mhurhangee/patent-ind-claim-en huggingface dataset:
Remote-control arrangement for remotely controlled objects , such as in particular lifting systems and/or working devices, having a handheld transmitter which has a housing on which multiple position-adjustable operating elements for the input of control commands are held and in which remote-control electronics are accommodated, by means of which control commands input via the operating elements can be converted into signals (SS) which can be emitted to control the objects , and a display held on the housing for displaying control-relevant information, wherein the display is formed by a computer display of a portable computer produced separately from the transmitter and a standard interface (30A; 30B), via which the portable computer can be detachably connected to the remote-control electronics of the transmitter , is provided on the housing , wherein the standard interface (30A; 30B) is configured to be bidirectional and on said standard interface first signals (S1) can be transmitted from the remote-control electronics of the transmitter to a processor of the portable computer and second signals (S2) can be transmitted from the processor to the remote-control electronics , and the first signals (S1) of the portable computer in a common graphic standard contain image data (BD) for visualising the control-relevant data on the computer display and device data (GD) for carrying out a device analysis on the processor and characterised in that the second signals (S2) contain information data (ID) for adjusting at least one changeable value of the transmitter . having a handheld transmitter which has a housing on which multiple position-adjustable operating elements for the input of control commands are held and in which remote-control electronics are accommodated, by means of which control commands input via the operating elements can be converted into signals (SS) which can be emitted to control the objects , and a display held on the housing for displaying control-relevant information, wherein the display is formed by a computer display of a portable computer produced separately from the transmitter and a standard interface (30A; 30B), via which the portable computer can be detachably connected to the remote-control electronics of the transmitter , is provided on the housing , wherein the standard interface (30A; 30B) is configured to be bidirectional and on said standard interface first signals (S1) can be transmitted from the remote-control electronics of the transmitter to a processor of the portable computer and second signals (S2) can be transmitted from the processor to the remote-control electronics , and the first signals (S1) of the portable computer in a common graphic standard contain image data (BD) for visualising the control-relevant data on the computer display and device data (GD) for carrying out a device analysis on the processor and characterised in that the second signals (S2) contain information data (ID) for adjusting at least one changeable value of the transmitter .
A spray delivery device for delivering a fluid spray to a fluid flow conductor , comprising: a spray generator , a spray controller ; and an air flow sensor ; wherein the spray generator comprises a perforate membrane and actuation means configured to ultrasonically vibrate the perforate membrane in response to a drive signal from the spray controller, such that vibration of the perforate membrane is configured to cause liquid droplets to be ejected from an ejection side of the perforate membrane; characterised in that the airflow sensor is configured to provide a flow signal representative of an airflow rate through the fluid flow conductor, and the spray controller is configured to control a spray rate of the spray generator in proportion to the airflow rate by modulation of the drive signal in response to the flow signal. a spray generator , a spray controller ; and an air flow sensor ; wherein the spray generator comprises a perforate membrane and actuation means configured to ultrasonically vibrate the perforate membrane in response to a drive signal from the spray controller, such that vibration of the perforate membrane is configured to cause liquid droplets to be ejected from an ejection side of the perforate membrane; characterised in that the airflow sensor is configured to provide a flow signal representative of an airflow rate through the fluid flow conductor, and the spray controller is configured to control a spray rate of the spray generator in proportion to the airflow rate by modulation of the drive signal in response to the flow signal.
An apparatus for transmitting high power fluxes greater than 100 w cm 2 for the purposes of additive manufacturing of metal, plastic, or ceramic products, comprising: an optic to be thermally managed, the optic having opposing surfaces, a light source producing a high powered light beam with power fluxes greater than 100 w cm 2 at wavelengths suitable for the purposes of additive manufacturing of metal, plastic, or ceramic products, said high powered light beam being directed from said light source through the optic to be thermally managed, an optic cooling system operatively connected to said optic , and configured to flow a cooling fluid over both of the opposing surfaces of the optic , wherein the combination of pressures in the cooling fluid, balanced with temperatures in the optic to be cooled do not result in any significant deformation of the optic , and where the cooling fluid is transparent to said wavelengths of the high powered light beam that is transmitted through the cooling fluid. an optic to be thermally managed, the optic having opposing surfaces, a light source producing a high powered light beam with power fluxes greater than 100 w cm 2 at wavelengths suitable for the purposes of additive manufacturing of metal, plastic, or ceramic products, said high powered light beam being directed from said light source through the optic to be thermally managed, an optic cooling system operatively connected to said optic , and configured to flow a cooling fluid over both of the opposing surfaces of the optic , wherein the combination of pressures in the cooling fluid, balanced with temperatures in the optic to be cooled do not result in any significant deformation of the optic , and where the cooling fluid is transparent to said wavelengths of the high powered light beam that is transmitted through the cooling fluid.
