mhurhangee/ep-ind-claims huggingface dataset:
A coffee grinding apparatus, comprising: a support base having a storage cavity; a pedestal portion extending upwardly from the support base and having a first surface with an access aperture opening into a receiving hub; a holder assembly, wherein the holder assembly includes: a stem having front and rear portions (78, 74); a head portion disposed on the front portion of the stem and having a sidewall with upper and lower portions (206C, 206B), wherein the sidewall is outwardly curved to define first and second arms (202, 204) spaced-apart from one another which further define a receiving area therebetween, and further wherein the sidewall includes a first abutment surface disposed on the lower portion of the sidewall; and a bracket having a first portion extending inwardly towards the receiving area, and a second portion extending downwardly from the first portion, wherein the second portion of the bracket includes a second abutment surface disposed above the first abutment surface; characterized in that the first abutment surface is outwardly facing, and further wherein the second abutment surface is inwardly facing. a support base having a storage cavity; a pedestal portion extending upwardly from the support base and having a first surface with an access aperture opening into a receiving hub; a holder assembly, wherein the holder assembly includes: a stem having front and rear portions (78, 74); a head portion disposed on the front portion of the stem and having a sidewall with upper and lower portions (206C, 206B), wherein the sidewall is outwardly curved to define first and second arms (202, 204) spaced-apart from one another which further define a receiving area therebetween, and further wherein the sidewall includes a first abutment surface disposed on the lower portion of the sidewall; and a bracket having a first portion extending inwardly towards the receiving area, and a second portion extending downwardly from the first portion, wherein the second portion of the bracket includes a second abutment surface disposed above the first abutment surface; characterized in that the first abutment surface is outwardly facing, and further wherein the second abutment surface is inwardly facing. a stem having front and rear portions (78, 74); a head portion disposed on the front portion of the stem and having a sidewall with upper and lower portions (206C, 206B), wherein the sidewall is outwardly curved to define first and second arms (202, 204) spaced-apart from one another which further define a receiving area therebetween, and further wherein the sidewall includes a first abutment surface disposed on the lower portion of the sidewall; and a bracket having a first portion extending inwardly towards the receiving area, and a second portion extending downwardly from the first portion, wherein the second portion of the bracket includes a second abutment surface disposed above the first abutment surface; characterized in that the first abutment surface is outwardly facing, and further wherein the second abutment surface is inwardly facing.
System comprising a component made of at least one fibre-reinforced plastic and a measuring system with a plurality of sensors, which are arranged spaced apart from one another on the component, wherein the sensors are distributed over a curved surface of the component, wherein the component is provided with a substrate which is different from the component and on which the sensors are arranged, wherein the substrate is flexibly formed, the sensors arranged on the flexible substrate form a measuring device and the flexible substrate provided with the sensors forms a sensor skin, wherein the flexible substrate forms a film which is formed from a high-performance thermoplastic, characterized in that, during the production of the component, the flexible substrate enters into a materially-bonding connection and the flexible substrate connected to the matrix of the component is arranged on its surface, wherein signal processing means are provided on the sensor skin, and wherein one or more interposer structures are arranged on the substrate.
A data protection method, comprising: obtaining a first image; identifying a plurality of first object images (410, 420, 430, 430, 450) in the first image; analyzing the plurality of first object images (410, 420, 430, 430, 450) to capture a plurality of first characteristic values of a plurality of first characteristic points of the plurality of first object images (410, 420, 430, 430, 450); and generating an encryption key according to the first characteristic values, wherein generating the encryption key according to the first characteristic values comprises: determining a value arrangement sequence in the encryption key according to a pixel size sequence of the plurality of first object images (410, 420, 430, 430, 450). obtaining a first image; identifying a plurality of first object images (410, 420, 430, 430, 450) in the first image; analyzing the plurality of first object images (410, 420, 430, 430, 450) to capture a plurality of first characteristic values of a plurality of first characteristic points of the plurality of first object images (410, 420, 430, 430, 450); and generating an encryption key according to the first characteristic values, wherein generating the encryption key according to the first characteristic values comprises: determining a value arrangement sequence in the encryption key according to a pixel size sequence of the plurality of first object images (410, 420, 430, 430, 450).
