mhurhangee/patent-ind-claim-en huggingface dataset:
System for determining a tire change status (P c ) in a vehicle, the system comprising at least one processing device and a storage device , wherein the at least one processing device is arranged to: calculate a value (V 2 ) of at least one reference parameter which may be used in indirect tire pressure monitoring; store the calculated value (V 2 ) of said at least one reference parameter in the storage device ; retrieve a previously stored value (V 1 ) of said at least one reference parameter from the storage device ; determine a similarity parameter (P s ) based on a similarity between the calculated value (V 2 ) and the previously stored value (V 1 ) of said at least one reference parameter; characterized in that said one processing device is further arranged to : determine a tire change status (P c ), indicating whether or not the tires have been re-filled or replaced, by comparing said similarity parameter (P s ) with a threshold (T). calculate a value (V 2 ) of at least one reference parameter which may be used in indirect tire pressure monitoring; store the calculated value (V 2 ) of said at least one reference parameter in the storage device ; retrieve a previously stored value (V 1 ) of said at least one reference parameter from the storage device ; determine a similarity parameter (P s ) based on a similarity between the calculated value (V 2 ) and the previously stored value (V 1 ) of said at least one reference parameter; characterized in that said one processing device is further arranged to : determine a tire change status (P c ), indicating whether or not the tires have been re-filled or replaced, by comparing said similarity parameter (P s ) with a threshold (T).
A battery pack comprising: a plurality of battery cells , each including an upper surface through which a pair of electrode terminals are protruded, a lower surface facing the upper surface, and a pair of long side surfaces and a pair of short side surfaces among surfaces connecting the upper surface and the lower surface, the long side surfaces having a relatively large area, and the short side surfaces having a relatively small area; and a cell frame that receives the battery cells , exposes the upper surfaces of the battery cells, and includes side plates for supporting the short side surfaces of the plurality of battery cells and end plates positioned at opposite ends to support the long side surfaces of the battery cells, characterised in that the end plates include protrusions protruding in a direction opposite to a direction in which the end plates face long side surfaces of the battery cells at the opposite ends; and a recess located between the protrusions , depressed in a direction of long side surfaces of the battery cells, and providing an extra space for swelling.
Assembly comprising a refill and an appliance designed for using the refill, the appliance having a refill accommodating structure having an insertion guide along which the refill travels when it is fitted on the appliance and when it is removed therefrom, the refill having an element that serves as a use memory and the accommodating structure having a relief that is positioned so as to act on said element when the refill is fitted on the appliance for the first time, so as to cause it to pass from an inactive configuration in which the element is set back from a region of the refill to an active configuration in which this element protrudes into said region , the accommodating structure having a locking member disposed so as to intercept said element when the latter is in the active configuration, while the refill is being fitted in and removed from the accommodating structure, the element and the locking member being designed such that the locking member can be passed over by said element in the direction of removal of the refill and such that the locking member prevents said element from passing in the direction of insertion of the refill, if an attempt is made to reinsert a refill that has already been used.
A wire harness routing supporting device , which is configured to be used in routing, in a vehicle which is a routing target, a wire harness including a plurality of electric wires , wherein identification marks are fitted to respective one end portions of the plurality of electric wires or to respective connectors of the plurality of electric wires , to identify the plurality of electric wires or the respective connectors, the device comprising: a work terminal including a displaying control section therein configured to in turn display an image of the vehicle including images of a frame and devices for the vehicle and images of respective routing paths of the plurality of electric wires on a display device in accordance with a preset order of a wire routing operation of the plurality of electric wires , while displaying, on the display device , codes corresponding to the respective identification marks of the plurality of electric wires or the respective identification marks of the respective connectors, respectively, to be subjected to the wire routing operation; a reader configured to read in the respective identification marks and the respective codes ; and an administrating terminal including a collating section configured to collate information in the respective identification marks having been read in by the reader and information in the respective codes having been read in by the reader . a work terminal including a displaying control section therein configured to in turn display an image of the vehicle including images of a frame and devices for the vehicle and images of respective routing paths of the plurality of electric wires on a display device in accordance with a preset order of a wire routing operation of the plurality of electric wires , while displaying, on the display device , codes corresponding to the respective identification marks of the plurality of electric wires or the respective identification marks of the respective connectors, respectively, to be subjected to the wire routing operation; a reader configured to read in the respective identification marks and the respective codes ; and an administrating terminal including a collating section configured to collate information in the respective identification marks having been read in by the reader and information in the respective codes having been read in by the reader .
