mhurhangee/patent-ind-claim-en huggingface dataset:
A method of inspecting a load comprising the following steps: - obtaining at least one digitized image of the load generated using a system for detection by transmitting x-rays through the load , the digitized image comprising a set of pixels , a value representative of the transmission of the x-rays being associated with each pixel , each pixel being associated with a portion of the load ; - determining areas of interest of the digitized image from values of the pixels , the areas of interest being subsets of the digitized image ; - assigning a label (L) to each pixel of each area of interest , the label (L) assigned to the pixel being representative of the chemical nature and of the arrangement of the materials making up the portion of the load corresponding to the pixel ; and - displaying an image showing the labels (L) assigned to the pixels ; characterized in that : - the assignment of the label (L) to each pixel of each area of interest comprises at least one overall statistical test done from values of a group of pixels of the area of interest to which the pixel belongs and at least one local test done from the value of the pixel , - to perform the overall statistical test , a property (M, S) chosen from the mean, the standard deviation, the higher-order moments, and/or combinations thereof, calculated on said values of the group of pixels of the area of interest , is compared to at least one predetermined threshold (S4, S5, S6, S9), - to assign the label (L) to each pixel of each area of interest , a size (T) of the area of interest is calculated, defined as the number of pixels of the area of interest . - obtaining at least one digitized image of the load generated using a system for detection by transmitting x-rays through the load , the digitized image comprising a set of pixels , a value representative of the transmission of the x-rays being associated with each pixel , each pixel being associated with a portion of the load ; - determining areas of interest of the digitized image from values of the pixels , the areas of interest being subsets of the digitized image ; - assigning a label (L) to each pixel of each area of interest , the label (L) assigned to the pixel being representative of the chemical nature and of the arrangement of the materials making up the portion of the load corresponding to the pixel ; and - displaying an image showing the labels (L) assigned to the pixels ; - the assignment of the label (L) to each pixel of each area of interest comprises at least one overall statistical test done from values of a group of pixels of the area of interest to which the pixel belongs and at least one local test done from the value of the pixel , - to perform the overall statistical test , a property (M, S) chosen from the mean, the standard deviation, the higher-order moments, and/or combinations thereof, calculated on said values of the group of pixels of the area of interest , is compared to at least one predetermined threshold (S4, S5, S6, S9), - to assign the label (L) to each pixel of each area of interest , a size (T) of the area of interest is calculated, defined as the number of pixels of the area of interest .
A method for transmitting Point-to-Point Protocol over Ethernet, PPPoE, packets, comprising: Registering (S101), by a PPPoE server, a PPPoE protocol packet sniffer with a Linux kernel and an Internet Protocol Version 4, IPV4, protocol packet sniffer with a Netfilter framework after the user dial-up authorization succeeds, and adding a user's Internet Protocol, IP, address and media access control, MAC, address to authenticated user information; Receiving (S102; S201; S301), by the PPPoE server, a packet; and Calling (S103; S302), by the PPPoE server, the PPPoE protocol packet sniffer or the IPV4 protocol packet sniffer to process and transmit the packet according to the authenticated user information. Registering (S101), by a PPPoE server, a PPPoE protocol packet sniffer with a Linux kernel and an Internet Protocol Version 4, IPV4, protocol packet sniffer with a Netfilter framework after the user dial-up authorization succeeds, and adding a user's Internet Protocol, IP, address and media access control, MAC, address to authenticated user information; Receiving (S102; S201; S301), by the PPPoE server, a packet; and Calling (S103; S302), by the PPPoE server, the PPPoE protocol packet sniffer or the IPV4 protocol packet sniffer to process and transmit the packet according to the authenticated user information.
