mhurhangee/ep-ind-claims huggingface dataset:
A nebulizer device comprising an aerosol generator mounted in a housing, a controller, and a mouthpiece (6, 3), the device being adapted for delivery of an active agent in an aerosol into the buccal cavity, wherein: the aerosol generator comprises an aperture plate and a vibration actuator (11, 17) for vibrating the aperture plate at a frequency for aerosolization of a liquid, wherein the aperture plate has apertures with an exit diameter in excess of 5.0 μm; the device comprises a directing means (3, 6) for directing an exhalation flow towards the aerosol generator for entrainment of aerosol; the mouthpiece comprises features for enhancing turbulent flow of air with entrained aerosol, said features comprising surface formations in internal surfaces of a flow conduit (6, 25) providing a flow path in the mouthpiece, and narrowing said flow path; the device comprises a detector for detecting inhalation and/or exhalation; and the controller is configured to operate such that operation of the aerosol generator is responsive to the end of breath inhalation. the aerosol generator comprises an aperture plate and a vibration actuator (11, 17) for vibrating the aperture plate at a frequency for aerosolization of a liquid, wherein the aperture plate has apertures with an exit diameter in excess of 5.0 μm; the device comprises a directing means (3, 6) for directing an exhalation flow towards the aerosol generator for entrainment of aerosol; the mouthpiece comprises features for enhancing turbulent flow of air with entrained aerosol, said features comprising surface formations in internal surfaces of a flow conduit (6, 25) providing a flow path in the mouthpiece, and narrowing said flow path; the device comprises a detector for detecting inhalation and/or exhalation; and the controller is configured to operate such that operation of the aerosol generator is responsive to the end of breath inhalation.
A polymer latex for dip-molding applications obtainable by free-radical emulsion polymerization of a mixture of ethylenically unsaturated monomers comprising at least one conjugated diene and at least one ethylenically unsaturated nitrile compound in an aqueous medium in presence of seed latex particles having a glass transition temperature (mid point temperature Tmg) measured by DSC according to ASTM D3418-03 of -50°C to 50°C wherein the seed latex particles do not contain structural units derived from ethylenically unsaturated nitrile compounds, and the z-average particle size measured with a Malvern zetasizer nano S (ZEN 1600) using dynamic light scattering of the seed latex particles is 10 to 90 nm.
A radio communication terminal comprising: a pulse pilot checking unit that, to participate in a mobile ad hoc network among a plurality of mobile ad hoc networks, is adapted to check whether with respect to each frequency, among some or all of a plurality of predetermined frequencies that are likely to be used by the plurality of mobile ad hoc networks, of a received radio signal, any pulse signal having a predetermined pattern exists in the radio signal, and, in the affirmative, is adapted to store said frequency as a candidate frequency, and is further adapted to perform a participation process for each candidate frequency, the participation process including inquiring whether the radio communication terminal can participate in the mobile ad hoc network; a beacon information acquiring unit adapted to extract, from a received radio signal having each candidate frequency, beacon information including a characteristic of a respective mobile ad hoc network; and a participation-target network selecting unit adapted to identify, from each beacon information, the characteristic of the respective mobile ad hoc network, and determines a mobile ad hoc network, with the characteristic satisfying a predetermined condition, as the mobile ad hoc network to participate in; wherein the characteristic of the mobile ad hoc network includes at least the number of error bits, and the participation-target network selecting unit is adapted to determine the mobile ad hoc network, based on the number of error bits. a pulse pilot checking unit that, to participate in a mobile ad hoc network among a plurality of mobile ad hoc networks, is adapted to check whether with respect to each frequency, among some or all of a plurality of predetermined frequencies that are likely to be used by the plurality of mobile ad hoc networks, of a received radio signal, any pulse signal having a predetermined pattern exists in the radio signal, and, in the affirmative, is adapted to store said frequency as a candidate frequency, and is further adapted to perform a participation process for each candidate frequency, the participation process including inquiring whether the radio communication terminal can participate in the mobile ad hoc network; a beacon information acquiring unit adapted to extract, from a received radio signal having each candidate frequency, beacon information including a characteristic of a respective mobile ad hoc network; and a participation-target network selecting unit adapted to identify, from each beacon information, the characteristic of the respective mobile ad hoc network, and determines a mobile ad hoc network, with the characteristic satisfying a predetermined condition, as the mobile ad hoc network to participate in; wherein the characteristic of the mobile ad hoc network includes at least the number of error bits, and the participation-target network selecting unit is adapted to determine the mobile ad hoc network, based on the number of error bits.
