mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article, comprising a top layer , a leak-proof layer , and an absorbent layer disposed between the top layer and the leak-proof layer ; wherein the leak-proof layer is directly stacked on the absorbent layer , and the leak-proof layer comprises a meltblown layer and a protective layer of the meltblown layer ; wherein the protective layer is arranged on a non-absorbent layer side of the meltblown layer ; wherein the leak-proof layer comprises a raised region in which the number of fibers of the meltblown layer for the fibers which penetrate into the protective layer is 2.5 fibers/mm or more, the number of fibers being measured with a method as described in the description; wherein an average fiber diameter of fibers of the meltblown layer is 2.5 μm or less; and wherein the raised region is arranged on a region in which the leak-proof layer overlaps with the absorbent layer . wherein the leak-proof layer is directly stacked on the absorbent layer , and the leak-proof layer comprises a meltblown layer and a protective layer of the meltblown layer ; wherein the protective layer is arranged on a non-absorbent layer side of the meltblown layer ; wherein the leak-proof layer comprises a raised region in which the number of fibers of the meltblown layer for the fibers which penetrate into the protective layer is 2.5 fibers/mm or more, the number of fibers being measured with a method as described in the description; wherein an average fiber diameter of fibers of the meltblown layer is 2.5 μm or less; and wherein the raised region is arranged on a region in which the leak-proof layer overlaps with the absorbent layer .
A milliwave band radio wave absorption sheet comprising a radio wave reflection layer (A), a radio wave absorption layer (B) situated parallel to the top of the radio wave reflection layer (A), and a protective layer (C) situated parallel to the top of the radio wave absorption layer (B), characterised in that : the real part of the relative permittivity of the radio wave absorption layer (B) at a frequency of 79 GHz is in the range of 10 to 20, the absolute value of the imaginary part is in the range of 4 to 10, the film thickness of the radio wave absorption layer (B) is in the range of 200 to 400 μm and the absolute value of the imaginary part/real part ratio of the relative permittivity is in the range of 0.30 to 0.60, and the real part of the relative permittivity of the protective layer (C) at a frequency of 79 GHz is in the range of 1.5 to 8.0, the absolute value of the imaginary part is less than 1.0, the film thickness of the protective layer (C) is in the range of 50 to 200 μm and the optical reflectance of the protective layer (C) is 50% or higher at an incident angle of 60° and 25% or higher at an incident angle of 20°. the real part of the relative permittivity of the radio wave absorption layer (B) at a frequency of 79 GHz is in the range of 10 to 20, the absolute value of the imaginary part is in the range of 4 to 10, the film thickness of the radio wave absorption layer (B) is in the range of 200 to 400 μm and the absolute value of the imaginary part/real part ratio of the relative permittivity is in the range of 0.30 to 0.60, and the real part of the relative permittivity of the protective layer (C) at a frequency of 79 GHz is in the range of 1.5 to 8.0, the absolute value of the imaginary part is less than 1.0, the film thickness of the protective layer (C) is in the range of 50 to 200 μm and the optical reflectance of the protective layer (C) is 50% or higher at an incident angle of 60° and 25% or higher at an incident angle of 20°.
A display device, comprising: a plurality of semiconductor light emitting diodes ; first and second wiring electrodes respectively extending from the plurality of semiconductor light emitting diodes to supply an electrical signal to the plurality of semiconductor light emitting diodes; a plurality of pair electrodes disposed on a substrate and having a first electrode and a second electrode that generate an electric field when a current is supplied thereto; a dielectric layer disposed to cover the plurality of pair electrodes; and characterized in that the first wiring electrode and the second wiring electrode are located at opposite sides of the plurality of pair electrodes based on the plurality of semiconductor light emitting diodes, wherein a covalent bond layer is disposed between the dielectric layer and the plurality of semiconductor light emitting diodes, and forming a covalent bond with the dielectric layer and each of the plurality of semiconductor light emitting diodes. a plurality of semiconductor light emitting diodes ; first and second wiring electrodes respectively extending from the plurality of semiconductor light emitting diodes to supply an electrical signal to the plurality of semiconductor light emitting diodes; a plurality of pair electrodes disposed on a substrate and having a first electrode and a second electrode that generate an electric field when a current is supplied thereto; a dielectric layer disposed to cover the plurality of pair electrodes; and characterized in that the first wiring electrode and the second wiring electrode are located at opposite sides of the plurality of pair electrodes based on the plurality of semiconductor light emitting diodes, wherein a covalent bond layer is disposed between the dielectric layer and the plurality of semiconductor light emitting diodes, and forming a covalent bond with the dielectric layer and each of the plurality of semiconductor light emitting diodes.
