mhurhangee/patent-ind-claim-en huggingface dataset:
A needle disk roller apparatus having a built-in pump, comprising: a drug container filled with a drug and having a built-in pump assembly ; and a roller head being able to interwork with the pump assembly so that the drug is suitable to be supplied from the drug container to the roller head by up-down pressing the roller head , the roller head being configured to form holes in the skin using a plurality of needle disks so that the drug penetrates into the skin, and having a drug base that prevents the drug supplied from the pump assembly from flowing down, and accumulates a predetermined amount of the drug inside an arcuate bottom so that the drug is appropriately supplied to the needle disks when the needle disks are rotated. a drug container filled with a drug and having a built-in pump assembly ; and a roller head being able to interwork with the pump assembly so that the drug is suitable to be supplied from the drug container to the roller head by up-down pressing the roller head , the roller head being configured to form holes in the skin using a plurality of needle disks so that the drug penetrates into the skin, and having a drug base that prevents the drug supplied from the pump assembly from flowing down, and accumulates a predetermined amount of the drug inside an arcuate bottom so that the drug is appropriately supplied to the needle disks when the needle disks are rotated.
A system comprising a circuit under test and an apparatus for on-chip reconstruction of transient settling behavior, wherein the apparatus comprises: a first sampling means adapted to sample a tracked analog signal output from the circuit under test over an operating period at a first sampling time ( t 1 ) thereby generating a first sample output , a second sampling means adapted to sample the said tracked analog signal output at a second sampling time ( t 2 ) thereby generating a second sample output , a signal subtraction means adapted to perform subtraction of the first sample output and the second sample output thereby generating a difference signal , and a signal conversion means adapted to output the difference signal in digital domain, the system being characterized in that , the circuit under test is a discrete time switched capacitor circuit comprising an amplifier , and that the tracked analog signal output corresponds to a transient waveform output from the amplifier , whereby the first sample output represents a transient value at an arbitrary time instant and the second sample output represents a final transient value of the transient waveform over the operating period. settling behavior, wherein the apparatus comprises: a first sampling means adapted to sample a tracked analog signal output from the circuit under test over an operating period at a first sampling time ( t 1 ) thereby generating a first sample output , a second sampling means adapted to sample the said tracked analog signal output at a second sampling time ( t 2 ) thereby generating a second sample output , a signal subtraction means adapted to perform subtraction of the first sample output and the second sample output thereby generating a difference signal , and a signal conversion means adapted to output the difference signal in digital domain, the system being characterized in that , the circuit under test is a discrete time switched capacitor circuit comprising an amplifier , and that the tracked analog signal output corresponds to a transient waveform output from the amplifier , whereby the first sample output represents a transient value at an arbitrary time instant and the second sample output represents a final transient value of the transient waveform over the operating period.
A method comprising: obtaining a logical model of a network, the logical model representing a configuration of objects and object properties defined for the network; based on the logical model, generating a runtime logical model of the network, the runtime logical model providing a representation of the logical model that is normalized according to a specific format that can be propagated to and understood by the physical infrastructure of the network and including configuration components for delivery to the physical infrastructure to execute one or more policies; based on the runtime logical model, generating, for one or more network devices in the network, a respective device-specific representation of the logical model , the respective device-specific representation projecting the logical model onto a respective one of the one or more network devices; and delivering the device-specific representation generated for a network device to the network device, wherein the network device renders policies in the device-specific representation into a concrete model that can be executed by the network device. obtaining a logical model of a network, the logical model representing a configuration of objects and object properties defined for the network; based on the logical model, generating a runtime logical model of the network, the runtime logical model providing a representation of the logical model that is normalized according to a specific format that can be propagated to and understood by the physical infrastructure of the network and including configuration components for delivery to the physical infrastructure to execute one or more policies; based on the runtime logical model, generating, for one or more network devices in the network, a respective device-specific representation of the logical model , the respective device-specific representation projecting the logical model onto a respective one of the one or more network devices; and delivering the device-specific representation generated for a network device to the network device, wherein the network device renders policies in the device-specific representation into a concrete model that can be executed by the network device.
