mhurhangee/patent-ind-claim-en huggingface dataset:
Adjustment and/or drive unit, in particular to set the azimuth angle of a wind turbine equipment pod , having two assemblies rotatable relative to one another, at least two actuating drives (11a-n) for rotating the two assemblies relative to one another, and a control device for controlling the actuating drives , wherein a respective load determination device for determining the load acting on the respective actuating drive is associated with the actuating drives , characterized in that the actuating drives are connected for communication with other each other and each have a control module for the decentralized adjustment of the provided torque in dependence on load signals of the load-determining devices , wherein the said control modules of the actuating drives are configured to change, upon receipt of a load signal from another actuating drive that indicates that overloading of said other actuating drive has been reached, its own torque by an auxiliary torque (ΔM) in order to relieve said other actuating drive .
An electronic device comprising: a first housing; a second housing slidably coupled to the first housing; a rollable display that is disposed to be supported by the first housing and the second housing and of which a display area is reduced or expanded based on sliding-in state or sliding-out state of the second housing; a support member disposed on a rear surface of the rollable display to support at least a portion of the rollable display; a first printed circuit board and a rack gear disposed in the first housing; a second printed circuit board disposed in the second housing; and a flexible printed circuit board that is configured to connect the first printed circuit board and the second printed circuit board and is configured to be folded or unfolded based on the sliding-in state or the sliding-out state of the second housing; wherein the second housing further comprising: a driving motor configured to provide a driving force for driving the second housing and disposed at an edge of the second housing corresponding to a lower part of the electronic device in the sliding-in state; a battery configured to supply power to the driving motor; and a pinion gear configured to transmit power based on the driving force of the driving motor and gear-coupled with the rack gear. a first housing; a second housing slidably coupled to the first housing; a rollable display that is disposed to be supported by the first housing and the second housing and of which a display area is reduced or expanded based on sliding-in state or sliding-out state of the second housing; a support member disposed on a rear surface of the rollable display to support at least a portion of the rollable display; a first printed circuit board and a rack gear disposed in the first housing; a second printed circuit board disposed in the second housing; and a flexible printed circuit board that is configured to connect the first printed circuit board and the second printed circuit board and is configured to be folded or unfolded based on the sliding-in state or the sliding-out state of the second housing; wherein the second housing further comprising: a driving motor configured to provide a driving force for driving the second housing and disposed at an edge of the second housing corresponding to a lower part of the electronic device in the sliding-in state; a battery configured to supply power to the driving motor; and a pinion gear configured to transmit power based on the driving force of the driving motor and gear-coupled with the rack gear. a driving motor configured to provide a driving force for driving the second housing and disposed at an edge of the second housing corresponding to a lower part of the electronic device in the sliding-in state; a battery configured to supply power to the driving motor; and a pinion gear configured to transmit power based on the driving force of the driving motor and gear-coupled with the rack gear.
A laminate having two adherends, at least one of which is a polyamide sheet or plate, and an adhesive layer formed of an adhesive composition between the adherends, wherein the adhesive composition comprises: (meth)acrylates , excluding the component , comprising the following ingredients (1-1), (1-2), and (1-3) : a (meth)acrylate (1-1), excluding an ingredient (1-3), having the following formula (B): wherein Z represents a (meth)acryloyl group, and R 3 represents a hydrogen atom, a halogen atom, an alkyl group with 1 to 12 carbon atoms, or an alkoxy group with 1 to 12 carbon atoms; a (meth)acrylate (1-2) having a hydroxy group and the following formula (D): Formula D Z-O-(R 7 O) q -H wherein Z represents a (meth)acryloyl group, R 7 represents an alkylene group, and q represents an integer from 1 to 10; and a (meth)acrylate (1-3) represented by general formula (A); wherein Z and Z' each represent a (meth)acryloyl group, and Z and Z' are the same or different; R1 and R1' each represent an alkylene group, and R1 and R1' are the same or different; R2 and R2' each represent hydrogen or an alkyl group with 1 to 4 carbon atoms, and R2 and R2' are the same or different; and p and p' each represent an integer from 0 to 8, and p and p' are the same or different; an acidic phosphate compound ; a polymerization initiator ; and a reducing agent comprising a transition metal salt. a (meth)acrylate (1-1), excluding an ingredient (1-3), having the following formula (B): wherein Z represents a (meth)acryloyl group, and R 3 represents a hydrogen atom, a halogen atom, an alkyl group with 1 to 12 carbon atoms, or an alkoxy group with 1 to 12 carbon atoms; a (meth)acrylate (1-2) having a hydroxy group and the following formula (D): Formula D Z-O-(R 7 O) q -H wherein Z represents a (meth)acryloyl group, R 7 represents an alkylene group, and q represents an integer from 1 to 10; and a (meth)acrylate (1-3) represented by general formula (A); wherein Z and Z' each represent a (meth)acryloyl group, and Z and Z' are the same or different; R1 and R1' each represent an alkylene group, and R1 and R1' are the same or different; R2 and R2' each represent hydrogen or an alkyl group with 1 to 4 carbon atoms, and R2 and R2' are the same or different; and p and p' each represent an integer from 0 to 8, and p and p' are the same or different; an acidic phosphate compound ; a polymerization initiator ; and a reducing agent comprising a transition metal salt.
