42 results about "Vacuum insulated panel" patented technology

The utility model discloses an upper adsorber equipment, including conveying device and blanking device, conveying device includes conveyer belt and conveying frame, and conveyer belt rotatable is established on conveying frame, blanking device includes frame body, base, storage tube and horizontal push mechanism, and frame body is erected on conveying frame, and base sets up on frame body and is located conveying belt top, and storage tube sets up on base, and forms storage cavity in storage tube, and the lower extreme of storage tube is the discharge gate, and forms the push material space between discharge gate and base, and horizontal push mechanism sets up on base, and horizontal push mechanism includes the horizontal push piece of push material space transverse movement. The utility model discloses through setting up conveying device and blanking device, realizes the automatic adsorber on core material, is applicable to the automatic batch production of vacuum heat insulation board.

The application relates to the technical field of building materials, and particularly discloses a light self-insulation UHPC roof panel and a forming process thereof. The light self-insulation UHPC roof panel comprises a UHPC structural base plate, an insulation system, a double-seal splicing system and a mechanical connection system; the insulation system is arranged in the UHPC structural base plate, and the insulation system comprises an insulation cavity framework and a vacuum insulation panel (VIP); the vacuum insulation panel is filled and arranged in a cavity formed by the insulation cavity framework; the thickness of the vacuum insulation panel is 35-45 mm, and the heat conductivity coefficient is less than or equal to 0.008 W / (m*K). The application also provides a forming process of the light self-insulation UHPC roof panel. The light self-insulation UHPC roof panel provided by the application can realize the comprehensive effects of light weight, high strength, ultra-low heat conduction insulation and long-acting waterproofing, and is convenient to assemble, efficient to construct, has obvious construction period advantages and has wide engineering application prospects.

Thermally insulating enclosure for tank and tank device comprising such an enclosure The invention relates to an insulating enclosure (1) for tank (2) at least two complementary side wall parts (3), assembled together by butting their opposite lateral edges (31, 32) to form together a hollow cylindrical body, the various parts (3) mentioned above together constituting an insulating shell, with the lateral assembly edges (31, 32) of the side wall parts (3) extending along the longitudinal direction (DL) of the cylindrical body.Enclosure (1) characterized in that each side wall portion (3) has a composite structure with a main body made of a material and having at least one cavity or recessed area on its inner face (35), and in that at least one vacuum insulation panel, extending over a portion of the surface of the relevant side wall portion (3), is disposed in said at least one cavity, said insulation enclosure (1) also comprising at least one layer (7) of compressible material located at least between the main bodies (34) of the side wall portions (3) and the tank (2). [Figure to be published with the abbreviation: Fig. 2.

The utility model discloses a kind of composite outer formworks with high anti-bending load performance, it is related to building thermal insulation material technical field, including vacuum insulation board and the cladding thermal insulation slurry coated in the outside of vacuum insulation board, glass fiber mesh is equipped in the cladding thermal insulation slurry of vacuum insulation board side, steel wire mesh is equipped in the cladding thermal insulation slurry of vacuum insulation board other side, the glass fiber mesh and steel wire mesh are all with vacuum insulation board surface parallel arrangement is set, the utility model is set by glass fiber mesh and steel wire mesh in the cladding thermal insulation slurry of vacuum insulation board front and back two sides respectively, can effectively improve the impact resistance and the bending performance of this composite outer formwork, reduce the breakage rate of composite outer formwork in transportation and construction process, improve the service life of this composite outer formwork simultaneously.

A vacuum insulating panel may include: a first glass substrate; a second glass substrate; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at a pressure less than atmospheric pressure; 5 and a seal (e.g., edge seal and / or pump-out tube seal) having at least a first seal layer. In order to form a layer of the seal, a glass may be provided such as in a paste which may also include filler, binder and / or solvent, or in a pressed preform which may also include filler. The glass (e.g., the glass, such as glass powder, present in a paste before firing) for 10 use in forming the seal layer may include tellurium oxide and may be designed to have little or no aluminum oxide and / or little or no zinc oxide.

