mhurhangee/patent-ind-claim-en huggingface dataset:
A method of removing mites, applicable to a crawling mite remover, the method comprising: upon receiving mite removing instruction, acquiring a target path for mite removal and switching from a hibernation state to a crawling state; in the crawling state, crawling according to the target path and performing mite removal during the crawling process; and switching from the crawling state to the hibernation state after crawling to an end position of the target path; wherein the crawling mite remover comprises: a first motor, and a plurality of legs , being characterized in that the plurality of legs are disposed at a side of the body ; the processor and the first motor are disposed in the body , the processor is connected to the first motor, and the first motor is connected to the plurality of legs ; the processor sends a moving signal to the first motor; and based on the movement signal, the first motor drives the plurality of legs to perform a telescopic movement, driving the body to move on a surface of an object, and the body performs mite removal on the surface of the object. upon receiving mite removing instruction, acquiring a target path for mite removal and switching from a hibernation state to a crawling state; in the crawling state, crawling according to the target path and performing mite removal during the crawling process; and switching from the crawling state to the hibernation state after crawling to an end position of the target path; wherein the crawling mite remover comprises: a first motor, and a plurality of legs , being characterized in that the plurality of legs are disposed at a side of the body ; the processor and the first motor are disposed in the body , the processor is connected to the first motor, and the first motor is connected to the plurality of legs ; the processor sends a moving signal to the first motor; and based on the movement signal, the first motor drives the plurality of legs to perform a telescopic movement, driving the body to move on a surface of an object, and the body performs mite removal on the surface of the object. the plurality of legs are disposed at a side of the body ; the processor and the first motor are disposed in the body , the processor is connected to the first motor, and the first motor is connected to the plurality of legs ; the processor sends a moving signal to the first motor; and based on the movement signal, the first motor drives the plurality of legs to perform a telescopic movement, driving the body to move on a surface of an object, and the body performs mite removal on the surface of the object.
A process for the manufacture of ethyleneamines and ethanolamines, comprising the steps of (i) converting a glycolaldehyde derivative of formula (II) in which R 2 , R 3 are - the same or different -hydrogen, alkyl, such as C 1-6 -alkyl, or cycloalkyl such as C 3-6 -cycloalkyl; and an aminating agent of formula (III); R1-NH 2 (III) in which R 1 is hydrogen (H), alkyl, such as C 1-6 -alkyl, or cycloalkyl such as C 3-6 -cycloalkyl, in the gas or liquid phase; (ii) feeding the reaction products obtained in step (i) into a hydrogenation reactor, where the reaction products are converted with hydrogen in the presence of a hydrogenation catalyst; wherein prior to feeding the reaction products into step (ii), the reaction products obtained in step (i) are separated from the gas or liquid phase or the solutions or the dispersions obtained in step (i) are concentrated by evaporating at least part of the solvent comprised in such solutions. (i) converting a glycolaldehyde derivative of formula (II) in which R 2 , R 3 are - the same or different -hydrogen, alkyl, such as C 1-6 -alkyl, or cycloalkyl such as C 3-6 -cycloalkyl; and an aminating agent of formula (III); R1-NH 2 (III) in which R 1 is hydrogen (H), alkyl, such as C 1-6 -alkyl, or cycloalkyl such as C 3-6 -cycloalkyl, in the gas or liquid phase; in which R 2 , R 3 are - the same or different -hydrogen, alkyl, such as C 1-6 -alkyl, or cycloalkyl such as C 3-6 -cycloalkyl; and an aminating agent of formula (III); R1-NH 2 (III) in which R 1 is hydrogen (H), alkyl, such as C 1-6 -alkyl, or cycloalkyl such as C 3-6 -cycloalkyl, in the gas or liquid phase; (ii) feeding the reaction products obtained in step (i) into a hydrogenation reactor, where the reaction products are converted with hydrogen in the presence of a hydrogenation catalyst;
A method of upgrading a slack-adjuster for a brake system of a rail vehicle by altering or adding of one or more preferred features of the slack-adjuster , said method comprising: receiving input from a user relating to one or more physical properties of said slack-adjuster to be improved or added, wherein the one or more physical properties to be improved or added is associated with preference parameters corresponding to the one or more of preferred features of the slack-adjuster after execution of an upgrade; determining a present version of said slack-adjuster ; finding an upgrade path based on the determined present version of the slack-adjuster for said slack-adjuster to obtain the one or more physical properties to be improved or added; and executing the upgrade according to said upgrade path , wherein executing the upgrade comprises assembling to said slack-adjuster said preference parameters associated with said one or more physical properties to be improved or added, the preference parameters being slack-adjuster components for achieving the one or more physical properties to be improved or added upon being assembled to the slack-adjuster . receiving input from a user relating to one or more physical properties of said slack-adjuster to be improved or added, wherein the one or more physical properties to be improved or added is associated with preference parameters corresponding to the one or more of preferred features of the slack-adjuster after execution of an upgrade; determining a present version of said slack-adjuster ; finding an upgrade path based on the determined present version of the slack-adjuster for said slack-adjuster to obtain the one or more physical properties to be improved or added; and executing the upgrade according to said upgrade path , wherein executing the upgrade comprises assembling to said slack-adjuster said preference parameters associated with said one or more physical properties to be improved or added, the preference parameters being slack-adjuster components for achieving the one or more physical properties to be improved or added upon being assembled to the slack-adjuster .