Method for cleaning and/or maintaining an automatic dishwashing machine, characterized in that in a normal cleaning cycle for items to be cleaned, in particular dirty dishes, a pre-portioned maintenance agent for automatic dishwashing machines, formulated separately from the dishwashing agent, is metered in with a machine dishwashing agent, the maintenance agent comprising i. an acid and/or ii. a buffer system of at least one acid and at least one base and iii. at least one non-ionic surfactant and wherein the maintenance agent comprises at least two different portions A and B, wherein portion B comprises an acid from i) and/or ii) and at least one nonionic surfactant from iii) and portion A comprises at least one nonionic surfactant from iii) and optionally at least one base from ii), whereby the maintenance agent is dosed into the interior of the automatic dishwasher at the start of the cleaning cycle, preferably before the automatic dishwashing detergent and where portion B is released into the wash liquor in the pre-wash step of the cleaning cycle and portion A is released into the wash liquor in the rinse cycle of the cleaning cycle. i. an acid and/or ii. a buffer system of at least one acid and at least one base and iii. at least one non-ionic surfactant and wherein the maintenance agent comprises at least two different portions A and B, wherein portion B comprises an acid from i) and/or ii) and at least one nonionic surfactant from iii) and portion A comprises at least one nonionic surfactant from iii) and optionally at least one base from ii), whereby the maintenance agent is dosed into the interior of the automatic dishwasher at the start of the cleaning cycle, preferably before the automatic dishwashing detergent and where portion B is released into the wash liquor in the pre-wash step of the cleaning cycle and portion A is released into the wash liquor in the rinse cycle of the cleaning cycle.
Apparatus for cleaning gutters comprising a main body with first and second cleaning portions (2.1, 2.2) and, said first cleaning portion (2.1) comprising at least one cleaning tool and the second cleaning portion (2.2) comprising a further cleaning tool , the first cleaning portion (2.1) comprises at least a first and a second cleaning tool and the first cleaning tool is movably mounted at the first cleaning portion (2.1) in order to be arranged at least in a first and a second position, wherein in said first position, the first cleaning tool is in an active position and in said second position, the first cleaning tool is in an idle position, wherein the main body comprises: liquid guiding means and a coupling portion fluidly coupled with the liquid guiding means , wherein said liquid guiding means are adapted to guide liquid through channels (10.1, 10.2) associated with the main body to guide liquid towards the first and the second cleaning tool or the further cleaning tool ; and a control means for selectively controlling liquid flow towards the first and the second cleaning tool or the further cleaning tool . liquid guiding means and a coupling portion fluidly coupled with the liquid guiding means , wherein said liquid guiding means are adapted to guide liquid through channels (10.1, 10.2) associated with the main body to guide liquid towards the first and the second cleaning tool or the further cleaning tool ; and a control means for selectively controlling liquid flow towards the first and the second cleaning tool or the further cleaning tool .
A system, comprising: a barrier; and an insert assembly in the barrier defining an annulus between the insert assembly and the barrier, wherein: the insert assembly comprises stacked flow gaps configured for addition and/or removal of gas from a solid/gas mixture flowing in the annulus; the insert assembly comprises a series of stacked cones; the insert assembly comprises a cone and a member under the cone; the member comprises: an uppermost member section having a tapered portion extending into the cone; a middle member section extending into a lower portion of the uppermost member section; and a lowest member section having a tapered portion extending into a lower portion of the middle member section; and the middle member section is tapered from bottom to top. a barrier; and an insert assembly in the barrier defining an annulus between the insert assembly and the barrier, the insert assembly comprises stacked flow gaps configured for addition and/or removal of gas from a solid/gas mixture flowing in the annulus; the insert assembly comprises a series of stacked cones; the insert assembly comprises a cone and a member under the cone; the member comprises: an uppermost member section having a tapered portion extending into the cone; a middle member section extending into a lower portion of the uppermost member section; and a lowest member section having a tapered portion extending into a lower portion of the middle member section; and the middle member section is tapered from bottom to top.
