mhurhangee/ep-ind-claims huggingface dataset:
A fluid delivery system, comprising: a spray application system comprising a proportioner system configured to control a flow of a plurality of fluids to achieve a specified ratio of the plurality of fluids in a spray foam of a spray gun during operations, and to control a temperature of the fluids; a display system (70, 72, 204, 208, 302) configured to be mounted on the spray gun, worn by an operator, or a combination thereof, wherein the display system (70, 72, 204, 208, 302) comprises a light emitting device, and the display system is configured to project a colored light onto a spray area of the spray gun; and a status indicator system comprising a processor, the processor configured to: receive a first signal indicative of a first status of operations of the spray application system; and provide to the operator of the spray gun, via the display system (70, 72, 204, 208, 302), a visualization representative of the first status of operations, wherein the visualization comprises a color representative of the first status of operations, wherein the proportioner system is configured to communicatively couple to the status indicator system, and wherein the first status of operations comprises a status for the proportioner system. a spray application system comprising a proportioner system configured to control a flow of a plurality of fluids to achieve a specified ratio of the plurality of fluids in a spray foam of a spray gun during operations, and to control a temperature of the fluids; a display system (70, 72, 204, 208, 302) configured to be mounted on the spray gun, worn by an operator, or a combination thereof, wherein the display system (70, 72, 204, 208, 302) comprises a light emitting device, and the display system is configured to project a colored light onto a spray area of the spray gun; and a status indicator system comprising a processor, the processor configured to: receive a first signal indicative of a first status of operations of the spray application system; and provide to the operator of the spray gun, via the display system (70, 72, 204, 208, 302), a visualization representative of the first status of operations, wherein the visualization comprises a color representative of the first status of operations, wherein the proportioner system is configured to communicatively couple to the status indicator system, and wherein the first status of operations comprises a status for the proportioner system. receive a first signal indicative of a first status of operations of the spray application system; and provide to the operator of the spray gun, via the display system (70, 72, 204, 208, 302), a visualization representative of the first status of operations, wherein the visualization comprises a color representative of the first status of operations,
Electrical machine comprising a housing and a tube, wherein the tube is in a channel (5,25), wherein a first coolant can flow round the tube and a second coolant can flow through said tube, characterised in that a bypass (14,15) is provided to conduct the first coolant, by means of which the first coolant can communicate in the axial direction between the end faces of the electrical machine in a region opposite a supporting foot (15,16,17) of the electrical machine, wherein the bypass does not have a tube, wherein the channel (5,25) is a support structure to absorb the weight force of the stator and to introduce this weight force into the supporting foot (16,17,18), wherein the channel (5,25) is at least partially between the supporting foot (15,16,17) and the stator lamination stack.
A calibration device comprising: a measurement housing, wherein a dry gas pipe for feeding a dry gas to the measurement housing is detachably mounted to the measurement housing; a filling vessel, accommodated in the measurement housing, to said filling vessel a high pressure fuel gas being fed from outside of the measurement housing, the high pressure fuel gas being hydrogen gas; a scale for measuring a weight of the measurement housing, wherein the scale is adapted to measure the weight of the measurement housing before and after filling hydrogen gas into the filling vessel; and a control device for eliminating an error caused by changing buoyant force from the dry gas in the measurement housing before and after filling the fuel gas, wherein the control device is adapted to calculate and determine a variation amount (ΔF) of buoyant force of the gas before and after filling the hydrogen gas into the measurement housing based on a solid capacity and dry gas densities (p) and (p) in the measurement housing before and after filling hydrogen gas. a measurement housing, wherein a dry gas pipe for feeding a dry gas to the measurement housing is detachably mounted to the measurement housing; a filling vessel, accommodated in the measurement housing, to said filling vessel a high pressure fuel gas being fed from outside of the measurement housing, the high pressure fuel gas being hydrogen gas; a scale for measuring a weight of the measurement housing, wherein the scale is adapted to measure the weight of the measurement housing before and after filling hydrogen gas into the filling vessel; and a control device for eliminating an error caused by changing buoyant force from the dry gas in the measurement housing before and after filling the fuel gas, wherein the control device is adapted to calculate and determine a variation amount (ΔF) of buoyant force of the gas before and after filling the hydrogen gas into the measurement housing based on a solid capacity and dry gas densities (p) and (p) in the measurement housing before and after filling hydrogen gas.