A method for discovering a neighbouring network by an already operational network, wherein - the networks comprise a control channel, CCH, and a data channel, DCH, both the control channel, CCH, and the data channel, DCH, comprising a plurality of beacons to be transmitted sequentially, respectively, - channels are predetermined and beacon formats of their control channels, CCH, are known, and - an inter-beacon-interval of the data channel, DCH, of the already operational network comprises an active period followed by an inactive period , characterized in that the method further comprises the steps of - changing the temporal lengths of the inactive periods in the data channel, DCH, of the already operational network by alternating the temporal lengths of the subsequent inactive periods between two different values, and - searching for a beacon (205 i ) of a predetermined control channel, CCH, of a neighbouring network during subsequent inactive periods of the already operational network. - the networks comprise a control channel, CCH, and a data channel, DCH, both the control channel, CCH, and the data channel, DCH, comprising a plurality of beacons to be transmitted sequentially, respectively, - channels are predetermined and beacon formats of their control channels, CCH, are known, and - an inter-beacon-interval of the data channel, DCH, of the already operational network comprises an active period followed by an inactive period , characterized in that the method further comprises the steps of - changing the temporal lengths of the inactive periods in the data channel, DCH, of the already operational network by alternating the temporal lengths of the subsequent inactive periods between two different values, and - searching for a beacon (205 i ) of a predetermined control channel, CCH, of a neighbouring network during subsequent inactive periods of the already operational network.
An antimicrobial composition comprising: a. 0.01 to 10% by weight of a water soluble vinyl polymer comprising polyvinyl alcohol, b. 0.1 to 20% by weight of a carboxylic acid having pKa greater than 4.5, c. 1 to 80% by weight an anionic surfactant; wherein the pH of the composition is in the range of 5 to 6.5; and wherein the anionic surfactant is selected from sodium lauryl sulfate, sodium lauryl ether sulfate. a. 0.01 to 10% by weight of a water soluble vinyl polymer comprising polyvinyl alcohol, b. 0.1 to 20% by weight of a carboxylic acid having pKa greater than 4.5, c. 1 to 80% by weight an anionic surfactant;
A method for identifying a F1 hybrid plant comprising a monogenic and dominant resistance to clubroot, said F1 hybrid plant resulting from a cross of a B . rapa plant resistant to clubroot comprising a monogenic and dominant resistance to clubroot with a B . oleracea plant, comprising the steps of: a) rescuing embryos; b) regenerating a plant from the embryo of step a) to obtain the F1 hybrid plant; c) testing the plant obtained in step b) for resistance to clubroot. a) rescuing embryos; b) regenerating a plant from the embryo of step a) to obtain the F1 hybrid plant; c) testing the plant obtained in step b) for resistance to clubroot.
A refrigerator comprising an outer plate , wherein the outer plate comp rises: a steel plate having an outer surface on which a hairline is processed; a film layer made of a resin material and attached to a surface of the steel plate on which the hairline is provided; and a primer layer allowing the film layer to adhere to the steel plate , characterized in that the primer layer comprises: vinyl chloride-based adhesion promoter or a modified acrylic-based promoter for th e adhesion between the steel plate and the film layer ; and a nano pigment for realizing a color while maintaining transparency of the primer layer , wherein the hairline is provided so that the steel plate has a surface arithmetic average roughn ess Ra of 0.8 to 1.1 ' and when viewed from the outside of the refrigerator , the hairline that is visible t hrough the primer layer and the film layer is visible together with the color of the primer layer . a steel plate having an outer surface on which a hairline is processed; a film layer made of a resin material and attached to a surface of the steel plate on which the hairline is provided; and a primer layer allowing the film layer to adhere to the steel plate , characterized in that the primer layer comprises: vinyl chloride-based adhesion promoter or a modified acrylic-based promoter for th e adhesion between the steel plate and the film layer ; and a nano pigment for realizing a color while maintaining transparency of the primer layer , wherein the hairline is provided so that the steel plate has a surface arithmetic average roughn ess Ra of 0.8 to 1.1 ' and when viewed from the outside of the refrigerator , the hairline that is visible t hrough the primer layer and the film layer is visible together with the color of the primer layer . vinyl chloride-based adhesion promoter or a modified acrylic-based promoter for th e adhesion between the steel plate and the film layer ; and a nano pigment for realizing a color while maintaining transparency of the primer layer , wherein the hairline is provided so that the steel plate has a surface arithmetic average roughn ess Ra of 0.8 to 1.1 ' and when viewed from the outside of the refrigerator , the hairline that is visible t hrough the primer layer and the film layer is visible together with the color of the primer layer .
