mhurhangee/patent-ind-claim-en huggingface dataset:
Quick clamp fastener for a lace-up shoe including at least one tab provided with a number of eyelets, said clamp fastener including a base member which is laterally attachable onto the tab from a free edge of the tab , with a fastening means for detachably fastening the base member in the attached state to or into an eyelet, a tensioning member connected to the base member so as to be pivotable around a pivot pin , such that the tensioning member can be folded between a closed position, in which the tensioning member is folded onto the base member , and an open position, and locking means for locking the tensioning member in the closed position, the tensioning member including at least one eyelet spaced from the pivot pin , characterised in that the base member comprises a substantially U-shaped body for sliding laterally onto the tab , and the pivot pin is located at one end of the base member at which the legs of the body converge.
Optoelectronic device , comprising: - a support that has a rear surface and a front surface opposite each other; - a plurality of first conductive strips (6 i ) that form first polarization electrodes, distinct from each other and resting on said front surface , made of an electrically conductive material; - an intermediate insulating layer that covers the first conductive strips (6 i ) and comprises through-openings opening onto the first conductive strips (6 i ); - a plurality of diodes , each of which has a first three-dimensional doped region and a second doped region disposed in such a way as to form a p-n junction, the first doped regions being in contact with the first conductive strips (6 i ) through said through-openings and extending along a longitudinal axis substantially orthogonal to the front surface ; - a plurality of top conductive strips (14 j ) that form second polarization electrodes, distinct from each other and resting on the intermediate insulating layer , each top conductive strip (14 j ) being disposed in such a way as to be in contact with second doped regions of a set of diodes of which the first doped regions are in contact with different first conductive strips (6 i ); characterized in that the first conductive strips (6 i ) are nucleation conductive strips made of an electrically conductive material suitable for the growth of the first doped regions of the diodes . - a support that has a rear surface and a front surface opposite each other; - a plurality of first conductive strips (6 i ) that form first polarization electrodes, distinct from each other and resting on said front surface , made of an electrically conductive material; - an intermediate insulating layer that covers the first conductive strips (6 i ) and comprises through-openings opening onto the first conductive strips (6 i ); - a plurality of diodes , each of which has a first three-dimensional doped region and a second doped region disposed in such a way as to form a p-n junction, the first doped regions being in contact with the first conductive strips (6 i ) through said through-openings and extending along a longitudinal axis substantially orthogonal to the front surface ; - a plurality of top conductive strips (14 j ) that form second polarization electrodes, distinct from each other and resting on the intermediate insulating layer , each top conductive strip (14 j ) being disposed in such a way as to be in contact with second doped regions of a set of diodes of which the first doped regions are in contact with different first conductive strips (6 i );
Cooling system for an electrical-energy storage module, this system comprising: - a housing designed to house an electrical-energy storage module comprising one or more battery cells, this housing comprising a bottom face and at least one lateral face notably perpendicular to the bottom face, these faces preferably being connected to one another, - an internal heat-transfer fluid circuit comprising at least two cooling plates (20-22) through which the heat-transfer fluid can circulate, each of these plates being in thermal contact with a respective one of said faces of the housing so as to cool the storage module when the latter is placed in the housing, - a fluid connector (310; 31) designed to connect the internal heat-transfer fluid circuit to a heat-transfer fluid circuit external to the cooling system, - a structural member designed to perform a mechanical function, the structural member notably being designed to allow the device to be grasped when this device is being handled or being designed to allow the device to be fixed to the vehicle, this structural member being distinct from the cooling plates, in which system the fluid connector is mounted on this structural element, the fluid connector notably forming an integral part of this structural element. - a housing designed to house an electrical-energy storage module comprising one or more battery cells, this housing comprising a bottom face and at least one lateral face notably perpendicular to the bottom face, these faces preferably being connected to one another, - an internal heat-transfer fluid circuit comprising at least two cooling plates (20-22) through which the heat-transfer fluid can circulate, each of these plates being in thermal contact with a respective one of said faces of the housing so as to cool the storage module when the latter is placed in the housing, - a fluid connector (310; 31) designed to connect the internal heat-transfer fluid circuit to a heat-transfer fluid circuit external to the cooling system, - a structural member designed to perform a mechanical function, the structural member notably being designed to allow the device to be grasped when this device is being handled or being designed to allow the device to be fixed to the vehicle, this structural member being distinct from the cooling plates,
