mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing plywood from wood veneers, the method comprising: - applying an adhesive on some of the veneers, the adhesive comprising a thermosetting resin including water or an adhesive composition including water, - laying the veneers on top of another to produce a plywood billet which comprises a surface veneer at the bottom and on the top of the plywood billet, the surface veneers having their grain running in a first direction; from two to four oriented veneers next to each surface veneer, the oriented veneers having their grain running in a second direction which is perpendicular to said first direction; and a plurality of interior veneers having their grain alternately in the first direction and the second direction so that the interior veneers form a cross-bonded structure; wherein the veneers are selected so that the average density of the oriented veneers is higher than the average density of the plurality of interior veneers, - hot pressing the plywood billet to glue the veneers together, in which connection water from the adhesive vaporizes, penetrates into the veneers and finally escapes therefrom, and the veneers compress, and - sanding plywood to reach a desired plywood thickness. - applying an adhesive on some of the veneers, the adhesive comprising a thermosetting resin including water or an adhesive composition including water, - laying the veneers on top of another to produce a plywood billet which comprises a surface veneer at the bottom and on the top of the plywood billet, the surface veneers having their grain running in a first direction; from two to four oriented veneers next to each surface veneer, the oriented veneers having their grain running in a second direction which is perpendicular to said first direction; and a plurality of interior veneers having their grain alternately in the first direction and the second direction so that the interior veneers form a cross-bonded structure; wherein the veneers are selected so that the average density of the oriented veneers is higher than the average density of the plurality of interior veneers, - hot pressing the plywood billet to glue the veneers together, in which connection water from the adhesive vaporizes, penetrates into the veneers and finally escapes therefrom, and the veneers compress, and - sanding plywood to reach a desired plywood thickness.
A pharmaceutical composition for use in the treatment of peri-implantitis in a subject in need thereof, the pharmaceutical composition comprising a biocompatible bone augmentation material coated with a matrix composition, the matrix composition comprising: (a) a biocompatible polymer; (b) a first lipid comprising at least one sterol; (c) a second lipid comprising at least one phospholipid having fatty acid moieties of at least 14 carbons; and (d) at least one antibiotic agent present at a weight percentage of 0.4-2% (w/w) of the total weight of the pharmaceutical composition said matrix composition provides local sustained release of the antibiotic agent at the peri-implant bone loss site. (a) a biocompatible polymer; (b) a first lipid comprising at least one sterol; (c) a second lipid comprising at least one phospholipid having fatty acid moieties of at least 14 carbons; and (d) at least one antibiotic agent present at a weight percentage of 0.4-2% (w/w) of the total weight of the pharmaceutical composition said matrix composition provides local sustained release of the antibiotic agent at the peri-implant bone loss site.
An actuation mechanism for a multi-plate disc brake, the actuation mechanism comprising: an energy storage element configured to apply said disc brake, the energy storage element being movable between a first position where said disc brake is released, and a second position where said disc brake is applied; a force transmission path (22, 24) configured to transmit force from the energy storage element to apply said disc brake; and a hydraulic chamber; wherein the force transmission path comprises a first member and a second member arranged in series; wherein the hydraulic chamber is configured, when pressurised, to act on the first member such that the energy storage element is moved to the first position; and wherein the second member is separated from the chamber such that, when the chamber is pressurised, no pressure is applied to the second member; wherein the first member comprises a first piston and a projection secured to the first piston, wherein the projection is configured to transmit force to the second member; and characterized in that the projection is adjustable in a radial direction in relation to the first piston. an energy storage element configured to apply said disc brake, the energy storage element being movable between a first position where said disc brake is released, and a second position where said disc brake is applied; a force transmission path (22, 24) configured to transmit force from the energy storage element to apply said disc brake; and a hydraulic chamber; wherein the force transmission path comprises a first member and a second member arranged in series; wherein the hydraulic chamber is configured, when pressurised, to act on the first member such that the energy storage element is moved to the first position; and wherein the second member is separated from the chamber such that, when the chamber is pressurised, no pressure is applied to the second member; wherein the first member comprises a first piston and a projection secured to the first piston, wherein the projection is configured to transmit force to the second member; and characterized in that the projection is adjustable in a radial direction in relation to the first piston.
