mhurhangee/ep-ind-claims huggingface dataset:
A cartridge processing system (101; 201; 301), comprising: a base (105; 205; 305) configured to support cartridges (104; 204; 304), the base having a rack (103; 203; 303) with support holes (111; 211; 311) for supporting respective ones of the cartridges; a tray (131; 231; 331) which comprises a tray bottom (145; 245) configured to be removably placed on tops of the cartridges (104; 204; 304), the tray (131; 231; 331) has a platform (137; 237; 337) with platform holes (139; 239; 339) substantially coaxially aligned with respective ones of the support holes (111; 211; 311), and the tray (131; 231; 331) has a funnel (141; 241; 341) extending from the platform (137; 237; 337), the funnel (141; 241; 341) surrounds the platform holes (139; 239; 339), such that the platform holes (139; 239; 339) are conduits for product to be placed in the cartridges (104; 204; 304); and a tamper (151; 251; 351) configured to engage the tray (131; 231; 331), the tamper (151; 251; 351) having extensions (153; 253) that are configured to extend through respective ones of the platform holes (139; 239; 339) and into respective ones of the cartridges (104; 204; 304). a base (105; 205; 305) configured to support cartridges (104; 204; 304), the base having a rack (103; 203; 303) with support holes (111; 211; 311) for supporting respective ones of the cartridges; a tray (131; 231; 331) which comprises a tray bottom (145; 245) configured to be removably placed on tops of the cartridges (104; 204; 304), the tray (131; 231; 331) has a platform (137; 237; 337) with platform holes (139; 239; 339) substantially coaxially aligned with respective ones of the support holes (111; 211; 311), and the tray (131; 231; 331) has a funnel (141; 241; 341) extending from the platform (137; 237; 337), the funnel (141; 241; 341) surrounds the platform holes (139; 239; 339), such that the platform holes (139; 239; 339) are conduits for product to be placed in the cartridges (104; 204; 304); and a tamper (151; 251; 351) configured to engage the tray (131; 231; 331), the tamper (151; 251; 351) having extensions (153; 253) that are configured to extend through respective ones of the platform holes (139; 239; 339) and into respective ones of the cartridges (104; 204; 304).
Truck mixer pump comprising a vehicle chassis and a vehicle body that is arranged on the vehicle chassis and comprises a body frame and arranged thereon a boom block for a material distributing boom, a mixer drum comprising drum bearing blocks (18, 20) that are at the front and at the rear, respectively, when viewed in the direction of travel, and a drive unit for the mixer drum that comprises a motor and a gear, characterized by a support apparatus that is intended for supporting the truck mixer pump on the ground and is integrated in the rear drum bearing block.
A method in a communication device (105, 110) for transferring a call between devices of a single user, the method comprising: pairing, over a master-less communication link, a narrowband communication device operating in a narrowband communication system and a broadband communication device operating in a broadband communication system; sharing a radio identifier between the narrowband communication device and the broadband communication device; establishing the call on both the narrowband communication system and the broadband communication system; processing a trigger signal indicating that the call is to be transferred from one to the other of the broadband communication device and the narrowband communication device; evaluating, in response to the trigger signal, an operational status of either the narrowband communication device or the broadband communication device; and transferring call details between the broadband communication device and the narrowband communication device; wherein using the radio identifier and the call details, and based on the operational status, the call is transferred from one to the other of the broadband communication device and the narrowband communication device. pairing, over a master-less communication link, a narrowband communication device operating in a narrowband communication system and a broadband communication device operating in a broadband communication system; sharing a radio identifier between the narrowband communication device and the broadband communication device; establishing the call on both the narrowband communication system and the broadband communication system; processing a trigger signal indicating that the call is to be transferred from one to the other of the broadband communication device and the narrowband communication device; evaluating, in response to the trigger signal, an operational status of either the narrowband communication device or the broadband communication device; and transferring call details between the broadband communication device and the narrowband communication device; wherein using the radio identifier and the call details, and based on the operational status, the call is transferred from one to the other of the broadband communication device and the narrowband communication device.
A fusion implant system for use on an ankle of a patient comprising at least one locking screw having a threaded distal portion and an externally threaded head portion, at least one fusion screw having a fusion screw head portion and a plate extending along a longitudinal axis and comprising a rail member having a first segment which is a calcaneal segment including a C-shaped stirrup in cross-section in the direction of the longitudinal axis that curves in a compound curve that forms about 70° +/-10° of a circle and having a radius of from about 1.8796 cm to about 2.1336 cm +/- 0.254 cm, wherein the rail member has an externally facing surface relative to the tibia, whereby the C-shaped stirrup wraps under the inferior surface of the calcaneus, and having a distal hole that receives the fusion screw and cooperates with the fusion screw head portion to hold the plate relative to a calcaneus in use, the plate having a second segment configured to abut the talus and including at least one internally threaded hole (42, 47, 48) that cooperates with the externally threaded head portion of the locking screw to form a locked angle relation between the locking screw and the plate, and the plate having a third segment configured of attachment to a lateral section of the tibia and that has at least one fastener hole.
