mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic surgical instrument comprising: a housing ; an ultrasonic transducer assembly rotatably supported within said housing and communicating with a source of ultrasonic electrical signals; a motor within said housing and communicating with a source of motor drive signals, said motor coupled to said ultrasonic transducer assembly for applying rotational motion thereto; a horn coupled to said ultrasonic transducer assembly; a hollow outer sheath coupled to said housing and having a distal tip portion with at least one cutting edge formed thereon; and a blade coupled to said horn and having a tissue-cutting distal end , said blade rotatably supported within said outer sheath such that said tissue cutting distal end is biased into cutting engagement with at least said at least one cutting edge on said distal tip portion of said hollow outer sheath; characterised in that said distal tissue cutting end of said blade has a curved blade tip portion that is rotatably received within a tip cavity formed in said distal tip portion of said hollow outer sheath. a housing ; an ultrasonic transducer assembly rotatably supported within said housing and communicating with a source of ultrasonic electrical signals; a motor within said housing and communicating with a source of motor drive signals, said motor coupled to said ultrasonic transducer assembly for applying rotational motion thereto; a horn coupled to said ultrasonic transducer assembly; a hollow outer sheath coupled to said housing and having a distal tip portion with at least one cutting edge formed thereon; and a blade coupled to said horn and having a tissue-cutting distal end , said blade rotatably supported within said outer sheath such that said tissue cutting distal end is biased into cutting engagement with at least said at least one cutting edge on said distal tip portion of said hollow outer sheath; characterised in that said distal tissue cutting end of said blade has a curved blade tip portion that is rotatably received within a tip cavity formed in said distal tip portion of said hollow outer sheath.
A multiwell microplate carrier comprising: a body defining a plurality of regions configured to hold a plurality of multiwell microplates in parallel, each multiwell microplate defining a single column of wells , and each of the regions defining a plurality of openings that are adapted to mate with the single columns of wells , characterized by a collar for surrounding a bottom region of each microplate well when installed, wherein each collar forms an opening for positioning and light blockage. a body defining a plurality of regions configured to hold a plurality of multiwell microplates in parallel, each multiwell microplate defining a single column of wells , and each of the regions defining a plurality of openings that are adapted to mate with the single columns of wells , characterized by a collar for surrounding a bottom region of each microplate well when installed, wherein each collar forms an opening for positioning and light blockage.
An apparatus comprising: a register file , to be formed by a plurality of registers, wherein the register file comprises a plurality of register file entries; and execution circuitry to cause issuance of a prefetch request to cause data to be prefetched from a data cache unit into an entry of the register file , wherein the prefetch request is to be issued in response to allocation of a load operation, and wherein the execution circuitry is to store an indication of whether a prefetch operation is to be performed for the prefetch request in a prefetch table , characterized in that the indication is to be updated based on a hint provided by one of: an instruction, a compiler, a software application, an operating system, wherein the hint is included in one or more bits in an operand of a load instruction corresponding to the load operation. a register file , to be formed by a plurality of registers, wherein the register file comprises a plurality of register file entries; and execution circuitry to cause issuance of a prefetch request to cause data to be prefetched from a data cache unit into an entry of the register file , wherein the prefetch request is to be issued in response to allocation of a load operation, and wherein the execution circuitry is to store an indication of whether a prefetch operation is to be performed for the prefetch request in a prefetch table , characterized in that the indication is to be updated based on a hint provided by one of: an instruction, a compiler, a software application, an operating system, wherein the hint is included in one or more bits in an operand of a load instruction corresponding to the load operation.