A system, , comprising: a memory comprising instructions; and a processor coupled to the memory, wherein the processor, when executing the instructions, effectuates operations comprising: receiving a first HTTP request to access a server from a webclient; ; establishing a persistent connection with the server; receiving an event notification associated with the webclient from the server; storing the notification; characterized in that: the processor further effectuates operations comprising: receiving a second HTTP request for data or a service provided by the server; forward the second HTTP request to the server and receive a response to the second HTTP request from the server; combining the stored notification with the response to the second HTTP request; and transmitting the combined notification and response to the second HTTP request to the webclient in response to the second HTTP request. a memory comprising instructions; and a processor coupled to the memory, wherein the processor, when executing the instructions, effectuates operations comprising: receiving a first HTTP request to access a server from a webclient; ; establishing a persistent connection with the server; receiving an event notification associated with the webclient from the server; storing the notification; characterized in that: the processor further effectuates operations comprising: receiving a second HTTP request for data or a service provided by the server; forward the second HTTP request to the server and receive a response to the second HTTP request from the server; combining the stored notification with the response to the second HTTP request; and transmitting the combined notification and response to the second HTTP request to the webclient in response to the second HTTP request. receiving a first HTTP request to access a server from a webclient; ; establishing a persistent connection with the server; receiving an event notification associated with the webclient from the server; storing the notification; characterized in that: the processor further effectuates operations comprising: receiving a second HTTP request for data or a service provided by the server; forward the second HTTP request to the server and receive a response to the second HTTP request from the server; combining the stored notification with the response to the second HTTP request; and transmitting the combined notification and response to the second HTTP request to the webclient in response to the second HTTP request. the processor further effectuates operations comprising: receiving a second HTTP request for data or a service provided by the server; forward the second HTTP request to the server and receive a response to the second HTTP request from the server; combining the stored notification with the response to the second HTTP request; and transmitting the combined notification and response to the second HTTP request to the webclient in response to the second HTTP request.
System for assisting an aircraft capable of vertical landing in performing a landing operation on a landing area , comprising a retaining cable and a cable winch , which is driven by a winch motor and is designed for rolling up and unrolling the retaining cable , and comprising a control device , designed for controlling the cable winch , and a fastening device , to which the cable winch is connected by way of the retaining cable and which can be fastened on the aircraft in order to connect the cable winch to the aircraft by way of the retaining cable , wherein the system has a coupling device , arranged on the cable winch , and is designed to be carried along by the aircraft , and wherein - the control device is designed to control the cable winch in such a way that, at the beginning of the landing operation, the cable winch is let out from the aircraft onto the landing area by unrolling the retaining cable , - the coupling device is designed to establish a coupled state of the aircraft , in which the aircraft is connected to the landing area by way of the retaining cable , by establishing a releasable connection between the let-out cable winch and the landing area , and - the control device is designed to control the cable winch in such a way that, during the landing operation, an uninterrupted cable force is exerted on the aircraft by rolling up the retaining cable in the coupled state of the aircraft . - the control device is designed to control the cable winch in such a way that, at the beginning of the landing operation, the cable winch is let out from the aircraft onto the landing area by unrolling the retaining cable , - the coupling device is designed to establish a coupled state of the aircraft , in which the aircraft is connected to the landing area by way of the retaining cable , by establishing a releasable connection between the let-out cable winch and the landing area , and - the control device is designed to control the cable winch in such a way that, during the landing operation, an uninterrupted cable force is exerted on the aircraft by rolling up the retaining cable in the coupled state of the aircraft .
A method of loading a self-expanding stent into a delivery sheath configured to retain the stent in a radially compressed pre-deployment configuration, comprising the steps of: i) providing a loading sheath with an inner diameter d2, the stent being accommodated within a lumen of the loading sheath at a compressed outside diameter d1 that is radially compressed from a relaxed outside diameter d0 of the stent, where d0 > d2 > d1; ii) providing a delivery sheath with an inner diameter d3, where d0 > d3 > d2; iii) advancing the loading sheath, containing the stent, into the lumen of the delivery sheath; iv) deploying the stent into the lumen of the delivery sheath; and v) with the stent within the lumen of the delivery sheath, imposing lengthwise strain on the sheath, to draw down the inner diameter of the delivery sheath to a diameter d4 which is less than d3. i) providing a loading sheath with an inner diameter d2, the stent being accommodated within a lumen of the loading sheath at a compressed outside diameter d1 that is radially compressed from a relaxed outside diameter d0 of the stent, where d0 > d2 > d1; ii) providing a delivery sheath with an inner diameter d3, where d0 > d3 > d2; iii) advancing the loading sheath, containing the stent, into the lumen of the delivery sheath; iv) deploying the stent into the lumen of the delivery sheath; and v) with the stent within the lumen of the delivery sheath, imposing lengthwise strain on the sheath, to draw down the inner diameter of the delivery sheath to a diameter d4 which is less than d3.
