mhurhangee/patent-ind-claim-en huggingface dataset:
A method for implementing time synchronization in a local area network, wherein the local area network comprises a master system device and a slave system device , and the method is characterized by comprising : the master system device synchronizing (110-140) a local time according to a Universal Time Coordinated, UTC, time normally received from a Global Positioning System, GPS, satellite and a network clock aligned with the UTC time, and regularly broadcasting the local time to each network node which serves as the slave system device and needs to perform time synchronization; and the slave system device synchronously updating (210-230) its local time according to the local time of the master system device which is received and a local network clock aligned with the network clock of the master system device, the method characterized by : the step of the master system device synchronizing the local time according to the UTC time normally received from the GPS satellite and the network clock aligned with the UTC time comprises: the master system device receiving a UTC time package of the GPS satellite through an UTC time receiving interruption, if the UTC time package is determined to be normally received, parsing the UTC time from the UTC time package; performing timing by a local network synchronization clock interruption aligned with a phase of the UTC time receiving interruption through the network clock, and adding a timed UTC time receiving cycle to the UTC time to be synchronized into the local time of the master system device. the master system device synchronizing (110-140) a local time according to a Universal Time Coordinated, UTC, time normally received from a Global Positioning System, GPS, satellite and a network clock aligned with the UTC time, and regularly broadcasting the local time to each network node which serves as the slave system device and needs to perform time synchronization; and the slave system device synchronously updating (210-230) its local time according to the local time of the master system device which is received and a local network clock aligned with the network clock of the master system device, the method characterized by : the step of the master system device synchronizing the local time according to the UTC time normally received from the GPS satellite and the network clock aligned with the UTC time comprises: the master system device receiving a UTC time package of the GPS satellite through an UTC time receiving interruption, if the UTC time package is determined to be normally received, parsing the UTC time from the UTC time package; performing timing by a local network synchronization clock interruption aligned with a phase of the UTC time receiving interruption through the network clock, and adding a timed UTC time receiving cycle to the UTC time to be synchronized into the local time of the master system device.
Foldable ramp for wheelchair access to a passenger car rear door, comprising: - a one-part or multi-part entry platform which can be arranged in several positions including an entry positon (A) wherein the ramp is folded out of the car to allow wheelchair access to the car , a transport position (B) wherein the entry platform is arranged in the car in an upright position and a passive position (C) wherein the entry platform is arranged in the car in a lying positon; and - a pivoting mechanism for mounting the platform to the passenger car , the pivoting mechanism including an interlock having a passive state in which it allows movement of the platform relative to the car and an active state in which it fixes the platform relative to at least a section of the car , the pivoting mechanism further including a safety for retaining the interlock in the active state, wherein moving the platform from the passive position (C) into the transport positon (B) causes the interlock to engage the active state and the safety to activate; wherein the pivoting mechanism comprises two tiltable side parts each arranged on opposite sides of the foldable ramp and pivotally attached to the car to allow rotation between the transport position (B) and the entry position (A), characterised in that the interlock comprises a single lever pivotally attached to at least one of the tiltable side parts , wherein the single lever comprises a lower arm configured to abut a carrier coupled to the tiltable side part and an upper arm configured to abut the safety of the pivoting mechanism . - a one-part or multi-part entry platform which can be arranged in several positions including an entry positon (A) wherein the ramp is folded out of the car to allow wheelchair access to the car , a transport position (B) wherein the entry platform is arranged in the car in an upright position and a passive position (C) wherein the entry platform is arranged in the car in a lying positon; and - a pivoting mechanism for mounting the platform to the passenger car , the pivoting mechanism including an interlock having a passive state in which it allows movement of the platform relative to the car and an active state in which it fixes the platform relative to at least a section of the car , the pivoting mechanism further including a safety for retaining the interlock in the active state,
