mhurhangee/patent-ind-claim-en huggingface dataset:
Method for observing a porous sample , comprising the following steps: i) illuminating said sample using a light source , able to emit an incident light wave that propagates towards the sample ; ii) acquiring, using an image sensor lying in a detection plane (P 20 ), at least one image ( I , I i ) of the sample, the sample being placed between the light source and the image sensor , each image being representative of an exposure light wave (22, 22 i ) transmitted by the sample under the effect of said illumination; iii) applying a propagation operator to the image ( I , I i ) acquired in step ii), so as to form an image ( I 0 , I i 0 ) representative of said light wave (22, 22 i ) transmitted by the sample, in a plane (P 0 ) passing through said sample; wherein the sample is a thin section of biological tissue, the method also comprising, prior to step ii), applying a fluid called the impregnation fluid to the sample , such that the sample is impregnated with said impregnation liquid, said impregnation liquid having a refractive index strictly higher than 1, such that the sample is made transparent or translucent after the application of the impregnation liquid, and wherein the image ( I 0 , I i 0 ) formed in step iii), which is representative of the light wave (22, 22 i ) transmitted by the sample, is established on the basis of phase ( φ 0 , φ i 0 ), in the plane (P 0 ) passing through the sample, of said light wave (22, 22 i ) transmitted by the sample. i) illuminating said sample using a light source , able to emit an incident light wave that propagates towards the sample ; ii) acquiring, using an image sensor lying in a detection plane (P 20 ), at least one image ( I , I i ) of the sample, the sample being placed between the light source and the image sensor , each image being representative of an exposure light wave (22, 22 i ) transmitted by the sample under the effect of said illumination; iii) applying a propagation operator to the image ( I , I i ) acquired in step ii), so as to form an image ( I 0 , I i 0 ) representative of said light wave (22, 22 i ) transmitted by the sample, in a plane (P 0 ) passing through said sample;
A system for producing paint templates for painting a design on a target surface, comprising: a processor configured to generate a geo-file of paint template designs , the processor comprising: a design module configured to parse the design into a set of paint sub-designs; and a template design module configured to generate the geo-file of paint template designs based on the set of paint sub-designs, the generated geo-file of paint template designs comprising a paint template design that corresponds to a paint sub-design; and a plotter coupled to the processor and configured to produce a set of paint templates based on the geo-file of paint template designs, wherein: each paint template design comprises a set of alignment marks for facilitating painting the paint design on the target surface; and each paint template is produced with a set of alignment apertures corresponding to the set of alignment marks for each respective paint template design; wherein the plotter comprises a cutting component configured to form the set of alignment apertures from each respective paint template based on a corresponding set of alignment marks. a processor configured to generate a geo-file of paint template designs , the processor comprising: a design module configured to parse the design into a set of paint sub-designs; and a template design module configured to generate the geo-file of paint template designs based on the set of paint sub-designs, the generated geo-file of paint template designs comprising a paint template design that corresponds to a paint sub-design; and a design module configured to parse the design into a set of paint sub-designs; and a template design module configured to generate the geo-file of paint template designs based on the set of paint sub-designs, the generated geo-file of paint template designs comprising a paint template design that corresponds to a paint sub-design; and a plotter coupled to the processor and configured to produce a set of paint templates based on the geo-file of paint template designs, wherein: each paint template design comprises a set of alignment marks for facilitating painting the paint design on the target surface; and each paint template is produced with a set of alignment apertures corresponding to the set of alignment marks for each respective paint template design; each paint template design comprises a set of alignment marks for facilitating painting the paint design on the target surface; and each paint template is produced with a set of alignment apertures corresponding to the set of alignment marks for each respective paint template design; wherein the plotter comprises a cutting component configured to form the set of alignment apertures from each respective paint template based on a corresponding set of alignment marks.
A composite powder material, preferably with optimized flow properties for powder processing technologies, comprising a polymer powder, which comprises polydioxanone and a water-soluble salt.