A delivery robot loading box state management system comprising: a loading box provided in a delivery robot in which a delivery product is loaded; a sensor capable of sensing a state inside the loading box; a temperature controller capable of adjusting a temperature inside the loading box; a deodorizer for removing odors inside the loading box; and a controller for controlling an operation of at least one of the temperature controller or the deodorizer according to a sensing result of the sensor, wherein the controller is configured to control the temperature controller based on a predetermined recommended temperature of the delivery product such that the temperature inside the loading box sensed by the sensor corresponds to the recommended temperature, characterised in that the controller is capable of controlling opening and closing of a cover of the loading box, and is configured to open the cover for a predetermined time based on the sensing result of the sensor when the delivery product is loaded in the loading box, or open the cover for a predetermined time when a certain period of time passes after the delivery product loaded in the loading box is unloaded. a loading box provided in a delivery robot in which a delivery product is loaded; a sensor capable of sensing a state inside the loading box; a temperature controller capable of adjusting a temperature inside the loading box; a deodorizer for removing odors inside the loading box; and a controller for controlling an operation of at least one of the temperature controller or the deodorizer according to a sensing result of the sensor, wherein the controller is configured to control the temperature controller based on a predetermined recommended temperature of the delivery product such that the temperature inside the loading box sensed by the sensor corresponds to the recommended temperature, characterised in that the controller is capable of controlling opening and closing of a cover of the loading box, and is configured to open the cover for a predetermined time based on the sensing result of the sensor when the delivery product is loaded in the loading box, or open the cover for a predetermined time when a certain period of time passes after the delivery product loaded in the loading box is unloaded.
An antenna in package (200; 300), wherein the antenna in package comprises a substrate and a radio frequency processing chip; the radio frequency processing chip is disposed on a side of the substrate, and is electrically connected to the substrate; the substrate comprises an antenna reference ground layer, a signal reference ground layer, a signal layer, N radiation patches, N overlay arrays, and a feed path that are disposed in the substrate; the N overlay arrays are disposed on one side of the N radiation patches to respectively form N resonant cavities, and the one side faces away from the radio frequency processing chip, and a frequency of each of the N overlay arrays when a reflection phase of the overlay arrays is 0° is within an operating band, wherein the operating band is a frequency range of an electromagnetic wave transmitted or received by the antenna in package during normal operation; and the radio frequency processing chip is configured to feed power to the N radiation patches through the feed path, wherein N is an integer greater than or equal to 1, wherein the overlay array is a metamaterial, wherein the antenna in package further comprises a dielectric layer, and the dielectric layer is configured to fill the N resonant cavities, and wherein each of the N overlay arrays comprises a plurality of overlay patches arranged in an array, and a size of each of the plurality of overlay patches is less than a wavelength corresponding to any frequency within the operating band. the radio frequency processing chip is disposed on a side of the substrate, and is electrically connected to the substrate; the substrate comprises an antenna reference ground layer, a signal reference ground layer, a signal layer, N radiation patches, N overlay arrays, and a feed path that are disposed in the substrate; the N overlay arrays are disposed on one side of the N radiation patches to respectively form N resonant cavities, and the one side faces away from the radio frequency processing chip, and a frequency of each of the N overlay arrays when a reflection phase of the overlay arrays is 0° is within an operating band, wherein the operating band is a frequency range of an electromagnetic wave transmitted or received by the antenna in package during normal operation; and the radio frequency processing chip is configured to feed power to the N radiation patches through the feed path, wherein N is an integer greater than or equal to 1, wherein the overlay array is a metamaterial, wherein the antenna in package further comprises a dielectric layer, and the dielectric layer is configured to fill the N resonant cavities, and wherein each of the N overlay arrays comprises a plurality of overlay patches arranged in an array, and a size of each of the plurality of overlay patches is less than a wavelength corresponding to any frequency within the operating band.
A wearable device, comprising: a rotary disk, a housing, a position detecting unit, and a processor, wherein the rotary disk is rotatably connected to the housing, the position detecting unit is disposed between the rotary disk and the housing, the position detecting unit is electrically connected to the processor, the position detecting unit is configured to detect a target position to which the rotary disk is rotated along the housing and to send the target position to the processor; and the processor is configured to enable a shortcut function corresponding to the target position, wherein multiple positions on the housing correspond to multiple shortcut functions, and the target position is one of the multiple positions, wherein an indicator is disposed at the rotary disk, and the indicator is configured to indicate a position to which the rotary disk is rotated along the housing; the position detecting unit comprises a rolling body, and the rolling body is connected to the rotary disk and the housing in a rolling manner; characterized in that the housing is provided with a pressure-sensitive composite layer on the rolling track of the rolling body. wherein an indicator is disposed at the rotary disk, and the indicator is configured to indicate a position to which the rotary disk is rotated along the housing; the position detecting unit comprises a rolling body, and the rolling body is connected to the rotary disk and the housing in a rolling manner; characterized in that the housing is provided with a pressure-sensitive composite layer on the rolling track of the rolling body.