Actuation device for brakes and /or clutches, in particular for motorcycles, comprising - a device body provided with a tank of liquid for the actuation of said device and a pump suitable to pressurise said liquid, the tank being provided with an opening and a relative stopper applied to said opening, - a connection portion suitable to permit the attachment of the device to the handlebar of an associable motorcycle, - a guide and support portion of an actuation element of the device rotating around a guide pin defining an actuation axis (Y-Y) so as to influence said pump, - wherein the connection portion comprises a pair of attachment brackets partially counter-shaped to the associable handlebar so as to form a housing seat having a cylindrical configuration of the longitudinal axis (X-X), suitable to partially house the portion of handlebar used for the attachment of the actuation device, - wherein the device comprises a pair of threaded connection means (56,60) which connect the attachment brackets to each other so as to clamp the walls defining the housing seat against the associable handlebar, characterised in that - the stopper comprises a first attachment portion to constrain the stopper to the device body, wherein the first attachment portion intercepts one of the threaded connection means (56,60) and/or the guide pin to attach the stopper and hermetically seal the tank. - a device body provided with a tank of liquid for the actuation of said device and a pump suitable to pressurise said liquid, the tank being provided with an opening and a relative stopper applied to said opening, - a connection portion suitable to permit the attachment of the device to the handlebar of an associable motorcycle, - a guide and support portion of an actuation element of the device rotating around a guide pin defining an actuation axis (Y-Y) so as to influence said pump, - wherein the connection portion comprises a pair of attachment brackets partially counter-shaped to the associable handlebar so as to form a housing seat having a cylindrical configuration of the longitudinal axis (X-X), suitable to partially house the portion of handlebar used for the attachment of the actuation device, - wherein the device comprises a pair of threaded connection means (56,60) which connect the attachment brackets to each other so as to clamp the walls defining the housing seat against the associable handlebar, - the stopper comprises a first attachment portion to constrain the stopper to the device body, wherein the first attachment portion intercepts one of the threaded connection means (56,60) and/or the guide pin to attach the stopper and hermetically seal the tank.
A method for thermal battery management, the method comprising: sensing, with at least one temperature sensor, a temperature of at least one battery cell (130a-130f) in a battery pack; sensing, with at least one current sensor (170a-170c), at least one current within the battery pack; determining if the temperature of any of the battery cells in the battery pack exceeds a temperature limit (T Limit); and characterized in that the method further comprises: activating at least one virtual cell (110a, 110b; 210a, 210b) to provide current or sink current for at least one of the battery cells in the battery pack that exceeds the temperature limit; wherein if the temperature of one more battery cells exceeds the temperature limit, controlling the temperature of the one or more battery cells by reducing the current load of the one or more battery cells and activating at least one virtual cell to provide current or sink current for at least one of the battery cells in the battery pack that exceeds the temperature limit and the activated at least one virtual cell is controlled so as to compensate for the deficit created by the current load reduction. sensing, with at least one temperature sensor, a temperature of at least one battery cell (130a-130f) in a battery pack; sensing, with at least one current sensor (170a-170c), at least one current within the battery pack; determining if the temperature of any of the battery cells in the battery pack exceeds a temperature limit (T Limit); and characterized in that the method further comprises: activating at least one virtual cell (110a, 110b; 210a, 210b) to provide current or sink current for at least one of the battery cells in the battery pack that exceeds the temperature limit;
A control system network architecture for a fluidic control system, said control system network architecture comprising: a plurality of nodes adapted to control fluid flow to a plurality of controlled endpoint devices, wherein each node of said plurality of nodes is configurable to independently control fluid flow to multiple single-acting controlled endpoint devices or to a double-acting controlled endpoint device, and a controller being configured to communicate data messages to the nodes to cause desired operation of the controlled endpoint devices. a plurality of nodes adapted to control fluid flow to a plurality of controlled endpoint devices, wherein each node of said plurality of nodes is configurable to independently control fluid flow to multiple single-acting controlled endpoint devices or to a double-acting controlled endpoint device, and a controller being configured to communicate data messages to the nodes to cause desired operation of the controlled endpoint devices.
A channel state information measurement method, comprising: receiving, by user equipment, configuration information for channel state information measurement from a radio network device, wherein the configuration information comprises information about a resource for channel state information measurement and indicates information about a measurement attribute of the resource, and the measurement attribute comprises X types of interference measurement, or channel measurement and X types of interference measurement, wherein X is an integer greater than or equal to 2, wherein the resource has at least one measurement attribute; and measuring, by the user equipment, channel state information based on the configuration information, and feeding back the channel state information, wherein the X types of interference measurement comprise obtaining a precoded interference by using a non-zero power demodulation reference signal. receiving, by user equipment, configuration information for channel state information measurement from a radio network device, wherein the configuration information comprises information about a resource for channel state information measurement and indicates information about a measurement attribute of the resource, and the measurement attribute comprises X types of interference measurement, or channel measurement and X types of interference measurement, wherein X is an integer greater than or equal to 2, wherein the resource has at least one measurement attribute; and measuring, by the user equipment, channel state information based on the configuration information, and feeding back the channel state information, wherein the X types of interference measurement comprise obtaining a precoded interference by using a non-zero power demodulation reference signal.