A graphics processing system for operation with a data store, comprising: one or more processing units for processing tasks; a check unit operable to form a signature which is characteristic of an output from processing a task on a processing unit; and a fault detection unit operable to compare signatures formed at the check unit; wherein the graphics processing system is operable to process each task first and second times at the one or more processing units so as to, respectively, generate first and second processed outputs, the graphics processing system being configured to: write out the first processed output to the data store; read back the first processed output from the data store and form at the check unit a first signature which is characteristic of the first processed output as read back from the data store; form at the check unit a second signature which is characteristic of the second processed output as output from a processing unit; compare the first and second signatures at the fault detection unit; and raise a fault signal if the first and second signatures do not match. one or more processing units for processing tasks; a check unit operable to form a signature which is characteristic of an output from processing a task on a processing unit; and a fault detection unit operable to compare signatures formed at the check unit; write out the first processed output to the data store; read back the first processed output from the data store and form at the check unit a first signature which is characteristic of the first processed output as read back from the data store; form at the check unit a second signature which is characteristic of the second processed output as output from a processing unit; compare the first and second signatures at the fault detection unit; and raise a fault signal if the first and second signatures do not match.
A stowage device of emergency equipment for aircraft crewmember, the stowage device comprising a housing, the housing extends along a longitudinal direction and has side walls (15a, 15b, 15c, 15d), a back wall and an opening opposite to the back wall, the side walls (15a, 15b, 15c, 15d) and the back wall define an internal space adapted to stow a respiratory mask in a stowage position, the side walls extend along said longitudinal direction up to front edges (7a, 7b, 7c, 7d) delimiting the opening, characterised in that: - one of the side walls is an adjustable wall (15a, 15c), - the housing comprises a frame and a movable element, - the movable element is mounted on the frame and is movable between a retracted position and a protruding position, - the movable element comprises a main movable panel, and - the adjustable wall (15a, 15c) includes said main movable panel. - one of the side walls is an adjustable wall (15a, 15c), - the housing comprises a frame and a movable element, - the movable element is mounted on the frame and is movable between a retracted position and a protruding position, - the movable element comprises a main movable panel, and - the adjustable wall (15a, 15c) includes said main movable panel.
Busbar with a plurality of electrically conducting conductor bars, which extend separated from one another from a first terminal region at one end of the busbar to a second terminal region at the other end of the busbar and are cast in a first insulating body made from a first insulating material, such as cast resin or polymer concrete, wherein for the optional coupling of a connection device between the first and the second terminal region (A, B) of the busbar at least a third terminal region is provided, characterised in that within the third terminal region the first insulating body is at least partially interrupted or provided with a recess and through which a portion of the conductor bars extend, which in the third terminal region are enclosed at least partially by a releasable second insulating body, which consists of a second insulating material, whose consistency deviates from the consistency of the first insulating material.
An apparatus comprising: a signal processor or processing module configured at least to: receive signalling containing information about an acoustic attenuation through a froth layer in a flotation cell or tank of a flotation separation process, or between the froth layer and a pulp zone, or between the froth layer and air above the froth layer, or any combination; and determine corresponding signaling containing information about a control characteristic related to the flotation separation process based at least partly on the signalling received. receive signalling containing information about an acoustic attenuation through a froth layer in a flotation cell or tank of a flotation separation process, or between the froth layer and a pulp zone, or between the froth layer and air above the froth layer, or any combination; and determine corresponding signaling containing information about a control characteristic related to the flotation separation process based at least partly on the signalling received.
Lift and slide arrangement, in particular lift and slide door or lift and slide window, comprising a stationary frame and a panel which is slidable along a sliding axis (z) relative to the frame between an open and a closed position and which is movable along a lifting axis (y) and relative to a carriage supporting the panel between a lowered and a raised position, wherein at least one stationary frame locking element connected to the frame is provided, wherein: a) a carriage locking element is arranged on a part of the carriage stationary along the lifting axis (y), wherein the carriage locking element - in the closed position of the panel and independently of its position along the lifting axis (y) - engages the at least one frame locking element from underneath so that the panel is secured along the lifting axis (y) against a lifting movement exceeding the raised position and b) a panel locking element is arranged on the panel, wherein the panel locking element and the at least one frame locking element comprise positive locking sections (47, 48, 49, 60) which - in the closed and lowered position of the panel - act along the sliding axis (z) so that the panel is secured against sliding into the open position, wherein the positive locking can be disengaged by transferring the panel from the lowered into the raised position, characterized in that - in the closed and lowered position of the panel - the same frame locking element cooperates with the carriage locking element as well as with the panel locking element. a) a carriage locking element is arranged on a part of the carriage stationary along the lifting axis (y), wherein the carriage locking element - in the closed position of the panel and independently of its position along the lifting axis (y) - engages the at least one frame locking element from underneath so that the panel is secured along the lifting axis (y) against a lifting movement exceeding the raised position and b) a panel locking element is arranged on the panel, wherein the panel locking element and the at least one frame locking element comprise positive locking sections (47, 48, 49, 60) which - in the closed and lowered position of the panel - act along the sliding axis (z) so that the panel is secured against sliding into the open position, wherein the positive locking can be disengaged by transferring the panel from the lowered into the raised position, characterized in that - in the closed and lowered position of the panel - the same frame locking element cooperates with the carriage locking element as well as with the panel locking element.
