mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a thief hatch, comprising: a base configured to couple to a storage container, wherein the base comprises a central opening configured to be exposed to an opening of the storage container; a cap coupled to the base; a seal disposed between the base and the cap; and an actuating mechanism configured to exert a biasing force on the seal to bias the seal against an annular lip of the base, characterised in that the actuating mechanism is disposed on an exterior surface of the cap and is removable from the exterior surface while maintaining a sealing interface between the seal and the annular lip. a thief hatch, comprising: a base configured to couple to a storage container, wherein the base comprises a central opening configured to be exposed to an opening of the storage container; a cap coupled to the base; a seal disposed between the base and the cap; and an actuating mechanism configured to exert a biasing force on the seal to bias the seal against an annular lip of the base, characterised in that the actuating mechanism is disposed on an exterior surface of the cap and is removable from the exterior surface while maintaining a sealing interface between the seal and the annular lip. a base configured to couple to a storage container, wherein the base comprises a central opening configured to be exposed to an opening of the storage container; a cap coupled to the base; a seal disposed between the base and the cap; and an actuating mechanism configured to exert a biasing force on the seal to bias the seal against an annular lip of the base, characterised in that the actuating mechanism is disposed on an exterior surface of the cap and is removable from the exterior surface while maintaining a sealing interface between the seal and the annular lip.
A fluid dispensing device component comprising: a plurality of fluid actuators; an input configured to receive a control signal from a fluid dispensing system, the control signal for activating the fluidic actuators of the fluid dispensing device component during a fluidic operation mode; a nonvolatile memory; and a controller (110,152) configured to, during the fluidic operation mode, control activation of fluidic actuators using the control signal, wherein the control signal comprises a fire signal that when activated causes selected fluidic actuators to dispense fluid through orifices of the fluid dispensing device component during the fluidic operation mode, characterized in that the controller (110,152) is configured to, during a memory write mode: write a first portion of the nonvolatile memory to a first programmed level responsive to the fire signal being activated for a first time duration, and write a second portion of the nonvolatile memory to a second programmed level responsive to the fire signal being activated for a second time duration different from the first time duration, the second programmed level being different from the first programmed level. a plurality of fluid actuators; an input configured to receive a control signal from a fluid dispensing system, the control signal for activating the fluidic actuators of the fluid dispensing device component during a fluidic operation mode; a nonvolatile memory; and a controller (110,152) configured to, during the fluidic operation mode, control activation of fluidic actuators using the control signal, wherein the control signal comprises a fire signal that when activated causes selected fluidic actuators to dispense fluid through orifices of the fluid dispensing device component during the fluidic operation mode, characterized in that the controller (110,152) is configured to, during a memory write mode: write a first portion of the nonvolatile memory to a first programmed level responsive to the fire signal being activated for a first time duration, and write a second portion of the nonvolatile memory to a second programmed level responsive to the fire signal being activated for a second time duration different from the first time duration, the second programmed level being different from the first programmed level. write a first portion of the nonvolatile memory to a first programmed level responsive to the fire signal being activated for a first time duration, and write a second portion of the nonvolatile memory to a second programmed level responsive to the fire signal being activated for a second time duration different from the first time duration, the second programmed level being different from the first programmed level.
