mhurhangee/patent-ind-claim-en huggingface dataset:
A pipe repair device for repairing a leak in a pipe of a pipeline , comprising: a body defining a first end, a second end opposite the first end, and a middle section therebetween; a sensor attached to the body for detecting the leak in the pipe ; a locomotion subsystem comprising a transport mechanism attached to the body for transporting the pipe repair device along an inner surface of the pipeline to a location of the leak , wherein the locomotion subsystem comprises one or more wheels configured for engaging the inner surface of the pipeline , wherein the one or more wheels are connected to one or more pivotable arms that are configured for allowing the one or more wheels to be radially repositioned to accommodate for varying pipe diameters, whereby the one or more pivotable arms are biased outward by one or more springs ; and a repair mechanism comprising a repair material for repairing the leak , wherein the repair mechanism comprises a stent , the stent reconfigurable between a compressed orientation and an expanded orientation, wherein the stent comprises a stent spring and a sealing layer defining a substantially cylindrical structure, the stent spring biasing the stent to the expanded configuration. a body defining a first end, a second end opposite the first end, and a middle section therebetween; a sensor attached to the body for detecting the leak in the pipe ; a locomotion subsystem comprising a transport mechanism attached to the body for transporting the pipe repair device along an inner surface of the pipeline to a location of the leak , wherein the locomotion subsystem comprises one or more wheels configured for engaging the inner surface of the pipeline , wherein the one or more wheels are connected to one or more pivotable arms that are configured for allowing the one or more wheels to be radially repositioned to accommodate for varying pipe diameters, whereby the one or more pivotable arms are biased outward by one or more springs ; and a repair mechanism comprising a repair material for repairing the leak , wherein the repair mechanism comprises a stent , the stent reconfigurable between a compressed orientation and an expanded orientation, wherein the stent comprises a stent spring and a sealing layer defining a substantially cylindrical structure, the stent spring biasing the stent to the expanded configuration.
A method, performed by a first wireless network access point , for allocating uplink or downlink resources, to a mobile terminal that is configured for dual connectivity wherein the mobile terminal supports two or more contemporaneous links with two or more wireless network access points comprising the first wireless network access point and a second wireless network access point , the method comprising: receiving , from the second wireless network access point , resource allocation information for the mobile terminal being in a dual connectivity mode; determining a resource allocation relating to the first wireless network access point based on the received resource allocation information received from the second wireless network access point , further comprising determining the resource allocation relating to the first wireless access point by applying multiplexing, in the frequency domain, of resources of the first wireless network access point with resources of the second wireless network access point ; and sending , to the mobile terminal , a resource allocation message indicating the determined resource allocation relating to the first wireless network access point . receiving , from the second wireless network access point , resource allocation information for the mobile terminal being in a dual connectivity mode; determining a resource allocation relating to the first wireless network access point based on the received resource allocation information received from the second wireless network access point , further comprising determining the resource allocation relating to the first wireless access point by applying multiplexing, in the frequency domain, of resources of the first wireless network access point with resources of the second wireless network access point ; and sending , to the mobile terminal , a resource allocation message indicating the determined resource allocation relating to the first wireless network access point .
Method for monitoring a process temperature (G) of a biochemical or biological process which takes place within a reactor , the process comprising at least a first component having a first emissivity (C, ε1) and a second component having a second emissivity (F, ε2), the first emissivity (B; ε1) and the second emissivity (F; ε2) being different, the proportion ratio of the two components changing during the process, the method comprising a first measurement of thermal radiation (J, 9a, 9b) emitted from the process, the measurement being non-invasive with respect to the process, specifically by means of a temperature sensor arranged outside the reactor , characterized in that , by means of at least one second non-invasive measurement, specifically by means of a sensor arranged outside the reactor , at least one second process parameter (A, 10) is determined which correlates with a total emissivity (K) of the process, in that the first measurement and the second measurement are carried out multiple times during the process, in that a proportion ratio of the first and the second component with respect to one another is determined on the basis of the at least one second process parameter , and in that the process temperature (G) is determined on the basis of the measured thermal radiation (J, 9a, 9b) and on the basis of the proportion ratio taking into account the respective emissivities (C, ε1; F, ε1) of the components.