Single-arm support for an electric bicycle for connecting a front wheel of the electric bicycle to a frame thereof, the single-arm support comprising a pipe including an energy storage for suppling an electric motor of the electric bicycle with energy for generating a driving force, characterized in that the energy storage is insertable from above into the pipe in the pipe's longitudinal direction, wherein the pipe is designed open at its one end for inserting and removing the energy storage for replacing the same, and is connected at its other end to a receptacle in which an electric motor for driving the front wheel is received.
Test cell for an engine, in particular for a turbojet or turboprop able to drive an air flow, the test cell comprising: - an inlet; - an outlet; - a passageway communicating with the inlet and the outlet, the passageway being intended to accommodate the engine during the tests, characterized in that the passageway includes at least one shutter (38; 40) pivoting at least between an open position and a closed position in order to cut off a circulation of air in the passageway; in particular in the event of a fire; and in that it includes return means, energetically autonomous, said means being configured for returning said shutter (38; 40) towards its closed position. - an inlet; - an outlet; - a passageway communicating with the inlet and the outlet, the passageway being intended to accommodate the engine during the tests,
A method for coloring an article, said method comprising: (a) dipping at least a first portion of the article into a first liquid colorant having a first color to a first predetermined depth for a first short period less than the 100 percent single dip saturation time of the color; (b) removing the article from the liquid colorant; (c) drying the article; and (d) dipping ar least a portion of the first protion of the article into one of the first liquid colorant or a second liquid colorant after the step of drying the article. (a) dipping at least a first portion of the article into a first liquid colorant having a first color to a first predetermined depth for a first short period less than the 100 percent single dip saturation time of the color; (b) removing the article from the liquid colorant; (c) drying the article; and (d) dipping ar least a portion of the first protion of the article into one of the first liquid colorant or a second liquid colorant after the step of drying the article.
A clamping ring for the connection of two flanges (9, 10), with at least one open ring section which is designed for receiving the flanges (9, 10) to be connected, and whose ends are connected by way of a clamping device (21 -27) which is attached on the ring section and with which the ends of the ring section are moved to one another and can be clamped amid the integration of the flanges (9, 10), wherein the clamping device (21 - 27) comprises a clamping force limitation means and a screwnut arrangement (23, 25) with a clamping screw, which comprises a screw head with an inner profile for receiving the tool, characterised in that the inner profile of the screw head or the screw head has a size, as is usually envisaged for a screw of a smaller thread diameter that that of the clamping screw.
A coated article comprising a substrate; and a cured coating disposed on the substrate, wherein the cured coating is derived from a coating composition comprising: a binder resin component; a crosslinking component; an amine-functional texture-producing component having the general formula: NR 1 R 2 R 3 wherein R 1, R 2, and R 3 are each independently -H; unsubstituted C1-C10 alkyl; substituted C1-C10 alkyl, wherein the substituents include C1-C10 alkyl, alkenyl, aryl, halide, and hydroxyl; unsubstituted and substituted C4-C10 branched alkyl; unsubstituted aryl; substituted aryl, wherein the substituents include C1-C10 alkyl, alkenyl, aryl, halide, and hydroxyl; C1-C10 ketone; C1-C10 aldehyde; C1-C10 ether; aryl ketone; aryl aldehyde; aryl ether; and mixtures or combinations thereof; and a light-scattering component, wherein the cured coating has reflectance of at least about 90%, and 60° gloss of about 5 or less, wherein the reflectance is measured using the CapY method on a Hunter Lab Scan instrument, and the gloss is measured at a 60° angle with a handheld gloss meter. a substrate; and a cured coating disposed on the substrate, wherein the cured coating is derived from a coating composition comprising: a binder resin component; a crosslinking component; an amine-functional texture-producing component having the general formula: NR 1 R 2 R 3 wherein R 1, R 2, and R 3 are each independently -H; unsubstituted C1-C10 alkyl; substituted C1-C10 alkyl, wherein the substituents include C1-C10 alkyl, alkenyl, aryl, halide, and hydroxyl; unsubstituted and substituted C4-C10 branched alkyl; unsubstituted aryl; substituted aryl, wherein the substituents include C1-C10 alkyl, alkenyl, aryl, halide, and hydroxyl; C1-C10 ketone; C1-C10 aldehyde; C1-C10 ether; aryl ketone; aryl aldehyde; aryl ether; and mixtures or combinations thereof; and a light-scattering component, a binder resin component; a crosslinking component; an amine-functional texture-producing component having the general formula: NR 1 R 2 R 3 wherein R 1, R 2, and R 3 are each independently -H; unsubstituted C1-C10 alkyl; substituted C1-C10 alkyl, wherein the substituents include C1-C10 alkyl, alkenyl, aryl, halide, and hydroxyl; unsubstituted and substituted C4-C10 branched alkyl; unsubstituted aryl; substituted aryl, wherein the substituents include C1-C10 alkyl, alkenyl, aryl, halide, and hydroxyl; C1-C10 ketone; C1-C10 aldehyde; C1-C10 ether; aryl ketone; aryl aldehyde; aryl ether; and mixtures or combinations thereof; and a light-scattering component, wherein the cured coating has reflectance of at least about 90%, and 60° gloss of about 5 or less, wherein the reflectance is measured using the CapY method on a Hunter Lab Scan instrument, and the gloss is measured at a 60° angle with a handheld gloss meter.
