mhurhangee/patent-ind-claim-en huggingface dataset:
A control method for a laundry treating apparatus comprising a washing machine (L) provided with a tub in which water is stored and a washing drum provided inside the tub , storing laundry therein, and a dryer (T) provided with a drying drum in which laundry is stored and a supply unit for removing water from laundry by supplying the air to the drying drum , the control method comprising: a course setup step (S130) of receiving a washing course through a washing machine interface (P2) provided to receive a control command; a first communication step (S132) of transmitting the washing course to the dryer (T) by the washing machine (L) if the washing course is input through the washing machine interface (P2); and an interface power supply step (S230) of supplying a power to a dryer interface provided to receive a control command if the dryer (T) receives information on the washing course. a course setup step (S130) of receiving a washing course through a washing machine interface (P2) provided to receive a control command; a first communication step (S132) of transmitting the washing course to the dryer (T) by the washing machine (L) if the washing course is input through the washing machine interface (P2); and an interface power supply step (S230) of supplying a power to a dryer interface provided to receive a control command if the dryer (T) receives information on the washing course.
A shirt ironer comprising a blower , an inflatable manikin which is at least partially permeable to air and/or water vapour, wherein an outlet of the blower opens into an interior of the manikin , wherein the shirt ironer further comprises a first reservoir and at least one first heating device , wherein the first reservoir can be filled with water, and the first heating device is arranged in the first reservoir , and wherein in a first operating state (BZ1) the water can be heated by means of the first heating device and the manikin can be inflated by means of the blower in such a way that a shirt pulled over the manikin can be acted upon by water vapour conveyed by the blower, characterized in that the operative relationship of the first reservoir with the first heating device essentially corresponds to the structure and/or mode of operation of a kettle, so that essentially saturated water vapour emerges from the first reservoir on account of its elevated temperature and rises within the manikin .
A lighting unit comprising: one or more light sources , each of the one or more light sources being at least partially surrounded by a reflector , wherein said reflector is an IES Type V optic, wherein the reflector is configured to direct light towards a surface; a housing at least partially enclosing each of the one or more light sources and the reflector; and a high-mast support configured to support the housing containing each of the one or more light sources and the reflector above the surface; characterized in that : the light sources are light emitting plasma, LEP, light sources; wherein said reflector is formed from a plurality of individual facets held or pressed together mechanically in a predetermined configuration between two or more support members; the lighting unit further comprising one or more controllers configured to control a function of each of the one or more LEP light sources. one or more light sources , each of the one or more light sources being at least partially surrounded by a reflector , wherein said reflector is an IES Type V optic, wherein the reflector is configured to direct light towards a surface; a housing at least partially enclosing each of the one or more light sources and the reflector; and a high-mast support configured to support the housing containing each of the one or more light sources and the reflector above the surface; characterized in that : the light sources are light emitting plasma, LEP, light sources; wherein said reflector is formed from a plurality of individual facets held or pressed together mechanically in a predetermined configuration between two or more support members; the lighting unit further comprising one or more controllers configured to control a function of each of the one or more LEP light sources. the light sources are light emitting plasma, LEP, light sources; wherein said reflector is formed from a plurality of individual facets held or pressed together mechanically in a predetermined configuration between two or more support members; the lighting unit further comprising one or more controllers configured to control a function of each of the one or more LEP light sources.
System for controlling aeraulic conditions that are present above an aircraft landing or deck-landing surface, referred to as the aerial arrival zone (Z), the system being suitable for use when the aerial arrival zone is located close to a superstructure , along an alignment axis (DA) which is oriented from the aerial arrival zone towards the superstructure, the superstructure extending vertically higher than the aerial arrival zone and being capable of altering a wind flow above the aerial arrival zone, said system comprising: - anemometric means, adapted to provide speed (V) and bearing angle (G) values, which characterise a relative wind speed with respect to the aerial arrival zone (Z) and the superstructure , the system being characterised in that it further comprises: - aeraulic means, which are arranged close to the aerial arrival zone (Z), and are capable of modifying air movements above said aerial arrival zone; and - a controller , adapted to activate the aeraulic means when at least one of the following two conditions is met: the speed value (V) which is provided by the anemometric means is greater than a first non-zero threshold, and absolute value of the bearing angle (G) which is provided by said anemometric means is less than a second non-zero threshold. - anemometric means, adapted to provide speed (V) and bearing angle (G) values, which characterise a relative wind speed with respect to the aerial arrival zone (Z) and the superstructure , - aeraulic means, which are arranged close to the aerial arrival zone (Z), and are capable of modifying air movements above said aerial arrival zone; and - a controller , adapted to activate the aeraulic means when at least one of the following two conditions is met: the speed value (V) which is provided by the anemometric means is greater than a first non-zero threshold, and absolute value of the bearing angle (G) which is provided by said anemometric means is less than a second non-zero threshold.
