mhurhangee/ep-ind-claims huggingface dataset:
A developer storage container mountable on an image forming unit, comprising: a developer storage portion in which a developer is stored, said developer storage portion having a wall provided at an angle with respect to a horizontal direction when the developer storage container is mounted on the image forming unit; a rotating body rotatably provided in said developer storage portion; an agitating plate extending along said wall, said agitating plate (81, 81A) having an end engaging said rotating body and another end forming a free end, said free end of the agitating plate being configured to move along said wall a partition wall partitioning said developer storage portion; and a regulating member provided between said wall and said partition wall for regulating an amount of separation of the agitating plate (81, 81A) from said wall, wherein said agitating plate has a plurality of ribs (821, 823) that define opening portions therebetween, wherein an area of said opening portions is smaller in an upper section at the free end of said agitating plate than in a lower section of said agitating plate being at the end engaging the rotating body. a developer storage portion in which a developer is stored, said developer storage portion having a wall provided at an angle with respect to a horizontal direction when the developer storage container is mounted on the image forming unit; a rotating body rotatably provided in said developer storage portion; an agitating plate extending along said wall, said agitating plate (81, 81A) having an end engaging said rotating body and another end forming a free end, said free end of the agitating plate being configured to move along said wall a partition wall partitioning said developer storage portion; and a regulating member provided between said wall and said partition wall for regulating an amount of separation of the agitating plate (81, 81A) from said wall, wherein said agitating plate has a plurality of ribs (821, 823) that define opening portions therebetween, wherein an area of said opening portions is smaller in an upper section at the free end of said agitating plate than in a lower section of said agitating plate being at the end engaging the rotating body.
A device for protecting an electrical circuit configured to transmit an electrical current, the protection device comprising: - a first conductor and a second conductor, - a first fuse connected to the second conductor, - at least one circuit breaker for cutting off an electrical current connected in parallel to the first fuse, the circuit breaker comprising a control zone, capable of receiving a tripping signal, and a power zone for the passage of the electrical current, and - a diagnostic system comprising at least one sensor (32, 34) for measuring the current flowing in the fuse and an electronic processing unit (36, 38), characterized in that the electronic processing unit is programmed to detect a fault of the protection device depending on the measured current values. - a first conductor and a second conductor, - a first fuse connected to the second conductor, - at least one circuit breaker for cutting off an electrical current connected in parallel to the first fuse, the circuit breaker comprising a control zone, capable of receiving a tripping signal, and a power zone for the passage of the electrical current, and - a diagnostic system comprising at least one sensor (32, 34) for measuring the current flowing in the fuse and an electronic processing unit (36, 38),
Gas burner device, with - a gas burner for combustion of fuel gas and combustion air; - a combustion air fan having a combustion air motor for supplying the combustion air to the gas burner; and with - a controllable fuel gas valve regulating a fuel gas supply from a fuel reservoir to the gas burner; characterised in that - the combustion air motor can be adjusted to at least two different speeds by a speed regulating device, in particular to any desired speed; and that - a sequence controller is provided, which controls a change of an operating state of the gas burner device from an initial operating state to a target operating state with the following stages: + actuation of the speed regulating device to adjust the speed of the combustion air motor to an initial speed corresponding to the initial operating state; + actuation of the speed regulating device to vary the speed substantially continuously from the initial speed to a target speed corresponding to the target operating state for a predetermined period of time (TS; TC); + actuation of the fuel gas valve during the predetermined period of time (TS; TC) to alter the fuel gas supply to a target fuel gas supply corresponding to the target operating state. - a gas burner for combustion of fuel gas and combustion air; - a combustion air fan having a combustion air motor for supplying the combustion air to the gas burner; and with - a controllable fuel gas valve regulating a fuel gas supply from a fuel reservoir to the gas burner; characterised in that - the combustion air motor can be adjusted to at least two different speeds by a speed regulating device, in particular to any desired speed; and that - a sequence controller is provided, which controls a change of an operating state of the gas burner device from an initial operating state to a target operating state with the following stages: + actuation of the speed regulating device to adjust the speed of the combustion air motor to an initial speed corresponding to the initial operating state; + actuation of the speed regulating device to vary the speed substantially continuously from the initial speed to a target speed corresponding to the target operating state for a predetermined period of time (TS; TC); + actuation of the fuel gas valve during the predetermined period of time (TS; TC) to alter the fuel gas supply to a target fuel gas supply corresponding to the target operating state. + actuation of the speed regulating device to adjust the speed of the combustion air motor to an initial speed corresponding to the initial operating state; + actuation of the speed regulating device to vary the speed substantially continuously from the initial speed to a target speed corresponding to the target operating state for a predetermined period of time (TS; TC); + actuation of the fuel gas valve during the predetermined period of time (TS; TC) to alter the fuel gas supply to a target fuel gas supply corresponding to the target operating state.