Air-intake module for a combustion engine , which comprises: - an electric air compressor , - a first air duct , - a second air duct , - a first gas butterfly valve that is able to modify the air flow rate in the first air duct , - a second gas butterfly valve that is able to modify the air flow rate in the second air duct , characterized by a one-piece casing formed in one piece with the first air duct and the second air duct , the first duct comprising a first cylindrical portion in which the first gas butterfly valve is housed and the second duct comprising a second cylindrical portion in which the second gas butterfly valve is housed. - an electric air compressor , - a first air duct , - a second air duct , - a first gas butterfly valve that is able to modify the air flow rate in the first air duct , - a second gas butterfly valve that is able to modify the air flow rate in the second air duct ,
An additive manufacturing system comprising a controller , the controller being configured to: control a build material supply mechanism to deposit build material onto a build surface , to form a layer of build material; generate print data; on the basis of the generated print data, control at least one print head to: apply fusing agent to a first region of the layer, the first region corresponding to an inner region of an object undergoing additive manufacture; and apply fusing agent to a second region of the layer, the second region corresponding to a middle region of the object , apply detailing agent to the second region ; and apply detailing agent to a third region of the layer, the third region corresponding to an outer region of the object , and control an energy source to apply fusing energy to the layer . control a build material supply mechanism to deposit build material onto a build surface , to form a layer of build material; generate print data; on the basis of the generated print data, control at least one print head to: apply fusing agent to a first region of the layer, the first region corresponding to an inner region of an object undergoing additive manufacture; and apply fusing agent to a second region of the layer, the second region corresponding to a middle region of the object , apply detailing agent to the second region ; and apply detailing agent to a third region of the layer, the third region corresponding to an outer region of the object , and apply fusing agent to a first region of the layer, the first region corresponding to an inner region of an object undergoing additive manufacture; and apply fusing agent to a second region of the layer, the second region corresponding to a middle region of the object , apply detailing agent to the second region ; and apply detailing agent to a third region of the layer, the third region corresponding to an outer region of the object , and control an energy source to apply fusing energy to the layer .
Method for anchoring a foundation structure in the seabed , comprising the following steps: introducing at least one receiving structure into the seabed, lowering at least one support post of the foundation structure into the at least one receiving structure , producing a connection between the receiving structure and foundation structure by filling the receiving structure with a curable filling compound , and curing the curable filling compound , wherein the support post is fixed in the receiving structure in an integrally bonded manner prior to filling the receiving structure with the curable filling compound , characterized in that the integrally bonded fixing is achieved by means of a curable fixing compound .
Antilock braking system for a vehicle, said vehicle comprising a rear axle that is flexible, and configured to provide the drive of said vehicle, said system comprising two sensors each able to measure the speed of one of the two wheels that are connected to said axle , characterized in that each sensor is fixed to a fixed drum plate , said plate being secured to said axle and constituting the fixed part of a drum brake of each of the two wheels , each drum plate being secured to the axle via an axle-end yoke and a fixed part of a wheel bearing of a wheel .
A liposome drug form with light-converting nanoparticles characterized by the fact that it contains lecithin, light-converting nanoparticles of NaYF 4 doped with Yb 3+ and Er 3+ in weight ratio 0.1:1 to 0.25:1 to lecithin and an active substance in weight ratio 0.1:1 to 3:1 to lecithin, and the active substance is selected in the group involving hydrophobic hydroxyaluminium phtalocyanine, hydrophobic aluminium phtalocyanine, hydrophobic zinc phtalocyanine, hydrophobic silicon or organo-silicon phtalocyanine.
Goggles having an outer surface defined by a pair of eye pieces, each having a lens portion and each having an upper and a lower peripheral wall extending from the lens portion to an upper and a lower peripheral edge respectively, each lens portion comprising an outer surface and an inner surface, and each of the upper and lower peripheral walls having an outer surface and an inner surface, wherein, in use, said upper and lower peripheral edges are configured to be in contact with a wearer's face, wherein each eye piece further comprises an inner peripheral wall extending substantially perpendicularly inwardly from its respective lens portion and terminating at a respective inner peripheral edge , which is configured to form a seal against the wearer's face, each inner peripheral wall having an outer surface and an inner surface, and wherein a space is formed between the outer surface of each inner peripheral wall and the inner surfaces of each of the upper and lower peripheral walls , and wherein the outer surfaces of the upper and lower peripheral walls are convex, characterized in that the outer surface of each of the lens portions is curved and the outer surface of each eye piece from the upper peripheral edge to the lower peripheral edge through the upper peripheral wall , through the lens portion and through the lower peripheral wall is a smooth continuous convex curve.
Clamping device for the clamping fixation of railing panels in a railing panel holder or for the clamping fixation of railing panels by means of a glass clamp to be attached to a railing post or other supporting or building structure, having a first clamping part and having a second clamping part which interact in such a way that, by displacing one clamping part relative to the other clamping part from a mounting orientation to a clamping orientation, the effective clamping width is increased while generating a clamping force to the railing panel , wherein the one clamping part and the other clamping part, when the clamping part to be displaced relative to the other clamping part is arranged within the railing panel holder or the glass clamp, are to be rotated relative to one another about an axis of rotation D perpendicular to the lateral railing panel surface in order to generate the clamping force, characterized in that at least one of the two clamping parts has one or more wedge surfaces facing the other clamping part, on which the other clamping part slides when the two clamping parts are rotated relative to one another.
