mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: applying a solution comprising a first solvent, a halogen-containing precursor, and a metal halide to a substrate to form a coating of the solution on the substrate ; contacting the coating with a second solvent to form a first plurality of organo-metal halide perovskite crystals on the substrate ; and thermally treating the first plurality of organo-metal halide perovskite crystals , such that at least a portion of the first plurality of organo-metal halide perovskite crystals is converted to a second plurality of organo-metal halide perovskite crystals on the substrate , wherein: the size of the second plurality of organo-metal halide perovskite crystals is increased relative to the size of the first plurality or organo-metal halide perovskite crystals ; characterized in that the halogen-containing precursor and the metal halide are present in the solution at a molar ratio of the halogen-containing precursor to the metal halide between 1.01:1.0 and 2.0:1.0; and the second plurality of organo-metal halide perovskite crystals has an average crystal size of greater than 1 μm. applying a solution comprising a first solvent, a halogen-containing precursor, and a metal halide to a substrate to form a coating of the solution on the substrate ; contacting the coating with a second solvent to form a first plurality of organo-metal halide perovskite crystals on the substrate ; and thermally treating the first plurality of organo-metal halide perovskite crystals , such that at least a portion of the first plurality of organo-metal halide perovskite crystals is converted to a second plurality of organo-metal halide perovskite crystals on the substrate , wherein: the size of the second plurality of organo-metal halide perovskite crystals is increased relative to the size of the first plurality or organo-metal halide perovskite crystals ; characterized in that the halogen-containing precursor and the metal halide are present in the solution at a molar ratio of the halogen-containing precursor to the metal halide between 1.01:1.0 and 2.0:1.0; and the second plurality of organo-metal halide perovskite crystals has an average crystal size of greater than 1 μm.
A scroll compressor, comprising: an orbiting scroll having a disk-shaped orbiting end plate and a spiral wall-shaped orbiting lap protruding from a front surface of the orbiting end plate ; and a fixed scroll having a spiral wall-shaped fixed lap meshing with the orbiting lap , wherein the orbiting end plate is provided with a rear concave portion that opens in a rear surface of the orbiting end plate and extends along a winding finish portion of the orbiting lap , the rear concave portion opens in both of the rear surface and outer peripheral surface of the orbiting end plate , the rear concave portion includes a bottom surface that is a flat surface extending along a front surface of the orbiting end plate , an inner peripheral wall surface that is a curved surface extending along the winding finish portion of the orbiting lap , the inner peripheral wall surface is located outside an outer surface of the orbiting lap in a radial direction of the orbiting end plate . an orbiting scroll having a disk-shaped orbiting end plate and a spiral wall-shaped orbiting lap protruding from a front surface of the orbiting end plate ; and a fixed scroll having a spiral wall-shaped fixed lap meshing with the orbiting lap , wherein the orbiting end plate is provided with a rear concave portion that opens in a rear surface of the orbiting end plate and extends along a winding finish portion of the orbiting lap , the rear concave portion opens in both of the rear surface and outer peripheral surface of the orbiting end plate , the rear concave portion includes a bottom surface that is a flat surface extending along a front surface of the orbiting end plate , an inner peripheral wall surface that is a curved surface extending along the winding finish portion of the orbiting lap , a bottom surface that is a flat surface extending along a front surface of the orbiting end plate , an inner peripheral wall surface that is a curved surface extending along the winding finish portion of the orbiting lap , the inner peripheral wall surface is located outside an outer surface of the orbiting lap in a radial direction of the orbiting end plate .
