mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a background structure in a jacquard fabric for a mattress ticking using a double-sided needle selection circular knitting machine of a rib gating type, the method by which an arbitrary pattern is created by means of computer-based needle selection on a cylinder side, an arbitrary pattern is also created by means of computer-based needle selection on a dial side, and an arbitrary knitting structure is made in an arbitrary part by combining the pattern obtained on the cylinder side with the pattern obtained on the dial side, characterized in that the background structure is a knitting structure in which one repeat is constituted by four or more feeders, and wherein the method comprises: (i) at first and third feeders, in a course direction, repeating a process of knitting knitting yarn with two consecutive cylinder needles and welting with one cylinder needle, and thereafter, on the dial side, knitting the knitting yarn with two consecutive dial needles; and (ii) at second and fourth feeders, in the course direction, repeating a process of knitting the knitting yarn with one dial needle and welting with three dial needles on the dial side opposed to the cylinder side on which a resulting jacquard structure is expressed. (i) at first and third feeders, in a course direction, repeating a process of knitting knitting yarn with two consecutive cylinder needles and welting with one cylinder needle, and thereafter, on the dial side, knitting the knitting yarn with two consecutive dial needles; and (ii) at second and fourth feeders, in the course direction, repeating a process of knitting the knitting yarn with one dial needle and welting with three dial needles on the dial side opposed to the cylinder side on which a resulting jacquard structure is expressed.
A method of controlling a flight mode for use in a mobile terminal and carried out by the mobile terminal, comprising: obtaining (S201) a geographical location of the mobile terminal; determining (S202) whether the geographical location is a predetermined airport location; if the mobile terminal is within a range of an airport, receiving (S203) a flight mode trigger command when a mobile terminal is connected to a second generation, 2G, network in data transmission and voice call; characterized in that the method comprises: sending (S204) a voice call interruption command to a modulator and demodulator, modem, in the mobile terminal in response to the flight mode trigger command so as to interrupt the voice call with the modem; receiving (S205) a voice call interruption message sent by the modem and sending (S205) a request to the modem to deactivate a packet data protocol, PDP; and sending (S206) a flight mode enabling command to the modem upon receiving a message from the modem notifying the PDP is successful deactivated, so that the modem enables a flight mode of the mobile terminal. obtaining (S201) a geographical location of the mobile terminal; determining (S202) whether the geographical location is a predetermined airport location; if the mobile terminal is within a range of an airport, receiving (S203) a flight mode trigger command when a mobile terminal is connected to a second generation, 2G, network in data transmission and voice call; characterized in that the method comprises: sending (S204) a voice call interruption command to a modulator and demodulator, modem, in the mobile terminal in response to the flight mode trigger command so as to interrupt the voice call with the modem; receiving (S205) a voice call interruption message sent by the modem and sending (S205) a request to the modem to deactivate a packet data protocol, PDP; and sending (S206) a flight mode enabling command to the modem upon receiving a message from the modem notifying the PDP is successful deactivated, so that the modem enables a flight mode of the mobile terminal. sending (S204) a voice call interruption command to a modulator and demodulator, modem, in the mobile terminal in response to the flight mode trigger command so as to interrupt the voice call with the modem; receiving (S205) a voice call interruption message sent by the modem and sending (S205) a request to the modem to deactivate a packet data protocol, PDP; and sending (S206) a flight mode enabling command to the modem upon receiving a message from the modem notifying the PDP is successful deactivated, so that the modem enables a flight mode of the mobile terminal.
An air conditioner comprising an oil storage assembly for a compressor, comprising a compressor and an oil storage tank , wherein the compressor is provided with an oil drain outlet , the oil storage tank is provided with an oil inlet and an oil outlet , the oil inlet and the oil drain outlet are connected with a first pipeline , and the first pipeline is provided with a first electromagnetic valve ; a second pipeline is connected between the oil outlet and a return air port of the compressor , and the second pipeline is provided with a second electromagnetic valve , wherein the air conditioner further comprises a controller, wherein both the first electromagnetic valve and the second electromagnetic valve are connected with said controller, wherein, the controller is configured to control the second electromagnetic valve to turn off and control the first electromagnetic valve to turn on when receiving a stop signal, to enable the oil storage tank to store oil when the compressor is shut down; the controller is configured to control the first electromagnetic valve to turn off when the oil storage tank finishes storing oil during shutdown of the compressor; and the controller is configured to control the second electromagnetic valve to turn on to enable the oil storage tank to drain oil when receiving a power-on signal. wherein the air conditioner further comprises a controller, wherein both the first electromagnetic valve and the second electromagnetic valve are connected with said controller, wherein, the controller is configured to control the second electromagnetic valve to turn off and control the first electromagnetic valve to turn on when receiving a stop signal, to enable the oil storage tank to store oil when the compressor is shut down; the controller is configured to control the first electromagnetic valve to turn off when the oil storage tank finishes storing oil during shutdown of the compressor; and the controller is configured to control the second electromagnetic valve to turn on to enable the oil storage tank to drain oil when receiving a power-on signal.
