69results about How to "Guaranteed shape stability" patented technology

The invention relates to a method for producing a battery module which comprises a plurality of battery cells, in which method a module housing (12) of the battery module is provided in a first step. A core arrangement (20) is introduced into the module housing (12), wherein a hollow space, which is to be provided in a cured encapsulation compound (26), is defined by a respective core (22) of the core arrangement (20). The encapsulation compound (26) is then introduced (S14) into the module housing (12). After the encapsulation compound (26) has been allowed to cure and the core arrangement (20) has been removed from the module housing (12), an electrode arrangement, which is associated with the respective battery cell, is arranged in the hollow space which is formed in the cured encapsulation compound (26). The invention further relates to a battery module.

A continuous carbon fiber reinforced crucible preform and a preparation method therefor. The crucible preform is a quasi-three-dimensional fabric molded from a basic unit layer and a continuous fiber reinforced layer by needle punching. The bottom of the crucible and the connection area of the side wall and the bottom of the crucible are respectively reinforced by applying a continuous fiber winding and laying technology to the crucible preform, so that the content of continuous fiber throughout the integral structure is effectively increased, the desired strength during high load and high swelling stress conditions is guaranteed, the cracking of the crucible or the disconnection of the connection area of the side wall and the bottom of the crucible is avoided, and excellent shape stability can be maintained simultaneously.

The invention discloses a foot pad device for outdoor dining tables and chairs. The foot pad device includes a hoop used for being connected with the outdoor dining tables and chairs; a connection rodis vertically and fixedly arranged on the hoop, the connection rod is fixedly provided with a storage barrel, the bottom of the storage barrel is provided with a through hole communicated with the outside, the bottom surface of the storage barrel is fixedly provided with an annular electromagnet, the bottom surface of the annular electromagnet is fixedly provided with a plastic film used for blocking the through hole, magnetic mud is stored in the storage barrel, and the storage barrel is internally provided with a pressurization device acting on the magnetic mud; the portion, located betweenthe hoop and the storage barrel, of the connection rod is fixedly provided with a planar disk used for placing the dining tables and chairs, the pressurization device includes a pressurization platearranged in the storage barrel in a sliding mode, the upper surface of the pressurization plate is rotatably connected with a work rod, the top of the storage barrel is fixedly provided with a cover body, and the work rod penetrates through the cover body in a threaded mode and is communicated with the outside. According to the foot pad device, softness of the magnetic mud is made use of, the magnetic mud can be well used for filling gaps between various objects on the ground, the environment in which the tables and the chairs are placed is improved, and the stability of placement of the tables and the chairs in any environment is ensured.

The invention relates to a sealing device (9) for a doctor device of a printing press, comprising a blade contact section (20) having a front side (17) which bears against a doctor blade of the doctor device and a rear side (18), said rear side being softer, springier or more flexible than said front side (17).

The invention relates to the field of metal material manufacturing technology, and specifically relates to a negative electrode material for a high intensity discharge lamp and a manufacturing method thereof. The negative electrode material comprises the following components: 1.5%-2.0% of thorium oxide, 0.0020%-0.0080% of potassium and 97%-98% of tungsten. Compared with a conventional negative electrode material, the negative electrode material provided by the invention has the following advantages that (1) thorium oxide particles of a thorium tungsten negative electrode even if 0.0020%-0.0080% of potassium is doped are fine and uniformly distributed; and (2) the thorium tungsten negative electrode contains a trace amount of potassium element, and by adopting the potassium-doped tungsten thorium negative electrode, the growth speed of crystal particles is slow, the tip shape of the electrode can be stably maintained, and the service life of the discharge lamp is prolonged.

The releasable and slidable bearing assembly (10) has a bearing housing (11) which is moved transversely to cylinder and roller longitudinal axis (A). The bearing housing is slided parallely to cylinder and roller longitudinal axis. A roller bearing has a roller bearing outer ring (12) and cage-guided roller body (13). The roller bearing outer ring is connected with the bearing housing in the fastening planes (B1,B2) aligned transverse to cylinder and longitudinal axis in force and positive-fit manner.

The invention relates to a preparation method of a ceramic bond diamond grinding wheel, and belongs to the technical field of ceramic materials. The ceramic bond prepared by the invention can realize the low-temperature sintering of the diamond grinding wheel; the ceramic bond has thermal expansion performance with the diamond abrasive, can avoid or reduce the thermal stress generated between the diamond abrasive grains and the ceramic bond when the grinding wheel is working, and improve the bond The ability to bond and hold the diamond abrasive particles; the ceramic bond has high toughness, and the appropriate toughness can ensure the cutting effect of the diamond abrasive micro-edge, improve the impact resistance of the grinding wheel during grinding, and ensure the shape stability of the grinding wheel; ceramics The bonding agent has good wetting and coating properties for the diamond abrasive, which is beneficial to improve the bonding strength between the two and the overall strength of the grinding wheel; the addition of lanthanum oxide rare earth metal oxide or other subgroup metal oxides in the present invention can effectively optimize the glass network structure, improve the strength and hardness of the ceramic bond, and enhance the grinding performance of diamond abrasive tools.