SELF-PROPULSING HYDRAULIC COLD PAINT LINE DRAWING MACHINE

Abstract

The invention relates to a self-propelled hydraulic cold paint line marking machine for applying single-color lines on urban, parking lot, road and facility surfaces. It is operated by a seat (3). The motor (12) drives the paint hydraulic pump (13), the drive hydraulic pump (14) and the compressor (11). The battery (4) provides starting and electrical supply, and the hydraulic oil tank (9) provides oil storage. Paint application is carried out using an airless paint tank (17) via two automatic paint guns (7) driven by the paint pump (10) driven by the paint hydraulic pump (13), and glass beads are transferred onto the wet paint by two glass bead guns (8). Compressed air is supplied to the glass bead system and pneumatic valves by the compressor (11). Hydrostatic movement is achieved by a separate drive hydraulic pump (14). Special marking and trailer connection functions are provided by a manual paint gun (2) and a drawbar (18).

Description

1 TARIFF SELF-PROPULSING HYDRAULIC COLD PAINT LINE DRAWING MACHINE Technical Area The invention relates to traffic direction and area demarcation signs on road and ground surfaces. It relates to the line-drawing machines used in its creation. The technical scope of the invention is 5 E01C 23 / 22 regarding the application of markings by spraying onto completed road surfaces. It is included within the classification. The invention specifically applies to single-color cold paint applications on urban roads, parking lots, highways, and on-site areas. used for its implementation, operated by a seated driver, hydrostatic drive and A self-propelled line drawing machine with a hydraulically driven airless paint spraying system 10 It is related to paint application and the application of glass beads onto wet paint using the same machine. It is ensured that it is carried out on it. Previous Technique Nowadays, in road and ground marking, paint material is taken from a warehouse and applied... machines that transmit the spray to guns and spray it in a way that creates a line on the surface 15 It is used. In airless spraying, paint is atomized using compressed air. It is sprayed without mixing, using paint pressure. It enhances nighttime visibility. For this purpose, reflective glass beads are applied to wet paint. These functions are performed manually. in guided machines, in vehicles where the operator is on the machine, or in a separate vehicle They can be assembled in connected line-drawing equipment. 20 manually operated. The applications require the operator to walk and physically move; they are attached to a separate vehicle. In equipment, carrier or towing vehicles are used for movement. The document titled "Ride-on road stripers" with number US4861190A describes stripers with an operator's seat. Paint and glass bead application system with hinged front and rear carrier sections. A line drawing machine including the following elements is described; a hydraulic airless paint pump and 25 Compressors are also used. However, in the described power transmission system, belts and... The transmission system is based on a separate hydraulic pump from the one used for the paint pump. The hydrostatic drive system, which is implemented using a hydraulic pump, is not specified. The document titled "Line marking apparatus" with number US7850101B2 describes airless paint spraying. paint and glass bead 30 using compressed air-assisted glass bead dispensing. 2 A machine is described in which the outputs are controlled. The described application method allows the operator to... It is a mechanism that walks behind, with seated operation and a separate hydraulic drive pump. The solution used intermittently is not provided in this application format. Number EP0807714A1 The document titled "Vehicle towed apparatus for striping of roads" describes an apparatus attached to a vehicle. 5. (This section appears to be a list of motor-driven hydraulic paint feed systems, compressors, and glass bead application systems.) The text describes the line-drawing equipment involved. The equipment's movement is connected to a separate towing vehicle. because of this, it is propelled by its own hydrostatic drive system by the operator sitting on it. An integrated machine layout is not obtained. These comparisons are based on the aforementioned documents. This is done based on the structures described. The technical problem to be solved is: seated use, paint pressurization, glass 10 the application of the sphere and the functions of moving the machine in urban and on-site work Performing tasks related to these areas on the same machine, including paint supply and driving. hydraulic flow is provided by separate pump elements and the operator's working conditions It is an improvement. It also reduces downtime caused by material supply and improves the machine. The aim is to create an arrangement for transportation between work sites. 15 Purpose and Advantages of the Invention The invention utilizes mechanical power derived from a combustion engine to apply to paint hydraulic pumps and drive systems. It is intended for use with hydraulic pumps and compressors. The paint pump's hydraulic system... Thanks to the hydrostatic drive being provided via separate pump elements, the paint Pressurization and machine movement functions are all integrated within the same machine. 20 This is carried out by spraying the paint using an airless paint tank. Compressed air is used in pneumatic valves via a glass bead system. The operator controls the long-length project while seated, eliminating the need to walk during the work. The sun, rain, and outside are reduced. The operator is protected from the sun, rain, and outside through a canopy positioned above them. The aim is to reduce direct exposure to the agents. Spray modes, line 25 Timing, driving, and hydraulic functions are managed from the control panel; current line Alternatively, the direction of the shoulder is ensured to be followed using alignment bars. The preferred application has a paint storage capacity of 80 L and a glass bead storage capacity of 40 L. using the machine's capacity to transport materials and extend resupply intervals The aim is to provide paint with a working pressure of 220 bar and a flow rate of 11.4 L / min. 3 It is anticipated that these paint feeding characteristics will enable the delivery of heavy-traffic paints to the spray guns. is supported. In addition to line drawing, arrows, pedestrian crossings and other markings can be created using manual paint application. Template markup can be applied. The machine can be used in city streets, between columns in enclosed parking garages, and in shopping mall areas. and a layout is provided for use in internal facility transitions. 