mhurhangee/patent-ind-claim-en huggingface dataset:
A medical infusion system, comprising: an infusion set comprising an adhesive patch, and an upper housing attached to the adhesive patch; an infusion set connector releasably attachable to the upper housing; a lineset comprising flexible tubing attached to the infusion set connector ; a luer connector attached to the lineset; an infusion pumping comprising a housing, a data entry keypad , a display , and a microprocessor comprising a pre-programmed priming sequence; and a harness connected to the housing of the infusion pumping ; wherein the infusion set connector is releasably attachable to the harness ; wherein the harness is configured for releasable attachment to the infusion set connector , and wherein the harness comprises a sensing element for determining when the infusion set connector is releasably attached to the harness , and wherein the pre-programmed priming sequence is enabled by the microprocessor when the sensing element provides a signal to the microprocessor indicating that the harness is releasably attached to the infusion set connector . an infusion set comprising an adhesive patch, and an upper housing attached to the adhesive patch; an infusion set connector releasably attachable to the upper housing; a lineset comprising flexible tubing attached to the infusion set connector ; a luer connector attached to the lineset; an infusion pumping comprising a housing, a data entry keypad , a display , and a microprocessor comprising a pre-programmed priming sequence; and a harness connected to the housing of the infusion pumping ; wherein the infusion set connector is releasably attachable to the harness ; wherein the harness is configured for releasable attachment to the infusion set connector , and wherein the harness comprises a sensing element for determining when the infusion set connector is releasably attached to the harness , and wherein the pre-programmed priming sequence is enabled by the microprocessor when the sensing element provides a signal to the microprocessor indicating that the harness is releasably attached to the infusion set connector .
A low drop out regulator, comprising an error amplifier (AE) and a power stage (ETP) having an output terminal (BS) looped back on the error amplifier (AE) and capable of delivering an output current in a load (RL, CL), wherein the regulator comprises several main power inputs (EALPi) intended to potentially receive respectively several different power voltages, wherein the power stage (ETP) comprises several conduction paths (PTHi) respectively connected between said main power inputs and said output terminal, individually selectable and each including an output transistor (MPgi), wherein the regulator further comprises a selection circuit (CSL) connected to said main power inputs and configured to select one of the conduction paths (PTHi) depending on a selection criterion, and in that the error amplifier (AE) includes an output stage (ETS) configured to selectively drive the output transistor (MPgi) of the selected conduction path, the regulator being characterised in that the selection circuit is powered by the output voltage present at said output terminal, and the device has a starting configuration wherein each conduction path connected to a power voltage actually present is on until said output voltage reaches a threshold value allowing the selection circuit (CSL) to select one of the conduction paths.
A system for synchronizing files between a local file system and a server , comprising: at least one processor; and memory, operatively connected to the at least one processor and storing instructions that, when executed by the at least one processor, cause the at least one processor to: access a file stored on the local file system for synchronization with an associated file on the server; determine whether differences of content between the file and the associated file prevent synchronization of the file and the associated file; and when determined that differences of content between the file and the associated file prevent synchronization of the file and the associated file, place the file in a hold state and continue to synchronize a topological change to the file placed in the hold state, wherein the hold state pauses synchronization of the content in the file with the content of the associated file. at least one processor; and memory, operatively connected to the at least one processor and storing instructions that, when executed by the at least one processor, cause the at least one processor to: access a file stored on the local file system for synchronization with an associated file on the server; determine whether differences of content between the file and the associated file prevent synchronization of the file and the associated file; and when determined that differences of content between the file and the associated file prevent synchronization of the file and the associated file, place the file in a hold state and continue to synchronize a topological change to the file placed in the hold state, wherein the hold state pauses synchronization of the content in the file with the content of the associated file. access a file stored on the local file system for synchronization with an associated file on the server; determine whether differences of content between the file and the associated file prevent synchronization of the file and the associated file; and when determined that differences of content between the file and the associated file prevent synchronization of the file and the associated file, place the file in a hold state and continue to synchronize a topological change to the file placed in the hold state, wherein the hold state pauses synchronization of the content in the file with the content of the associated file.
