171results about "Containers with thermal insulation" patented technology

The application discloses a barrel telescopic mechanism, a container and a temperature control type heat preservation container. The barrel telescopic mechanism comprises a barrel, a fastening sleeve ring, a circumferential limiting piece and a lower barrel. The fastening sleeve ring is sleeved on the upper barrel and the lower barrel. The fastening sleeve ring is connected with the upper barrel through a convex platform and a groove which are mutually embedded. One of the convex platform and the groove is arranged on the upper barrel, and the other is arranged on the fastening sleeve ring. The fastening sleeve ring is connected with the lower barrel through a thread. The circumferential limiting piece is connected between the upper barrel and the lower barrel, and is used for limiting the relative circumferential movement of the upper barrel and the lower barrel. The container and the temperature control type heat preservation container comprise the barrel telescopic mechanism. Through the innovative cooling-heat preservation switching design, the application realizes accurate temperature control and efficient heat preservation, and has the advantages of simple structure and easy manufacturing.

A container for retrievably storing substances and retaining temperatures of the substances comprises a container body comprising a neck portion and a body portion, and a container cover comprising cover openings. The body portion comprises interior walls and an exterior wall disposed around the interior walls. The interior walls form chambers within the body portion. The neck portion comprises openings in a base wall of the neck portion. The openings lead into the chambers. Each of the interior walls is thermally isolated from the interior walls and the exterior wall. The interior walls and the exterior wall thermally isolate a substance for retaining a temperature of the substance stored in each of the chambers. The cover openings couple with the openings based on coupling the container cover with the neck portion. The container cover allows an independent retrieval of the substances from the chambers through the cover openings.

. Protective cushioning film as, in particular, thermally insulating, packaging protection with at least one layer of a bubble film (3) with bubbles (3.1), characterized by at least one layer of a reinforcing film (2) which has a reinforcing network (2.1) to increase the strength, wherein the bubble film (3) and the reinforcing film (2) are based on the same type of polymer, in particular polyethylene.

An automatic flip-top device for a rolled sample bar insulation box is used to automatically flip the insulation box of the rolled sample bar at the sampling station of the bar rolling production line. The device includes a fixed hinge motor (1), a dual output shaft reducer (2), a first connecting rod (3), a power mounting base (4), a movable hinge motor (5), a reducer (6), a clutch (7), a joint shaft (8), a second connecting rod (9), an electromagnet mounting base (10), and an electromagnet (11). The beneficial technical effects of the automatic flip-top device for a rolled sample bar insulation box of the present invention include: (1) By energizing and de-energizing the clutch, the joint can be switched between an active joint and a passive compliant joint, so that the flip-top device has better adaptability to the size and placement error of different insulation boxes, and the flip-top action is more stable and smooth; (2) The entire flip-top device can be folded and stored to reduce space occupation when waiting for work or when idle.

The utility model belongs to virus storage equipment technical field, and disclose a kind of virus detection specimen storage device, including storage box, the outside hinged cover of storage box is equipped with, and the inside assembly of storage box is equipped with quick -mount structure, the outside assembly of cover is used for the abutment structure for limiting specimen movement, the quick -mount structure includes the fixed plate installed from top to bottom in the inner wall of storage box, by the design of quick -mount structure, push freezer to make it slide inside baffle, extrude first spring simultaneously, during this period, the slider outside first connecting rod slides along the trajectory of heart-shaped sliding slot, and slides into one place limit slot and is locked, at this time, freezer slides to the outside of storage box, the dry ice or ice bag in freezer can be replaced, after replacement is completed, freezer is pushed again, at this time, slider is separated from first limit slot, and along heart-shaped sliding slot is moved to second limit slot and is locked, freezer is reset, and the quick replacement of dry ice or ice bag etc. in freezer is further achieved.

This utility model relates to the field of bubble wrap technology and discloses bubble wrap and cold chain insulated bags. The bubble wrap includes: an inner bubble structure, which is the side that directly contacts the item, and its surface is distributed with first bubbles with a diameter of 5-8 mm; an outer bubble structure, which is the side away from the item, and its surface is distributed with second bubbles with a diameter of 10-15 mm; a connecting layer, which is fixedly disposed between the outer surface of the inner bubble structure and the inner surface of the outer bubble structure; the outer surface of the outer bubble structure is vacuum-plated with an aluminum layer, which completely covers the outer surface of the outer bubble structure; the connecting layer includes ribs, which are fixedly connected to the outer surface of the inner bubble structure and the inner surface of the outer bubble structure respectively, forming a closed interlayer space. This bubble wrap and cold chain insulated bag have the advantages of bubble wrap, which combines cushioning and heat preservation performance.