Method for monitoring clock synchronization errors for a network , the method comprising the steps of - sending, by a monitoring node , a synchronization error test message to at least two nodes in the network ; - receiving, by the monitoring node , an acknowledgment message from each of the at least two nodes , wherein each acknowledgement message comprises a time-stamp representing the local time at which the node has received the synchronization error test message ; and - computing, by the monitoring node , synchronization errors based on the received time-stamps. - sending, by a monitoring node , a synchronization error test message to at least two nodes in the network ; - receiving, by the monitoring node , an acknowledgment message from each of the at least two nodes , wherein each acknowledgement message comprises a time-stamp representing the local time at which the node has received the synchronization error test message ; and - computing, by the monitoring node , synchronization errors based on the received time-stamps.
A method for operating a reactor system for syngas generation, the reactor system comprising a metal oxide, the method comprising: providing an input stream to the reactor system, the input stream including a reducing gas stream and an oxidant stream; determining an initial oxygen content of the metal oxide; measuring an oxygen content of the input stream entering the reactor system; measuring an oxygen content of an output stream from the reactor system; calculating a percent oxygen depletion of the metal oxide using the initial oxygen content of the metal oxide, the oxygen content of the input stream, and the oxygen content of the output stream using the following formula: percent oxygen depletion = oxygen content in the outlet stream − oxygen content in the input stream initial oxygen content of the metal oxide × 100 % and when the percent oxygen depletion of the metal oxide is above a predetermined threshold, adjusting a mole ratio of reducing gas to oxidant in the input stream. providing an input stream to the reactor system, the input stream including a reducing gas stream and an oxidant stream; determining an initial oxygen content of the metal oxide; measuring an oxygen content of the input stream entering the reactor system; measuring an oxygen content of an output stream from the reactor system; calculating a percent oxygen depletion of the metal oxide using the initial oxygen content of the metal oxide, the oxygen content of the input stream, and the oxygen content of the output stream using the following formula: percent oxygen depletion = oxygen content in the outlet stream − oxygen content in the input stream initial oxygen content of the metal oxide × 100 % and when the percent oxygen depletion of the metal oxide is above a predetermined threshold, adjusting a mole ratio of reducing gas to oxidant in the input stream.
A heater unit , comprising: a substrate made of a polymeric foam; and a cord-shaped heater arranged on the substrate , wherein a thickness of the substrate is thinner at a portion on which the cord-shaped heater is arranged than other area so that the portion is formed along a shape of the cord-shaped heater and the heater unit is approximately flat, a heat-fusing portion is formed on an outermost layer of the cord-shaped heater , and the heat-fusing portion of the cord-shaped heater is melted and permeated in the polymeric foam to form a fixed portion, characterized in that the width of the fixed portion exceeds three times of the width of a core material of the cord-shaped heater , the width of the fixed portion and the width of the core material of the heater being considered in the width direction of the substrate . a substrate made of a polymeric foam; and a cord-shaped heater arranged on the substrate , wherein a thickness of the substrate is thinner at a portion on which the cord-shaped heater is arranged than other area so that the portion is formed along a shape of the cord-shaped heater and the heater unit is approximately flat, a heat-fusing portion is formed on an outermost layer of the cord-shaped heater , and the heat-fusing portion of the cord-shaped heater is melted and permeated in the polymeric foam to form a fixed portion, characterized in that the width of the fixed portion exceeds three times of the width of a core material of the cord-shaped heater , the width of the fixed portion and the width of the core material of the heater being considered in the width direction of the substrate .
A belt drive system, for driving a belt , comprising a frame, a driving shaft connected to a motor , a controller , a driven shaft , and two pulleys connected to the driven shaft and driving shaft respectively, a gripper, and a belt , wherein the frame supports the driving shaft and driven shaft so that the belt is mounted on the pulleys , wherein one signal element is mounted on the belt so that the signal element moves with the belt , wherein at least two detection elements are mounted at known positions at the frame so that the signal element can pass by the detection elements to generate a signal by passing by, wherein the detector elements are connected to the controller , wherein the belt drive system is connected to a gripper, wherein the controller is adapted to control the motor characterized so that in a starting operation of the belt drive system the belt is configured to move until the signal element generates a signal in a first detector element of the at least two detector elements to fix a zero point in space of the belt movement which determines a reference point in space corresponding to a park position of the gripper, so that. during normal operation, the signal element will not pass by the first detector element, wherein the controller is adapted to receive and use the signal of a second detector element to check the zero point in space during normal operation of the belt drive system, wherein the controller is adapted to automatically correct the movement of the belt to the real point in space relative to the corrected zero point in space, if the signal of the second detector element indicates a difference to the expected zero point in space.
