mhurhangee/ep-ind-claims huggingface dataset:
A metal wall anchor for a screw, the wall anchor comprising: a longitudinal axis; a cylindrical head collar located at one end; a cylindrical tail collar located at an opposite end; and a plurality of plastically deformable substantially longitudinal bars which connect the head collar to the tail collar, wherein the head collar has an internal free passage for a threaded shaft of a screw and a transverse head flange for abutment with a transverse head of a screw, wherein the tail collar has an internal free passage for a threaded shaft of a screw and a nut for engagement with a threaded shaft of a screw, wherein the bars are uniformly distributed about an internal free passage for a threaded shaft of a screw, and wherein the internal free passages (20,22,24) of the wall anchor are substantially coaxial with the axis, characterised in that the nut is a stack of three rings (28',28",28"') arranged substantially transverse the axis upon an annular end face of the tail collar, wherein an internal hole (56',56",56"') through each respective ring is substantially coaxial with the axis, wherein a side of each ring is connected to the tail collar by a respective web (54',54",54''), wherein the webs (54',54",54'') of the rings (28',28",28"') are arranged at equiangular intervals about the axis, and wherein the webs (54',54",54'') are integral with the rings (28',28",28'') and the tail collar. a longitudinal axis; a cylindrical head collar located at one end; a cylindrical tail collar located at an opposite end; and a plurality of plastically deformable substantially longitudinal bars which connect the head collar to the tail collar, wherein the head collar has an internal free passage for a threaded shaft of a screw and a transverse head flange for abutment with a transverse head of a screw, wherein the tail collar has an internal free passage for a threaded shaft of a screw and a nut for engagement with a threaded shaft of a screw, wherein the bars are uniformly distributed about an internal free passage for a threaded shaft of a screw, and wherein the internal free passages (20,22,24) of the wall anchor are substantially coaxial with the axis, characterised in that the nut is a stack of three rings (28',28",28"') arranged substantially transverse the axis upon an annular end face of the tail collar, wherein an internal hole (56',56",56"') through each respective ring is substantially coaxial with the axis, wherein a side of each ring is connected to the tail collar by a respective web (54',54",54''), wherein the webs (54',54",54'') of the rings (28',28",28"') are arranged at equiangular intervals about the axis, and wherein the webs (54',54",54'') are integral with the rings (28',28",28'') and the tail collar.
Electromechanical apparatus comprising a wheel set and an analogue indicator member which are integral in rotation, a stepping motor, an electronic control circuit arranged to control the stepping motor, a drive train connecting the stepping motor to the wheel set and to the analogue indicator member, and a capacitive detection device, the drive train having a ratio such that the stepping motor causes the wheel set to make exactly one complete revolution in a determined integer number of motor steps, so that the motor steps subdivide one complete revolution of the wheel set into said integer number of mutually equidistant angular positions, and the capacitive detection device comprising a rotor (4; 10) integral in rotation with the wheel set, a stator (18a, 18b, 20a, 20b, 22, 24, 26a, 26b, 26c), and an electronic measuring circuit, the stator comprising a first pair of electrodes (18a, 18b) having a first capacitance, the rotor (4; 10) being adapted such that the value of the first capacitance depends on the angular position of said rotor (4; 10), and the electronic measuring circuit being arranged to generate and to provide to the electronic control circuit a signal dependent on the value of the first capacitance; characterized in that the stator (18a, 18b, 20a, 20b, 22, 24, 26a, 26b, 26c) includes a second pair of electrodes (20a, 20b) having a second capacitance, the value of the second capacitance depending on the angular position of said rotor (4; 10), in that the pairs of electrodes (18a, 18b; 20a, 20b) and the electronic measuring circuit are configured such that the signal is representative of a difference between the respective values of the first and of the second capacitance, and in that the electronic control means contain a stored correspondence table which contains reference values for the signal as a function of the angular position of the rotor (4; 10) for said mutually equidistant angular positions of the wheel set.
