mhurhangee/patent-ind-claim-en huggingface dataset:
A communication system comprising a plurality of communication apparatuses (101-108, 110), each of which comprises transmission means and receiving means for wireless communication in the communication system, the system comprising determination means configured to obtain information on link qualities between the communication apparatuses, characterized in that the determination means is configured to determine, based on said link qualities, communication apparatuses to simultaneously transmit a same piece of data through multiple data transmissions using different radio wave multiplex types, wherein the transmission means are configured to transmit said piece of data using the different radio wave multiplex types based on the determination by the determination means, so that the communication apparatuses determined by the determination means perform the multiple data transmissions with a synchronized timing (T3). determination means configured to obtain information on link qualities between the communication apparatuses, characterized in that the determination means is configured to determine, based on said link qualities, communication apparatuses to simultaneously transmit a same piece of data through multiple data transmissions using different radio wave multiplex types, wherein the transmission means are configured to transmit said piece of data using the different radio wave multiplex types based on the determination by the determination means, so that the communication apparatuses determined by the determination means perform the multiple data transmissions with a synchronized timing (T3).
A heat exchanger module comprising at least one first layer for a first fluid to flow therein between a first inlet and a first outlet, and at least one second layer for a second fluid to flow therein between a second inlet and a second outlet, wherein the at least one first layer and the at least one second layer are separated by a parting plate , the first layer comprising a first wall meandering between opposite sides of the first layer in order to define first channels extending between the first inlet and the first outlet, the second layer comprising a second wall meandering between opposite sides of the second layer in order to define second channels extending between the second inlet and the second outlet, characterized in that a pitch (p1) of the first wall is less than a pitch (p2) of the second wall, a thickness (e1) of the first wall is less than a thickness (e2) of the second wall, and a ratio of the pitch (p1) to a height (h1) of the first wall is less than a ratio of the pitch (p2) to a height (h2) of the second wall.
An injector arrangement which allows the fat tissue to be drawn through a suction tip , stored inside a tube without intervention or exposure to air and centrifuged finally in order to obtain fat based stem cells, comprising a modular piston with a movable structure which allows drawing the fat tissue into the tube through the said suction tip by means of a piston tip seal , a piston shaft with modular structure which allows the said modular piston to move inside the tube in forward and backward directions and which can be separated from the modular piston in order to allow the tube to be placed inside a centrifuge device after the fat tissue is drawn inside the tube , and an O-ring which engages into the O-ring seat formed on a hollow locking part with independent structure in order to make the hollow locking part with an independent structure introduced on the said modular piston to act as a locking device during the centrifuge process, such as to prevent the fat tissue and split stem cells to leak outside the tube during the centrifuge, wherein; the injector arrangement comprises said suction tip , said tube , said piston tip seal and said hollow locking part and wherein said piston tip seal has a concave structure.
Wide belt grinding machine, for processing, preferably plate-shaped, workpieces (W), which preferably consist at least in sections of wood, wood material and/or plastic, comprising a control device and at least one light signal display device which displays information on the wide belt grinding machine in such a way that the information displayed by the light signal display device can be perceived by an operator, characterized in that the control device is configured to determine, over the engagement time (t) of at least one tool, the current state of wear of the at least one tool of the wide belt grinding machine based on a summation of determined wear of the tool, wherein the wear of the tool (WZ) is determined based on detected length dimensions (X, Y) of the machined workpieces, a detected insertion position (EP) of the respective workpieces and respective machining parameters, to control the light signal display device in such a way that to the operator, the state of wear of the at least one tool of the wide belt grinding machine and/or an advantageous insertion position (EPV) of a workpiece to be machined is displayed as the information. a control device and at least one light signal display device which displays information on the wide belt grinding machine in such a way that the information displayed by the light signal display device can be perceived by an operator, characterized in that the control device is configured to determine, over the engagement time (t) of at least one tool, the current state of wear of the at least one tool of the wide belt grinding machine based on a summation of determined wear of the tool, wherein the wear of the tool (WZ) is determined based on detected length dimensions (X, Y) of the machined workpieces, a detected insertion position (EP) of the respective workpieces and respective machining parameters, to control the light signal display device in such a way that to the operator, the state of wear of the at least one tool of the wide belt grinding machine and/or an advantageous insertion position (EPV) of a workpiece to be machined is displayed as the information.
