mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing a transfer using a blockchain network and a uniform resource locator (URL), the method comprising: receiving, by computer program code which is stored on the blockchain network, an address on the blockchain network and tokens or value associated with the address for writing a blockchain transaction using the computer program code, wherein the URL is associated with the address and includes key parameters of the address; receiving, by the computer program code as an automated result of execution of the URL, a cryptographically signed transaction having the key parameters of the address and key parameters of a new address on the blockchain network that were generated by the execution of the URL to which at least part of the tokens or value is to be sent; and transferring, by the computer program code and based on the blockchain network reaching consensus on the cryptographically signed transaction, the at least part of the tokens or value from the address to the new address as a further automated result of the execution of the URL. receiving, by computer program code which is stored on the blockchain network, an address on the blockchain network and tokens or value associated with the address for writing a blockchain transaction using the computer program code, wherein the URL is associated with the address and includes key parameters of the address; receiving, by the computer program code as an automated result of execution of the URL, a cryptographically signed transaction having the key parameters of the address and key parameters of a new address on the blockchain network that were generated by the execution of the URL to which at least part of the tokens or value is to be sent; and transferring, by the computer program code and based on the blockchain network reaching consensus on the cryptographically signed transaction, the at least part of the tokens or value from the address to the new address as a further automated result of the execution of the URL.
Curtain controlling device for opening and closing curtains, characterized in that the curtain controlling device comprises an open loop system with two cable spools , one pulley and one driving cable , wherein said cable is wound up on these spools , each end of said cable being connected to one of said spools ; said cable spools are arranged to wind and unwind the cable at the relevant cable ends (115a,b); said pulley is a remote cable pulley guiding, at a remote location, the said cable which extends between both spools , wherein the cable spools are arranged to exert a cable pretension force in a direction (T) contrary to the unwinding direction (U) of the spools ; the device further comprises an electric driving means , wherein said electric driving means comprises an electric motor and electrically actuated coupling means for coupling the motor to the one or the other cable spool or decoupling the motor from the one and from the other cable spool , thus causing the cable to move from the one to the other cable spool or reversely, in order to move said curtain connected to the cable , or to be disengaged from both cable spools in order to enable manual moving said curtain connected to the cable .
A leadscrew and nut actuator comprising: a leadscrew having an external thread and formed from a first material; a nut configured to receive the leadscrew , the nut having an internal thread and formed from a second material; and an insert arranged between the internal thread of the nut and the external thread of the leadscrew , the insert configured to transfer force between the external thread and the internal thread and prevent material contact between the leadscrew and the nut , wherein the insert is formed of a third material different from the first material and the second material, characterized by either at least one end stop fixedly attached to the leadscrew and arranged within a space between axially adjacent portions of the external thread and configured to retain a position of the insert relative to the leadscrew , or at least one end stop fixedly attached to the nut and arranged within a space between axially adjacent portions of the internal thread and configured to retain the position of the insert relative to the nut (304. a leadscrew having an external thread and formed from a first material; a nut configured to receive the leadscrew , the nut having an internal thread and formed from a second material; and an insert arranged between the internal thread of the nut and the external thread of the leadscrew , the insert configured to transfer force between the external thread and the internal thread and prevent material contact between the leadscrew and the nut , wherein the insert is formed of a third material different from the first material and the second material, characterized by either at least one end stop fixedly attached to the leadscrew and arranged within a space between axially adjacent portions of the external thread and configured to retain a position of the insert relative to the leadscrew , or at least one end stop fixedly attached to the nut and arranged within a space between axially adjacent portions of the internal thread and configured to retain the position of the insert relative to the nut (304.