A sound reproducing shoe comprising: a. a controller ; b. a memory connected to said controller , said memory storing at least two pre-recorded sounds; c. a speaker ; d. a first impact sensor configured to detect when said user has caused said shoe to contact the ground; e. said controller configured to retrieve a first of said pre-recorded sounds upon receiving a signal from said first sensor and play said sound over said speaker ; and f. said controller configured to retrieve a second of said pre-recorded sounds upon receiving a signal from said second sensor and play said sound over said speaker characterised in that said first of said pre-recorded sounds is the chuff sound of a steam locomotive, said second of said pre-recorded sounds is the whistle sound of a steam locomotive, in that the shoe further comprises a second sensor configured to detect when a second shoe is near said shoe and in that said controller is further configured to log a series of impact sensor actuations in order to gauge the user's walking speed and to change the nature of said pre-recorded sounds according to the user's walking speed. a. a controller ; b. a memory connected to said controller , said memory storing at least two pre-recorded sounds; c. a speaker ; d. a first impact sensor configured to detect when said user has caused said shoe to contact the ground; e. said controller configured to retrieve a first of said pre-recorded sounds upon receiving a signal from said first sensor and play said sound over said speaker ; and f. said controller configured to retrieve a second of said pre-recorded sounds upon receiving a signal from said second sensor and play said sound over said speaker characterised in that said first of said pre-recorded sounds is the chuff sound of a steam locomotive, said second of said pre-recorded sounds is the whistle sound of a steam locomotive, in that the shoe further comprises a second sensor configured to detect when a second shoe is near said shoe and in that said controller is further configured to log a series of impact sensor actuations in order to gauge the user's walking speed and to change the nature of said pre-recorded sounds according to the user's walking speed.
Railway carriage for transporting passengers, comprising at least one passenger compartment and a heating system for the passenger compartment , the heating system comprising a source of infra-red radiation, at least one waveguide configured to guide the infra-red radiation generated by the source , and a diffuser configured to illuminate at least a portion of the passenger compartment with the infra-red radiation, characterised in that the source comprises a bar capable of emitting the infra-red radiation and a concentrator capable of concentrating the infra-red radiation and of injecting it into the waveguide .
Assisted thrust system for a carriage provided with wheels, wherein the carriage comprises a base to which a first directional wheel and a second directional wheel are fixed that are connected to the base by respective support elements that can rotate in relation to the base around a respective axis that is perpendicular to the base , wherein a first drive wheel and a second drive wheel are further fixed to the base and rotated by at least one gearmotor unit (13, 15; 14, 16; 48, 49), wherein said at least one gearmotor unit drives said first drive wheel by a first magnetic coupling device and said second drive wheel by a second magnetic coupling device , wherein said at least one gearmotor unit comprises a first gearmotor unit that drives said first drive wheel and a second gearmotor unit that drives said second drive wheel, characterized in that said first magnetic coupling device comprises a first disc made of electrically conductive material and a second disc made of electrically conductive material that are fitted on an a first outlet shaft of the first gearmotor unit , a first group of permanent magnets and a second group of permanent magnets inserted into respective first seats with which the first drive wheel is provided, wherein said first drive wheel is arranged between said first disc and said second disc on said first outlet shaft free to rotate in relation thereto, wherein said first disc is inserted with clearance into a first seat obtained in said first drive wheel and faces said first group of permanent magnets , wherein said second disc is inserted with clearance into a second seat obtained in said first drive wheel in a position opposite said first seat and faces said second group of permanent magnets , and characterized in that said second magnetic coupling device comprises a third disc made of electrically conductive material and a fourth disc made of electrically conductive material that are fitted on second outlet shaft of the second gearmotor unit , a third group of permanent magnets and a fourth group of permanent magnets inserted into respective second seats with which the second drive wheel is provided, wherein said second drive wheel is arranged between said third disc and said fourth disc on said second outlet shaft and is free to rotate in relation thereto, in which said third disc is inserted with clearance into a third seat obtained in said second drive wheel and faces said third group of permanent magnets , wherein said fourth disc is inserted with clearance into a fourth seat obtained in said second drive wheel in a position opposite said third seat and faces said fourth group of permanent magnets .
A method of dynamically controlling a wind turbine having a rotor supporting a plurality of blades and a main bearing supporting the rotor, the method comprising: detecting a load profile around the circumference of the main bearing , wherein detecting the load profile comprises detecting strain at a plurality of locations around the circumference of the main bearing, and estimating a continuous load profile around the circumference of the main bearing; generating a control signal based on the detected load profile; and dynamically adjusting the load profile of the main bearing using the control signal. detecting a load profile around the circumference of the main bearing , wherein detecting the load profile comprises detecting strain at a plurality of locations around the circumference of the main bearing, and estimating a continuous load profile around the circumference of the main bearing; generating a control signal based on the detected load profile; and dynamically adjusting the load profile of the main bearing using the control signal.
