36 results about "Air channel" patented technology

Provided are a heat-not-burn article and an aerosol-generating substrate. The substrate includes a columnar aerosol-generating segment body, which has a lip-proximal end and a lip-distal end at two axial ends thereof and includes an air channel hole and multiple microholes. The air channel hole penetrates the lip-proximal end along the axial direction of the segment body. The microholes are evenly distributed inside the segment body, communicate with each other and the air channel hole, and collect aerosol into the air channel hole. When heated, the microholes uniformize the aerosol's particle size. Heated aerosol enters the air channel hole (and adjacent ones) via the microholes for collection and has substantially the same particle size after passing through the microholes. Aerosol from different positions flows into a cooling segment, mix to improve uniformity, buffer, and fully accumulate aerosol, and ensure consistent aerosol concentration and taste across different heat-not-burn articles.

The application discloses an adjustable solid heat storage device, which comprises a heat storage tank, a heat exchange structure, solid heat storage particles and a pressing plate. The heat storage tank has a fluid cavity and is provided with an inlet and an outlet connected with the fluid cavity. The heat exchange structure is arranged in the fluid cavity and has a containing cavity. The heat exchange structure is provided with a flow guide channel connected with the containing cavity and the fluid cavity. The heat exchange structure is further provided with a communication port connected with the containing cavity. The solid heat storage particles are arranged in the containing cavity. The pressing plate is installed on the heat exchange structure and covers the communication port. The pressing plate can move along the vertical direction to adjust the distance between the pressing plate and the bottom wall of the containing cavity and to flatten the solid heat storage particles at the upper end of the containing cavity. The upper surface of the solid heat storage particles can be flattened by the pressing plate, and the pressing plate can be pressed on the upper surface of the solid heat storage particles to eliminate the air channel, thereby greatly reducing the heat loss caused by the fluid escaping through the air channel. The storage amount of the solid heat storage particles can be adjusted according to actual needs, and the device has good practicability.

This invention provides a catalyst regeneration energy recovery heat pump system, belonging to the field of heat pump technology. An external air channel connects to a coke-regeneration system via a heat source regenerator. The coke-regeneration system has a flue gas channel connecting to the outside via a high-temperature heat exchanger and a heat source regenerator. An external gas channel connects to a compressor, a high-temperature heat exchanger, a high-temperature expander, a high-temperature steam generator, and a low-temperature steam generator. A heater connects to the low-temperature steam generator via a booster pump. The heater connects to an evaporator via a throttling valve. The evaporator connects to the low-pressure port of an ejector. The low-temperature steam generator connects to the high-pressure port of an ejector. The ejector connects to the heater via a second compressor. An external liquid medium pipeline connects to the high-pressure port of a second ejector via a second booster pump and a high-temperature steam generator. An external heated medium channel connects to the low-pressure port of the second ejector via the heater. The second ejector connects to the outside. The evaporator also has a low-temperature heat medium channel connecting to the outside, forming a catalyst regeneration energy recovery heat pump system.

Disclosed herein is a heat transfer apparatus comprising a heat absorbing panel having first and second main faces containing plural passages for conveying a working fluid in both liquid and gaseous states around an interior portion of the panel, wherein the first main face is opposite the second main face and the first main face is configured to contact a body to be cooled; a condenser in fluid communication with the heat-absorbing panel, wherein the heat absorbing panel and the condenser form a hermetically sealed system configured to allow the working fluid to circulate between the heat-absorbing panel and the condenser without a compressor; and a chimney, comprising a lower opening, an upper opening, and an air channel extending from the lower opening to the upper opening; wherein the apparatus is configured such that the condenser is disposed within the air channel.