A distance measurement device comprising: one or more laser sources configured to generate a dual-comb pulse train, the dual-comb pulse train comprising a first comb having a first repetition rate and a second comb having a second repetition rate different from the first repetition rate, and an intensity of the individual pulse trains being modulated by a modulation signal having a modulation frequency equal to a difference between the first repetition rate and the second repetition rate; optical elements (103 - 108) configured to transmit the second comb to a target and to a reference , and to receive and direct a reflected target signal from the target and a reflected reference signal from the reference; one or more detectors configured to detect the reflected target signal sampled by the first comb to create a target interferogram, and to detect the reflected reference signal sampled by the first comb to create a reference interferogram, and to detect the reflected target signal and the reflected reference signal; and a processor configured to determine a time of flight between the target and the reference based on a time difference between the intensity modulation of the target signal and the intensity modulation of the reference signal, and to determine a distance between the target and the reference based on a time difference between the target interferogram and the reference interferogram detected and on the determined the time of flight. one or more laser sources configured to generate a dual-comb pulse train, the dual-comb pulse train comprising a first comb having a first repetition rate and a second comb having a second repetition rate different from the first repetition rate, and an intensity of the individual pulse trains being modulated by a modulation signal having a modulation frequency equal to a difference between the first repetition rate and the second repetition rate; optical elements (103 - 108) configured to transmit the second comb to a target and to a reference , and to receive and direct a reflected target signal from the target and a reflected reference signal from the reference; one or more detectors configured to detect the reflected target signal sampled by the first comb to create a target interferogram, and to detect the reflected reference signal sampled by the first comb to create a reference interferogram, and to detect the reflected target signal and the reflected reference signal; and a processor configured to determine a time of flight between the target and the reference based on a time difference between the intensity modulation of the target signal and the intensity modulation of the reference signal, and to determine a distance between the target and the reference based on a time difference between the target interferogram and the reference interferogram detected and on the determined the time of flight.
Cladding system for at least partially cladding a motor vehicle pillar - in particular, an A-pillar - comprising a lower part and a first middle part , wherein the lower part and the first middle part have contact regions designed to be mutually complementary and can be positioned in relation to one another such that the lower part and the first middle part together form an at least nearly closed contour, characterized in that the cladding system comprises a second middle part which differs from the first middle part in shape and/or size and which has a contact region which is designed to be complementary to the contact region of the lower part , wherein the lower part and the second middle part can be positioned in relation to one another in such a way that they together form an at least nearly closed contour, wherein the lower part is to be arranged below the middle part .
An accessory for use with a vacuum cleaner, the accessory being adaptable to releasably connect to the vacuum cleaner, the accessory comprising: a vacuum intake head having a chamber arranged such that when the accessory is connected to the vacuum cleaner, the chamber is in fluid communication with the vacuum cleaner and adaptable to receive air and liquid from and around a surface to be cleaned; and filtration means adaptable to separate the liquid from the air such that substantially no liquid returns to the vacuum cleaner characterised in that the accessory further comprises a spraying means for spraying a work fluid onto the surface to be cleaned; and the vacuum intake head further comprises at least one rotatable brush for agitating the surface to be cleaned. a vacuum intake head having a chamber arranged such that when the accessory is connected to the vacuum cleaner, the chamber is in fluid communication with the vacuum cleaner and adaptable to receive air and liquid from and around a surface to be cleaned; and filtration means adaptable to separate the liquid from the air such that substantially no liquid returns to the vacuum cleaner characterised in that the accessory further comprises a spraying means for spraying a work fluid onto the surface to be cleaned; and the vacuum intake head further comprises at least one rotatable brush for agitating the surface to be cleaned.
An orthopedic locking screw , wherein the orthopedic locking screw comprises a screw shaft , wherein the screw shaft comprises a slot , wherein the slot extends at least partially along a longitudinal axis (Z) of the screw shaft , wherein the slot extends at least partially along a chord of a cross section of the screw shaft , and wherein a surface of a circular segment comprising the chord is at least partially provided with a threaded portion , wherein the slot is arranged, when seen in the cross section, closer to the surface than to the longitudinal axis (Z) of the screw shaft . wherein the orthopedic locking screw comprises a screw shaft , wherein the screw shaft comprises a slot , wherein the slot extends at least partially along a longitudinal axis (Z) of the screw shaft , wherein the slot extends at least partially along a chord of a cross section of the screw shaft , and wherein a surface of a circular segment comprising the chord is at least partially provided with a threaded portion , wherein the slot is arranged, when seen in the cross section, closer to the surface than to the longitudinal axis (Z) of the screw shaft .