Perfume mixtures comprising (a) at least one compound of the general formula: wherein the or each compound of formula is that X is an oxygen atom or a methylene group, with the provisos that (i) none or one of the three wavy lines represents a double bond and the remaining wavy lines each represent a single bond, and (ii) R represents a linear or branched, cyclic, saturated or unsaturated hydrocarbon radical having 1 to 5 carbon atoms, and (b) contain one or more further perfumes selected from the group formed by cantryl, peonile, menthone, frescomenthe, isooctanone, tolylacetaldehyde, phenylacetaldehyde, cyclogalbanate, ethyl cinnamate or mixtures thereof. (a) at least one compound of the general formula: wherein the or each compound of formula is that X is an oxygen atom or a methylene group, with the provisos that (i) none or one of the three wavy lines represents a double bond and the remaining wavy lines each represent a single bond, and (ii) R represents a linear or branched, cyclic, saturated or unsaturated hydrocarbon radical having 1 to 5 carbon atoms, and (i) none or one of the three wavy lines represents a double bond and the remaining wavy lines each represent a single bond, and (ii) R represents a linear or branched, cyclic, saturated or unsaturated hydrocarbon radical having 1 to 5 carbon atoms, and (b) contain one or more further perfumes selected from the group formed by cantryl, peonile, menthone, frescomenthe, isooctanone, tolylacetaldehyde, phenylacetaldehyde, cyclogalbanate, ethyl cinnamate or mixtures thereof.
A digital interpolator, comprising an input to receive an input signal at a first clock frequency and comprising an output to provide an interpolated signal at a second clock frequency larger than the first clock frequency, the interpolator comprising: - a differentiator connected to the input, - an interpolator stage connected to an output of the differentiator, and - an integrator connected to the output and connected to an output of the interpolator stage, characterized in that the interpolator stage comprises a storage, an adder, a divider and a subtractor wherein an output of the adder is connected to a divider's input, wherein a divider's output is connected to a storage input and wherein a storage output is connected to an input of the adder, wherein a first input of the subtractor is connected to the differentiator output and a second input of the subtractor is connected to the divider's output, and wherein a further input of the adder is connected to the differentiator output. - a differentiator connected to the input, - an interpolator stage connected to an output of the differentiator, and - an integrator connected to the output and connected to an output of the interpolator stage,
A toner for developing a toner image, the toner comprising: (i) a binder resin; (ii) a colorant; and (iii) a first wax and (iv) a compatibilizer, the compatibilizer being a second wax different from the first wax, said compatibilizer having a melting transition, wherein the lower temperature limit of the melting transition is between 110 °C and 140 °C, wherein the lower temperature limit of the melting transition is defined as being the temperature at which at least less than 10% fraction of the solid compatibilizer is molten, when measured at a heating rate of 10°C/min at the time of rise according to the ASTM D3418 Standard using a differential scanning calorimeter and wherein the compatibilizer is selected from an oxidized polyalkylene. (i) a binder resin; (ii) a colorant; and (iii) a first wax and (iv) a compatibilizer, the compatibilizer being a second wax different from the first wax, said compatibilizer having a melting transition, wherein the lower temperature limit of the melting transition is between 110 °C and 140 °C, wherein the lower temperature limit of the melting transition is defined as being the temperature at which at least less than 10% fraction of the solid compatibilizer is molten, when measured at a heating rate of 10°C/min at the time of rise according to the ASTM D3418 Standard using a differential scanning calorimeter and wherein the compatibilizer is selected from an oxidized polyalkylene.
