mhurhangee/ep-ind-claims huggingface dataset:
Double swing door with a locking apparatus, each door (10, 10') having a door handle (2, 2'), the door handles (2, 2') consisting of a base body (2.1, 2.1') and a handle body (2.3, 2.3'), it being possible for the base bodies (2.1, 2.1) to be fastened to the door, the handle bodies (2.3, 2.3') of the door handles (10, 10') comprising recesses (2.3.1, 2.3.1') for receiving a vertical latch (3, 3') which is held such that it can be pivoted into a horizontal position, it being possible for the latches (3, 3') to be locked in the horizontal position by way of locking means (3.2, 3.2'), the recesses (2.3.1, 2.3.1') of the handle bodies (2.3, 2.3') being arranged so as to lie in parallel opposite one another, and the locking means (3.2, 3.2') of the latches (3, 3') engage into one another in the horizontal position and therefore locking the double swing door.
Loading and unloading system for tanker trucks carrying dangerous goods comprising a tanker fitted with a manhole containing a neck which protrudes perpendicularly to the surface of the tank with a cover flange on the free edge of the neck to close the tanker whereby secured on the manhole of the tank there is a shut-off valve containing an actuator remotely controlled by means of actuator devices, where the shut-off valve has a knife-gate, guillotine or slide-gate, characterised by the fact that the shut-off valve is secured on the manhole of the tanker by means of a fixing flange which ensures proper securing of the valve on the cover flange of the tanker.
A shoe sorter comprising: a switch plate configured to define a movement path of a shoe pin of a pusher shoe of the shoe sorter; and characterized by: a finger mechanically coupled to the switch plate, wherein the finger is configured to be moved in a first direction in response to a first portion of the shoe pin contacting a top portion of the finger; and an actuation arm, pivotably engaged to the finger so that a movement of the finger in the first direction causes a movement of the actuation arm in a second direction, wherein the actuation arm in the second direction causes a change in a signal outputted by a photoelectric sensor coupled to the shoe sorter, wherein the change in the signal is used by a processor to determine that the shoe pin is misaligned. a finger mechanically coupled to the switch plate, wherein the finger is configured to be moved in a first direction in response to a first portion of the shoe pin contacting a top portion of the finger; and an actuation arm, pivotably engaged to the finger so that a movement of the finger in the first direction causes a movement of the actuation arm in a second direction, wherein the actuation arm in the second direction causes a change in a signal outputted by a photoelectric sensor coupled to the shoe sorter, wherein the change in the signal is used by a processor to determine that the shoe pin is misaligned.
An apparatus for conducting assays comprising: - a power source; - a plurality of assay units operatively connected to each other, each of the plurality of assay units comprising a drawer that can be selectively opened and closed; - a plurality of assay devices, each of which comprises a unique serial identifier and is suitable for being loaded with a sample to be assayed, wherein each one of the plurality of assay devices is located in a drawer of a respective one of the plurality of assay units; - a control unit comprising a controller for communicating with each of the assay units to selectively open and close a respective drawer and to control each assay, - wherein each assay unit comprises a plug and a socket, the plug of one assay unit being configured to mate with the socket of another assay unit when the assay unit is docked with the other assay unit, and - wherein each assay unit is operatively connected via plug and socket to another assay unit such that they can communicate with and through each other; - wherein the plurality of assay units is arranged in one or more towers, with adjacent units mounted on top of one another; and - the plurality of assay units is configured to be docked with another assay unit by sliding the assay unit into position on top of the other unit so that plug of the assay unit mates with socket of the other unit such that all interconnections within the tower between the assay units are made automatically when sliding the assay unit into position on top of the other unit. - a power source; - a plurality of assay units operatively connected to each other, each of the plurality of assay units comprising a drawer that can be selectively opened and closed; - a plurality of assay devices, each of which comprises a unique serial identifier and is suitable for being loaded with a sample to be assayed, wherein each one of the plurality of assay devices is located in a drawer of a respective one of the plurality of assay units; - a control unit comprising a controller for communicating with each of the assay units to selectively open and close a respective drawer and to control each assay, - wherein each assay unit comprises a plug and a socket, the plug of one assay unit being configured to mate with the socket of another assay unit when the assay unit is docked with the other assay unit, and - wherein each assay unit is operatively connected via plug and socket to another assay unit such that they can communicate with and through each other; - wherein the plurality of assay units is arranged in one or more towers, with adjacent units mounted on top of one another; and - the plurality of assay units is configured to be docked with another assay unit by sliding the assay unit into position on top of the other unit so that plug of the assay unit mates with socket of the other unit such that all interconnections within the tower between the assay units are made automatically when sliding the assay unit into position on top of the other unit.