A via structure comprising: at least one 1 st inter-metal layer ; and a 1 st via structure penetrating the at least one inter-metal layer (220, 230, 240; 220, 230, 250), wherein, in the at least one inter-metal layer (220, 230, 240; 220, 230, 250), a 1 st vertical side (S1) of the 1 st via structure does not contact a barrier metal pattern while a 2 nd vertical side (S2) of the 1 st via structure opposite to the 1 st vertical side (S1) of the 1 st via structure contacts the barrier metal pattern , wherein the at least one 1 st inter-metal layer comprises at least two 1 st inter-metal layers stacked in a vertical direction, wherein the 1 st vertical side (S1) of the 1 st via structure (204S1) contacts only a single 2 nd inter-metal layer (240; 250) other than the at least two 1 st inter-metal layers, and wherein the 2 nd vertical side (S2) of the 1 st via structure (204S1) contacts the at least two 1 st inter-metal layers through the barrier metal pattern , further comprising a lower metal pattern and an etch stop layer formed on a top surface of the lower metal pattern , wherein the etch stop layer comprises a hole (R1) through which the top surface of the lower metal pattern is exposed, wherein the 1 st via structure vertically lands on the top surface of the lower metal pattern exposed through the hole (R1), wherein the single 2 nd inter-metal layer (240; 250) is formed on the etch stop layer . at least one 1 st inter-metal layer ; and a 1 st via structure penetrating the at least one inter-metal layer (220, 230, 240; 220, 230, 250), wherein, in the at least one inter-metal layer (220, 230, 240; 220, 230, 250), a 1 st vertical side (S1) of the 1 st via structure does not contact a barrier metal pattern while a 2 nd vertical side (S2) of the 1 st via structure opposite to the 1 st vertical side (S1) of the 1 st via structure contacts the barrier metal pattern , wherein the at least one 1 st inter-metal layer comprises at least two 1 st inter-metal layers stacked in a vertical direction, wherein the 1 st vertical side (S1) of the 1 st via structure (204S1) contacts only a single 2 nd inter-metal layer (240; 250) other than the at least two 1 st inter-metal layers, and wherein the 2 nd vertical side (S2) of the 1 st via structure (204S1) contacts the at least two 1 st inter-metal layers through the barrier metal pattern , further comprising a lower metal pattern and an etch stop layer formed on a top surface of the lower metal pattern , wherein the etch stop layer comprises a hole (R1) through which the top surface of the lower metal pattern is exposed, wherein the 1 st via structure vertically lands on the top surface of the lower metal pattern exposed through the hole (R1), wherein the single 2 nd inter-metal layer (240; 250) is formed on the etch stop layer .
A coil forming apparatus comprising: an inner member comprising a first receiving portion configured to receive a first slot insertion portion of each of a plurality of coil segments insertable at substantially equal intervals in a first direction corresponding to a circumferential direction of a stator or rotor, the coil segment comprising a pair of slot insertion portions respectively insertable into slots of the stator or rotor and a linking portion connecting the slot insertion portions ; an outer member comprising a second receiving portion configured to receive a second slot insertion portion , different from the first slot insertion portion , of each of the plurality of coil segments insertable at substantially equal intervals in the first direction, the outer member being configured to displace the each second slot insertion portion to move closer to the inner member by rotation of the outer member ; a holding member configured to hold the each first slot insertion portion such that the first slot insertion portion becomes a pivot of the coil segment when the outer member is rotated; characterized in that the coil forming apparatus further comprises a mechanism configured to move the holding member so as to avoid interference between the second slot insertion portion and the holding member due to the rotation of the outer member . an inner member comprising a first receiving portion configured to receive a first slot insertion portion of each of a plurality of coil segments insertable at substantially equal intervals in a first direction corresponding to a circumferential direction of a stator or rotor, the coil segment comprising a pair of slot insertion portions respectively insertable into slots of the stator or rotor and a linking portion connecting the slot insertion portions ; an outer member comprising a second receiving portion configured to receive a second slot insertion portion , different from the first slot insertion portion , of each of the plurality of coil segments insertable at substantially equal intervals in the first direction, the outer member being configured to displace the each second slot insertion portion to move closer to the inner member by rotation of the outer member ; a holding member configured to hold the each first slot insertion portion such that the first slot insertion portion becomes a pivot of the coil segment when the outer member is rotated; characterized in that the coil forming apparatus further comprises a mechanism configured to move the holding member so as to avoid interference between the second slot insertion portion and the holding member due to the rotation of the outer member .
