mhurhangee/ep-ind-claims huggingface dataset:
A profile measuring apparatus configured to measure a profile of an object by irradiating the object with an X-ray and detecting a transmission X-ray transmitted through the object, comprising: a chamber member defining a first space, and configured to restrain the X-ray from leaking outside of the chamber member; an X-ray source fixed in the first space and configured to irradiate the X-ray toward the object, the x-ray source including: a target configured to generate the X-ray by collision of electrons or transmission of electrons, an electron conduction member configured to conduct the electrons to the target, and a housing accommodating the electron conduction member; and a stage located in the first space and configured to hold the object; a detector located in the first space and configured to detect at least a part of the transmission X-ray transmitted through the object, characterized by: a first supply port arranged in the first space at a position facing an outer surface of the housing or the target and wherein the apparatus is configured to supply a temperature-controlled gas to a part of the outer surface of the housing or the target via the first supply port. a chamber member defining a first space, and configured to restrain the X-ray from leaking outside of the chamber member; an X-ray source fixed in the first space and configured to irradiate the X-ray toward the object, the x-ray source including: a target configured to generate the X-ray by collision of electrons or transmission of electrons, an electron conduction member configured to conduct the electrons to the target, and a housing accommodating the electron conduction member; and a target configured to generate the X-ray by collision of electrons or transmission of electrons, an electron conduction member configured to conduct the electrons to the target, and a housing accommodating the electron conduction member; and a stage located in the first space and configured to hold the object; a detector located in the first space and configured to detect at least a part of the transmission X-ray transmitted through the object, characterized by: a first supply port arranged in the first space at a position facing an outer surface of the housing or the target and wherein the apparatus is configured to supply a temperature-controlled gas to a part of the outer surface of the housing or the target via the first supply port. a first supply port arranged in the first space at a position facing an outer surface of the housing or the target and wherein the apparatus is configured to supply a temperature-controlled gas to a part of the outer surface of the housing or the target via the first supply port.
A propulsion system for an aircraft comprising: at least two main gas turbine engines; a plurality of dedicated boundary layer ingestion fans; and wherein the dedicated boundary layer ingestion fans comprise a dedicated boundary layer fan rotor and a dedicated motor; and characterised in that: a total thrust provided by a combination of said at least two main gas turbine engines and said dedicated boundary layer ingestion fans is such that a combination of a thrust provided by said dedicated plurality of boundary layer ingestion fans is less than 20 percent of said total thrust. at least two main gas turbine engines; a plurality of dedicated boundary layer ingestion fans; and wherein the dedicated boundary layer ingestion fans comprise a dedicated boundary layer fan rotor and a dedicated motor; and characterised in that: a total thrust provided by a combination of said at least two main gas turbine engines and said dedicated boundary layer ingestion fans is such that a combination of a thrust provided by said dedicated plurality of boundary layer ingestion fans is less than 20 percent of said total thrust.
An air-conditioning apparatus for a vehicle, comprising: a casing adapted to be provided on a roof of a vehicle and formed with an air inlet through which air in the vehicle can be sucked from an opening formed in the roof of the vehicle; and an apparatus main body installed in the casing and conditioning the air of the vehicle, that is sucked through the air inlet, characterized in that a wiring through hole (31 to 34) for passing a wiring cable extending from the apparatus main body through a space between the roof of the vehicle and the casing is formed in a bottom plate of the casing, and in that the wiring cable is disposable so as to be passed through the space between the bottom plate of the casing and the roof of the vehicle via the wiring through hole (31 to 34) from the apparatus main body and to extend into the opening from a position that is in the bottom plate of the casing and above the opening of the vehicle. a casing adapted to be provided on a roof of a vehicle and formed with an air inlet through which air in the vehicle can be sucked from an opening formed in the roof of the vehicle; and an apparatus main body installed in the casing and conditioning the air of the vehicle, that is sucked through the air inlet, characterized in that a wiring through hole (31 to 34) for passing a wiring cable extending from the apparatus main body through a space between the roof of the vehicle and the casing is formed in a bottom plate of the casing, and in that the wiring cable is disposable so as to be passed through the space between the bottom plate of the casing and the roof of the vehicle via the wiring through hole (31 to 34) from the apparatus main body and to extend into the opening from a position that is in the bottom plate of the casing and above the opening of the vehicle.