A cell-density regulated cell cultivation process for the production of a recombinant protein, the process comprising the steps of: a) growing eukaryotic cells in a cell culture having a variable cell culture volume in a first cultivation vessel, wherein the culture volume is not regulated to be constant over the entire cell cultivation process, b) measuring the cell density in the cell culture over time by repeatedly performing cell density measurements with a density sensor selected from turbidity measurement, laser scatter measurement, NIR or other spectroscopic measurement, or capacitive measurement and/or a cell counter, c) regulating the cell density by changing the cell culture volume to maintain the cells in growth phase by feeding nutrient medium into the cell culture in response to the monitored cell density, d) harvesting a fraction of the cell culture while maintaining remaining cells within the cell culture in growth phase, wherein feed rate and harvest rate are not coupled to one another, and wherein the harvested fraction comprises cells and/or a cell-derived product, and wherein the cell culture volume in the vessel is not kept constant continuously by adding nutrient medium into the vessel after harvesting said fraction and/or wherein the volume of the harvested fraction is not immediately replenished by adding nutrient medium into the vessel, e) repeating one or all of the aforementioned steps in the order set forth to allow a repeated harvest of cell culture fractions, and f) optionally processing the harvested cells and/or the recombinant protein. a) growing eukaryotic cells in a cell culture having a variable cell culture volume in a first cultivation vessel, wherein the culture volume is not regulated to be constant over the entire cell cultivation process, b) measuring the cell density in the cell culture over time by repeatedly performing cell density measurements with a density sensor selected from turbidity measurement, laser scatter measurement, NIR or other spectroscopic measurement, or capacitive measurement and/or a cell counter, c) regulating the cell density by changing the cell culture volume to maintain the cells in growth phase by feeding nutrient medium into the cell culture in response to the monitored cell density, d) harvesting a fraction of the cell culture while maintaining remaining cells within the cell culture in growth phase, wherein feed rate and harvest rate are not coupled to one another, and wherein the harvested fraction comprises cells and/or a cell-derived product, and wherein the cell culture volume in the vessel is not kept constant continuously by adding nutrient medium into the vessel after harvesting said fraction and/or wherein the volume of the harvested fraction is not immediately replenished by adding nutrient medium into the vessel, e) repeating one or all of the aforementioned steps in the order set forth to allow a repeated harvest of cell culture fractions, and f) optionally processing the harvested cells and/or the recombinant protein.
Gluing machine for attaching an edge band to an end face of a workpiece plate, with a portable machine housing which may be guided manually along the workpiece plate, with an adhesive applicator for the application of adhesive to a rear of the edge band and with a band guidance device to guide the edge band provided with adhesive on to the end face of the workpiece plate for gluing to the end face, wherein it has a preparation assembly for the provision of an amount by volume of the adhesive at an adhesive outlet of the adhesive applicator in a suitable liquid state for application of the adhesive to the edge band based on at least one parameter which may be set and/or detected by sensor, characterised in that the parameter or parameters includes or include a width value representing a width of the edge band and/or an adhesive thickness value which represents a coating thickness of the adhesive to be applied to the edge band.