This invention belongs to the technical field of gas purification equipment, specifically relating to a molecular sieve adsorption tower for CO2 adsorption. The tower includes a tower body, within which, from the inside out, are arranged a central air channel, a molecular sieve layer, an alumina layer, and an outer air channel. A pressing mechanism is provided at the top of the tower body for pressing the molecular sieve layer and the alumina layer respectively. The pressing mechanism includes a drive plate that can move up and down along the top of the tower body. Below the drive plate is an inner pressing structure for pressing the molecular sieve layer, and outside the inner pressing structure is an outer pressing structure for pressing the alumina layer. As the drive plate descends, the inner and outer pressing structures simultaneously press the molecular sieve layer and the alumina layer respectively. This invention provides a molecular sieve adsorption tower for CO2 adsorption capable of separately pressing the sedimentation of the alumina layer and the molecular sieve layer.

The application discloses a micro-mixing pure hydrogen nozzle for a backflow combustion chamber and relates to the technical field of gas turbines, which comprises a nozzle body, a hydrogen channel arranged axially in the center of the nozzle body, and a first air channel arranged circumferentially around the hydrogen channel, wherein the hydrogen channel is used for feeding hydrogen, and the first air channel is used for feeding air; a first hydrogen jet hole is arranged between the hydrogen channel and the first air channel, the first hydrogen jet hole is used for hydrogen in the hydrogen channel to enter the first air channel, and the first hydrogen jet hole is arranged close to a first air inlet of the first air channel; a second hydrogen jet hole is further arranged on the hydrogen channel, and the opening position of the second hydrogen jet hole corresponds to the first outlet position of the first air channel. The first hydrogen jet hole is used for micro-premixing, the second hydrogen jet hole is used for micro-diffusion, and the combination of the two can reduce nitrogen oxide emission, inhibit backfire, and improve combustion stability and operation safety.

The application discloses a vertical kiln pulverized coal ignition device, and relates to the technical field of vertical kiln, which comprises a primary pulverized coal channel, a central channel, an igniter, an air channel and a secondary pulverized coal channel, the primary pulverized coal channel and the central channel are integrally formed, the primary pulverized coal channel is connected with a coal powder end of external airflow, and the central channel is connected to the inside of the vertical kiln; the igniter is arranged between the primary pulverized coal channel and the central channel; the air channel is in communication with the primary pulverized coal channel, and a high-molecular separation membrane for isolating nitrogen is arranged in the air channel; the high-molecular separation membrane in the air channel separates oxygen and nitrogen, more oxygen enters the primary pulverized coal channel, the oxygen content is improved, the pulverized coal can be quickly ignited and fully combusted, the ignition efficiency is improved, and the pollution to the environment is reduced.

The embodiment of the present disclosure provides a center staged straight mixing head suitable for hydrogen fuel, comprising: a duty second-stage annular wall having a circular channel and oppositely arranged inlet and outlet ends; a duty first-stage annular wall coaxially arranged inside the duty second-stage annular wall and having a circular channel and oppositely arranged inlet and outlet ends, the duty first-stage annular wall being spaced apart from the duty second-stage annular wall to form a duty second-stage air channel; a center blowpipe wall coaxially arranged inside the duty first-stage annular wall, the center blowpipe wall being spaced apart from the duty first-stage annular wall to form a duty first-stage air channel; a main combustion front annular wall coaxially arranged outside the duty second-stage annular wall; a main combustion rear annular wall coaxially arranged with the main combustion front annular wall and having a radius consistent with that of the main combustion front annular wall, the main combustion rear annular wall being arranged downstream of the main combustion front annular wall and spaced apart from the main combustion front annular wall along an axial direction, and the main combustion front annular wall and the main combustion rear annular wall being spaced apart from the duty second-stage annular wall to form a main combustion air channel.

