mhurhangee/patent-ind-claim-en huggingface dataset:
A network node for a millimeter wave cellular communication in a wireless communication system , the network node including a processor and a transceiver , the processor being configured to: generate a set of at least two synchronization signal sequences; construct a synchronization signal for each synchronization signal sequence to create a set of synchronization signals, each of the synchronization signals in the set of synchronization signals having an auto correlation and cross correlation below a threshold value with any other synchronization signal in the set of synchronization signals; generate a set of directional beam patterns , wherein each beam pattern in the set of directional beam patterns corresponds to one of the synchronization signals in the set of synchronization signals; and wherein the transceiver is configured to transmit the synchronization signals in the set of synchronization signals using the beam pattern for each synchronization signal over a same time frequency resource; wherein the processor is further configured to superimpose the constructed synchronization signals together; where the same time frequency resource comprises resource elements that span across multiple sub-carriers and OFDM symbols. generate a set of at least two synchronization signal sequences; construct a synchronization signal for each synchronization signal sequence to create a set of synchronization signals, each of the synchronization signals in the set of synchronization signals having an auto correlation and cross correlation below a threshold value with any other synchronization signal in the set of synchronization signals; generate a set of directional beam patterns , wherein each beam pattern in the set of directional beam patterns corresponds to one of the synchronization signals in the set of synchronization signals; and wherein the transceiver is configured to transmit the synchronization signals in the set of synchronization signals using the beam pattern for each synchronization signal over a same time frequency resource; wherein the processor is further configured to superimpose the constructed synchronization signals together; where the same time frequency resource comprises resource elements that span across multiple sub-carriers and OFDM symbols.
Method for controlling a home automation installation of a building, the home automation installation comprising a plurality of home automation appliances and sensors situated in living areas inside and outside the building and a control device , the control device comprising a data input device and a display device , the display device having a graphic display screen , the control device being configured to control the operation of the home automation appliances by transmitting orders to command a change of state and/or to communicate with the sensors , said method comprising the following steps: - the control device retrieving at least one piece of type information associated with a first installed home automation appliance of the plurality of home automation appliances installed in the home automation installation, - on request, notably on the request of a user, displaying, on the display device, features of the type of the first home automation appliance and an interface for connecting to a user manual associated with the type of the first home automation appliance, - upon activation of the connection interface, notably upon activation via an action of the user, displaying the associated user manual on the display device, the step of retrieving the at least one piece of type information comprising the communication of this piece of information by the first home automation appliance, the method being characterized in that the step of displaying the type features and the connection interface follows the selection of the first home automation appliance and the activation of a diagnostic help menu, and in that the diagnostic help menu is only displayed when a home automation appliance or a type of home automation appliance is selected. - the control device retrieving at least one piece of type information associated with a first installed home automation appliance of the plurality of home automation appliances installed in the home automation installation, - on request, notably on the request of a user, displaying, on the display device, features of the type of the first home automation appliance and an interface for connecting to a user manual associated with the type of the first home automation appliance, - upon activation of the connection interface, notably upon activation via an action of the user, displaying the associated user manual on the display device,
A motor vehicle vacuum pump , comprising - a pumping unit with a rotatable pump rotor , - an electronically commutated electric motor for driving the pump rotor , and - a pump control unit for controlling a variable rotational motor speed (MS) of the electric motor , characterised in that the pump control unit comprises - a deceleration map storage storing a deceleration map with at least one time-dependent and/or motor-speed-dependent motor deceleration parameter (DP1,DP2), and - a rotor-stopping control module which is connected with the deceleration map storage and which is configured to actively control the variable rotational motor speed (MS) based on the deceleration map during a rotor stopping process (RSP). - a pumping unit with a rotatable pump rotor , - an electronically commutated electric motor for driving the pump rotor , and - a pump control unit for controlling a variable rotational motor speed (MS) of the electric motor , characterised in that the pump control unit comprises - a deceleration map storage storing a deceleration map with at least one time-dependent and/or motor-speed-dependent motor deceleration parameter (DP1,DP2), and - a rotor-stopping control module which is connected with the deceleration map storage and which is configured to actively control the variable rotational motor speed (MS) based on the deceleration map during a rotor stopping process (RSP).
