mhurhangee/patent-ind-claim-en huggingface dataset:
Device for combining at least two flows of items , arranged at different heights, with an upper feed channel for receiving packages from an upper flow of items , and a lower feed channel for receiving packages from a lower flow of items , the feed channels extending between a first vertical plane and a parallel second vertical plane , whose distance from each other corresponds to a total channel width (T) of the device, the upper feed channel having a first conveying surface between a first side panel running in the first vertical plane and a second side panel , the second side panel running in the second vertical plane at least on an upstream-side final section , and a second conveying surface , which downstream joins the first conveying surface adjacent to a third side panel running in the first vertical plane and has a width, which is less than half the total channel width (T), wherein the second conveying surface loosely ends at a side edge running parallel to the first vertical plane at a vertical distance above the lower feed channel , the lower feed channel having a third conveying surface , which has a width, which is larger than half the total channel width (T) and is bordered by a fourth side panel running in the second vertical plane and by a fifth side panel , wherein a width of the third conveying surface at a downstream-side end of the lower feed channel corresponds to the total channel width (T) less the width of the second conveying surface , wherein downstream-side ends of the second and third conveying surfaces join a discharge channel , which for receiving packages from the upper and lower feed channel extends between the vertical planes .
A laundry washing machine comprising: a boxlike casing structured for resting on the floor; a vertically-oriented, hopper which is located on a top wall of said casing ; a washing tub which is arranged inside the casing beneath the hopper , and is superiorly provided with an access opening that directly communicates with a lower mouth of the hopper for allowing insertion and extraction of the laundry in/from the washing tub via said hopper ; and an overflow assembly for draining out of the hopper the exceeding water; wherein said overflow assembly comprises: an upwards-extending overflow duct which is located on a sidewall of said hopper , so that a lower mouth of the overflow duct is located roughly on the perimeter edge/rim of the lower mouth of the hopper and that an upper mouth of the overflow duct is located on the outer face of the same sidewall of the hopper , spaced above the lower mouth of hopper ; characterized in that said overflow assembly further comprises an outwards-extending, tubular member which is associated to the upper mouth of the overflow duct so as protrude from the sidewall of the hopper towards the facing wall of the casing , forming an extension of said overflow duct .
Method for controlling a wave-energy system by determining the excitation force applied by the wave incident upon a moving part of the said wave-energy system , the said wave-energy system converting the energy of the wave into energy by means of the said moving part cooperating with a conversion machine , the said moving part performing a movement in relation to the said conversion machine as a result of the action of the wave, characterized in that the following steps are performed: a) measurement of the position and speed of the said moving part ; b) measurement of the force F u applied by the said conversion machine to the said moving part ; c) construction of a model of the radiation force F rad applied to the said moving part , the said model of the radiation force F rad relating the said radiation force to the speed of the said moving part ; d) construction of a model of the dynamics of the said wave-energy system which relates the said excitation force F ex applied by the wave incident upon the said moving part , to the said position of the said moving part , to the said speed of the moving part , to the said force F u applied by the said conversion machine to the said moving part , and to the said radiation force F rad applied to the said moving part ; e) determination of the said excitation force F ex applied by the wave incident upon the said moving part by means of the said dynamics model, the said model of the radiation force, the said position and speed measured and the said measured force F u applied by the said conversion machine to the said moving part ; and f) controlling of the said wave-energy system depending on the said determined excitation force Fex applied by the wave incident upon the said moving part . a) measurement of the position and speed of the said moving part ; b) measurement of the force F u applied by the said conversion machine to the said moving part ; c) construction of a model of the radiation force F rad applied to the said moving part , the said model of the radiation force F rad relating the said radiation force to the speed of the said moving part ; d) construction of a model of the dynamics of the said wave-energy system which relates the said excitation force F ex applied by the wave incident upon the said moving part , to the said position of the said moving part , to the said speed of the moving part , to the said force F u applied by the said conversion machine to the said moving part , and to the said radiation force F rad applied to the said moving part ; e) determination of the said excitation force F ex applied by the wave incident upon the said moving part by means of the said dynamics model, the said model of the radiation force, the said position and speed measured and the said measured force F u applied by the said conversion machine to the said moving part ; and f) controlling of the said wave-energy system depending on the said determined excitation force Fex applied by the wave incident upon the said moving part .
