mhurhangee/ep-ind-claims huggingface dataset:
Applicator for applying an application medium of liquid or pasty consistency to a surface, having a reservoir for storing the application medium in the applicator, a mouthpiece at the front region of the applicator, an applicator element for providing the application medium for application to the surface by contacting of the latter, wherein the applicator element is supplied with the application medium from the reservoir and projects on the front side out of the mouthpiece, a valve device for controlling the inflow of the application medium towards the applicator element, a movable functional element which is situated in the interior of the valve device, and a manually actuable handling means which is situated on the outside of the applicator and which serves for actuating the functional element, wherein the handling means and the functional element are connected to one another via a mechanical force-fitting connection, and the functional element is displaceable in a longitudinal direction of the applicator by actuation of the handling means, and the functional element comprises an inner longitudinal channel, wherein the functional element comprises at least one wall passage situated therein, and the wall passage is closed off or is not closed off according to the position of the functional element, characterized in that the mouthpiece is provided as the handling means, the mouthpiece engages concentrically on an extension of the reservoir and is displaceable along the extension, and means for limiting the displacement movement of the mouthpiece with respect to the extension are provided, at least one projection is provided as a means for limiting the displacement movement and is situated in a longitudinally limited depression which makes possible a displacement path.
Method of operating a pneumatic actuator (1, 2) wherein a working chamber (8, 9) in a housing of the actuator (1, 2) is connected via a pressure line with a pressure store at a mains pressure and through this a piston, which is displaceably borne in the housing and delimits the working chamber (8, 9), is moved from a starting position towards a stop until the piston reaches the stop, characterised in that on expiry of a determined waiting period a control element (14, 15) triggers an interruption of the pressure line when the piston reaches the stop and in that the waiting time begins when the piston reaches the stop.
A gas turbine comprising: - a compressor compressing air taken in from the atmosphere, as operation fluid, - a combustor mixing and combusting the compressed air supplied from the compressor and fuel, to thereby produce high temperature-high pressure gas, and - a turbine in which moving vanes and stationary vanes are alternately arranged, the turbine being adapted to generate rotary power at the time of expansion of the combusted gas introduced from the combustor; wherein shroud segments are provided at radially outer portions of the moving vanes, the shroud segments are axially and radially fixed to a turbine casing and circumferentially fixed to the turbine casing by shroud lock pins that are inserted into shroud lock pin holes formed in the turbine casing, the shroud lock pin holes having covers that are provided to the turbine casing by tapered threads which are different from the shroud lock pins to prevent the shroud lock pins from coming out of the holes, wherein each of the tapered threads is a taper-shaped external thread that is threadedly engaged with a taper-shaped internal thread formed in the turbine casing to which the cover is fastened in the shroud lock pin hole; and wherein the turbine casing and the external and internal tapered thread portions are exposed to the high temperature-high pressure combusted gas, characterized in that a center hole is formed in a center of a bottom surface of the taper-shaped external thread of the cover, and a depth of the center hole is not more than a half of an axial length of the taper-shaped external thread, wherein a diameter and the depth of the center hole are set in such a manner to effectively reduce a contact surface pressure at a portion extending to a tip end side from a half position of the axial length of the taper-shaped external thread, so as to allow the contact surface pressure to become substantially uniform from the tip end to a root of the taper-shaped external thread, and to thereby reduce galling occurring at the engaged tapered thread portions. - a compressor compressing air taken in from the atmosphere, as operation fluid, - a combustor mixing and combusting the compressed air supplied from the compressor and fuel, to thereby produce high temperature-high pressure gas, and - a turbine in which moving vanes and stationary vanes are alternately arranged, the turbine being adapted to generate rotary power at the time of expansion of the combusted gas introduced from the combustor; wherein
A cryopreserved implantable material comprising: (a) a biocompatible matrix engrafted with cells having an inhibitory phenotype such that they are capable of inhibiting or interfering with vascular smooth muscle cell proliferation and wherein said cells are near-confluent, confluent, or post-confluent and (b) a volume of cryopreservation media composition sufficient to maintain cell viability, said inhibitory phenotype and matrix integrity while cryopreserved, wherein said cryopreservation media composition comprises a cryopreservative, a polysaccharide and serum.