An aircraft cabin comprising a first seat unit , a second seat unit , and a movable partition , the first and second seat units being in a first row of seat units and being separated from each other by an aisle running substantially parallel to a longitudinal axis of the aircraft cabin, characterised in that the partition is movable between a stowed position and a deployed position in which the partition is positioned at least partially in the aisle between the first and second seat units thereby at least partially blocking the aisle so to convert the aisle space between the first and second seat units into a private space that is shared between the first and second seat units, and wherein the cabin further comprises an item of furniture movable between a stowed position and a deployed position in which the item of furniture is positioned in the aisle between the first and second seat units so that the item of furniture can be shared between passengers in the first and second seat units. characterised in that the partition is movable between a stowed position and a deployed position in which the partition is positioned at least partially in the aisle between the first and second seat units thereby at least partially blocking the aisle so to convert the aisle space between the first and second seat units into a private space that is shared between the first and second seat units, and wherein the cabin further comprises an item of furniture movable between a stowed position and a deployed position in which the item of furniture is positioned in the aisle between the first and second seat units so that the item of furniture can be shared between passengers in the first and second seat units.
A method of satellite precise orbit determination, the method comprising: inputting an initial estimate including initial orbit information of a satellite with respect to an observation epoch and a parallactic refraction scale factor; performing orbit propagation using a high-precision orbit propagator by applying a dynamics model; performing observer-centered satellite optical observation modeling including the parallactic refraction scale factor; calculating an observation residual between actual optical observation data and observation data calculated via the observation modeling reflecting the parallactic refraction; and precisely determining the orbit of the satellite by simultaneously estimating the parallactic refraction scale factor and a satellite state vector using a batch least square estimation algorithm. inputting an initial estimate including initial orbit information of a satellite with respect to an observation epoch and a parallactic refraction scale factor; performing orbit propagation using a high-precision orbit propagator by applying a dynamics model; performing observer-centered satellite optical observation modeling including the parallactic refraction scale factor; calculating an observation residual between actual optical observation data and observation data calculated via the observation modeling reflecting the parallactic refraction; and precisely determining the orbit of the satellite by simultaneously estimating the parallactic refraction scale factor and a satellite state vector using a batch least square estimation algorithm.
A transmission, comprising: a main transmission assembly having a main shaft and a main transmission clutch , the main shaft coupled to a countershaft via the main transmission clutch; a planetary gear assembly having a center shaft and providing_output from the transmission, the planetary gear assembly further including an annulus gear (360; 404), a sun gear (356; 406), and a planet gear ; a spline joint (374; 500) that couples the main shaft to the center shaft ; a first bearing positioned at an axial location of the spline joint (374; 500) that supports both the main shaft and the center shaft at a first end; and a second bearing that supports the center shaft at a second end of the center shaft opposite the first end, the second bearing supported by an outer shaft that is coupled to the planet gear and provides output to an output shaft of the transmission; wherein the main shaft is a radially floating shaft positioned within a bore of the spline joint (374; 500). a main transmission assembly having a main shaft and a main transmission clutch , the main shaft coupled to a countershaft via the main transmission clutch; a planetary gear assembly having a center shaft and providing_output from the transmission, the planetary gear assembly further including an annulus gear (360; 404), a sun gear (356; 406), and a planet gear ; a spline joint (374; 500) that couples the main shaft to the center shaft ; a first bearing positioned at an axial location of the spline joint (374; 500) that supports both the main shaft and the center shaft at a first end; and a second bearing that supports the center shaft at a second end of the center shaft opposite the first end, the second bearing supported by an outer shaft that is coupled to the planet gear and provides output to an output shaft of the transmission; wherein the main shaft is a radially floating shaft positioned within a bore of the spline joint (374; 500).
An ostomy pouch , comprising: an inner wall and an outer wall sealed about at least part of the periphery thereof to define a cavity for containing a stomal output, the cavity including, at least: a first section , a second section and a third section ; a first waisted section located between the first section and second section ; and a second waisted section located between the second section and the third section ; wherein the first and second sections have a maximum width greater than a minimum width of the first waisted section ; and wherein the second and third sections have a maximum width greater than a minimum width of the second waisted section . an inner wall and an outer wall sealed about at least part of the periphery thereof to define a cavity for containing a stomal output, the cavity including, at least: a first section , a second section and a third section ; a first waisted section located between the first section and second section ; and a second waisted section located between the second section and the third section ; a first section , a second section and a third section ; a first waisted section located between the first section and second section ; and a second waisted section located between the second section and the third section ; wherein the first and second sections have a maximum width greater than a minimum width of the first waisted section ; and wherein the second and third sections have a maximum width greater than a minimum width of the second waisted section .