Connecting plug for releasably connecting to a connecting socket having a plug housing on which a sealing element is arranged, and having at least one connecting module , which is connectable at least to a core of a cable that can be passed through the plug housing and the sealing element , wherein the plug housing is mechanically connectable to a socket housing of the connecting socket and wherein the connecting module is signal-operatively connectable to a connector module of the connecting socket , wherein the plug housing comprises a first housing part and a second housing part that is movable relative to the first housing part , wherein the sealing element is deformable in the direction toward a central axis of the connecting plug by moving the second housing part relative to the first housing part , wherein the second housing part in a first position can unblock the sealing element to such an extent that it can be displaced together with the plug housing along the cable , and wherein the sealing element is pressed against the cable when the second housing part is moved into a second position, characterized in that the second housing part surrounds the first housing part in the circumferential direction while forming an annular space , which is open on the face side and in which a sealing ring is arranged, and in that the sealing element comprises a lateral surface with a first and a second lateral surface portion , wherein a respective housing part abuts against each of the lateral surface portions .
A communication network , comprising: one or more first-type repeaters , configured to connect by Radio Frequency, RF, cable to RF antenna interfaces of respective Base Stations, BSs, that provide connectivity between wireless devices and one or more servers over a packet network , wherein the BSs support wireless communication with wireless devices belonging to respective coverage areas of the BSs using a wireless communication protocol of a Low Power Wide Area Network, LPWAN, protocol; and one or more second-type repeaters , each second-type repeater being outside the coverage area of the BSs and being configured to wirelessly communicate with one or more of the wireless devices residing outside the coverage area of the BSs , and to further communicate with one or more of the BSs via direct links of the second-type repeater to a management processor or management cloud , which is directly linked to respective first-type repeaters linked over respective RF cables to the one or more BSs ; wherein the management processor or management cloud is configured to receive from the second-type repeater messages originating from one or more of the wireless devices residing outside the coverage areas of the BSs and destined to the servers , and to process the messages to determine a scheduling plan for transmitting the messages to one or more selected BSs ; and wherein the transmitting of the messages to the selected BSs is via the respective first-type repeaters that transmit the messages over the RF cables using the LPWAN protocol, in accordance with the scheduling plan. one or more first-type repeaters , configured to connect by Radio Frequency, RF, cable to RF antenna interfaces of respective Base Stations, BSs, that provide connectivity between wireless devices and one or more servers over a packet network , wherein the BSs support wireless communication with wireless devices belonging to respective coverage areas of the BSs using a wireless communication protocol of a Low Power Wide Area Network, LPWAN, protocol; and one or more second-type repeaters , each second-type repeater being outside the coverage area of the BSs and being configured to wirelessly communicate with one or more of the wireless devices residing outside the coverage area of the BSs , and to further communicate with one or more of the BSs via direct links of the second-type repeater to a management processor or management cloud , which is directly linked to respective first-type repeaters linked over respective RF cables to the one or more BSs ; wherein the management processor or management cloud is configured to receive from the second-type repeater messages originating from one or more of the wireless devices residing outside the coverage areas of the BSs and destined to the servers , and to process the messages to determine a scheduling plan for transmitting the messages to one or more selected BSs ; and wherein the transmitting of the messages to the selected BSs is via the respective first-type repeaters that transmit the messages over the RF cables using the LPWAN protocol, in accordance with the scheduling plan.
A security element for securing security papers, value documents, such as bank notes, checks or the like, and other data carriers, wherein the security element has a substrate on which a first and a second layer are configured in register, wherein a third layer having magnetic pigments is configured at least partially on the first and/or second layer , wherein the first layer has first pigments and the second layer has second pigments, wherein the first and/or second pigments are configured partially transparent or partially translucent in the visible wavelength range, and wherein the first and second layers are configured such that they show different colors upon illumination with light from the visible wavelength range and/or show different colors upon illumination with UV radiation.