A method for managing a sequence number, SN, range for radio link control, RLC, entities in a radio access network during an on-going connection, the method being performed in a transmitting node of the radio access network and comprising the steps of: monitoring send state variables for a transmission window; determining to change the SN range based on the send state variables; and transmitting a control message when the SN range is determined to change, wherein an increase offset (OFFSET_E) defines an allowed least size of available transmission window before it is determined to increase the SN range, and a decrease offset (OFFSET_L) defines an allowed greatest size of available transmission window before it is determined to decrease the SN range, and wherein the transmitting comprises sending a control message for increase of the SN range when a difference of the send state variables is below the increase offset (OFFSET E), and the transmitting comprises sending a control message for decrease of the SN range when a difference of the send state variables is above the decrease offset (OFFSET_L). monitoring send state variables for a transmission window; determining to change the SN range based on the send state variables; and transmitting a control message when the SN range is determined to change, wherein an increase offset (OFFSET_E) defines an allowed least size of available transmission window before it is determined to increase the SN range, and a decrease offset (OFFSET_L) defines an allowed greatest size of available transmission window before it is determined to decrease the SN range, and wherein the transmitting comprises sending a control message for increase of the SN range when a difference of the send state variables is below the increase offset (OFFSET E), and the transmitting comprises sending a control message for decrease of the SN range when a difference of the send state variables is above the decrease offset (OFFSET_L).
An apparatus comprising: a processor configured to control a flash unit in an exposure time period (T 1) of a rolling shutter image sensor array, wherein the processor is configured to: receive information indicative that there is a requirement for electrical energy other than by the processor and flash unit, determine whether an intensity of ambient light is above or below a threshold light intensity, control, responsive to determining the intensity of the ambient light is above the threshold light intensity, the flash unit to provide light over a time period (T 1) that is substantially equal to the exposure time of all image sensor elements of the rolling shutter image sensor array, control, responsive to determining the intensity of the ambient light is below the threshold light intensity, the flash unit to provide light only over a time period (T 3) that is common to exposure time periods of a plurality of rows of image sensor elements of the rolling shutter image sensor array, and control the flash unit in the respective time period (T 1, T 3), using the received information, to: provide a first non-zero light intensity in a first portion of the respective time period (T 1, T 3) and to provide a second non-zero light intensity, different to the first light intensity, in a second portion of the respective time period (T 1, T 3); wherein the first non-zero light intensity is higher in intensity than the second non-zero light intensity; and wherein an electrical energy storage device is configured to provide: a maximum current output to the flash unit during the first portion of the respective time period (T 1, T 3), and an intermediate current output to the flash unit during the second portion of the respective time period (T 1, T 3). receive information indicative that there is a requirement for electrical energy other than by the processor and flash unit, determine whether an intensity of ambient light is above or below a threshold light intensity, control, responsive to determining the intensity of the ambient light is above the threshold light intensity, the flash unit to provide light over a time period (T 1) that is substantially equal to the exposure time of all image sensor elements of the rolling shutter image sensor array, control, responsive to determining the intensity of the ambient light is below the threshold light intensity, the flash unit to provide light only over a time period (T 3) that is common to exposure time periods of a plurality of rows of image sensor elements of the rolling shutter image sensor array, and control the flash unit in the respective time period (T 1, T 3), using the received information, to: provide a first non-zero light intensity in a first portion of the respective time period (T 1, T 3) and to provide a second non-zero light intensity, different to the first light intensity, in a second portion of the respective time period (T 1, T 3); a maximum current output to the flash unit during the first portion of the respective time period (T 1, T 3), and an intermediate current output to the flash unit during the second portion of the respective time period (T 1, T 3).
A vacuum inlet valve assembly comprising: a housing having an upper cylindrical portion; a sleeve seal disposed within the upper cylindrical portion; a conduit coupled with the upper cylindrical portion and sealed with the sleeve seal; a lower wall of the housing that defines an aperture; a ball seal disposed within the aperture sized to seal an open end of a vacuum hose, wherein the conduit is made and arranged to retain and house such vacuum hose; wherein a rear end of the housing is mountable on a preexisting wall to dispose the vacuum inlet valve assembly exterior of the preexisting wall, such that the conduit is disposed exterior of the preexisting wall; characterized in that at least a portion of the conduit is clear to enable a vacuum hose arranged and housed within the conduit to be viewed. a housing having an upper cylindrical portion; a sleeve seal disposed within the upper cylindrical portion; a conduit coupled with the upper cylindrical portion and sealed with the sleeve seal; a lower wall of the housing that defines an aperture; a ball seal disposed within the aperture sized to seal an open end of a vacuum hose, wherein the conduit is made and arranged to retain and house such vacuum hose; wherein a rear end of the housing is mountable on a preexisting wall to dispose the vacuum inlet valve assembly exterior of the preexisting wall, such that the conduit is disposed exterior of the preexisting wall; characterized in that at least a portion of the conduit is clear to enable a vacuum hose arranged and housed within the conduit to be viewed.