A connection structure comprising: a circuit body including a flexible printed circuit having a wiring pattern; and a conductive body connected to a mounting surface of the circuit body using a solder (H), the conductive body being a busbar, the conductive body having a pair of connection portions opposed to each other and extending along the mounting surface, the connection structure being suitable for attaching an electronic element to the mounting surface to connect the conductive body to the wiring pattern; such that a sealing material can cover the electronic element to isolate the electronic element from outside of the sealing material, while the electronic element and the sealing material are located in an inside region located between the pair of connecting portions, the solder (H) comprising solder fillets located around the pair of the connection portions and extending along the mounting surface, characterized in that a first fillet width (h1) of one solder fillet among the solder fillets located in an inside region between the pair of the connection portions is larger than a second fillet width (h2) of another one solder among the solder fillets located in an outside region on an opposite side to the inside region across the connection portions . a circuit body including a flexible printed circuit having a wiring pattern; and a conductive body connected to a mounting surface of the circuit body using a solder (H), the conductive body being a busbar, the conductive body having a pair of connection portions opposed to each other and extending along the mounting surface, the connection structure being suitable for attaching an electronic element to the mounting surface to connect the conductive body to the wiring pattern; such that a sealing material can cover the electronic element to isolate the electronic element from outside of the sealing material, while the electronic element and the sealing material are located in an inside region located between the pair of connecting portions, the solder (H) comprising solder fillets located around the pair of the connection portions and extending along the mounting surface, characterized in that a first fillet width (h1) of one solder fillet among the solder fillets located in an inside region between the pair of the connection portions is larger than a second fillet width (h2) of another one solder among the solder fillets located in an outside region on an opposite side to the inside region across the connection portions .
Fitting for a sliding door , in particular a lift-and-slide door, having a locking mechanism which has a locking bolt and a locking element which can be brought into engagement with the locking bolt , wherein the locking bolt projects in a locked position from a frame profile and engages in the locking element , wherein the locking bolt is movable in an unlocked position from the position projecting from the frame profile into a retracted position, characterized in that a blocking element is provided which blocks actuation of a sliding door lock when the locking bolt is in a retracted position, wherein the blocking element is coupled to the locking bolt in the retracted position thereof and the blocking element is decoupled only in the extended position of the locking bolt to unlock an actuating element for the sliding door .
A switch cabinet which has a plurality of vertical frame profiles by which outer vertical planes (V) are defined, at least one sidewall of the switch cabinet being arranged in at least one of the vertical planes (V), the sidewall consisting at least partially of a textile with metallic or metallically coated threads or fibres (4.1), the switch cabinet having a roof element , on the upper side of which the sidewall is fixed via an upper retaining clip , an EMI shielding seal being arranged along an outer edge of the roof element , on the upper side of the roof element , between the textile and the roof element , characterised in that the EMI shielding seal is arranged between the outer edge of the roof element and the retaining clip , the textile being braced under compression of the EMI shielding seal by displacement of the upper retaining clip , the compression of the seal being varied by variation of the bracing.