A network element for a software-defined network, the network element comprising: - a data transfer interface for transmitting data to the software-defined network and for receiving data from the software-defined network, and - a processing system for implementing a forwarding-section , the forwarding-section being suitable for maintaining a configuration system enabling the network element to operate as a part of the software-defined network, the configuration system comprising one or more look-up tables defining one or more actions to be carried out in response to a situation in which one or more entries of the one or more look-up tables are matched as a corollary of receiving data from the software-defined network, wherein the processing system is adapted to implement a control-section for: - constructing the one or more look-up tables of the configuration system on the basis of a first portion of configuration data received from the software-defined network, - addressing at least a second portion of the configuration data to at least one first other network element of the software-defined network, the second portion of the configuration data comprising data for constructing one or more look-up tables of a configuration system of each of two or more other network elements including the first other network element, and - delivering at least the second portion of the configuration data to the forwarding-section so as to transmit at least the second portion of the configuration data to the first other network element in accordance with the configuration system constructed on the basis of the first portion of the configuration data. - a data transfer interface for transmitting data to the software-defined network and for receiving data from the software-defined network, and - a processing system for implementing a forwarding-section , the forwarding-section being suitable for maintaining a configuration system enabling the network element to operate as a part of the software-defined network, the configuration system comprising one or more look-up tables defining one or more actions to be carried out in response to a situation in which one or more entries of the one or more look-up tables are matched as a corollary of receiving data from the software-defined network, - constructing the one or more look-up tables of the configuration system on the basis of a first portion of configuration data received from the software-defined network, - addressing at least a second portion of the configuration data to at least one first other network element of the software-defined network, the second portion of the configuration data comprising data for constructing one or more look-up tables of a configuration system of each of two or more other network elements including the first other network element, and - delivering at least the second portion of the configuration data to the forwarding-section so as to transmit at least the second portion of the configuration data to the first other network element in accordance with the configuration system constructed on the basis of the first portion of the configuration data.
Method for preparing a colloidal solution of titanium oxide nanoparticles, characterised in that it comprises (a) dissolving a precursor of titanium oxide, called the "precursor", in a solvent of the precursor, said solvent of the precursor comprising at least water and propylene carbonate (PC), said precursor of titanium oxide being chosen from titanium aqua-oxo chloride, TiOSO 4 , TiCl 4 , TiF 4 , TiOF 2 , and a titanium alkoxide in an acidic medium, and (b) chemically converting said precursor to titanium oxide and the propylene carbonate to a colloidal solution solvent by hydrolysis, the water being consumed, wholly or in part, by the chemical conversion of the propylene carbonate, and said propylene carbonate being converted, wholly or in part, to a third solvent by hydrolysis, to form titanium oxide nanoparticles dispersed in the colloidal solution solvent comprising at least the third solvent, and optionally water and propylene carbonate, said colloidal solution having a dynamic viscosity of between 4 and 54 cP at 20°C and 101,325 Pa, the viscosity being controlled by stopping the step of chemical conversion of the solvent of the precursor.