A lamination apparatus (1) is provided for laminating a functional foil (20) onto the surface (31) of an optical element (30). The lamination apparatus (1) includes a holding module (2) comprising: a sleeve-shaped foil holder (3) extending along a central longitudinal axis (L) and having an opening (6) at a longitudinal upper end (3.1) of the foil holder (3), wherein the longitudinal upper end (3.1) is configured to hold the functional foil (20); and an optical element holder (4) for holding the optical element (30), wherein the foil holder (3) surrounds the optical element holder (4). The lamination apparatus (1) includes a thermoforming module (5) including at least one air channel (7) for providing an airflow with controlled temperature and controlled pressure, wherein the at least one air channel (7) is arranged at a longitudinal lower end (5.1) of the thermoforming module (5). The holding module (2) and the thermoforming module (5) are arranged along a central longitudinal axis (L) such that the lower longitudinal end (5.1) of the thermoforming module (5) and the upper longitudinal end (3.1) of the foil holder (3) face each other. The thermoforming module (5) is movable along the central longitudinal axis (L) to adjust the distance between the lower longitudinal end (5.1) of the thermoforming module (5) and the upper longitudinal end (3.1) of the foil holder (3). The foil holder (3) includes at least one vacuum channel (8). The laminating device (1) includes a vacuum pump (9) connected to at least one vacuum channel (8) for applying a vacuum inside the foil holder (3). The optical element holder (4) is movable within the foil holder (3) along the central longitudinal axis (L) at an adjustable speed.

A two-stroke engine includes a cylinder with a cylinder bore. A crankshaft is mounted in a crankcase so as to be rotatable about a rotational axis. An intake channel over at least part of its length is divided into at least one mixture and at least one air channel. When viewed in a direction parallel to the rotational axis of the crankshaft, the mixture and the air channel downstream of a fuel supply unit are, at least over one section, curved. The mixture channel, when viewed parallel to the rotational axis of the crankshaft, downstream of the fuel supply unit to a spacing of 5 mm from the bore runs exclusively straight or performs a right-hand bend. The air channel, when viewed in the same direction, downstream of the fuel supply unit up to a spacing of 5 mm from the bore runs exclusively straight or performs a left-hand bend.

Stator blade (50) provided in a gas turbine (10), comprising: a blade body (51) having a blade shape in cross-section and extending in a blade height direction (Dh) having a directional component perpendicular to the cross-section; a first insert (90) and a second insert (95) having a tubular shape, extending in a tube height direction and arranged within the blade body (51) such that the tube height direction faces the blade height direction (Dh); and an end cover (100), wherein the blade body (51) includes several blade air channels (80) extending in the blade height direction (Dh) within the blade body (51), of which several blade air channels a first blade air channel (81) and a second blade air channel (85) each have a first blade height side (Dh1) and a second blade height side (Dh2),wherein one end is open at the first blade height side (Dh1) of the first blade air channel (81), and one end is open at the second blade height side (Dh2) of the second blade air channel (85), each of the first insert (90) and the second insert (95) comprising: an outer circumferential plate section (91, 96) having a tubular shape and extending in the tube height direction, and a sealing plate section (93, 98) closing one end on a tube height sealing side which is a side of the outer circumferential plate section from two sides in the tube height direction, the outer circumferential plate section (91) of the first insert (90) is closed at the second blade height side (Dh2) by the sealing plate section (93), the outer circumferential plate section (96) of the second insert (95) is closed at the first blade height side (Dh1) by the The sealing plate section (98) is closed, the outer perimeter plate section has several impact holes (92),which penetrate from an inside to an outside of the tubular outer circumferential plate section, the outer circumferential plate section (91) of the first insert (90) has a gap that is present between the outer circumferential plate section (91) of the first insert (90) and a first channel-defining surface of the blade body, which defines the first blade air channel (81), and is arranged within the first blade air channel (81), such that cooling air (Ac) flows from an opening (90o) of the first insert (90) into the outer circumferential plate section (91), the outer circumferential plate section (96) of the second insert (95) is configured such that the tube-height opening side of the second insert (95) faces the second blade height side (Dh2), a gap that is present between the outer circumferential plate section (96) of the second insert (95) and a second channel-defining surface of the blade body (51) is present,which defines the second blade air channel (85), has and is arranged within the second blade air channel (85) such that cooling air (Ac) flows from an opening (95o) of the second insert (95), and the end cover is provided on the second blade height side (Dh2) of the blade body (51) such that the cooling air (Ac) which is expelled from the multiple impact holes (92) of the first insert (90) between the outer circumferential plate section (91) of the first insert (90) and the first channel-defining surface (81p) is directed from the opening (95o) of the second insert (95) through the opening (90o) of the first blade air channel (81) into the second insert (95), and covers the opening of the first blade air channel (81) and the opening (95o) of the second insert (95).

