214results about "Ceramic containers" patented technology

Disclosed is a multilayer structured quartz glass crucible, for pulling up silicon single crystal, whose structure has at least three layers comprising: a translucent outer layer made of naturally occurring quartz glass and having a large number of pores, a translucent intermediate layer, made of synthetic quartz glass and having a large number of pores, and a transparent inner layer substantially free from pores and made of a synthetic quartz glass. Thermal convection within the silicon melt is suppressed by use of the quartz glass crucible, thereby preventing oscillation on the surface of the silicon melt. A method for producing the quartz glas crucible is also disclosed.

The invention discloses a convenient and fast type combined bottle. The convenient and fast type combined bottle comprises a spray head, an outer bottle and multiple inner bottles. The outer bottle isinternally provided with a cavity, and the multiple inner bottles are put in the cavity. The upper end of each inner bottle is provided with a press type liquid suction pump. Each press type liquid suction pump communicates with the spray head through a connecting pipe. The outer bottle is further provided with a rotary pressing device. The rotary pressing device is provided with multiple rotating parts, wherein the rotating parts are in one to one correspondence with the inner bottles. Each rotating part can be used for pressing the press type liquid suction pump of the corresponding inner bottle in a rotary manner. According to the combined bottle, the multiple inner bottles which are independent of one another are put in the outer bottle and can be filled with emulsion products of different types; by means of the rotary pressing device, discharging can be achieved through each single inner bottle or mixed discharging can be achieved through the multiple inner bottles; the number ofbottles needing to be carried when a user gets out can be reduced; in addition, matched mixed use of the different types of emulsion can be achieved through the combined bottle; the combined bottle is easier and more convenient to operate; operation efficiency is improved; and time of the user is saved.

A manufacturing method of a high-reliability hermetic container includes an assembling step of arranging, between first and second glass substrates, a sealing material including first and second straight line portions stretching in different directions and a coupling portion connecting these straight line portions, with a viscosity of the sealing material having a negative temperature coefficient, and a scanning sealing step of performing scanning to the first straight line portion and the coupling portion while irradiating local heating light at least once. Scanning to the second straight line portion and the coupling portion is performed while irradiating the local heating light at least once, and the assembling step further forms at least a part of the sealing material at the coupling portion with a film thickness thinner than the sealing material in a region adjacent to the coupling portion of the first straight line portion.

In a sheet processing apparatus which checks sheets and sorts the sheets for a plurality of cassettes (41-46, 51, 52) on the basis of the check result and conditions for the sheets which are assigned to the respective cassettes (41-46, 51, 52), conditions for sheets such as bill types and bill states which are assigned to the respective cassettes (41-46, 51, 52) are displayed on a display unit (82). When an instruction to save these setting contents is issued while a cassette and conditions for sheets which are displayed on the display unit (82) are selected, the selected conditions for sheets are assigned to the selected cassette.

The invention discloses a method for producing lead-free low-temperature embossed decoration-fired glass wine bottles and belongs to the field of glass manufacturing. According to the method, lead-free white broken glass, white quartz sand, sodium carbonate, albites, calcites, anhydrous sodium sulphate, cobalt powder, 2mm-thick pattern paper and removable films are used as raw materials. A water washer, a mixing machine, a boiler, a kiln, a forming machine, an annealing box, an adapter sticking box, a gas glass decoration firing furnace and a film removing box serve as equipment. The method comprises the steps of water washing of the lead-free white broken glass, raw material mixing, fusing, forming, annealing, film sticking, decoration firing and film tearing off to obtain the lead-free low-temperature embossed decoration-fired glass wine bottles. The method has the advantages of being simple in process, capable of obtaining raw materials conveniently, low in production cost, pollution-free and applicable to industrial production. The product lead-free low-temperature embossed decoration-fired glass wine bottles can be used as packaging materials for high-grade white spirits and are lead-free and recyclable after usage.

The invention relates to a coating preparation device for a glass container with high production efficiency, strong binding power, and uniform static coating layer on the surface of the glass container. The device comprises an electric-conducting treatment device and a static coating device, wherein the electric-conducting treatment device coats the conducting liquid with interfacial active agent on the glass container surface to form a conducting layer, and the static coating device coats the liquid paint on the conducting layer to form a uniform static coating layer.