Combine harvester having a cleaning device which comprises a sieve , to which an air stream flowing through rearward and upward can be applied to the sieve by a fan , the sieve being suspended pendulously on hangers and being displaceable in an alternating movement by means of a drive, which comprises an eccentric drive that can be set rotating and is connected to the sieve via a connecting rod , characterized in that the drive is formed in such a way that the distance-time characteristic of the sieve over the proportion of the phase in which the sieve moves upward and which is between rounded transitions at the lower and upper reversal points of the sieve is at least approximately linear, and in that the eccentric drive can be driven at a rotational speed that changes during a revolution of the eccentric drive .
A pharmaceutical composition for oral administration comprising the fluoroquinolone antibiotic Moxifloxacin as crystalline Moxifloxacin hydrochloride anhydrous, mannitol, a superdisintegrant added both intragranularly and extragranularly and colloidal silicon dioxide added intragranularly in an amount of from 1%wt to 5%wt based on the total weight of the composition.
A magnetic refrigeration device comprising: a magnetic heat container filled with a magneto-caloric material ; a magnetic field generation device to be capable of varying a magnetic field applied to the magnetic heat container filled with the magneto-caloric material ; a high temperature-side heat exchanger connected to the magnetic heat container ; a low temperature-side heat exchanger connected to the magnetic heat container so as to place the magnetic heat container between the high temperature-side heat exchanger and the low temperature-side heat exchanger ; and a pump to be capable of transporting a heat transport medium in a reciprocable manner between the high temperature-side heat exchanger and the low temperature-side heat exchanger via the magnetic heat container , wherein the magnetic heat container has a spiral shape (SP) extending in a spiral on an identical plane and allows the heat transport medium transported by the pump to flow along the spiral shape (SP), the magnetic heat container has a first dimension (D1) in an axial direction (X) of the spiral shape (SP) and a second dimension (D2) in a direction (Y) orthogonal to the axial direction (X), and the first dimension (D1) is greater than the second dimension (D2). a magnetic heat container filled with a magneto-caloric material ; a magnetic field generation device to be capable of varying a magnetic field applied to the magnetic heat container filled with the magneto-caloric material ; a high temperature-side heat exchanger connected to the magnetic heat container ; a low temperature-side heat exchanger connected to the magnetic heat container so as to place the magnetic heat container between the high temperature-side heat exchanger and the low temperature-side heat exchanger ; and a pump to be capable of transporting a heat transport medium in a reciprocable manner between the high temperature-side heat exchanger and the low temperature-side heat exchanger via the magnetic heat container , wherein the magnetic heat container has a spiral shape (SP) extending in a spiral on an identical plane and allows the heat transport medium transported by the pump to flow along the spiral shape (SP), the magnetic heat container has a first dimension (D1) in an axial direction (X) of the spiral shape (SP) and a second dimension (D2) in a direction (Y) orthogonal to the axial direction (X), and the first dimension (D1) is greater than the second dimension (D2).
Optical unit (BO) intended to equip a vehicle and comprising a window (G) comprising a first peripheral part (PP1) having a portion of the front face (PFV) intended to be placed opposite a second peripheral part (PP2) of a piece of equipment (PC) of said vehicle and comprising a first part (P1), and a second part (P2), covering a rear face (FR) of that first part (P1) and extending beyond the latter (P1), characterised in that said first part (P1) is made by injection of a first material, and the second part (P2) is made by injection of a second material and in that in the presence of the second peripheral part (PP2) comprising N protrusions (PR) intended to be directed towards said portion of the front face (PFV), with N ≥ 1, said first part (P1) comprises N holes (T) intended to be placed opposite said N protrusions (PR) respectively, so that the entire portion of the front face (PFV) is normally spaced at least a predefined distance from said second peripheral part (PP2); each hole (T) being through and corresponding to a local absence of the first matter.