A tire deflator includes a base, a cover, a poppet, and a biasing member. The base defines an air channel and a deflation port in selective fluid communication with the air channel. A body of the poppet configured to translate between an open pose in which the poppet is positioned to allow air to flow from the air channel through the deflation port and a closed pose in which the poppet is positioned to occlude the deflation port. The biasing member positioned within the base and exerts a closing force on the poppet to urge the poppet towards the closed pose. The poppet configured to release air from the air channel until air pressure within the air channel is at a set air pressure when the air pressure within the air channel is above the set air pressure.

The application relates to the technical field of refrigeration equipment, in particular to a heat exchange device, which comprises a heat exchange core body, the heat exchange core body comprises a main core body and a one-way permeation membrane; wherein the main core body is provided with a plurality of dry channels and wet channels arranged adjacently, the dry channels and the wet channels are arranged staggeredly along a first direction; the one-way permeation membrane is arranged in the wet channel, the one-way permeation membrane divides the wet channel into a cold air channel and a liquid film gap, the cold air channel, the liquid film gap and the dry channel are arranged adjacently in sequence, the liquid film gap is used for circulating the cooling liquid, and the gas in the liquid film gap can pass through the one-way permeation membrane and enter the cold air channel. According to the technical scheme, the one-way permeation membrane is arranged in the wet channel of the heat exchange core body to divide the wet channel into the air channel and the liquid film gap, and the heat exchange efficiency of the heat exchange device and the utilization rate of the cooling liquid are comprehensively improved.

A sound isolating ventilation panel is provided. The panel includes: a core assembly having a plurality of horizontal channels; a pair of cartridges having hollow centers and flanking both sides of the core assembly; and a pair of hollow sides flanking the pair of cartridges. Each of the cartridges has a proximally facing side having a plurality of air channel side apertures and a distally facing side comprising a plurality of sound resonator side apertures. A vertically oriented ventilation groove is formed through a front face of a first one of the cartridges and a vertically oriented ventilation groove is formed through a back face of the second one of the cartridges. The ventilation grooves, the hollow centers, the air channel side apertures and the horizontal channels together partially define Z-shaped air channels. The sound resonator side apertures and the hollow sides partially define a plurality of resonators.

An electronic atomization device (100) and a liquid storage component (200), the electronic atomization device (100) comprising: a first housing assembly (101); an atomization assembly (104); a second housing assembly (201) configured to connect with the first housing assembly (101) and establish a liquid passage (T1) and an air passage (T2) between a first liquid storage cavity (103) and a second liquid storage cavity (202); a portion of a surface of a liquid absorbing element communicates with the liquid passage (T1), thereby drawing liquid substrate from the second liquid storage cavity (202) through the liquid passage (T1); a port of the air passage (T2) in the first liquid storage cavity (103) is covered by the liquid absorbing element, the liquid absorbing element is capable of holding a partial amount of the liquid substrate, thereby enabling the held liquid substrate to block air communication between the air passage (T2) and the first liquid storage cavity (103), and when the liquid substrate held in the liquid absorbing element is consumed, re-establishing air communication between the air passage (T2) and the first liquid storage cavity (103).