Heat storage and recovery system comprising at least one cylindrical external wall , the heat storage and recovery system comprising at least one first volume , at least one second volume and at least two fluid injection/withdrawal means, the said first and second volumes being separated by at least one heat storage means comprising at least one bed of heat storage particles, characterized in that the said heat storage means and the said first and second volumes extend substantially over the entire axial length of the cylindrical external wall , in that the longitudinal axis of the said cylindrical external wall is horizontal and in that the system comprises at least one distribution means extending along the storage means, on at least one surface of the heat storage means facing the said first or second volume .
A method for releasing sugar chains from a glycoprotein having sugar chains and proteins binding through N-glycosidic bond or O-glycosidic bond, comprising: a step of bringing a reaction solution which contains hydroxylamines (a) and a basic reagent (b) into contact with the glycoprotein and cleaving the N-glycosidic bond or O-glycosidic bond, to obtain a mixed solution of the sugar chains released from the glycoprotein and the reaction solution, wherein the hydroxylamines (a) are at least one compound selected from the group consisting of a hydroxylamine aqueous solution, hydroxylamine sulfate, hydroxylamine phosphate, O-methylhydroxylamine hydrochloride, O-ethylhydroxylamine hydrochloride, O-(tetrahydro-2H-pyran-2-yl)hydroxylamine, nitrobenzylhydroxylamine hydrochloride, O-tert-butyldimethylsilylhydroxylamine, and O-trimethylsilylhydroxylamine. a step of bringing a reaction solution which contains hydroxylamines (a) and a basic reagent (b) into contact with the glycoprotein and cleaving the N-glycosidic bond or O-glycosidic bond, to obtain a mixed solution of the sugar chains released from the glycoprotein and the reaction solution, wherein the hydroxylamines (a) are at least one compound selected from the group consisting of a hydroxylamine aqueous solution, hydroxylamine sulfate, hydroxylamine phosphate, O-methylhydroxylamine hydrochloride, O-ethylhydroxylamine hydrochloride, O-(tetrahydro-2H-pyran-2-yl)hydroxylamine, nitrobenzylhydroxylamine hydrochloride, O-tert-butyldimethylsilylhydroxylamine, and O-trimethylsilylhydroxylamine.
A method carried out by a processor comprising the steps of: receiving an input image including at least a portion of a person's retina ; finding a spatial transformation between the input image and a reference image, the reference image including at least a portion of the person's retina , the reference image associated with a known direction of gaze of the person; converting the transformation to a corresponding spherical rotation having three degrees of freedom; using the spherical rotation to rotate the known direction of gaze associated with the reference image to calculate a change in orientation of an eye of the person corresponding to the spatial transformation; and outputting a signal based on the change of orientation. receiving an input image including at least a portion of a person's retina ; finding a spatial transformation between the input image and a reference image, the reference image including at least a portion of the person's retina , the reference image associated with a known direction of gaze of the person; converting the transformation to a corresponding spherical rotation having three degrees of freedom; using the spherical rotation to rotate the known direction of gaze associated with the reference image to calculate a change in orientation of an eye of the person corresponding to the spatial transformation; and outputting a signal based on the change of orientation.
A method for performing a pool exit process for extracting a pool cleaning robot from a pool, the method comprising: moving the pool cleaning robot at a path that leads outside the pool; and wherein the method is characterized by comprising: forcing , during at least a part of the moving of the pool cleaning robot, water to exit the pool cleaning robot by rotating an impeller of the pool cleaning robot; and determining to complete the pool exit process when an aggregate weight of the pool cleaning robot and water within the pool cleaning robot is below a weight threshold. moving the pool cleaning robot at a path that leads outside the pool; and wherein the method is characterized by comprising: forcing , during at least a part of the moving of the pool cleaning robot, water to exit the pool cleaning robot by rotating an impeller of the pool cleaning robot; and determining to complete the pool exit process when an aggregate weight of the pool cleaning robot and water within the pool cleaning robot is below a weight threshold. forcing , during at least a part of the moving of the pool cleaning robot, water to exit the pool cleaning robot by rotating an impeller of the pool cleaning robot; and determining to complete the pool exit process when an aggregate weight of the pool cleaning robot and water within the pool cleaning robot is below a weight threshold.