A finely divided, starch-containing polymer dispersion which is obtainable by free radical emulsion polymerization of ethylenically unsaturated monomers in the presence of at least one redox initiator and starch, wherein (a) from 15 to 35% by weight of at least one optionally substituted styrene, (b) from 65 to 80% by weight of at least one C 1 -C 12 -alkyl acrylate and/or C 1 -C 12 -alkyl methacrylate, (c) from 0 to 10% by weight of at least one other ethylenically unsaturated copolymerizable monomer, are used as the ethylenically unsaturated monomers, the sum (a) + (b) + (c) being 100% based on active monomer content and (d) from 15 to 40% by weight of at least one degraded starch which has a molar mass M w of from 1000 to 65 000 g/mol, based on the total weight of solids content of components (a) + (b) + (c) + (d), are used as the starch, and the polymerization being carried out in the presence of at least 0.01% by weight, based on the monomers used, of at least one terpene-containing chain-transfer agent, and in which the polymer dispersion optionally comprises an aluminium compound. (a) from 15 to 35% by weight of at least one optionally substituted styrene, (b) from 65 to 80% by weight of at least one C 1 -C 12 -alkyl acrylate and/or C 1 -C 12 -alkyl methacrylate, (c) from 0 to 10% by weight of at least one other ethylenically unsaturated copolymerizable monomer, (d) from 15 to 40% by weight of at least one degraded starch which has a molar mass M w of from 1000 to 65 000 g/mol, based on the total weight of solids content of components (a) + (b) + (c) + (d),
Method for operating a parking environment having at least one motor vehicle (3, 4) which comprises a vehicle system designed for fully automatic vehicle guidance and is operated autonomously for parking purposes in the parking environment, wherein the parking environment is assigned a control device which is external to the motor vehicle and is designed to set up a wireless communication connection to motor vehicles (3, 4) which are operated autonomously in the parking environment and to co-ordinate the autonomous operation of the motor vehicles (3, 4) in the parking environment, wherein, when an alarm signal is present which indicates an alarm state in the parking environment and which in particular is emitted acoustically and/or optically via display means of the parking environment, alarm information which describes the type of alarm is transmitted via the same or another wireless communication connection to all autonomously operated motor vehicles (3, 4) located in the parking environment, wherein the vehicle systems of the motor vehicles (3, 4) receiving the alarm information evaluate said information by means of at least one measure criterion, wherein when the measure criterion is met at least one alarm-related measure which eliminates or reduces a hazard due to the alarm is carried out automatically.
A system for automated reconfiguration of a distribution system, comprising: a first team of active nodes, each active node being located in the distribution system and comprising: at least one switch; and a node controller (200; 903A, 903B), with node controllers in the first team controlling respective switches in the first team and including resources (208, 212) which monitor the distribution system for fault conditions, characterized in that said system further includes at least one sideline node external to the first team, wherein the node controllers (200; 903A, 903B) in the first team communicate control information with at least one other node controller (200; 903A, 903B) in the first team and control operation of their respective switches to perform fault isolation or reconfiguration based on the detection of conditions requiring fault isolation and the communicated control information, at least one of the node controllers also communicating with the at least one sideline node external to the first team to obtain additional system information about the condition of the system that is used to control reconfiguration. a first team of active nodes, each active node being located in the distribution system and comprising: at least one switch; and a node controller (200; 903A, 903B), with node controllers in the first team controlling respective switches in the first team and including resources (208, 212) which monitor the distribution system for fault conditions, at least one switch; and a node controller (200; 903A, 903B), with node controllers in the first team controlling respective switches in the first team and including resources (208, 212) which monitor the distribution system for fault conditions, characterized in that said system further includes at least one sideline node external to the first team, wherein the node controllers (200; 903A, 903B) in the first team communicate control information with at least one other node controller (200; 903A, 903B) in the first team and control operation of their respective switches to perform fault isolation or reconfiguration based on the detection of conditions requiring fault isolation and the communicated control information, at least one of the node controllers also communicating with the at least one sideline node external to the first team to obtain additional system information about the condition of the system that is used to control reconfiguration.
An eyeglass frame comprising a front piece and a pair of temples, each temple being hingedly connected to an end of said front piece to allow said temples to move between a folded and an open position, at least one temple comprising an adapter for receiving an electronic device;the eyeglass frame further comprising at least one optical element connected to said front piece, said optical element being adapted for reflecting light from the electronic device to an eye of a user, characterized in that said temple comprises of a primary temple part and a secondary temple part, a first end of said primary temple part being hinged to said front piece, a second end of said secondary temple part being a free end adapted to interact with an ear auricle of the user, a second end of said primary temple part and a first end of said secondary temple part forming the adapter, said adapter comprising locking means arranged at the second end of the primary temple part and the first end of the secondary temple part, for interlocking with said electronic device.