An apparatus for forming a joint in a concrete floor on an upper floor of a building, the apparatus comprising: (i) an elongate divider plate for dividing first and second volumes of concrete in use on first and second sides of the apparatus ; wherein the divider plate has a bottom region which comprises more than one indentation for engaging an undulating surface and the shape of the bottom region of the divider plate is such that, in use, it can engage with the corrugations of a corrugated steel sheet , wherein parts of the divider plate protrude into the corrugations of the corrugated steel sheet in use, the apparatus being characterized in that it further comprises: (ii) an elongate top component (3A, 3B or 3C) discrete from the divider plate and connectable to a top region of the divider plate to extend a height of the divider plate in use. (i) an elongate divider plate for dividing first and second volumes of concrete in use on first and second sides of the apparatus ;
A substantially flat plate-like laminated base material including at least a layer shaped body α and a high-flowability layer shaped body β that are laid one on the other or side by side, the layer shaped body α having one or more plies of incised prepreg A each containing unidirectionally oriented reinforcement fibers that are impregnated with a resin composition, account for a fiber volume fraction of 45% to 65%, and are at least partly cut by a plurality of incisions to a fiber length of 10 to 300 mm, and the high-flowability layer shaped body β having one or more base plies B each containing reinforcement fibers with a fiber length in the range of 10 to 300 mm impregnated with a resin composition, wherein the base material B contains a plurality of unidirectionally paralleled reinforcement fiber bundles and the base material B is an incised prepreg B that is produced by preparing a prepreg containing unidirectionally oriented reinforcement fibers impregnated with a resin composition in such a manner that the fiber volume fraction of the incised prepreg B is smaller than the fiber volume fraction of the incised prepreg A, and by cutting all the reinforcement fibers by making a plurality of incisions; or wherein the base material B contains reinforcement fiber bundles oriented in five or more directions, and the base material B contains reinforcement fibers with a fiber length in the range of 25 to 50 mm and has a fiber volume fraction of 30% to 45%. the layer shaped body α having one or more plies of incised prepreg A each containing unidirectionally oriented reinforcement fibers that are impregnated with a resin composition, account for a fiber volume fraction of 45% to 65%, and are at least partly cut by a plurality of incisions to a fiber length of 10 to 300 mm, and the high-flowability layer shaped body β having one or more base plies B each containing reinforcement fibers with a fiber length in the range of 10 to 300 mm impregnated with a resin composition, wherein the base material B contains a plurality of unidirectionally paralleled reinforcement fiber bundles and the base material B is an incised prepreg B that is produced by preparing a prepreg containing unidirectionally oriented reinforcement fibers impregnated with a resin composition in such a manner that the fiber volume fraction of the incised prepreg B is smaller than the fiber volume fraction of the incised prepreg A, and by cutting all the reinforcement fibers by making a plurality of incisions; or wherein the base material B contains reinforcement fiber bundles oriented in five or more directions, and the base material B contains reinforcement fibers with a fiber length in the range of 25 to 50 mm and has a fiber volume fraction of 30% to 45%.