An amphiphilic poly-amino acid polymer represented by Formula 1 below: Wherein R 1 is one selected from the group consisting of and R 2 is and x, y, and z are integers greater than 1.
A communication method, comprising: receiving, by a session management function entity, a request for session establishment for a terminal device, wherein the request comprises indication information for indicating that a session type is an ethernet type and comprises an identifier of a data network that the terminal device requests to access; sending, by the session management function entity, a request message to a virtual local area network management function entity, and receiving a virtual local area network identifier of a user group to which the terminal device belongs from the virtual local area network management function entity; and sending, by the session management function entity, the virtual local area network identifier to a first user plane function entity. receiving, by a session management function entity, a request for session establishment for a terminal device, wherein the request comprises indication information for indicating that a session type is an ethernet type and comprises an identifier of a data network that the terminal device requests to access; sending, by the session management function entity, a request message to a virtual local area network management function entity, and receiving a virtual local area network identifier of a user group to which the terminal device belongs from the virtual local area network management function entity; and sending, by the session management function entity, the virtual local area network identifier to a first user plane function entity.
A method for improving the integrity of a pipeline that receives a pressurized gas of hydrogen originating from an underground salt cavern , the method comprising the steps of: removing the pressurized gas from the underground salt cavern ; reducing the pressure of the pressurized gas; removing moisture from the pressurized gas using a drier ; removing solid particles suspended in the pressurized gas using a particle removal system to form a clean gas; and introducing the clean gas to the pipeline , wherein the purity of the pressurized gas is substantially the same as the purity of the clean gas, except for the removal of moisture and solid particles. removing the pressurized gas from the underground salt cavern ; reducing the pressure of the pressurized gas; removing moisture from the pressurized gas using a drier ; removing solid particles suspended in the pressurized gas using a particle removal system to form a clean gas; and introducing the clean gas to the pipeline , wherein the purity of the pressurized gas is substantially the same as the purity of the clean gas, except for the removal of moisture and solid particles.
A paper sheet processing device having a paper currency unit for discriminating sheets of paper inserted or paid out, sorting the discriminated sheets of paper, and storing them, an enclosure having a storage space storing the paper currency unit, and a unit guide mechanism interposed in gaps allowing for horizontal sliding of the enclosure and of the paper currency unit and operating to guide the paper currency unit to pull the paper currency unit into and out of the storage space ; characterized in that said unit guide mechanism has a guide portion disposed in a horizontal direction along an inner wall of the enclosure , a guided portion disposed on a side of an outer wall of the paper currency unit movably along the guide portion , and a connecting mechanism for connecting together the paper currency unit and the guided portion ; and wherein said connecting mechanism has distance adjusting portions for varying the distance between the guided portion and the paper currency unit when receiving a horizontal force by movement of the paper currency unit; wherein said connecting mechanism has a connecting member connecting together said guided portion and an outer wall of said paper currency unit; wherein said distance adjusting portions have a securing member being a screw, which is affixed to the connecting member via a tightening hole formed in a horizontal portion of the connecting member , and a slot which is formed in a horizontal portion of a support plate supporting the paper currency unit and in which the securing member is inserted and a spacer for forming a gap (Sp3) from the paper currency unit; and wherein the slot has a larger diameter than an outer diameter of the spacer in a direction perpendicular to the direction in which the paper currency unit moves, and wherein the securing member then moves through the slot in a direction perpendicular to the direction of motion of the paper currency unit to thereby make variable the sliding gaps. wherein said connecting mechanism has distance adjusting portions for varying the distance between the guided portion and the paper currency unit when receiving a horizontal force by movement of the paper currency unit; wherein said connecting mechanism has a connecting member connecting together said guided portion and an outer wall of said paper currency unit; wherein said distance adjusting portions have a securing member being a screw, which is affixed to the connecting member via a tightening hole formed in a horizontal portion of the connecting member , and a slot which is formed in a horizontal portion of a support plate supporting the paper currency unit and in which the securing member is inserted and a spacer for forming a gap (Sp3) from the paper currency unit; and wherein the slot has a larger diameter than an outer diameter of the spacer in a direction perpendicular to the direction in which the paper currency unit moves, and wherein the securing member then moves through the slot in a direction perpendicular to the direction of motion of the paper currency unit to thereby make variable the sliding gaps.