Reagent container system for use in a reagent analyzer comprising: - a first reagent container cassette provided with a first set of openings each being capable of containing a liquid reagent therein, - a second reagent container cassette provided with a second set of openings each being capable of containing a liquid reagent therein, and - joining means comprising at least one of an articulation and a swivel-mounting and configured to join the first and second reagent container cassettes (1, 2) at least in a storage configuration, where in the storage configuration the first and second reagent container cassettes (1, 2) are joined together and a longitudinal side of the first reagent container cassette is facing a longitudinal side of the second reagent container cassette, wherein by relative displacement the first and second reagent container cassettes (1, 2) are displaceable between the storage configuration and a use configuration, where a transverse side of the first reagent container cassette is facing a transverse side of the second reagent container cassette in the use configuration, wherein the joining means are configured to provide a joining between the first and second reagent container cassettes (1, 2) in the use configuration, wherein at least one of the first and second set of openings is implemented by a plurality of recesses provided in the material of the first and second reagent container cassettes (1, 2), respectively, wherein the joining means further comprise connecting means on at least one of the longitudinal side of the first reagent container cassette and the longitudinal side of the second reagent container cassette, wherein the connecting means are configured to mutually fix the adjacent longitudinal sides of the first and second reagent container cassettes (1, 2) in the storage configuration, the reagent container system being characterized in that further securing means (120, 130, 140, 150, 160) are provided, the further securing means configured to secure a relative arrangement of the first and second reagent container cassettes (1, 2) in the storage configuration. - a first reagent container cassette provided with a first set of openings each being capable of containing a liquid reagent therein, - a second reagent container cassette provided with a second set of openings each being capable of containing a liquid reagent therein, and - joining means comprising at least one of an articulation and a swivel-mounting and configured to join the first and second reagent container cassettes (1, 2) at least in a storage configuration, where in the storage configuration the first and second reagent container cassettes (1, 2) are joined together and a longitudinal side of the first reagent container cassette is facing a longitudinal side of the second reagent container cassette,
A hollow structure with a protective device for the protection of the hollow structure in transport devices and/or separation devices, which are designed for the transport and/or separation of bodies, wherein in the hollow structure the bodies can be transported in a transport device, such as, for example, in suction devices, conveyor systems, filtering separators and centrifugal separators, comprising: an impact plate for the protective covering of the hollow structure to be protected, wherein the impact plate is designed and is mounted in the hollow structure such that the part of the hollow structure to be protected is covered in the transport direction, so that the bodies can collide during the transport with the impact plate instead of the part of the hollow structure to be protected, wherein the impact plate has a flat extension and is mounted in the hollow structure such that the impact plate (9, 9') is absorbingly and/or elastically movable and/or deflectable perpendicular to this surface area, wherein the impact plate in particular is mounted such that it can bend upon impact of the transported bodies, characterized in that on one side of the impact plate a fixed bearing is available for the fixed attachment or a pivot bearing for the pivotal attachment of the impact plate to the hollow structure and wherein a floating bearing is provided for receiving movements of an end of the impact plate due to bends of the impact plate, so that the end of the impact plate (9, 9') on the fixed bearing or pivot bearing side remains stationary during the deflection of the impact plate (9, 9') and/or changes its angle to the transport direction and so that through the floating bearing the end on the floating bearing side of the impact plate (9, 9') can be shifted in or contrary to the changed transport direction (T').
A semiconductor device comprising: a semiconductor substrate; a first cavity disposed through the semiconductor substrate; a conductive material lining an entire bottom inner surface of the first cavity; an integrated circuit disposed on a top surface of the conductive material inside the first cavity; and a cap comprising a second cavity disposed on a first surface of the cap, wherein the first surface of the cap is disposed on a top surface of the substrate such that the second cavity overlies the first cavity, wherein the substrate and the cap comprise a common scribe line at which they have been diced. a semiconductor substrate; a first cavity disposed through the semiconductor substrate; a conductive material lining an entire bottom inner surface of the first cavity; an integrated circuit disposed on a top surface of the conductive material inside the first cavity; and a cap comprising a second cavity disposed on a first surface of the cap, wherein the first surface of the cap is disposed on a top surface of the substrate such that the second cavity overlies the first cavity, wherein the substrate and the cap comprise a common scribe line at which they have been diced.