A method of producing a shaped article comprising: a first step of using a first tooling for press-forming a metal plate into a U-shape to obtain a U-shaped article having a bottom part straight extending in a longitudinal direction (x), the first tooling having a die and a punch , a bottom part of a recessed part of the die and a bottom part of the punch both extending straight in the longitudinal direction, and a second step of using a second tooling for press-forming said U-shaped article to bend it in the longitudinal direction so that the bottom part of the U-shaped article projects to an inside and to obtain a U-cross-section bent article , the second tooling having a die , a punch and pads arranged at two side surfaces of the punch , a bottom part of a recessed part of the die being formed curved projecting in the longitudinal direction while a bottom part of the punch being formed curved recessed in the longitudinal direction, wherein in said second step, an external force in a direction connecting an edge and the bottom part is applied to at least a part of a planned bending part of said U-shaped article, at the same time as said bending. a first step of using a first tooling for press-forming a metal plate into a U-shape to obtain a U-shaped article having a bottom part straight extending in a longitudinal direction (x), the first tooling having a die and a punch , a bottom part of a recessed part of the die and a bottom part of the punch both extending straight in the longitudinal direction, and a second step of using a second tooling for press-forming said U-shaped article to bend it in the longitudinal direction so that the bottom part of the U-shaped article projects to an inside and to obtain a U-cross-section bent article , the second tooling having a die , a punch and pads arranged at two side surfaces of the punch , a bottom part of a recessed part of the die being formed curved projecting in the longitudinal direction while a bottom part of the punch being formed curved recessed in the longitudinal direction, wherein in said second step, an external force in a direction connecting an edge and the bottom part is applied to at least a part of a planned bending part of said U-shaped article, at the same time as said bending.
A buckle, comprising: a buckle base assembly and a locking assembly , wherein an adjustable lock hole is disposed on the buckle base assembly, a lock tongue capable of insertion into the lock hole is disposed on the locking assembly, two moving portions are disposed at two opposite sides of the buckle base assembly respectively, characterized in that said buckle is a magnetic buckle, wherein a first magnet is disposed on said buckle base assembly and a second magnet is disposed on said locking assembly; wherein two unlocking portions linked by the two moving portions are disposed within the buckle base assembly, and the unlocking portions face the lock hole; wherein, when the lock hole of the buckle base assembly is close to the lock tongue of the locking assembly, the first magnet attracts the second magnet to guide the lock tongue into the lock hole to achieve locking; wherein, when the moving portions are pressed toward each other, the unlocking portions move toward parts of the lock tongue combined with the buckle base assembly to separate the parts of the lock tongue combined with the buckle base assembly for reducing an attractive force between the first magnet and the second magnet, so as to facilitate separation between the buckle base assembly and the locking assembly. wherein an adjustable lock hole is disposed on the buckle base assembly, a lock tongue capable of insertion into the lock hole is disposed on the locking assembly, two moving portions are disposed at two opposite sides of the buckle base assembly respectively, characterized in that said buckle is a magnetic buckle, wherein a first magnet is disposed on said buckle base assembly and a second magnet is disposed on said locking assembly; wherein two unlocking portions linked by the two moving portions are disposed within the buckle base assembly, and the unlocking portions face the lock hole; wherein, when the lock hole of the buckle base assembly is close to the lock tongue of the locking assembly, the first magnet attracts the second magnet to guide the lock tongue into the lock hole to achieve locking; wherein, when the moving portions are pressed toward each other, the unlocking portions move toward parts of the lock tongue combined with the buckle base assembly to separate the parts of the lock tongue combined with the buckle base assembly for reducing an attractive force between the first magnet and the second magnet, so as to facilitate separation between the buckle base assembly and the locking assembly.