A chromatography cartridge comprising: a barrel having at least one end sealed with a cap, the barrel comprising a thread arranged on the outer cylindrical surface of the barrel and the cap comprising a mating thread on an inner cylindrical surface of the cap, the cap having an inlet end and an open end, wherein: the barrel comprises at least one protrusion arranged on the outer cylindrical surface and below the thread of the barrel in the direction from the end sealed by the cap, the protrusion extending essentially radially outwards from the outer cylindrical surface of the barrel; and wherein the cap comprises a cylindrical flange arranged below the thread of the cap in the direction from the inlet end of the cap, the flange accommodating the protrusion, and at least one locking member provided on the inner cylindrical surface of the flange and extending essentially radially inwards; and wherein the cartridge comprises a mechanical connection formed by the locking member of the cap and the protrusion of the barrel, characterized in that the locking member is a local deformation of the flange which has been provided to the flange after the cap has been mounted onto the barrel. a barrel having at least one end sealed with a cap, the barrel comprising a thread arranged on the outer cylindrical surface of the barrel and the cap comprising a mating thread on an inner cylindrical surface of the cap, the cap having an inlet end and an open end, wherein: the barrel comprises at least one protrusion arranged on the outer cylindrical surface and below the thread of the barrel in the direction from the end sealed by the cap, the protrusion extending essentially radially outwards from the outer cylindrical surface of the barrel; and wherein the cap comprises a cylindrical flange arranged below the thread of the cap in the direction from the inlet end of the cap, the flange accommodating the protrusion, and at least one locking member provided on the inner cylindrical surface of the flange and extending essentially radially inwards; and the barrel comprises at least one protrusion arranged on the outer cylindrical surface and below the thread of the barrel in the direction from the end sealed by the cap, the protrusion extending essentially radially outwards from the outer cylindrical surface of the barrel; and wherein the cap comprises a cylindrical flange arranged below the thread of the cap in the direction from the inlet end of the cap, the flange accommodating the protrusion, and at least one locking member provided on the inner cylindrical surface of the flange and extending essentially radially inwards; and wherein the cartridge comprises a mechanical connection formed by the locking member of the cap and the protrusion of the barrel, characterized in that the locking member is a local deformation of the flange which has been provided to the flange after the cap has been mounted onto the barrel.
Foamed composition comprising a thermoplastic copolyester elastomer in an amount of between 70 to 99 wt%, said elastomer comprising hard and soft segments, and a plasticizer in an amount of between 1 to 30 wt% based on the total amount of the composition, wherein the hard segment is chosen from polybutylene terephthalate or polyethylene terephthalate, and the soft segment is chosen from the group consisting of poly(ethylene oxide), polypropylene oxide and polytetramethylene oxide (PTMO), PEO-PPO-PEO, and combinations thereof.
A method for fabricating a high voltage metal oxide semiconductor field effect transistor device, said method comprising the steps of: forming a zero layer on a P-substrate by etching an alignment target on a surface of the P-substrate and outside of active device areas of the P-substrate; forming a lightly doped N-well in a portion of the P-substrate by implant; forming a doped N-well in a portion of the lightly doped N-well by implant, wherein the doped N-well is more heavily doped than the lightly doped N-well; forming field oxides (214a, 214b, 214c) over certain portions of the P-substrate, wherein at least one field oxide overlaps the lightly and more heavily doped N-wells (204a, 204b) at a junction formed between the N-well and the lightly doped N-well; forming a gate oxide over a portion of the lightly doped N-well and a portion of the P-substrate; forming a polysilicon gate over the gate oxide; and forming a heavily doped N + region in a portion of the doped N-well and another heavily doped N + region in another portion of the P-substrate by implant, wherein the steps of forming comprise using masks aligned with the alignment target. forming a zero layer on a P-substrate by etching an alignment target on a surface of the P-substrate and outside of active device areas of the P-substrate; forming a lightly doped N-well in a portion of the P-substrate by implant; forming a doped N-well in a portion of the lightly doped N-well by implant, wherein the doped N-well is more heavily doped than the lightly doped N-well; forming field oxides (214a, 214b, 214c) over certain portions of the P-substrate, wherein at least one field oxide overlaps the lightly and more heavily doped N-wells (204a, 204b) at a junction formed between the N-well and the lightly doped N-well; forming a gate oxide over a portion of the lightly doped N-well and a portion of the P-substrate; forming a polysilicon gate over the gate oxide; and forming a heavily doped N + region in a portion of the doped N-well and another heavily doped N + region in another portion of the P-substrate by implant, wherein the steps of forming comprise using masks aligned with the alignment target.