A non-animal fish and seafood replacement product or food supplement for humans, comprising a composition of a) a fibrous mycelium mass of at least one edible fungal strain in the range of 0.5 wt% to 99.5 % wt% b) water in the range of up to 99.5 wt% c) edible micro- or macroalgae or parts thereof, wherein the edible micro- or macroalgae or the parts thereof and the fibrous mycelium mass were incubated together in a growth medium for the edible fungal strain, characterized in that the composition comprises one or more of the following additional components: d) a flavoring component selected from herbs, spices or extracts of them, sauces, natural, artificial or nature-identical flavors, e) a texturizing component selected from starch, gum, algae- derived component or methyl cellulose, f) a preserving component selected from acids, salts, natural antioxidants or artificial preservatives, g) a carbohydrate component derived from cereals, tubers or bulbo tubers, h) a fibre component selected from fruits, algae or vegetables, i) a coloring component derived from spice or vegetable extracts, algae, vegetable oils, artificial or nature-identical color, pigments, j) a protein component selected from soy, pea, wheat, rice, lupin, mung bean and chick pea, k) a plant-derived lipid component selected from rapeseed, linseed, coconut, canola, sunflower, olive, algae and palm. a) a fibrous mycelium mass of at least one edible fungal strain in the range of 0.5 wt% to 99.5 % wt% b) water in the range of up to 99.5 wt% c) edible micro- or macroalgae or parts thereof, wherein the edible micro- or macroalgae or the parts thereof and the fibrous mycelium mass were incubated together in a growth medium for the edible fungal strain, characterized in that the composition comprises one or more of the following additional components: d) a flavoring component selected from herbs, spices or extracts of them, sauces, natural, artificial or nature-identical flavors, e) a texturizing component selected from starch, gum, algae- derived component or methyl cellulose, f) a preserving component selected from acids, salts, natural antioxidants or artificial preservatives, g) a carbohydrate component derived from cereals, tubers or bulbo tubers, h) a fibre component selected from fruits, algae or vegetables, i) a coloring component derived from spice or vegetable extracts, algae, vegetable oils, artificial or nature-identical color, pigments, j) a protein component selected from soy, pea, wheat, rice, lupin, mung bean and chick pea, k) a plant-derived lipid component selected from rapeseed, linseed, coconut, canola, sunflower, olive, algae and palm.
An audio amplifier comprising an output node for providing amplified signals to a speaker through an AC coupling capacitor, comprising: amplifying circuitry (32, 54, 56); power circuitry for selectively applying and removing power to the amplifying circuitry (32, 54, 56); and wherein the amplifying circuitry (32, 54, 56) comprising a core amplifier with an output for generating a driving signal and a main output stage comprising an output transistor (NMOS2)with its drain and source coupled between the output node and ground, and with its gate selectively coupled to the output of the core amplifier for amplifying the driving signal from the core amplifier; sample-and-hold circuitry comprising a sample input coupled to the gate of the output transistor (NMOS2) and selectively coupled to the output of the core amplifier if the power circuitry is configured to selectively apply power to the amplifying circuitry (32, 54, 56), and the sample-and-hold circuitry further comprising a hold output selectively coupled to the gate of the output transistor (NMOS2)if the power circuitry is configured to selectively remove power from the amplifying circuitry (32, 54, 56) so that the gate-to-source voltage (Vgs) of the output transistor (NMOS2) is kept constant for discharging the AC coupling capacitor at a desired slope through the output transistor (NMOS2) of the main output stage. amplifying circuitry (32, 54, 56); power circuitry for selectively applying and removing power to the amplifying circuitry (32, 54, 56); and wherein the amplifying circuitry (32, 54, 56) comprising a core amplifier with an output for generating a driving signal and a main output stage comprising an output transistor (NMOS2)with its drain and source coupled between the output node and ground, and with its gate selectively coupled to the output of the core amplifier for amplifying the driving signal from the core amplifier; sample-and-hold circuitry comprising a sample input coupled to the gate of the output transistor (NMOS2) and selectively coupled to the output of the core amplifier if the power circuitry is configured to selectively apply power to the amplifying circuitry (32, 54, 56), and the sample-and-hold circuitry further comprising a hold output selectively coupled to the gate of the output transistor (NMOS2)if the power circuitry is configured to selectively remove power from the amplifying circuitry (32, 54, 56) so that the gate-to-source voltage (Vgs) of the output transistor (NMOS2) is kept constant for discharging the AC coupling capacitor at a desired slope through the output transistor (NMOS2) of the main output stage.