An arm construction to be connected to a dental care unit for coupling an accessory to the dental care unit, in which arm (3, 4, 5, 6, 30) is arranged a means (11, 12) for enabling mechanical and electric connection of the arm to the dental care unit, characterized in that said means enabling the mechanical and electric connection is realized in a quick-connector type fashion to enable connection of the arm (3, 4, 5, 6, 30) to the dental care unit without using tools and such that either i) only a mechanical connection is formed or such that ii) both a mechanical and an electric connection is formed between the arm (3, 4, 5, 6, 30) and the dental care unit. i) only a mechanical connection is formed or such that ii) both a mechanical and an electric connection is formed between the arm (3, 4, 5, 6, 30) and the dental care unit.
An implantable medical device (100, 400, 600) comprising: a chemical sensor configured to detect an ion concentration in a bodily fluid, the chemical sensor comprising: a sensing element, the sensing element comprising an outer barrier layer forming a top, a bottom, and opposed sides (312, 314) to surround an interior volume of the sensing element; the top of the outer barrier layer comprising a polymeric matrix permeable to analytes; an optical excitation assembly configured to illuminate the sensing element; and an optical detection assembly configured to receive light from the sensing element; characterized by an active agent eluting material with an active agent disposed therein positioned around an outer perimeter of the sensing element, the active agent having anti-inflammatory effects.
A method of adjusting monitoring parameters in a pool of data storage appliances, the method comprising: receiving, by a rule engine, an event notification from a process scheduler of a monitoring system, wherein: the event notification comprises an indication that a process executed by one of a plurality of collector processes that are scheduled by the process scheduler to monitor the pool of data storage appliances has completed; the process scheduler schedules when each of the plurality of collector processes are executed on the pool of data storage appliances; determining, by the rule engine, an event type for the event notification, the event type associated with a type of the collector that completed the process triggering the event notification; requesting and receiving, by the rule engine, one or more executable rules that are specific to the event type of the event notification, wherein the one or more executable rules adjust the monitoring parameters of the monitoring system with respect to the pool of data storage appliances; and executing the one or more executable rules such that the monitoring parameters of the monitoring system are adjusted, wherein the one or more executable rules comprise a set of conditions, the set of conditions comprising one or more thresholds that are compared to data retrieved from a data repository of the monitoring system. receiving, by a rule engine, an event notification from a process scheduler of a monitoring system, wherein: the event notification comprises an indication that a process executed by one of a plurality of collector processes that are scheduled by the process scheduler to monitor the pool of data storage appliances has completed; the process scheduler schedules when each of the plurality of collector processes are executed on the pool of data storage appliances; the event notification comprises an indication that a process executed by one of a plurality of collector processes that are scheduled by the process scheduler to monitor the pool of data storage appliances has completed; the process scheduler schedules when each of the plurality of collector processes are executed on the pool of data storage appliances; determining, by the rule engine, an event type for the event notification, the event type associated with a type of the collector that completed the process triggering the event notification; requesting and receiving, by the rule engine, one or more executable rules that are specific to the event type of the event notification, wherein the one or more executable rules adjust the monitoring parameters of the monitoring system with respect to the pool of data storage appliances; and executing the one or more executable rules such that the monitoring parameters of the monitoring system are adjusted, wherein the one or more executable rules comprise a set of conditions, the set of conditions comprising one or more thresholds that are compared to data retrieved from a data repository of the monitoring system.
A method for manufacturing a magnetic part (15, 17) of a high-sensitivity differential relay, said manufacturing method comprising a surface treatment step by shot-peening at least one portion of a surface of said magnetic part (15, 17), said shot-peening surface treatment step comprising a projection of pressurized microbeads on said surface portion.
System for manipulating a space object in space, the system comprising an articulated structure, said articulated structure comprising a single actuator configured to control, equally, the deployment of said articulated structure in space, the gripping of the space object and the folding down of said articulated structure; the manipulation system comprising a fixed supporting structure and a central threaded rod, said central threaded rod having a first end fixed to the output of the actuator and a second end having a pivot link with the fixed supporting structure, the manipulation system further comprising a tapped whorl guided by the central threaded rod and sets of articulated bars (114, 115) held by pivot links at their interfaces on the tapped whorl and on the fixed supporting structure; first articulated bars of said sets being terminated by a gripping device (116, 340), characterized in that at least one gripping device (116, 340) comprises a plate, at least two rollers and an articulated support for said rollers.