A two-ply tissue paper comprising a moisturizing agent, wherein a basis weight per ply is 15.9 to 17.9 g/m 2 , a two-ply paper thickness is 140 to 175 μm, and all of a polyol, hyaluronic acid, a fatty acid ester-based compound, and a fatty acid amide-based compound are contained.
Method for operating a photovoltaic module having at least one perovskite solar cell , the method comprising the at least temporary operation of the photovoltaic module at the maximum power point by means of a regulation device connected to the photovoltaic module , wherein the withdrawal of electrical energy is interrupted when the irradiance of an electromagnetic radiation impinging on the photovoltaic module falls below a predetermined threshold value, characterized in that , when the irradiance falls below the predetermined threshold value, the photovoltaic module is electrically decoupled from the regulation device by means of a transistor and in that the predetermined threshold value is in the range of between 2 W/m 2 and 20 W/m 2 , in particular between 5 W/m 2 and 15 W/m 2 , particularly preferably 10 W/m 2 .
A hybrid endoprosthetic device (20; 90) comprising a stented tubular part (21; 91) and a branched tubular body (25; 95) connected such that a main lumen (23; 93) of the stented tubular part (21; 91) communicates with a main lumen of the branched tubular body (25; 95), wherein the branched tubular body (25; 95) has tubular body portion (26; 96) and multiple branch lumens (27, 28, 29, 37, 38, 39; 67, 68, 69, 79, 97, 98, 99) extending from the tubular body portion (26; 96) of the branched tubular body (25; 95) for connection with natural vessels of the vasculature, and includes at least one branch lumen (38; 68; 88) for access to facilitate delivery and implantation of the hybrid endoprosthetic device (20; 90) by an endovascular step in a hybrid surgical procedure, characterised in that each one or a selected number of the multiple branch lumens (27, 28, 29, 37, 39; 67, 69, 79, 97, 98, 99)) for connection with natural vessels of the vasculature are formed as multiple branches respectively such that each has a distal closed end allowing a user to selectively open a branch for connection to a natural vessel, preferably an iliac artery, to achieve controlled perfusion through the hybrid endoprosthetic device (20; 90) via the connected main lumens respectively of the branched tubular part (25; 95) and the stented part (21; 91) of the endoprosthetic device (20; 90) and the hybrid endoprosthetic device (20; 90) is configured to replace a part of the aorta and common iliac artery.
A method of communicating data through a bus, the method comprising: authenticating a surgical component utilizing a microchip communicatively-coupled through a single wire bus to a microprocessor capable of demultiplexing transmit and receive lines using a ground wire of the microchip ; and controlling a receive mode and a transmit mode over the single wire bus, wherein in order to transmit over the single wire bus , the ground wire is turned off and the microprocessor selects the transmit mode, and in order to receive over the single wire bus , the ground wire is turned on and the microprocessor selects the receive mode. authenticating a surgical component utilizing a microchip communicatively-coupled through a single wire bus to a microprocessor capable of demultiplexing transmit and receive lines using a ground wire of the microchip ; and controlling a receive mode and a transmit mode over the single wire bus, wherein in order to transmit over the single wire bus , the ground wire is turned off and the microprocessor selects the transmit mode, and in order to receive over the single wire bus , the ground wire is turned on and the microprocessor selects the receive mode.
Device for orienting products comprising, on the one hand, a conveying means for moving, in a longitudinal conveying direction , said products resting thereon via their lower part at the level of a conveying plane and, on the other, a means of action, the means of action comprising a unit fixed in the conveying direction and movable such as to be moved across the conveying plane between an entirely retracted position under the conveying plane and an active position, forming, selectively, via its upper part, a surface in contact with the underneath of the products , the means of action is located beside the conveying means , transversely to the conveying direction , creating on the product a longitudinal speed differential giving rise to the rotation thereof about an axis perpendicular to the conveying plane , characterized in that the orientation device further comprises a longitudinal guide positioned such as transversely to push the products in the direction of the means of action, in such a manner that at least some of them consequently then circulate at the height of the unit , said longitudinal guide being of a form adapted to offset, beyond the conveying surface, the products to be turned.