A vessel for transporting a living organ includes a container having an open top end and a closed bottom end, and a lid configured to selectively cover the open top end of the container and seal an inner chamber. The container includes a rigid outer housing, a rigid inner housing positioned within the rigid outer housing, and an insulating layer. The rigid inner housing defines the inner chamber, which is configured to hold a living organ. The rigid inner housing and the rigid outer housing define a closed cavity therebetween, in which the insulating layer is positioned.

The utility model relates to the technical field of heat preservation container, and disclose a novel heat preservation bag, including the cover body and set up in the heat preservation coaming of the cover body inboard, still include the inner container fixed structure, the inner container fixed structure includes the bottom plate, and the inner container fixed on the bottom plate, the inner container includes the bottom surface fixed on the bottom plate and is used for covering the side of heat preservation coaming, the utility model discloses its heat preservation bag through the inner container bottom surface and wraps the bottom plate and forms integrated structure, solved the inner container loose, the problem of slack caused by being easily pulled up during sewing, its inner container body peripheral wall material can rely on fixed bottom structure and be tight, can ensure that the inner container body and inside close fit ensure that the inner container and heat preservation coaming close fit, improve heat preservation tightness, its setting exhibition seam wing can enlarge sewing mouth, and through the positioning slot of setting and assist accurate alignment, reduce sewing difficulty, improve production efficiency and product consistency.

Systems and methods for a turnover box power docking station system are provided. In some embodiments, a method of operating a power docking station system includes: refraining from providing power to one or more electrical contacts of the power docking station system when there is no active cooling container on the power docking station system; determining that an active cooling turnover box exists on the power docking station system; and providing power to the one or more electrical contacts of the power docking station system in response to determining that the active cooling turnover box is present on the power docking station system. In some embodiments, this provides improved security for the electrical connection.

The utility model discloses a kind of heat preservation boxes for goods transportation, comprising: box, vertically set, and front end is open-ended;Box door, set in the front side of the box;Frame, rectangularly set in the inside of the box;Ice plate, set in the gap between the frame and the box, and distributed in the both sides and top position of the box;Holder, set in the box, and located bottom position.The utility model has the following advantages and effects: by setting the heat preservation box that can be placed in cage car, and setting the ice plate of pull-out type installation in heat preservation box, the temperature in heat preservation box is quickly adjusted, so as to realize the refrigeration or freezing storage of goods, avoid refrigeration goods or frozen goods to melt, ensure the stable transportation of goods.

The present invention provides a composite insulation material comprising a novel vacuum insulation material and rigid polyurethane foam, and offers a composite insulation material for cryogenic cargo warehouses with improved thermal insulation and strength, as well as a cryogenic cargo warehouse containing the same. [Solution] A composite insulation material for cryogenic cargo warehouses comprising a vacuum insulation material 10 and a rigid polyurethane foam covering the surface of the vacuum insulation material, wherein the vacuum insulation material comprises a core material 11, an adsorbent 12, and an outer shell material 13 covering the core material and the adsorbent. The outer shell material is laminated with a film, a metal barrier layer, and an adhesive layer. The film comprises at least one of polyvinylidene chloride (PVDC), polyethylene (PE), polypropylene (PP), polyethylene terephthalate (PET), ethylene-vinyl alcohol copolymer (EVOH), and nylon.

The application provides a self-stabilizing turnover box, an inner shell is installed in an outer shell with a gap between the inner shell and the outer shell, a core shell is installed in the inner shell and can rotate around its axis; a plurality of magnets and flexible pads are arranged on the inner wall of the outer shell cover and the inner wall of the outer shell, magnets are also arranged on the corresponding positions of the outer wall of the core shell cover and the inner wall of the inner shell, and the magnets in the corresponding positions have the same magnetism; the outer shell and the outer shell cover are made of metal materials with thermal insulation interlayers, and the core shell is made of metal materials with vacuum interlayers; a thermal insulation barrel is used in the core shell to divide it into three layers, the barrel wall is provided with a plurality of through holes, ice plates are filled in the upper and lower layers, and blood products are placed in the middle layer; and a pull rod and a roller are installed on the outer side wall of the body. The application adopts a magnetic suspension structure, which can weaken the impact and vibration of the inner objects when the external motion.