Dialysis apparatus with an extracorporeal blood circuit , which has an arterial line with a blood pump and an arterial needle for connection to a patient, a venous line with a venous needle for connection to a patient and a dialyzer arranged between the arterial and the venous line with a blood chamber and a dialysis liquid chamber , wherein the dialysis apparatus further comprises a control unit , wherein the dialysis apparatus further comprises an extracorporeal blood pressure sensor arranged on the suction side of the blood pump and the control unit is formed so that a signal is output indicating the presence of recirculation when a change in the signal of the sensor following a trigger event exceeds a threshold value, characterized in that the trigger event is a temporary thickening of the blood carried on the pressure side of the blood pump in the extracorporeal blood circuit . characterized in that the trigger event is a temporary thickening of the blood carried on the pressure side of the blood pump in the extracorporeal blood circuit .
A yawing control method for a fault wind turbine, the fault wind turbine having a fault in at least one of a wind direction sensor and a wind direction data uploading path; the method comprising: acquiring (S101, S202) first wind information at a current moment, wherein the first wind information is indicated by current operation data of a neighbor wind turbine adjacent to the fault wind turbine; acquiring (S102), from wind information indicated by historical operation data of the fault wind turbine at all moments, second wind information matched with the first wind information; and performing (S103) yawing control on the fault wind turbine based on the second wind information; wherein the acquiring (S102) second wind information matched with the first wind information comprises: acquiring (S203), from wind information indicated by historical operation data of the neighbor wind turbine at all moments, third wind information matched with the first wind information; wherein the third wind information is most similar to the first wind information; acquiring a first historical moment corresponding to the third wind information; and determining (S204), wind information indicated by the historical operation data of the fault wind turbine at the first historical moment as the second wind information. acquiring (S101, S202) first wind information at a current moment, wherein the first wind information is indicated by current operation data of a neighbor wind turbine adjacent to the fault wind turbine; acquiring (S102), from wind information indicated by historical operation data of the fault wind turbine at all moments, second wind information matched with the first wind information; and performing (S103) yawing control on the fault wind turbine based on the second wind information; wherein the acquiring (S102) second wind information matched with the first wind information comprises: acquiring (S203), from wind information indicated by historical operation data of the neighbor wind turbine at all moments, third wind information matched with the first wind information; wherein the third wind information is most similar to the first wind information; acquiring a first historical moment corresponding to the third wind information; and determining (S204), wind information indicated by the historical operation data of the fault wind turbine at the first historical moment as the second wind information. acquiring (S203), from wind information indicated by historical operation data of the neighbor wind turbine at all moments, third wind information matched with the first wind information; wherein the third wind information is most similar to the first wind information; acquiring a first historical moment corresponding to the third wind information; and determining (S204), wind information indicated by the historical operation data of the fault wind turbine at the first historical moment as the second wind information.
A gimbal system comprising: a ring ; a plurality of caps attached to the ring , wherein the ring includes a channel concentrically aligned with an outer circumference of the ring and a plurality of slots , wherein the plurality of slots are spaced equidistantly around the circumference of the ring , and each slot of the plurality of slots is associated with a corresponding one of the plurality of caps ; a first clevis ; a second clevis , wherein each of the first and second clevises is connected to the ring and comprise: a hub ; and at least two prongs , wherein each prong extends from the hub though a respective one of the plurality of slots , wherein each prong has a first surface and a second surface opposite the first surface; a plurality of washers , wherein each washer of the plurality of washers is located between a corresponding one of the second surfaces of the prongs of the first and second clevises and the ring , wherein the washers further comprise a centrally located hole ; and a plurality of pins extending through the ring , a respective one of the prongs of the first and second clevises and the centrally located hole in the corresponding washer , wherein each cap of the plurality of caps is in contact with a respective pin of the plurality of pins , and each pin of the plurality of pins includes a shoulder that provides a bearing surface with a corresponding one of the first surfaces of the prongs of the first and second clevises . a ring ; a plurality of caps attached to the ring , wherein the ring includes a channel concentrically aligned with an outer circumference of the ring and a plurality of slots , wherein the plurality of slots are spaced equidistantly around the circumference of the ring , and each slot of the plurality of slots is associated with a corresponding one of the plurality of caps ; a first clevis ; a second clevis , wherein each of the first and second clevises is connected to the ring and comprise: a hub ; and at least two prongs , wherein each prong extends from the hub though a respective one of the plurality of slots , wherein each prong has a first surface and a second surface opposite the first surface; a hub ; and at least two prongs , wherein each prong extends from the hub though a respective one of the plurality of slots , wherein each prong has a first surface and a second surface opposite the first surface; a plurality of washers , wherein each washer of the plurality of washers is located between a corresponding one of the second surfaces of the prongs of the first and second clevises and the ring , wherein the washers further comprise a centrally located hole ; and a plurality of pins extending through the ring , a respective one of the prongs of the first and second clevises and the centrally located hole in the corresponding washer , wherein each cap of the plurality of caps is in contact with a respective pin of the plurality of pins , and each pin of the plurality of pins includes a shoulder that provides a bearing surface with a corresponding one of the first surfaces of the prongs of the first and second clevises .
