mhurhangee/patent-ind-claim-en huggingface dataset:
Hand-held machine tool for sanding or polishing a workpiece, the machine tool comprising: - a housing , - a motor for actuating a tool shaft of the machine tool and for making the tool shaft rotate about its axis of rotation , and - a backing pad for releasable attachment of a sanding element or a polishing element thereto and eccentrically attachable to the tool shaft by means of an eccentric element in such a way as to allow the backing pad to perform a working movement, - wherein the machine tool is adapted for realizing two different types of working movements of the backing pad attached thereto, characterized in that the housing of the machine tool comprises a plurality of first magnetic elements facing the backing pad , and that a backing pad attached to the eccentric element comprises a plurality of second magnetic elements facing the housing , and wherein the machine tool is adapted for realizing a first type of working movement if a magnetic force is active between at least some of the first and second magnetic elements and a second type of working movement if no magnetic force is active between the first and second magnetic elements . - a housing , - a motor for actuating a tool shaft of the machine tool and for making the tool shaft rotate about its axis of rotation , and - a backing pad for releasable attachment of a sanding element or a polishing element thereto and eccentrically attachable to the tool shaft by means of an eccentric element in such a way as to allow the backing pad to perform a working movement, - wherein the machine tool is adapted for realizing two different types of working movements of the backing pad attached thereto, characterized in that the housing of the machine tool comprises a plurality of first magnetic elements facing the backing pad , and that a backing pad attached to the eccentric element comprises a plurality of second magnetic elements facing the housing , and wherein the machine tool is adapted for realizing a first type of working movement if a magnetic force is active between at least some of the first and second magnetic elements and a second type of working movement if no magnetic force is active between the first and second magnetic elements .
Mobile handling carriage for handling a rotary roll in a printing unit of a printing machine , the mobile handling carriage comprising: - a chassis that is movable in a horizontal plane, the chassis being configured to move in a longitudinal direction (X) of travel of sheet elements by being driven by a motor ; - a support member mounted on the chassis and configured to support and hold the roll so that its axis of rotation is oriented in a transverse direction (Y) perpendicular in a horizontal plane to the longitudinal direction (X); - a first drive device configured to drive the support member in translation with respect to the chassis in a vertical direction; - a control circuit configured to control a first sequence including successively: - raising the support member ; - longitudinal translation of the support member by moving the carriage in a first direction; - lowering the support member ; characterised in that the mobile carriage further comprises: - an actuator mounted on the support member and configured to cooperate with the roll positioned at a distance above the support member ; - a second drive device configured to drive the actuator in translation with respect to the support member , in the longitudinal direction (X); and in that : - the control circuit is further configured to subsequently control, in said first sequence: - longitudinal translation of the actuator in the first direction. - a chassis that is movable in a horizontal plane, the chassis being configured to move in a longitudinal direction (X) of travel of sheet elements by being driven by a motor ; - a support member mounted on the chassis and configured to support and hold the roll so that its axis of rotation is oriented in a transverse direction (Y) perpendicular in a horizontal plane to the longitudinal direction (X); - a first drive device configured to drive the support member in translation with respect to the chassis in a vertical direction; - a control circuit configured to control a first sequence including successively: - raising the support member ; - longitudinal translation of the support member by moving the carriage in a first direction; - lowering the support member ; - an actuator mounted on the support member and configured to cooperate with the roll positioned at a distance above the support member ; - a second drive device configured to drive the actuator in translation with respect to the support member , in the longitudinal direction (X); and in that : - the control circuit is further configured to subsequently control, in said first sequence: - longitudinal translation of the actuator in the first direction.
Method for production of a drainage element comprising a supporting member and a permeable foil , wherein the supporting member consists of mutually adjacent cells , which are separated from each other by means of their cell walls , the cells comprising internal cells and external cells , wherein a bottom surface of internal cell walls of the internal cells and external cell walls of the external cells is larger than an upper surface of the internal cell walls of the internal cells and the external cell walls of the external cells , characterized in that the supporting member is arranged with the bottom surface of the cell walls on the permeable foil , wherein subsequently a firm connection between the bottom surface and the permeable foil is formed by means of pressing force and ultrasonic vibrations used in a direction perpendicular to the plane of the connected bottom surface and the permeable foil , and wherein, at the same time, grooves are formed on the bottom surface of the internal cell walls and the external cell walls .