The utility model relates to a no -plastic paper cup technical field especially relates to a kind of environment-friendly no -plastic paper cup, and the environment-friendly no -plastic paper cup includes inner cup body and outer cup body, the inner cup body is set in outer cup body inside, the inner cup body is compatible with outer cup body cup mouth, first heat-insulating cavity is formed between the inner cup body and outer cup body;The outer cup body outside is equipped with heat-insulating sleeve, second heat-insulating cavity is formed between the heat-insulating sleeve and outer cup body. By naturally forming first heat-insulating cavity between inner cup body and outer cup body, the air in this cavity can effectively slow down the speed of heat transfer from inner cup body to outside, preliminary realization heat insulation, the outer cup body is also equipped with heat-insulating sleeve, second heat-insulating cavity is formed between the heat-insulating sleeve and outer cup body, constitute double air heat-insulating barrier, significantly improve user experience and application scene adaptability.

The application relates to the packaging and recycling fields, in particular to a degradable temperature control corrugated paper box for cold chain logistics and a recycling method, which comprises a paper box body made of corrugated paper board and at least one biodegradable functional composite film which is separably adhered to the outer surface and / or the inner surface of the paper box body through a water-soluble adhesive layer, the biodegradable functional composite film comprises a hydrophobic surface layer, a phase change heat preservation middle layer and a hydrophilic inner layer, the phase change heat preservation middle layer is dispersed with phase change material microcapsules, an irreversible thermochromic indicating label is arranged on the paper box body or the biodegradable functional composite film, and the application further comprises a recycling method of the degradable temperature control corrugated paper box. The application achieves the technical effects of effectively controlling the temperature in the cold chain logistics, degrading the paper box, facilitating recycling and utilization, reducing environmental pollution, and directly reflecting the temperature condition through the thermochromic indicating label.

A beverage container may include a container comprising a sidewall having an exterior surface and an interior surface. The container may include an inner thermally insulative coating applied to the inner surface. The inner thermally insulative coating may have a thickness of between 2 microns and 10 microns. The container may include an outer thermally insulative coating applied to at least a portion of the exterior surface. The outer thermally insulative coating may include a plurality of discrete protrusions about the at least a portion of the exterior surface. The plurality of discrete protrusions may be separated by one or more channels.

The application relates to the technical field of cold chain distribution, in particular to a cold chain distribution device with a temperature control interlayer, which comprises an outer box body, an inner box body and a temperature control interlayer. The temperature control interlayer is composed of a heat storage module, a flow guide plate group, an air flow adjusting mechanism and a temperature control unit. The heat storage module is filled with a phase change material, and the heat exchange efficiency is improved through a honeycomb design. The flow guide plate group optimizes the air flow path, and the air flow adjusting mechanism realizes accurate control. The temperature control unit dynamically adjusts the temperature. The elastic support frame connects the inner and outer box bodies, and enhances the stability. Through the synergistic effect of heat storage and air flow, the application can quickly restore the temperature in the box when the external temperature fluctuates, significantly improve the heat preservation effect, meet the requirements of long-distance transportation and frequent opening and closing of the box door, reduce the energy consumption, and realize efficient and flexible temperature control.

The utility model relates to the technical field of box wallboard, disclose a kind of box wallboard structure of high efficiency prevents cold bridge, including refrigeration box, and refrigeration box two sides symmetry are provided with wallboard, and wallboard includes veneer, and fill slot is opened in veneer, and heat preservation board is provided in veneer, and inner layer soft board is provided on veneer, and hollow layer is provided between heat preservation board and inner layer soft board, and hollow layer is filled with argon, and heat insulation in refrigeration box can be realized using heat preservation board, and hollow layer is arranged between inner layer soft board and heat preservation board, when pork impacts inner layer soft board, inner layer soft board will be appropriately deformed, while argon in hollow layer will be compressed, and then the impact force brought by pork impacting inner layer soft board is consumed, while argon is lower than air heat conduction coefficient, to further improve the temperature insulation effect of box wallboard, avoid the heat conduction path at its fracture after heat preservation layer fracture, and then cold bridge appears, improve the refrigeration effect of the pork transported, and guarantee the freshness of pork.