A method for inductive heating carried out on a tubular container of the type having a generally cylindrical body with a longitudinal axis, comprising the steps of generating an alternating magnetic field, and operating a transport device to move a tubular container W along a heating path through the magnetic field in a direction that is generally perpendicular to the longitudinal axis of the container body, wherein the transport device continuously rotates the container body about the longitudinal axis of the container body while the container body moves through the magnetic field, wherein generating the alternating magnetic field comprises using a magnetic induction heating coil wound about a generally rectangular non-magnetic core having top and bottom portions (30a, 30b) and first and second side portions (28a, 28b), the top, bottom, and first and second side portions of the heating coil extending about the heating path, and wherein the transport device moves the tubular container W along the heating path through the magnetic field and through the magnetic induction heating coil, characterized in that the method is for at least partially curing a coating material on the tubular container; in that the heating coil is wound about a generally rectangular non-magnetic core, and in that the method further comprises the step of positioning one or more ferromagnetic members along the heating path to shape the magnetic field.
Method for providing data between a data source and a user, comprising: receiving a request relating to the data to be transmitted, wherein the request was sent by the user to the data source; determining an identity of the user by the data source based on the request; providing an encryption data set based on the identity of the user; compiling the data into a transmission data set; encrypting the transmission data set by means of the encryption data set; sending the encrypted transmission data set to the user; wherein determining the identity, providing the encryption data set and encrypting the transmission data set are started at least indirectly when the request is received and are performed automatically, further comprising: extracting the encryption data set from the request. receiving a request relating to the data to be transmitted, wherein the request was sent by the user to the data source; determining an identity of the user by the data source based on the request; providing an encryption data set based on the identity of the user; compiling the data into a transmission data set; encrypting the transmission data set by means of the encryption data set; sending the encrypted transmission data set to the user; wherein determining the identity, providing the encryption data set and encrypting the transmission data set are started at least indirectly when the request is received and are performed automatically, further comprising: extracting the encryption data set from the request. extracting the encryption data set from the request.
A respiratory access assembly, comprising: a movable manifold having at least one opening, the opening in communication with an artificial airway of a patient; a closed suction catheter assembly comprising at least a connecting end having an opening formed therethrough, a suction catheter, and a sleeve positioned over the suction catheter; a shuttle movable between the opening in the manifold and the opening in the connecting end of the closed suction catheter assembly, the shuttle having an opening formed therethrough and configured to move into a locked and unlocked position relative to the manifold; an actuator for moving the shuttle assembly into the locked position and the unlocked position; and a flap positioned adjacent the shuttle and the closed suction catheter assembly, the flap moveable into an opened position permitting passage of the suction catheter into an artificial airway when the shuttle is in a locked position, and the flap moveable into a closed position preventing passage of the suction catheter through the shuttle when the shuttle is an unlocked position. a movable manifold having at least one opening, the opening in communication with an artificial airway of a patient; a closed suction catheter assembly comprising at least a connecting end having an opening formed therethrough, a suction catheter, and a sleeve positioned over the suction catheter; a shuttle movable between the opening in the manifold and the opening in the connecting end of the closed suction catheter assembly, the shuttle having an opening formed therethrough and configured to move into a locked and unlocked position relative to the manifold; an actuator for moving the shuttle assembly into the locked position and the unlocked position; and a flap positioned adjacent the shuttle and the closed suction catheter assembly, the flap moveable into an opened position permitting passage of the suction catheter into an artificial airway when the shuttle is in a locked position, and the flap moveable into a closed position preventing passage of the suction catheter through the shuttle when the shuttle is an unlocked position.
A manufacturing assistance apparatus comprising: - a display configured to display operation information that is related to any of operation processes of a workpiece; - an imaging device configured to perform imaging of the workpiece, to generate captured image data, and to output the thus-generated, captured image data; - a completion determining unit configured to determine whether current one of the operation processes is completed; and - a display controller configured to cause, when the current one of the operation processes is determined by the completion determining unit as being completed, the display to display the operation information that is related to subsequent one of the operation processes, wherein the display comprises a projector configured to project the operation information onto the workpiece, wherein the completion determining unit is configured to determine whether the current one of the operation processes is completed on a basis of the captured image data output from the imaging device, characterized in that the display controller is adapted to cause the projector to project a projection image (Pa) having a ring shape during the operation process for chamfering an edge of each through hole (Wa) of the workpiece having through holes (Wa), and in that the projection image (Pa) has an inner diameter that corresponds to an inner diameter of the through hole (Wa) before the chamfering and an outer diameter that corresponds to an outer diameter of the through hole (Wa) after the chamfering. - a display configured to display operation information that is related to any of operation processes of a workpiece; - an imaging device configured to perform imaging of the workpiece, to generate captured image data, and to output the thus-generated, captured image data; - a completion determining unit configured to determine whether current one of the operation processes is completed; and - a display controller configured to cause, when the current one of the operation processes is determined by the completion determining unit as being completed, the display to display the operation information that is related to subsequent one of the operation processes, wherein the display comprises a projector configured to project the operation information onto the workpiece, wherein the completion determining unit is configured to determine whether the current one of the operation processes is completed on a basis of the captured image data output from the imaging device, characterized in that the display controller is adapted to cause the projector to project a projection image (Pa) having a ring shape during the operation process for chamfering an edge of each through hole (Wa) of the workpiece having through holes (Wa), and in that the projection image (Pa) has an inner diameter that corresponds to an inner diameter of the through hole (Wa) before the chamfering and an outer diameter that corresponds to an outer diameter of the through hole (Wa) after the chamfering.