The present disclosure relates to the technical field of aircraft, and particularly provides a turbine engine pre-cooling system and an aircraft. The turbine engine pre-cooling system comprises a propulsion channel, a pre-cooler, an air turbine, a radiator, a circulating pump and an engine; the pre-cooler is located on the side of the engine close to an air inlet; the pre-cooler has a first heat exchange medium channel and an air channel; the radiator is arranged on the outside of the propulsion channel, and has a second heat exchange medium channel and a fuel channel; the second heat exchange medium channel is in communication with the first heat exchange medium channel; the air turbine is arranged in a hollow channel at the center of the pre-cooler, and the air intake direction of the air turbine is parallel to the extension direction of the air channel; the circulating pump is arranged on the radiator and connected with the air turbine, so as to drive the heat exchange medium to circulate between the first heat exchange medium channel and the second heat exchange medium channel; a valve is arranged at the air outlet of the air turbine, thereby improving the heat exchange efficiency and the working condition adaptability.

The utility model belongs to the technical field of medicine packaging, especially an eye drop bottle, a liquid outlet channel is arranged on the top of the inner bottle cap, a liquid outlet valve piece for controlling the opening and closing of the liquid outlet channel is arranged on the upper end of the mounting base, a liquid outlet cavity is formed between the liquid outlet valve piece and the top of the inner bottle cap, a liquid medicine channel for connecting the inner cavity of the liquid storage bottle and the liquid outlet cavity is arranged on the mounting base, a partition plate is further arranged in the mounting base to divide the mounting base into an upper cavity and a lower cavity, the upper cavity is connected with the inner cavity of the liquid storage bottle through an air channel connected with the outside, a filter screen mounting base is arranged on the partition plate, a first air hole for connecting the upper cavity and the lower cavity is arranged on the filter screen mounting base, a filter screen is arranged on the filter screen mounting base and covers the first air hole, and the filter screen is made of a microporous membrane material with a mesh diameter less than 2 microns; the utility model adopts a microporous membrane filter screen with a mesh less than 2 microns to filter, forms an efficient physical barrier, effectively blocks bacteria, and filters more completely and durably.

A game controller cooling cover assembly is described having a flexible cover that has a non-slip gripping surface that provides protection to the controller and cooling to the user. The flexible cover comprises a flexible outer layer having numerous ventilation apertures. The flexible cover is spaced away from the controller with many offset ribs that create air channels between the controller and the flexible cover. A fan blows air through the air passages that are expelled through the ventilation apertures thereby cooling the user's bands. The cover has a split opening on the top side allowing the cover to be attached or taken off the controller. The split opening is held together with magnets for quick attachment and release. In an alternative embodiment, the battery pack is removable. This structure allows one battery pack to be charging while another is in use and allows for quick replacement of the battery.

This disclosure relates to a wall module (100) for dry separation of particulate matter in exhaust gas in a treatment apparatus (300), particularly in an air passage of the treatment apparatus (300), the treatment apparatus having a transverse (110), a longitudinal (112) and a vertical (114) orientation, the treatment apparatus comprising: a base frame (10) extending transversely (110) and vertically (114) through its through-hole (16) and at least one frame element (20, 30, 40) for accommodating one or more filter elements (21, 31, 41) connected longitudinally (112) to the base frame, wherein, in particular, at least one frame element (20, 30, 40) abuts against the base frame (10). This disclosure also relates to a treatment apparatus (300) having at least one channel (200) for guiding exhaust gas, the channel having at least one such wall module (100); and to a method for modifying the channel (200) of the treatment apparatus (300) from wet separation of particulate matter in exhaust gas to dry separation via at least one such wall module (100).

The application relates to the technical field of refrigeration equipment, in particular to a heat exchange device, which comprises a heat exchange core body, the heat exchange core body comprises a plurality of hollow plates arranged in sequence and at intervals along a first direction, the hollow plate has oppositely arranged first and second sides, a liquid film channel is formed between the first and second sides, the liquid film channel has a liquid inlet for injecting cooling liquid into the liquid film channel; in any two adjacent hollow plates, the first sides of the two hollow plates are opposite to each other so that a cold air channel is formed between the two first sides, or the second sides of the two hollow plates are opposite to each other so that a hot air channel is formed between the two second sides, and the gas in the liquid film channel can penetrate through the first side into the cold air channel.