A refrigeration system comprising: an evaporator for evaporating a refrigerant; a two-stage compressor for compressing the refrigerant, the two-stage compressor having a suction port, an interstage port, and a discharge port; a second compressor for compressing the refrigerant, the second compressor having a suction port and a discharge port wherein the second compressor is a two-stage compressor; a heat rejecting heat exchanger for cooling the refrigerant; a first economizer circuit configured to inject refrigerant into the interstage port of the two-stage compressor, the first economizer circuit having an economizer heat exchanger and an expansion valve; and a second economizer circuit connected to the second compressor, the second economizer circuit having an economizer heat exchanger and an expansion valve and configured to inject a portion of the refrigerant into an interstage port of the second compressor; and characterised by further comprising a third economizer circuit having an economizer heat exchanger and an expansion valve and configured to inject a portion of the refrigerant into the suction port of the second compressor. an evaporator for evaporating a refrigerant; a two-stage compressor for compressing the refrigerant, the two-stage compressor having a suction port, an interstage port, and a discharge port; a second compressor for compressing the refrigerant, the second compressor having a suction port and a discharge port wherein the second compressor is a two-stage compressor; a heat rejecting heat exchanger for cooling the refrigerant; a first economizer circuit configured to inject refrigerant into the interstage port of the two-stage compressor, the first economizer circuit having an economizer heat exchanger and an expansion valve; and a second economizer circuit connected to the second compressor, the second economizer circuit having an economizer heat exchanger and an expansion valve and configured to inject a portion of the refrigerant into an interstage port of the second compressor; and characterised by further comprising a third economizer circuit having an economizer heat exchanger and an expansion valve and configured to inject a portion of the refrigerant into the suction port of the second compressor. a third economizer circuit having an economizer heat exchanger and an expansion valve and configured to inject a portion of the refrigerant into the suction port of the second compressor.
A data hub for providing a connection between at least first and second discrete domains, the domains being used to simulate or model the performance and interaction of a plurality of different entities, the data hub being connected independently to the first discrete domain having a first sensitivity, and to the second discrete domain having a second sensitivity, such that it is able to receive data from the first discrete domain and transmit data to the discrete second domain; wherein the data hub comprises at least a processor adapted to inspect packet data received from the first domain, packets in general containing information relating to different entities, and to run a set of user-defined rules comprising conditions represented as data operators, at least some of the user defined rules having a combination of conditions associated therewith comprising at least one condition that restricts application of the rule to data packets associated with a particular entity or to a particular group or class of such entities, wherein commands are applied to the data to obfuscate and create filtered packet data transmittable to the second discrete domain in real time.
Use of a composition comprising tetrafluoroethylene polymer and alkyl methacrylate polymer containing 50% by mass or more of units of alkyl methacrylate having alkyl group with carbon numbers of 2 to 6 for an additive for a thermoplastic resin, wherein the unit of the alkyl methacrylate is the unit of i-butyl methacrylate.
A rack-and-pinion steering apparatus comprising: a rack shaft having rack teeth and configured to move in an axial direction to steer steered wheels of a vehicle; a pinion shaft having pinion teeth and configured to rotate in accordance with steering operation of a steering wheel; and a housing that supports the rack shaft and the pinion shaft and that houses a meshing area between the rack teeth and the pinion teeth, wherein when the steering wheel is in a neutral position, the pinion teeth mesh with the rack teeth at a rotational position of the pinion shaft, the rotational position minimizing torque required to move the rack shaft in the axial direction during one rotation of the pinion shaft, and the pinion shaft has a pinion-teeth section provided with the pinion teeth, characterized in that a central axis of the pinion shaft is curved, and the rotational position maximizes a distance from the central axis of the pinion-teeth section of the pinion shaft to the rack shaft during the one rotation of the pinion shaft. a rack shaft having rack teeth and configured to move in an axial direction to steer steered wheels of a vehicle; a pinion shaft having pinion teeth and configured to rotate in accordance with steering operation of a steering wheel; and a housing that supports the rack shaft and the pinion shaft and that houses a meshing area between the rack teeth and the pinion teeth, wherein when the steering wheel is in a neutral position, the pinion teeth mesh with the rack teeth at a rotational position of the pinion shaft, the rotational position minimizing torque required to move the rack shaft in the axial direction during one rotation of the pinion shaft, and the pinion shaft has a pinion-teeth section provided with the pinion teeth, characterized in that a central axis of the pinion shaft is curved, and the rotational position maximizes a distance from the central axis of the pinion-teeth section of the pinion shaft to the rack shaft during the one rotation of the pinion shaft.
A therapeutic composition comprising dried cranberry powder and dried cranberry seeds or dried cranberry powder and cranberry seed meal wherein the cranberry seeds or the cranberry seed meal are present in an amount of about 15% to about 25% by weight of the dried cranberry powder and wherein the composition comprises less than about 12% of organic acids by weight.
Tube, for installing in a motor vehicle, with a wall section and retaining legs (14a, 14b) rigidly connected to the wall section and constructed to be elastically spread apart, for providing a clip connection, characterized by a recess disposed between the retaining legs (14a, 14b) and provided as repair solution, a predetermined fastening element being insertable into the recess and anchored therein at least when the retaining legs (14a, 14b) are defective or are at least partially missing.