Photovoltaic(PV) system having a plurality of bifacial PV modules which are arranged upright on a supporting structure , wherein the supporting structure has a plurality of posts which are secured, in particular anchored, on or in the ground, wherein crossmembers are secured to the posts , said crossmembers in each case connecting two adjacent posts to each other, and wherein in each case two posts and two crossmembers define a substantially rectangular mounting area in which at least one PV module is arranged, characterized in that plug-through openings are formed on the posts in order in each case to receive a crossmember or the end thereof.
A redox flow battery comprising: a battery cell to which a positive electrolyte and a negative electrolyte are supplied; and an electrical quantity measurement system configured to measure a quantity of electricity when a predetermined amount of electrolyte is discharged, for at least one of the positive electrolyte and the negative electrolyte, wherein the electrical quantity measurement system includes: an electrolytic cell having a working electrode to which one of the positive electrolyte and the negative electrolyte, in which the quantity of electricity is to be measured, is supplied, and a counter electrode to which the other electrolyte, which is not to be measured, is supplied; a standard electrode disposed, outside the electrolytic cell, so as to be in contact with the one electrolyte to be measured; and a measurement device configured to apply, to the electrolytic cell, a voltage that is set on the basis of a potential of the standard electrode and capable of performing total electrolysis of the one electrolyte contained in the working electrode and measure the quantity of electricity of the one electrolyte. a battery cell to which a positive electrolyte and a negative electrolyte are supplied; and an electrical quantity measurement system configured to measure a quantity of electricity when a predetermined amount of electrolyte is discharged, for at least one of the positive electrolyte and the negative electrolyte, wherein the electrical quantity measurement system includes: an electrolytic cell having a working electrode to which one of the positive electrolyte and the negative electrolyte, in which the quantity of electricity is to be measured, is supplied, and a counter electrode to which the other electrolyte, which is not to be measured, is supplied; a standard electrode disposed, outside the electrolytic cell, so as to be in contact with the one electrolyte to be measured; and a measurement device configured to apply, to the electrolytic cell, a voltage that is set on the basis of a potential of the standard electrode and capable of performing total electrolysis of the one electrolyte contained in the working electrode and measure the quantity of electricity of the one electrolyte. an electrolytic cell having a working electrode to which one of the positive electrolyte and the negative electrolyte, in which the quantity of electricity is to be measured, is supplied, and a counter electrode to which the other electrolyte, which is not to be measured, is supplied; a standard electrode disposed, outside the electrolytic cell, so as to be in contact with the one electrolyte to be measured; and a measurement device configured to apply, to the electrolytic cell, a voltage that is set on the basis of a potential of the standard electrode and capable of performing total electrolysis of the one electrolyte contained in the working electrode and measure the quantity of electricity of the one electrolyte.
A pharmaceutical composition comprising three different isolated, double stranded siRNA molecules, and a pharmaceutically acceptable carrier, wherein said three different isolated, double-stranded siRNA molecules are the siRNA molecules 3m (SEQ ID NO: 5 and 6), 6m (SEQ ID NO: 11 and 12), and 12m (SEQ ID NO: 23 and 24) as defined in table B including the modifications described therein.
A payment assistance method performed by a mobile device, comprising: obtaining (S202) a merchant account identifier sent by a merchant device through short-range wireless communication; generating (S204) verification information to provide pre-generated verification information, and sending the pre-generated verification information and the merchant account identifier to a server; determining (S208) that a merchant account corresponding to the merchant account identifier is a payment receiving object so as to perform a payment, comprising receiving (S206) a verification information received from the merchant device through short-range wireless communication and successfully verifying that the verification information received from the merchant device is consistent with the pre-generated verification information, wherein the verification information received from the merchant device corresponds to the pre-generated verification information that the server delivered to the merchant device upon successful verification of the merchant account identifier; and determining the merchant account corresponding to the merchant account identifier to perform the payment. obtaining (S202) a merchant account identifier sent by a merchant device through short-range wireless communication; generating (S204) verification information to provide pre-generated verification information, and sending the pre-generated verification information and the merchant account identifier to a server; determining (S208) that a merchant account corresponding to the merchant account identifier is a payment receiving object so as to perform a payment, comprising receiving (S206) a verification information received from the merchant device through short-range wireless communication and successfully verifying that the verification information received from the merchant device is consistent with the pre-generated verification information, wherein the verification information received from the merchant device corresponds to the pre-generated verification information that the server delivered to the merchant device upon successful verification of the merchant account identifier; and determining the merchant account corresponding to the merchant account identifier to perform the payment.
