mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a porous and crystalline metal organic framework (MOF) film on a substrate , the method comprising: - providing a substrate having a main surface , and; - forming on said main surface a MOF film using an organometallic compound precursor comprising a Zn ion or a cluster of Zn ions, selected to form an organometallic compound, and at least one organic ligand chosen from the class of azoles, wherein - each of said organometallic compound precursor and said at least one organic ligand is provided in vapor phase, - wherein forming said MOF film comprises at least a cyclic reaction sequence repeated for a first predetermined number of cycle times, and; - wherein the method further comprises initiating said cyclic reaction sequence by exposing said main surface to said organometallic compound precursor, thereby depositing said organometallic compound on the exposed surface, - wherein said at least a cyclic reaction sequence is done using an Atomic Layer Deposition (ALD) process, wherein said cyclic reaction sequence comprises: o performing a first purge step, o subjecting said exposed main surface to an oxidizing agent, thereby forming a ZnO on said substrate, o performing a second purge step, - and; wherein the method further comprises subjecting said ZnO to said at least one organic ligand for a predetermined duration involving a one-step solid vapour deposition process thereby at least partially converting said ZnO into said MOF film. - providing a substrate having a main surface , and; - forming on said main surface a MOF film using an organometallic compound precursor comprising a Zn ion or a cluster of Zn ions, selected to form an organometallic compound, and at least one organic ligand chosen from the class of azoles, - each of said organometallic compound precursor and said at least one organic ligand is provided in vapor phase, - wherein forming said MOF film comprises at least a cyclic reaction sequence repeated for a first predetermined number of cycle times, and; - wherein the method further comprises initiating said cyclic reaction sequence by exposing said main surface to said organometallic compound precursor, thereby depositing said organometallic compound on the exposed surface, - wherein said at least a cyclic reaction sequence is done using an Atomic Layer Deposition (ALD) process, wherein said cyclic reaction sequence comprises: o performing a first purge step, o subjecting said exposed main surface to an oxidizing agent, thereby forming a ZnO on said substrate, o performing a second purge step, o performing a first purge step, o subjecting said exposed main surface to an oxidizing agent, thereby forming a ZnO on said substrate, o performing a second purge step, - and; wherein the method further comprises subjecting said ZnO to said at least one organic ligand for a predetermined duration involving a one-step solid vapour deposition process thereby at least partially converting said ZnO into said MOF film.
Method for a driver assistance system of a vehicle, wherein the driver assistance system is able to control the vehicle in an at least partially automatic fashion by means of an autopilot function, wherein the method comprises: - determining an activation state of the autopilot function, and - activating a display device of the driver assistance system as a function of the activation state of the autopilot function, wherein the display device comprises input means which can be activated by an occupant of the vehicle , wherein the method also comprises: - acquiring configuration information by means of the input means for a configuration of the autopilot function, characterized in that the configuration information comprises: - a route selection, wherein an autopilot route component is displayed for each selectable route of the route selected on the display device , wherein the driver assistance system is able to control the vehicle automatically in the autopilot route component. - determining an activation state of the autopilot function, and - activating a display device of the driver assistance system as a function of the activation state of the autopilot function, - acquiring configuration information by means of the input means for a configuration of the autopilot function, characterized in that the configuration information comprises: - a route selection, wherein an autopilot route component is displayed for each selectable route of the route selected on the display device , wherein the driver assistance system is able to control the vehicle automatically in the autopilot route component.
A method performed by a user equipment, UE, in a wireless communication system, the method characterized by : receiving, from an access mobility management function, AMF, entity, a paging request associated with a second network, wherein the UE is in an active state on a first network, and wherein the paging request includes one of first information indicating the UE to service the paging request and second information indicating that the UE is allowed to ignore the paging request in case that performance reasons not to accept the paging request exist; in case that the paging request includes the second information, determining whether the performance reasons exist; and in case that the performance reasons do not exist, transmitting, to the AMF entity, a service request message, in response to the paging request including the second information. receiving, from an access mobility management function, AMF, entity, a paging request associated with a second network, wherein the UE is in an active state on a first network, and wherein the paging request includes one of first information indicating the UE to service the paging request and second information indicating that the UE is allowed to ignore the paging request in case that performance reasons not to accept the paging request exist; in case that the paging request includes the second information, determining whether the performance reasons exist; and in case that the performance reasons do not exist, transmitting, to the AMF entity, a service request message, in response to the paging request including the second information.