A product performance prediction modeling method, comprising: acquiring (S10) first sample data, wherein the first sample data comprises device outlier data generated in a process of manufacturing a product by a device in case of device exception; acquiring (S20) a production line configuration simulation parameter of a production line where the device is located, and product information of the product manufactured by the production line; selecting (S30), according to the device outlier data, the production line configuration simulation parameter and the product information, a product performance simulation model to perform simulation test on the performance of the product, so as to obtain product performance simulation data; and inputting (S40) the device outlier data, the production line configuration simulation parameter, the product information and the product performance simulation data into a machine learning model to perform machine learning training, so as to obtain a product performance prediction model to accurately predict the final product performance in time in case of device exception. acquiring (S10) first sample data, wherein the first sample data comprises device outlier data generated in a process of manufacturing a product by a device in case of device exception; acquiring (S20) a production line configuration simulation parameter of a production line where the device is located, and product information of the product manufactured by the production line; selecting (S30), according to the device outlier data, the production line configuration simulation parameter and the product information, a product performance simulation model to perform simulation test on the performance of the product, so as to obtain product performance simulation data; and inputting (S40) the device outlier data, the production line configuration simulation parameter, the product information and the product performance simulation data into a machine learning model to perform machine learning training, so as to obtain a product performance prediction model to accurately predict the final product performance in time in case of device exception.
A method for secure edge-cloud function as a service (FaaS), the method comprising: receiving , by a FaaS node, a request to execute a function; executing the function; and entering a result of the function execution into a blockchain, the blockchain being accessible to a plurality of FaaS architectural nodes; receiving a user request to perform a task at a FaaS orchestrator; organizing, by the FaaS orchestrator, a plurality of FaaS nodes to perform the task, the plurality of FaaS nodes including the FaaS node, wherein organizing the plurality of FaaS nodes to perform the task includes transmitting the task to both an edge function decomposition engine (EFDE) and a cloud FDE (CFDE) to split the task into subtasks that correlate with available edge and cloud FaaS node capabilities; and transmitting requests to the plurality of FaaS nodes to complete portions of the task, the requests including the request to the FaaS node. receiving , by a FaaS node, a request to execute a function; executing the function; and entering a result of the function execution into a blockchain, the blockchain being accessible to a plurality of FaaS architectural nodes; receiving a user request to perform a task at a FaaS orchestrator; organizing, by the FaaS orchestrator, a plurality of FaaS nodes to perform the task, the plurality of FaaS nodes including the FaaS node, wherein organizing the plurality of FaaS nodes to perform the task includes transmitting the task to both an edge function decomposition engine (EFDE) and a cloud FDE (CFDE) to split the task into subtasks that correlate with available edge and cloud FaaS node capabilities; and transmitting requests to the plurality of FaaS nodes to complete portions of the task, the requests including the request to the FaaS node.
An assembly consisting of a device for absorbing moisture from room air and a tablet containing a hygroscopic dehumidifying agent that has an upper side and an underside , the device comprising a collecting vessel for collecting a solution resulting from the absorption, the collecting vessel comprising a base for placing the device on a substrate; a cover , which is arranged above the collecting vessel and surrounds an interior space ; and a holding device arranged in the interior for arranging the tablet by means of its underside , the design of the holding device and the shape of the tablet matching one another in such a way that, when used as intended, the upper side of the tablet arranged with the underside on the holding device lies in a plane which runs obliquely to the substrate, characterized in that the holding device comprises a support means for arranging the underside of the tablet , the support means lying in a plane which runs obliquely to the substrate, the support means being formed by a plurality of support ribs or support bars or support mandrels for arranging the underside , the support ribs or support bars or support mandrels extending into the interior at different heights.
