34results about How to "Avoid overdelivery" patented technology

The invention discloses a detergent supplying device of a washing device, comprising a detergent box and a detergent amount setting wall, a detergent accommodating part formed in the detergent box which is drawably arranged at an opening hole on the washing device; the detergent amount setting wall which is formed at one side of the detergent accommodating part and is separated from the bottom surface of the detergent accommodating part, can set the detergent amount accommodated in the detergent accommodating part and is formed at the corresponding place to the opening hole when the detergent box is drawn to the full extent from the opening hole. The beneficial effects are that: the detergent amount setting wall is arranged on the detergent accommodating part of the detergent box and is formed by separating from the bottom surface; meanwhile, the detergent amount setting wall is formed at the corresponding place to the opening hole of the washing device when the detergent box is drawn to the full extent, therefore the maximum capacity of the detergent accommodating part for putting the detergent can be set by the detergent amount setting wall, thus preventing from overly inputting the detergent.

A screw guide structure of a screw feeding mechanism of a screw driver (10) is provided. The screw feeding mechanism is configured to sequentially feed collated screws (50) to a driving position. The collated screws (50) are plurality of screws (51) connected by a connecting band (52). The screw guide structure includes a base part (24), a nose member (30) provided on a distal end of the base part (24) in a slidable manner, and a straight-driving guide member (41) supported by the nose member (30) in a displaceable manner so as to guide a screw (51) fed by the screw feeding mechanism to be in a straight posture. The straight-driving guide member (41) has a concave guide groove (41b) configured to guide a shaft (51a) of the screw (51). The straight-driving guide member (41) is configured and arranged such that the shaft (51a) of the screw (51) is engaged into the guide groove (41b) when the screw (51) is fed by the screw feeding mechanism, and such that the straight-driving guide member (41) is displaced when a head (51b) of the screw (51) passes by driving the screw (51) engaged into the guide groove (41b).

The invention discloses a conveying mechanism with an automatic workpiece reversing function, and belongs to the field of mechanical conveying equipment for workpiece machining. According to the conveying mechanism with the automatic workpiece reversing function, a front conveying mechanism body and a rear conveying mechanism body are horizontally and fixedly arranged on the upper side of a fixedbased in sequence in the horizontal direction, and the two sides of a reciprocating chain are separately connected with two pushing chain wheels; a transverse moving electromagnet is horizontally andfixedly arranged on one side of a transverse moving guide plate, and a driving rack plate is arranged on the other side of the transverse moving guide plate in the horizontal direction; a pushing support is parallel to the conveying direction of the rear conveying mechanism body; and a horizontal pushing guide plate is slidably arranged on the pushing support in the horizontal direction, and a pushing rack plate is horizontally arranged on one side of the horizontal pushing guide plate. The conveying mechanism with the automatic workpiece reversing function is reasonable in structural design,workpieces which are sequentially conveyed along the front conveying mechanism body can be flatly pushed onto the rear conveying mechanism body rapidly and efficiently one by one so as to be conveyed,automatic reversing of the workpieces is realized, the machining efficiency and quality of the workpieces are improved, and production and use requirements are met.

The invention discloses seawater aquaculture equipment equipped with a feed recovery cylinder, which includes a cylindrical culture box for breeding, and the bottom of the culture box is separated by a partition plate to separate the feed recovery cylinder; it also includes a material distribution mechanism for feeding feed, and the material distribution mechanism The upper part is connected to the mixing box through the transmission pipe, and the upper part of the mixing box is connected to the feeding hopper; one side of the feed recovery cylinder is connected to a water delivery pump, and the other side is connected to a collection pipe, and the collection pipe is connected to a liquid suction pump. The equipment of the present invention It can effectively solve the problem of the turbidity of the breeding water and cause the death of the cultured animals, effectively improve the survival rate of the cultured animals, and the feeding of the feed can be controlled and the feed can be recycled.

The invention provides a garment packaging device used for garment production, and relates to the technical field of garment packaging. The clothing packaging equipment used for clothing production includes: a box body, a plurality of supporting legs are fixedly connected to the lower surface of the box body, and a discharge pipe communicating with the inside of the box body is fixedly connected to the lower surface of one end of the box body; Clothes conveyor belt, the clothes conveyor belt is installed on the box body; the clothes conveyor belt is set through the feeding opening opened on the outer surface of the box, and the discharge end of the clothes conveyor belt is fixedly connected with a guide plate arranged obliquely downward; the clothes folding mechanism , the clothes folding mechanism is connected with the box body, and the clothes folding mechanism is located below the guide plate; the clothing storage auxiliary bag delivery mechanism, the clothes storage auxiliary bag delivery mechanism is connected with the box body. The clothing packaging equipment used for clothing production provided by the invention has the advantage of facilitating the effect of the clothing storage auxiliary bag.

The invention discloses a method for judging the time of detergent automatic dispensing system and a washing machine. The automatic dispensing system utilizes the Venturi effect formed in the Venturi tube by the water entering the main water inlet, so that the constant volume container generates a relatively low pressure area, which is consistent with the The detergent in the detergent container connected to the constant volume container enters into the constant volume container under the action of atmospheric pressure. In the water bucket, during the water intake process of the main water channel before starting to inject detergent, by detecting the water intake flow rate, comparing it with the relationship between the water intake flow rate stored in the washing machine and the time used for a single suction of detergent, determine the time for each pumping. The time it takes to fill the constant volume container with detergent. The judging method of the invention has the characteristics of accurate judging, avoids excessive injection of detergent, realizes full automation of the laundry process, and improves laundry efficiency.

The invention discloses a method for controlling the addition amount of ammonia water (neutralizing agent) in a silicon-moving neutralization reaction. The method comprises the following steps: according to the relationship between a waste acid pH value (pH2) after a silicon-moving neutralization reaction and a target pH value (pH target) of the silicon-moving neutralization reaction, carrying out feedback control of the addition amount of ammonia water (neutralizing agent): when pH2<=pH target, the addition amount (Y) of ammonia water is accord with a formula (shown in the description); when pH2>pH target, the addition amount (Y) of ammonia water is according with a formula (shown in the description). The provided control method can precisely control the addition amount of neutralizing agent to waste acid, thus the yield of Fe(OH)3 precipitation can be precisely controlled, the silicon-removing efficiency is guaranteed, the iron loss is maximally reduced, and the output of iron oxide red is increased.