mhurhangee/patent-ind-claim-en huggingface dataset:
Spring assembly for biasing an armature of a switching device , such as a relay , the spring assembly comprising a spring base , and at least one spring arm that protrudes from the spring base for biasing the armature , wherein the spring base comprises at least one embossment for positioning the spring assembly in the switching device , wherein the spring base comprises a base securing element for locking the spring assembly in the switching device , characterized in that the base securing element is a latching hook .
A sensor network system including data storage-type wireless sensor terminals (s; 200) configured to turn off a data transmission process when a charging operation is turned off according to a type of an activation signal to acquire sensor data using a first sensor and record the acquired data in a memory , wherein the wireless sensor terminal (s; 200) is configured to turn off the first sensor when the charging operation is turned on to automatically switch transmission of the data in the memory to a data collection device (c; 201) and a server (sv), and when the terminal (s; 200) is stored in a data collection and charging device (c; 201) for charging the wireless sensor terminal (s; 200) and transmitting the data, whereby charging of the wireless sensor terminal (s; 200) and transmission of wireless data are automatically executed in by switching based on a detection result of whether the terminal (s; 200) is charged or not.
A pressure relief latch comprising: a housing configured to be mounted to a pressure relief door movable between a closed position and an open position; and a bolt coupled to the housing about a first axis and rotatable about the first axis between a first bolt position and a second bolt position; wherein the bolt is configured to permit movement of the pressure relief door from the closed position to the open position as the bolt rotates from the first bolt position to the second bolt position; characterised in that : the bolt comprises a bearing centered about a second axis , the bearing configured to rotate about the second axis ; and the pressure relief latch further comprises a spring assembly comprising a first assembly end mounted to the bearing and a second assembly end in rotational communication with the housing about a third axis , the spring assembly rotatable about the second and third axes and further comprising a spring extending between the first and second assembly ends . a housing configured to be mounted to a pressure relief door movable between a closed position and an open position; and a bolt coupled to the housing about a first axis and rotatable about the first axis between a first bolt position and a second bolt position; wherein the bolt is configured to permit movement of the pressure relief door from the closed position to the open position as the bolt rotates from the first bolt position to the second bolt position; characterised in that : the bolt comprises a bearing centered about a second axis , the bearing configured to rotate about the second axis ; and the pressure relief latch further comprises a spring assembly comprising a first assembly end mounted to the bearing and a second assembly end in rotational communication with the housing about a third axis , the spring assembly rotatable about the second and third axes and further comprising a spring extending between the first and second assembly ends . the bolt comprises a bearing centered about a second axis , the bearing configured to rotate about the second axis ; and the pressure relief latch further comprises a spring assembly comprising a first assembly end mounted to the bearing and a second assembly end in rotational communication with the housing about a third axis , the spring assembly rotatable about the second and third axes and further comprising a spring extending between the first and second assembly ends .
A bobbin replacement device for a pot spinning machine , wherein the pot spinning machine includes a pot having an opening that opens downward, a fixed cover surrounding the pot and having an opening that opens downward, and a bobbin support part supporting a bobbin below the pot , the bobbin replacement device being configured to replace the full bobbin with an empty bobbin , wherein the bobbin replacement device for the pot spinning machine comprises: a drive mechanism for replacing the bobbin ; and a movable portion including a bobbin holder that holds the bobbin at the replacement of the bobbin , the movable portion being moved in a predetermined direction (A, B) by the drive mechanism ; and a lid attached to the movable portion such that the lid is moved together with the movable portion , the lid being placeable at a close position to close the opening of the fixed cover and placeable at an open position to open the opening of the fixed cover according to the movement of the movable portion by the drive mechanism , characterized in that the lid includes a first lid member that is fixed to the movable portion , a second lid member that is attached to the first lid member such that the second lid member is movable relative to the first lid member , and an urging member that urges the second lid member , and the second lid member is configured to be pressed to a bottom end of the fixed cover by an urging force generated by the urging member when the lid is placed at the close position. a drive mechanism for replacing the bobbin ; and a movable portion including a bobbin holder that holds the bobbin at the replacement of the bobbin , the movable portion being moved in a predetermined direction (A, B) by the drive mechanism ; and a lid attached to the movable portion such that the lid is moved together with the movable portion , the lid being placeable at a close position to close the opening of the fixed cover and placeable at an open position to open the opening of the fixed cover according to the movement of the movable portion by the drive mechanism , characterized in that the lid includes a first lid member that is fixed to the movable portion , a second lid member that is attached to the first lid member such that the second lid member is movable relative to the first lid member , and an urging member that urges the second lid member , and the second lid member is configured to be pressed to a bottom end of the fixed cover by an urging force generated by the urging member when the lid is placed at the close position.