Apparatus for transporting at least one heated component , wherein the apparatus comprises at least the following components: - at least one framework , wherein the framework defines a transport plane into which the component can be transported, - a lifting device which is provided and configured to lift the component from the transport plane into a removal plane , wherein the lifting device viewed in a vertical direction is at least partially arranged below the transport plane , wherein the lifting device has at least one first contact unit with a first contact element and at least one second contact unit with a second contact element , wherein first and second contact element are provided and configured for contacting at least one partial area of at least one component underside , wherein the first contact unit and the second contact unit are mechanically connected to each other so that they can be raised synchronously with each other, wherein the second contact unit can be controlled independently of the first contact unit , such that the first contact element can be raised into a first plane and the second contact element can be raised into a second plane which differs from the first plane . - at least one framework , wherein the framework defines a transport plane into which the component can be transported, - a lifting device which is provided and configured to lift the component from the transport plane into a removal plane , wherein the lifting device viewed in a vertical direction is at least partially arranged below the transport plane ,
Method for producing a bag-type kraft paper web using a paper machine comprising a forming section for forming and dewatering the paper web , a pressing section and a drying section having a pre-drying section (5.1) and a post-drying section (5.2) for further dewatering the bag-type kraft paper web , and a reel , wherein a compression device for compressing the bag-type kraft paper web is disposed between the pre-drying section (5.1) and the post-drying section (5.2), characterized in that the bag-type kraft paper web after the pre-drying section (5.1) and before the reel is imparted at least one cut in the machine running direction (MD) by at least one first cutting unit (20.1, 20.2), and is divided into at least two bag-type kraft paper partial webs (2.1, 2.2, 2.3) which lie next to one another in the cross direction (CD), so that at least one minimum elongation value (D1min, D2min, D3min) in the cross direction (CD) of the at least two bag-type kraft paper partial webs (2.1, 2.2, 2.3) before reaching the reel is influenced by the cut in such a way that the minimum elongation value (D1min, D2min, D3min) is higher than a minimum elongation value (DOmin) of the undivided bag-type kraft paper web .
A clutch module comprising: A first rotating member including at least one strut actuation module ; A second engaged member including cam surfaces thereon for engagement by said strut actuation module ; said strut actuation module including a frame with a strut pivotally moveable with respect to said frame , said strut including an engagement end and a base end including a first side and a second side thereof, a pin/post portion extending from said frame and having an insulated bobbin with an energizable coil surrounding said bobbin , a U-shaped member including a pair of actuation legs attached to said pin/post portion and forming a magnetic gap between said base end of said strut and peripheral ends of said legs , such that when said coil is energized the peripheral ends of said legs are polarized in a first polarity and said frame and said strut are polarized with an opposite polarity thereby biasing said strut toward said peripheral ends and pivoting said engagement end into engagement with a cam surface of said engagement member . A first rotating member including at least one strut actuation module ; A second engaged member including cam surfaces thereon for engagement by said strut actuation module ;
A method of controlling a water reservoir supply pump arrangement , wherein a set value (p, q, v, n) of the pump arrangement is determined based on an offset value (p ref , q ref , n ref , v ref , G 0 ) reduced by a component which is a function of the difference between the actual water level (h) and a predetermined water level (h ref ) in a water reservoir , the difference being weighted by an automatically adjusted proportional gain factor (G), characterized in that the gain factor (G) is adjusted each time a further predetermined water level in the reservoir is reached and/or a predetermined time interval (T) has elapsed.
Fluid pump apparatus comprising a plurality of ejectors , the apparatus having at least one motive fluid inlet arranged to supply motive fluid to the apparatus , at least one suction fluid inlet arranged to supply suction fluid to the apparatus and a common discharge outlet from which motive fluid and suction fluid that have passed through the ejectors is expelled from the apparatus , each ejector having a respective injector portion and a respective diffuser portion , the injector portion being arranged to inject motive fluid from at least one said at least one motive fluid inlet into the diffuser portion thereby to draw suction fluid into the diffuser portion from at least one said at least one suction fluid inlet , the diffuser portion having a Venturi portion , characterised in that each ejector has a respective flow stabilisation portion downstream of the Venturi portion thereof, the flow stabilisation portion being arranged to stabilise a flow of motive fluid and suction fluid therethrough before respective flows of fluid through each ejector meet downstream of the ejectors , wherein the flow stabilisation portion comprises a flow stabilisation conduit of substantially constant diameter and having a length substantially equal to or greater than the diameter thereof.
PD-0184264 or a pharmaceutically acceptable salt thereof for use in a method of treatment of a disease caused by a coronavirus in a human subject, wherein the human subject is hospitalized, wherein the coronavirus is SARS-CoV-2 and the patient is suffering from COVID-19.
A system for remotely printing a mark, such as a visa, stamp or label, on a security document, such as a passport, comprising: - an interface adapted to receive, from field equipment and via a network, request information relating to a mark to be printed on said security document; - a mark generation module adapted to generate data defining a mark to be printed on the security document; and characterized by - a remote printer control module adapted to control printing equipment remote from the system to print the mark on the security document. - an interface adapted to receive, from field equipment and via a network, request information relating to a mark to be printed on said security document; - a mark generation module adapted to generate data defining a mark to be printed on the security document; and characterized by - a remote printer control module adapted to control printing equipment remote from the system to print the mark on the security document.