A system for estimating capacity, the system comprising; one or more sensors ; compressor coupled to one or more sensors ; a controller configured to: receive one or more parameters of a cooling system; receive system state information and measurements from the cooling system; compute a cooling capacity based at least in part on the one or more parameters, one or more measurements and the system state information; estimate cooling capacity based on computed capacity over a period of time; and provide the estimated capacity of the cooling system to a device in real-time; characterised in that the capacity is estimated by averaging the computed capacity over a duty cycle associated with the effective state of a valve which is proportional to the flow rate of the cooling refrigerant in the cooling system. one or more sensors ; compressor coupled to one or more sensors ; a controller configured to: receive one or more parameters of a cooling system; receive system state information and measurements from the cooling system; compute a cooling capacity based at least in part on the one or more parameters, one or more measurements and the system state information; estimate cooling capacity based on computed capacity over a period of time; and provide the estimated capacity of the cooling system to a device in real-time; characterised in that the capacity is estimated by averaging the computed capacity over a duty cycle associated with the effective state of a valve which is proportional to the flow rate of the cooling refrigerant in the cooling system. receive one or more parameters of a cooling system; receive system state information and measurements from the cooling system; compute a cooling capacity based at least in part on the one or more parameters, one or more measurements and the system state information; estimate cooling capacity based on computed capacity over a period of time; and provide the estimated capacity of the cooling system to a device in real-time; characterised in that the capacity is estimated by averaging the computed capacity over a duty cycle associated with the effective state of a valve which is proportional to the flow rate of the cooling refrigerant in the cooling system.
Vehicle seat , in particular a motor vehicle seat, having a) a seat part and a backrest which is connected to the seat part by means of at least one fitting which comprises a first fitting part and a second fitting part that is rotatable about an axis (A) relative to the first fitting part , said backrest also being pivotable about the axis (A) relative to the seat part , b) a first adapter which connects the first fitting part firmly to a structure of the backrest or to a structure of the seat part , c) a second adapter which connects the second fitting part firmly to the other of the two structures of the seat part and of the backrest , d) at least one first stop on the first adapter and at least one second stop on the second adapter , wherein the first stop limits the pivot angle of the backrest by interacting with the second stop , and the second stop is formed in one piece with the second adapter , and the second stop protrudes from a peripheral lip of the second adapter , wherein the second stop has a first leg which extends in a manner oriented toward the axis (A) in the radial direction starting from the peripheral lip , characterized in that the second stop has a second leg which stabilizes the first leg . a) a seat part and a backrest which is connected to the seat part by means of at least one fitting which comprises a first fitting part and a second fitting part that is rotatable about an axis (A) relative to the first fitting part , said backrest also being pivotable about the axis (A) relative to the seat part , b) a first adapter which connects the first fitting part firmly to a structure of the backrest or to a structure of the seat part , c) a second adapter which connects the second fitting part firmly to the other of the two structures of the seat part and of the backrest , d) at least one first stop on the first adapter and at least one second stop on the second adapter , wherein the first stop limits the pivot angle of the backrest by interacting with the second stop , and the second stop is formed in one piece with the second adapter , and the second stop protrudes from a peripheral lip of the second adapter , wherein the second stop has a first leg which extends in a manner oriented toward the axis (A) in the radial direction starting from the peripheral lip ,
A method of detecting a pile-height abnormality in a pile loom, the pile loom including a pile tension roller on which a pile warp (PT) that is let off from a pile warp beam is wound, the pile tension roller being supported so as to be swingable and displaceable with respect to a loom frame, and a position detecting device that detects, in a front-rear direction of the loom, a position of the pile tension roller or a position of a swing member that is swung and displaced together with the pile tension roller , the pile tension roller being displaced according to tension of the pile warp (PT) to cause the tension of the pile warp (PT) to be within a desired range, the pile loom performing tension control relating to the pile warp (PT) during operation of the loom to adjust, on the basis of a result of detection performed by the position detecting device, a let-off speed of the pile warp beam so as to cause the position of the pile tension roller to be within an allowable range that is preset and that is defined by a rear limit position on a rear side of a reference position of the pile tension roller and a front limit position on a front side thereof, the method comprising: previously determining an abnormality determination position that is used to determine an occurrence of a pile-height abnormality, which is a state in which pile slip-off successively occurs in a pile fabric during weaving, the abnormality determination position being set at the rear limit position or at a position on a rear side of the rear limit position; and generating an abnormality signal during the operation of the loom when an occurrence of the pile-height abnormality is detected on the basis of the pile tension roller or the swing member arriving at the abnormality determination position. previously determining an abnormality determination position that is used to determine an occurrence of a pile-height abnormality, which is a state in which pile slip-off successively occurs in a pile fabric during weaving, the abnormality determination position being set at the rear limit position or at a position on a rear side of the rear limit position; and generating an abnormality signal during the operation of the loom when an occurrence of the pile-height abnormality is detected on the basis of the pile tension roller or the swing member arriving at the abnormality determination position.