An ablation system , comprising: an elongate shaft having a distal region; a plurality of ablation tines (16a-16f, 20a-20f; 146; 346) disposed at the distal region; wherein each of the ablation tines (16a-16f, 20a-20f; 146; 346) includes an electrically conductive tubular member having a flexible circuit (130; 130a-130d; 230; 230a-230d; 330; 430; 530; 630) disposed therein; wherein the flexible circuit (130; 130a-130d; 230; 230a-230d; 330; 430; 530; 630) includes a substrate (132; 332; 432; 532; 632), one or more electrodes coupled to the substrate, and a temperature sensor (138; 338; 438; 538a; 638a) coupled to the substrate and positioned adjacent to the one or more electrodes, the one or more electrodes of the flexible circuit (130; 130a-130d; 230; 230a-230d; 330; 430; 530; 630) being disposed within the ablation tine (16a-16f, 20a-20f; 146; 346) and in electrical contact with the electrically conductive tubular member of the ablation tine (16a-16f, 20a-20f; 146; 346); wherein the plurality of ablation tines (16a-16f, 20a-20f; 146; 346) includes a first ablation tine and a second ablation tine; and wherein a pair of bipolar electrodes is defined by a first electrode disposed at the first ablation tine and a second electrode disposed at the second ablation tine. an elongate shaft having a distal region; a plurality of ablation tines (16a-16f, 20a-20f; 146; 346) disposed at the distal region; wherein each of the ablation tines (16a-16f, 20a-20f; 146; 346) includes an electrically conductive tubular member having a flexible circuit (130; 130a-130d; 230; 230a-230d; 330; 430; 530; 630) disposed therein; wherein the flexible circuit (130; 130a-130d; 230; 230a-230d; 330; 430; 530; 630) includes a substrate (132; 332; 432; 532; 632), one or more electrodes coupled to the substrate, and a temperature sensor (138; 338; 438; 538a; 638a) coupled to the substrate and positioned adjacent to the one or more electrodes, the one or more electrodes of the flexible circuit (130; 130a-130d; 230; 230a-230d; 330; 430; 530; 630) being disposed within the ablation tine (16a-16f, 20a-20f; 146; 346) and in electrical contact with the electrically conductive tubular member of the ablation tine (16a-16f, 20a-20f; 146; 346); wherein the plurality of ablation tines (16a-16f, 20a-20f; 146; 346) includes a first ablation tine and a second ablation tine; and wherein a pair of bipolar electrodes is defined by a first electrode disposed at the first ablation tine and a second electrode disposed at the second ablation tine.
A tire comprising a first rubber component and a second rubber component, wherein the first rubber component is cured to the second rubber component, and wherein the first rubber component comprises: 85 phr to 100 phr of a hydrogenated styrene butadiene rubber; 0 phr to 15 phr of a polybutadiene; 5 phr to 20 phr of a polyoctenamer; 40 phr to 160 phr of a first filler; and wherein the second rubber component comprises: 90 phr to 100 phr of a diene-based elastomer; and 20 phr to 160 phr of a second filler. 85 phr to 100 phr of a hydrogenated styrene butadiene rubber; 0 phr to 15 phr of a polybutadiene; 5 phr to 20 phr of a polyoctenamer; 40 phr to 160 phr of a first filler; and 90 phr to 100 phr of a diene-based elastomer; and 20 phr to 160 phr of a second filler.
An apparatus for scraping, cutting or grating food products , comprising: - a tray configured to receive the food product ; and - a blade , preferably removable, mounted so as to rotate about an axis of rotation passing through the centre of the food product so as to cooperate with an upper face of the food product placed on the tray , which blade is provided with a knob that is rotatably mounted on an offset axle of the blade , which offset axle is substantially parallel to the axis of rotation of the blade , characterized in that the knob is mounted on the offset axle by means of a coupling element (30; 30*) inserted inside a recess formed in the knob , in that the coupling element (30; 30*) exhibits an internal recess (300A; 300A*) dimensioned to receive one end of the offset shaft and to provide rotational mounting of the knob on the offset axle , and in that the coupling element (30; 30*) is configured so as to allow the knob to be repeatedly mounted on and removed from the offset axle . - a tray configured to receive the food product ; and - a blade , preferably removable, mounted so as to rotate about an axis of rotation passing through the centre of the food product so as to cooperate with an upper face of the food product placed on the tray , which blade is provided with a knob that is rotatably mounted on an offset axle of the blade , which offset axle is substantially parallel to the axis of rotation of the blade , characterized in that the knob is mounted on the offset axle by means of a coupling element (30; 30*) inserted inside a recess formed in the knob , in that the coupling element (30; 30*) exhibits an internal recess (300A; 300A*) dimensioned to receive one end of the offset shaft and to provide rotational mounting of the knob on the offset axle , and in that the coupling element (30; 30*) is configured so as to allow the knob to be repeatedly mounted on and removed from the offset axle . characterized in that the knob is mounted on the offset axle by means of a coupling element (30; 30*) inserted inside a recess formed in the knob , in that the coupling element (30; 30*) exhibits an internal recess (300A; 300A*) dimensioned to receive one end of the offset shaft and to provide rotational mounting of the knob on the offset axle , and in that the coupling element (30; 30*) is configured so as to allow the knob to be repeatedly mounted on and removed from the offset axle .