A method of testing a base station (8; 10) for use in a mobile telephony network, the base station (8; 10) including an antenna arrangement (A11 to A32) for forming polarization diversity pairs having a connection to ports of a transceiver arrangement for producing a plurality of beams, the method being characterized by detecting (S6, S14) and measuring at each of the ports of the transceiver arrangement average signal strengths, RSSI, of a test signal received via the beams; comparing the said average signal strengths, RSSI, detected at each of the ports of the transceiver arrangement including by comparing the signal strengths associated with each beam with all the other signal strengths, RSSI, associated with the other beams; using the results of the comparisons to detect the configuration of the connection that form the diversity pairs with the ports of the transceiver arrangements between the antenna arrangement (A11 to A32) and transceiver arrangement ; and thereby identifying adjacent beams (S20 - S34) by applying a predetermined criterion to the comparisons to identify ports which form a diversity pair, wherein the adjacent beams are beams of diversity pairs (A11, A12; A21, A22; A31, A32), wherein the said criterion is, for a diversity pair of beams not previously identified as adjacent, that one has a greater signal strength, RSSI, than all other beams not previously identified as adjacent and that the other differs therefrom by the smallest amount compared to all other beams not previously identified as adjacent.
A method of wireless communication by a user equipment, UE, the method comprising: receiving , after receiving a random access response for a random access channel, RACH, procedure with a base station, a contention resolution message for the RACH procedure, the contention resolution message including information indicating at least a beam index corresponding to a beam and an indication of one or more channels associated with the beam index; determining whether the beam index is applicable to the UE; and communicating with the base station through the beam corresponding to the beam index on the one or more indicated channels when the beam index is applicable to the UE. receiving , after receiving a random access response for a random access channel, RACH, procedure with a base station, a contention resolution message for the RACH procedure, the contention resolution message including information indicating at least a beam index corresponding to a beam and an indication of one or more channels associated with the beam index; determining whether the beam index is applicable to the UE; and communicating with the base station through the beam corresponding to the beam index on the one or more indicated channels when the beam index is applicable to the UE.
A direct current (DC)-DC conversion apparatus comprising: a power conversion part ; a plurality of sensors configured to detect a state of each portion of the power conversion part ; and an artificial intelligence control part ; characterized in that the artificial intelligence control part is configured to sample values output from the plurality of sensors for a predetermined time to generate two-dimensional state information, in which one axis is an input physical quantity and the other axis is a time, and process the two-dimensional state information by a convolutional neural network to output a plurality of control signals, which control an operation of the power conversion part according to classified result values; and the DC-DC conversion apparatus further comprises a configuration information memory in which a plurality of two-dimensional filters and artificial neural network weighting coefficients are stored; a control selection part configured to apply a set of the corresponding two-dimensional filter and artificial neural network weighting coefficients from the configuration information memory to the convolutional neural network circuit part in response to a setting instruction; and an operation mode determination part configured to determine an operation mode from an output of the plurality of sensors to output the setting instruction. a power conversion part ; a plurality of sensors configured to detect a state of each portion of the power conversion part ; and an artificial intelligence control part ; characterized in that the artificial intelligence control part is configured to sample values output from the plurality of sensors for a predetermined time to generate two-dimensional state information, in which one axis is an input physical quantity and the other axis is a time, and process the two-dimensional state information by a convolutional neural network to output a plurality of control signals, which control an operation of the power conversion part according to classified result values; and the DC-DC conversion apparatus further comprises a configuration information memory in which a plurality of two-dimensional filters and artificial neural network weighting coefficients are stored; a control selection part configured to apply a set of the corresponding two-dimensional filter and artificial neural network weighting coefficients from the configuration information memory to the convolutional neural network circuit part in response to a setting instruction; and an operation mode determination part configured to determine an operation mode from an output of the plurality of sensors to output the setting instruction.
A selective surface, wherein said selective surface comprising: a biocompatible polymer comprising maleic anhydride molecules; and an apoptosis inducing ligand bound to the maleic anhydride molecules; wherein said biocompatible polymer is polyethylene or a fluorocarbon polymer; and wherein the apoptosis-inducing ligand is FasL. a biocompatible polymer comprising maleic anhydride molecules; and an apoptosis inducing ligand bound to the maleic anhydride molecules; wherein said biocompatible polymer is polyethylene or a fluorocarbon polymer; and wherein the apoptosis-inducing ligand is FasL.