A carton (90; 190) for packaging one or more articles (A), having a plurality of panels (12, 14, 16, 18, 20; 112, 114, 116, 118, 120) defining walls of a chamber for receiving at least one article, the plurality of panels comprising a first panel (12; 112) and a second panel (20; 120) disposed in an overlapping relationship to form a first wall of the carton, the carton comprising a collapsible pocket (P) comprising a plurality of pocket walls including a front wall (30; 130), opposing side walls (32, 34; 132, 134), a rear wall (20;120) and characterised by a base wall (36; 176) and at least one of the pocket walls being coupled to one of the first and second panels (12, 20; 112, 120) by a frangible connection (F).
A crossover wireless tire monitoring system device for measuring one or more parameters relating to the condition of the tire, the crossover wireless tire monitoring system device includes: a) a valve stem ; b) an internal module with a built-in sensor that is adapted to be integrally fixed or to be detachable from the valve stem ; c) an external module with a built-in battery that is adapted to be detachable from the valve stem ; characterized in that the valve stem is a single head or dual head valve, such that a user does not require to remove or detach the built-in battery of the external module during air refilling in the event that dual head valve is used; wherein the internal module and the external module are collaboratively connected through the valve stem to form a single operative monitoring system device, said built-in sensor of the internal module is powered by the built-in battery of the external module through cable wires to a power connector , and said power connector serves to provide electrical interface for easy plug and play installation of the internal module and external module ; wherein the internal module is located and embedded at inner rim of the tire such that it provides anti-theft feature to the built-in sensor , and said built-in sensor is further provided with an air inlet hole adapted for accuracy measurement of one or more parameters relating to the condition of the tire, and wherein the external module is mounted and exposed on outer rim of the tire for easy battery replacement. a) a valve stem ; b) an internal module with a built-in sensor that is adapted to be integrally fixed or to be detachable from the valve stem ; c) an external module with a built-in battery that is adapted to be detachable from the valve stem ; wherein the internal module and the external module are collaboratively connected through the valve stem to form a single operative monitoring system device, said built-in sensor of the internal module is powered by the built-in battery of the external module through cable wires to a power connector , and said power connector serves to provide electrical interface for easy plug and play installation of the internal module and external module ; wherein the internal module is located and embedded at inner rim of the tire such that it provides anti-theft feature to the built-in sensor , and said built-in sensor is further provided with an air inlet hole adapted for accuracy measurement of one or more parameters relating to the condition of the tire, and wherein the external module is mounted and exposed on outer rim of the tire for easy battery replacement.
Tank for containing fluids and gases, such as hydrogen and the like, comprising a wall , having an external face , facing the outside of the tank , and an internal face , facing the inside of the tank , a first internal lining layer , made of aluminum or other corrosion-resistant material, a support frame , placed between said wall and said first internal lining layer , wherein said wall is arranged on said support frame , characterized by one or more dispersion nets , arranged integrated in said support frame , wherein said one or more dispersion networks disperse the gas contained in the tank in case of leaks between said wall and said first internal lining layer . a wall , having an external face , facing the outside of the tank , and an internal face , facing the inside of the tank , a first internal lining layer , made of aluminum or other corrosion-resistant material, a support frame , placed between said wall and said first internal lining layer , wherein said wall is arranged on said support frame , characterized by one or more dispersion nets , arranged integrated in said support frame , wherein said one or more dispersion networks disperse the gas contained in the tank in case of leaks between said wall and said first internal lining layer .