[RPE] Method for detection of targets through a MIMO FMCW radar equipped with a plurality of transmitting (TX) and receiving (RX) antennas, wherein each couple of said TX and RX antennas is replaced with the equivalent virtual antenna; said MIMO FMCW radar having a receive side arranged to generate real or complex down-converted signals in response to a propagation scenario including a plurality of point targets; said method includes: - (Step 1: FFT processing) estimation of the spectrum ( X ̄ 0 v ) of said signal and its first N FFT - 1 derivatives ( X ̄ k v ; k = 1 , ... , N FFT − 1}) with N FFT = 3 when said signal is real and N FFT = 4 when said signal is complex, for each of said virtual antennas through FFT calculation with an oversampling factor ( M ), - (Step 2: RVA selection) acquisition of a sub-set of a number ( N A ) of virtual antennas spectra and of the corresponding derivatives, Recursive execution of - (Step 3: STDREC-S1) calculation of an estimate of the parameters of the most dominant point target, including phase ( ψ ), amplitude ( a ) and frequency ( f ) for each of said virtual antennas of said sub-set on the basis of said spectrum, and its derivatives, through N FFT -1 FFTs for each of said virtual antennas of said sub-set, - (Step 4: STDREC-S2) cancellation of said most dominant point target and computation of a residual spectrum and its first N FFT - 1 derivatives, - (Step 5: STDREC-S3) computation of an energy of said residual spectrum and return to (Step 3) until said energy is over a predetermined threshold ( T STDREC ), otherwise - (Step 6) computation of an average energy and fusion of ranges information of said point targets detected by said number of virtual antennas to list said point targets according to said average energy in a decreasing order. - (Step 1: FFT processing) estimation of the spectrum ( X ̄ 0 v ) of said signal and its first N FFT - 1 derivatives ( X ̄ k v ; k = 1 , ... , N FFT − 1}) with N FFT = 3 when said signal is real and N FFT = 4 when said signal is complex, for each of said virtual antennas through FFT calculation with an oversampling factor ( M ), - (Step 2: RVA selection) acquisition of a sub-set of a number ( N A ) of virtual antennas spectra and of the corresponding derivatives, Recursive execution of - (Step 3: STDREC-S1) calculation of an estimate of the parameters of the most dominant point target, including phase ( ψ ), amplitude ( a ) and frequency ( f ) for each of said virtual antennas of said sub-set on the basis of said spectrum, and its derivatives, through N FFT -1 FFTs for each of said virtual antennas of said sub-set, - (Step 4: STDREC-S2) cancellation of said most dominant point target and computation of a residual spectrum and its first N FFT - 1 derivatives, - (Step 5: STDREC-S3) computation of an energy of said residual spectrum and return to (Step 3) until said energy is over a predetermined threshold ( T STDREC ), otherwise - (Step 6) computation of an average energy and fusion of ranges information of said point targets detected by said number of virtual antennas to list said point targets according to said average energy in a decreasing order.
A converting machine used to convert generally rigid fanfold material into packaging templates for assembly into boxes or other packaging, the converting machine comprising: an infeed guide that is configured to direct the fanfold material into the converting machine , the infeed guide comprising one or more infeed rings that are adapted to rotate as the fanfold material enters the converting machine ; one or more feed rollers that are configured to move the fanfold material through the converting machine ; a converting assembly that is configured to perform one or more conversion functions on the fanfold material as the fanfold material moves through the converting machine , the one or more conversion functions being selected from the group consisting of creasing, bending, folding, perforating, cutting, and scoring, to create said packaging template. an infeed guide that is configured to direct the fanfold material into the converting machine , the infeed guide comprising one or more infeed rings that are adapted to rotate as the fanfold material enters the converting machine ; one or more feed rollers that are configured to move the fanfold material through the converting machine ; a converting assembly that is configured to perform one or more conversion functions on the fanfold material as the fanfold material moves through the converting machine , the one or more conversion functions being selected from the group consisting of creasing, bending, folding, perforating, cutting, and scoring, to create said packaging template.
An apparatus for controlling operations of a continuous glucose monitoring system , the apparatus comprising: a near field wireless communication (NFC) module configured to generate a first enable signal when the power is supplied from a user terminal ; a bluetooth communication module ; and a power switch switched on and configured to supply power from a battery to the bluetooth communication module when the first enable signal is received from the NFC module, wherein the bluetooth communication module is configured to perform a pairing connection between the user terminal and continuous glucose monitoring system when the power from the battery is supplied to the bluetooth communication module , and the bluetooth communication module is configured to provide a second enable signal to the power switch when the pairing connection is completed, and transmit an advertising message to the user terminal when the power is supplied from the battery through the power switch , wherein, when one of the first enable signal and the second enable signal is received, the power switch is switched on to supply the power of the battery to the bluetooth communication module . a near field wireless communication (NFC) module configured to generate a first enable signal when the power is supplied from a user terminal ; a bluetooth communication module ; and a power switch switched on and configured to supply power from a battery to the bluetooth communication module when the first enable signal is received from the NFC module, wherein the bluetooth communication module is configured to perform a pairing connection between the user terminal and continuous glucose monitoring system when the power from the battery is supplied to the bluetooth communication module , and the bluetooth communication module is configured to provide a second enable signal to the power switch when the pairing connection is completed, and transmit an advertising message to the user terminal when the power is supplied from the battery through the power switch , wherein, when one of the first enable signal and the second enable signal is received, the power switch is switched on to supply the power of the battery to the bluetooth communication module .