Engraving nippers for tiles or slabs made of hard material, comprising a pair of mutually hinged lever pieces , provided on two opposite sides of an hinge axis respectively with a handle portion and an end head (1a'', 1b") carrying cutting elements in the form of cutting wheels with a perimeter cutting edge, said wheels being fixed parallel to a fastening land which is perpendicular to a lying plane of said pair of lever pieces , characterized in that said end heads (1a'', 1b") are L-shaped, so as to define said fastening lands having a central axis (R) which is offset with respect to said lying plane, and said end heads have opposing projections which extend according to a direction joining centres of said wheels , up to a mutual distance shortly greater than the distance between said cutting edges of the wheels .
A recombinant Pasteurella multocida toxin, consisting of an amino acid sequence of SEQ ID NO: 10 or 11.
A gimbal structure , said gimbal structure comprising a support frame and a center of gravity adjusting device connected with the support frame , wherein the support frame comprises a roll-axis support , a yaw-axis vertical bar and a yaw-axis horizontal bar carried on the yaw-axis vertical bar , the center of gravity adjusting device slides the yaw-axis horizontal bar relative to the yaw-axis vertical bar to adjust the center of gravity of the gimbal structure ; wherein the center of gravity adjusting device comprises a quick release mechanism comprising a quick release buckle , a slider and a screw connecting the slider with the quick release buckle ; the quick release buckle is mounted on one side of the yaw-axis vertical bar ; the slider is mounted between the yaw-axis vertical bar and the yaw-axis horizontal bar ; and wherein the center of gravity adjusting device is locked when the quick release buckle is fastened and the slider is abutted between the yaw-axis vertical bar and the yaw-axis horizontal bar ; and the center of gravity adjusting device is adjustable when the quick release buckle is unfastened and the slider is released from the yaw-axis vertical bar and the yaw-axis horizontal bar .
A lathe , comprising: a machine support ; a working table positioned on the machine support ; a rotating driver positioned on the machine support for driving the working table to rotate; the machine support comprising a base , a pair of support bodies positioned substantially parallel on the base , a pair of first sliding rails positioned substantially parallel on a surface of each support body ; a moving device comprising two cross beams spaced apart from each other, four sliding bases , four first driving mechanisms , and at least one second driving mechanism , wherein each cross beam is slidably positioned on the machine support above the working table via a pair of sliding bases ; each first driving mechanism comprises a first forcer and a first stator and is configured to drive the cross beams to move along the first rails in a first direction; and a feeding device movably positioned on the cross beams , the feeding device comprising a feeding driving mechanism and a cutter , the at least one second driving mechanism is configured for driving the feeding device to move along the cross beams in a second direction at ninety degrees from the first direction, and the feeding mechanism is configured for driving the cutter to move backwards and forwards under precise control at high speed along a third direction, for machining a workpiece supported on the working table to form a three dimensional curved surface on the workspace, the third direction is substantially perpendicular to the first and second direction. a machine support ; a working table positioned on the machine support ; a rotating driver positioned on the machine support for driving the working table to rotate; the machine support comprising a base , a pair of support bodies positioned substantially parallel on the base , a pair of first sliding rails positioned substantially parallel on a surface of each support body ; a moving device comprising two cross beams spaced apart from each other, four sliding bases , four first driving mechanisms , and at least one second driving mechanism , wherein each cross beam is slidably positioned on the machine support above the working table via a pair of sliding bases ; each first driving mechanism comprises a first forcer and a first stator and is configured to drive the cross beams to move along the first rails in a first direction; and a feeding device movably positioned on the cross beams , the feeding device comprising a feeding driving mechanism and a cutter , the at least one second driving mechanism is configured for driving the feeding device to move along the cross beams in a second direction at ninety degrees from the first direction, and the feeding mechanism is configured for driving the cutter to move backwards and forwards under precise control at high speed along a third direction, for machining a workpiece supported on the working table to form a three dimensional curved surface on the workspace, the third direction is substantially perpendicular to the first and second direction.
