tin (II) fluoride and a pyrophosphate salt, wherein the composition comprises the tin (II) fluoride and pyrophosphate salt in a molar ratio of 1P : 1Sn to 15P : 1Sn, wherein the tin (II) fluoride and pyrophosphate salt form an aqueous soluble tin phosphate complex, wherein the complex is present in an amount of 5 to 30 weight % by weight of the composition, and wherein water is present in an amount of 60 to 85 weight % by weight of the composition.
A combination of a mobile telecommunications terminal and a holder for the mobile telecommunications terminal, wherein the holder has a receptacle for the mobile telecommunications terminal, wherein the holder has a first interface for transmitting data from the mobile telecommunications terminal to the holder, wherein the holder has a second interface for transferring data from the holder to a point of sale system, wherein the holder comprises a first fastening means for detachably fastening the holder to a shopping cart, wherein the holder has an energy storage device and wherein the holder comprises a third interface for transmitting energy to the mobile telecommunications terminal, characterized in that the holder comprises a fourth interface for transmitting energy to the shopping cart.
A method comprising, performed by at least one apparatus: obtaining results of measurements by a mobile device on radio signals transmitted by a plurality of transmitters, the results of measurements comprising characteristics of the radio signals at the location of measurement; estimating a position of the mobile device based on the obtained results of measurements and based on assistance data including information on expected characteristics of radio signals of various transmitters at various locations; matching a distribution of characteristics of radio signals in the obtained results of measurements with a reference distribution of characteristics of radio signals; and providing a result of the matching as an indication of validity of the estimated position. obtaining results of measurements by a mobile device on radio signals transmitted by a plurality of transmitters, the results of measurements comprising characteristics of the radio signals at the location of measurement; estimating a position of the mobile device based on the obtained results of measurements and based on assistance data including information on expected characteristics of radio signals of various transmitters at various locations; matching a distribution of characteristics of radio signals in the obtained results of measurements with a reference distribution of characteristics of radio signals; and providing a result of the matching as an indication of validity of the estimated position.
A method, comprising: at a client having one or more processors and memory storing one or more programs to be executed by the one or more processors: obtaining a video stream, the video stream including closed captions ; determining, from the closed captions in the video stream, a set of information including one or more emphasized words in the closed captions of the video stream, wherein the one or more emphasized words are relevant for identifying one or more content files related to the one or more emphasized words; sending a request including the set of information to a server remotely located from the client for processing; receiving from the server instructions to display the one or more content files related to the one or more emphasized words, wherein the server is distinct from a source of the video stream and wherein the server generates a search query from the one or more emphasized words and performs a search based on the search query to obtain the instructions; and in response to receiving the instructions, causing one or more applications to be invoked for presenting the one or more content files to a user of the client. obtaining a video stream, the video stream including closed captions ; determining, from the closed captions in the video stream, a set of information including one or more emphasized words in the closed captions of the video stream, wherein the one or more emphasized words are relevant for identifying one or more content files related to the one or more emphasized words; sending a request including the set of information to a server remotely located from the client for processing; receiving from the server instructions to display the one or more content files related to the one or more emphasized words, wherein the server is distinct from a source of the video stream and wherein the server generates a search query from the one or more emphasized words and performs a search based on the search query to obtain the instructions; and in response to receiving the instructions, causing one or more applications to be invoked for presenting the one or more content files to a user of the client.
A sloshing impact reducing device for a cargo hold for a liquid cargo to reduce sloshing impact caused by motion of the liquid cargo, comprising: an ascent and descent guide installed at a proper place in the cargo hold and provided with a floating body having buoyancy raising the floating body to a surface of the liquid cargo; and an anti-sloshing member guided to ascend and descend along the ascent and descent guide , confined to the floating body , maintained on the surface of the liquid by the floating body to suppress sloshing of the liquid cargo, wherein the ascent and descent guide comprises a guide rail installed at the corner of the cargo hold to guide ascent and descent movement of the floating body ; and a connector adapted to move along the guide rail and connect the floating body and the anti-sloshing member , wherein the guide rail includes an ascent and descent space allowing the floating body to ascend and descend therein, and a rail surface formed in a direction of ascent and descent of the floating body , wherein the connector moves along the rail surface , wherein the floating body is moved up and down, by buoyant force exerted by the liquid, in the ascent and descent space defined by the guide rail , wherein the anti-sloshing member is provided with a mesh structure having holes formed in a predetermined pattern, wherein a plurality of small pocket-type floats containing a floating object are formed at several places in the anti-sloshing member in a regular or irregular pattern. an ascent and descent guide installed at a proper place in the cargo hold and provided with a floating body having buoyancy raising the floating body to a surface of the liquid cargo; and an anti-sloshing member guided to ascend and descend along the ascent and descent guide , confined to the floating body , maintained on the surface of the liquid by the floating body to suppress sloshing of the liquid cargo, wherein the ascent and descent guide comprises a guide rail installed at the corner of the cargo hold to guide ascent and descent movement of the floating body ; and a connector adapted to move along the guide rail and connect the floating body and the anti-sloshing member , wherein the guide rail includes an ascent and descent space allowing the floating body to ascend and descend therein, and a rail surface formed in a direction of ascent and descent of the floating body , wherein the connector moves along the rail surface , wherein the floating body is moved up and down, by buoyant force exerted by the liquid, in the ascent and descent space defined by the guide rail , wherein the anti-sloshing member is provided with a mesh structure having holes formed in a predetermined pattern, wherein a plurality of small pocket-type floats containing a floating object are formed at several places in the anti-sloshing member in a regular or irregular pattern.