An air-curtain formation structure for an electronic atomization device, having: an airflow channel , configured to deliver atomizing gas (G); a first air inlet channel , communicated with the airflow channel and configured to introduce an external airflow into the airflow channel , so that a blocking airflow (Q1) is formed between the inner wall of the airflow channel and the atomizing gas (G), and a flow direction of the blocking airflow (Q1) is parallel to the inner wall of the airflow channel ; and an air outlet , communicated with the airflow channel ; wherein the first air inlet channel is close to the inner wall of the airflow channel , and an exit of the first air inlet channel faces the air outlet , wherein the air-curtain formation structure further comprises a first airflow guide portion , the first air inlet channel is formed between the first airflow guide portion and the inner wall of the airflow channel , and the first airflow guide portion is configured to guide the airflow introduced through the first air inlet channel to flow along the inner wall of the airflow channel , to form the blocking airflow (Q1), wherein the air-curtain formation structure further comprises a second airflow guide portion , the second airflow guide portion is obliquely arranged in a direction away from the inner wall of the airflow channel and the air outlet to form a second air inlet channel , and an airflow entering through the second air inlet channel is used to guide the atomizing gas (G) to be output from the air outlet . an airflow channel , configured to deliver atomizing gas (G); a first air inlet channel , communicated with the airflow channel and configured to introduce an external airflow into the airflow channel , so that a blocking airflow (Q1) is formed between the inner wall of the airflow channel and the atomizing gas (G), and a flow direction of the blocking airflow (Q1) is parallel to the inner wall of the airflow channel ; and an air outlet , communicated with the airflow channel ; wherein the first air inlet channel is close to the inner wall of the airflow channel , and an exit of the first air inlet channel faces the air outlet , wherein the air-curtain formation structure further comprises a first airflow guide portion , the first air inlet channel is formed between the first airflow guide portion and the inner wall of the airflow channel , and the first airflow guide portion is configured to guide the airflow introduced through the first air inlet channel to flow along the inner wall of the airflow channel , to form the blocking airflow (Q1), wherein the air-curtain formation structure further comprises a second airflow guide portion , the second airflow guide portion is obliquely arranged in a direction away from the inner wall of the airflow channel and the air outlet to form a second air inlet channel , and an airflow entering through the second air inlet channel is used to guide the atomizing gas (G) to be output from the air outlet .
A method for initial network access for a first wireless communication device to a wireless network , the method being performed by the first wireless communication device , the method comprising: providing (S104), in a wake-up signal, via a first communication technology,_as part of performing initial access of the first wireless communication device to the wireless network , a request to a second wireless communication device for assisted connection initialization of the first wireless communication device to the wireless network ; obtaining (S106) connection parameters from the second wireless communication device , wherein the parameters are based on the network configuration; and establishing (S108), using the connection parameters and without further assistance from the second wireless communication device , via a second communication technology, a connection to the wireless network . providing (S104), in a wake-up signal, via a first communication technology,_as part of performing initial access of the first wireless communication device to the wireless network , a request to a second wireless communication device for assisted connection initialization of the first wireless communication device to the wireless network ; obtaining (S106) connection parameters from the second wireless communication device , wherein the parameters are based on the network configuration; and establishing (S108), using the connection parameters and without further assistance from the second wireless communication device , via a second communication technology, a connection to the wireless network .
A lens comprising a lens body; a plurality of connection portions ; and a plurality of protrusions projecting from the lens, wherein each of the protrusions includes a lower surface adapted to face a base plate , and the protrusions are disposed between adjacent connection portions and, each of the protrusions projects outwardly from a side surface of the lens body and is spaced from the base plate by a predetermined distance, characterized in that each connection portion of the plurality of connection portions includes a stopper , and the connection portions project from an edge of a lower surface of the lens body toward the base plate , and the connection portions are suitable to fix the lens body to the base plate by passing through a hole of the base plate , and the stopper is suitable to contact an upper surface of the base plate such that the stopper maintains a predetermined distance between the lower surface of the lens body and the base plate , and wherein the stopper projects from a portion of the connection portion toward a center of the lower surface of the lens body with contacting the lower surface of the lens body, and wherein the connection portions are disposed in an x-axis direction passing through the center of the lens, and the protrusions are disposed in a y-axis direction perpendicular to the x-axis direction.