An assembly for rotational equipment, comprising: a seal device comprising a plurality of seal shoes , a seal base , a plurality of spring elements and a resilient biasing element ; the seal shoes arranged around an axis in an annular array; the seal base circumscribing the annular array of the seal shoes ; each of the spring elements radially between and connecting a respective one of the seal shoes and the seal base , a first of the spring elements including a first mount , a second mount and a spring beam , the first mount connected to a first of the seal shoes , the second mount connected to the seal base , and the spring beam connecting the first mount to the second mount ; and the resilient biasing element radially between and engaged with first and second components of the seal device , the first component comprising the first mount or the second mount ; characterised in that : the resilient biasing element comprises a coil spring. a seal device comprising a plurality of seal shoes , a seal base , a plurality of spring elements and a resilient biasing element ; the seal shoes arranged around an axis in an annular array; the seal base circumscribing the annular array of the seal shoes ; each of the spring elements radially between and connecting a respective one of the seal shoes and the seal base , a first of the spring elements including a first mount , a second mount and a spring beam , the first mount connected to a first of the seal shoes , the second mount connected to the seal base , and the spring beam connecting the first mount to the second mount ; and the resilient biasing element radially between and engaged with first and second components of the seal device , the first component comprising the first mount or the second mount ; characterised in that : the resilient biasing element comprises a coil spring.
A power supply, comprising: master power management circuitry , comprising: a master power regulator that provides a supply voltage during a normal mode and that discharges the supply voltage during a low power mode; comparator circuitry that monitors voltage levels of the supply voltage and a core voltage and that provides at least one status signal indicative thereof; and control circuitry that de-asserts a slave enable signal and commands the master power regulator to discharge the supply voltage when a low power mode signal is asserted for transitioning from the normal mode to the low power mode, and that asserts a low power good signal when the at least one status signal indicates that the supply voltage is discharged below a first low threshold and that the core voltage is discharged below a second low threshold; and slave power management circuitry that provides the core voltage when the slave enable signal is asserted for the normal mode, and that discharges the core voltage when the slave enable signal is de-asserted for the low power mode. master power management circuitry , comprising: a master power regulator that provides a supply voltage during a normal mode and that discharges the supply voltage during a low power mode; comparator circuitry that monitors voltage levels of the supply voltage and a core voltage and that provides at least one status signal indicative thereof; and control circuitry that de-asserts a slave enable signal and commands the master power regulator to discharge the supply voltage when a low power mode signal is asserted for transitioning from the normal mode to the low power mode, and that asserts a low power good signal when the at least one status signal indicates that the supply voltage is discharged below a first low threshold and that the core voltage is discharged below a second low threshold; and a master power regulator that provides a supply voltage during a normal mode and that discharges the supply voltage during a low power mode; comparator circuitry that monitors voltage levels of the supply voltage and a core voltage and that provides at least one status signal indicative thereof; and control circuitry that de-asserts a slave enable signal and commands the master power regulator to discharge the supply voltage when a low power mode signal is asserted for transitioning from the normal mode to the low power mode, and that asserts a low power good signal when the at least one status signal indicates that the supply voltage is discharged below a first low threshold and that the core voltage is discharged below a second low threshold; and slave power management circuitry that provides the core voltage when the slave enable signal is asserted for the normal mode, and that discharges the core voltage when the slave enable signal is de-asserted for the low power mode.