A method of applying a pattern of electrical conductors to a substrate formed by a surface of a solar cell, which method comprises: a) providing a flexible membrane , b) forming a pattern of grooves (110, Fig 1A) in a first surface of the membrane, the pattern corresponding at least partially to a desired pattern of electrical conductors to be applied to the substrate, c) loading into the grooves a composition (120, Fig 1B) that includes, as composition components, electrically conductive particles and an adhesive, said loading being performed in one or more sub-steps such that on completion of the loading step the composition substantially fills the grooves, level with the first surface of the membrane, and parts of the first surface between the grooves are substantially devoid of the composition, d) contacting the membrane with the substrate (150, Fig 1C) with the first surface of the membrane facing the substrate, e) applying pressure to the membrane (100, Fig 1D) to cause the composition loaded into the grooves in the first surface of the membrane to adhere to the substrate, f) separating the membrane (100, Fig 1D) from the substrate to transfer the composition from the grooves in the first surface of the membrane to the substrate, and g) applying sufficient energy (335, Fig. 1E) to sinter the electrically conductive particles in order to render electrically conductive the pattern of composition transferred to the substrate from the grooves and to cause the composition to fuse with the substrate. a) providing a flexible membrane , b) forming a pattern of grooves (110, Fig 1A) in a first surface of the membrane, the pattern corresponding at least partially to a desired pattern of electrical conductors to be applied to the substrate, c) loading into the grooves a composition (120, Fig 1B) that includes, as composition components, electrically conductive particles and an adhesive, said loading being performed in one or more sub-steps such that on completion of the loading step the composition substantially fills the grooves, level with the first surface of the membrane, and parts of the first surface between the grooves are substantially devoid of the composition, d) contacting the membrane with the substrate (150, Fig 1C) with the first surface of the membrane facing the substrate, e) applying pressure to the membrane (100, Fig 1D) to cause the composition loaded into the grooves in the first surface of the membrane to adhere to the substrate, f) separating the membrane (100, Fig 1D) from the substrate to transfer the composition from the grooves in the first surface of the membrane to the substrate, and g) applying sufficient energy (335, Fig. 1E) to sinter the electrically conductive particles in order to render electrically conductive the pattern of composition transferred to the substrate from the grooves and to cause the composition to fuse with the substrate.
Method for controlling a brushless, electronically commutated electric motor (M), a mains AC voltage (U N ) being rectified into an intermediate circuit direct voltage (U ZK ) and this direct voltage (U ZK ) being fed by an intermediate circuit containing an intermediate circuit capacitor (C ZK ) to an inverter which is controlled by a motor control means for feeding and commutating the electric motor (M), wherein the intermediate circuit direct voltage (U ZK ) is monitored in respect of its voltage level and is compared with a predetermined limiting value (U ZK,max /U Standby ), characterized in that an electronic switch (T ZK ) with its clearance between open contacts (C-E) is arranged in one of the lines of the intermediate circuit , wherein said switch (T ZK ) is controlled by a comparator wiring subject to the intermediate circuit direct voltage (U ZK ), detected in each case as the prevailing actual value (U ZK,akt ) and by a predetermined limiting value (U ZK,max /U ZK,Standby ) and operated in a clocked operation, such that on reaching or exceeding the limiting value, the intermediate circuit direct voltage (U ZK ) is limited to the predetermined limiting value by clocked disconnection and reconnection, wherein said electronic switch (T ZK ) is a transistor, wherein to limit current within the intermediate circuit , an intermediate circuit current (I ZK ) flowing in the intermediate circuit is monitored and compared with a predetermined limiting value (I ZK,max ) and, on reaching or exceeding the limiting value (I ZK,max ), the intermediate circuit current (I ZK ) is limited to the limiting value (I ZK,max ) by a clocked disconnection and reconnection.