5 with large carrier vehicles. Compared to previous implementations, reducing the space occupied in the work area and facilitating the transition. contributing to its preservation and transporting the machine by truck bed or small trailer The aim is to connect to the carrier via a towing link or tow with another vehicle. the opportunity is provided. Industrial Applicability 10 The invention relates to road marking machines, construction equipment, hydraulic drive systems, and paint spraying. They can be produced in the field of equipment manufacturing. Municipal road maintenance units, highways signage businesses, parking lot businesses, shopping mall maintenance units, and industry. It can be used to apply single-color line and ground markings in facilities. Figure Description 15 Figure 1 shows the canopy, seat, of the self-propelled hydraulic cold paint line drawing machine, which is the subject of the invention. This is the first perspective view showing the placement of the battery and manual paint gun. Figure 2 shows the control and drive components of the self-propelled hydraulic cold paint line drawing machine, which is the subject of the invention. This is the second perspective view showing the storage and application elements, as well as the tow bar. References Explanation 20 Ref. No. Description 1 Awning 2 Manual paint guns 3 Seats 4 Batteries Control Panel 6 Alignment bars 7 Automatic paint guns 8 Glass bead guns 4 Ref. No. Description 9 Hydraulic oil tank Paint pump 11 Compressors 12 Engines 13 Paint hydraulic pump 14. Drive hydraulic pump Glass bead tank 16 Air tanks 17 Paint tanks 18 Towing hitches Detailed Description of the Invention The invention describes the application of lines with single-color cold paint, shown from two different angles in Figures 1 and 2. It is designed as a self-propelled hydraulic machine for the purpose of operation. The operator Working while sitting on the machine, paint and glass bead materials on the machine transport, spraying the paint onto the surface under pressure, and hydrostatic operation of the machine 5 The movement is provided within the same machine. Airless spraying. in the process, in paint spray guns, in glass bead application and in the operation of pneumatic valves Compressed air is used, only the paint tank (17) does not have compressed air (airless). The seat shown in Figure 1 (3) allows the operator to steer the machine while seated. It is positioned on it. The canopy (1) covers the upper area of ​​the operator located on the seat (3) 10 It is transported in a position to cover the operator. This protects the operator from the sun, rain, and other external factors. It contributes to the protection of the long-term open area via the seat (3) and awning (1). In these applications, a seated and protected working position is achieved. The battery (4) is carried on the machine in the arrangement shown in Figure 1. The battery (4) and the internal Electrical energy is supplied to the starter of the combustion engine (12) and the machine 15 The energy needs of the electrical and electronic equipment are met. Thus, the motor (12) A power source on the machine for operation and electrically powered control functions. is provided. The motor shown in Figure 2 (12) performs hydraulic and pneumatic functions by moving the machine. It is used as a common mechanical power source for operation. The paint hydraulic motor (12) The pump (13), the drive hydraulic pump (14) and the compressor (11) are driven. The motor (12) mechanical power, paint application function via paint hydraulic pump (13), driving hydraulic hydrostatic drive function via pump (14) and compressed air via compressor (11) 5 It is transferred to production. The paint hydraulic pump (13) will provide the hydraulic flow required for the drive of the paint pump (10). It is arranged in hydraulic connection with the paint pump (10) in the figure. Drive hydraulic pump (14) is designed to transmit power to the machine's hydrostatic drive system. Paint hydraulic pump (13) and drive hydraulic pump (14) provide separate hydraulic power to different functions. These are pump elements. In this arrangement, the paint pump (10) is driven by hydraulic drive and the machine. Hydrostatic motion is provided via separate pump elements. Hydraulic oil tank (9), paint hydraulic pump (13), drive hydraulic pump (14) and hydraulic on the machine for storing the hydraulic oil needed by the motors in the system It is located. The hydraulic oil tank (9) is for storing the oil circulating in the hydraulic circuit and 15 It is used to help cool down. Hydraulic oil tank (9) and paint The paint tank (17) in which the material is stored is kept separate from the hydraulic oil power The transfer process ensures that the paint is used as a surface marking material. Paint tank (17) is the single color cold paint to be used in line making on the machine. It is arranged for storage. The paint tank (17) has fluid 20 in the paint inlet of the paint pump (10). It is connected by a connection. In the preferred application method, one paint tank (17) is used and the capacity of the paint tank (17) is determined as 80 L. Paint pump (10) Paint taken from the paint tank (17) is pressurized and transferred to the manual paint gun (2) and It is transmitted to automatic paint guns (7). Paint pump (10) is driven by hydraulic flow provided by paint hydraulic pump (13) 25 High-pressure paint is applied to the paint guns via the paint pump (10). The dye supply is obtained. The reported dye supply for the preferred application method is as follows. The specifications are a working pressure of 220 bar and a flow rate of 11.4 L / min. These values ​​are relevant to the paint application circuit. It is related to the hydraulic oil flow rate of the paint hydraulic pump (13) in the glass bead application. The air pressure used and the air flow rate of the compressor (11) are not considered. 