A coating composition useful in coating substrates with surface tension less than 65 mN/m selected from the group consisting of polyolefins, polypropylene, polystyrene, polyvinyl chloride, acrylonitrile butadiene styrene and styrene butadiene rubber, the coating composition comprising at least one dicyclopentadiene modified ester oligomer and at least one liquid ethylenically unsaturated monomer, wherein said dicyclopentadiene modified ester oligomer comprises structural unit of formula (i), wherein R' and R" are aliphatic, cycloaliphatic, araliphatic and aromatic hydrocarbon groups of 1 to 20 carbon atoms and n is 1 to 10, and wherein the coating composition further comprises a trifunctional dicyclopentadiene modified ester oligomer with structural unit of formula (xii), wherein R and R′′′ are aliphatic, cycloaliphatic, araliphatic and hydrocarbon groups of 1 to 20 carbon atoms. wherein said dicyclopentadiene modified ester oligomer comprises structural unit of formula (i), wherein R' and R" are aliphatic, cycloaliphatic, araliphatic and aromatic hydrocarbon groups of 1 to 20 carbon atoms and n is 1 to 10, and wherein the coating composition further comprises a trifunctional dicyclopentadiene modified ester oligomer with structural unit of formula (xii), wherein R and R′′′ are aliphatic, cycloaliphatic, araliphatic and hydrocarbon groups of 1 to 20 carbon atoms.
A method of controlling a robot cleaner system comprising a robot cleaner and an external device having a camera and a display , the method comprising: generating image information of the robot cleaner and a region near the robot cleaner using the camera and sensing the robot cleaner based on the image information; mapping an actual region where the robot cleaner is located to a virtual region displayed on the display based on the image information; and performing a location-based service of the robot cleaner through the virtual region displayed on the display; wherein the method further comprises: the external device transmitting an implementing command to the robot cleaner using an application on the external device; and the robot cleaner activating recognition means provided on the robot cleaner based on the implementing command, wherein the recognition means comprises a light image and wherein activating the recognition means comprises activating a light source of the robot cleaner to form the light image on the robot cleaner. generating image information of the robot cleaner and a region near the robot cleaner using the camera and sensing the robot cleaner based on the image information; mapping an actual region where the robot cleaner is located to a virtual region displayed on the display based on the image information; and performing a location-based service of the robot cleaner through the virtual region displayed on the display; wherein the method further comprises: the external device transmitting an implementing command to the robot cleaner using an application on the external device; and the robot cleaner activating recognition means provided on the robot cleaner based on the implementing command, wherein the recognition means comprises a light image and wherein activating the recognition means comprises activating a light source of the robot cleaner to form the light image on the robot cleaner. the external device transmitting an implementing command to the robot cleaner using an application on the external device; and the robot cleaner activating recognition means provided on the robot cleaner based on the implementing command, wherein the recognition means comprises a light image and wherein activating the recognition means comprises activating a light source of the robot cleaner to form the light image on the robot cleaner.