A wheelchair comprising: - A frame and; - A seat arranged on the frame; the seat being detachable from the frame and wherein, further, the wheelchair comprises: - A lifting device (21, 40; 240) mounted in a sliding manner with respect to the frame; - Activation means (22, 23, 25) to control the sliding of the lifting device (21, 40; 240) with respect to the frame; - And wherein, further, a support element is comprised to connect the lifting device (21, 40; 240) to the seat so that, as a consequence of a sliding of the lifting device with respect to the frame, the seat is lifted/lowered from/towards the frame through the support element such that to detach/rest from/on the frame; Characterized by the fact that the lifting device (21, 40; 240) comprises an arcuate element provided with a rack on which the said activation means engage to cause the sliding with respect to the frame. - A frame and; - A seat arranged on the frame; - A lifting device (21, 40; 240) mounted in a sliding manner with respect to the frame; - Activation means (22, 23, 25) to control the sliding of the lifting device (21, 40; 240) with respect to the frame; - And wherein, further, a support element is comprised to connect the lifting device (21, 40; 240) to the seat so that, as a consequence of a sliding of the lifting device with respect to the frame, the seat is lifted/lowered from/towards the frame through the support element such that to detach/rest from/on the frame;
A yarn winding unit, comprising: a yarn supplying device adapted to supply a spun yarn; a winding device adapted to wind the spun yarn onto a package; a yarn joining device adapted to join an end of the spun yarn on the yarn supplying device side and an end of the spun yarn on the winding device side at a position between the yarn supplying device and the winding device in a yarn running direction; a yarn pooling device adapted to pool the spun yarn at a position between the yarn supplying device and the yarn joining device in the yarn running direction; and a monitoring device adapted to monitor the spun yarn joined by the yarn joining device at a position immediately downstream of the yarn joining device in the yarn running direction; characterized by a first cutting device adapted to cut the spun yarn at a position between the yarn pooling device and the yarn joining device in the yarn running direction based on a monitoring result obtained in the monitoring device. a yarn supplying device adapted to supply a spun yarn; a winding device adapted to wind the spun yarn onto a package; a yarn joining device adapted to join an end of the spun yarn on the yarn supplying device side and an end of the spun yarn on the winding device side at a position between the yarn supplying device and the winding device in a yarn running direction; a yarn pooling device adapted to pool the spun yarn at a position between the yarn supplying device and the yarn joining device in the yarn running direction; and a monitoring device adapted to monitor the spun yarn joined by the yarn joining device at a position immediately downstream of the yarn joining device in the yarn running direction; characterized by a first cutting device adapted to cut the spun yarn at a position between the yarn pooling device and the yarn joining device in the yarn running direction based on a monitoring result obtained in the monitoring device.
A method for packaging small-sized products, comprising the following steps: a. step A: conveying the products in a product flow along a moving path (B1, B2, B3, B4), b. step B: allocating heat-sealable packaging material to each product, preferably in separated form as packaging material blank (V*), c. step C: forming the packaging material around the product, preferably by arranging the packaging material in tubular form and then folding the tube ends of the packaging material onto two side faces of the product facing away from each other, d. step D: holding the product and the formed packaging material with a holding element for conveying the product along the path of movement (B1, B2, B3, B4), preferably by clamping the end faces of the product and the tube ends folded thereon between a pair of clamping jaws of the holding element, e. step E: sealing of the formed packaging material by heating the holding element, preferably by the heated pair of clamping jaws at the end faces of the product. a. step A: conveying the products in a product flow along a moving path (B1, B2, B3, B4), b. step B: allocating heat-sealable packaging material to each product, preferably in separated form as packaging material blank (V*), c. step C: forming the packaging material around the product, preferably by arranging the packaging material in tubular form and then folding the tube ends of the packaging material onto two side faces of the product facing away from each other, d. step D: holding the product and the formed packaging material with a holding element for conveying the product along the path of movement (B1, B2, B3, B4), preferably by clamping the end faces of the product and the tube ends folded thereon between a pair of clamping jaws of the holding element, e. step E: sealing of the formed packaging material by heating the holding element, preferably by the heated pair of clamping jaws at the end faces of the product.