A device comprising: a first elongated segment (220, 420, 920) having two opposing ends, a first end and a second end and defining a first primary lumen extending therebetween, the first elongated segment comprising a first subsegment (220a, 420a, 920a) and a second subsegment (220b, 420b, 920b), the first and second subsegments (220a, 920a, 220b, 920b) being separately insertable into a body lumen and joinable together during subsequent deployment in the body lumen; a second elongated segment (230, 930) having two opposing ends, a first end and a second end and defining a second primary lumen extending therebetween, the second elongated segment comprising a first subsegment and a second subsegment, the first and second subsegments (230a, 230b) being separately insertable into the body lumen and joinable together during subsequent deployment in the body lumen, a combined cross section of the first elongated segment and second elongated segment being substantially conformable to an intraluminal cross section of the body lumen; wherein the first and second elongated segments can be positioned and implanted in a longitudinally displaced configuration such that the first end of the first elongated segment is longitudinally displaced from the first end of the second elongated segment; and a first branch segment engaged to a first side opening in one of the first and second subsegments of the first elongated segment, the first branch segment having a first branch lumen in fluid communication with the first primary lumen. a first elongated segment (220, 420, 920) having two opposing ends, a first end and a second end and defining a first primary lumen extending therebetween, the first elongated segment comprising a first subsegment (220a, 420a, 920a) and a second subsegment (220b, 420b, 920b), the first and second subsegments (220a, 920a, 220b, 920b) being separately insertable into a body lumen and joinable together during subsequent deployment in the body lumen; a second elongated segment (230, 930) having two opposing ends, a first end and a second end and defining a second primary lumen extending therebetween, the second elongated segment comprising a first subsegment and a second subsegment, the first and second subsegments (230a, 230b) being separately insertable into the body lumen and joinable together during subsequent deployment in the body lumen, a combined cross section of the first elongated segment and second elongated segment being substantially conformable to an intraluminal cross section of the body lumen; wherein the first and second elongated segments can be positioned and implanted in a longitudinally displaced configuration such that the first end of the first elongated segment is longitudinally displaced from the first end of the second elongated segment; and a first branch segment engaged to a first side opening in one of the first and second subsegments of the first elongated segment, the first branch segment having a first branch lumen in fluid communication with the first primary lumen.
A machine tool for machining a workpiece, which is attached to a table, by moving a tool attached to a spindle and the workpiece relative to each other, characterized in that the machine tool comprises: a bed providing a base and defining a top to which a table is disposed; a chip removing duct, extending rearwardly from a chip discharge outlet defined in a rear side of the bed at the center in the left-right direction, for discharging chips outside the machine tool from the inside of the bed; a vertically moving body over the chip removing duct, mounted to the rear side of the bed for vertical movement along a pair of vertically extending guides mounted to the rear side of the bed at the respective left and right sides of the chip removing duct or to the rear lateral sides of the bed; and vertically driving means for moving the vertically moving body along the vertically extending guides, characterized in that the vertically moving body is in the form of a bifurcated fork; the vertically moving body defines a pair of downwardly extending legs in the form of the bifurcated fork; and the pair of left-right vertically extending guides are disposed to be overlapped by the pair of downwardly extending legs in the form of a bifurcated fork when the vertically moving body is mounted to the rear side of the bed. a bed providing a base and defining a top to which a table is disposed; a chip removing duct, extending rearwardly from a chip discharge outlet defined in a rear side of the bed at the center in the left-right direction, for discharging chips outside the machine tool from the inside of the bed; a vertically moving body over the chip removing duct, mounted to the rear side of the bed for vertical movement along a pair of vertically extending guides mounted to the rear side of the bed at the respective left and right sides of the chip removing duct or to the rear lateral sides of the bed; and vertically driving means for moving the vertically moving body along the vertically extending guides, characterized in that the vertically moving body is in the form of a bifurcated fork; the vertically moving body defines a pair of downwardly extending legs in the form of the bifurcated fork; and the pair of left-right vertically extending guides are disposed to be overlapped by the pair of downwardly extending legs in the form of a bifurcated fork when the vertically moving body is mounted to the rear side of the bed.
Battery pack for an electrical load, in particular for a portable electrical device, wherein the load is connected via a connection cable to the battery pack and the battery pack is formed with a housing which is designed to be a separate unit from the electrical load, and the housing has an inner receiving space for a plurality of cell packs of a predefined number of rechargeable single cells, wherein the single cells of a cell pack are electrically connected to each other by cell connectors (81, 82, 83) and supply the load via the connection cable, wherein the receiving space of the housing is subdivided by partition walls (51, 52) into individual spaces, and a cell pack is arranged in an individual space as an independent unit which is held in the individual space, wherein the partition walls (51, 52) in the housing are formed by ribs which extend from one narrow side (22, 24; 17, 23) of the housing to the opposite narrow side (24, 22; 23, 17) thereof, characterised in that an elastic deformation zone is formed in the longitudinal direction of a partition wall (51, 52), and the deformation zone consists of a wave-form to S-form wall portion, and a wave-form portion of the deformation zone forms an engagement element of the housing which engages in a recess (84, 85) formed in the outer contour of the cell pack, and the recesses are offset on one long side of the cell pack with respect to the recesses on the other long side of the cell pack.