A dispenser for dispensing a liquid or viscous product, comprising a dispensing valve , in turn, comprising: - product sealing/releasing means , which in a first configuration prevents outflow of the product from the dispenser and in a second configuration enables outflow of the product from the dispenser; - elastic return means for returning the sealing means to the first configuration from the second configuration; the elastic return means and at least part of the product sealing/releasing means being integrated in the same body ; the elastic return means and at least part of the sealing means are distinct parts that are part of a same component realized as a single piece; - a product reservoir that is in fluid communication with said valve ; said valve comprising a casing that encases at least one part of said body ; a dispenser channel for dispensing the product extending between said body and said casing ; characterised in that the dispenser comprises at least one opening for passage of the product from said reservoir to said dispenser channel , said opening being open at all times and it cannot be blocked by any component of the dispenser; the opening comprising a groove afforded in the casing . - product sealing/releasing means , which in a first configuration prevents outflow of the product from the dispenser and in a second configuration enables outflow of the product from the dispenser; - elastic return means for returning the sealing means to the first configuration from the second configuration; the elastic return means and at least part of the product sealing/releasing means being integrated in the same body ; the elastic return means and at least part of the sealing means are distinct parts that are part of a same component realized as a single piece; - a product reservoir that is in fluid communication with said valve ; said valve comprising a casing that encases at least one part of said body ; a dispenser channel for dispensing the product extending between said body and said casing ;
An electronic patch injector comprising: a needle insertion assembly configured to move a needle in an insertion direction from a first needle position where the needle is above the surface of a patient's skin to a second needle position where the needle pierces the patient's skin, a needle shield moveable from a first needle shield position where the needle is at least partially covered to a second needle shield position where the needle is exposed, characterized in that it comprises at least one member comprising a reflective body including a reflective surface mechanically coupled to either the needle or the needle shield and configured to move when the respective needle or needle shield moves, at least one optical detector having a generally planar detection surface including an emitter configured to emit light and a collector configured to receive the light emitted from the emitter , wherein the optical detector is configured to detect movement of the at least one member based on a change in a transverse projection of the at least one member onto the detection surface and output a signal based on the change in the transverse projection, and a processor configured to determine the position of the respective needle or needle shield based on the output signal, wherein the transverse projection of the at least one member changes when the respective needle or needle shield moves. a needle insertion assembly configured to move a needle in an insertion direction from a first needle position where the needle is above the surface of a patient's skin to a second needle position where the needle pierces the patient's skin, a needle shield moveable from a first needle shield position where the needle is at least partially covered to a second needle shield position where the needle is exposed, characterized in that it comprises at least one member comprising a reflective body including a reflective surface mechanically coupled to either the needle or the needle shield and configured to move when the respective needle or needle shield moves, at least one optical detector having a generally planar detection surface including an emitter configured to emit light and a collector configured to receive the light emitted from the emitter , wherein the optical detector is configured to detect movement of the at least one member based on a change in a transverse projection of the at least one member onto the detection surface and output a signal based on the change in the transverse projection, and a processor configured to determine the position of the respective needle or needle shield based on the output signal, wherein the transverse projection of the at least one member changes when the respective needle or needle shield moves.
Linear drive , comprising: an actuator unit with at least one actuator ; two guide elements and a movement element , wherein the movement element can be displaced along both guide elements as a result of a stick-slip effect by means of a movement generated by the actuator unit , and the movement element can be brought into engagement with each of the two guide elements by means of static friction in order to be displaced along both guide elements as a result of the stick-slip effect, characterized in that the linear drive has a closed frame , which surrounds the actuator unit , the two guide elements and the movement element , and wherein each guide element is resiliently mounted with respect to the frame transverse to its direction of extension, so that each guide element is resiliently pretensioned in the direction of the movement element and their pretension forces act in different directions.
A method, comprising configuring an optical point to multipoint communication network including assigning a channel number C i by modulo-N arithmetic to each of a plurality of N access points, each of the plurality of N access points i) including a laser and ii) coupled to a hub having a shared optical receiver; and tuning the laser located in each of the plurality of N access points to a wavelength λ ui that is one of a set of M wavelengths as a function of the channel number assigned to the access point in which the laser is located, a channel spacing Δλ and an intrinsic wavelength λ u in of the laser to prevent optical beat interference at the shared optical receiver, wherein the channel number C i ≡ a i mod N wherein a i is a sequential number of the wavelength λ ui and a i = λ ui − λ u 0 Δ ⁢ λ wherein λ u0 is the first wavelength and Δλ is the channel spacing in the set of M wavelengths and Δλ is greater than zero.
Method for simulating a deep-brain stimulation in a computer-assisted platform, comprising steps of: - providing to a neurosurgeon, through a man-machine interface , visual information of a pre-operative situation, including a representation of a brain ; - monitoring inputs of said neurosurgeon on said man-machine interface, until a trajectory is determined between an entry point and a target for the placement of an electrode; - comparing said trajectory to a set of previously-established trajectories for said pre-operative situation, so as to determine an overall measurement representative of a quality of said trajectory compared to said previously-established trajectories. - providing to a neurosurgeon, through a man-machine interface , visual information of a pre-operative situation, including a representation of a brain ; - monitoring inputs of said neurosurgeon on said man-machine interface, until a trajectory is determined between an entry point and a target for the placement of an electrode; - comparing said trajectory to a set of previously-established trajectories for said pre-operative situation, so as to determine an overall measurement representative of a quality of said trajectory compared to said previously-established trajectories.