Gelsolin for use in the treatment of a subject having an inflammatory disease, wherein the subject does not have any signs or symptoms of an infection, sepsis, or an actin-related disorder.
A surface element having at least one structured surface region, in particular for a motor vehicle, which structured surface region is formed by elevations which are in each case at a spacing from one another and depressions which are situated between them, characterised in that the elevations (3, 3', 3", 10, 10') are arranged substantially at such a small spacing from one another and which have a height with respect to the depressions (4 to 9, 4' to 9', 4") such that, when the surface element (1, 1', 1") is swept over by an object, the object cannot reach, or cannot readily reach, the bottom of the depressions (4 to 9, 4' to 9', 4"), wherein the bottoms are formed with a glossy finish and wherein the high-lying surfaces of the elevations are refractively formed.
A Security automation system (100; 400; 500) configured for security management of an Information Technology, IT, system , the security automation system using machine learning, ML, and comprises: a. a Threat engine , b. a Risk engine configured to manage one or more risks based on risk evaluation, c. a Policy engine comprising a policy catalog, the policy engine being configured to use one or more policies from the policy catalog based on risk evaluation, and d. a Security Adaptation engine , the Threat engine comprising a threat catalog and detection rules for identifying threat events, and wherein the detection rules are automatically adjusted and modified based on information collected from the managed IT system. a. a Threat engine , b. a Risk engine configured to manage one or more risks based on risk evaluation, c. a Policy engine comprising a policy catalog, the policy engine being configured to use one or more policies from the policy catalog based on risk evaluation, and d. a Security Adaptation engine ,
Replica weapon for shooting practice with immaterial projectiles or projectiles of very low mass, said replica comprising: • a frame , • shooting means with immaterial projectiles such as electromagnetic pulses of the laser type or similar or very low mass projectiles of the plastic ball type or similar, said shooting means being controllable from a control input , • means for mounting the shooting means in engagement with said frame along a determined directional axis , and • control means for controlling said shooting means , • an open cylinder defined along a longitudinal axis , • means for securing said cylinder to said frame , such that its longitudinal axis is substantially coincident with the determined directional axis , • a piston mounted in said cylinder , said piston being able to slide along the longitudinal axis between two defined positions in the cylinder, namely a first position and a second position, characterised in that the replica weapon further comprises: • controllable means timed according to a determined time constant to control the movement of the piston between its first position and its second position, and • means for returning the piston to its first position at the end of said determined time constant. • a frame , • shooting means with immaterial projectiles such as electromagnetic pulses of the laser type or similar or very low mass projectiles of the plastic ball type or similar, said shooting means being controllable from a control input , • means for mounting the shooting means in engagement with said frame along a determined directional axis , and • control means for controlling said shooting means , • an open cylinder defined along a longitudinal axis , • means for securing said cylinder to said frame , such that its longitudinal axis is substantially coincident with the determined directional axis , • a piston mounted in said cylinder , said piston being able to slide along the longitudinal axis between two defined positions in the cylinder, namely a first position and a second position, characterised in that the replica weapon further comprises: • controllable means timed according to a determined time constant to control the movement of the piston between its first position and its second position, and • means for returning the piston to its first position at the end of said determined time constant.
An antibody which binds to an epitope of a molecule comprising the sub-structure which is derived from an immunogen wherein X is -NH-, n is 1, the crosslinker is -(CH 2 )n-CO- in which n=1-5, and the accm is keyhole limpet haemocyanin (KLH), bovine thyroglobulin (BTG), bovine serum albumin (BSA), egg ovalbumin, bovine gamma globulin or cationised BSA.