A method for intermingling two or more base threads , comprising the steps of: a) by means of at least one electric motor (M), at least one pulley and an accumulating drum , both rotated by the at least one electric motor (M), driving the base threads near a nozzle , feeding compressed air to the nozzle to achieve the intermingling, and accumulate the intermingled yarn in windings on said accumulating drum ; b) detecting the amount of intermingled yarn accumulated on the drum , and c) aborting step a), by stopping the at least one electric motor (M) and the base threads , when the amount of intermingled yarn detected in step b) exceeds a threshold value, and d) restarting step a), when the amount of intermingled yarn detected in step b) comes down said threshold value, characterized by the steps of: e) detecting the speed of the base threads or detecting whether the base threads are moving or not, f) shutting down the feed of compressed air to the nozzle contemporaneously, or with a time delay (t"), with respect to step c), and g) reactivating the feed of compressed air to the nozzle contemporaneously, or with a time advance (t'), with respect to step d), wherein steps f) and g) are feedback carried out on the basis of the detected speed of the base threads or depending on whether the base threads are still or moving, respectively, in order to avoid the wastage of compressed air and the jet too long impinging on the same portion of the base threads , or the jet shutting down too early thus resulting in a not-intermingled portion of the yarn. a) by means of at least one electric motor (M), at least one pulley and an accumulating drum , both rotated by the at least one electric motor (M), driving the base threads near a nozzle , feeding compressed air to the nozzle to achieve the intermingling, and accumulate the intermingled yarn in windings on said accumulating drum ; b) detecting the amount of intermingled yarn accumulated on the drum , and c) aborting step a), by stopping the at least one electric motor (M) and the base threads , when the amount of intermingled yarn detected in step b) exceeds a threshold value, and d) restarting step a), when the amount of intermingled yarn detected in step b) comes down said threshold value, e) detecting the speed of the base threads or detecting whether the base threads are moving or not, f) shutting down the feed of compressed air to the nozzle contemporaneously, or with a time delay (t"), with respect to step c), and g) reactivating the feed of compressed air to the nozzle contemporaneously, or with a time advance (t'), with respect to step d),
A photovoltaic device comprising: a first electrode ; a second electrode ; a photoactive body comprised of a first semiconductor material located between the first and second electrodes, said first semiconductor material being configured to transport positive charge carriers to one of said first and second electrodes and to transport negative charge carriers to the other of said first and second electrodes; and a plurality of particles of semiconductor material embedded in said first semiconductor material, the particles being responsive to the absorption of light to generate positive and negative charge carriers, wherein said particles are coupled to said first semiconductor material to cause said generated positive and negative charge carriers to transfer from said particles to said first semiconductor material, or to cause positive and negative charge carriers corresponding to said generated positive and negative charge carriers to be generated in said first semiconductor material, characterized in that said particles are spatially distributed in said first semiconductor material such that collectively said particles do not form a charge carrier transport network in said photoactive body to either of said first and second electrodes. a first electrode ; a second electrode ; a photoactive body comprised of a first semiconductor material located between the first and second electrodes, said first semiconductor material being configured to transport positive charge carriers to one of said first and second electrodes and to transport negative charge carriers to the other of said first and second electrodes; and a plurality of particles of semiconductor material embedded in said first semiconductor material, the particles being responsive to the absorption of light to generate positive and negative charge carriers, wherein said particles are coupled to said first semiconductor material to cause said generated positive and negative charge carriers to transfer from said particles to said first semiconductor material, or to cause positive and negative charge carriers corresponding to said generated positive and negative charge carriers to be generated in said first semiconductor material, characterized in that said particles are spatially distributed in said first semiconductor material such that collectively said particles do not form a charge carrier transport network in said photoactive body to either of said first and second electrodes.
A composition for coating a frozen confection, the composition comprising, expressed in weight % (based on the total weight of the coating), comprising 23.5 - 42 wt. % of total fat, 20 - 60 wt. % water, and wherein 10 - 20 wt. % of the fat is oil bodies. 23.5 - 42 wt. % of total fat, 20 - 60 wt. % water, and wherein 10 - 20 wt. % of the fat is oil bodies.