A prilling method, comprising the steps of: supplying a liquid or slurry to a vessel, wherein the vessel includes a headspace above the volume of the liquid or slurry, the vessel in fluid communication with a prill plate having a plurality of apertures; maintaining a substantially constant volume of the liquid or slurry in the vessel while allowing passage of the liquid or slurry through the prill plate; and regulating a pressure of the liquid or slurry at a location proximate the prill plate during said maintaining step, by controlling headspace pressure. supplying a liquid or slurry to a vessel, wherein the vessel includes a headspace above the volume of the liquid or slurry, the vessel in fluid communication with a prill plate having a plurality of apertures; maintaining a substantially constant volume of the liquid or slurry in the vessel while allowing passage of the liquid or slurry through the prill plate; and regulating a pressure of the liquid or slurry at a location proximate the prill plate during said maintaining step, by controlling headspace pressure.
A rotating shaft mechanism , applied to a foldable mobile terminal, comprising: a first support , a slide is disposed in the first support ; a floating plate , located at one side of the first support ; a main swing arm , comprising a swing arm body , a first end of the swing arm body is provided with a rotating body that is configured to cooperate with the slide in the first support , the rotating body comprises a first rotating segment and a second rotating segment in an axial direction of the rotating body, and when the rotating shaft mechanism is in a folded state, the first rotating segment is at least partially located in the slide ; and when the rotating shaft mechanism is in an unfolded state, the second rotating segment supports at least the floating plate , the floating plate includes an opening for accommodating the first rotating segment; wherein the rotating body includes a tubular arc-shaped segment , wherein the tubular arc-shaped segment includes two side edges that extend along the axial direction of the rotating body, a side edge that is away from the first end of the swing arm body is provided with an opening , and a bottom wall of the opening is configured to support the floating plate when the rotating shaft mechanism is in the unfolded state, wherein a large-diameter arc-shaped surface , a small-diameter arc-shaped surface of the tubular arc-shaped segment , and the slide of the first support form a sliding pair. a first support , a slide is disposed in the first support ; a floating plate , located at one side of the first support ; a main swing arm , comprising a swing arm body , a first end of the swing arm body is provided with a rotating body that is configured to cooperate with the slide in the first support , the rotating body comprises a first rotating segment and a second rotating segment in an axial direction of the rotating body, and when the rotating shaft mechanism is in a folded state, the first rotating segment is at least partially located in the slide ; and when the rotating shaft mechanism is in an unfolded state, the second rotating segment supports at least the floating plate , the floating plate includes an opening for accommodating the first rotating segment; wherein the rotating body includes a tubular arc-shaped segment , wherein the tubular arc-shaped segment includes two side edges that extend along the axial direction of the rotating body, a side edge that is away from the first end of the swing arm body is provided with an opening , and a bottom wall of the opening is configured to support the floating plate when the rotating shaft mechanism is in the unfolded state, wherein a large-diameter arc-shaped surface , a small-diameter arc-shaped surface of the tubular arc-shaped segment , and the slide of the first support form a sliding pair.
A cow stable , comprising: a milking box having a first entrance fence and a first exit fence forming a first pair of fences positioned at a first side of the milking box , and a second entrance fence and a second exit fence forming a second pair of fences positioned at a second side opposite to the first side ; a plurality of resting boxes placed at the first side of the milking box ; and a walking path placed between the resting boxes and the milking box ; wherein the milking box is placed in one of the walls of the stable such that at the second side of the milking box is placed an outdoor area . a milking box having a first entrance fence and a first exit fence forming a first pair of fences positioned at a first side of the milking box , and a second entrance fence and a second exit fence forming a second pair of fences positioned at a second side opposite to the first side ; a plurality of resting boxes placed at the first side of the milking box ; and a walking path placed between the resting boxes and the milking box ; wherein the milking box is placed in one of the walls of the stable such that at the second side of the milking box is placed an outdoor area .