A one-press manufacturing method of a glass container that includes a first mouth portion and a second mouth portion formed at both end portions thereof facing each other, the one-press manufacturing method comprising the following steps to: a step of fitting a funnel to a mold and then putting a gob in the mold through the funnel; a step of removing the funnel from the mold and then fitting a baffle, which includes a convex molding surface portion, to the mold so that the convex molding surface portion is inserted into the mold; a step of simultaneously molding an inner peripheral surface of the first mouth portion, which is formed by a molding surface portion of a plunger, and an inner peripheral surface of the second mouth portion, which is formed by the molding surface portion of the baffle, to mold a finished-shaped glass container from the gob by inserting the plunger into the mold from a side opposite to the side to which the baffle is fitted, and pressing the gob; a step of extracting the plunger from the finished-shaped glass container; a step of removing the baffle from the mold while extracting the convex molding surface portion from the finished-shaped glass container; a step of transporting the finished-shaped glass container to a cooling mold and cooling the finished-shaped glass container, wherein the mold includes a mold base and a mouth mold, each of which is divided into two parts, and in the step, an outer peripheral shape of the first mouth portion is molded by the mouth mold, and an outer peripheral shape of the second mouth portion is molded by an inner wall of an end portion of the mold base on the side to which the baffle is fitted, and wherein cavities formed by hermetically sealing air are provided so as to surround the inner wall of the end portion of the mold base on the side to which the baffle is fitted. a step of fitting a funnel to a mold and then putting a gob in the mold through the funnel; a step of removing the funnel from the mold and then fitting a baffle, which includes a convex molding surface portion, to the mold so that the convex molding surface portion is inserted into the mold; a step of simultaneously molding an inner peripheral surface of the first mouth portion, which is formed by a molding surface portion of a plunger, and an inner peripheral surface of the second mouth portion, which is formed by the molding surface portion of the baffle, to mold a finished-shaped glass container from the gob by inserting the plunger into the mold from a side opposite to the side to which the baffle is fitted, and pressing the gob; a step of extracting the plunger from the finished-shaped glass container; a step of removing the baffle from the mold while extracting the convex molding surface portion from the finished-shaped glass container; a step of transporting the finished-shaped glass container to a cooling mold and cooling the finished-shaped glass container,
A management server capable of being communicatively coupled to one or more 3D printing devices over a communications network, wherein the management server is configured to: receive, over the communications network, a print request from one or more user devices or the one or more 3D printing devices to print a digital file, transmit, over the communications network, the digital file to a selected one of the one or more 3D printing devices, and transmit, over the communications network, commands to lock and unlock a locking mechanism of the one or more 3D printing devices, wherein the command to lock the locking mechanism is configured to cause the locking mechanism to secure a moveable panel in a closed position to cover an opening through which a user may access a 3-dimensional printing region of the 3D printing device thereby preventing the user from accessing the printing region through the opening; wherein the management server is configured to transmit the command to lock the locking mechanism of the selected one or more 3D printing devices prior to printing of the digital file, and to transmit the command to unlock the locking mechanism of the selected one or more 3D printing devices at a time after the digital file has completed printing. receive, over the communications network, a print request from one or more user devices or the one or more 3D printing devices to print a digital file, transmit, over the communications network, the digital file to a selected one of the one or more 3D printing devices, and transmit, over the communications network, commands to lock and unlock a locking mechanism of the one or more 3D printing devices, wherein the command to lock the locking mechanism is configured to cause the locking mechanism to secure a moveable panel in a closed position to cover an opening through which a user may access a 3-dimensional printing region of the 3D printing device thereby preventing the user from accessing the printing region through the opening;