Composite composed of a polymer matrix and continuous fibres embedded therein, where the polymer matrix consists to an extent of at least 80% by weight of a mixture comprising the following components: a) low-viscosity PVDF as the main component, i.e. to an extent of at least 50 parts by weight, and b) 1 to 50 parts by weight of an acrylate copolymer, where the acrylate copolymer contains 1% to 30% by weight of units having carboxylic anhydride groups, where the sum total of the parts by weight of a) and b) is 100, and where the proportion by volume of the continuous fibres in the composite is also 10% to 80% by weight, where the percentages of the matrix and of the continuous fibres are each based on the total mass or total volume of the reinforcing ply. a) low-viscosity PVDF as the main component, i.e. to an extent of at least 50 parts by weight, and b) 1 to 50 parts by weight of an acrylate copolymer, where the acrylate copolymer contains 1% to 30% by weight of units having carboxylic anhydride groups, where the sum total of the parts by weight of a) and b) is 100, and
Polysaccharide or hydrocarbon-carrying material functionalised with a monomer chosen from the group constituted by glycidyl methacrylate or the glycerol derivative thereof, acrylic acid, N-vinylpyrrolidone, acrylamide and vinyl acetate, characterised in that the said material is impregnated with at least one pharmaceutical active principle and that cyclodextrins are absent.
A method for performing an aggregate function using a database query, wherein it comprises: - executing a database query with a processor of a database engine having access to one or more databases (108, 110), wherein the database query joins a plurality of database tables of the one or more databases (108, 110) and comprises a distinct aggregation function, which, when executed against the one or more databases (108, 110), aggregates only values of database records corresponding to distinct keys by which the tables are joined, regardless of the cardinality of the joined tables, the one or more databases (108, 110) being relational databases and the database query being a single Structured Query Language query statement; - generating a distinct key value-record value composite integer for each record value to be aggregated via the distinct aggregation function, wherein generating the distinct key value-record value composite integer comprises: ∘ applying a uniform hash function to convert a key value corresponding to a record value into a random value; and ∘ adding the record value to the random value to provide a distinct key value-record value composite integer. - executing a database query with a processor of a database engine having access to one or more databases (108, 110), wherein the database query joins a plurality of database tables of the one or more databases (108, 110) and comprises a distinct aggregation function, which, when executed against the one or more databases (108, 110), aggregates only values of database records corresponding to distinct keys by which the tables are joined, regardless of the cardinality of the joined tables, the one or more databases (108, 110) being relational databases and the database query being a single Structured Query Language query statement; - generating a distinct key value-record value composite integer for each record value to be aggregated via the distinct aggregation function, wherein generating the distinct key value-record value composite integer comprises: ∘ applying a uniform hash function to convert a key value corresponding to a record value into a random value; and ∘ adding the record value to the random value to provide a distinct key value-record value composite integer. ∘ applying a uniform hash function to convert a key value corresponding to a record value into a random value; and ∘ adding the record value to the random value to provide a distinct key value-record value composite integer.
A retrieval device for retrieving and withdrawing a protection device from a body lumen, comprising: an elongate retrieval sheath having an outer diameter fitting within the body lumen and having an inner diameter defining a retrieval lumen; a elongated dilator sheath having an outer diameter approximately equal to the inner diameter of the retrieval sheath, the dilator sheath fitting within the retrieval lumen and being longitudinally translatalile with respect to the retrieval sheath; the dilator sheath having an inner diameter defining a guidewire lumen; a guidewire disposed within the guidewire lumen and being longitudinally translatable with respect to the dilator sheath, the guidewire extending distally beyond a distal end of the dilator sheath, the protection device being attached to the guidewire distal to the dilator sheath; a nose cone disposed at a distal end of the dilator sheath, a proximal portion of the nose cone having an outer diameter approximately equal to the outer diameter of the dilator sheath, a distal portion of the nose cone having an outer diameter that tapers from a maximum adjacent the proximal portion of the nose cone to a minimum at a distal end of the nose cone; and a proximal locking device configured to lock the dilator sheath to the guidewire. an elongate retrieval sheath having an outer diameter fitting within the body lumen and having an inner diameter defining a retrieval lumen; a elongated dilator sheath having an outer diameter approximately equal to the inner diameter of the retrieval sheath, the dilator sheath fitting within the retrieval lumen and being longitudinally translatalile with respect to the retrieval sheath; the dilator sheath having an inner diameter defining a guidewire lumen; a guidewire disposed within the guidewire lumen and being longitudinally translatable with respect to the dilator sheath, the guidewire extending distally beyond a distal end of the dilator sheath, the protection device being attached to the guidewire distal to the dilator sheath; a nose cone disposed at a distal end of the dilator sheath, a proximal portion of the nose cone having an outer diameter approximately equal to the outer diameter of the dilator sheath, a distal portion of the nose cone having an outer diameter that tapers from a maximum adjacent the proximal portion of the nose cone to a minimum at a distal end of the nose cone; and a proximal locking device configured to lock the dilator sheath to the guidewire.