The present application belongs to the technical field of vacuum insulation panels, and particularly relates to an air suction device, a preparation method of the air suction device, a vacuum insulation panel comprising the air suction device, and a heat insulation device. The air suction device comprises a pipe body, a sealing part and an air suction material. At least two slits are arranged on the pipe body along the axial direction of the pipe body. The sealing part is arranged at the slits at both ends of the pipe body to define a sealed space in the pipe body. The air suction material is arranged in the sealed space. The sealing part comprises a sealing material. The particle size of the sealing material is larger than the width of the slits. The sealing material is solidified to form the sealing part after flowing and filling the slits in a heated state. The above structure can realize one-time forming and sealing of the air suction device, and further realize efficient and continuous production of the air suction device, thereby improving the production efficiency of the air suction device.

The application discloses a metal vacuum heat insulation plate packaging method, which comprises the following steps: step one, placing a plate body arranged under the atmosphere into a vacuum chamber; wherein the plate body comprises an upper barrier piece, a lower barrier piece, a core material, an adsorbent and heat sealing glue; step two, performing vacuumizing on the plate body in the vacuum chamber; step three, performing pressure heating on the upper barrier piece and / or the lower barrier piece in the vacuum chamber, so that the heat sealing glue between the upper barrier piece and the lower barrier piece is melted, and the upper barrier piece and the lower barrier piece are glued together; step four, breaking the vacuum, and taking out the vacuum heat insulation plate prepared in the vacuum chamber; and step five, welding and packaging the edge of the vacuum heat insulation plate under the atmospheric pressure. The application further discloses a metal vacuum heat insulation plate. The application performs air extraction in the vacuum chamber, has high air extraction efficiency, then performs pre-sealing, and finally performs welding and packaging under the atmospheric pressure, so that an air extraction hole is not needed to be arranged, the sealing effect is good, the efficiency is higher, and air leakage is not easy.

A vacuum insulating panel may include: a first glass substrate; a second glass substrate; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at a pressure less than atmospheric pressure; and a seal having at least a first seal layer provided between at least the first and second substrates. The first seal layer and / or a tube seal of the panel may be designed to have an increased density. In order to form a layer of the seal for the edge seal and / or tube seal, a glass composition may be provided such as in a paste which may also include filler, binder and / or solvent. The glass composition (e.g., the glass, such as glass powder, present in a paste before firing) for use in forming the seal layer may include tellurium oxide, bismuth oxide, and optionally vanadium oxide, and may be designed to increase the density of the seal layer.

This utility model discloses a non-circular window structure for ultra-low energy consumption buildings, relating to the technical field of non-circular window structure construction. The utility model includes a wall; a hot-dip galvanized channel steel is fixedly connected to the inner wall of the wall; a hot-dip galvanized angle steel is fixedly connected to the outer wall of the hot-dip galvanized channel steel and the wall; a hot-dip galvanized square steel is fixedly connected to the hot-dip galvanized angle steel and the hot-dip galvanized channel steel; an aluminum alloy frame is fixedly connected to the outer wall of the hot-dip galvanized square steel; a non-circular window is installed on the inner wall of the aluminum alloy frame; an exterior wall cladding panel is fixedly connected to one outer side of the aluminum alloy frame; and a vacuum insulation panel is fixedly connected to an adjacent wall. This utility model, through the use of this device, adds multiple cavities at the junction of the window and the wall, and fills the corresponding cavities with heat insulation material, avoiding the formation of complex thermal bridges at the junction of the window and the wall, which leads to increased heat conduction and energy consumption, effectively improving the energy efficiency and economy of this device.