An injection device for injecting a plurality of doses of a liquid drug through a number of injections, the injection device comprising: - a housing assembly supporting a cartridge , at least in use, which cartridge has a distal end sealed by a pierceable septum and a proximal end sealed by a movable plunger defining an interior containing the liquid drug, - a piston rod for moving the movable plunger inside the cartridge , - a removable protective cap assembly removable coupled to the housing assembly and surrounding at least a distal end of the housing assembly between injections, and - a needle mount securing a cannula , at least in use, which needle cannula has a proximal end in liquid communication with the interior of the cartridge and a distal end with a distal tip for penetrating the skin of a user, and wherein the removable protective cap assembly surrounds at least the distal tip of the needle cannula between injections, and an air-tight seal is operational provided between the removable protective cap assembly and the housing assembly or a needle hub mounted to the needle mount characterised in that an air-tight chamber is established surrounding at least the distal tip of the needle cannula when the removable protective cap assembly is fitted to the distal end of the housing assembly between injections. - a housing assembly supporting a cartridge , at least in use, which cartridge has a distal end sealed by a pierceable septum and a proximal end sealed by a movable plunger defining an interior containing the liquid drug, - a piston rod for moving the movable plunger inside the cartridge , - a removable protective cap assembly removable coupled to the housing assembly and surrounding at least a distal end of the housing assembly between injections, and - a needle mount securing a cannula , at least in use, which needle cannula has a proximal end in liquid communication with the interior of the cartridge and a distal end with a distal tip for penetrating the skin of a user, and wherein
A method for demodulating a shared reference signal, comprising: receiving, by a terminal device, first indication information sent by a network device, wherein the first indication information is to indicate an initial operation bandwidth allocated for the terminal device and the initial operation bandwidth is less than a system bandwidth; determining, by the terminal device, a length of a sequence of the shared reference signal according to the initial operation bandwidth and first preset relationships between operation bandwidths and lengths of sequences of reference signals; receiving , by the terminal device, second indication information sent by the network device, wherein the second indication information is to indicate resource information of a target resource group allocated for the terminal device, the resource information comprises a Physical Resource Block, PRB, in the target resource group; and re-determining , by the terminal device, the length of the sequence of the shared reference signal according to a resource size, which is determined according to the PRB in the target resource group, of a resource in the target resource group, wherein the shared reference signal is a reference signal shared by a plurality of terminal devices and the length of the sequence of the shared reference signal is used to demodulate the shared reference signal. receiving, by a terminal device, first indication information sent by a network device, wherein the first indication information is to indicate an initial operation bandwidth allocated for the terminal device and the initial operation bandwidth is less than a system bandwidth; determining, by the terminal device, a length of a sequence of the shared reference signal according to the initial operation bandwidth and first preset relationships between operation bandwidths and lengths of sequences of reference signals; receiving , by the terminal device, second indication information sent by the network device, wherein the second indication information is to indicate resource information of a target resource group allocated for the terminal device, the resource information comprises a Physical Resource Block, PRB, in the target resource group; and re-determining , by the terminal device, the length of the sequence of the shared reference signal according to a resource size, which is determined according to the PRB in the target resource group, of a resource in the target resource group, wherein the shared reference signal is a reference signal shared by a plurality of terminal devices and the length of the sequence of the shared reference signal is used to demodulate the shared reference signal.
Capsule for preparing a beverage comprising a substantially rigid capsule body having a circumferential wall extending around an inner space of the capsule which is at least partially filled with a beverage ingredient suitable for preparing the beverage, the beverage ingredient comprising roast and ground coffee, and a base wall covering the inner space at a first end of the circumferential wall, the capsule comprising a lid covering the inner space at a second end of the circumferential wall opposite the base wall, wherein a membrane is provided in the inner space of the capsule between the beverage ingredient and the lid, wherein the lid is provided with a preformed outlet opening suitable for draining the prepared beverage from the inner space when the capsule is used in a beverage preparation device, wherein the membrane extends at least over the surface of the outlet opening, which outlet opening is fluid tightly closed by a removable cover element extending over at least part of the lid, wherein the membrane comprises a layer of non-woven material, characterized in that said layer has a thickness in the range of 1.1 to 1.8 mm, an air permeability in the range of 100-700 mm/s at 200 Pa and a weight in the range of 300-600 g/m 2 , wherein the capsule body, the lid, and the cover element are each mainly made from aluminum.