A method for the transmission, by a terminal of a wireless communication system, of uplink messages on an uplink to an access network, characterized in that said method includes steps, implemented by said terminal, of: - forming a sequence of N R uplink messages, each uplink message of the sequence including one and the same useful data packet and control data, said control data including an identifier of the uplink message among the N R uplink messages of the sequence, - transmitting the uplink messages of the sequence on different respective center frequencies, said terminal being configured to receive a downlink message, transmitted in response to the sequence of uplink messages, on a center frequency having predefined respective frequency gaps with respect to the center frequencies of the uplink messages of the sequence. - forming a sequence of N R uplink messages, each uplink message of the sequence including one and the same useful data packet and control data, said control data including an identifier of the uplink message among the N R uplink messages of the sequence, - transmitting the uplink messages of the sequence on different respective center frequencies,
A method for determining platelet pre-count in a centrifugal blood processing apparatus, said blood processing apparatus comprising a light-detecting sensor and a blood processing vessel for receiving whole blood and separating said whole blood into components, said method comprising: storing a measurement of a total volume of blood entering said centrifugal blood processing apparatus; said method characterised by: detecting plasma flowing out of a leukoreduction chamber, wherein separated platelets and at least some plasma from said blood processing vessel have been transported into said leukoreduction chamber so that platelets are accumulated in said leukoreduction chamber and a fluidized bed of platelets is formed in said leukoreduction chamber and; detecting spill-over of platelets out of said leukoreduction chamber; and determining said platelet pre-count from at least a known volume associated with said leukoreduction chamber and said measured volume of blood that had entered said centrifugal blood processing apparatus before said spill-over. storing a measurement of a total volume of blood entering said centrifugal blood processing apparatus; said method characterised by: detecting plasma flowing out of a leukoreduction chamber, wherein separated platelets and at least some plasma from said blood processing vessel have been transported into said leukoreduction chamber so that platelets are accumulated in said leukoreduction chamber and a fluidized bed of platelets is formed in said leukoreduction chamber and; detecting spill-over of platelets out of said leukoreduction chamber; and determining said platelet pre-count from at least a known volume associated with said leukoreduction chamber and said measured volume of blood that had entered said centrifugal blood processing apparatus before said spill-over. detecting plasma flowing out of a leukoreduction chamber, wherein separated platelets and at least some plasma from said blood processing vessel have been transported into said leukoreduction chamber so that platelets are accumulated in said leukoreduction chamber and a fluidized bed of platelets is formed in said leukoreduction chamber and; detecting spill-over of platelets out of said leukoreduction chamber; and determining said platelet pre-count from at least a known volume associated with said leukoreduction chamber and said measured volume of blood that had entered said centrifugal blood processing apparatus before said spill-over.
A multiphase voltage regulator, comprising: a plurality of phases, each phase configured to output a phase current (i ph1 -i phn) to a load through an inductor (L1-L3) in response to a control signal (PWM1-PWMN) input to the phase; and a controller operable to: generate the control signals (PWM1-PWMN) input to the phases; set a switching frequency of the control signals (PWM1-PWMN) to a first value; characterized in that the controller is further configured to change the switching frequency from the first value to a second value different than the first value if a load current (i L) changes repetitively at a frequency that is within a predetermined range of the first value of the switching frequency. a plurality of phases, each phase configured to output a phase current (i ph1 -i phn) to a load through an inductor (L1-L3) in response to a control signal (PWM1-PWMN) input to the phase; and a controller operable to: generate the control signals (PWM1-PWMN) input to the phases; set a switching frequency of the control signals (PWM1-PWMN) to a first value; characterized in that the controller is further configured to change the switching frequency from the first value to a second value different than the first value if a load current (i L) changes repetitively at a frequency that is within a predetermined range of the first value of the switching frequency. generate the control signals (PWM1-PWMN) input to the phases; set a switching frequency of the control signals (PWM1-PWMN) to a first value; characterized in that the controller is further configured to change the switching frequency from the first value to a second value different than the first value if a load current (i L) changes repetitively at a frequency that is within a predetermined range of the first value of the switching frequency.