This utility model relates to the field of automatic vending equipment technology, and discloses a tea vending machine with heat preservation and humidity control. It includes a cabinet, with an adjustment mechanism installed on the top of the cabinet for adjusting the airflow angle. Vacuum insulation panels are fixedly connected to the left, right, and rear sides of the inner wall of the cabinet, and mounting mechanisms are installed on the inner sides of each vacuum insulation panel for convenient installation and disassembly of components. The adjustment mechanism includes a partition. This tea vending machine has an automatic heat preservation and humidity control function. It activates cooling when the temperature exceeds 10 degrees Celsius and humidifies when the humidity is below 80%, ensuring the tea is in a suitable environment and guaranteeing that the tea's quality remains unchanged.

The utility model discloses a heating plate, including the plate body and heater, the recess is set up on the outside of plate body, the recess includes a plurality of first direction recess and a plurality of second direction recess, two first direction recesss of adjacent each other parallel, two second direction recesss of adjacent each other parallel, the second direction recess and the first direction recess are set up together and cross each other, the outside of plate body still is provided with the anti -sticky coating, the heater includes a plurality of heating wires, and a plurality of heating wires set up on the inside of plate body. The utility model discloses through setting up a plurality of recesses on the outside of plate body, when the heat seal of heating plate to barrier membrane and bottom shell, the heat seal layer of barrier membrane melts, under the effect of a plurality of recesses, the surface of barrier membrane produces deformation to the recess, thereby make the vacuum heat insulating board heat seal edge place form the pattern, effectively increase the heat seal strength of barrier membrane and bottom shell heat seal together, thereby improve the service life of vacuum heat insulating board.

The application discloses an intelligent temperature control take-out delivery box system based on photovoltaic power generation and PCM, and relates to the technical field of take-out delivery equipment. The system comprises a solar panel, a box cover, a take-out box body, a temperature zone isolation baffle, a temperature control assembly, a graphene heating sheet and a control panel. The box cover is hinged to the body, and a thermocouple is arranged at the hinge; the inside of the body is divided into at least two independent temperature zones by the slidingly matched temperature zone isolation baffle; the side wall of the body is a multilayer composite structure, which comprises a PP protective layer, a PU foam board, a phase change microcapsule packaging board and a food-grade 1060 pure aluminum plate in sequence, the graphene heating sheet is embedded in the aluminum plate on the heating zone side, and a telescopic pull cover is arranged on the top of the cold zone; the temperature control assembly comprises a Peltier semiconductor temperature control sheet, a cooling fan and a metal cooling fin, and is installed at the center of the temperature zone isolation baffle. The solar panel charges the energy storage lithium battery, and in combination with the latent heat absorption and release characteristics of the phase change material, active and passive collaborative temperature control is realized. The application has the beneficial effects that the active power supply of solar energy, active temperature control of semiconductor and passive heat preservation technology of PCM phase change material and vacuum insulation board are organically combined, the problems of low temperature control precision, weak endurance and poor compatibility of multiple temperature zones of the existing delivery box are solved, green and low-carbon energy utilization and independent and accurate temperature control of multiple temperature zones are realized, and the food delivery quality and logistics efficiency are significantly improved.

This utility model relates to the field of PET container production technology and discloses a preform oven with a heat insulation structure, including a base plate. An oven shell is fixedly connected to the top of the base plate, and a preheating box is fixedly connected to the top of the oven shell. The oven shell includes a basalt fiberboard base layer, an outer functional layer, and an inner functional layer. The outer functional layer includes a vacuum insulation board layer, a stainless steel plate layer, and a nano-ceramic coating. The inner functional layer includes a microporous calcium silicate board layer, an aerogel felt layer, and a high-purity aluminum foil layer. By combining the basalt fiberboard base layer, the outer functional layer, the stainless steel plate layer, and the nano-ceramic coating, and the inner functional layer, the overall system maintains high temperature uniformity while achieving energy consumption optimization and long-term stable operation.

A vacuum insulating panel includes first and second substrates (e.g., glass substrates), a hermetic edge seal, a pump-out port, and spacers sandwiched between at least the two substrates. The gap between the substrates may be at a pressure less than atmospheric pressure to provide insulating properties. The panel may include a getter. The getter may be a thin film getter and / or may be elongated in shape.