A brake assembly comprising: a brake caliper ; a tappet that is moveable along an axis with respect to the brake caliper and that is adapted to engage a brake pad assembly ; a piston that is rotatable about the axis and is at least partially received in the tappet , wherein the piston and tappet have mating threads ; a wear adjuster mechanism that is at least partially received inside the piston , wherein the wear adjuster mechanism includes a shaft that is rotatable about the axis ; and a sensor assembly that is received inside the shaft ; the brake assembly characterised in that the sensor assembly provides a signal indicative of rotation of the shaft with respect to the piston . a brake caliper ; a tappet that is moveable along an axis with respect to the brake caliper and that is adapted to engage a brake pad assembly ; a piston that is rotatable about the axis and is at least partially received in the tappet , wherein the piston and tappet have mating threads ; a wear adjuster mechanism that is at least partially received inside the piston , wherein the wear adjuster mechanism includes a shaft that is rotatable about the axis ; and a sensor assembly that is received inside the shaft ; the brake assembly characterised in that the sensor assembly provides a signal indicative of rotation of the shaft with respect to the piston .
A field device for operating in an open, block-oriented, control system, the field device comprising: a memory , which stores system management data and a flexible function block, the system management data including a system schedule; a processor , operably connected to the memory , wherein the processor executes the flexible function block based on the system schedule; and a medium attachment unit , which translates input messages and output messages between the processor and a transmission medium ; characterized in that the flexible function block , includes at least one end-user configurable input and output parameters and at least one end-user configurable algorithm , the at least one end-user input and ouput parameters and the at least one end-user configurable algorithm are configured by the end-user ; and in that the flexible function block is interconnected with a standard function block in said memory. a memory , which stores system management data and a flexible function block, the system management data including a system schedule; a processor , operably connected to the memory , wherein the processor executes the flexible function block based on the system schedule; and a medium attachment unit , which translates input messages and output messages between the processor and a transmission medium ; characterized in that the flexible function block , includes at least one end-user configurable input and output parameters and at least one end-user configurable algorithm , the at least one end-user input and ouput parameters and the at least one end-user configurable algorithm are configured by the end-user ; and in that the flexible function block is interconnected with a standard function block in said memory.
Pump arrangement, in particular magnetic clutch pump arrangement, having an interior space formed by a pump casing of the pump arrangement, having a containment can which has a base and which hermetically seals off a chamber surrounded by said containment can with respect to the interior space formed by the pump casing, having an impeller shaft which can be driven in rotation about an axis of rotation, having an impeller which is arranged on one end of the impeller shaft, having an inner rotor arranged on the other end of the impeller shaft, having an auxiliary impeller arranged in the chamber, and having an outer rotor which interacts with the inner rotor, characterized in that the auxiliary impeller is of semi-open construction and is fastened by way of its open side to that face side of the inner rotor which faces toward the base of the containment can .
A transmission assembly for a surgical instrument , comprising a first transmission disk and a second transmission disk , wherein: the first transmission disk has a second end, and the second transmission disk has a third end arranged face to face with the second end, one of an end face of the second end and an end face of the third end has a first guide surface formed thereon, and the other one of the end face of the second end and the end face of the third end is provided with a second engagement component , wherein at least one first engagement component is provided on the first guide surface , and the second engagement component is configured to be engageable with the first engagement component , and when the second transmission disk is subjected to an axial external force directing the second engagement component into contact with the first guide surface , the second engagement component is configured to move along the first guide surface until the second engagement component is engaged with the first engagement component to allow a torque transfer between the first transmission disk and the second transmission disk , characterized in that : the first guide surface has at least one peak and at least one valley that are circumferentially distributed along the end face of the end on which the first guide surface is formed, and the first engagement component is provided at the valley of the first guide surface . the first transmission disk has a second end, and the second transmission disk has a third end arranged face to face with the second end, one of an end face of the second end and an end face of the third end has a first guide surface formed thereon, and the other one of the end face of the second end and the end face of the third end is provided with a second engagement component , wherein at least one first engagement component is provided on the first guide surface , and the second engagement component is configured to be engageable with the first engagement component , and when the second transmission disk is subjected to an axial external force directing the second engagement component into contact with the first guide surface , the second engagement component is configured to move along the first guide surface until the second engagement component is engaged with the first engagement component to allow a torque transfer between the first transmission disk and the second transmission disk , characterized in that : the first guide surface has at least one peak and at least one valley that are circumferentially distributed along the end face of the end on which the first guide surface is formed, and the first engagement component is provided at the valley of the first guide surface .