A method comprising: pre-populating a client cache with relevant fingerprints received from a server, wherein the server comprises a server cache and a deduplicated data store, the server cache comprises the relevant fingerprints, each of the relevant fingerprints corresponds to data in the deduplicated data store, and the pre-populating is performed in response to initiation of a backup process of a client, wherein: the pre-populating uses a buffer list comprising a subset of fingerprint entries, and the pre-populating comprises retrieving the subset of fingerprint entries based on, at least in part, information regarding the client; and determining whether generated fingerprints are present in the client cache during a deduplication process, subsequent to the pre-populating, wherein the generated fingerprints are generated from client data during the backup process, and the deduplication process is part of the backup process. pre-populating a client cache with relevant fingerprints received from a server, wherein the server comprises a server cache and a deduplicated data store, the server cache comprises the relevant fingerprints, each of the relevant fingerprints corresponds to data in the deduplicated data store, and the pre-populating is performed in response to initiation of a backup process of a client, wherein: the pre-populating uses a buffer list comprising a subset of fingerprint entries, and the pre-populating comprises retrieving the subset of fingerprint entries based on, at least in part, information regarding the client; and the server comprises a server cache and a deduplicated data store, the server cache comprises the relevant fingerprints, each of the relevant fingerprints corresponds to data in the deduplicated data store, and the pre-populating is performed in response to initiation of a backup process of a client, wherein: the pre-populating uses a buffer list comprising a subset of fingerprint entries, and the pre-populating comprises retrieving the subset of fingerprint entries based on, at least in part, information regarding the client; and the pre-populating uses a buffer list comprising a subset of fingerprint entries, and the pre-populating comprises retrieving the subset of fingerprint entries based on, at least in part, information regarding the client; and determining whether generated fingerprints are present in the client cache during a deduplication process, subsequent to the pre-populating, wherein the generated fingerprints are generated from client data during the backup process, and the deduplication process is part of the backup process. the generated fingerprints are generated from client data during the backup process, and the deduplication process is part of the backup process.
Gasifier having burners or burner recesses and slag runner, with the slag runner being arranged on burners or burner recesses to protect against downflowing slag which is formed in the gasification of ash-containing finely divided fuels within a gasifier, characterized in that - the slag runner is formed by a plurality of pipe bends through which cooling medium flows and which in the installed position form a runner area which faces the interior of the gasifier, is oblique to the gasifier wall and shields the burner or the burner recess in the upper region in the direction of gravity and forms an acute angle (α) with the burner wall; and - a dedicated coolant inlet and coolant outlet is assigned to the pipe bends of the slag runner and the pipe bends forming the slag runner are formed by a piece of pipe whose coolant inlet and coolant outlet passes through the gasifier wall and is joined in a gastight manner to the latter; and - the pipe bends forming the slag runner are provided with pins and rammed with refractory. - the slag runner is formed by a plurality of pipe bends through which cooling medium flows and which in the installed position form a runner area which faces the interior of the gasifier, is oblique to the gasifier wall and shields the burner or the burner recess in the upper region in the direction of gravity and forms an acute angle (α) with the burner wall; and - a dedicated coolant inlet and coolant outlet is assigned to the pipe bends of the slag runner and the pipe bends forming the slag runner are formed by a piece of pipe whose coolant inlet and coolant outlet passes through the gasifier wall and is joined in a gastight manner to the latter; and - the pipe bends forming the slag runner are provided with pins and rammed with refractory.
A topical composition comprising: metabolized conditioned growth medium; and a suitable vehicle, wherein the topical composition is obtainable by a process comprising the steps: (a) culturing fibroblast cells in a growth medium sufficient to meet the nutritional needs required to grow the fibroblast cells in vitro to form a conditioned growth medium and removing the conditioned growth medium from the cultured fibroblast cells; (b) culturing yeast cells; (c) exposing the yeast cells to the conditioned growth medium; (d) culturing the yeast cells to metabolize at least a portion of the conditioned growth medium; (e) collecting the metabolized conditioned growth medium; and (f) combining the metabolized conditioned growth medium with the suitable vehicle. metabolized conditioned growth medium; and a suitable vehicle, (a) culturing fibroblast cells in a growth medium sufficient to meet the nutritional needs required to grow the fibroblast cells in vitro to form a conditioned growth medium and removing the conditioned growth medium from the cultured fibroblast cells; (b) culturing yeast cells; (c) exposing the yeast cells to the conditioned growth medium; (d) culturing the yeast cells to metabolize at least a portion of the conditioned growth medium; (e) collecting the metabolized conditioned growth medium; and (f) combining the metabolized conditioned growth medium with the suitable vehicle.