The utility model discloses an energy -conserving heat -preserving noise reduction glass door, including the door body, install glass door frame on the door body, install glass body in glass door frame, glass door frame is equipped with aluminium foil, polyurethane foam board, carbon fiber grid and vacuum heat insulation board by internal equidistance, one end of vacuum heat insulation board is connected in one side in glass door frame, aluminium foil is connected in the other side in glass door frame. The utility model discloses a variety of efficient heat -preserving material is with the combination of polyurethane foam board, vacuum heat insulation board and nanometer silicon air gel felt, can effectively prevent the transfer of heat, reduce the exchange of indoor and outdoor heat, thereby reduce the energy consumption of building, reach the purpose of energy -conserving, the multilayer structure design in glass door frame simultaneously, and the use of nanometer silicon air gel felt and carbon fiber grid material can effectively absorb and block the noise of outside, provide a quiet environment for the room, improve people's life and work quality.

A vacuum insulating panel comprising: a first glass substrate; a second glass substrate; a plurality of spacers provided in a gap between at least the first and second glass substrates, wherein the gap is at pressure less than atmospheric pressure; a seal provided at least partially between at least the first and second substrates; and wherein at least one of the glass substrates is tempered, has compressive stress at a center of the glass substrate as viewed from above in a surface compression region of at least about 10,000 psi, and has one, two, or all three of: (i) a compressive stress proximate an edge of the glass substrate as viewed from above in the surface compression region of at least about 10,000 psi, (ii) tension stress at the center of the glass as viewed from above in the central tension region of at least about 5,800 psi, and / or (iii) compressive stress proximate a corner of the glass substrate as viewed from above in the surface compression region of at least about 10,000 psi.

A thermally insulated panel includes a first skin, a second skin spaced apart from the first skin, and a core that is disposed between and bonded to the first skin and the second skin such that the core transfers loads between the first skin and the second skin. The core includes a porous filler material that has a vacuum drawn therein such that the core resists transfer of thermal energy through the panel. A cargo container including thermally insulated panels and a method of manufacturing the thermally insulated panels are also disclosed. In addition, a method of repairing a vacuum insulated panel is disclosed.

The present application relates to the technical field of thermal insulation, and in particular to a film material for a vacuum insulation panel, and a vacuum insulation panel. The film material for a vacuum insulation panel comprises a modified heat sealing layer, a modified barrier layer, and a modified protective layer that are stacked. The modified heat sealing layer comprises a heat sealing substrate and an elastomer; the modified barrier layer comprises a barrier substrate and an elastomer; and the modified protective layer comprises a protective substrate and an elastomer. The film material for a vacuum insulation panel provided by the present application has high toughness while retaining high barrier properties, thereby solving the problem of poor bending resistance of film materials for a vacuum insulation panel.

The utility model discloses a kind of heat preservation sound insulation wall structure based on microporous damping elastomer, it is related to wall body technical field, a kind of heat preservation sound insulation wall structure based on microporous damping elastomer, including concrete matrix, the one side of the concrete matrix is provided with microporous damping elastomer plate, for play heat preservation and sound insulation;The utility model is combined by the connecting column, vertical keel, interior trim, cross keel, honeycomb cavity plate, sound-absorbing cotton, vacuum insulation board, waterproof air-permeable membrane, microporous damping elastomer plate and bonding mortar of design, by the heat preservation structure of microporous damping elastomer plate and vacuum insulation board, the heat transfer coefficient of concrete matrix drops, microporous damping elastomer plate absorbs low-frequency noise using Helmholtz resonance principle, cooperate with the dissipation of medium-high frequency noise by honeycomb cavity plate and sound-absorbing cotton, so that wall air sound insulation amount is improved, significantly blocks traffic noise and indoor vibration.