A handheld work apparatus includes a cooling air channel formed in the housing for guiding a cooling air flow, and at least one cooling air grid, the at least one cooling air grid being arranged at the channel inlet and / or the channel outlet. The housing includes a bearing structure. The bearing structure is a separate component in relation to the at least one cooling air grid. A support arrangement arranged between the cooling air grid and the bearing structure is provided in the cooling air channel. The cooling air grid and the support arrangement are configured and arranged with respect to each other in such a way that a force acting on the cooling air grid can be transmitted from the cooling air grid via the support arrangement to the bearing structure.

The present disclosure relates to a dust extractor (1) comprising a dust cyclone container (3) comprising a dust inlet (2) leading into the dust cyclone container (3), the dust extractor (1 ) further comprising a fine filter section (12) adapted to receive at least one fine filter part (15) downstream the dust cyclone container (3). A contaminated side of the fine filter part (15) is adapted to be fluidly connected to the dust cyclone container (3) via an air channel (47) that at least partly is comprised in a lid arrangement (13,14) and runs between a cyclone channel connecting rim (23) and a first fine filter section channel connecting rim (40), when the lid arrangement (13, 14) is positioned over the dust cyclone container (3) and the fine filter section (12). A first lid part (13) is releasably attachable to the dust cyclone container (3) and a second lid part (14) is releasably attachable to the fine filter section (12).

The utility model discloses a plate preheater that heat exchange effect is good belongs to heat exchange technical field, including preheater main part, the inside of preheater main part is provided with the corrugated plate, and the inside of preheater main part forms flue gas channel and air channel through the corrugated plate, and the both ends of preheater main part are provided with flue gas pipeline connecting structure. Through the flue gas pipeline connecting structure that sets up, can utilize drive assembly to adjust the position of movable pipe, change the position of connecting plate relative to preheater main part, adjust the length of whole preheater, ensure that preheater can be adapted to flue gas pipeline and carry out close connection, guarantee quick connection and the sealing property after connection, set up two adjusting rods and two threaded rods in drive assembly, cooperate first transmission wheel, second transmission wheel and toothed transmission belt use, can carry out multi -point adjustment and improve stability, can also carry out synchronous drive adjustment, ensure the normal progress of adjustment.

This utility model discloses a temperature control sensor module that can be adsorbed onto a wall and disassembled without damage. It includes a housing with an opening on the front and a first and second mounting slots on the rear. An adsorption mechanism is installed in the first mounting slot, and a temperature control sensor is installed in the second mounting slot. The adsorption mechanism includes a suction cup and a threaded post. The threaded post is threadedly connected to the housing, and its lower end is fixedly connected to the suction cup. The suction cup has a third mounting slot. A sliding rod is slidably connected to the suction cup and the threaded post. A piston is fixedly connected to the lower end of the sliding rod. The piston has a first air channel, and the sliding rod has a second air channel. The first and second air channels are interconnected. This structure facilitates the fixing and disassembly of the temperature control sensor without damaging the suction cup.

A premixer includes a base and an adjustment assembly. The base is provided with an air channel, a gas channel and a gas-air mixed channel. The gas-air mixed channel communicates with the air channel and the gas channel. The regulate assembly includes an adjustment shaft, an air regulator provided at the adjustment shaft and a gas regulator provided at the adjustment shaft. The adjustment shaft is rotatably provided at the base. The air regulator is provided at the air channel, and configured to adjust air flow area of the air channel as the adjustment shaft rotates to adjust amount of air flowing into the gas-air mixed channel. The gas regulator is provided at the gas channel, and configured to adjust gas flow area of the gas channel as the adjustment shaft rotates.