Method for coating the visible surfaces of motor vehicle wheel rims made of aluminum or steel, in which • on the mechanically processed metallic surface of the wheel rim at first a polymer primer layer is applied, which smoothes out the unevenness of the mechanical processing, • subsequently onto the surface of the polymer primer layer a polymer intermediate layer with a high-gloss surface is applied, • subsequently onto the surface of the polymer intermediate layer a metallic glossy decor layer is applied, which contains as layer former a thermally curable polymer and as decor plate-shaped metallic pigments covering the visible surfaces of the decor layer, by wet-spray process with a maximum layer thickness of 2 μm onto the high-gloss surface of the polymer intermediate layer, there dried at ambient temperature and fixed by a thermal post-treatment at a temperature of more than 140 °C with a tear-off strength according to DIN ISO 2409 of GT = 0 to GT = 2, • and finally the decor layer with a clear-transparent polymer top layer is covered, • wherein the decor layer is coated with a transparent colored glaze before applying the polymer top layer. • on the mechanically processed metallic surface of the wheel rim at first a polymer primer layer is applied, which smoothes out the unevenness of the mechanical processing, • subsequently onto the surface of the polymer primer layer a polymer intermediate layer with a high-gloss surface is applied, • subsequently onto the surface of the polymer intermediate layer a metallic glossy decor layer is applied, which contains as layer former a thermally curable polymer and as decor plate-shaped metallic pigments covering the visible surfaces of the decor layer, by wet-spray process with a maximum layer thickness of 2 μm onto the high-gloss surface of the polymer intermediate layer, there dried at ambient temperature and fixed by a thermal post-treatment at a temperature of more than 140 °C with a tear-off strength according to DIN ISO 2409 of GT = 0 to GT = 2, • and finally the decor layer with a clear-transparent polymer top layer is covered, • wherein the decor layer is coated with a transparent colored glaze before applying the polymer top layer.
A method of determining an allowable vehicle state space of an articulated vehicle for safely completing a maneuver, characterized in that the allowable vehicle state space defines a part of a vehicle state space such that the allowable vehicle state space only comprises states from which the maneuver can be safely completed, wherein the vehicle state space comprises vehicle velocity, the method comprising; monitoring a drivable area ahead of the articulated vehicle, predicting a potentially swept area ahead of the articulated vehicle, wherein the potentially swept area represents an area that may be traversed by the articulated vehicle during the maneuver with a probability, based on an initial vehicle state of the articulated vehicle, a geometry of the articulated vehicle, and on error characteristics associated with one or more sensor input signals used for positioning the articulated vehicle, and determining the allowable vehicle state space such that the predicted potentially swept area does not extend beyond the drivable area ahead of the vehicle. a part of a vehicle state space such that the allowable vehicle state space only comprises states from which the maneuver can be safely completed, wherein the vehicle state space comprises vehicle velocity, the method comprising; monitoring a drivable area ahead of the articulated vehicle, predicting a potentially swept area ahead of the articulated vehicle, wherein the potentially swept area represents an area that may be traversed by the articulated vehicle during the maneuver with a probability, based on an initial vehicle state of the articulated vehicle, a geometry of the articulated vehicle, and on error characteristics associated with one or more sensor input signals used for positioning the articulated vehicle, and determining the allowable vehicle state space such that the predicted potentially swept area does not extend beyond the drivable area ahead of the vehicle.
A vacuum drawer for vacuuming foods having a closable vacuum chamber, a vacuum pump and a sealing bar arranged within the vacuum chamber for welding a receptacle placed into the chamber, wherein the drawer is configured such that the vacuum chamber is opened automatically on the pulling out of the drawer and is automatically closed in an air-tight manner via a vacuum chamber closure on the pushing in of the drawer; and wherein the vacuum chamber closure is a cover part arranged in the drawer housing or is formed by a closure surface of the drawer housing, characterized in that the vacuum chamber is supported in a floating manner at the drawer slide; in that one or more lifting means in the form of a wedge (14, 15) onto which the vacuum chamber is pushable at the base side on the moving in of the drawer are provided in the drawer housing and which move the vacuum chamber toward the vacuum chamber closure on the moving in of the drawer.