A brush construction for motor vehicle washing systems, comprising a base plate supporting a plurality of bristles each of which has a base end , fixed to the plate and a free end ; said base plate is suitable for being removably fixed to a rotary structure that is suitable for rotating said base plate around a central axis thereof; said bristles are fixed to said base plate with different tilts, that is the angle formed by the bristle with the base plate ; said bristles being arranged with mutually converging and/or diverging tilt directions; characterised in that the bristles comprise at least a set in which the bristles are tilted in an anticlockwise direction with respect to the plate and/or at least a set in which the bristles are tilted in a clockwise direction with respect to the plate .
An electronic device , comprising: a first antenna unit , wherein the first antenna unit comprises a first radiator configured to receive and transmit a radio frequency signal and to sense capacitance or a capacitance change between the first radiator and a detected object when the detected object approaches; a sensor chip configured to obtain the capacitance or the capacitance change, and to determine a proximity of the detected object relative to the first radiator, wherein the sensor chip is electrically connected to a minimum-voltage point on the first radiator by a conducting wire ; a second antenna unit that comprises a second radiator, a minimum-voltage point on the second radiator is electrically connected to the sensor chip by a conducting wire, and the conducting wires connected to the first radiator and the second radiator are combined into one path or a plurality of paths that are connected to the sensor chip, wherein the first antenna unit and the second antenna unit belong to a same antenna array; wherein when a working mode of the first antenna unit is a half-wavelength mode, the minimum-voltage point on the first radiator is located at a center of the first radiator. a first antenna unit , wherein the first antenna unit comprises a first radiator configured to receive and transmit a radio frequency signal and to sense capacitance or a capacitance change between the first radiator and a detected object when the detected object approaches; a sensor chip configured to obtain the capacitance or the capacitance change, and to determine a proximity of the detected object relative to the first radiator, wherein the sensor chip is electrically connected to a minimum-voltage point on the first radiator by a conducting wire ; a second antenna unit that comprises a second radiator, a minimum-voltage point on the second radiator is electrically connected to the sensor chip by a conducting wire, and the conducting wires connected to the first radiator and the second radiator are combined into one path or a plurality of paths that are connected to the sensor chip, wherein the first antenna unit and the second antenna unit belong to a same antenna array; wherein when a working mode of the first antenna unit is a half-wavelength mode, the minimum-voltage point on the first radiator is located at a center of the first radiator.