A contact lens package comprising: a lid ; a base comprising: a cavity configured to house a contact lens and packaging solution, the contact lens having a concave posterior side which is configured to rest against the eye in use and a convex anterior side which is configured to face away from the eye in use, wherein the cavity is configured to house the contact lens in a convex position wherein the convex anterior side is oriented towards the lid; and a lever configured to hinge along a pivot line in the base when a force is applied to the lever; and a lens support intersecting the pivot line such that the force applied to the lever is configured to cause the lens support to lift the contact lens out of the packaging solution in a position on the lens support capable of single-touch transfer by a user. a lid ; a base comprising: a cavity configured to house a contact lens and packaging solution, the contact lens having a concave posterior side which is configured to rest against the eye in use and a convex anterior side which is configured to face away from the eye in use, wherein the cavity is configured to house the contact lens in a convex position wherein the convex anterior side is oriented towards the lid; and a lever configured to hinge along a pivot line in the base when a force is applied to the lever; and a cavity configured to house a contact lens and packaging solution, the contact lens having a concave posterior side which is configured to rest against the eye in use and a convex anterior side which is configured to face away from the eye in use, wherein the cavity is configured to house the contact lens in a convex position wherein the convex anterior side is oriented towards the lid; and a lever configured to hinge along a pivot line in the base when a force is applied to the lever; and a lens support intersecting the pivot line such that the force applied to the lever is configured to cause the lens support to lift the contact lens out of the packaging solution in a position on the lens support capable of single-touch transfer by a user.
A method for producing a polyether diol, comprising hydrogenation reduction of a compound represented by the following formula in the presence of a hydrogenation catalyst to obtain a polyether diol compound represented by the following formula : where R 1 , R 2 , R 3 and R 4 , which may be the same as or different from each other, each represent a linear or branched alkyl group having 1 to 6 carbon atoms.
An apparatus for controlling conditions in a plant cultivation facility, said apparatus comprising at least: a lighting system arranged in connection with plants present in an environmentally sealable and closable cultivation facility (K) and consisting of several electrical lighting fixtures operating most preferably with external power supply, said lighting fixtures comprising one or more electrical components (1a1) providing a lighting function; a hydronic cooling arrangement for lowering or impeding the rise of temperature in the cultivation facility, said cooling arrangement comprising a cooling manifold present in connection with plants in the cultivation facility (K) and by means of which the lighting fixtures included in the lighting system are adapted to be cooled with cooling water conducted in the manifold by pump action (P1); and a heat recovery arrangement for utilizing excess heat generated in the cultivation facility, such as that transferred into the cooling arrangement's circulation water, said heat recovery arrangement including a water tank for storing the heat reclaimed by the heat recovery arrangement , characterized in that the heat recovery arrangement includes one or more condenser dryers/coolers for collecting water and/or heat absorbed in the indoor air of a cultivation facility and a heat pump assembly for transferring the heat, accumulated in the water tank by way of the cooling arrangement's circulation water and/or the condenser dryers/ coolers circulation water , into a secondary circuit (tp) independent with respect to its one or more water circulation loops .
Use of a collector for the separation by flotation of carbonates contained in phosphoric rock, wherein the collector comprises at least one phosphoric ester of formula (I) wherein, - R 1 represents H, CH 3 or C 2 H 5 , - R 2 represents a group selected from n-hexyl, 2-ethylbutyl, 2-methylpentyl, 2-ethylhexyl, 2-methylheptyl or mixtures thereof, - R 3 represents H or a suitable cation, selected from an alkali metal, an alkaline earth metal, ammonium, alkyl ammonium, alkanol ammonium or glucammonium, - k represents a number comprised between 1 and 2, and - n represents a number comprised between 0 and 4; wherein the phosphoric ester of formula (I) is formed by a mixture of monoester and diester, and characterized in that the weight ratio between monoester and diester is comprised between 90:10 and 50:50. - R 1 represents H, CH 3 or C 2 H 5 , - R 2 represents a group selected from n-hexyl, 2-ethylbutyl, 2-methylpentyl, 2-ethylhexyl, 2-methylheptyl or mixtures thereof, - R 3 represents H or a suitable cation, selected from an alkali metal, an alkaline earth metal, ammonium, alkyl ammonium, alkanol ammonium or glucammonium, - k represents a number comprised between 1 and 2, and - n represents a number comprised between 0 and 4;
A machine-implemented method, comprising: (a) accessing a set of input aerial or satellite images, the set of input images comprising overlapping images; (b) determining relative accuracies between pairs of the overlapping images based on a shear of each respective pair of overlapping images; and (c) estimating absolute geospatial accuracy of the set of the input images, without absolute geospatial reference points, based on a statistical measure of the relative accuracies between the pairs of the overlapping images; the method characterized by further comprising: evaluating a digital elevation map, DEM , of a geographic region by: performing steps (a), (b), and (c), to estimate absolute geospatial accuracy of a set of Level 1B images of the geographic region based on a statistical measure of relative accuracies between pairs of overlapping Level 1B images in the set of Level 1B images; performing steps (a), (b), and (c), to estimate absolute geospatial accuracy of a set of orthorectified images of the geographic region based on a statistical measure of relative accuracies between pairs of overlapping orthorectified images in the set of orthorectified images; and determining errors in the DEM based on differences between the estimated absolute geospatial accuracy of the set of orthorectified images and the estimated absolute geospatial accuracy of the set of Level 1B images. (a) accessing a set of input aerial or satellite images, the set of input images comprising overlapping images; (b) determining relative accuracies between pairs of the overlapping images based on a shear of each respective pair of overlapping images; and (c) estimating absolute geospatial accuracy of the set of the input images, without absolute geospatial reference points, based on a statistical measure of the relative accuracies between the pairs of the overlapping images; performing steps (a), (b), and (c), to estimate absolute geospatial accuracy of a set of Level 1B images of the geographic region based on a statistical measure of relative accuracies between pairs of overlapping Level 1B images in the set of Level 1B images; performing steps (a), (b), and (c), to estimate absolute geospatial accuracy of a set of orthorectified images of the geographic region based on a statistical measure of relative accuracies between pairs of overlapping orthorectified images in the set of orthorectified images; and determining errors in the DEM based on differences between the estimated absolute geospatial accuracy of the set of orthorectified images and the estimated absolute geospatial accuracy of the set of Level 1B images.