A battery cell , comprising: a battery case having an accommodation portion in which a battery assembly is mounted, and a sealing portion formed by sealing an outer periphery thereof by heat fusion; an electrode lead electrically connected to an electrode tab included in the battery assembly and protruding out of the battery case via the sealing portion ; and a lead film positioned at a portion corresponding to the sealing portion in at least one of an upper portion and a lower portion of the electrode lead , characterised in that the lead film discharges gas and includes a gas discharge portion formed to extend from the inside of the battery case to the outside of the battery case, wherein the gas discharge portion maximizes a gas permeation area and the gas discharge portion is opened toward the inside of the battery case and is closed on a front surface and on both side surfaces based on a protruding direction of the electrode lead , wherein gas generated inside the battery cell exceeding a predetermined pressure flows inside the gas discharge portion and is discharged to the outside through the gas discharge portion . a battery case having an accommodation portion in which a battery assembly is mounted, and a sealing portion formed by sealing an outer periphery thereof by heat fusion; an electrode lead electrically connected to an electrode tab included in the battery assembly and protruding out of the battery case via the sealing portion ; and a lead film positioned at a portion corresponding to the sealing portion in at least one of an upper portion and a lower portion of the electrode lead , characterised in that the lead film discharges gas and includes a gas discharge portion formed to extend from the inside of the battery case to the outside of the battery case, wherein the gas discharge portion maximizes a gas permeation area and the gas discharge portion is opened toward the inside of the battery case and is closed on a front surface and on both side surfaces based on a protruding direction of the electrode lead , wherein gas generated inside the battery cell exceeding a predetermined pressure flows inside the gas discharge portion and is discharged to the outside through the gas discharge portion .
Operating-fluid container for a motor vehicle, comprising a container body which is assembled from at least two mutually complementary injection-moulded shells which consist of thermoplastic material and are welded together in an encircling manner to form a substantially closed hollow body, wherein at least one of the shells comprises multiple two-dimensional regions consisting of thermoplastic materials having different strengths, wherein at least one part-region is formed from a thermoplastic material having a fibrous filling, wherein the shell has been obtained by way of a co-injection process during injection moulding.
A wireless power transfer apparatus, comprising: a support structure (2; 202) configured to accommodate an electronic device ; and an upper transmit coil and a lower transmit coil within the support structure, the upper and lower transmit coils having current that flows in opposite directions to produce magnetic fields that constructively interfere with one another at a side surface , wherein the support structure is configured to accommodate a first electronic device at the side surface of the support structure and a second electronic device at an upper surface of the support structure, wherein the first electronic device is a wearable device and the second electronic device is a mobile device. a support structure (2; 202) configured to accommodate an electronic device ; and an upper transmit coil and a lower transmit coil within the support structure, the upper and lower transmit coils having current that flows in opposite directions to produce magnetic fields that constructively interfere with one another at a side surface , wherein the support structure is configured to accommodate a first electronic device at the side surface of the support structure and a second electronic device at an upper surface of the support structure, wherein the first electronic device is a wearable device and the second electronic device is a mobile device.
A method for hotel management based on blockchain technology, applicable to a blockchain node server and comprising: receiving , by the blockchain node server, an order request of a customer for a hotel; pushing , by the blockchain node server, demand information in the order request to a professional, wherein the demand information is indicative of a demand of the customer; receiving , by the blockchain node server, order-taking information which indicates that the professional has taken order of the order request; generating , by the blockchain node server, transaction information according to the order request and the order-taking information, wherein the transaction information comprises a transaction amount, account information of the customer, account information of the professional, and account information of a hotelier; verifying , by the blockchain node server, verification information of the customer when the customer checks in at the hotel, and allowing, by the blockchain node server, the customer to check in after successful verification; and uploading , by the blockchain node server, both the transaction information and check-out information of the customer to a blockchain upon receiving the check-out information of the customer, to trigger execution of a predetermined smart contract in the blockchain, such that the blockchain executes the predetermined smart contract to complete profit sharing according to the check-out information, wherein the smart contract is indicative of a profit-sharing ratio between the professional and the hotelier. receiving , by the blockchain node server, an order request of a customer for a hotel; pushing , by the blockchain node server, demand information in the order request to a professional, wherein the demand information is indicative of a demand of the customer; receiving , by the blockchain node server, order-taking information which indicates that the professional has taken order of the order request; generating , by the blockchain node server, transaction information according to the order request and the order-taking information, wherein the transaction information comprises a transaction amount, account information of the customer, account information of the professional, and account information of a hotelier; verifying , by the blockchain node server, verification information of the customer when the customer checks in at the hotel, and allowing, by the blockchain node server, the customer to check in after successful verification; and uploading , by the blockchain node server, both the transaction information and check-out information of the customer to a blockchain upon receiving the check-out information of the customer, to trigger execution of a predetermined smart contract in the blockchain, such that the blockchain executes the predetermined smart contract to complete profit sharing according to the check-out information, wherein the smart contract is indicative of a profit-sharing ratio between the professional and the hotelier.