A method of manufacturing an electrode for a secondary battery, the method comprising: preparing a mixture bulk of a lump form; milling the mixture bulk to prepare granular powder having an average particle size of 30 micrometers to 180 micrometers; scattering the granular powder on a surface of a metal current collector; and rolling the granular powder on the metal current collector, and laminating the granular powder on the metal current collector wherein the preparing of the mixture bulk comprises: forming a first mixture by mixing a first binder, an electrode active material, and a conductive material; mixing a second binder with the first mixture to form a second mixture; and applying a shear stress to the second mixture to fiberize the second binder to obtain a mixture bulk of a lump form in which the fibrous second binder is entangled on the second mixture, wherein the second binder is polytetrafluoroethylene(PTFE) wherein the first binder is one or more selected from the group consisting of polyethylene oxide(PEO), polyvinylidene fluoride(PVdF), and polyvinylidene fluoride-co-hexafluoropropylene(PVdFHFP). wherein a content of the second binder is not less than 0.8% and not more than 1% based on a total weight of the mixture bulk, wherein a content of the first binder is not less than 2.1% and not more than 2.4% based on a total weight of the mixture bulk. preparing a mixture bulk of a lump form; milling the mixture bulk to prepare granular powder having an average particle size of 30 micrometers to 180 micrometers; scattering the granular powder on a surface of a metal current collector; and rolling the granular powder on the metal current collector, and laminating the granular powder on the metal current collector wherein the preparing of the mixture bulk comprises: forming a first mixture by mixing a first binder, an electrode active material, and a conductive material; mixing a second binder with the first mixture to form a second mixture; and applying a shear stress to the second mixture to fiberize the second binder to obtain a mixture bulk of a lump form in which the fibrous second binder is entangled on the second mixture, forming a first mixture by mixing a first binder, an electrode active material, and a conductive material; mixing a second binder with the first mixture to form a second mixture; and applying a shear stress to the second mixture to fiberize the second binder to obtain a mixture bulk of a lump form in which the fibrous second binder is entangled on the second mixture, wherein the second binder is polytetrafluoroethylene(PTFE) wherein the first binder is one or more selected from the group consisting of polyethylene oxide(PEO), polyvinylidene fluoride(PVdF), and polyvinylidene fluoride-co-hexafluoropropylene(PVdFHFP). wherein a content of the second binder is not less than 0.8% and not more than 1% based on a total weight of the mixture bulk, wherein a content of the first binder is not less than 2.1% and not more than 2.4% based on a total weight of the mixture bulk.
An unseamed can end for seaming onto a can body , the can end comprising: a curl structure adapted for being seamed together with a flange of the can body; a chuck wall extending radially inwardly and downwardly from the curl structure, the chuck wall is adapted for contact with a chuck during the seaming process; a concave domed panel extending radially inwardly from a lower end of the chuck wall with no countersink bead therebetween, wherein the slope of the tangent of a curve defined by the can end at every point of the chuck wall and the domed panel is non-zero except at the center; a score formed on the panel; and a tab attached to a concave side of the panel and adapted for rupturing the score in response to actuation of the tab by a user to form a pour opening. a curl structure adapted for being seamed together with a flange of the can body; a chuck wall extending radially inwardly and downwardly from the curl structure, the chuck wall is adapted for contact with a chuck during the seaming process; a concave domed panel extending radially inwardly from a lower end of the chuck wall with no countersink bead therebetween, wherein the slope of the tangent of a curve defined by the can end at every point of the chuck wall and the domed panel is non-zero except at the center; a score formed on the panel; and a tab attached to a concave side of the panel and adapted for rupturing the score in response to actuation of the tab by a user to form a pour opening.
A field effect transistor comprising: a first channel layer ; a second channel layer directly on the first channel layer; a gate insulating layer including an insulative, high-k, two-dimensional material on the second channel layer, wherein the insulative, high-k, two-dimensional material has a dielectric constant of 10 or more; a gate electrode on the gate insulating layer; a first electrode electrically connected to the first channel layer; and a second electrode electrically connected to the second channel layer. a first channel layer ; a second channel layer directly on the first channel layer; a gate insulating layer including an insulative, high-k, two-dimensional material on the second channel layer, wherein the insulative, high-k, two-dimensional material has a dielectric constant of 10 or more; a gate electrode on the gate insulating layer; a first electrode electrically connected to the first channel layer; and a second electrode electrically connected to the second channel layer.