A sensor structure, comprising: a storage compartment configured to retain a storage medium therein; a sensing element extending through an aperture in the compartment and comprising a sensing structure , a distal end of the sensing structure located proximal a distal end of the sensing element , the sensing element movable between a first position in which the sensing structure is in fluid communication within the storage compartment and a second position in which the sensing structure is not in fluid communication with the storage compartment , a proximal portion of the sensing element or of a movable component connected to the sensing element being located proximal and outside of the storage compartment when the sensing element is in the first position and the proximal portion located within the storage compartment when the sensing element is in the second position; a sealing element disposed at least partially within the aperture and configured to engage a surface of the sensing element to provide a seal inhibiting fluid flow in or out of storage compartment through the aperture; a plug defining a proximal end of the storage compartment , the plug configured to allow longitudinal translation of the proximal portion through the plug ; and a sterilizable and compressible bellows structure proximal the plug and configured to retain the proximal portion when the sensing element is in the first position to maintain the sterility of the storage compartment when the proximal portion is moved into and out of the storage compartment. a storage compartment configured to retain a storage medium therein; a sensing element extending through an aperture in the compartment and comprising a sensing structure , a distal end of the sensing structure located proximal a distal end of the sensing element , the sensing element movable between a first position in which the sensing structure is in fluid communication within the storage compartment and a second position in which the sensing structure is not in fluid communication with the storage compartment , a proximal portion of the sensing element or of a movable component connected to the sensing element being located proximal and outside of the storage compartment when the sensing element is in the first position and the proximal portion located within the storage compartment when the sensing element is in the second position; a sealing element disposed at least partially within the aperture and configured to engage a surface of the sensing element to provide a seal inhibiting fluid flow in or out of storage compartment through the aperture; a plug defining a proximal end of the storage compartment , the plug configured to allow longitudinal translation of the proximal portion through the plug ; and a sterilizable and compressible bellows structure proximal the plug and configured to retain the proximal portion when the sensing element is in the first position to maintain the sterility of the storage compartment when the proximal portion is moved into and out of the storage compartment.
Multi-Material-Blade for use in an active regenerative magneto-caloric or electro-caloric engine, the blade comprising a blade body made from a plurality of elements made from different magneto-caloric or electro-caloric materials, wherein the blade body is divided along its length into said plurality of elements ; a plurality of dedicated channels for a heat exchange fluid, which penetrate the blade body and extend along the length of the blade, characterised by the cross-section of the blade-body perpendicular to the dedicated channels having along a predetermined direction a plurality of regions of different porosity, wherein at an interface of adjacent regions the porosity changes abruptly by at least 10%.
A measurement device comprising: a linear motor ; a driving unit configured to apply a load to a measurement target by driving the linear motor so as to move a mover provided in the linear motor ; and a load measurement unit configured to calculate the load which is applied by the mover to the measurement target , by multiplying a thrust constant of the linear motor by a value of current which flows in the linear motor when the mover is relatively moved, characterized in that when the mover applies the load to the measurement target , the driving unit is configured to relatively move the mover at a speed which is lower than a movement speed before the mover applies the load to the measurement target . a linear motor ; a driving unit configured to apply a load to a measurement target by driving the linear motor so as to move a mover provided in the linear motor ; and a load measurement unit configured to calculate the load which is applied by the mover to the measurement target , by multiplying a thrust constant of the linear motor by a value of current which flows in the linear motor when the mover is relatively moved,
Rubber caterpillar track forming a closed loop in a longitudinal direction (OX) having a given width in a transverse direction (OY) and having an interior surface intended to collaborate with drive means, and a tread of which the exterior surface is intended to come into contact with the ground, having a preferred direction of running indicated by the arrow , said tread comprising a tread pattern formed of N relief elements made of an elastomeric material which are intended to come into contact with the ground in order to give the caterpillar track traction, each element of said tread pattern extending outwards from a bearing surface as far as the exterior surface and comprising a contact face intended to be in contact with the ground and a leading face intended to transmit force, said leading face of n tread pattern elements, the number n being at least equal to 0.2xN, is inclined by an angle α comprised between 45 degrees and 75 degrees with respect to a direction (OZ) normal to the bearing surface, the tread is notably made of an elastomeric material of which the shore A hardness, measured in accordance with the standard ASTM D2240, is greater than or equal to 65, characterized in that the tread pattern blocks further comprise transverse sipes .