A method of processing a substrate comprising a first surface and a second surface , the method comprising: applying an exit material to the second surface of the substrate ; and focusing a pulsed laser beam into a quasi-non-diffracting beam directed into the substrate such that the quasi-non-diffracting beam enters the substrate through the first surface , the quasi-non-diffracting beam generating an induced absorption within the substrate , the induced absorption producing a damage track within the substrate , wherein the substrate is transparent to at least one wavelength of the pulsed laser beam , characterized in that a difference between a refractive index of the exit material and a refractive index of the substrate is 0.4 or less, wherein a refractive index refers to the refractive index of a material at the peak wavelength of the laser and under the conditions at which the material, such as the material of substrate and exit material are exposed to the laser. applying an exit material to the second surface of the substrate ; and focusing a pulsed laser beam into a quasi-non-diffracting beam directed into the substrate such that the quasi-non-diffracting beam enters the substrate through the first surface , the quasi-non-diffracting beam generating an induced absorption within the substrate , the induced absorption producing a damage track within the substrate , wherein the substrate is transparent to at least one wavelength of the pulsed laser beam , characterized in that a difference between a refractive index of the exit material and a refractive index of the substrate is 0.4 or less, wherein a refractive index refers to the refractive index of a material at the peak wavelength of the laser and under the conditions at which the material, such as the material of substrate and exit material are exposed to the laser.
A support device for an induction coil of an induction heating appliance, wherein: - the support device includes at least one coil base plate adapted for supporting the induction coil, - the coil base plate is made of at least one electrically non-conductive material, - the support device includes at least one electrically conductive and/or magnetic layer , and - the electrically conductive and/or magnetic layer is applied on at least one large-area side of the coil base plate , - the support device includes at least one ferrite element arranged on the electrically conductive and or magnetic layer , characterised in that the electrically conductive and/or magnetic layer is an electrically conductive and/or magnetic paint layer applied on the coil base plate . - the support device includes at least one coil base plate adapted for supporting the induction coil, - the coil base plate is made of at least one electrically non-conductive material, - the support device includes at least one electrically conductive and/or magnetic layer , and - the electrically conductive and/or magnetic layer is applied on at least one large-area side of the coil base plate , - the support device includes at least one ferrite element arranged on the electrically conductive and or magnetic layer , characterised in that the electrically conductive and/or magnetic layer is an electrically conductive and/or magnetic paint layer applied on the coil base plate .
An animal drinker comprising a support , a container defining a hollow interior region for a drinkable liquid and an open mouth for accommodating a muzzle of an animal to the hollow interior region of the container , and an inlet port for accommodating the drinkable liquid to the hollow interior region of the container , the container being pivotally mounted on the support , and being pivotal relative to the support and the inlet port between an operative state for receiving the drinkable liquid from the inlet port and for presenting the drinkable liquid to an animal, and a discharge state for discharging the liquid therefrom, wherein a mounting means comprising a mounting plate for mounting the support to a structure is provided, characterised in that : the support comprises a support framework extending forwardly from the mounting plate , the inlet port is rigidly secured to the support framework , and the container is pivotally coupled to the support framework to one side thereof about a main pivot axis extending perpendicularly relative to the mounting plate and is pivotal about the main pivot axis through an angle of at least 90° between the operative state and the discharge state. comprises a support framework extending forwardly from the mounting plate , the inlet port is rigidly secured to the support framework , and the container is pivotally coupled to the support framework to one side thereof about a main pivot axis extending perpendicularly relative to the mounting plate and is pivotal about the main pivot axis through an angle of at least 90° between the operative state and the discharge state.