A lubricant reservoir with an autofill shutoff valve comprising: a valve body ; a lubricant flowpath extending through the valve body ; a lubricant inlet extending into the valve body through a first side of the valve body and connected to the lubricant flowpath ; characterized by a first lubricant outlet extending into the valve body through a second side of the valve body and connected to the lubricant flowpath , wherein the first lubricant outlet is oriented towards the lubricant reservoir and is configured to provide lubricant directly to the lubricant reservoir; and a valve stem extending through the lubricant flowpath between the lubricant inlet and the lubricant outlet, the valve stem projecting out of the second side of the valve body and movable between a first position, corresponding to a refill state, and a second position, corresponding to a filled state; wherein the valve stem allows lubricant to flow from the lubricant inlet to the first lubricant outlet when the valve stem is in the first position and the valve stem seals the lubricant flowpath between the lubricant inlet and the first lubricant outlet when the valve stem is in the second position. a valve body ; a lubricant flowpath extending through the valve body ; a lubricant inlet extending into the valve body through a first side of the valve body and connected to the lubricant flowpath ; characterized by a first lubricant outlet extending into the valve body through a second side of the valve body and connected to the lubricant flowpath , wherein the first lubricant outlet is oriented towards the lubricant reservoir and is configured to provide lubricant directly to the lubricant reservoir; and a valve stem extending through the lubricant flowpath between the lubricant inlet and the lubricant outlet, the valve stem projecting out of the second side of the valve body and movable between a first position, corresponding to a refill state, and a second position, corresponding to a filled state; wherein the valve stem allows lubricant to flow from the lubricant inlet to the first lubricant outlet when the valve stem is in the first position and the valve stem seals the lubricant flowpath between the lubricant inlet and the first lubricant outlet when the valve stem is in the second position.
Dishwasher with an accommodating space that serves to accommodate items to be washed, wherein the accommodating space is delimited towards the outside by walls of a dishwasher cavity and a door, and wherein the dishwasher has at least one heat storage unit , which is arranged outside the dishwasher cavity and which is spaced apart from at least one wall of the dishwasher cavity , at least for the most part, by a gap , characterised in that the gap is or forms part of a hollow space which is closed off and filled with a gas, wherein the hollow space has no fluid connection with the accommodating space , and wherein the dishwasher has at least one fan , which is integrated into the hollow space and has an active connection with a control and/or regulation unit of the dishwasher, which is embodied to operate the fan only during selected program sections of a washing program stored in the control and/or regulation unit and therefore to bring about a temporary circulation of the gas located in the hollow space , in order to hereby improve the transfer of heat between the dishwasher cavity and the heat storage unit .
Method for calibrating a microspectrometer module , wherein the microspectrometer module has an optical resonator with a settable mirror spacing, a bandpass filter connected upstream of the optical resonator and a detector for detecting an intensity of light transmitted by the optical resonator , wherein the method comprises the following steps: controlling the optical resonator to shift a passband of the optical resonator beyond at least one limit of a passband of the bandpass filter by changing the mirror spacing; reading the detector in reaction to the controlling to record a transmission spectrum; and evaluating the transmission spectrum using a reference spectrum to calibrate the microspectrometer module , characterized in that , in the controlling step , the passband of the bandpass filter is smaller than or equal to a wavelength spacing between two different orders of a resonant wavelength to be detected of the optical resonator and/or the optical resonator is controlled such that the optical resonator transmits resonant wavelengths of different orders and wherein the transmission spectrum is evaluated in the evaluating step using at least two calibration points (P1, P2, P3, P4; 506; 600; 700) that are specified by the reference spectrum and represent filter edges of the bandpass filter, wherein the resonator is driven beyond the bandpass region, with the result that different orders are detected. controlling the optical resonator to shift a passband of the optical resonator beyond at least one limit of a passband of the bandpass filter by changing the mirror spacing; reading the detector in reaction to the controlling to record a transmission spectrum; and evaluating the transmission spectrum using a reference spectrum to calibrate the microspectrometer module , characterized in that , in the controlling step , the passband of the bandpass filter is smaller than or equal to a wavelength spacing between two different orders of a resonant wavelength to be detected of the optical resonator and/or the optical resonator is controlled such that the optical resonator transmits resonant wavelengths of different orders and wherein the transmission spectrum is evaluated in the evaluating step using at least two calibration points (P1, P2, P3, P4; 506; 600; 700) that are specified by the reference spectrum and represent filter edges of the bandpass filter, wherein the resonator is driven beyond the bandpass region, with the result that different orders are detected.