A method for managing the delivery of an update to a vehicle, the method comprising: A. starting delivery of a campaign by sending a first message to a class of vehicles, all of which are running and connected to cell towers and have head units, the class of vehicles being defined by one or more of: make, model, and head unit version, B. wherein the first message comprises any of: a. a campaign start message comprising at least one URL for use in downloading an update, and b. a contact campaign server message comprising a directive to contact a campaign server for instruction on downloading the update; C. determining to send a second message to a particular one of the class of vehicles, the second message comprising a directive to take an action regarding downloading of the update, the action being any of: pause, delay, throttle, and cancel; D. wherein said determination is based at least in part on anticipated congestion status of one or more cell towers based on historical data and on path data from the particular one of the class of vehicles. A. starting delivery of a campaign by sending a first message to a class of vehicles, all of which are running and connected to cell towers and have head units, the class of vehicles being defined by one or more of: make, model, and head unit version, B. wherein the first message comprises any of: a. a campaign start message comprising at least one URL for use in downloading an update, and b. a contact campaign server message comprising a directive to contact a campaign server for instruction on downloading the update; a. a campaign start message comprising at least one URL for use in downloading an update, and b. a contact campaign server message comprising a directive to contact a campaign server for instruction on downloading the update; C. determining to send a second message to a particular one of the class of vehicles, the second message comprising a directive to take an action regarding downloading of the update, the action being any of: pause, delay, throttle, and cancel; D. wherein said determination is based at least in part on anticipated congestion status of one or more cell towers based on historical data and on path data from the particular one of the class of vehicles.
A cell culture medium comprising tyrosine at a concentration of at least 5 mM and polyvinylalcohol (PVA), wherein the concentration of PVA is between 0.5 and 5 g/L.
L-4-chlorokynurenine for use in a method of treating depression, by orally administering a therapeutically effective amount of L-4-chlorokynurenine to a patient.
Cabling device for a fence with posts , wherein the cabling device comprises several duct elements which are configured to form a first duct which is configured to connect to one side of the fence and into which cables can extend, wherein these duct elements comprise linear duct elements , which are configured to extend between two posts characterized in that these duct elements comprise adapting duct elements which are configured to connect adjacent linear duct elements which are separated by a said post , by extending around the said post , wherein the one or several adapting duct elements comprise a protruding part which is configured to extend around the post and two end parts who respectively are configured to be connected to the respective linear duct element .
A method for estimating the density of a crowd using mobile communication devices , implemented by a computing device , said method comprising the use of a multiscale neural network trained to produce a density map (Dm) of the crowd , said trained multiscale neural network comprising at least two neural subnetworks, said method comprising the following steps: - receiving at least one input image generated by an image capturing device , the image comprising the crowd , the density of which is to be estimated; - processing the input image by the at least one neural subnetwork of the trained multiscale neural network, said processing step comprising the use of several filters of different scales so as to obtain at least one matrix (Mx1, Mx2, Mx3) corresponding to the processing of the input image at different scales; - acquiring an identification mask (Mk) comprising identification data of the mobile communication devices , which data are positioned on the basis of spatial coordinates of said mobile communication devices ; - processing the identification mask (Mk) by at least one neural subnetwork of the trained multiscale neural network, so as to obtain at least one matrix (Mx5) corresponding to the processing of the identification data of the mobile communication devices ; - merging , by the trained multiscale neural network, the at least one matrix (Mx1, Mx2, Mx3) corresponding to the processing of the input image and the at least one matrix (Mx5) corresponding to the processing of the identification data of mobile communication devices so as to obtain a density map (Dm) of the crowd , the density of which is to be estimated. - receiving at least one input image generated by an image capturing device , the image comprising the crowd , the density of which is to be estimated; - processing the input image by the at least one neural subnetwork of the trained multiscale neural network, said processing step comprising the use of several filters of different scales so as to obtain at least one matrix (Mx1, Mx2, Mx3) corresponding to the processing of the input image at different scales; - acquiring an identification mask (Mk) comprising identification data of the mobile communication devices , which data are positioned on the basis of spatial coordinates of said mobile communication devices ; - processing the identification mask (Mk) by at least one neural subnetwork of the trained multiscale neural network, so as to obtain at least one matrix (Mx5) corresponding to the processing of the identification data of the mobile communication devices ; - merging , by the trained multiscale neural network, the at least one matrix (Mx1, Mx2, Mx3) corresponding to the processing of the input image and the at least one matrix (Mx5) corresponding to the processing of the identification data of mobile communication devices so as to obtain a density map (Dm) of the crowd , the density of which is to be estimated.