18 results about "First Fill" patented technology

A radar based, fill level measuring device for determining fill levels in containers, wherein the fill level measuring device can be applied for a large number of different applications, includes a signal production unit designed to produce a first transmitted radar signals within a first frequency band and supplementally a second transmitted radar signal within a second frequency band that does not overlap with the first frequency band and is clearly separated therefrom. The evaluation unit of the fill level measuring device can determine a first fill level value based on the first received signal. Based on the second received signal potentially another fill level value can be determined. In this way, the fill level measuring device can be adapted as regards frequency band to the particular application. The ascertained fill level can be checked for plausibility by comparing the fill level values ascertained in different frequency bands.

The utility model discloses a weighing type sulfuric acid anti-corrosion filling machine which comprises a first filling area and a second filling area which are arranged in parallel, and each of the first filling area and the second filling area is composed of a rack and a conveying mechanism penetrating through the rack. A sulfuric acid conveying assembly parallel to the conveying mechanism is installed on the portion, behind the conveying mechanism, of the supporting plate face of the machine frame, a height lifting mechanism is arranged on the portion, between the conveying mechanism and the sulfuric acid conveying assembly, of the supporting plate face, a PFA lining structure is arranged on the inner wall of a pipeline of the sulfuric acid conveying assembly, and the adjacent pipelines are in sealed connection through flanges. The surface of the stainless steel pipe is lined with a PFA material, conveying and filling of high-corrosion liquid such as sulfuric acid are achieved through the fluorine lining valve and the corrosion-resistant hose, the whole machine achieves high-precision filling metering through the two sets of filling stations, and gas generated by the solution is collected and treated through the cover structure and the acid mist collecting device. And high-speed precise filling operation of high-corrosivity materials such as sulfuric acid is achieved.

A support cushion is provided that comprises one or more casings. A first fill material and a second fill material are deposited within the interior of the one or more casings, with the second fill material being different than the first fill material in composition and / or structure. The one or more casings can comprise a single casing defining an interior volume for depositing both the first fill material and the second fill material, and with a partition secured to an interior of the single casing to divide the interior volume into chambers. The one or more casings can also comprise a first casing and a second casing foldably secured together, with each casing defining an interior volume for depositing the respective fill materials. Kits for a support cushion are also provided and include the one or more casings and amounts of fill material.

The utility model relates to the technical field of barren soil remediation, and discloses a soil layer structure for barren soil remediation, which is laid at the top of a barren soil layer and sequentially comprises a low gel solidification layer, a first soil filling layer, a second soil filling layer and an ECM (extracellular matrix) anti-erosion fiber protection layer from the barren soil layer to the top, a polypropylene anti-loosening plate is further arranged between the first soil filling layer and the second soil filling layer; through the low gel solidification layer, the first soil filling layer, the anti-loosening plate, the second soil filling layer and the ECM anti-erosion fiber protection layer, the barren soil is rapidly repaired, the barren soil repairing cost is reduced, the barren soil repairing procedure is simple, and the barren soil repairing efficiency is improved; the method has the advantages of being low in soil remediation cost, simple in procedure, environmentally friendly and the like, and the problems that existing soil remediation cost is too high, green and environmentally friendly cannot be achieved, and the procedure is tedious are solved.

The present disclosure provides a filling system and a filling method, the filling system comprising: a first filling assembly and a second filling assembly, the first filling assembly comprising a liquid inlet needle and a first liquid outlet needle; the second filling assembly comprising a liquid storage tank and a second liquid outlet needle, the liquid storage tank being provided with a first interface adapted to be connected with the first liquid outlet needle, wherein the first liquid outlet needle is configured to have a first working state separated from the first interface and a second working state connected with the first interface; when the first liquid outlet needle is in the first working state, the first filling assembly and the second filling assembly are configured to respectively deliver fluid into a preparation bottle by using the first liquid outlet needle and the second liquid outlet needle; when the first liquid outlet needle is in the second working state, the first filling assembly and the second filling assembly are configured to be in an assembled state, and fluid is delivered into the preparation bottle by using the second liquid outlet needle.

The invention relates, inter alia, to a method for treating containers (12). The method comprises filling a container (12) with a first filling material by means of a first filling station (24) of a first filling device (22) in a cleanroom (14). The method further comprises transporting the container (12) from the first filling device (22) to a second filling device (36) by means of a transport device (34) in the cleanroom (14). The method further comprises filling the container (12) with a second filling material by means of a second filling station (38) of the second filling device (36) in the cleanroom (14).