A columnar zirconia sintered body having two congruent plane figures as bases, wherein the two bases include a first base, and wherein the columnar zirconia sintered body further has a side face, wherein the first base comprises a surface shape that is neither square nor rectangular but has at least one straight portion, characterised in that the zirconia sintered body meets the following (i) or (ii): (i) the first base has a surface shape combining a rectangle and a semicircle, and the first base includes a curve portion of a shape extending perpendicularly to the first base; (ii) the surface shape comprises at least two recessed portions, and the zirconia sintered body has receding portions and a narrow portion defined between two of the receding portions, the receding portions having a shape defined by the recessed portions extending perpendicularly to the first base, the zirconia sintered body comprises a main body portion in contact with the narrow portion, and a stem portion including the narrow portion and having a smaller area than the main body portion at the first base, and the main body portion has a maximum width of 20 mm or more, and the stem portion has a minimum width of more than 4 mm, and wherein the stem portion is as high as the main body portion in columnar height. (i) the first base has a surface shape combining a rectangle and a semicircle, and the first base includes a curve portion of a shape extending perpendicularly to the first base; (ii) the surface shape comprises at least two recessed portions, and the zirconia sintered body has receding portions and a narrow portion defined between two of the receding portions, the receding portions having a shape defined by the recessed portions extending perpendicularly to the first base, the zirconia sintered body comprises a main body portion in contact with the narrow portion, and a stem portion including the narrow portion and having a smaller area than the main body portion at the first base, and the main body portion has a maximum width of 20 mm or more, and the stem portion has a minimum width of more than 4 mm, and wherein the stem portion is as high as the main body portion in columnar height.
An extrudable hydrogel composition comprising: a cross-linkable prepolymer, the cross-linkable prepolymer being formed from a reaction of (i) a thiol-substituted oligosaccharide, a thiol-substituted hyaluronic acid, a thiol-substituted collagen or a thiol-substituted gelatin and (ii) a first thiol-reactive crosslinking agent; a second thiol-reactive crosslinking agent comprising an alkyne; and water. a cross-linkable prepolymer, the cross-linkable prepolymer being formed from a reaction of (i) a thiol-substituted oligosaccharide, a thiol-substituted hyaluronic acid, a thiol-substituted collagen or a thiol-substituted gelatin and (ii) a first thiol-reactive crosslinking agent; a second thiol-reactive crosslinking agent comprising an alkyne; and water.
A method for programming transistors in a memory device, comprising: performing each program-verify iteration of a plurality of program-verify iterations (PV1-PV15), the plurality of program-verify iterations comprise program-verify iterations for a set of transistors (211-219, 230, 240, 250) which are to be programmed in a programming operation, each transistor initially has a program status which indicates that the transistor is to be programmed, the performing each program-verify iteration comprises applying a program pulse (PP1-PP15) to the set of transistors, determining whether a threshold voltage of at least some of the transistors with the program status exceeds a lockout verify voltage (Vva_lo, Vvb_lo, Vvc_lo) and changing the program status to a lockout status for a remainder of the programming operation for each of the transistors for which the threshold voltage is determined to exceed the lockout verify voltage, the method characterised in that: the lockout verify voltage is stepped up in multiple program-verify iterations (PV4-PV7, PV7-PV10, PV10-PV13) of the program-verify iterations for the set of transistors. performing each program-verify iteration of a plurality of program-verify iterations (PV1-PV15), the plurality of program-verify iterations comprise program-verify iterations for a set of transistors (211-219, 230, 240, 250) which are to be programmed in a programming operation, each transistor initially has a program status which indicates that the transistor is to be programmed, the performing each program-verify iteration comprises applying a program pulse (PP1-PP15) to the set of transistors, determining whether a threshold voltage of at least some of the transistors with the program status exceeds a lockout verify voltage (Vva_lo, Vvb_lo, Vvc_lo) and changing the program status to a lockout status for a remainder of the programming operation for each of the transistors for which the threshold voltage is determined to exceed the lockout verify voltage, the method characterised in that: the lockout verify voltage is stepped up in multiple program-verify iterations (PV4-PV7, PV7-PV10, PV10-PV13) of the program-verify iterations for the set of transistors. the lockout verify voltage is stepped up in multiple program-verify iterations (PV4-PV7, PV7-PV10, PV10-PV13) of the program-verify iterations for the set of transistors.