A management system of a table game, the management system comprising: a substitute currency for gaming of different types; a gaming substitute currency tray to be disposed on a game table and holding substitute currency for gaming for each type; a camera device that images the substitute currency for gaming using a camera; and a management control device that specifies and stores types and quantities of substitute currency for gaming by using a result of the imaging performed by the camera device ; characterized in that the substitute currency for gaming has RFIDs, the management control device is configured to be able to measure a total amount of the substitute currency for gaming disposed on the gaming substitute currency tray by using RFIDs of the substitute currency for gaming , the camera device can also image bills used for exchange of the substitute currency for gaming , and in that the management control device is configured to specify types and quantities of substitute currency for gaming disposed on the gaming substitute currency tray to be decreased according to exchange of the substitute currency for gaming disposed on the gaming substitute currency tray and bills by using a result of the imaging of the bills and be able to perform a comparison/measurement with a real total amount of the substitute currency for gaming disposed on the gaming substitute currency tray .
A battery module having a plurality of battery cells, the battery module comprising: a unit module stack configured to have a structure in which a plurality of unit modules, each of which has a structure in which the battery cells are mounted to a cartridge , are stacked in a vertical direction on the basis of a ground, the cartridge being provided with one or more through holes ; an upper end plate and a lower end plate for supporting an upper end and a lower end of the unit module stack , respectively, the upper end plate being provided with first fastening holes communicating with the through holes , the lower end plate being provided with second fastening holes communicating with the through holes ; a module housing for surrounding at least one lateral side of the unit module stack mounted on the lower end plate and a bottom of the lower end plate, the module housing being provided with third fastening holes communicating with the second fastening holes; first fastening members having hollow parts, through which second fastening members are inserted, formed along a central axis thereof, the first fastening members being screwed into the second fastening holes and being inserted through the first fastening holes and the through holes ; and the second fastening members being screwed into the third fastening holes and being inserted through the hollow parts of the first fastening members . a unit module stack configured to have a structure in which a plurality of unit modules, each of which has a structure in which the battery cells are mounted to a cartridge , are stacked in a vertical direction on the basis of a ground, the cartridge being provided with one or more through holes ; an upper end plate and a lower end plate for supporting an upper end and a lower end of the unit module stack , respectively, the upper end plate being provided with first fastening holes communicating with the through holes , the lower end plate being provided with second fastening holes communicating with the through holes ; a module housing for surrounding at least one lateral side of the unit module stack mounted on the lower end plate and a bottom of the lower end plate, the module housing being provided with third fastening holes communicating with the second fastening holes; first fastening members having hollow parts, through which second fastening members are inserted, formed along a central axis thereof, the first fastening members being screwed into the second fastening holes and being inserted through the first fastening holes and the through holes ; and the second fastening members being screwed into the third fastening holes and being inserted through the hollow parts of the first fastening members .
Industrial extraction installation having a filter door for closing a housing opening of a filter housing for at least one filter , wherein the filter door having at least one locking means is attachable with respect to the housing surface of the industrial extraction installation , and the filter housing has an annular edge around the housing opening, on which the filter door is placeable and which projects by a distance horizontally from the housing surface of the filter housing, wherein the filter door in the opened state forms a support surface for the filter , characterised in that the filter door is arranged to be pivotable on the housing surface on one side by means of a slotted guide and has a displaceable pivot axis, wherein the slotted guide consists of at least one guide element arranged on the housing surface and having at least one profiled recess , and the opposite part has at least one pin which is mounted to be rotatable and displaceable in the profiled recess , wherein the length of a horizontal, straight section of the profiled recess of the guide element corresponds approximately to the distance of the edge .
An auxiliary test paper detection device, comprising a reagent cap and a test paper cassette, wherein the reagent cap is configured for containing a detection reagent, a sealing member is arranged at an opening of the reagent cap , and the sealing member is opened or removed under action of external force; a test paper is arranged in the test paper cassette, a sample absorption section of the test paper is exposed, an observation window is formed in the test paper cassette, and a result display area of the test paper corresponds to the observation window ; and a connecting structure for connecting the test paper cassette and the reagent cap is provided; when the test paper cassette and the reagent cap are connected through the connecting structure, a closed space is formed by an inner cavity of the reagent cap , and the sample absorption section of the test paper extends into the inner cavity of the reagent cap . a test paper is arranged in the test paper cassette, a sample absorption section of the test paper is exposed, an observation window is formed in the test paper cassette, and a result display area of the test paper corresponds to the observation window ; and a connecting structure for connecting the test paper cassette and the reagent cap is provided; when the test paper cassette and the reagent cap are connected through the connecting structure, a closed space is formed by an inner cavity of the reagent cap , and the sample absorption section of the test paper extends into the inner cavity of the reagent cap .