An apparatus for preparing a beverage from capsules, including an extraction block, the extraction block including an extraction mechanism comprising a capsule holder configured to receive a capsule, an injection block including an injector head, a housing, an actuating mechanism configured to displace the injector head between an open position in which the capsule can be inserted or removed from the extraction block to a closed position in which the movable part of the injector head is closed against the capsule holder, and a capsule disengaging mechanism configured to engage a rim of the capsule and lift up the capsule when the injector head and capsule holder move from a closed position to an open position, the capsule disengaging mechanism comprising a clasp fixed to the injector head configured to interfere with an outer edge of the capsule rim and deform the capsule rim during closing of the injector head, the clasp further configured to lift up the capsule during opening of the injector head and subsequently to disengage from the capsule due to the deformation of the flexible capsule rim as the clasp is lifted away with the injector head, characterised in that an upper rim of the capsule holder has an inner portion connected to an inner side wall of the capsule holder and a mid portion extending radially outwards of the inner annular portion, the inner portion comprising a ridge protruding in an axial direction of the capsule holder A ch configured to abut the underside of the capsule rim, and wherein the mid portion has a surface located at a height H 0 lower than the height H 1 of the ridge such that when a capsule is placed in the capsule holder, the capsule rim is not in contact with the mid portion.
Load transfer device for collecting and transferring harvested material to a transport vehicle, in particular herbaceous biomass, comprising - a collection unit for collecting the harvested material from the ground; - a cutting unit for cutting up the collected harvested material; - an intermediate store for receiving the cut harvested material; - a conveying device for conveying the cut harvested material from the intermediate store to a load transfer unit of the load transfer device, by means of which the cut harvested material can be conveyed into a loading space of the transport vehicle arranged laterally next to the load transfer device over a loading space wall of the loading space; characterised in that the load transfer device is a trailer or a motor vehicle, wherein in a chassis of the load transfer device at least one wheel is laterally extendable. - a collection unit for collecting the harvested material from the ground; - a cutting unit for cutting up the collected harvested material; - an intermediate store for receiving the cut harvested material; - a conveying device for conveying the cut harvested material from the intermediate store to a load transfer unit of the load transfer device, by means of which the cut harvested material can be conveyed into a loading space of the transport vehicle arranged laterally next to the load transfer device over a loading space wall of the loading space;
A method for producing xylylene diisocyanate comprising: a thermal decomposition step of thermally decomposing xylylene dicarbamate in the presence of an inert solvent being inert to the xylylene dicarbamate and xylylene diisocyanate and remaining unreacted during the thermal decomposition, a first separation step of separating, from the thermal decomposition product obtained in the thermal decomposition step, an isocyanate-containing component containing xylylene diisocyanate as a main component, and an alcohol-containing component containing alcohol as a main component and containing xylylene diisocyanate as a subcomponent, wherein the first separation step is performed such that the alcohol-containing component has a xylylene diisocyanate content of 0.01 mass% or more and 10 mass% or less relative to the total amount of the alcohol-containing component excluding the solvent, a second separation step of separating xylylene dicarbamate and alcohol from the alcohol-containing component obtained in the first separation step, and a returning step of returning xylylene dicarbamate obtained in the second separation step to the thermal decomposition step. a thermal decomposition step of thermally decomposing xylylene dicarbamate in the presence of an inert solvent being inert to the xylylene dicarbamate and xylylene diisocyanate and remaining unreacted during the thermal decomposition, a first separation step of separating, from the thermal decomposition product obtained in the thermal decomposition step, an isocyanate-containing component containing xylylene diisocyanate as a main component, and an alcohol-containing component containing alcohol as a main component and containing xylylene diisocyanate as a subcomponent, wherein the first separation step is performed such that the alcohol-containing component has a xylylene diisocyanate content of 0.01 mass% or more and 10 mass% or less relative to the total amount of the alcohol-containing component excluding the solvent, a second separation step of separating xylylene dicarbamate and alcohol from the alcohol-containing component obtained in the first separation step, and a returning step of returning xylylene dicarbamate obtained in the second separation step to the thermal decomposition step.
A computer system, comprising: a scheduled computation module configured to receive and process data values according to a predetermined access pattern determined by a plurality of scheduling tags indicating when to use the data values; a work memory storage device including one or more work memory banks; and a controller configured to, based on scheduling information including, for each data value held by the one or more work memory banks, a scheduling tag indicating when to use that data value: 1) provide data values held by the one or more work memory banks to the scheduled computation module; and 2) selectively control a power state of the one or more work memory banks. a scheduled computation module configured to receive and process data values according to a predetermined access pattern determined by a plurality of scheduling tags indicating when to use the data values; a work memory storage device including one or more work memory banks; and a controller configured to, based on scheduling information including, for each data value held by the one or more work memory banks, a scheduling tag indicating when to use that data value: 1) provide data values held by the one or more work memory banks to the scheduled computation module; and 2) selectively control a power state of the one or more work memory banks. 1) provide data values held by the one or more work memory banks to the scheduled computation module; and 2) selectively control a power state of the one or more work memory banks.