A metrology device (200;200a) comprising: a housing ; a processor disposed in the housing ; a digital display (210;210a); a probe, at least a portion (204;204a) of the probe being configured to move in response to a characteristic of a device under test and provide a probe output representative of raw measurement of the characteristic; and at least one orientation sensor (314-1,314-2;314-3), the at least one orientation sensor (314-1,314-2;314-3) being configured to provide an associated sensor output representative of an orientation of the metrology device (200;200a) to the device under test, the processor being configured to receive the probe output and the associated sensor output and apply a correction factor to the raw measurement in response to the associated sensor output to establish a compensated measurement to compensate for misalignment of the metrology device (200;200a) to the device under test, the processor being configured to provide an output to the digital display (210;210a) for providing a visual representation of the compensated measurement on the digital display (210;210a). a housing ; a processor disposed in the housing ; a digital display (210;210a); a probe, at least a portion (204;204a) of the probe being configured to move in response to a characteristic of a device under test and provide a probe output representative of raw measurement of the characteristic; and at least one orientation sensor (314-1,314-2;314-3), the at least one orientation sensor (314-1,314-2;314-3) being configured to provide an associated sensor output representative of an orientation of the metrology device (200;200a) to the device under test, the processor being configured to receive the probe output and the associated sensor output and apply a correction factor to the raw measurement in response to the associated sensor output to establish a compensated measurement to compensate for misalignment of the metrology device (200;200a) to the device under test, the processor being configured to provide an output to the digital display (210;210a) for providing a visual representation of the compensated measurement on the digital display (210;210a).
A boundary layer ingestion fan system for location aft of the fuselage of an aircraft, comprising: a nacelle defining a duct ; a fan located within the duct, the fan comprising a hub arranged to rotate around a rotational axis (A-A) and a plurality of blades attached to the hub, each of which has: a span from a root at the hub defining a 0 percent span position (r hub ) to a tip defining a 100 percent span position (r tip ) and a plurality of span positions therebetween (r ∈ [r hub , r tip ]), and a leading edge and a trailing edge defining, for each span position, a chord therebetween having a chord length (c); characterized in that for each one of said plurality of blades, the ratio of chord length at the 0 percent span position (c hub ) to chord length at the 100 percent span position (c tip ) is 1 or greater; and in that the ratio of chord lengths (c) between the 75 and 100 percent span positions to chord length at the 100 percent span position (c tip ) is 1 or less. a nacelle defining a duct ; a fan located within the duct, the fan comprising a hub arranged to rotate around a rotational axis (A-A) and a plurality of blades attached to the hub, each of which has: a span from a root at the hub defining a 0 percent span position (r hub ) to a tip defining a 100 percent span position (r tip ) and a plurality of span positions therebetween (r ∈ [r hub , r tip ]), and a leading edge and a trailing edge defining, for each span position, a chord therebetween having a chord length (c); characterized in that for each one of said plurality of blades, the ratio of chord length at the 0 percent span position (c hub ) to chord length at the 100 percent span position (c tip ) is 1 or greater; and in that the ratio of chord lengths (c) between the 75 and 100 percent span positions to chord length at the 100 percent span position (c tip ) is 1 or less. a span from a root at the hub defining a 0 percent span position (r hub ) to a tip defining a 100 percent span position (r tip ) and a plurality of span positions therebetween (r ∈ [r hub , r tip ]), and a leading edge and a trailing edge defining, for each span position, a chord therebetween having a chord length (c); characterized in that for each one of said plurality of blades, the ratio of chord length at the 0 percent span position (c hub ) to chord length at the 100 percent span position (c tip ) is 1 or greater; and in that the ratio of chord lengths (c) between the 75 and 100 percent span positions to chord length at the 100 percent span position (c tip ) is 1 or less.
Power transmission device for a transmission, in particular of a motor cycle, with a shift assistance system, comprising a shift lever device with a bearing device for the movable mounting on a vehicle, wherein the shift lever device has a shift lever connection for receiving a shift force, a shift lever extending along a second longitudinal axis for transmitting the shift force and a transmission connection for delivering the shift force to the transmission, wherein the shift lever comprises an energy store for temporarily storing at least a portion of the shift force, so that a relative movement between the shift lever connection and the transmission connection can occur by changing the shift force stored in the energy store , wherein the shift lever device has a sensor device for detecting the relative movement between the shift lever connection and the transmission connection , characterized in that the energy store is formed as a rotational energy store on the second longitudinal axis , and the shift lever connection is designed for a rotational relative movement to the transmission connection .