A clasp for a spray nozzle assembly, wherein the spray nozzle assembly includes a spray nozzle and a wear part releasably trapped in a protective housing , comprising the protective housing with a housing chamber having a lower base on which the wear part may be seated, characterised in that the clasp has an upper opening through which the wear part may axially enter the housing chamber or be removed therefrom, and a chamber wall comprising a substantially rigid, part-cylindrical retaining wall having a first upper radially inwardly extending protrusion and at least one resiliently deflectable wall section having a further upper radially inwardly extending protrusion .
An air conditioning recharging machine designed to recharge a refrigerant fluid into/from an air-conditioning system mounted on board of a motor vehicle ; said recharging machine comprising: - a flexible high-pressure hose and a flexible low-pressure hose designed to be connected to said air-conditioning system ; - recharging means designed to supply a refrigerant fluid to said air-conditioning system through said flexible hoses so as to perform a recharging operation of the refrigerant fluid; - discharging means designed to discharge the refrigerant fluid from said air-conditioning system through said flexible hoses so as to perform a discharging operation of the refrigerant fluid; - a valve distributor body , which is provided with a series of inlets/outlets hydraulically connected to at least said pair of flexible hoses , to said recharging means and to said discharging means ; said valve distributor body being configured to selectively connect one or more inlets to one or more outlets; said recharging machine being characterized in that said valve distributor body comprises: - a monobloc made of rigid material which is provided with one or more first straight inner through-ducts , each of which extends in the monobloc so as to have the two axial ends which are arranged on two respective first faces of said monobloc opposite one to the other, and are each closed by a respective solenoid valve coupled to the first face itself. - a flexible high-pressure hose and a flexible low-pressure hose designed to be connected to said air-conditioning system ; - recharging means designed to supply a refrigerant fluid to said air-conditioning system through said flexible hoses so as to perform a recharging operation of the refrigerant fluid; - discharging means designed to discharge the refrigerant fluid from said air-conditioning system through said flexible hoses so as to perform a discharging operation of the refrigerant fluid; - a valve distributor body , which is provided with a series of inlets/outlets hydraulically connected to at least said pair of flexible hoses , to said recharging means and to said discharging means ; - a monobloc made of rigid material which is provided with one or more first straight inner through-ducts , each of which extends in the monobloc so as to have the two axial ends which are arranged on two respective first faces of said monobloc opposite one to the other, and are each closed by a respective solenoid valve coupled to the first face itself.
A roof window having a frame and a sash , each having a top member , a bottom member and two side members , the sash being pivotally connected to the frame so that a pivotal opening movement of the sash in relation to the frame moves the window between a closed position and a fully opened position, wherein the window comprises a pressure spring , the pressure spring over at least a part of the opening movement pushing the sash against the fully opened position of the window, the pressure spring at a first position (A) being rotatably attached to a first of the side sash members , characterized in that the pressure spring at a second position (B) is rotatably attached to an arm , and the arm at a third position (C) is rotatably attached to the first of the side sash members and at a fourth position (D) is rotatably attached to a foot , the foot being connected to a first of the side frame members , which is associated with the first side sash member , such as to be able to move in a longitudinal direction of the first side frame member during said opening movement, said longitudinal direction extending from the bottom frame member towards the top frame member.