This utility model relates to the field of cold chain logistics equipment technology, and in particular to a yak meat cold storage box that is easy to handle. It includes a box body, positioning protrusions, a sealing cover, an inner liner, a vacuum insulation panel, and a foam layer. Positioning protrusions are fixedly connected to the bottom of the box body, and a sealing cover is detachably connected to the top of the box body. The top of the sealing cover has a groove that matches the positioning protrusions. The inner liner is located inside the box body. From the outside to the inside, the box body consists of a vacuum insulation panel, a foam layer, and an inner liner. The vacuum insulation panel is attached to the inner wall of the box body, and the foam layer fills the gap between the vacuum insulation panel and the inner liner. This utility model, by incorporating a composite insulation structure consisting of a vacuum insulation panel and a foam layer in the box body and sealing cover, significantly reduces the thermal conductivity of the box body, reduces cold loss, and extends the cold storage time to over 48 hours. It is particularly suitable for the cold chain handling of yak meat in harsh environments such as high altitudes and long distances.

This application discloses a device for testing the thermal conductivity of a vacuum insulation panel. The device has a base plate and several side plates, which together with the base plate form a space with an open top. The top opening is used to place the vacuum insulation panel to be tested, and the tops of the side plates support the edges of the panel. During the thermal conductivity test, the vacuum insulation panel is placed at the top opening of the space, with the side plates supporting its edges. The test result is the overall thermal conductivity of the vacuum insulation panel, effectively evaluating its overall insulation performance. Furthermore, at least one side plate can move horizontally relative to the base plate, making the size of the space formed by the side plates and the base plate adjustable. This allows for testing the overall thermal conductivity of vacuum insulation panels of various sizes, and the device has a simple structure.

A refrigerated trailer having thermal insulation, including: a plurality of side walls, wherein each side wall includes: a first plurality of vacuum insulated panels (VIPs), each VIP of the first plurality of VIPs made of thermal resistant and porous material; and a roof including: a second plurality of VIPs, each VIP of the second plurality of VIPs made of thermal resistant and porous material; a second plurality of structural posts, each structural post of the second plurality of structural posts made of composite material, the second plurality of structural posts arranged in a horizontal bow configuration to hold the second plurality of VIPs in place to form a roof.

This invention discloses a needle-punching device and process for vacuum insulation panel core material, relating to the field of vacuum insulation panel core material processing technology. It includes: two side supports connected by a bottom beam and a top beam, forming the overall frame of the needle-punching device; and a needle-punching mechanism installed on the lower side of the top beam, comprising a needle plate and needles evenly distributed on the needle plate for needle-punching the vacuum insulation panel core material. Through the arrangement of the needle-punching mechanism, chip removal mechanism, and chip removal drive mechanism, this invention enables the chip removal mechanism to remain non-contact with the needles when the needle-punching mechanism moves downwards, and to maintain contact with the needles when the needle-punching mechanism moves upwards. This removes glass fiber dust and debris adhering to the needle surface, protects the guide plate, ensures the stability of the needles' vertical movement, and thus guarantees the needle-punching quality of the core material.

A vacuum insulating panel may include: a first glass substrate; a second glass substrate; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at a pressure less than atmospheric pressure; and a seal having at least a first seal layer provided between at least the first and second substrates. Amorphous or substantially amorphous silica (e.g., fused silica) may be used in the seal layer, and in the composite material for forming same. In order to form a layer of the seal for the edge seal and / or tube seal, a glass composition may be provided such as in a paste which may also include filler (which may include the amorphous silica), binder and / or solvent. The glass composition (e.g., the glass, such as glass powder, present in a paste before firing) for use in forming the seal layer may include one or more of tellurium oxide, bismuth oxide, and / or vanadium oxide, and may be designed to increase the density of the seal layer.