Transportable integrated stand-alone apparatus comprising: - DC generators , - at least one DC / DC converter suitable to receive the DC power from one or more strings of said DC generators and transform it to an output DC power at a certain voltage; - batteries for electric energy storage and charge means provided with a battery management system; - a DC / AC inverter adapted to receive DC power and provide it in output to one or more users connected to it, among which at least one water treatment device ; - an electronic switching module adapted to receive DC power from said DC / DC converter and said batteries and to provide DC power to said DC / AC inverter and any DC users, - a control unit comprising a power control module for controlling the production and supply of energy and a water control module for controlling the operation of said water treatment device ; wherein said power control module controls the operation of said DC / DC converter , of said electronic switching module and of said DC / AC inverter , so as to manage the power supply to all users, and wherein said at least one DC / DC converter , said batteries for electric energy storage , said DC / AC inverter , said electronic switching module and said control unit are comprised in a transportable container on wheels provided with a user interface for the interrogation, management and programming of said control unit , sockets for the connection of external electric loads, input and output hydraulic fittings of said water treatment device ; said transportable integrated stand alone apparatus being characterized in that said transportable container comprises at least one sliding drawer structure on which are mounted said batteries , in such a way that the operations of maintenance of said batteries can be carried out easily by extracting said sliding drawer structure . - DC generators , - at least one DC / DC converter suitable to receive the DC power from one or more strings of said DC generators and transform it to an output DC power at a certain voltage; - batteries for electric energy storage and charge means provided with a battery management system; - a DC / AC inverter adapted to receive DC power and provide it in output to one or more users connected to it, among which at least one water treatment device ; - an electronic switching module adapted to receive DC power from said DC / DC converter and said batteries and to provide DC power to said DC / AC inverter and any DC users, - a control unit comprising a power control module for controlling the production and supply of energy and a water control module for controlling the operation of said water treatment device ;
An unmanned aerial vehicle for agricultural field assessment, comprising: - a control unit ; and - a camera ; wherein, the camera is configured to be moved vertically with respect to a body of the unmanned aerial vehicle between a first position and a second position, wherein the first position is closer to the body of the unmanned aerial vehicle than the second position; wherein, the control unit is configured to fly the unmanned aerial vehicle to a location in a field containing a crop; wherein, the control unit is configured to position the body of the unmanned aerial vehicle in a substantially stationary aspect above the crop at the location; wherein, when the body of the unmanned aerial vehicle is in the substantially stationary aspect above the crop at the location, the control unit is configured to move the camera vertically; and wherein, when the body of the unmanned aerial vehicle is in the substantially stationary aspect above the crop at the location, the control unit is configured to control the camera to acquire at least one image relating to the crop when the camera is not in the first position, characterised in that the second position comprises the ground, and in that the at least one image relating to the crop comprises images acquired from above the crop to all the way to the ground, and in that the control unit is configured to determine a reference height for an image of said images acquired from the ground for further determining the height of the other images of said images acquired from above the ground. - a control unit ; and - a camera ;
A communication system comprising: a selector configured to select a second network slice , to which a terminal device currently connected to a first network slice , is to be switched, from a multiple network slices respectively including a multiple network functions, and select a session manager function instance to be connected to the terminal device from among a multiple session manager function instances included in the selected second network slice ; a creator configured to create setting information that is used in communication between the terminal device and the first network slice and is information indicating an IP address that has been allocated to the terminal device by the first network slice and a radio access network to which the terminal device is connected; and a notification unit in a common control plane network function instance configured to notify, the session manager function instance selected by the selector of the setting information created by the creator ; wherein the session manager function instance selected by the selector is configured to determine a route on which traffic is to be transferred, using the setting information notified of by the notification unit . a selector configured to select a second network slice , to which a terminal device currently connected to a first network slice , is to be switched, from a multiple network slices respectively including a multiple network functions, and select a session manager function instance to be connected to the terminal device from among a multiple session manager function instances included in the selected second network slice ; a creator configured to create setting information that is used in communication between the terminal device and the first network slice and is information indicating an IP address that has been allocated to the terminal device by the first network slice and a radio access network to which the terminal device is connected; and a notification unit in a common control plane network function instance configured to notify, the session manager function instance selected by the selector of the setting information created by the creator ; wherein the session manager function instance selected by the selector is configured to determine a route on which traffic is to be transferred, using the setting information notified of by the notification unit .
A cover for a centrifugal pump for a liquid of a household appliance, the cover comprising a wall having an inner face destined to come into contact with the liquid and an outer face , opposite to the inner face , an electric resistor for heating the liquid, fixed to the cover and having a heating stretch , and two end stretches connected to the heating stretch , wherein the electric resistor crosses the cover so that the heating stretch extends from the side of the inner face and the two end stretches project from the side of the outer face , whereby the heating stretch is apt to be in contact with the liquid, wherein at least one second portion of the heating stretch is spaced apart from the inner face , and wherein at least one first portion of the heating stretch is in contact with the inner face , and wherein said at least one first portion is welded or brazed to the inner face . a wall having an inner face destined to come into contact with the liquid and an outer face , opposite to the inner face , an inner face destined to come into contact with the liquid and an outer face , opposite to the inner face , an electric resistor for heating the liquid, fixed to the cover and having a heating stretch , and two end stretches connected to the heating stretch , a heating stretch , and two end stretches connected to the heating stretch , wherein the electric resistor crosses the cover so that the heating stretch extends from the side of the inner face and the two end stretches project from the side of the outer face , the heating stretch extends from the side of the inner face and the two end stretches project from the side of the outer face , whereby the heating stretch is apt to be in contact with the liquid, wherein at least one second portion of the heating stretch is spaced apart from the inner face , and wherein at least one first portion of the heating stretch is in contact with the inner face , and wherein said at least one first portion is welded or brazed to the inner face .