Pressure vessel comprising - a first end cap having a side port for a low pressure outflow of a first stream; - a second end cap having an axial port for a high pressure outlet of a second stream substantially parallel to a mutual center axis formed by the first end cap and the second end cap; - wherein the first end cap has an axial port for a high pressure inlet of the first stream substantially parallel to the mutual center axis formed by the first end cap and the second end cap; - wherein the second end cap has a side port for a low pressure inflow of the second stream; and - wherein the pressure vessel is configured to divert low pressure stream flows into the side ports (3,5). - a first end cap having a side port for a low pressure outflow of a first stream; - a second end cap having an axial port for a high pressure outlet of a second stream substantially parallel to a mutual center axis formed by the first end cap and the second end cap; - wherein the first end cap has an axial port for a high pressure inlet of the first stream substantially parallel to the mutual center axis formed by the first end cap and the second end cap; - wherein the second end cap has a side port for a low pressure inflow of the second stream; and - wherein the pressure vessel is configured to divert low pressure stream flows into the side ports (3,5).
Method for connecting an internal gear of a planetary gear mechanism to a customer connector flange for flexible customer-specific connector dimensions, the method comprising the following steps: provision of the internal gear, the internal gear having a projection, and provision of the customer connector flange, the customer connector flange having a projection, and it being possible for the projection of the internal gear and the projection of the customer connector flange to be plugged into one another; the method being characterized by the following further steps: pressing of the internal gear and the customer connector flange, the projection of the internal gear and the projection of the customer connector flange being configured to form a transition fit; integrally joined connection of the internal gear to the customer connector flange by means of a joining process. provision of the internal gear, the internal gear having a projection, and provision of the customer connector flange, the customer connector flange having a projection, and it being possible for the projection of the internal gear and the projection of the customer connector flange to be plugged into one another; the method being characterized by the following further steps: pressing of the internal gear and the customer connector flange, the projection of the internal gear and the projection of the customer connector flange being configured to form a transition fit; integrally joined connection of the internal gear to the customer connector flange by means of a joining process. pressing of the internal gear and the customer connector flange, the projection of the internal gear and the projection of the customer connector flange being configured to form a transition fit; integrally joined connection of the internal gear to the customer connector flange by means of a joining process.
Industrial truck having at least one cab which has at least one upwardly directed pillar, wherein the at least one pillar is formed by struts, of which at least two run longitudinally with respect to the at least one pillar and at least one runs transversely with respect to the at least one pillar, and at least one of the struts has wedge-shaped oblique surfaces such that the cross section of the at least one strut increases inwards from outer surfaces of the at least one pillar, characterized in that clamping plates lie against in each case at least one of the oblique surfaces, the clamping plates being shaped to match the oblique surfaces and being prestressed against one another by holding means in order to support at least one add-on part, and the at least one clamping plate lies against at least two of the struts.
Coating composition for the production of a dust-repelling coating on a substrate, comprising a polylkylsiloxane with terminal hydroxyl groups or a mixture of different polyalkylsiloxanes with terminal hydroxyl groups, silicon tetrahalide, alkyl halogen silane chosen from methyltrichlorosilane, dimethyldichlorosilane, chloropropyltrichlorosilane or the corresponding bromide compounds, or mixtures thereof, and an inert aprotic solvent.
Oxygen supply system, comprising: a container housing having a container door; a latch controller coupled to a latch of the container door and configured to control the latch to releasably open the container door; a microcontroller coupled to the latch controller and configured to output a first latch deployment signal to the latch controller to cause the latch controller to open the latch; a pressure sensor coupled to the latch controller and configured to output a second latch deployment signal to the latch controller to cause the latch controller to open the latch; and an energy storage coupled to the microcontroller and the pressure sensor, the energy storage being configured to supply the microcontroller and the pressure sensor with electrical energy, wherein the microcontroller includes built-in test equipment, BITE, the BITE being configured to monitor and test the operability of one or more of the microcontroller, the latch controller, the pressure sensor and the energy storage. a container housing having a container door; a latch controller coupled to a latch of the container door and configured to control the latch to releasably open the container door; a microcontroller coupled to the latch controller and configured to output a first latch deployment signal to the latch controller to cause the latch controller to open the latch; a pressure sensor coupled to the latch controller and configured to output a second latch deployment signal to the latch controller to cause the latch controller to open the latch; and an energy storage coupled to the microcontroller and the pressure sensor, the energy storage being configured to supply the microcontroller and the pressure sensor with electrical energy, wherein the microcontroller includes built-in test equipment, BITE, the BITE being configured to monitor and test the operability of one or more of the microcontroller, the latch controller, the pressure sensor and the energy storage.