An ultrasonic surgical blade (110, 210, 310, 410) comprising a blade body (112, 212, 312, 412) and a shank (114, 214, 314, 414), said shank (114, 214, 314, 414) being fixed at one end to said blade body (112, 212, 312, 412) and operatively connectable at an opposite end to a source of ultrasonic vibrations, said shank (114, 214, 314, 414) having a longitudinal axis (128, 228, 328, 428), said blade body (112, 212, 312, 412) including an elongate portion (124, 224, 324, 424) oriented parallel to said axis (128, 228, 328, 428) and a distal end portion (126, 226, 326, 426) at an end of said elongate portion (124, 224, 324, 424) opposite said shank (114, 214, 314, 414), said distal end portion (126, 226, 326, 426) having a first cutting edge (132, 232, 332, 432) facing in a distal direction away from said shank (114, 214, 314, 414), said elongate portion (124, 224, 324, 424) having a second cutting edge (130, 230, 330, 430) facing laterally away from said axis (128, 228, 328, 428), said blade body (112, 212, 312, 412) being eccentrically disposed relative to said axis (128, 228, 328, 428)_in that the elongate portion (124, 224, 324, 424) is disposed entirely to one side of the axis (128, 228, 328, 428), said blade body (112, 212, 312, 412) and said shank (114, 214, 314, 414) defining a cutout or recess (134, 234, 334, 434) between said shank (114, 214, 314, 414) at a proximal end and said distal end portion (126, 226, 326, 426), said distal end portion (126, 226, 326, 426) being provided with a notch (140, 240, 340, 440) at a distal end of the cutout or recess (134, 234, 334, 434) and facing in a proximal direction toward said shank (114, 214, 314, 414) and a liquid distribution surface (142, 242, 342, 442) for delivering irrigating and cooling liquid to said first cutting edge (132, 232, 332, 432), said shank (114, 214, 314, 414) being formed with a longitudinal bore or channel (136, 236, 336, 436) communicating directly with the cutout or recess (134, 234, 334, 434) at a proximal end thereof for delivering irrigating and cooling liquid to said recess (134, 234, 334, 434) for distribution to said liquid distribution surface (142, 242, 342, 442).
An inoculation process of a nickel base alloy, wherein the process is carried out in a vacuum furnace and comprises: a) providing a melt of a nickel base alloy in vacuum conditions, characterized in that the inoculation process further comprises: b) introducing an encapsulated inoculant comprising a mixture of Co 3 FeNb 2 and CrFeNb(Ni) inside the melt of the nickel base alloy at a temperature from 1450 to 1500 °C for a period from 5 to 30 seconds, c) immediately pouring the inoculated nickel base alloy of step b) into a mold, preferably at a temperature from 1450 to 1500 °C, and d) cooling said inoculated nickel base alloy, wherein the mixture of Co 3 FeNb 2 and CrFeNb(Ni) is encapsulated in an iron base sealed container, said container having walls with lower than 2 mm of thickness, wherein the total content of Co 3 FeNb 2 and CrFeNb(Ni) is from 0.1 wt. % to 0.8 wt. % of the melt nickel base alloy, and wherein the Co 3 FeNb 2 and CrFeNb(Ni) contained in the encapsulated inoculant are powders with a particle size from 1 to 80 μm. a) providing a melt of a nickel base alloy in vacuum conditions, characterized in that the inoculation process further comprises: b) introducing an encapsulated inoculant comprising a mixture of Co 3 FeNb 2 and CrFeNb(Ni) inside the melt of the nickel base alloy at a temperature from 1450 to 1500 °C for a period from 5 to 30 seconds, c) immediately pouring the inoculated nickel base alloy of step b) into a mold, preferably at a temperature from 1450 to 1500 °C, and d) cooling said inoculated nickel base alloy, wherein the mixture of Co 3 FeNb 2 and CrFeNb(Ni) is encapsulated in an iron base sealed container, said container having walls with lower than 2 mm of thickness, wherein the total content of Co 3 FeNb 2 and CrFeNb(Ni) is from 0.1 wt. % to 0.8 wt. % of the melt nickel base alloy, and wherein the Co 3 FeNb 2 and CrFeNb(Ni) contained in the encapsulated inoculant are powders with a particle size from 1 to 80 μm.