A fitment for use with a flexible, collapsible container having an opening to the container interior, said fitment comprising: a. an elongate body for being sealed at the opening of a flexible, collapsible container , said body having i. an inner end , ii. an outer end , iii. a height defined between said inner end and said outer end , iv. an access passage extending between said inner end and said outer end for communicating with the container interior, and v. a sealing portion for being attached to the container interior, said sealing portion having a major dimension (MD) generally oriented transversely of said height; characterized by further comprising b. a pour lip that i. extends from said outer end of said body , ii. projects laterally relative to said access passage , and iii. defines a pour path (PP), characterized in that said pour lip has an interior surface that includes: a. a concave portion ; and b. a convex portion , said convex portion being located further outwardly than said concave portion , wherein said pour lip extends only partially along a perimeter of said access passage . a. an elongate body for being sealed at the opening of a flexible, collapsible container , said body having i. an inner end , ii. an outer end , iii. a height defined between said inner end and said outer end , iv. an access passage extending between said inner end and said outer end for communicating with the container interior, and v. a sealing portion for being attached to the container interior, said sealing portion having a major dimension (MD) generally oriented transversely of said height; characterized by further comprising i. an inner end , ii. an outer end , iii. a height defined between said inner end and said outer end , iv. an access passage extending between said inner end and said outer end for communicating with the container interior, and v. a sealing portion for being attached to the container interior, said sealing portion having a major dimension (MD) generally oriented transversely of said height; characterized by further comprising b. a pour lip that i. extends from said outer end of said body , ii. projects laterally relative to said access passage , and iii. defines a pour path (PP), i. extends from said outer end of said body , ii. projects laterally relative to said access passage , and iii. defines a pour path (PP), a. a concave portion ; and b. a convex portion , said convex portion being located further outwardly than said concave portion ,
A method executable by a first controller device connected to at least one of a communication network and a local area network , the method comprising: defining a trigger, the trigger specifying a triggering event and an action to be performed by an accessory device in response to detecting the triggering event, wherein the action is performable by sending a control message to the accessory device , and wherein the accessory device is connected to at least one of the communication network and the local area network ; delegating the trigger to a second controller device that is capable of communicating with the accessory device , wherein the second controller device is connected to at least one of the communication network and the local area network and is selected for the delegation of the trigger based at least in part on an effectiveness score; subsequently to delegating the trigger to the second controller device , monitoring a status of the second controller device to detect a condition indicating that the second controller device is unavailable to execute the trigger; and in response to detecting the condition, executing the trigger at the first controller device , wherein executing the trigger includes detecting the triggering event and sending the control message to the accessory device in response to detecting the triggering event. defining a trigger, the trigger specifying a triggering event and an action to be performed by an accessory device in response to detecting the triggering event, wherein the action is performable by sending a control message to the accessory device , and wherein the accessory device is connected to at least one of the communication network and the local area network ; delegating the trigger to a second controller device that is capable of communicating with the accessory device , wherein the second controller device is connected to at least one of the communication network and the local area network and is selected for the delegation of the trigger based at least in part on an effectiveness score; subsequently to delegating the trigger to the second controller device , monitoring a status of the second controller device to detect a condition indicating that the second controller device is unavailable to execute the trigger; and in response to detecting the condition, executing the trigger at the first controller device , wherein executing the trigger includes detecting the triggering event and sending the control message to the accessory device in response to detecting the triggering event.
Method to obtain a capacitive voltage sensor by a conductor device of electrical current, in which said conductor device extends along a longitudinal axis (X) and comprises: - providing a conductor body which extends along the longitudinal axis (X), - providing at least one layer of insulating material which extends along the longitudinal axis (X) and overlying said conductor body , - providing at least one layer of semiconductive material which extends along the longitudinal axis (X) and overlying said layer of insulating material, wherein a groove having a closed-line path is executed in the layer of semiconductive material in order to form from said layer of semiconductive material a first portion and a second portion , said first portion is electrically disconnected and electrically isolated with respect to said second portion , said first portion overlies said layer of insulating material , characterised in that said second portion maintains conductive axial continuity along said layer of the semiconductive material, and said first portion has a shape like a two-dimensional geometrical figure bounded by the closed-line path of the groove . - providing a conductor body which extends along the longitudinal axis (X), - providing at least one layer of insulating material which extends along the longitudinal axis (X) and overlying said conductor body , - providing at least one layer of semiconductive material which extends along the longitudinal axis (X) and overlying said layer of insulating material, a groove having a closed-line path is executed in the layer of semiconductive material in order to form from said layer of semiconductive material a first portion and a second portion , said first portion is electrically disconnected and electrically isolated with respect to said second portion , said first portion overlies said layer of insulating material , characterised in that said second portion maintains conductive axial continuity along said layer of the semiconductive material, and said first portion has a shape like a two-dimensional geometrical figure bounded by the closed-line path of the groove .
An apparatus for preparing a brewed beverage, comprising: a) a device for heating and conveying water; b) a brewing chamber into which the heated water is introduced, whereby the brewing chamber is arranged adjacent to an insertion chute for capsules; c) a positioning device for positioning a capsule with an ingredient for brewing a beverage at a lateral opening of the brewing chamber , and d) an outlet on a bottom side of the brewing chamber ; characterized in that a drive device is provided, by means of which the brewing chamber can be moved. a) a device for heating and conveying water; b) a brewing chamber into which the heated water is introduced, whereby the brewing chamber is arranged adjacent to an insertion chute for capsules; c) a positioning device for positioning a capsule with an ingredient for brewing a beverage at a lateral opening of the brewing chamber , and d) an outlet on a bottom side of the brewing chamber ;