The utility model provides a vacuum heat -preserving wallboard belongs to building material technical field, including vacuum heat -insulating layer, the vacuum heat -insulating layer is formed by the interval arrangement of several vacuum heat -insulating boards, and the outside of each vacuum heat -insulating board is equipped with resin closed protective layer, the side of resin closed protective layer away from vacuum heat -insulating board is equipped with first adhesive mortar layer, the side of first adhesive mortar layer away from resin closed protective layer is equipped with steel wire mesh, the side of steel wire mesh away from first adhesive mortar layer is equipped with second adhesive mortar layer, the side of second adhesive mortar layer away from steel wire mesh is equipped with mesh cloth, and the interval joint between two vacuum heat -insulating boards is equipped with prefabricated pipeline, and the prefabricated pipeline runs through vacuum heat -insulating wallboard. This vacuum heat -insulating wallboard can reduce the air leakage phenomenon caused by vacuum heat -insulating board in the construction process, guarantees the heat preservation effect of vacuum heat -insulating board.

The utility model discloses a kind of low thermal-bridge outer wall thermal insulation systems of vacuum insulation board modularization, it is related to wall body external thermal insulation technical field, solve the problem that the existing vacuum insulation board is easily caused thermal bridge effect due to the gap between thermal insulation wall body board, and then lead to the problem of reduced thermal insulation performance.The present application comprises plain concrete wallboard, adhesive layer, vacuum insulation board, orthogonal keel unit assembly, corner connecting assembly and plastering layer, plain concrete wallboard is connected with vacuum insulation board, orthogonal keel unit assembly through adhesive layer;Vacuum insulation board is located in the frame formed by the interarray connection of orthogonal keel unit assembly;Corner connecting assembly is connected in the corner of orthogonal keel unit assembly;Plastering layer is located in vacuum insulation board and the outside of orthogonal keel unit assembly.The orthogonal keel unit assembly and corner connecting assembly of the utility model realize three-dimensional stress system by collaborative assembly, effectively improve the stress distribution characteristics of traditional installation frame, further improve structural safety redundancy.

The utility model relates to energy storage battery technical field especially relates to a vacuum heat insulation board and battery assembly, vacuum heat insulation board includes heat insulation layer and core material, and heat insulation layer cladding core material, heat insulation layer includes by outside to inside setting gradually external reinforcing layer, extension layer and barrier layer, heat insulation layer passes through multilayer structure design, and each layer all has excellent high temperature resistance, and extension layer and external reinforcing layer provided good mechanical strength characteristics, and not easy to tear, and each layer jointly constitutes heat insulation layer, compared with the existing heat preservation layer for energy storage battery, can provide good structural stability and reliability while having good heat insulation performance, can effectively reduce the probability that energy storage battery produces thermal runaway because of various reasons.

A vacuum insulating panel comprising: a first glass substrate; a second glass substrate; a plurality of spacers provided in a gap between at least the first and second glass substrates, wherein the gap is at pressure less than atmospheric pressure; a seal provided at least partially between at least the first and second substrates; and wherein at least one of the glass substrates is tempered, has compressive stress at a center of the glass substrate as viewed from above in a surface compression region of at least about 10,000 psi, and has one, two, or all three of: (i) a compressive stress proximate an edge of the glass substrate as viewed from above in the surface compression region of at least about 10,000 psi, (ii) tension stress at the center of the glass as viewed from above in the central tension region of at least about 5,800 psi, and / or (iii) compressive stress proximate a corner of the glass substrate as viewed from above in the surface compression region of at least about 10,000 psi.

The utility model discloses a core material stacking equipment, including conveying device and manipulator, the conveying device includes first conveying mechanism, material delivery conveying mechanism and second conveying mechanism, and the material delivery conveying mechanism is located between first conveying mechanism and second conveying mechanism, the manipulator includes base, mechanical arm and clamping mechanism, and the base is located conveying device side part, and the mechanical arm rotatable is established on the base, and the clamping mechanism rotatable is established on the mechanical arm, to reciprocate between first conveying mechanism and second conveying mechanism, the clamping mechanism includes material pressing subassembly and material taking subassembly, and the material pressing subassembly is located the outside of material taking subassembly, the first conveying mechanism, the manipulator, the material delivery conveying mechanism and second conveying mechanism are set up, and the core material on first conveying mechanism is neatly stacked to second conveying mechanism to automation, and the automatic batch production of vacuum heat insulation board is convenient.