A composition comprising HFO-1234ze in an amount of from 5% to 99% by weight, and 1,1,1,2-tetrafluoroethane (HFC-134a), wherein said composition has a Global Warming Potential (GWP) of not greater than 1000, preferably not greater than 500, more preferably, not greater than 150, more preferably not greater than 100, more preferably not great than 75.
An assembly group consisting of a cap of a tubular gas generator and a deflector element that deflects gas flowing out of at least one outflow opening of the cap to at least one discharge opening of the deflector element , wherein a deflection surface of the deflector element is arranged radially outwardly of the outflow opening and at least two securing arms of the deflector element extend through the outflow opening and engage behind an edge defining the outflow opening in a positive connection with the cap on the inside.
A method of treating a fluid mixture, the fluid mixture including an aqueous phase, a hydrophobic phase and aqueous contaminants, the method including the steps of: (i) Performing a first electrochemical treatment on the fluid mixture to at least partially separate the aqueous phase and the hydrophobic phase; and (ii) Performing a second electrochemical treatment on the at least partially separated aqueous phase to thereby remove aqueous contaminants from the aqueous phase; wherein the first and/or second electrochemical treatment is performed using an electrochemical liquid treatment apparatus including: a treatment chamber containing at least one inlet for entry of a liquid to be treated, and including at least one outlet for exit of electrochemically treated liquid; a plurality of electrodes positioned within the treatment chamber for electrochemical treatment of the liquid; and a flow aligner for aligning the flow of the liquid between the electrodes , wherein the flow aligner is positioned intermediate the at least one inlet and the electrodes ; wherein the flow aligner is a partition defining a plurality of apertures for passage of the liquid; wherein liquid pressure on the side of the partition proximate to the at least one inlet is greater than the liquid pressure on the side of the partition proximate to the electrodes , and wherein laminar flow of fluid occurs between the electrodes . (i) Performing a first electrochemical treatment on the fluid mixture to at least partially separate the aqueous phase and the hydrophobic phase; and (ii) Performing a second electrochemical treatment on the at least partially separated aqueous phase to thereby remove aqueous contaminants from the aqueous phase; a treatment chamber containing at least one inlet for entry of a liquid to be treated, and including at least one outlet for exit of electrochemically treated liquid; a plurality of electrodes positioned within the treatment chamber for electrochemical treatment of the liquid; and a flow aligner for aligning the flow of the liquid between the electrodes , wherein the flow aligner is positioned intermediate the at least one inlet and the electrodes ; wherein the flow aligner is a partition defining a plurality of apertures for passage of the liquid; wherein liquid pressure on the side of the partition proximate to the at least one inlet is greater than the liquid pressure on the side of the partition proximate to the electrodes , and wherein laminar flow of fluid occurs between the electrodes .