Software-based method for detecting arterial parameters of a human being, wherein a pulse curve is measured on the human being, wherein an electro-hydraulic arterial model, an analogue , is formed as a simulation model, wherein the pulse curve is compared with simulated pulse curves of a simulation model of the analogue and various parameters of the simulation model are varied until the pulse curve of the simulation model matches the measured pulse curve to an intended approximation, and wherein the arterial parameters are output, characterised in that the simulation model is formed by connecting multiple Windkessel elements consisting of capacitors C, ohmic resistors R and inductors L in series, wherein 711 of these Windkessel elements are used with R, L and C values back-calculated to a 1 cm Windkessel element segment length.
Switchable actuation device for a poppet valve in an internal combustion engine , preferably a gas exchange valve, which is movable indirectly and periodically via a cam of a camshaft between a closed and an open position, comprising: a) a two-piece rocker arm for actuating the poppet valve, comprising a 1 ) a first rocker arm portion which is mounted pivotably about a rocker arm shaft and on which a bearing sleeve (1a1) is attached concentrically with the rocker arm shaft ; and a 2 ) a second rocker arm portion which is mounted pivotably on the bearing sleeve (1a1) ; wherein the first rocker arm portion comprises a first cutout , and the second rocker arm portion comprises a second cutout ; and b) a coupling device for releasable, rotationally fixed connection of the first and second rocker arm portions , comprising a locking element , characterized in that the locking element may be brought optionally into and out of engagement with the first and second cutouts , wherein actuation of the poppet valve is interrupted if the locking element is not in engagement with the first or second cutout . a) a two-piece rocker arm for actuating the poppet valve, comprising a 1 ) a first rocker arm portion which is mounted pivotably about a rocker arm shaft and on which a bearing sleeve (1a1) is attached concentrically with the rocker arm shaft ; and a 2 ) a second rocker arm portion which is mounted pivotably on the bearing sleeve (1a1) ; wherein the first rocker arm portion comprises a first cutout , and the second rocker arm portion comprises a second cutout ; and a 1 ) a first rocker arm portion which is mounted pivotably about a rocker arm shaft and on which a bearing sleeve (1a1) is attached concentrically with the rocker arm shaft ; and a 2 ) a second rocker arm portion which is mounted pivotably on the bearing sleeve (1a1) ; b) a coupling device for releasable, rotationally fixed connection of the first and second rocker arm portions , comprising a locking element , characterized in that the locking element may be brought optionally into and out of engagement with the first and second cutouts , wherein actuation of the poppet valve is interrupted if the locking element is not in engagement with the first or second cutout .
A trustzone graphic rendering method in an operating system, OS, divided into a normal world, NWD, and a secure world, SWD , the SWD corresponding to a trustzone, the trustzone graphic rendering method, characterized by comprising: generating an image resource comprising a plurality of objects used to generate a trustzone user interface, UI, in the NWD (S1010); transmitting the image resource from the NWD to the SWD ; and generating the trustzone UI by separating and editing only at least one of the plurality of objects in the SWD without rendering a whole of the trustzone UI, wherein the separating and editing is performed in units of objects. generating an image resource comprising a plurality of objects used to generate a trustzone user interface, UI, in the NWD (S1010); transmitting the image resource from the NWD to the SWD ; and generating the trustzone UI by separating and editing only at least one of the plurality of objects in the SWD without rendering a whole of the trustzone UI, wherein the separating and editing is performed in units of objects.
Fuel metering unit (12-1 to 12-4) able to operate under icing conditions of the fuel, comprising a movable element including at least one fuel flow section (32; 32') opening upstream towards a fuel supply duct and opening downstream towards an utilization duct through a metering slot (34; 34') with a flared profile having a narrow flow section (34a; 34'a) and a wide flow section (34b; 34'b), the movable element being able to be moved relatively to a stationary element only over a predetermined stroke between a low flow rate position in which the metering slot is for a large part obstructed and a high flow rate position in which the metering slot is for a large part exposed, the metering slot being made in the stationary element or in the movable element and its obstruction being obtained by covering the slot with a wall of the movable element or of the stationary element, the metering unit further including obstruction means (40; 40') for obstructing at least partly the narrow flow section of the metering slot when the metering unit is in the high flow rate position, without ever obstructing the wide flow section of said metering slot and thus avoiding a clogging at least partial of the narrow flow section under icing conditions.