A power generating device comprising: an element being deformable, that generates power when deforming; and a moving member that moves when receiving a vibration, configured to contact the element when moving, wherein, when the moving member contacts the element , the element deforms into another state or returns to a previous state; wherein the element includes: a pair of electrodes (6; 8); and an intermediate layer having elasticity, disposed between the electrodes (6; 8) in a thickness direction of the element ; characterized in that the intermediate layer includes at least one of a rubber and a rubber composition, and the intermediate layer has a first side and a second side opposite the first side in the thickness direction of the element, and the first side has been subjected to at least one of a surface modification treatment and an inactivation treatment, which causes the first side and the second side to deform to different degrees of deformation when the same deformation imparting force is applied thereto and causes the first side to store charge. an element being deformable, that generates power when deforming; and a moving member that moves when receiving a vibration, configured to contact the element when moving, wherein, when the moving member contacts the element , the element deforms into another state or returns to a previous state; wherein the element includes: a pair of electrodes (6; 8); and an intermediate layer having elasticity, disposed between the electrodes (6; 8) in a thickness direction of the element ; characterized in that the intermediate layer includes at least one of a rubber and a rubber composition, and the intermediate layer has a first side and a second side opposite the first side in the thickness direction of the element, and the first side has been subjected to at least one of a surface modification treatment and an inactivation treatment, which causes the first side and the second side to deform to different degrees of deformation when the same deformation imparting force is applied thereto and causes the first side to store charge. a pair of electrodes (6; 8); and an intermediate layer having elasticity, disposed between the electrodes (6; 8) in a thickness direction of the element ; characterized in that the intermediate layer includes at least one of a rubber and a rubber composition, and the intermediate layer has a first side and a second side opposite the first side in the thickness direction of the element, and the first side has been subjected to at least one of a surface modification treatment and an inactivation treatment, which causes the first side and the second side to deform to different degrees of deformation when the same deformation imparting force is applied thereto and causes the first side to store charge.
A towable tillage implement for engaging and acting upon a ground surface under the implement , the implement having a frame defining forward and aft ends that is tiltable in a fore/aft direction , a system for tilting the frame in the fore/aft direction , and a hitch having an aft end thereof and a distal end thereof, the distal end adapted for attachment at a drawbar height to a towing vehicle , characterized in that the aft end of the hitch is pivotably attached to the forward end of the frame in a manner allowing the frame to be tilted in the fore/aft direction to thereby adjust a fore/aft trim angle of the frame , and wherein the system comprises: a fore/aft trim angle adjusting actuator operatively attached between the hitch and the frame for tilting the frame at a trim angle in the fore/aft direction ; a trim angle adjustment power source operatively attached to the fore/aft trim actuator for driving the trim actuator to adjust the trim angle ; a trim angle position sensor for indicating a present value of the fore/aft trim angle , and providing an electrical output in the form of a present trim angle signal indicative of the present fore/aft trim angle of the frame ; and a control unit operatively connected to the trim angle sensor for receiving the present trim angle signal therefrom; the control unit also being operatively connected to the trim angle adjustment power source to provide control thereof for selectively driving the trim angle actuator to tilt the frame in the fore/aft direction to thereby change the present fore/aft trim angle of the frame ; the control unit being further configured for receiving a desired depth input and for providing a control signal to the trim angle adjustment power source to automatically control the trim angle actuator to provide a desired fore/aft trim angle of the frame corresponding to the desired depth input . a fore/aft trim angle adjusting actuator operatively attached between the hitch and the frame for tilting the frame at a trim angle in the fore/aft direction ; a trim angle adjustment power source operatively attached to the fore/aft trim actuator for driving the trim actuator to adjust the trim angle ; a trim angle position sensor for indicating a present value of the fore/aft trim angle , and providing an electrical output in the form of a present trim angle signal indicative of the present fore/aft trim angle of the frame ; and a control unit operatively connected to the trim angle sensor for receiving the present trim angle signal therefrom; the control unit also being operatively connected to the trim angle adjustment power source to provide control thereof for selectively driving the trim angle actuator to tilt the frame in the fore/aft direction to thereby change the present fore/aft trim angle of the frame ; the control unit being further configured for receiving a desired depth input and for providing a control signal to the trim angle adjustment power source to automatically control the trim angle actuator to provide a desired fore/aft trim angle of the frame corresponding to the desired depth input .
An electrocaloric fiber comprising electrocaloric material surrounding a centrally located electrode.
A computer-implemented method for information protection, comprising: committing a transaction amount t of a transaction with a commitment scheme to obtain a transaction commitment value T, the commitment scheme comprising at least a transaction blinding factor r_t; transmitting the transaction blinding factor r_t, the transaction amount t and the transaction commitment value T to a recipient node associated with a recipient of the transaction for the recipient node to verify the transaction; receiving , from the recipient node: (i) an encrypted combination of the transaction blinding factor r_t and the transaction amount t; and (ii) a recipient signature SIGB representing that the recipient node has approved the transaction by signing the transaction with a private key SK_B of the recipient; approving the transaction by signing the transaction with a private key SK_A of a sender of the transaction to generate a sender signature SIGA; and submitting the transaction approved by the sender and the recipient to one or more nodes in a blockchain network for the one or more nodes to verify the transaction through consensus verification, the transaction approved by the sender and the recipient comprising the encrypted combination, the transaction commitment value T, the sender signature SIGA, and the recipient signature SIGB.