A high-strength steel sheet having a tensile strength of 1180 MPa or more and having a chemical composition containing, by mass%, C: 0.15% to 0.25%, Si: 1.00% to 2.20%, Mn: 2.00% to 3.50%, P: 0.05% or less, S: 0.005% or less, Al: 0.01% to 0.50%, N: 0.010% or less, B: 0.0003% to 0.0050%, one, two, or more selected from Ti: 0.005% to 0.05%, Cu: 0.003% to 0.50%, Ni: 0.003% to 0.50%, Sn: 0.003% to 0.50%, Co: 0.003% to 0.05%, and Mo: 0.003% to 0.50%, optionally one, two, or more selected from V: 0.05% or less, Nb: 0.05% or less, Cr: 0.50% or less, and Ca and/or REM: 0.0050% or less in total, and the balance being Fe and inevitable impurities, and a microstructure including, in terms of volume fraction, 15% or less, including 0%, of ferrite having an average crystal grain diameter of 2 μm or less, 2% to 15% of retained austenite having an average crystal grain diameter of 2 μm or less, 10% or less, including 0%, of martensite having an average crystal grain diameter of 3 μm or less, optionally 3% or less pearlite, and the balance being bainite and tempered martensite having an average crystal grain diameter of 6 μm or less, wherein the average number of cementite grains having a grain diameter of 0.04 μm or more existing in each grain of the bainite and tempered martensite is 10 or more, wherein the average number of cementite grains having a grain diameter of 0.04 μm or more is measured by the method disclosed in the present application.
A bond test apparatus comprising: a stage for supporting a bond for testing; a test tool having a test tool tip configured to contact the bond during a bond test; a drive mechanism connected between the stage and the test tool and configured to provide relative movement between the stage and the test tool during the bond test; characterised in that the apparatus further comprises: a plurality of light sources fixed relative to the test tool; and a light guide fixed relative to the test tool and configured to focus light from the light sources on the test tool tip, wherein the light guide is tubular and surrounds at least a portion of the test tool, and the plurality of light sources are positioned around the test tool. a stage for supporting a bond for testing; a test tool having a test tool tip configured to contact the bond during a bond test; a drive mechanism connected between the stage and the test tool and configured to provide relative movement between the stage and the test tool during the bond test; characterised in that the apparatus further comprises: a plurality of light sources fixed relative to the test tool; and a light guide fixed relative to the test tool and configured to focus light from the light sources on the test tool tip, wherein the light guide is tubular and surrounds at least a portion of the test tool, and the plurality of light sources are positioned around the test tool.
An animal feed additive for use in a process for protein kinase C inhibition for the prophylaxis of dyschondroplasia, osteochondrosis and/or leg weakness or for the prophylaxis of urolithiasis in farm animals, pets and hobby animals, characterized in that the animal feed additive comprises diurnoside, cestrumoside or a mixture thereof in combination with one or more further ingredients selected from the group consisting of magnolol, honokiol and mixtures thereof, fungal mycelium of Aspergillus niger, fungal mycelium of Aspergillus oryzae and chelerythrine.
A tubular composite structure deployable by shape-memory effect having two ends , the tubular composite structure deployable by shape-memory effect comprising a single heating envelope formed of fibers of a single electrically resistive material, impregnated with a shape-memory resin and defining an interior space circumscribed by the heating envelope , the fibers ensuring an autonomous deployment of the tubular composite structure and ensuring structural integrity of the structure in the deployed and retracted position, characterized in that the fibers are braided.