The shearing die comprises an outer die body and an inner die body, the outer die body is arranged on the outer side of the inner die body in a sleeving mode, the inner die body is provided with a cutter seam allowing a cutter to move, the outer die body is provided with the shearing opening, a bending opening and a die punching opening, and the outer die body and the inner die body can rotate relative to each other. The cutting edge is characterized in that the cutting edge is provided with at least one cutting edge inclining at a preset angle, an inclined first filling part is arranged at the position, corresponding to the blade point of the cutter material, of the cutting edge, and the inclination angle of the first filling part is larger than or equal to that of the blade point of the cutter material. By the adoption of the method, the first filling part is arranged at the position, corresponding to the blade point, of the cutting edge, the initial shearing point of the cutting edge and the blade is located at the top point of the blade point through the first filling part, and therefore it is guaranteed that the blade point is sheared off; and the phenomenon that the cutting edge is not straight and has burrs is avoided, and the yield of the cutting die is improved.

The utility model discloses a filling system of a strip packaging machine and the strip packaging machine, and relates to the technical field of filling. The filling system comprises a buffer tank and a filling module; the filling module comprises a first filling pipeline connected to the outlet of the buffer tank, and the first filling pipeline is a first straight pipe which is vertically arranged; the pump body is connected to an outlet of the first filling pipeline; the second filling pipeline is connected to an outlet of the pump body; and the filling needle is connected to an outlet of the second filling pipeline. And the oscillator is connected to the first filling pipeline. When the buffer tank discharges materials, the materials firstly pass through the vertical first filling pipeline, the first filling pipeline can ensure that viscous liquid smoothly flows downwards under the action of gravity and oscillation of the oscillator, then the viscous liquid can smoothly flow through the second filling pipeline to reach the filling needle under the driving of the pump body, filling operation is carried out through the filling needle, the filling efficiency of the viscous liquid is high, and the filling efficiency of the viscous liquid is improved. And the production efficiency of the strip packaging machine can be improved.

According to an aspect, there is provided a solution in which a system is configured to obtain a fill level of an elevator car; obtain a first fill level threshold; obtain a second fill level threshold; compare the obtained fill level of the elevator car to at least one of the first threshold and the second threshold; and provide, based on the comparison, a control signal.

The invention relates to the technical field of foundation pit supporting structures, in particular to a filler for reducing deformation of an ultra-deep foundation pit supporting structure. Comprising a first filling part and a second filling part, the first filling part comprises a first filler and a first connecting part, the first filler is perpendicular to a supporting wall face for filling, the first connecting part comprises a plurality of vertically-arranged threaded anchor rods, the lower ends of the threaded anchor rods stretch into the first filler, and the first connecting part is connected with the first filler. The second filling part comprises a second filler and a second connecting part, the lower portion of the supporting wall face is horizontally filled with the second filler, the second connecting part is connected to the second filler and the bottom of the foundation pit, the second connecting part is provided with a supporting assembly, and a filling pipe is connected between the supporting assembly and the first filler; the first filling pipe is used for the first filler and supporting the first filling part, and the rigidity and lateral deformation resistance of the supporting structure are effectively enhanced.

The utility model relates to the technical field of filling machine, and disclose a multi -tank type compatible filling machine, including conveying line and connecting rod, the connecting rod passes through connecting piece and is installed conveying line side, the connecting rod is connected with the material jar through conveyer, the top intercommunication of connecting rod is provided with buffer piece, the top of buffer piece is provided with telescopic part, the one end away from buffer piece of telescopic part is provided with first connecting shaft, and the one end of first connecting shaft is provided with detachable discharge pipe, the connecting rod is provided with a plurality of, and the intercommunication of two connecting rods between adjacent is provided with a connecting pipe, one end of connecting pipe is provided with first filling valve, two groups of temporary filling assembly are provided on the intercommunication of connecting pipe, when first filling valve is closed, two temporary filling assembly and two adjacent connecting rod far from first filling valve intercommunication setting.

The invention relates to a container treatment plant with a blow molding machine (1) for forming containers (2) from preforms and for providing a container stream (3), with a transfer and distribution arrangement (4) connected to the blow molding machine (1) for receiving the containers (2) from the blow molding machine (1) and for dividing the container stream (3) into at least a first transport line (6) and a second transport line (7), wherein the first transport line (6) has a first filling system (8a) and the second transport line (7) has a second filling system (8b). According to the invention, the first filling system (8a) and the second filling system (8b) each have at least one first filling star (9a, 9b) and an adjoining second filling star (10a, 10b). The invention further relates to a method for forming and filling containers (2).