Device for fastening to a threaded stud projecting from a base, the fastening device comprising: - a main part formed by a rigid frame for enclosing the stud and having a lower support portion on the base, an upper portion and a plurality of deformable flexible grips each comprising a first free end intended to be positioned in a thread of the stud, a second end secured to the frame, and a central portion between the first end and the second end , the central portion of each grip being bent, the bend being oriented toward the outside of the rigid frame and projecting therefrom; - a covering part comprising an inner surface defining a housing configured to accommodate the main part by fitting onto the upper portion of the rigid frame , the inner surface of the housing being provided with at least one abutment zone for bearing against the bend of the central portion of the deformable flexible grips , thereby bringing the first ends thereof closer to each other so that said ends are positioned in a thread of the stud, and thus bending the deformable flexible grips and tensioning the main part , the covering part also comprising at least one flexible tab for snap-fitting the covering part to the main part and thus fastening the fastening device to the stud. - a main part formed by a rigid frame for enclosing the stud and having a lower support portion on the base, an upper portion and a plurality of deformable flexible grips each comprising a first free end intended to be positioned in a thread of the stud, a second end secured to the frame, and a central portion between the first end and the second end , the central portion of each grip being bent, the bend being oriented toward the outside of the rigid frame and projecting therefrom; - a covering part comprising an inner surface defining a housing configured to accommodate the main part by fitting onto the upper portion of the rigid frame , the inner surface of the housing being provided with at least one abutment zone for bearing against the bend of the central portion of the deformable flexible grips , thereby bringing the first ends thereof closer to each other so that said ends are positioned in a thread of the stud, and thus bending the deformable flexible grips and tensioning the main part , the covering part also comprising at least one flexible tab for snap-fitting the covering part to the main part and thus fastening the fastening device to the stud.
A method for determining a position of a motor vehicle , comprising the steps of: - determining a preliminary position of the motor vehicle ; - detecting objects in surroundings of the motor vehicle , wherein the objects comprise visible building corners (SE); - converting the detected objects into a local coordinate system; - assigning the objects converted into the local coordinate system to a map (OK) with objects on the basis of the preliminary position of the motor vehicle ; and - determining the position of the motor vehicle ; characterized in that the objects additionally also comprise virtual building corners (VE) and that the position of the motor vehicle is determined on the basis of a compensation calculation in which the most suitable objects of the map are determined for the objects converted into the local coordinate system. - determining a preliminary position of the motor vehicle ; - detecting objects in surroundings of the motor vehicle , wherein the objects comprise visible building corners (SE); - converting the detected objects into a local coordinate system; - assigning the objects converted into the local coordinate system to a map (OK) with objects on the basis of the preliminary position of the motor vehicle ; and - determining the position of the motor vehicle ;
Suction hose connecting piece for a suction hose for establishing a flow connection, in particular from a machine tool to a vacuum cleaner, wherein the connecting piece has a tubular body with a circumferential wall bounding a flow passage and a plug section located at the tubular body for establishing a plug connection to a mating connecting piece, wherein the connecting piece and the mating connecting piece can be plugged to each other, wherein the connecting piece has a tubular section designed as a multi-component section and having a longitudinal axis (L), and wherein, into a basic material of the tubular section forming a first component, there is embedded as a second component at least one stiffening element having an oblong shape and made of a stiffening material that is harder and/or has a higher tensile strength and/or bending strength and/or rigidity than the basic material, characterised in that it has at least two strip-shaped or lamellar or laminar or blade-shaped stiffening elements extending in the direction of the longitudinal axis (L) and/or parallel to each other.
Heat-treating equipment , in particular for roasting food products, comprising a vessel for receiving the product , which is associated with stirring means and a heat source , characterised in that the vessel is constituted by two vertical, coaxial and hollow drums , including an inner drum defining a first wall , and an outer drum defining a second wall of a space having a continuous ring-shaped section, into which the product to be treated is introduced continuously from above for a loading operation that is continuous or discontinuous, at least one of the two walls in contact with the product being heated by conductivity via electric resistors or a heat transfer fluid, a hot gas also being injected into the inner hollow drum , so as to make the heat consistent around the product contained within the first ring-shaped space defined by said first and second walls of the vessel , between which the stirring means are integrated.