A medical device comprising: a planar substrate that includes at least one of a first semiconductor material and a first insulating material; a plurality of recessed substrates that includes at least one of a semiconductor material and an insulating material, the plurality of recessed substrates bonded to the planar substrate such that the planar substrate and the plurality of recessed substrates define a plurality of enclosed cavities between the planar substrate and the plurality of recessed substrates; a control module disposed within at least one of the plurality of enclosed cavities, the control module configured to at least one of: determine a physiological parameter of a patient and deliver electrical stimulation to the patient; and an energy storage device disposed within the at least one of the plurality of enclosed cavities configured to supply power to the control module; wherein the medical device is characterised in that: the planar substrate and the plurality of recessed substrates comprise glass substrates and the medical device comprises a light absorbing layer deposited within the bond between the planar substrate and the plurality of recessed substrates, wherein the light absorbing layer, which promotes bonding between recessed and planar substrates, absorbs light at a wavelength that is transmitted by one of the planar substrate and the plurality of recessed substrates. a planar substrate that includes at least one of a first semiconductor material and a first insulating material; a plurality of recessed substrates that includes at least one of a semiconductor material and an insulating material, the plurality of recessed substrates bonded to the planar substrate such that the planar substrate and the plurality of recessed substrates define a plurality of enclosed cavities between the planar substrate and the plurality of recessed substrates; a control module disposed within at least one of the plurality of enclosed cavities, the control module configured to at least one of: determine a physiological parameter of a patient and deliver electrical stimulation to the patient; and determine a physiological parameter of a patient and deliver electrical stimulation to the patient; and an energy storage device disposed within the at least one of the plurality of enclosed cavities configured to supply power to the control module; the planar substrate and the plurality of recessed substrates comprise glass substrates and the medical device comprises a light absorbing layer deposited within the bond between the planar substrate and the plurality of recessed substrates, wherein the light absorbing layer, which promotes bonding between recessed and planar substrates, absorbs light at a wavelength that is transmitted by one of the planar substrate and the plurality of recessed substrates.
An assembly for the production of dispersions including a mixing unit and a circulation tank holding liquid, the mixing unit including a first solid inlet for receiving a solid, a second liquid inlet for receiving the liquid, a mixing chamber where the liquid and solid are mixed, and a return outlet, the liquid inlet is fluidly connected to the circulation tank such that liquid in the circulation tank flows to the mixing unit via a circulation tank outlet, the return outlet transferring the combined liquid and solid dispersion from the mixing chamber into the circulation tank via a circulation tank inlet, the circulation tank having a wall with an inner surface, characterized in that the circulation tank inlet includes a pipe which is configured such that the dispersion forms a film on the inner surface, and in that the circulation tank inlet is permanently positioned above the level of liquid in the circulation tank.
A method for protecting at least one predetermined memory area (35; 165) of a solid state data memory (30; 60) against unauthorized access, comprising the method steps of: storing a first, secure instruction set for a memory controller (45; 155) for controlling the solid state data memory (30; 60), said first instruction set including a first instruction for enabling a predetermined memory area (35; 165) and a second instruction for disabling the predetermined memory area (35; 165); entering, at an input device (110; 210), an individual identifier for a user-related security device (50; 250) that is protected by an individual identifier; in response to the individual identifier, releasing the first, secure instruction set for use by the memory controller (45; 155) under control of the user-related security device (50; 250), wherein the predetermined memory area (35; 165) is visualized on a display device (120; 220) if it has been enabled under the control of the memory controller (45; 155), and can be edited using a second, non-secure instruction set under the control of the memory controller (45; 155); and wherein the predetermined memory area is hidden, if it has been disabled under the control of the memory controller (45; 155). storing a first, secure instruction set for a memory controller (45; 155) for controlling the solid state data memory (30; 60), said first instruction set including a first instruction for enabling a predetermined memory area (35; 165) and a second instruction for disabling the predetermined memory area (35; 165); entering, at an input device (110; 210), an individual identifier for a user-related security device (50; 250) that is protected by an individual identifier; in response to the individual identifier, releasing the first, secure instruction set for use by the memory controller (45; 155) under control of the user-related security device (50; 250), wherein the predetermined memory area (35; 165) is visualized on a display device (120; 220) if it has been enabled under the control of the memory controller (45; 155), and can be edited using a second, non-secure instruction set under the control of the memory controller (45; 155); and wherein the predetermined memory area is hidden, if it has been disabled under the control of the memory controller (45; 155).