A thermally insulating panel 60 for use in the construction of at least one major external panel of a cold chain container, comprises first and second rectiplanar elements 61, 64 separated from each o

This utility model relates to the field of cold chain transportation. Its purpose is to provide a refrigerated insulated box that solves the problem of poor sealing performance. The box includes a base and a lid. The base has an inner cavity, and the lid covers the opening of the inner cavity. A restraining strap is wrapped around the outer surface of the box to secure the base and lid together. An insulation layer and an ice plate are disposed within the inner cavity, which also accommodates products requiring refrigeration. The ice plate cools the contents, the insulation layer prevents heat exchange, maintaining a low temperature inside the base, and the restraining strap binds the lid and base together. Even during bumpy conditions, the lid and base are unlikely to separate, and gaps are less likely to form. This improves the sealing performance between the lid and base, ensuring the box remains at a consistently low temperature and providing better insulation, thus solving the problem of poor sealing performance.

The utility model relates to the technical field of meconium sampling, in particular to a meconium sample collecting and storing device which comprises a container used for sealing meconium and a screw cap connected to the container in a threaded mode, an outer sleeve is fixedly connected to the bottom wall of an inner cavity of the screw cap, a sliding rod is connected into the outer sleeve in a sliding mode, and a pressing handle is fixedly connected to the top end of the sliding rod. During sampling, the pressing handle is pressed to drive the sliding rod to move downwards, the pressing handle is matched with the rack and the gear to drive the cover plate installed on the connecting shaft to be turned over and opened, then the sampling spoon can be used for sampling, and after sampling is completed and the pressing handle is loosened, the spring can push the sliding rod to reversely slide and reset under the action of elastic force. And the cover plate is driven to reversely rotate to cover the opening of the sampling spoon again, so that the sampled meconium is sealed, and the problems that the meconium is easy to fall off from the sampling spoon after being sampled by an existing sampling device, the meconium is inconvenient to take out during detection by detection personnel, and the detection efficiency is influenced are solved as far as possible.

A blank for forming a thermal container, the blank comprising a first panel portion for forming a front wall of the container once formed, the first panel portion comprising a first panel-free edge; a second panel portion for forming a base of the container once formed, located adjacent the first panel portion and sharing a first common edge therewith; and a third panel portion for forming a back wall of the container once formed, located adjacent the second panel portion and sharing a second common edge therewith, the second common edge being on the side opposite to the first common edge, wherein the first panel portion and the third panel portion are each associated with a pair of flap members adapted for folding movement relative to the respective first and third panel portions such that, when assembled, each of the flap members overlies an edge of the second panel portion that runs between the first common edge and the second common edge to form respective side walls, a subpanel for forming a lid of the container once formed, located adjacent the third panel portion and sharing a third common edge therewith, the third common edge being on the side opposite to the second common edge, the subpanel having a foldable portion along the side opposite to the third common edge wherein the foldable portion has a second panel-free edge and is tuckable into the container once formed, adjacent the first panel near the first panel-free edge, characterised in that the free edge of the foldable portion is shorter than the third common edge due to a tapered shape of the blank towards the free edge.

The present invention relates to a protective pad for a storage box, in particular made of metal, such as aluminium, for hazardous materials, such as energy stores or energy converters, in particular a battery, an accumulator or a fuel cell, which has a body with four surrounding walls and a bottom wall and a top wall, comprising a cuboid grid of six contiguous pad sections, each facing a wall of the storage box, in each of which an electrically insulating and / or thermally insulating and / or moisture-absorbing and / or acid-resistant and / or intumescent insulating material is accommodated.

The present invention provides a heat-insulating container in which the weld marks are inconspicuous when the degassing gap is sealed by welding. The heat-insulating container (1A) has a metal outer container (2) with one end open and an inner container, which are joined together at their open ends with the inner container being housed inside the outer container (2), and a vacuum insulation layer is provided between the outer container (2) and the inner container. The heat-insulating container has weld marks formed by sealing the degassing gap (S) provided on the bottom surface of the outer container (2) by welding. The weld marks are provided along the outline of or near the recess (5) provided on the bottom surface of the outer container (2).