The present application relates to the field of hypersonic ground test, disclose a kind of pure air regenerative heater for hypersonic wind tunnel, inner shell is equipped with heat accumulator, several heating channels and air channels are equipped on heat accumulator, several heating rods are correspondingly assembled in several heating channels, and the free space of stop sheet is all capped on several heating channels, so that temperature distribution of heat accumulator is uniform in heating process, while reducing the internal thermal stress of heat accumulator, the temperature uniformity of heated gas is increased, one end of several air channels is communicated with the air inlet of inlet end cover, the other end is communicated with the air outlet of outlet end cover, several heating channels and air channels are independent channels, high-temperature metal is closed using heat accumulator, the contact between airflow and high-temperature metal is reduced in heating process, prolongs the service life of heater. By extending into the shell and contacting with the wire through terminal post, inductive heating mode is adopted, and the working efficiency of the heater is improved.

A cartridge for an aerosol provision system can include the cartridge and a control unit, and the system can include a vaporizer for vaporizing An aerosolizable material. The cartridge can include an air channel extending from an air inlet for the cartridge to an outlet via an aerosol generation region, and a reservoir for containing aerosolizable material for aerosolizing. The cartridge can further include an aerosolizable material level observation means for allowing a user to observe a level of aerosolizable material inside the reservoir. The aerosolizable-material-level observation means can include at least one contoured surface located on a surface of the cartridge to improve the visibility of the aerosolizable material level inside the reservoir due to the interaction of light with the contoured surface.

The application discloses a heat radiator, comprising a heat radiating substrate and a heat radiating fin group arranged on the surface of the heat radiating substrate, wherein the inner surface of the heat radiating substrate is used for mounting a heating component, the heat radiating fin group is arranged on the outer surface of the heat radiating substrate, the heat radiating fin group comprises two groups of opposite and staggered inclined heat radiating fin groups, vertical air channels are arranged in the middle of the two groups of inclined heat radiating fin groups, each group of inclined heat radiating fin groups comprises a plurality of inclined heat radiating fins, open V-shaped spaces are formed between the heat radiating fins of the two groups of inclined heat radiating fin groups, and the heat radiating fins are filled with refrigerant working medium. The heat radiator has good heat exchange effect, can meet the heat exchange requirement of new high-power wireless communication equipment, and has the advantages of simple structure, convenient operation and wide application. The application further provides a communication equipment comprising the heat radiator, and the heat radiator has good heat dissipation effect on the heating component of the communication equipment, and can effectively prolong the service life and operation effect of the device.

An aerosol generation product (100) and an aerosol generation system are provided. The aerosol generation product (100) includes a medium section (10), functional sections (20), cooling sections (30) and a mouthpiece rod section (40) which are arranged in a first direction; the draw resistance of the functional sections (20) is different from that of the medium section (10); the quantity of at least one of the functional sections (20) and the cooling sections (30) is two, and the functional sections (20) and the cooling sections (30) are all located between the medium section (10) and the mouthpiece rod section (40); and the medium section (10) is of an integrated structure, at least one first air channel hole (10a) is formed in the medium section (10), and the first air channel hole (10a) penetrates through at least one end of the medium section (10) in the first direction.

The application discloses an assembly type floor radiant heating system and a construction method thereof, and relates to the technical field of building heating and ventilation. The heating system comprises a radiant heating layer arranged between a floor and a floor slab. The radiant heating layer comprises a plurality of floor modules arranged above the floor slab. The floor modules are arranged in a head-to-tail mode to form a pipeline for assembling a heating pipe. The floor module comprises a standard module one arranged on a straight section of the pipeline and a standard module two arranged at a turning section of the pipeline. A pre-buried groove is formed in the central upper part of the standard module one and the standard module two along an axis of the standard module one and the standard module two. The pre-buried grooves are arranged in a head-to-tail mode to form a continuous pipeline groove for accommodating the heating pipe. A gap formed after the arrangement of the floor modules forms a first air channel. The first air channel is connected to the indoor space through a skirting board arranged on the inner side of a building wall. The assembly type floor radiant heating system and the construction method thereof realize environmental protection, energy saving, low cost, high efficient heat exchange and indoor comfort.