Induction hob comprising a power stage with at least one switching element for enabling an alternating current flow through an induction element , a control unit and a pot detection entity , the control unit being adapted to provide a single electrical pulse (P) to the power stage for initiating an oscillating current flow between the induction element and at least one capacitor , said oscillating current flow leading to an oscillating voltage (Vc) at a first monitoring point of the power stage ; the pot detection entity being adapted to monitor the oscillating voltage (Vc) of said first monitoring point and to compare the number of oscillations of the voltage (Vc) of said first monitoring point initiated by the single electrical pulse (P) with a first threshold value in order to detect a piece of cookware placed above the induction element , characterised in that after receiving a power request in order to heat a piece of cookware placed above the induction element , the pot detection entity is adapted to monitor the presence of cookware by monitoring the voltage at a second monitoring point and compare the voltage at said second monitoring point with a voltage threshold value in order to derive information regarding the presence of a piece of cookware.
A method for indicating a slot format, implemented by a base station, comprising: in response to detecting that a target channel is in an idle state, sending slot format indication information to User Equipment, UE, through the target channel, characterized in that , the slot format indication information is configured to indicate uplink-downlink formats of each of N symbols comprised in a target partial slot, the uplink-downlink formats of a symbol being one of the group comprising an uplink format, a downlink format, and a flexible format, and N being a positive integer less than 14, wherein the N symbols comprised in the target partial slot are a subset of 14 symbols comprised in a full slot; wherein the target partial slot is located in a time period during which the base station occupies the target channel, and the target channel is located on an unlicensed spectrum, wherein the target partial slot is a last slot in the time period during which the base station occupies the target channel; the slot format indication information is configured to indicate that the uplink-downlink formats of each of the N symbols comprised in the target partial slot are the same as uplink-downlink formats of each of first N symbols in 14 symbols comprised in the last full slot. in response to detecting that a target channel is in an idle state, sending slot format indication information to User Equipment, UE, through the target channel, characterized in that , the slot format indication information is configured to indicate uplink-downlink formats of each of N symbols comprised in a target partial slot, the uplink-downlink formats of a symbol being one of the group comprising an uplink format, a downlink format, and a flexible format, and N being a positive integer less than 14, wherein the N symbols comprised in the target partial slot are a subset of 14 symbols comprised in a full slot; wherein the target partial slot is located in a time period during which the base station occupies the target channel, and the target channel is located on an unlicensed spectrum, wherein the target partial slot is a last slot in the time period during which the base station occupies the target channel; the slot format indication information is configured to indicate that the uplink-downlink formats of each of the N symbols comprised in the target partial slot are the same as uplink-downlink formats of each of first N symbols in 14 symbols comprised in the last full slot.
A method for estimating a depth of unfocused plenoptic data, comprising: determining (S101) a level of homogeneity of micro-lens images of unfocused plenoptic data; wherein the level of the homogeneity of each microlens image is determined by estimating a measure of homogeneity from each microlens image, and assigning the estimated metric to all of the determined pixels of the corresponding microlens image; determining (S102) pixels of the micro-lens images of the unfocused plenoptic data which either have disparities equal to zero or belong to homogeneous areas as a function of the determined level of homogeneity of the micro-lens images of the unfocused plenoptic data wherein pixels are grouped by belonging to the parts of the scene that are in focus and to non-textured areas of the scene; and estimating (S103) the depth of the unfocused plenoptic data by a disparity estimation of pixels of the micro-lens images of the unfocused plenoptic data except the determined pixels. determining (S101) a level of homogeneity of micro-lens images of unfocused plenoptic data; wherein the level of the homogeneity of each microlens image is determined by estimating a measure of homogeneity from each microlens image, and assigning the estimated metric to all of the determined pixels of the corresponding microlens image; determining (S102) pixels of the micro-lens images of the unfocused plenoptic data which either have disparities equal to zero or belong to homogeneous areas as a function of the determined level of homogeneity of the micro-lens images of the unfocused plenoptic data wherein pixels are grouped by belonging to the parts of the scene that are in focus and to non-textured areas of the scene; and estimating (S103) the depth of the unfocused plenoptic data by a disparity estimation of pixels of the micro-lens images of the unfocused plenoptic data except the determined pixels.