The utility model discloses a filling device for white adhesive cement production and processing, relates to the field of white adhesive cement production, and provides the following scheme aiming at the problem of non-uniform filling during the existing white adhesive cement filling and processing: the filling device comprises a base, the top end of the base is fixedly provided with a bracket I which is arranged in an L shape; a hopper is fixedly installed at the top end of the horizontal section of the first support, a motor groove is formed in the top end of the base, a stepping motor is fixedly installed in the motor groove, a rotating rod is fixedly installed on an output shaft of the stepping motor, and a first rotating disc is fixedly installed at the top end of the rotating rod; first filling material barrels which penetrate through a disc body of the first rotary disc and are distributed in an annular array mode are fixedly installed on the first rotary disc, and a second support which slides in the height direction of the first support and is arranged in an L shape is installed on the vertical section of the first support. The white adhesive cement filling device is novel in structure, white adhesive cement can be uniformly filled, and meanwhile the filling amount can be effectively adjusted according to actual needs.

A support cushion is provided that comprises one or more casings. A first fill material and a second fill material are deposited within the interior of the one or more casings, with the second fill material being different than the first fill material in composition and / or structure. The one or more casings can comprise a single casing defining an interior volume for depositing both the first fill material and the second fill material, and with a partition secured to an interior of the single casing to divide the interior volume into chambers. The one or more casings can also comprise a first casing and a second casing foldably secured together, with each casing defining an interior volume for depositing the respective fill materials. Kits for a support cushion are also provided and include the one or more casings and amounts of fill material.

This utility model relates to a backfill structure for roadbeds in narrow areas, comprising a supporting wall, a first fill layer, and a second fill layer; the first fill layer forms a step on the side near the supporting wall, and the distance from the step to the supporting wall decreases downward; one side of the second fill layer abuts against the supporting wall, and the other side of the second fill layer is erected on the step of the first fill layer; a pit is first dug to form a stepped first fill layer and compacted, and then the second fill layer is poured in layers. During the layered pouring process, one can stand on the step to compact the already poured parts below, ensuring that each layer in the second fill layer can be effectively compacted, greatly reducing weak areas in the backfill and improving the service life of the road.

The invention relates to a method and a device for the discontinuous gravimetric dosing of bulk material of a batch C from a storage container (9) into a collection, mixing, or reaction container (21) by means of a dosing scale (1). The dosing scale (1) is pressurized with a process gas (18) during filling from the storage container (9) and dosing into the collection, mixing, or reaction container (21). To ensure high dosing accuracy and simultaneously meet increased containment requirements, the following method steps are carried out with the method and device according to the invention: a) Filling the dosing scale (1) from the storage container (9) up to a first fill level, b) Carrying out a pressure equalization between the interior of the dosing scale (1) and the environment of the dosing scale (1), c) Determine a first weight value G ieof batch C by weighing at the first fill level in the dosing scale (1), d) generating an overpressure in the dosing scale (1) compared to the ambient pressure by feeding a process gas (18) into the dosing scale (1), e) Dosing batch C from the dosing scale (1) into the collection, mixing or reaction container (21). f) Carrying out a pressure equalization between the interior of the dosing scale (1) and the environment of the dosing scale (1), g) Determining a second weight value G iz of batch C by weighing, with a second fill level in the dosing scale (1) after dosing has been completed, h) Determine the weight G of batch C by calculating the difference between the weight values G ie and G iz , i) Generating an overpressure in the dosing scale (1) compared to the ambient pressure by feeding a process gas into the dosing scale (1).

The application discloses a filling assembly and a track bed system, and belongs to the technical field of filling devices. The filling assembly is used for filling a clearance groove for avoiding railway vehicle wheels and opening upward between a rail and a mounting platform, the rail and the mounting platform enclose the clearance groove, and the filling assembly comprises a first filling piece and a second filling piece. The first filling piece is arranged in the clearance groove and is used for abutting against a first side wall of the clearance groove formed by the rail; the second filling piece is arranged in the clearance groove and is arranged on one side of the first filling piece close to the mounting platform and abuts against the first filling piece, and the second filling piece is used for abutting against a second side wall of the clearance groove formed by the mounting platform; wherein, under the condition that the first filling piece and the second filling piece are arranged in the clearance groove, the first filling piece and the second filling piece fill the clearance groove.

The utility model relates to the technical field of filling machine, and particularly to a bench type isobaric filling machine, include: mount, first filling device and second filling device, the front end and rear end of mount are all completely open, first filling device is located the inner top left side of mount, second filling device is located the inner bottom right side of mount, through adopting above -mentioned technical scheme, first filling device is used for filling wine bottle, and second filling device is used for filling wine cup.