Method for producing a battery element (10, 12) of a battery cell, comprising the following method steps: a) applying a first electrode material to a first separator coated with a ceramic material, b) applying a second separator coated with the ceramic material to the arrangement according to method step a), c) producing at least one fixing connection in the edge region of the first electrode material between the first and second separators (18, 20), and d) producing at least one main connection, which is spaced apart from the at least one fixing connection, between the first and the second separator (18, 20) and forming a pocket for the first electrode material. a) applying a first electrode material to a first separator coated with a ceramic material, b) applying a second separator coated with the ceramic material to the arrangement according to method step a), c) producing at least one fixing connection in the edge region of the first electrode material between the first and second separators (18, 20), and d) producing at least one main connection, which is spaced apart from the at least one fixing connection, between the first and the second separator (18, 20) and forming a pocket for the first electrode material.
Bracelet for a watch case comprising a first arm inside which is housed a first printed circuit portion and a second arm, the first printed portion being extended by a median part arranged to be situated underneath the watch case and which includes a second printed circuit portion connected to the first printed circuit portion by electrical connection means, the first printed circuit portion carrying at least one electrical energy source and a microcontroller for powering and controlling a pressure sensor, characterized in that the median part is covered by an insert arranged to act as a seat for the watch case, a housing, inside which the pressure sensor is arranged, being provided in the insert and communicating with the exterior to allow the pressure sensor to be placed in contact with the surrounding medium, the pressure sensor being mounted on the second printed circuit portion with the insertion of a sealing gasket between the housing and the housing.
A transgenic tomato plant or transgenic tomato seed, or transgenic tomato plant cell comprising resistance to plant virus species of at least two of the Geminiviridae, Bunyaviridae and Flexiviridae families, wherein the resistance is provided by at least two different modes of action selected from (a) expression of a nucleic acid construct that produces dsRNA interfering with expression of a virus coat protein gene, a virus movement protein gene or a virus replication gene; (b) expression of a nucleic acid construct that produces miRNA interfering with expression of a virus coat protein gene, a virus movement protein gene or a virus replication gene; and (c) expression of a tospovirus genome segment terminal sequence that inhibits virion assembly, wherein resistance provided to at least one of the plant virus species is provided by expression of a tospovirus genome segment terminal repeat sequence which inhibits tospovirus virion assembly, further wherein the tospovirus genome terminal repeat sequence is selected from a nucleic acid sequence comprising SEQ ID NO: 167, a nucleic acid sequence comprising SEQ ID NO: 168, a nucleic acid sequence comprising SEQ ID NO:376, a nucleic acid sequence comprising SEQ ID NO:377, a nucleic acid sequence comprising SEQ ID NO:378, and a nucleic acid sequence comprising SEQ ID NO: 455.
A printing press, wherein the printing press is a roller printing press and comprises at least one printing stock source, at least one first printing unit, at least one first dryer and at least one second printing unit, wherein the at least one first printing unit has at least one first central cylinder and at least one first print group having at least one first nozzle bar that has at least one print head aligned on a cylinder shell surface of a body of the at least one first central cylinder is arranged within the first printing unit, characterized in that at least one carrier is protrudingly arranged over the cylinder shell surface of the body of the at least one first central cylinder in the radial direction and in that the at least one nozzle bar is arranged movably so far in axial direction that no nozzle of the nozzle bar and/or no operating region of a print head of the nozzle bar has a same position with respect to the axial direction as any component of the body of the at least one first central cylinder.
Connecting device (4, 13) for rigidly anchoring a part to be anchored to an underground, the part to be anchored being a column or a wall, the connecting device (4, 13) comprising a bolt (5, 14) which, when the part has been anchored, is intended to project into a recess of the part to be anchored, which recess is downwardly open, and be adhered to the boundary surfaces of the recess, the recess comprising a larger diameter than the bolt (5, 14), characterised in that the connecting device (4, 13) comprises an adhesive receptacle (6, 15) which delimits a cavity (8, 26) suitable for receiving an adhesive portion, the cavity (8, 26) being upwardly delimited by a cover surface (11, 21), the cover surface (11, 21) being penetrated by the bolt (5, 14) and it being possible to move the cover surface in the longitudinal direction of the bolt (5, 14) relative to said bolt, an open gap (12, 24) being located between the edge of the opening (10, 22), through which the bolt (5, 14) extends, and the peripheral surface of the bolt (5, 14), through which gap adhesive can be squeezed, along the peripheral surface of the bolt, into the recess on the part to be anchored from the adhesive portion.
An alkanolamine represented by the following formula: wherein A 1 and A 2 are both hydroxy groups, R 1 is an alkyl group having at least 8 and at most 24 carbon atoms, R 2 to R 6 are hydrogen atoms, and m=1 and n=0.