Yarn comprising at least 1% by weight of fibres of a syndiotactic polystyrene containing a co-crystalline phase comprising at least one active guest compound and characterised by a X-ray diffraction (CuKa) pattern comprising peaks having maxima at about 2θ: between 9.5° and 9.8°, between 16.3° and 16.6°, between 19.7° and 20°.
A compound of the formula Li ((4-x)/3)-w (Mo (2-2x)/3 Cr x )O 2 , wherein: 0 < x ≤ 0.5 ; and and 0 ≤ w ≤ 0.2 ; wherein w represents a lithium deficiency.
A method of laser welding, characterised by comprising the following steps : arranging at least one heat source point from a first collection of heat source points so as to overlap at least a portion of at least one heat source point from a second collection of heat source points; irradiating a portion of a target with the first and second collections of heat source points , the heat source points maintaining a linear profile within their respective collection; and directing the at least two collections of heat source points in a travel direction along a weld line, each linear profile maintaining an oblique angle (α) relative to the travel direction. arranging at least one heat source point from a first collection of heat source points so as to overlap at least a portion of at least one heat source point from a second collection of heat source points; irradiating a portion of a target with the first and second collections of heat source points , the heat source points maintaining a linear profile within their respective collection; and directing the at least two collections of heat source points in a travel direction along a weld line, each linear profile maintaining an oblique angle (α) relative to the travel direction.
A medical device comprising at least one substrate having a coating, wherein the coating comprises a functional layer and the functional layer comprises at least one monosaccharide, characterised in that the monosaccharides can be bonded directly or indirectly to the substrate by a functionalisation of the monosaccharides, and they oligomerise or polymerise only upon bonding to the substrate, wherein the monosaccharides in their non-functionalised form comprise a sugar alcohol or a cyclic or heterocyclic compound that can be derived therefrom by dehydration.
A method for open versus enclosed spatial environment classification, comprising: detecting by, one or more microphones of a device, ambient sound in a spatial environment; outputting, by the one or more microphones to a processor of the device, an audio signal representative of the ambient sound; determining, by the processor, a spatial environment impulse response, SEIR, for the audio signal; extracting, by the processor, one or more features of the SEIR; and classifying, by a pattern classifier executed by the processor, the spatial environment as open or enclosed based on the one or more features of the SEIR. detecting by, one or more microphones of a device, ambient sound in a spatial environment; outputting, by the one or more microphones to a processor of the device, an audio signal representative of the ambient sound; determining, by the processor, a spatial environment impulse response, SEIR, for the audio signal; extracting, by the processor, one or more features of the SEIR; and classifying, by a pattern classifier executed by the processor, the spatial environment as open or enclosed based on the one or more features of the SEIR.
A chromatic dispersion compensation apparatus for automatic compensation of chromatic dispersion, CD, of signals transmitted via an optical link at predetermined wavelengths of WDM channels within a predetermined band of a WDM system, said chromatic dispersion compensation apparatus comprising: a tapping unit , an optical coherent receiver , an analogue digital converter, ADC, , a digital signal processor, DSP, and a tuneable dispersion compensation module, TDCM, , wherein, - the tapping unit is adapted to tap optical signals received by said chromatic dispersion compensation apparatus via the optical link at predetermined wavelengths and adapted to supply the tapped optical signals to the optical coherent receiver , said optical coherent receiver is adapted to tune its local oscillator to selected WDM channels to generate corresponding analogue electrical signals of the different WDM channels to be sampled by the analogue digital converter, ADC, to provide digital signal samples of the selected WDM channels processed by the digital signal processor, DSP, to calculate an estimate residual chromatic dispersion value of the received optical signals, wherein the tuneable dispersion compensation module, TDCM, is set to perform an optical compensation of a residual chromatic dispersion, rCD, of the received optical signals depending on the calculated estimate residual chromatic dispersion value of the received optical signals.