A method of accommodating a range of input signal frequencies at a polar receiver by allowing for selectively enabled signal injection at a plurality of different harmonics, comprising: receiving a phase-modulated input signal at a polar receiver including an injection-locked oscillator ; selecting a value N based on the frequency of the phase-modulated signal and such that the frequency of the phase-modulated signal is a selected Nth harmonic of a frequency within a locking range of the injection-locked oscillator, where N is an integer; operating the injection-locked oscillator to generate an oscillator output signal while injecting the input signal into the injection-locked oscillator at a selected set of injection points corresponding to the selected Nth harmonic; multiplying a frequency of the oscillator output signal by the same selected value N to generate a frequency-multiplied oscillator signal; mixing the frequency-multiplied oscillator signal with the input signal to generate a mixed signal; filtering the mixed signal; and sampling the filtered mixed signal. receiving a phase-modulated input signal at a polar receiver including an injection-locked oscillator ; selecting a value N based on the frequency of the phase-modulated signal and such that the frequency of the phase-modulated signal is a selected Nth harmonic of a frequency within a locking range of the injection-locked oscillator, where N is an integer; operating the injection-locked oscillator to generate an oscillator output signal while injecting the input signal into the injection-locked oscillator at a selected set of injection points corresponding to the selected Nth harmonic; multiplying a frequency of the oscillator output signal by the same selected value N to generate a frequency-multiplied oscillator signal; mixing the frequency-multiplied oscillator signal with the input signal to generate a mixed signal; filtering the mixed signal; and sampling the filtered mixed signal.
A distributed vehicle safety system comprising: a control unit ; a plurality of devices , each for performing a function associated with protection of a vehicle occupant, the plurality of devices including a first group of devices (K) and a second group of devices (L), the second group of devices (L) each having an associated daisy chain switch; and a control interconnection bus for electrically connecting said control unit to each said plurality of said devices (K, L), said control interconnection bus including a first connector line and a second connector line ; said first group of said devices (K) being directly connected to both said first and said second connector lines so that said first group of devices (K) are connected in parallel to said control unit ; said second group of said devices (L) being directly connected to said second connector line , at least one of said second group of said devices (L) being connectable to said first connector line through a daisy chain switch associated with one of said second group of said devices arranged upstream of said at least one of said second group of said devices (L). a control unit ; a plurality of devices , each for performing a function associated with protection of a vehicle occupant, the plurality of devices including a first group of devices (K) and a second group of devices (L), the second group of devices (L) each having an associated daisy chain switch; and a control interconnection bus for electrically connecting said control unit to each said plurality of said devices (K, L), said control interconnection bus including a first connector line and a second connector line ; said first group of said devices (K) being directly connected to both said first and said second connector lines so that said first group of devices (K) are connected in parallel to said control unit ; said second group of said devices (L) being directly connected to said second connector line , at least one of said second group of said devices (L) being connectable to said first connector line through a daisy chain switch associated with one of said second group of said devices arranged upstream of said at least one of said second group of said devices (L).
A user device configured to be set in a first mode wherein the user device is configured to set a radio link with a radio base station based on a reference reception power level of a radio signal transmitted from the radio base station , and a second mode wherein the user device is configured to set the radio link based on any one among a plurality of reduced levels having gradually reduced reference reception power levels than the reference reception power level used in the first mode, the user device comprising: a level setting unit that is configured to set, when the user device is set in the second mode, a reception quality threshold of the reference reception power level specified for the reduced level; and a radio link monitoring unit that is configured to execute monitoring of the radio link based on the reception quality threshold set by the level setting unit , wherein the level setting unit is configured to set the reception quality threshold specified for the maximum reduced level regardless of whether the user device is set to any of the reduced levels. a level setting unit that is configured to set, when the user device is set in the second mode, a reception quality threshold of the reference reception power level specified for the reduced level; and a radio link monitoring unit that is configured to execute monitoring of the radio link based on the reception quality threshold set by the level setting unit , wherein the level setting unit is configured to set the reception quality threshold specified for the maximum reduced level regardless of whether the user device is set to any of the reduced levels.
A method of deploying a flexible elongate member into water comprising: (i) suspending a tensioner system underwater from a winch apparatus , the winch apparatus mounted on a deployment frame which is in turn mounted on a vessel on the water; (ii) the winch apparatus having active heave compensation to at least in part, offset movement of the vessel in the water, and reduce the movement of the tensioner system relative to the vessel; (iii) feeding the elongate member from above the water to under the water and into, through and out of the tensioner system , thus deploying the elongate member under the water. (i) suspending a tensioner system underwater from a winch apparatus , the winch apparatus mounted on a deployment frame which is in turn mounted on a vessel on the water; (ii) the winch apparatus having active heave compensation to at least in part, offset movement of the vessel in the water, and reduce the movement of the tensioner system relative to the vessel; (iii) feeding the elongate member from above the water to under the water and into, through and out of the tensioner system , thus deploying the elongate member under the water.