A mobile sterilization vehicle comprising: a body with a chassis; a drive system disposed on a front end of the body; a water absorption rake fixed on a rear end of the body; a brush disc mounted on a bottom of the body; a water storage tank, for supplying water to the brush disc, secured on the body and being in communication with the brush disc; characterized in that the mobile sterilization vehicle further comprises: a lid arranged on a top of the rear end of the body; an air inlet defined on a rear end of the lid and located above the rear end of the body; a sterilization structure, for sterilizing dirty airs flowing into the air inlet, accommodated in the lid, located above the rear end of the chassis, facing the drive system, and communicating with the air inlet; an air outlet defined on a top of the lid; an air conduit communicating with the sterilization structure and the air outlet; a filter fixed in the air conduit and located above the sterilization structure, and the air outlet being located above the filter; an accommodation box, for accomodating sterilization agent delivered for sterilizeing the airs, disposed on the body and being in communication with the sterilization structure; and a power supply fixed on the body and electrically connected with the drive system and the sterilization structure. a body with a chassis; a drive system disposed on a front end of the body; a water absorption rake fixed on a rear end of the body; a brush disc mounted on a bottom of the body; a water storage tank, for supplying water to the brush disc, secured on the body and being in communication with the brush disc; a lid arranged on a top of the rear end of the body; an air inlet defined on a rear end of the lid and located above the rear end of the body; a sterilization structure, for sterilizing dirty airs flowing into the air inlet, accommodated in the lid, located above the rear end of the chassis, facing the drive system, and communicating with the air inlet; an air outlet defined on a top of the lid; an air conduit communicating with the sterilization structure and the air outlet; a filter fixed in the air conduit and located above the sterilization structure, and the air outlet being located above the filter; an accommodation box, for accomodating sterilization agent delivered for sterilizeing the airs, disposed on the body and being in communication with the sterilization structure; and a power supply fixed on the body and electrically connected with the drive system and the sterilization structure.
A prefabricated building element (11, 31, 51, 71) for constructing corners in rooms in dry walling using a building panel (15, 35, 75) made of gypsum board, said building panel (15, 35, 75) having a continuous surface layer (17, 77) arranged on the visible side and a recess (18, 78) behind the surface layer (17, 77), said recess (18, 78) pointing toward a rear side, as well as a right and a left building panel section (16r, 76r, 161, 761) adjacent to the recess (18, 78), said building panel sections (16r, 76r, 161, 761) being able to be folded relative to each other at an angle of at least 90° at least toward the rear side, and having a right and a left stabilizing strip (04r, 041, 24r, 241, 44r, 441, 64), said stabilizing strips (04, 24, 44, 64) being mounted within the recess (18, 78) at the right or left building panel section (16r, 76r, 161, 761), respectively, characterized in that insertion grooves starting from the recess (18, 78) are incorporated in the building panel sections (16r, 76r, 161, 761) parallel to the respective plane of the building panel section (16r, 76r, 161, 761), wherein the stabilizing strips (04, 24, 44, 64) each comprise an insertion tongue which is mounted in the insertion groove of the respective building panel section (16, 76).
A towable body for an underwater vehicle comprising: a top section comprising at least one antenna (109, 115, 121, 127) for communicating with at least one remote communication system (12, 13, 14, 16, 18); a bottom section connected to the top section, the bottom section comprising a cavity having at least one communication system removably housed therein for communicating with the at least one remote communication system (12, 13, 14, 16, 18) through the at least one antenna (109, 115, 121, 127) and for communicating with the underwater vehicle; and wherein the towable body is configured to be carried in contact with the underwater vehicle in a non-deployed position, the towable body comprising an airfoil shape to provide hydrodynamic lift during deployment of the towable body under water, the airfoil cross-sectional shape being swept to match the shape of a diameter of the underwater vehicle to approximately conform the towable body to a contour of an outer surface of the underwater vehicle. a top section comprising at least one antenna (109, 115, 121, 127) for communicating with at least one remote communication system (12, 13, 14, 16, 18); a bottom section connected to the top section, the bottom section comprising a cavity having at least one communication system removably housed therein for communicating with the at least one remote communication system (12, 13, 14, 16, 18) through the at least one antenna (109, 115, 121, 127) and for communicating with the underwater vehicle; and wherein the towable body is configured to be carried in contact with the underwater vehicle in a non-deployed position, the towable body comprising an airfoil shape to provide hydrodynamic lift during deployment of the towable body under water, the airfoil cross-sectional shape being swept to match the shape of a diameter of the underwater vehicle to approximately conform the towable body to a contour of an outer surface of the underwater vehicle.