Electricity meter comprising: a front circuit arranged to be connected to an external current transformer (CT) located outside of the electricity meter and mounted on a phase (Ph) of a distribution network ; a conductor arranged to be connected to the external current transformer via the front circuit; a test circuit comprising a test generation chain having an output connected to the conductor , a test measuring chain having an input connected to the conductor, and a processing component ; the test generation chain comprising a voltage generator and being arranged to apply a test voltage (Vt) on the conductor, the test voltage producing a test current (It) circulating in the test measuring chain and said test voltage having a level which depends on an equivalent impedance of the front circuit and of the external current transformer, the test measuring chain being arranged to measure the level of the test voltage, the processing component being arranged to acquire the level of the test voltage and to detect a cutoff of the external current transformer when the level of the test voltage is greater than a predefined detection threshold. a front circuit arranged to be connected to an external current transformer (CT) located outside of the electricity meter and mounted on a phase (Ph) of a distribution network ; a conductor arranged to be connected to the external current transformer via the front circuit; a test circuit comprising a test generation chain having an output connected to the conductor , a test measuring chain having an input connected to the conductor, and a processing component ;
A Virtualized Infrastructure Manager, VIM, comprising: a memory; and one or more processors configured to: receive a request from a Virtual Network Function, VNF, Manager, VNFM, to create a VNF related Virtualization Resource, VR, Performance Measurement, PM, job; send one or more configuration files to a data collection service in a Network Function Virtualization Infrastructure, NFVI, to configure a collection of one or more PM measurements; receive an acknowledgement from the NFVI in response to the one or more configuration files; and send a response to the VNFM , wherein the response indicates a job identifier of the VNF related VR PM job. a memory; and one or more processors configured to: receive a request from a Virtual Network Function, VNF, Manager, VNFM, to create a VNF related Virtualization Resource, VR, Performance Measurement, PM, job; send one or more configuration files to a data collection service in a Network Function Virtualization Infrastructure, NFVI, to configure a collection of one or more PM measurements; receive an acknowledgement from the NFVI in response to the one or more configuration files; and send a response to the VNFM , wherein the response indicates a job identifier of the VNF related VR PM job. receive a request from a Virtual Network Function, VNF, Manager, VNFM, to create a VNF related Virtualization Resource, VR, Performance Measurement, PM, job; send one or more configuration files to a data collection service in a Network Function Virtualization Infrastructure, NFVI, to configure a collection of one or more PM measurements; receive an acknowledgement from the NFVI in response to the one or more configuration files; and send a response to the VNFM , wherein the response indicates a job identifier of the VNF related VR PM job.
A voltage monitoring device comprising input connectors for receiving an input voltage (Vcc), a linkage , a spring for urging the linkage towards a first stable position, and a solenoid powered by the input voltage (Vcc) and adapted to displace the linkage from the first position to a second position if a voltage applied to the solenoid exceeds a first threshold, and to maintain the linkage in the second position while the voltage applied to the solenoid exceeds a second threshold lower than the first threshold, and a switch controlled by the linkage , characterized in that the switch is connected to the input connectors and the solenoid so as apply a first percentage of the input voltage (Vcc) to the solenoid while the linkage is in the first position and to apply a second percentage of the input voltage (Vcc) to the solenoid while the linkage is in the second position, the second percentage being less than the first percentage.
A method for removing noise from spectral data recorded using a spectrometer, the method comprising normalising spectral data to generate normalised spectral data and applying a machine learning model to the normalised spectral data, the machine learning model trained to remove noise from spectral data using normalised training data, wherein the spectral data is normalised based on a different scaling to the normalisation of the training data.
Device for operating a seat arrangement which can be folded out from or into a vehicle , comprising a control unit which is designed to receive and carry out an activation command (B) from an authorized vehicle user and third persons for folding out the seat arrangement from an interior region of the vehicle into a region accessible from the outside of the vehicle , characterized in that permission for a folding-out function of the seat arrangement can only be activated by an authorized vehicle user if it is detected by means of a camera and/or the authorized vehicle user confirms that a trunk in which the seat arrangement is located in the folded-in state is free from other objects.
Field-assisted sintering technology (FAST) method in which an electric or electromagnetic field supports and/or instigates a sintering process for producing semi-finished contact element products for electrical switching contacts , contact elements for electrical switching contacts , and/or electrical switching contacts , in particular for vacuum tubes , wherein a contact material prior to the sintering process is provided in such a manner that the material composition of the contact material and/or at least one property of the contact material are/is modified in at least one body direction of the finished contact element characterized in that said method is a defined gradual modification of the material composition and/or of the at least one property of the contact material , wherein gradual means in successive steps, and such a step-wise modification is in such fine steps that a continuous modification is present, and pulverulent initial materials are used.
A trailer of a backup train of a tunnel boring machine comprising: - rolling means configured to allow movement of the trailer on a circulation route , - a chassis including a lower portion comprising the rolling means and an upper portion , opposite to the rolling means , - conveying means , fixed in the lower portion of the chassis , the trailer being characterized in that the conveying means comprise two superimposed paths configured to move at least one support along the trailer , said support being configured to transport at least one arch segment along the chassis . - rolling means configured to allow movement of the trailer on a circulation route , - a chassis including a lower portion comprising the rolling means and an upper portion , opposite to the rolling means , - conveying means , fixed in the lower portion of the chassis ,