A vented syringe , comprising: a syringe body defining a syringe cavity ; a plunger body disposed at least partially within the syringe cavity, the plunger body comprising an air intake channel defined within the plunger body and extending between a first end and a second end of the plunger body, wherein the plunger body further comprises a thumb pad disposed at the first end of the plunger body; a filter included in the air intake channel and disposed inwardly adjacent to the thumb pad at the first end of the plunger body and in fluid communication with the air intake channel; a plunger seal disposed at the second end of the plunger body and sealingly engaged with the syringe cavity to cooperatively define a syringe volume within the syringe cavity; and a one-way valve in fluid communication with the air intake channel and the syringe volume, wherein the one-way valve is configured to prevent fluid flow from the syringe volume to the air intake channel and permit fluid flow from the air intake channel to the syringe volume, wherein the one-way valve is disposed at the second end of the plunger body. a syringe body defining a syringe cavity ; a plunger body disposed at least partially within the syringe cavity, the plunger body comprising an air intake channel defined within the plunger body and extending between a first end and a second end of the plunger body, wherein the plunger body further comprises a thumb pad disposed at the first end of the plunger body; a filter included in the air intake channel and disposed inwardly adjacent to the thumb pad at the first end of the plunger body and in fluid communication with the air intake channel; a plunger seal disposed at the second end of the plunger body and sealingly engaged with the syringe cavity to cooperatively define a syringe volume within the syringe cavity; and a one-way valve in fluid communication with the air intake channel and the syringe volume, wherein the one-way valve is configured to prevent fluid flow from the syringe volume to the air intake channel and permit fluid flow from the air intake channel to the syringe volume, wherein the one-way valve is disposed at the second end of the plunger body.
A method of installing a tuned mass damper in a wind energy installation, which is arranged in a tower of the wind energy installation below a nacelle of the wind energy installation, wherein, before or after the erection of the tower , a pendulum container is first fastened in the tower , in particular to a platform of the tower, and is filled with pendulum ballast material in an erected state of the tower , wherein bulk material in a dry state or mixed with water, or water is filled or pumped as pendulum ballast material from above through at least one filling hose or at least one filling tube into the pendulum container .
A method for correcting an input error in an input apparatus capable of detecting touch inputs (510; 520) of a capacitive touch input scheme and an ElectroMagnetic Resonance, EMR, touch input scheme, the method comprising the steps of: detecting a first touch input on a touch screen panel , wherein the first touch input is a touch input of the capacitive touch input scheme; displaying a first stroke corresponding to the first touch input ; detecting a second touch input on the touch screen panel, wherein the second touch input is a touch input of the EMR touch input scheme, while the detected first touch input of the capacitive scheme is maintained and the first stroke is displayed; in response to the detected second touch input on the touch screen panel, erasing the first stroke from the touch screen panel; and displaying a second stroke on the touch screen panel in accordance with the detected second touch input of the EMR touch input scheme. detecting a first touch input on a touch screen panel , wherein the first touch input is a touch input of the capacitive touch input scheme; displaying a first stroke corresponding to the first touch input ; detecting a second touch input on the touch screen panel, wherein the second touch input is a touch input of the EMR touch input scheme, while the detected first touch input of the capacitive scheme is maintained and the first stroke is displayed; in response to the detected second touch input on the touch screen panel, erasing the first stroke from the touch screen panel; and displaying a second stroke on the touch screen panel in accordance with the detected second touch input of the EMR touch input scheme.
A method to make a silkworm that is capable of producing a silk comprising a spider silk polypeptide or analog thereof in place of a native silk fibroin polypeptide comprising the steps of ligating a DNA sequence coding for a polypeptide comprising a portion of a spider silk fibroin polypeptide or an analog of a spider silk fibroin polypeptide, between a portion of the 5' and 3' ends of the silkworm fibroin gene to generate a fusion gene construct having a sequence that encodes for a polypeptide comprising spider silk fibroin; inserting the fusion gene construct into a silkworm, replacing the native gene present in the silkworm by homologous recombination; characterized in that the fusion gene construct comprises a DNA sequence as set forth in SEQ ID NO: 34, or SEQ ID NO: 35, or the fusion gene construct comprises a DNA sequence that encodes an analog of a spider silk fibroin polypeptide comprising at least three repeats of SEQ ID No. 2; or, the fusion gene construct comprises a DNA sequence that encodes an analog of a spider silk fibroin polypeptide comprising at least three repeats of the same or different sequences each at least 70% identical to SEQ ID No. 2 and comprising 9 beta-sheet domains.