Hydroxysilane of the formula (I), where R 1a and R 1b , independently of one another, are in each case a hydrogen atom or a methyl radical; R 2 is a hydrogen atom or a monovalent hydrocarbon radical having 1 to 12 carbon atoms which optionally comprises ether groups, ester groups, nitrile groups, amino groups or silane groups; R 3 is a linear or branched alkylene radical having 1 to 6 carbon atoms; R 4 is an alkyl radical having 1 to 8 carbon atoms; R 5 is an alkyl radical having 1 to 10 carbon atoms which optionally comprises ether groups; n is 1 or 2; and x is 0, 1 or 2. R 1a and R 1b , independently of one another, are in each case a hydrogen atom or a methyl radical; R 2 is a hydrogen atom or a monovalent hydrocarbon radical having 1 to 12 carbon atoms which optionally comprises ether groups, ester groups, nitrile groups, amino groups or silane groups; R 3 is a linear or branched alkylene radical having 1 to 6 carbon atoms; R 4 is an alkyl radical having 1 to 8 carbon atoms; R 5 is an alkyl radical having 1 to 10 carbon atoms which optionally comprises ether groups; n is 1 or 2; and x is 0, 1 or 2.
Use of a compound of formula (I), in a tanning process: wherein: - X is a moiety of an iridoid, a seco-iridoid or a derivative thereof, and - each of Y 1 , Y 2 , and Y 3 is independently a hydrogen, -C(O)-aryl, or -C(O)-(C 1 -C 12 aliphatic group), or a salt thereof. - X is a moiety of an iridoid, a seco-iridoid or a derivative thereof, and - each of Y 1 , Y 2 , and Y 3 is independently a hydrogen, -C(O)-aryl, or -C(O)-(C 1 -C 12 aliphatic group),
A coating, comprising: a UV blocking layer; and a hard coating layer disposed above the UV blocking layer; and a hydrophobic coating disposed above the hard coating layer; wherein the hard coating layer has the general formula SiO x C y . a UV blocking layer; and a hard coating layer disposed above the UV blocking layer; and a hydrophobic coating disposed above the hard coating layer; wherein the hard coating layer has the general formula SiO x C y .
Actuator device consisting of at least one body of an oblong design with a longitudinal axis , the device having: an outer surface extending around its longitudinal axis and forming a cavity , at least sections of the outer surface having a predetermined elasticity in the longitudinal direction, a base plate configured to bound the cavity at an end face in the axial direction of the longitudinal axis , an end face boundary configured to close off the cavity at an end face opposite the base plate in the axial direction of the longitudinal axis while forming a seal, wherein wherein a pressure can be applied to the cavity by introducing or discharging a fluid, so that the actuator device can be elastically elongated or compressed by the pressure as a result of the predetermined elasticity, and characterised in that the actuator device is configured in such a way that the energy stored in the form of elastic displacement activity can be made available as working energy for performing an actuator function. an outer surface extending around its longitudinal axis and forming a cavity , at least sections of the outer surface having a predetermined elasticity in the longitudinal direction, a base plate configured to bound the cavity at an end face in the axial direction of the longitudinal axis , an end face boundary configured to close off the cavity at an end face opposite the base plate in the axial direction of the longitudinal axis while forming a seal, wherein wherein a pressure can be applied to the cavity by introducing or discharging a fluid, so that the actuator device can be elastically elongated or compressed by the pressure as a result of the predetermined elasticity, and characterised in that the actuator device is configured in such a way that the energy stored in the form of elastic displacement activity can be made available as working energy for performing an actuator function.
A light grid for detecting objects in a monitored area, having a predetermined number of light beams in the form of transmitting pulses emitting transmitters and a number of receiving receivers corresponding to the number of transmitters , 4b, 4c) receiving receivers , wherein in each case a transmitter is assigned to a receiver to form a light axis, so that when the monitoring area is free the light beams of the transmitter strike the assigned receiver , the transmitters and receivers of the light axes being cyclically activated individually one after the other, and having an evaluation unit for generating a switching signal as a function of the reception signals of the receivers , characterised in that a control unit is provided, by means of which interfering light components in the received signals of the receivers are eliminated, the control unit being deactivated during the time intervals within which the transmitters emit transmission pulses.