A power transmission and reception control device comprising: a power transmission and reception control unit configured to control transmission and reception of direct-current power over a direct-current power line through a DC-to-DC converter connected to the direct-current power line ; a power transmission and reception management unit configured to request the power transmission and reception control unit to control the DC-to-DC converter ; and a power transmission and reception arbitration unit configured to request the power transmission and reception management unit to perform transmission and reception of power through the DC-to-DC converter , wherein, when the power transmission and reception arbitration unit instructs the power transmission and reception management unit to set voltage to the direct-current power line , the power transmission and reception management unit causes the power transmission and reception control unit to set the voltage to the direct-current power line a predetermined number of times by using a random number, and if voltage and current of the direct-current power line are set values, the power transmission and reception management unit instructs the power transmission and reception arbitration unit to acquire a control right of the direct-current power line. a power transmission and reception control unit configured to control transmission and reception of direct-current power over a direct-current power line through a DC-to-DC converter connected to the direct-current power line ; a power transmission and reception management unit configured to request the power transmission and reception control unit to control the DC-to-DC converter ; and a power transmission and reception arbitration unit configured to request the power transmission and reception management unit to perform transmission and reception of power through the DC-to-DC converter , wherein, when the power transmission and reception arbitration unit instructs the power transmission and reception management unit to set voltage to the direct-current power line , the power transmission and reception management unit causes the power transmission and reception control unit to set the voltage to the direct-current power line a predetermined number of times by using a random number, and if voltage and current of the direct-current power line are set values, the power transmission and reception management unit instructs the power transmission and reception arbitration unit to acquire a control right of the direct-current power line.
A casing milling system for wellbores, the milling system comprising: an upper mill portion comprising a mill that has at least one cutting element , an axially extending engagement arm downhole from the mill , and an orientation and locking mechanism on a downhole end of engagement arm ; and a lower guide system comprising a tubular mill housing having an opening formed in a portion of tubular mill housing with a track formed along a portion of the length of the opening , the track in use being engaged by the upper mill portion , an elongated traveling guide arm extending down from the tubular mill housing and defined along an axis, and a guide assembly disposed to slidingly receive the elongated traveling guide arm in order to guide the mill along a length of casing to be milled, wherein the guide assembly includes a tubular body , a portion of which defines a cylinder section , and a latch assembly to secure the guide assembly within a wellbore. an upper mill portion comprising a mill that has at least one cutting element , an axially extending engagement arm downhole from the mill , and an orientation and locking mechanism on a downhole end of engagement arm ; and a lower guide system comprising a tubular mill housing having an opening formed in a portion of tubular mill housing with a track formed along a portion of the length of the opening , the track in use being engaged by the upper mill portion , an elongated traveling guide arm extending down from the tubular mill housing and defined along an axis, and a guide assembly disposed to slidingly receive the elongated traveling guide arm in order to guide the mill along a length of casing to be milled, wherein the guide assembly includes a tubular body , a portion of which defines a cylinder section , and a latch assembly to secure the guide assembly within a wellbore.