A water-soluble unit dose article comprising a water-soluble film and a liquid laundry detergent composition, wherein the laundry detergent composition comprises; a. between 10% and 45% by weight of the detergent composition of a first anionic surfactant wherein the first anionic surfactant is an amine neutralised linear alkylbenzene sulphonate; b. a second anionic surfactant wherein the second anionic surfactant is an amine neutralised alkyl sulphate; c. optionally an amine neutralised soap; d. a non-ionic surfactant; e. optionally a hydrophobically-modified polymer; f. between 0.5% and 20% by weight of the detergent composition of water; wherein; the weight ratio of the first amine neutralized anionic surfactant: the sum of the second amine neutralized anionic surfactant and the nonionic surfactant is between 1.3:1 and 3:1; and the weight ratio of the first amine neutralized anionic surfactant: amine neutralized soap is between 1:0 and 1:0.45. a. between 10% and 45% by weight of the detergent composition of a first anionic surfactant wherein the first anionic surfactant is an amine neutralised linear alkylbenzene sulphonate; b. a second anionic surfactant wherein the second anionic surfactant is an amine neutralised alkyl sulphate; c. optionally an amine neutralised soap; d. a non-ionic surfactant; e. optionally a hydrophobically-modified polymer; f. between 0.5% and 20% by weight of the detergent composition of water;
Method for processing a network service supported by a network infrastructure, said infrastructure comprising an orchestration entity, a security module and at least one virtualized resource management entity, said method allowing at least one network function to be virtualized, said network service being formed by a sequence, called initial sequence, of said at least one virtualized network function for processing an incoming stream subject to the sequence, said method comprising the following steps: - detection (E1, E2) by the at least one management entity of an anomaly relating to said at least one virtualized network function; - detection and identification by the security module of a network attack targeting said network function from said anomaly; - identification by said security module in said initial sequence of at least one virtualized network function impacted by said attack and comprising at least one corrupted component; - modification (E5, E7, E9) by the at least one management entity of the infrastructure of said initial sequence to circumscribe the attack such that said incoming stream intended for the virtualized network function impacted by said attack is routed to at least one virtualized network function, called curative function, implementing only the functions implemented by said at least one corrupted component of said at least one virtualized network function impacted by said attack. - detection (E1, E2) by the at least one management entity of an anomaly relating to said at least one virtualized network function; - detection and identification by the security module of a network attack targeting said network function from said anomaly; - identification by said security module in said initial sequence of at least one virtualized network function impacted by said attack and comprising at least one corrupted component; - modification (E5, E7, E9) by the at least one management entity of the infrastructure of said initial sequence to circumscribe the attack such that said incoming stream intended for the virtualized network function impacted by said attack is routed to at least one virtualized network function, called curative function, implementing only the functions implemented by said at least one corrupted component of said at least one virtualized network function impacted by said attack.
A computer readable media including instructions stored thereon that, when processed by at least one processing device within a vehicle cause the at least one processing device to: determine a presence of a curve to be navigated by the vehicle based on global positioning data and map data; determine an initial target velocity for the vehicle based on one or more characteristics of the curve as reflected in map data; adjust a velocity of the vehicle toward the initial target velocity for an approach of the curve; determine observed characteristics of the curve from a plurality of received images, wherein the images capture an area in a vicinity of the vehicle; determine an updated target velocity based on the one or more observed characteristics of the curve; and adjust the velocity of the vehicle toward the updated target velocity during a navigation on the curve. determine a presence of a curve to be navigated by the vehicle based on global positioning data and map data; determine an initial target velocity for the vehicle based on one or more characteristics of the curve as reflected in map data; adjust a velocity of the vehicle toward the initial target velocity for an approach of the curve; determine observed characteristics of the curve from a plurality of received images, wherein the images capture an area in a vicinity of the vehicle; determine an updated target velocity based on the one or more observed characteristics of the curve; and adjust the velocity of the vehicle toward the updated target velocity during a navigation on the curve.