A system for calculating weight and distribution on an aircraft, the system comprising: an aircraft; at least one cabin camera (100a-100n) configured to view the cabin of the aircraft; an image collector configured to collect images from the at least one cabin camera (100a-100n); a processor configured to continuously perform the following steps: a) detecting passengers and/or hand baggage from the images collected from the image collector; b) estimating positions of the passengers and/or hand baggage from the images collected from the image collector; c) estimating weight of the passengers and/or hand baggage from the images collected from the image collector; d) calculating a real-time weight distribution of the aircraft based on the estimates provided in steps a) - c); and characterized in that the real-time weight distribution of the aircraft is determined pre-flight, during flight and on landing; and in that the real-time weight distribution of the aircraft is continuously updated to a pilot and/or a Flight Management System. an aircraft; at least one cabin camera (100a-100n) configured to view the cabin of the aircraft; an image collector configured to collect images from the at least one cabin camera (100a-100n); a processor configured to continuously perform the following steps: a) detecting passengers and/or hand baggage from the images collected from the image collector; b) estimating positions of the passengers and/or hand baggage from the images collected from the image collector; c) estimating weight of the passengers and/or hand baggage from the images collected from the image collector; d) calculating a real-time weight distribution of the aircraft based on the estimates provided in steps a) - c); and characterized in that the real-time weight distribution of the aircraft is determined pre-flight, during flight and on landing; and in that the real-time weight distribution of the aircraft is continuously updated to a pilot and/or a Flight Management System. a) detecting passengers and/or hand baggage from the images collected from the image collector; b) estimating positions of the passengers and/or hand baggage from the images collected from the image collector; c) estimating weight of the passengers and/or hand baggage from the images collected from the image collector; d) calculating a real-time weight distribution of the aircraft based on the estimates provided in steps a) - c); and characterized in that the real-time weight distribution of the aircraft is determined pre-flight, during flight and on landing; and in that the real-time weight distribution of the aircraft is continuously updated to a pilot and/or a Flight Management System. the real-time weight distribution of the aircraft is determined pre-flight, during flight and on landing; and in that the real-time weight distribution of the aircraft is continuously updated to a pilot and/or a Flight Management System.
A multilayer material comprised of: oppositely disposed outer high density polyethylene (HDPE) layers, at least one intermediate low density polyethylene (LDPE) layer in communication with each one of said outer HDPE layers, and at least one inner polyethylene foam layer in communication with each one of said intermediate LDPE layers, the inner polyethylene foam layers disposed so as to be in communication with each other; wherein, said inner polyethylene foam layers provide compressibility in a direction substantially perpendicular to each of said outer HDPE layers; and said intermediate LDPE layers facilitate thermal bonding between each of said outer HDPE layers and each of said inner polyethylene foam layers. oppositely disposed outer high density polyethylene (HDPE) layers, at least one intermediate low density polyethylene (LDPE) layer in communication with each one of said outer HDPE layers, and at least one inner polyethylene foam layer in communication with each one of said intermediate LDPE layers, the inner polyethylene foam layers disposed so as to be in communication with each other; wherein, said inner polyethylene foam layers provide compressibility in a direction substantially perpendicular to each of said outer HDPE layers; and said intermediate LDPE layers facilitate thermal bonding between each of said outer HDPE layers and each of said inner polyethylene foam layers. said inner polyethylene foam layers provide compressibility in a direction substantially perpendicular to each of said outer HDPE layers; and said intermediate LDPE layers facilitate thermal bonding between each of said outer HDPE layers and each of said inner polyethylene foam layers.
Assembly comprising a sanitary single-lever washstand fitting and a washstand , wherein the sanitary single-lever washstand fitting comprises a single-lever cartridge , a fitting body having a water outlet , a fitting handle and inlet hoses for cold water and hot water, wherein the single-lever cartridge has a cartridge housing , a cartridge base , a cartridge bearing , sealing washers , a pivot and a mixed water outlet and the cartridge housing is formed in one piece with the cartridge base , wherein the fitting body is placed over the single-lever cartridge , and wherein the single-lever cartridge is fastened directly to the washstand and the fitting body is fastened to the single-lever cartridge , and wherein the cartridge base is expanded in the axial direction of the single-lever cartridge toward the washstand and the inlet hoses are fastened only to the expanded cartridge base by means of a snap connection, and wherein channels are arranged in the cartridge base , to which channels the inlet hoses are connected, and which channels lead to the sealing washers in the single-lever cartridge .