A doorframe assembly for a microwave oven characterized in comprising: a door sheet ; and a doorframe connected to the door sheet by a door hinge, wherein the door sheet comprises at least one region opposite to the doorframe , a first region of the door sheet opposite to the doorframe is provided with a first type of magnet, a second region of the doorframe opposite to the first region is provided with a second type of magnet, the first type of magnet is one of a permanent magnet and an electrical magnet, and the second type of magnet is the other one of the permanent magnet and the electrical magnet, and wherein the doorframe assembly further comprises a control chip and a distance sensor that are interconnected, the distance sensor is configured to detect a change of a distance between the door sheet and the doorframe , and the control chip is configured to control a direction of a current in the electrical magnet according to the change of the distance detected by the distance sensor . a door sheet ; and a doorframe connected to the door sheet by a door hinge, wherein the door sheet comprises at least one region opposite to the doorframe , a first region of the door sheet opposite to the doorframe is provided with a first type of magnet, a second region of the doorframe opposite to the first region is provided with a second type of magnet, the first type of magnet is one of a permanent magnet and an electrical magnet, and the second type of magnet is the other one of the permanent magnet and the electrical magnet, and wherein the doorframe assembly further comprises a control chip and a distance sensor that are interconnected, the distance sensor is configured to detect a change of a distance between the door sheet and the doorframe , and the control chip is configured to control a direction of a current in the electrical magnet according to the change of the distance detected by the distance sensor .
A process to enable the flux free assembly of a plurality of solder balls onto an array of pads arranged on a wafer to comprise a wafer product, to enable the wafer product's use in the electronics industry, the process carried out by a system for the flux free processing of a plurality of solder balls on a wafer in a wafer treatment process containment chamber , the process comprising: depositing a flux free binder on the wafer ; blowing compressed dry air over the flux free binder on the wafer to control the depth of the flux free binder thereon; arranging a displaceable hole-laden stencil over the wafer; aligning a pad-laden wafer to the hole-laden stencil ; verifying that the aligned pad-laden wafer and the hole-laden stencil are aligned through a computerized optical vision system ; depositing an array of solder balls onto the flux free binder on the wafer through an array of holes in the hole-laden stencil arranged over the wafer; lowering an array of looped wires attached to a bottom side of a ball mount head into the array of solder balls on the stencil ; vibrating the array of looped wires in the array of solder balls on the stencil to further effect ball placement through the holes in the stencil; blowing compressed dry air over the array of solder balls on the stencil to displace any stray excess solder balls remaining on the stencil; and vacuuming up and collecting any stray excess solder balls displaced by the blown compressed dry air thereover. depositing a flux free binder on the wafer ; blowing compressed dry air over the flux free binder on the wafer to control the depth of the flux free binder thereon; arranging a displaceable hole-laden stencil over the wafer; aligning a pad-laden wafer to the hole-laden stencil ; verifying that the aligned pad-laden wafer and the hole-laden stencil are aligned through a computerized optical vision system ; depositing an array of solder balls onto the flux free binder on the wafer through an array of holes in the hole-laden stencil arranged over the wafer; lowering an array of looped wires attached to a bottom side of a ball mount head into the array of solder balls on the stencil ; vibrating the array of looped wires in the array of solder balls on the stencil to further effect ball placement through the holes in the stencil; blowing compressed dry air over the array of solder balls on the stencil to displace any stray excess solder balls remaining on the stencil; and vacuuming up and collecting any stray excess solder balls displaced by the blown compressed dry air thereover.