A method of preparing an organic zinc catalyst, the method comprising reacting a zinc precursor and dicarboxylic acid having 3 to 20 carbon atoms to form zinc dicarboxylate-based particles in a liquid medium containing a polar solvent and a non-polar solvent at a volume ratio of 30:70 to 75:25; and wherein the polar solvent is one or more compounds selected from the group consisting of methanol, ethanol, acetone, N,N-dimethylformamide, N,N-dimethylacetamide, propylene carbonate, acetonitrile, dimethyl sulfoxide, and hexamethylphosphotriamide; and wherein the non-polar solvent is one or more compounds selected from the group consisting of toluene, benzene, xylene, diethylether, tetrahydrofuran, 1,4-dioxane, dimethylcarbonate, and diethylcarbonate.
A method of forming a metal film; comprising a step of applying an agent containing the following compound (a) onto the surface of a base, wherein the base is made using a polymer or the base has a coating film containing a polymer on the surface thereof; a step of irradiating said compound (a) existing on the surface of said base with light having a predetermined pattern after said step and yet before step; and a step of forming a metal film on the surface of said compound (a) by a wet-type plating technique: characterized in that said compound (a) is a compound having at least one OH group or at least one OH yielding group, at least one azide group, and at least one triazine ring per molecule. characterized in that said compound (a) is a compound having at least one OH group or at least one OH yielding group, at least one azide group, and at least one triazine ring per molecule.
A reduced-pressure, deep-tissue closure system for applying a closing force proximate to a deep tissue, the system comprising: a contractible matrix (130, 200, 300, 400) for disposing proximate to the deep tissue, the contractible matrix comprising a first (132, 202, 402) and second (134, 204, 404), inward-facing side, a reduced-pressure source fluidly coupled to the contractible matrix and operable to deliver reduced pressure to the contractible matrix, the contractible matrix (130, 200, 300, 400) characterized by; a first plurality of apertures (136, 206, 310) in the first side (132, 202, 402), a plurality of cells (138, 208, 308) in fluid communication with the first plurality of apertures (136, 206, 310), each of the plurality of cells (138, 208, 308) formed as a honeycomb or gear-shaped cell extending from the first side to the second side. a contractible matrix (130, 200, 300, 400) for disposing proximate to the deep tissue, the contractible matrix comprising a first (132, 202, 402) and second (134, 204, 404), inward-facing side, a reduced-pressure source fluidly coupled to the contractible matrix and operable to deliver reduced pressure to the contractible matrix, the contractible matrix (130, 200, 300, 400) characterized by; a first plurality of apertures (136, 206, 310) in the first side (132, 202, 402), a plurality of cells (138, 208, 308) in fluid communication with the first plurality of apertures (136, 206, 310), each of the plurality of cells (138, 208, 308) formed as a honeycomb or gear-shaped cell extending from the first side to the second side.
Method for setting up a patient irradiation device, wherein the patient irradiation device comprises a patent receptacle, a patient positioning device, on which the patent receptacle is held movably in space, at least one radiation source for irradiating a target volume of a patient and an imaging system (11, 81) for showing the target volume, wherein the patient irradiation device comprises at least one position detecting system (16, 82, 86) for detecting at least one information on the position of the patent receptacle in space, wherein the position detecting system (16, 82, 86) comprises at least one first position reference element (18, 43 - 53) located on the patent receptacle, and wherein at least temporarily at least one imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74), which can be imaged by the imaging system (11, 81), is held on the patent receptacle, wherein the imaging system (11, 81) is movable in space in at least one dimension relative to the radiation source and the patent receptacle, wherein the imaging system (11, 81) has means for detecting at least one information on the position of the imaging system (11, 81), wherein, for setting up the patient irradiation device in at least one position of patent receptacle and imaging system (11, 81), the imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74) is imaged with the imaging system (11, 81) and the position of the imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74) is determined, wherein, in the process of setting up the patient irradiation device in the at least one position of patent receptacle and imaging system (11, 81), in which the imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74) is imaged with the imaging system (11, 81) and the position of the imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74) is determined, - the position of the at least one first position reference element (18, 43 - 53) is determined by the position detecting system (16, 82, 86) and - at least one information on the position of the image generated with the imaging system (11, 81) by the imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74) is assigned to this position of the imaging system (11, 81), the imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74) and the first position reference element (18, 43 - 53). - the position of the at least one first position reference element (18, 43 - 53) is determined by the position detecting system (16, 82, 86) and - at least one information on the position of the image generated with the imaging system (11, 81) by the imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74) is assigned to this position of the imaging system (11, 81), the imaging reference element (32, 35, 54, 55, 63, 68, 69, 73, 74) and the first position reference element (18, 43 - 53).