A control or regulation device, configured to carry out a method for removing blood from an extracorporeal blood circuit and/or from a functional device , which is or are respectively connected with a blood treatment apparatus for the purpose of treating a patient's blood, after the end of the blood treatment session, and in cooperation with a blood treatment apparatus, wherein the blood treatment apparatus comprises or is connected with: - at least one extracorporeal blood circuit with a line interior, the extracorporeal blood circuit comprising at least one arterial line section and at least one venous line section ; - at least one blood pump for conveying blood within the line interior; - at least one second conveying means , in particular a substitute pump, for introducing a second fluid, in particular a substitute liquid into the line interior of the extracorporeal blood circuit and/or for conveying a line content within the line interior of the extracorporeal blood circuit ; wherein the method includes the step of: - operating the blood pump in a second conveying direction opposite to a usual first conveying direction of this pump during the blood treatment; wherein a first section of the arterial line section is or will be connected in fluid communication with a second section of the venous line section of the extracorporeal blood circuit , and characterized in that the conveying rate (Q4000) of the blood pump is or will be adjusted to be between 75% and 90%, preferably between 80% and 84%, particularly preferably 82% of a conveying rate (Q5000) of the second conveying means , at at least one point in time or during at least a period of time (t=1-t=0) or until a predetermined maximum conveying rate (Q4000-3) is reached, to which the conveying rate (Q4000) of the blood pump is limited or depend on the user. - at least one extracorporeal blood circuit with a line interior, the extracorporeal blood circuit comprising at least one arterial line section and at least one venous line section ; - at least one blood pump for conveying blood within the line interior; - at least one second conveying means , in particular a substitute pump, for introducing a second fluid, in particular a substitute liquid into the line interior of the extracorporeal blood circuit and/or for conveying a line content within the line interior of the extracorporeal blood circuit ; - operating the blood pump in a second conveying direction opposite to a usual first conveying direction of this pump during the blood treatment;
Automated system for handling containers (C) and/or component parts, which automated system comprises first transport means suitable to receive said containers (C) and/or said component parts and second transport means arranged in succession to the first transport means so as to define a transport direction (T) of said containers (C) and/or component parts from the first transport means to the second transport means , wherein said first transport means and second transport means define a first transport surface and a second transport surface , respectively, of said containers (C) and/or component parts, wherein said first transport means are switchable between a first position and a second position, wherein with said containers (C) in said predefined position the switching of said first transport means from said first position to said second position results in the fall of said containers (C) on the second transport surface of said second transport means in an overturned position with respect to the position on the first transport surface of said first transport means , wherein said first transport means and second transport means comprise a first conveyor belt and a second conveyor belt , respectively, wherein said first conveyor belt is switchable between said first position and second position by rotation or rototranslation around an axis of rotation (R) respectively fixed or mobile, which is substantially transversal to said transport direction (T), characterized in that said first transport means are equipped with first stop means suitable for stopping said containers (C) in a predefined position, and in that said second transport surface is arranged below said first transport surface .
A filter group suitable to be used in the laundry washing and/or drying machines, having at least one body which defines a volume (V) almost completely isolated from the outer environment and which has a plurality of openings thereon; at least one plate which covers at least one side of the body and which has at least one inlet port allowing the fluid to be filtered to enter the volume (V); and at least one filtering member which is placed onto the body so as to cover the openings and which has pores allowing the passage of the fluid therethrough so as to allow the fluid taken into the volume (V) to leave the volume (V), at least one casing in which the body is placed and which comprises at least one outlet opening which allows the fluid filtered by the filtering member to be discharged and at least one side of the body is open so as to allow access to the interior of the volume (V) characterized by the body which comprises at least one sealing member which is disposed so as to surround the periphery of the open side and by the casing which comprises at least one housing which enables said sealing member to be seated.