Method for removing mercury from gaseous effluents, wherein gaseous effluents to be treated are fed into a gas-solid separator, wherein a sulfur-containing reagent and solids, composed of between 70 and 95 weight % of solid residues collected by the gas-solid separator, are fed into a reactivation reactor, wherein the sulfur-containing reagent is delivered into the reactivation reactor in the form of a solution or suspension which is added by spraying into the reactivation reactor, wherein, inside the reactivation reactor, the sulfur-containing reagent is dispersed by mixing with the solids so as to coat the particles of the solids under the effect of mixing and particle-particle interactions, wherein the passage time through the reactivation reactor of the solids contacted with the sulfur-containing reagent is between 2 and 30 minutes, and wherein an outflow from the reactivation reactor is recycled in the gaseous effluents to be treated upstream of the gas-solid separator.
An electric motor stack and gearbox unit comprising: a gearbox; and a motor assembly comprising: a shared housing having a forward endplate and a rear endplate; a plurality of electric motors disposed within the shared housing, wherein the plurality of motors comprises a motor stack, wherein each of the motors comprises a radial flux motor core; and a drive shaft driven by the plurality of motors and having a first end extending through the forward endplate of the shared housing and a second end extending through the rear endplate of the shared housing, wherein the first end of the drive shaft is configured to engage with the gearbox; wherein the forward endplate and the rear endplate are formed separately from the main body of the shared housing; wherein the first end of the drive shaft is splined to mate with a splined receptacle disposed within the gearbox. a gearbox; and a motor assembly comprising: a shared housing having a forward endplate and a rear endplate; a plurality of electric motors disposed within the shared housing, wherein the plurality of motors comprises a motor stack, wherein each of the motors comprises a radial flux motor core; and a drive shaft driven by the plurality of motors and having a first end extending through the forward endplate of the shared housing and a second end extending through the rear endplate of the shared housing, wherein the first end of the drive shaft is configured to engage with the gearbox; wherein the forward endplate and the rear endplate are formed separately from the main body of the shared housing; wherein the first end of the drive shaft is splined to mate with a splined receptacle disposed within the gearbox. a shared housing having a forward endplate and a rear endplate; a plurality of electric motors disposed within the shared housing, wherein the plurality of motors comprises a motor stack, wherein each of the motors comprises a radial flux motor core; and a drive shaft driven by the plurality of motors and having a first end extending through the forward endplate of the shared housing and a second end extending through the rear endplate of the shared housing, wherein the first end of the drive shaft is configured to engage with the gearbox; wherein the forward endplate and the rear endplate are formed separately from the main body of the shared housing; wherein the first end of the drive shaft is splined to mate with a splined receptacle disposed within the gearbox.
Method for producing a biomass of unicellular red algae (URAs) of the genus Galdieria, comprising the following steps: a) culturing said unicellular red algae (URAs) of the genus Galdieria in a medium comprising a carbon source, and b) recovering the produced biomass comprising said unicellular red algae (URAs) of the genus Galdieria from the culture medium, characterised in that the medium comprises at least one lacteal permeate comprising lactose as carbon source. a) culturing said unicellular red algae (URAs) of the genus Galdieria in a medium comprising a carbon source, and b) recovering the produced biomass comprising said unicellular red algae (URAs) of the genus Galdieria from the culture medium,
A waterproof hiking shoe, comprising an upper, a waterproof, breathable membrane and an inner liner characterized in that it comprises an open cell foam layer having a thickness of at least 5 mm, a permeability to water vapour greater than 75 mg/(cm 2.8h), a CC40 force necessary to distort its initial thickness by 40% greater than 5 kPa on average and less than 20 kPa according to the ISO 3386-1: 1986 standard, capable of forming a vertical ventilation space and extending exclusively on either side of the rear inner portion of the shoe and intended to surround the hindfoot zone over its entire height.
A folding lock comprising a lock body which has a latching mechanism; and a jointed bar hoop which has a plurality of jointed bars pivotably connected to one another and a closing bar, wherein a first end of the jointed bar hoop is permanently fastened to the lock body and the closing bar forms a free second end of the jointed bar hoop, wherein the closing bar is latchable to the lock body by means of the latching mechanism, wherein the lock body furthermore comprises an alarm device for outputting an alarm signal, wherein the closing bar is latchable to the lock body in a closing position, and wherein the alarm device is activated when the closing bar adopts the closing position, characterized in that the closing bar is selectively latchable to the lock body in a first closing position or in a second closing position, with the alarm device not being able to be activated when the closing bar adopts the first closing position, and with the alarm device being able to be activated or being activated when the closing bar adopts the second closing position, wherein the lock body has a latch device (38, 54, 56) which is configured to hold the closing bar in a force fit in the first closing position and/or in the second closing position.