30 6 Automatic paint guns (7) can paint the road or ground surface as shown in Figure 2. It is carried on the machine in the position to be sprayed. Two automatic paint guns (7) Automatic paint guns (7) are used. The paint pump (10) discharges the fluid through the paint outlet. It is arranged in connection with the automatic paint guns (7) during the machine's operation. The application is carried out based on line width and paint layer thickness, single 5 The color paint is sprayed onto the surface using an airless paint tank (17). The control panel (5) is shown in Figure 2 in the position where the operator can give commands. Control Spray modes and line timings are managed with the panel (5); drive and hydraulic system The checks are carried out. Thus, from a seated work position to paint application and The control panel (5) provides control over the machine's movement. Automatic paint 10 with control functions for use of their pistols (7) while driving It has been arranged. Glass bead tank (15), reflective glass beads to be applied to the surface on the machine It is designed for storage. The preferred application method is a single glass bead tank. (15) is used and the capacity of the glass bead tank (15) is determined as 40 L. Glass 15 The glass bead tank (15) is connected to feed the glass bead guns (8). It is arranged. Glass beads are placed under pressure in the glass bead tank (15) or flowing into guns. It can be kept in a state that will provide this. The compressor (11) is driven by the motor (12) and the glass bead system and pneumatic valves. It produces compressed air for. The air tank (16) is connected to the compressed air outlet of the compressor (11) 20 It is arranged in connection with the compressed air produced by the compressor (11) in the air tank. (16) is stored. Thus, an air reserve is created for the air needs of the pneumatic system. This is being done to ensure continuity of air supply and pressure stability. The tank (16) is a separate storage element from the glass bead tank (15). Two glass bead guns (8) applied wet paint with automatic paint guns (7) 25 It is positioned to allow the projection of reflective glass beads onto it. Glass beads The guns (8) are fed through the glass bead tank (15) and by the compressor (11). The compressed air produced is supplied to pneumatic valves via a glass bead system. Applying micro-spheres to wet paint contributes to the visibility of the line at night. It is provided. The circuit where the paint is conveyed under high pressure and the circuit where compressed air is used are 30. They have separate functions. 7 The manual paint gun (2) is a hand-operated paint application device shown in Figure 1. It is an element. Special markings other than automatic line drawing with a manual paint gun (2), Paint is sprayed for arrows, pedestrian crossings, and stencil applications. From the paint pump. (10) In addition to linear application, local and with the same machine using the provided paint supply. Shaped markings are made. 5 Two alignment bars (6) allow visual tracking of the machine's operating direction as shown in Figure 2. The elements that enable this are shown as the existing reference with the alignment bars (6). The line or shoulder is ensured to be followed by the operator. Alignment bars (6) helps to guide the machine according to the direction to be followed during paint application. These are used as visual references. 10 The tow bar (18) is the connection shown in Figure 2 for attaching the machine to a carrier or trailer. It is shown as an element. The tow bar (18) is only for connecting an additional trailer to the vehicle. It is not related to transportation. In the preferred application method shown in Figure 1 and Figure 2, one awning (1) and manual painting. gun (2), seat (3), battery (4), control panel (5), hydraulic oil tank (9), paint pump (10), 15 compressor (11), motor (12), paint hydraulic pump (13), drive hydraulic pump (14), glass Two alignments each of the ball tank (15), air tank (16), paint tank (17) and drawbar (18). The stick (6), automatic paint gun (7) and glass bead gun (8) are used together. During an application, single color cold paint in the paint tank (17) and glass bead tank (15) Reflective glass beads are provided. The starter of the motor (12) is powered by the battery (4); 20 When the motor (12) is started, the paint hydraulic pump (13), the drive hydraulic pump (14) and Mechanical power is provided for the compressor (11). Operator located on the seat (3) Application and driving controls are given via the control panel (5). Driving While the machine is moved by means of the hydraulic pump (14) the paint pump (10) The pressurized paint is applied to the surface with automatic paint guns (7) and glass beads 25 Glass beads are transferred onto wet paint via guns (8). Direction tracking This is done with the help of alignment bars (6). By arranging the paint tank (17) with a capacity of 80 L and the glass bead tank (15) with a capacity of 40 L, the material The aim is to extend the refueling intervals. The reported pressure and flow rate of the paint pump (10) Its features are geared toward feeding heavy traffic paints to the guns. The paint tank (17) and 30 The resupply frequency of the glass bead tank (15) depends on the dimensions of the line applied and the material consumption. 8 is connected. The seat (3), canopy (1), is used in the city, parking lot, highway and facility. Hydraulic drive and material handling elements are used together, allowing a single operator to work from a seated position. A working application environment is provided.