A laser processing method comprising the steps of: irradiating an object to be processed comprising a silicon substrate having a front face and a rear face , and a laminate part disposed on the front face of the silicon substrate , with laser light (L) while positioning a light-converging point (P) within the silicon substrate , so as to form a molten processed region only within the silicon substrate , and causing the molten processed region to form a starting point region, located inside the silicon substrate at a predetermined distance from a laser light incident face of the object , for cutting the object; forming the starting point region for cutting within the object along a linearly extending line along which the object should be cut by relatively moving the laser light (L) along the linearly extending line so as to move the light converging point (P) of the laser light (L) along the linearly extending line and form the molten processed region along the linearly extending line ; and cutting the silicon substrate and the laminate part along the linearly extending line by applying an artificial force to the object so as to cause a fracture to generate in a thickness direction of the silicon substrate from the starting point region so that the generated fracture reaches the front face and the rear face of the silicon substrate , wherein the silicon substrate and the laminate part are cut along the line . irradiating an object to be processed comprising a silicon substrate having a front face and a rear face , and a laminate part disposed on the front face of the silicon substrate , with laser light (L) while positioning a light-converging point (P) within the silicon substrate , so as to form a molten processed region only within the silicon substrate , and causing the molten processed region to form a starting point region, located inside the silicon substrate at a predetermined distance from a laser light incident face of the object , for cutting the object; forming the starting point region for cutting within the object along a linearly extending line along which the object should be cut by relatively moving the laser light (L) along the linearly extending line so as to move the light converging point (P) of the laser light (L) along the linearly extending line and form the molten processed region along the linearly extending line ; and cutting the silicon substrate and the laminate part along the linearly extending line by applying an artificial force to the object so as to cause a fracture to generate in a thickness direction of the silicon substrate from the starting point region so that the generated fracture reaches the front face and the rear face of the silicon substrate ,
A slip control system for an off-road vehicle , comprising: a control system configured to receive a first signal indicative of a magnitude of slippage of the off-road vehicle relative to a soil surface, and/or a second signal indicative of a rate of change of slippage of the off-road vehicle relative to the soil surface, wherein the control system is configured to output a third signal indicative of a first action if the magnitude of slippage is greater than a first threshold value and less than or equal to a second threshold value, and/or the rate of change of slippage is greater than a third threshold value and less than or equal to a fourth threshold value, characterized in that the control system is configured not to output a third signal indicative of a first action if the magnitude of slippage is greater than the second threshold value, and/or the rate of change of slippage is greater than the fourth threshold value, and the control system is configured to output a fourth signal indicative of a second action, different than the first action, if the magnitude of slippage is greater than the second threshold value, and/or the rate of change of slippage is greater than the fourth threshold value; wherein the second threshold value is greater than the first threshold value, and the fourth threshold value is greater than the third threshold value. a control system configured to receive a first signal indicative of a magnitude of slippage of the off-road vehicle relative to a soil surface, and/or a second signal indicative of a rate of change of slippage of the off-road vehicle relative to the soil surface, wherein the control system is configured to output a third signal indicative of a first action if the magnitude of slippage is greater than a first threshold value and less than or equal to a second threshold value, and/or the rate of change of slippage is greater than a third threshold value and less than or equal to a fourth threshold value, characterized in that the control system is configured not to output a third signal indicative of a first action if the magnitude of slippage is greater than the second threshold value, and/or the rate of change of slippage is greater than the fourth threshold value, and the control system is configured to output a fourth signal indicative of a second action, different than the first action, if the magnitude of slippage is greater than the second threshold value, and/or the rate of change of slippage is greater than the fourth threshold value; wherein the second threshold value is greater than the first threshold value, and the fourth threshold value is greater than the third threshold value.
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: receiving, by a second network coordination device and in response to a request by the second network coordination device , current state information of a client device , including a transmit counter and a receive counter, from a first network coordination device , wherein the first network coordination device is a primary network coordination device for the client device and the second network coordination device is a standby coordination device for the client device; responsive to detecting a particular event, the second network coordination device transitioning to be the primary network coordination device for the client device , incrementing the transmit counter by an offset, and transmitting a message to the client device including the incremented transmit counter; and responsive to not receiving current state information from the first network coordination device within a predetermined amount of time, providing, by the second network coordination device, a second iteration of a request for the state information of the client device . receiving, by a second network coordination device and in response to a request by the second network coordination device , current state information of a client device , including a transmit counter and a receive counter, from a first network coordination device , wherein the first network coordination device is a primary network coordination device for the client device and the second network coordination device is a standby coordination device for the client device; responsive to detecting a particular event, the second network coordination device transitioning to be the primary network coordination device for the client device , incrementing the transmit counter by an offset, and transmitting a message to the client device including the incremented transmit counter; and responsive to not receiving current state information from the first network coordination device within a predetermined amount of time, providing, by the second network coordination device, a second iteration of a request for the state information of the client device .