A crosshead engine comprising: a cylinder; a piston configured to slide in the cylinder; a piston rod having one end fixed to the piston; a crosshead connected to the other end side of the piston rod and configured to reciprocate together with the piston; a connecting rod having one end supported by the crosshead; a crankshaft connected to the connecting rod and configured to rotate in coordination with the reciprocation of the piston and the reciprocation of the crosshead; and a variable mechanism configured to vary positions of top and bottom dead centers of the piston by changing a relative position of the piston rod and the crosshead in a stroke direction of the piston, characterized in that the variable mechanism comprises a hydraulic pressure chamber which is provided in the crosshead and into which an end of the piston rod is inserted; and a hydraulic pressure adjustment mechanism which supplies hydraulic oil to the hydraulic pressure chamber or discharges the hydraulic oil from the hydraulic pressure chamber and which adjusts an entering position at which the end of the piston rod is inserted into the hydraulic pressure chamber in the stroke direction. a cylinder; a piston configured to slide in the cylinder; a piston rod having one end fixed to the piston; a crosshead connected to the other end side of the piston rod and configured to reciprocate together with the piston; a connecting rod having one end supported by the crosshead; a crankshaft connected to the connecting rod and configured to rotate in coordination with the reciprocation of the piston and the reciprocation of the crosshead; and a variable mechanism configured to vary positions of top and bottom dead centers of the piston by changing a relative position of the piston rod and the crosshead in a stroke direction of the piston, characterized in that the variable mechanism comprises a hydraulic pressure chamber which is provided in the crosshead and into which an end of the piston rod is inserted; and a hydraulic pressure adjustment mechanism which supplies hydraulic oil to the hydraulic pressure chamber or discharges the hydraulic oil from the hydraulic pressure chamber and which adjusts an entering position at which the end of the piston rod is inserted into the hydraulic pressure chamber in the stroke direction.
An imaging device comprising - a stack of photoactive layers including at least a p-type photoactive layer and an n-type photoactive layer, wherein the photoactive layers comprise quantum dots formed by semiconductor nanocrystals capped by ligands; and - readout electronics comprising electrodes (13t,13b) sandwiching the photoactive layers, wherein at least one of the electrodes is divided in respective pixels for collecting photo-generated charges from respective parts of the photoactive layers, wherein each pixel comprises an amplification circuit to amplify the photo-generated charge. characterised in that the photoactive layers are amorphous, comprising a disordered structure of quantum dots resulting from deposition by applying respective solutions comprising colloidal quantum dots. - a stack of photoactive layers including at least a p-type photoactive layer and an n-type photoactive layer, wherein the photoactive layers comprise quantum dots formed by semiconductor nanocrystals capped by ligands; and - readout electronics comprising electrodes (13t,13b) sandwiching the photoactive layers, wherein at least one of the electrodes is divided in respective pixels for collecting photo-generated charges from respective parts of the photoactive layers, wherein each pixel comprises an amplification circuit to amplify the photo-generated charge.
A drug delivery molecule comprising a polymalic acid molecular scaffold covalently linked to one or more biologically active molecular modules, wherein one of the one or more biologically active molecular modules comprises an endosome escape unit, L-leucylleucylleucine.
A method of batch sizing a formula, the formula defining one or more hair dye materials and corresponding recommended amounts for creating an individual batch sized amount of a hair dye mixture, the method comprising: accessing a control system having at least a processor and a computer-readable memory, wherein the memory contains software configured to receive a formula for blending a hair dye mixture using one or more colorants, dyes, and/or blending materials and amounts recommended for the hair dye mixture; presenting, via a display, a plurality of batch sizing adjustment criteria, the batch sizing adjustment criteria including customer characteristics; receiving user input, via a user input device, that selects one or more of the plurality of batch sizing adjustment criteria, the user input including customer characteristics; and calculating, via the control system, adjusted corresponding recommended amounts associated with the hair dye mixture using the user input received by the control system regarding the selected batch sizing adjustment criteria for an individual batch sized amount. accessing a control system having at least a processor and a computer-readable memory, wherein the memory contains software configured to receive a formula for blending a hair dye mixture using one or more colorants, dyes, and/or blending materials and amounts recommended for the hair dye mixture; presenting, via a display, a plurality of batch sizing adjustment criteria, the batch sizing adjustment criteria including customer characteristics; receiving user input, via a user input device, that selects one or more of the plurality of batch sizing adjustment criteria, the user input including customer characteristics; and calculating, via the control system, adjusted corresponding recommended amounts associated with the hair dye mixture using the user input received by the control system regarding the selected batch sizing adjustment criteria for an individual batch sized amount.