Claims

9 REQUESTS 1. A seat for the operator to work while seated (3), in special marking applications a manual paint gun (2) and a tow bar (18) used to connect to the trailer It is a self-propelled hydraulic cold paint line drawing machine, the main feature of which is; an internal combustion engine (12) that provides mechanical power, starting the said engine (12) and 5 a battery (4) that supplies electrical and electronic equipment, driven by the aforementioned motor (12) a paint hydraulic pump (13) and separate from the aforementioned paint hydraulic pump (13) A drive hydraulic pump (14) is arranged as a storage of hydraulic oil and a hydraulic oil tank (9) to help cool the mentioned paint hydraulic a paint pump (10) driven by the hydraulic flow provided by pump (13), 10 arranged as a fluid connection with the paint outlet of the mentioned paint pump (10) and Two automatic paint guns (7) that spray single color cold paint onto the surface during driving, glass beads applied to wet paint with the mentioned automatic paint guns (7) two glass bead guns (8) arranged in a position to transmit and the aforementioned motor (12) 15 driven by [unclear], it supplies compressed air to the glass bead system and pneumatic valves. a compressor (11) for storing single color cold paint, the paint mentioned an airless pump (10) arranged in a fluid connection with the paint inlet. the inclusion of a paint tank (17) and the aforementioned drive hydraulic pump (14) of the machine's hydrostatic It is designed to transmit power to the walking system.

2. Self-propelled hydraulic cold paint line marking machine according to claim 1, its specifications are; 20 The mentioned seat (3) will cover the upper region of the operator and protect him from the sun and rain. and a canopy arranged in a position that will help protect it from external factors (1) It includes.

3. According to Claim 1, it is a self-propelled hydraulic cold paint line marking machine, the characteristics of which are; 25 spray modes, line timings, driving and hydraulic system controls a control system arranged in a position where the operator can give commands for management. It includes panel (5).

4. According to claim 3, it is a self-propelled hydraulic cold paint line drawing machine, the characteristics of which are; visual tracking of the existing reference line or shoulder by the operator It includes two alignment bars (6) for this purpose. 30 5. Self-propelled hydraulic cold paint line marking machine according to Claim 1, its features are; glass bead guns mentioned for storing reflective glass beads (8) It includes a glass bead tank (15) arranged in a feed connection.

6. According to claim 5, it is a self-propelled hydraulic cold paint line marking machine, the feature of which is; 5 of the compressed air connected to the compressed air outlet of the mentioned compressor (11) arranged separately from the mentioned glass bead tank (15) for storage It contains an air tank (16).

7. Self-propelled hydraulic cold paint line marking machine according to Claim 1, its features are; The mentioned paint tank (17) has a capacity of 80 L.

8. Self-propelled hydraulic cold paint line marking machine according to claim 5, its feature is; 10 The capacity of the mentioned glass bead tank (15) is 40 L.

9. According to claim 7, it is a self-propelled hydraulic cold paint line marking machine, the specifications of which are; Arranged in a supply connection with the aforementioned glass bead guns (8), It contains a glass bead tank (15) with a capacity of 40 L.

10. Self-propelled hydraulic cold paint line marking machine according to claim 1, its feature is; 15 The working pressure of the paint supply provided through the mentioned paint pump (10) is 220 The pressure and flow rate are 11.4 L / min.

11. According to claim 11, it is a self-propelled hydraulic cold paint line marking machine, the feature of which is; a canopy (1) covering the upper area of ​​the operator located on the mentioned seat (3), 20 spray modes, line timings, driving and hydraulic system controls a control panel for managing (5), visual of the current reference line or shoulder two alignment bars (6) for tracking and the aforementioned compressor (11) an air tank separate from the aforementioned glass bead tank (15) connected to the compressed air outlet (16) includes and paint supply via the aforementioned paint pump (10) The working pressure is 220 bar and the flow rate is 11.4 L / min. 25

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