A method for determining the spatial distance between an access control device and an identification medium, comprising the steps of - emitting a transfer time measurement signal by the access control device or the identification medium (transmitter), - receiving the transfer time measurement signal in the respectively other device (receiver), - detecting the time of the reception of the transfer time measurement signal, - calculating a signal transfer time from the reception time and a reference time, - determining the spatial distance from the signal transfer time under consideration of a signal propagation speed of the transfer time measurement signal, characterized in that either - clocks in the transmitter and in the receiver are synchronized, and that the time of emitting the transfer time measurement signal is used as a reference time, wherein synchronizing comprises transmitting a synchronization signal between the access control device and the identification medium, or - the receiver transmits the transfer time measurement signal and a reference signal simultaneously or at a predetermined time interval, and the reception time of the reference signal is used in the receiver as a reference time, and that the synchronization signal or the reference signal, respectively, is transmitted at a signal propagation speed corresponding to at least one hundred times, preferably at least one thousand times, the signal propagation speed of the transfer time measurement signal, wherein the synchronization signal or the reference signal, respectively, is transmitted as a carrier signal with data such as identification data, event data and/or battery status data modulated thereon. - emitting a transfer time measurement signal by the access control device or the identification medium (transmitter), - receiving the transfer time measurement signal in the respectively other device (receiver), - detecting the time of the reception of the transfer time measurement signal, - calculating a signal transfer time from the reception time and a reference time, - determining the spatial distance from the signal transfer time under consideration of a signal propagation speed of the transfer time measurement signal, - clocks in the transmitter and in the receiver are synchronized, and that the time of emitting the transfer time measurement signal is used as a reference time, wherein synchronizing comprises transmitting a synchronization signal between the access control device and the identification medium, or - the receiver transmits the transfer time measurement signal and a reference signal simultaneously or at a predetermined time interval, and the reception time of the reference signal is used in the receiver as a reference time,
An end plug to be inserted axially into the centre of an end of a roll of paper, said end plug being provided with a holding element adapted to hold and/or guide said end of said roll of paper in correct position in a dispenser, said end plug includes an outer sleeve having an outer end and an inner end and an inner sleeve concentrically disposed in relation to the outer sleeve and connected to the outer sleeve by two radial walls or plates , characterized in that said holding element includes a central shaft which is axially and slidably movable within the inner sleeve from a first position to a second position, wherein said holding element is releasably held in said first position when moved thereto and wherein the holding element in the second position protrudes outwardly from the outer end of said outer sleeve and the central shaft is held in the second position by stop elements , and wherein said shaft includes at least one radially projecting, axially extending element which is slidable in an axially directed slot in said inner sleeve .
Method for producing an implant by means of a composite powder having microstructured particles having inhibiting calcium carbonate, wherein initially the composite powder is obtained by bonding large particles to small particles, wherein - the large particles have a mean particle diameter in the range of 0.1 μm to 10 mm, - the large particles comprise at least one polymer, - the small particles are arranged on the surface of the large particles and/or are non-homogeneously spread within the large particles, - the small particles comprise calcium carbonate particles, - the small particles have a mean particle size in the range of 0.01 μm to 1.0 mm, and wherein the implant is subsequently formed by selective laser sintering of a composition comprising the composite powder, characterised in that the small particles are obtained by coating calcium carbonate particles with a composition which, in each case based on its total weight, comprises a mixture of at least 0.1 wt. % of at least one calcium complexing agent and/or at least one conjugated base which is an alkali metal salt or calcium salt of a weak acid, together with at least 0.1 wt. % of at least one weak acid. - the large particles have a mean particle diameter in the range of 0.1 μm to 10 mm, - the large particles comprise at least one polymer, - the small particles are arranged on the surface of the large particles and/or are non-homogeneously spread within the large particles, - the small particles comprise calcium carbonate particles, - the small particles have a mean particle size in the range of 0.01 μm to 1.0 mm,