A device for the electrically conducting connection of the conductors (19,17) which are surro unded by an insulation (18,16) of two electrical cables (13,14) from which at least one is connected to a voltage source, which composes a tube like clamp of metal for the insertion of the two cables (13,14) which has at least two tap holes (9,10) in its wall, into which in mounting position a clamping screw is screwed respectively, which has an outer thread positioned on a strew body, and in the interior of which two rows of teeth (11,12) extending radially from its wall are arranged, characterized in that one clamping screw which serves for the fastening of at least one of the cables (13,14) is provided as a contact screw which has at its end face which is provided to abut to the cable (13,14) which is positioned within the clamp a protrusion which extends in axial direction with dimensions which are small in comparison to the dimension of the screw body of the contact screw and which penetrates though the insulation (16,18) of the respective cable (13,14) to abut at least to its conductor (17,19) earlierthen the teeth of the clamp penetrate the insulation (16,18) of the cable (13,14) and enterinto the conductor (17,19) of the same.
A cassette suitable for holding a plurality of test tubes, the cassette comprising: a base; a support plate for holding said plurality of test tubes; an adjustable hold and release plate provided with holding means for holding said plurality of test tubes in a fixed position when taking a first hold position and releasing said plurality of test tubes when taking a second release position; a top plate; and a bottom guide plate; the hold and release plate being horizontally adjustable into said two positions and being supported on the support plate; the hold and release plate and the support plate being between the top plate and the bottom guide plate, the cassette being characterized in that: said holding means consists of flexible springs for holding each test tube in a fixed position vertically and horizontally.
A method of creating a cast alloy component from a metal material having a solidus temperature and a liquidus temperature, comprising: burying at least a first portion of a mold (12,100) in a powder of ceramic material; heating the mold within the powder of ceramic material to an initial mold temperature that is 50% or less of the solidus temperature of the metal material; thereafter, pouring molten metal material into the mold (12,100) while the first portion is buried in the powder of ceramic material; and thereafter, allowing the molten metal material to form the cast alloy component within the mold (12,100) while the first portion is buried within the powder of ceramic material, wherein the metal material is an alloy or a superalloy, wherein the mold (12,100) is constructed from a ceramic material, and wherein the ceramic material of the mold (12,100) has a different composition than the ceramic material of the powder. burying at least a first portion of a mold (12,100) in a powder of ceramic material; heating the mold within the powder of ceramic material to an initial mold temperature that is 50% or less of the solidus temperature of the metal material; thereafter, pouring molten metal material into the mold (12,100) while the first portion is buried in the powder of ceramic material; and thereafter, allowing the molten metal material to form the cast alloy component within the mold (12,100) while the first portion is buried within the powder of ceramic material, wherein the metal material is an alloy or a superalloy, wherein the mold (12,100) is constructed from a ceramic material, and wherein the ceramic material of the mold (12,100) has a different composition than the ceramic material of the powder.
Eyewear comprising: a frame; at least one earstem (12, 14) having an anterior end and a posterior end; a retention assembly comprising at least one prong (30, 31) extending from the anterior end of the earstem and a latch component being moveably coupled to the earstem, the at least one prong (30, 31) comprising a slot which extends in a first direction for receiving an engagement structure of the frame, the latch component comprising a slot which extends in a second direction configured to overlap at least partially with the slot of the at least one prong (30, 31) such that the engagement structure of the frame is captured in each of the slots (40, 80) when the latch component is positioned in an engaged position, wherein the latch component restricts movement of the engagement structure out of the slot of the at least one prong (30, 31) of the earstem (12, 14); characterised in that when the latch component is in the engaged position, the second direction is nonparallel to the first direction. a frame; at least one earstem (12, 14) having an anterior end and a posterior end; a retention assembly comprising at least one prong (30, 31) extending from the anterior end of the earstem and a latch component being moveably coupled to the earstem, the at least one prong (30, 31) comprising a slot which extends in a first direction for receiving an engagement structure of the frame, the latch component comprising a slot which extends in a second direction configured to overlap at least partially with the slot of the at least one prong (30, 31) such that the engagement structure of the frame is captured in each of the slots (40, 80) when the latch component is positioned in an engaged position, wherein the latch component restricts movement of the engagement structure out of the slot of the at least one prong (30, 31) of the earstem (12, 14); characterised in that when the latch component is in the engaged position, the second direction is nonparallel to the first direction.
A method of forming a hair perm using an oxidizing agent, wherein the oxidizing agent consists of hydrogen water, and the hydrogen water has a pH of 7.0 to 7.9.