A digital video camera , including: a housing ; at least one image sensor to convert light into electrical signals; an optical system associated with the image sensor ; a lens mount for releasably engaging a lens or other optical module; at least one data processing unit to process image data received from the at least one image sensor; and a heat management system, which includes: at least one inlet and at least one outlet in the housing to enable air to flow through the housing; a first heat sink thermally connected to the at least one image sensor , and a second heat sink thermally connected to the at least one data processing unit ; and a centrifugal fan configured to draw air into the front of the fan in a generally axial direction and push air radially out in a sideways direction, whereby air is drawn into the housing through the at least one inlet over the first heat sink and then over the second heat sink out the at least one outlet ; characterised in that the first heat sink is an inlet-side heat sink and the second heat sink is an outlet side heat sink. a housing ; at least one image sensor to convert light into electrical signals; an optical system associated with the image sensor ; a lens mount for releasably engaging a lens or other optical module; at least one data processing unit to process image data received from the at least one image sensor; and a heat management system, which includes: at least one inlet and at least one outlet in the housing to enable air to flow through the housing; a first heat sink thermally connected to the at least one image sensor , and a second heat sink thermally connected to the at least one data processing unit ; and a centrifugal fan configured to draw air into the front of the fan in a generally axial direction and push air radially out in a sideways direction, whereby air is drawn into the housing through the at least one inlet over the first heat sink and then over the second heat sink out the at least one outlet ; characterised in that the first heat sink is an inlet-side heat sink and the second heat sink is an outlet side heat sink. at least one inlet and at least one outlet in the housing to enable air to flow through the housing; a first heat sink thermally connected to the at least one image sensor , and a second heat sink thermally connected to the at least one data processing unit ; and a centrifugal fan configured to draw air into the front of the fan in a generally axial direction and push air radially out in a sideways direction, whereby air is drawn into the housing through the at least one inlet over the first heat sink and then over the second heat sink out the at least one outlet ; characterised in that the first heat sink is an inlet-side heat sink and the second heat sink is an outlet side heat sink.
A brake shoe with brake pads for a disc brake comprising a carrier element , and a first brake pad segment mountable on the carrier element and a second brake pad segment mountable on the carrier element , wherein the first brake pad segment and the second brake pad segment are differently formed to form a friction profile, in particular differ from one another with respect to material composition, force application and/or shape, wherein the first brake pad segment and the second brake pad segment are reversibly exchangeable, characterised in that the coefficient of friction of the second brake pad segment is 2 to 3 times the coefficient of friction of the first brake pad segment.
A modular force sensor apparatus , comprising: an inner tube including: a proximal tube portion for operably coupling to a shaft of a surgical instrument , a distal tube portion , and a tube portion extending between the proximal tube portion and the distal tube portion , the tube portion comprising a plurality of strain gauges ; and an outer tube covering at least a portion of the inner tube , wherein the outer tube is configured for mounting a wrist joint of the surgical instrument to a distal end of the outer tube , the wrist joint being coupled to an end portion of the surgical instrument so that when the modular force sensor apparatus is mounted on the shaft of the surgical instrument , the modular force sensor apparatus is positioned at a distal part of the surgical instrument , wherein a proximal end of the outer tube is fixedly coupled to the proximal tube portion of the inner tube , and a distal portion of the outer tube is operably coupled to the distal tube portion of the inner tube so that said plurality of strain gauges sense lateral loads substantially without interfering axial loads from the outer tube . an inner tube including: a proximal tube portion for operably coupling to a shaft of a surgical instrument , a distal tube portion , and a tube portion extending between the proximal tube portion and the distal tube portion , the tube portion comprising a plurality of strain gauges ; and an outer tube covering at least a portion of the inner tube , wherein the outer tube is configured for mounting a wrist joint of the surgical instrument to a distal end of the outer tube , the wrist joint being coupled to an end portion of the surgical instrument so that when the modular force sensor apparatus is mounted on the shaft of the surgical instrument , the modular force sensor apparatus is positioned at a distal part of the surgical instrument , wherein a proximal end of the outer tube is fixedly coupled to the proximal tube portion of the inner tube , and a distal portion of the outer tube is operably coupled to the distal tube portion of the inner tube so that said plurality of strain gauges sense lateral loads substantially without interfering axial loads from the outer tube .
An automatic splicing device for automatically connecting at a splicing position (LS) using splicing tape a first tape (Tc) provided with indexing holes (Hc) and component storage cavities (Ct) at a fixed interval and a second tape (Tc) provided with indexing holes (Hc) and component storage cavities (Ct) at a fixed interval, the automatic splicing device comprising: a connection control device configured to control connecting of the first tape (Tc) and the second tape (Tc) and detect a quantity of empty cavities (Ct) at a connection position of the first tape (Tc) and the second tape (Tc); characterized by ; a communication device configured to send the detected quantity of empty cavities (Ct) to a component mounter (M) or a host computer (HC) connected to the component mounter (M) such that communication is possible. a connection control device configured to control connecting of the first tape (Tc) and the second tape (Tc) and detect a quantity of empty cavities (Ct) at a connection position of the first tape (Tc) and the second tape (Tc); characterized by ; a communication device configured to send the detected quantity of empty cavities (Ct) to a component mounter (M) or a host computer (HC) connected to the component mounter (M) such that communication is possible.