A cleaning method, comprising: generating a jet of a cleaning liquid from a nozzle using a positive displacement pump ; moving the nozzle so that the jet collides with a plurality of target portions of a workpiece ; acquiring a current position of the nozzle ; acquiring, based on the current position, a remaining moving amount to a target position; determining whether the current position is within a target region corresponding to the target portion ; ejecting the jet having an ejection pressure (p) of a first pressure (p1) when the current position is within the target region ; ejecting the jet having the ejection pressure (p) of a second pressure (p2) that is lower than the first pressure (p1) when the current position is other than the target region , the second pressure (p2) being the ejection pressure (p) configured to reach the first pressure (p1) within a predetermined period during which the nozzle moves between the two of the target portions among the plurality of the target portions ; increasing the ejection pressure (p) toward the first pressure (p1) when the remaining moving amount is within a first range from the target position; and lowering the ejection pressure (p) toward the second pressure (p2) when the remaining moving amount is out of the first range . generating a jet of a cleaning liquid from a nozzle using a positive displacement pump ; moving the nozzle so that the jet collides with a plurality of target portions of a workpiece ; acquiring a current position of the nozzle ; acquiring, based on the current position, a remaining moving amount to a target position; determining whether the current position is within a target region corresponding to the target portion ; ejecting the jet having an ejection pressure (p) of a first pressure (p1) when the current position is within the target region ; ejecting the jet having the ejection pressure (p) of a second pressure (p2) that is lower than the first pressure (p1) when the current position is other than the target region , the second pressure (p2) being the ejection pressure (p) configured to reach the first pressure (p1) within a predetermined period during which the nozzle moves between the two of the target portions among the plurality of the target portions ; increasing the ejection pressure (p) toward the first pressure (p1) when the remaining moving amount is within a first range from the target position; and lowering the ejection pressure (p) toward the second pressure (p2) when the remaining moving amount is out of the first range .
A production method of a mold having a recessed pedestal pattern, comprising: a step of preparing an insert mold having a protruding needle pattern group ; a step of preparing a mold having a first mold provided with a protruding pedestal shape and a second mold ; a holding step of holding the protruding pedestal shape of the first mold and the protruding needle pattern group of the insert mold in an overlapping manner; a clamping step of performing clamping with the first mold and the second mold to form a cavity; and an injection step of filling the cavity with a resin, characterized in that in the injection step, the insert mold is deformed following the protruding pedestal shape of the first mold to form a protruding pedestal shape having a recess on a rear surface of the insert mold. a step of preparing an insert mold having a protruding needle pattern group ; a step of preparing a mold having a first mold provided with a protruding pedestal shape and a second mold ; a holding step of holding the protruding pedestal shape of the first mold and the protruding needle pattern group of the insert mold in an overlapping manner; a clamping step of performing clamping with the first mold and the second mold to form a cavity; and an injection step of filling the cavity with a resin, characterized in that in the injection step, the insert mold is deformed following the protruding pedestal shape of the first mold to form a protruding pedestal shape having a recess on a rear surface of the insert mold.
A medicament delivery device comprising: a first tubular section ; a second tubular section ; a bendable corrugated section connecting the first tubular section to the second tubular section ; a cap having a medicament chamber holding a medicament and including a sealing member , a one way valve located along an interior of the second tubular section , wherein the one way valve is configured so as to allow airflow from the second tubular section to the first tubular section and to restrict airflow from the first tubular section to the second tubular section , wherein the one way valve has a widened body in line with the second tubular section , and the widened body has a greater cross-sectional diameter than second tubular section ; wherein a proximal end of the first tubular section is located within the cap and abuts the sealing member , wherein the removal of the sealing member causes the medicament to flow through the first tubular section and into corrugations of the bendable corrugated section ; in a first direction, and wherein the medicament exits the first tubular section in a second opposite direction during use of the medicament delivery device. a first tubular section ; a second tubular section ; a bendable corrugated section connecting the first tubular section to the second tubular section ; a cap having a medicament chamber holding a medicament and including a sealing member , a one way valve located along an interior of the second tubular section , wherein the one way valve is configured so as to allow airflow from the second tubular section to the first tubular section and to restrict airflow from the first tubular section to the second tubular section , wherein the one way valve has a widened body in line with the second tubular section , and the widened body has a greater cross-sectional diameter than second tubular section ; wherein a proximal end of the first tubular section is located within the cap and abuts the sealing member , wherein the removal of the sealing member causes the medicament to flow through the first tubular section and into corrugations of the bendable corrugated section ; in a first direction, and wherein the medicament exits the first tubular section in a second opposite direction during use of the medicament delivery device.