35results about How to "Efficient pouring" patented technology

A container (11) for a blender includes a base surface (13) and a blade (20) which is rotatable on an axis above the base surface (13). An arcuate wall (14) and two generally straight walls (15, 16) extend upwardly from the base surface (13) and terminate at the upper end of container (11). The axis of rotation of the blade (20) is closer to the arcuate wall (14) than it is to the generally straight walls (15, 16). A skirt (25) extends downwardly from the base surface (13) and has an opening. Sound baffling fingers (32) extend from the skirt (25) and into the opening. A spout (40) is formed at the intersection of two of the walls (14, 15, 16), the spout (40) having an entry point located approximately twenty to thirty percent of the height of the walls (14, 15, 16) from the upper end of the container (11). A handle (34) is positioned opposite to the spout (40) and a cover (12) includes a plug (55) to close the spout (40).

A container for storing pourable contents having a cover with a spout wall upwardly extending from the top surface of the cover. The spout wall has a pouring section which gradually reduces in height to the front of the spout. On either side of the pouring section the spout wall also has a spill inhibiting section to prevent spilling as the contents of the container is poured. The container also has a removable lid which mates with the spout wall to prevent contents from spilling over the spout wall when the container is being used for dispensing.

A container for storing pourable contents having a cover with a spout wall upwardly extending from the top surface of the cover. The spout wall has a pouring section which gradually reduces in height to the front of the spout. On either side of the pouring section the spout wall also has a spill inhibiting section to prevent spilling as the contents of the container is poured. The container also has a removable lid which mates with the spout wall to prevent contents from spilling over the spout wall when the container is being used for dispensing.

A pour spout for removable attachment to a container wall for efficiently pouring viscous liquids between containers includes a generally flexible exterior member having a pour region and a collection region. The exterior member defines a slot for removably receiving a container wall, the exterior member flexibly conforming to the diameter of the container wall. The collection region is situated adjacent the inner wall of the container wall when attached thereto and is configured to guide liquids toward an outwardly extending pour region and channel. At least one clip is attached to the exterior member in an over-molded construction and is situated in the slot. The clip includes attachment members biased toward each other for securely gripping the container wall when the slot and clip are engaged therewith.

The present invention relates to a self-pouring mold system which ensures uniformity of a material by laterally pouring concrete into a mold installed on a side of a wall structure and minimizing a fall head generated when the concrete is poured to prevent bleeding, thereby ensuring uniformity of a fire-proofing material and adjusting a required fire-proofing coating thickness, and a method of fire-proofing, repairing, and reinforcing using the same.

The invention discloses an efficient automatic wall whitewashing machine comprising a device base capable of moving. Outer sliding plates are fixedly installed on the upper end face of the device baseand are corresponding in the front-back direction. Inner sliding plates capable of sliding up and down are arranged in the outer sliding plates which are corresponding in the front-back direction. Awall whitewashing machine body is installed on the outer sliding plates which are corresponding in the front-back direction and the inner sliding plates in a sliding manner. A telescopic plate is arranged outside the left end face of the wall whitewashing machine body. By arranging the telescopic plate capable of adjusting the distance between the wall and the wall whitewashing machine on the wallwhitewashing base, the thickness of brushed cement on the wall can be controlled; and by arranging a pouring spray nozzle capable of moving back and forth in a reciprocating manner at the top end ofthe telescopic plate, efficient cement pouring can be conducted on the wall, manually providing cement for the machine body is not needed, and therefore labor cost is lowered.

The invention provides a gun insertion type stopper rod device and a method using the same for absorbing inclusions at a gate. The device mainly comprises an absorption gun, a hollow stopper rod, a hot argon blowing device, horizontal clamps and a vertical lifting frame, the absorption gun is of a hollow bamboo-shaped structure and inserted into the hollow stopper rod of a long cylindrical structure, the upper end of the hollow stopper rod is fixed by the corresponding horizontal clamp, one end of the hot argon blowing device is connected on an external hot argon pipeline while the other end of the hot argon blowing device is inserted into a hollow pipe at the top of the hollow stopper rod, one end of the stopper rod horizontal clamp is connected with the vertical lifting frame while the other end thereof is mutually clamped with the hollow stopper rod, and one end of the absorption gun horizontal clamp is connected with the vertical lifting frame while the other end thereof is mutually clamped with the absorption gun. The method using the device for absorbing the inclusions at the gate includes the steps of gun insertion, argon sealing, gun descending, absorption and gun replacement. The device is scientific in structural design, part of time for gate changing is saved, smooth pouring of continuous casting is benefitted by using the device for absorbing sundries, molten steel cleanliness is improved, and gate nodulation probability is decreased.

The present invention discloses a pouring and foaming vehicle comprising a movable vehicle body, at least one pouring and foaming unit, a height adjusting device enabling a mixing head to move in a height direction and a control device for controlling the height adjusting device to enable the mixing head to move in the height direction to a predetermined position and controlling the at least one pouring and foaming unit to pour. The pouring and foaming unit comprises at least one raw material tank storing at least one raw material and a pouring head configured to receive the at least one raw material from said at least one raw material tank and perform pouring. The pouring and foaming vehicle according to the present invention may travel along an object to be poured and perform the pouring quickly and efficiently and save human power and time.

The invention discloses a railway sleeper production mold which is convenient for pouring and demoulding, which comprises a supporting platform, a universal wheel, a power plug, a vibrator and a rotating bearing. The outer side of the shaping bump is provided with a main shaping plate, the upper side of the support table is fixedly provided with a limiting platform, and the upper side of the limiting platform is fixedly provided with a shaping convex piece, and the inner middle position of the rotating wheel is fixedly connected with a drive rod, and the driving rod is located between the auxiliary shaping plates, a movable sleeve is installed on the driving rod, and a first connector is fixed on the outside of the movable sleeve, and a lower empty groove is opened on the lower side of the support table. The railway sleeper production mold which is convenient for pouring and demoulding can quickly complete the demoulding work of the railway sleeper after the railway sleeper is formed, which improves the picking efficiency of the mold, thereby quickly completing the production and molding work of the railway sleeper, and improving the production efficiency of the railway sleeper. The use value of the railway sleeper mould.