Electrostatic filter for flue duct outlets from a combustion chamber comprising - a hollow manifold having an inner side wall delimiting a volume for the passage and conveying of fumes, from an inlet end of the fumes to an outlet end of the fumes, said inlet end and outlet end a being offset with respect to a vertical rising direction (Y-Y) of the fumes, - at least one electrode , housed at least partially in said volume and/or in a side duct fluidly connected with said volume , and configured so as to ionize the fumes crossing said volume so as to adhere the particulate transported by the fumes to said inner side wall , - a cleaning device configured to at least partially abrade said inner side wall so as to remove the particulate attached thereto, - wherein the cleaning device comprises at least one movable frame within the volume , operatively connected to motor means , the frame being provided with a plurality of brushes configured to flap and clean said inner side wall , characterized in that said movable frame comprises vertical sections , parallel to the vertical direction (Y-Y), wherein the movable frame comprises a plurality of cantilevered portions , discrete and separated from each other, provided with said vertical sections . - a hollow manifold having an inner side wall delimiting a volume for the passage and conveying of fumes, from an inlet end of the fumes to an outlet end of the fumes, said inlet end and outlet end a being offset with respect to a vertical rising direction (Y-Y) of the fumes, - at least one electrode , housed at least partially in said volume and/or in a side duct fluidly connected with said volume , and configured so as to ionize the fumes crossing said volume so as to adhere the particulate transported by the fumes to said inner side wall , - a cleaning device configured to at least partially abrade said inner side wall so as to remove the particulate attached thereto, - wherein the cleaning device comprises at least one movable frame within the volume , operatively connected to motor means , the frame being provided with a plurality of brushes configured to flap and clean said inner side wall ,
A transmitting method comprising: generating a plurality of data units (Fragment #1 - Fragment #5) by dividing data; configuring a plurality of packets (PACKET #1 - PACKET #5) by allocating header information (HEADER) to each of the plurality of data units (Fragment #1 - Fragment #5) and by packetizing the plurality of data units (Fragment #1 - Fragment #5), wherein packet sequence numbers are allocated to the packets and the header information (HEADER) of a packet includes its packet sequence number; and transmitting the plurality of configured packets (PACKET #1 - PACKET #5) together with control information; characterized in that an index, not transmitted, that starts from the head packet and indicates an order of the plurality of data units (Fragment #1 - Fragment #5) is allocated to the packets; the header information (HEADER) of a packet includes a fragment counter which indicates the number of data units (Fragment #1 - Fragment #5) which come after the data unit included in the packet; and when the fragment counter is not to be used by a receiving device: the control information includes divided data information which includes the packet sequence number of the head packet; and the fragment counter has a fixed value indicating that the fragment counter is not to be used by a receiving device. generating a plurality of data units (Fragment #1 - Fragment #5) by dividing data; configuring a plurality of packets (PACKET #1 - PACKET #5) by allocating header information (HEADER) to each of the plurality of data units (Fragment #1 - Fragment #5) and by packetizing the plurality of data units (Fragment #1 - Fragment #5), wherein packet sequence numbers are allocated to the packets and the header information (HEADER) of a packet includes its packet sequence number; and transmitting the plurality of configured packets (PACKET #1 - PACKET #5) together with control information; characterized in that an index, not transmitted, that starts from the head packet and indicates an order of the plurality of data units (Fragment #1 - Fragment #5) is allocated to the packets; the header information (HEADER) of a packet includes a fragment counter which indicates the number of data units (Fragment #1 - Fragment #5) which come after the data unit included in the packet; and when the fragment counter is not to be used by a receiving device: the control information includes divided data information which includes the packet sequence number of the head packet; and the fragment counter has a fixed value indicating that the fragment counter is not to be used by a receiving device. the control information includes divided data information which includes the packet sequence number of the head packet; and the fragment counter has a fixed value indicating that the fragment counter is not to be used by a receiving device.
Air purifying apparatus with attachment in a vehicle, wherein the air purifying apparatus consists of a fan in a portable housing , which has at least one air intake region for drawing air into the housing and at least one air discharge region for blowing the air out of the housing , wherein a purified discharge air stream flows out into the vehicle interior, wherein the attachment consists of an adapter plate which is releasably fixable at different positions in the interior of the motor vehicle and the air purifying apparatus is mounted rotatably on the adapter plate , characterised in that the adapter plate has a coupling sleeve , which is lockable in a recess in the interior of the air purifying apparatus , for mounting the air purifying apparatus .