ULTRASONIC WASHING SYSTEM

Abstract

The invention relates to an ultrasonic cleaning system (A) that enables the efficient automatic cleaning of porous molds used in the production of cheddar and curd cheese.

Description

1 TARIFF ULTRASONIC WASHING SYSTEM TECHNICAL FIELD The invention enables the efficient use of porous molds in the production of cheddar and curd cheese. It is related to the ultrasonic cleaning system that enables automatic cleaning. 5 PREVIOUS TECHNIQUE In the production of Cheddar and Teleme cheeses, molds with a special porous structure are used. These molds are used to collect cheese residue in their pores after each production run. and become clogged due to microbiological contamination, negatively affecting production efficiency. It has an effect. In current practices, cleaning these molds is usually done with pressurized water. 10 It is done manually. However, this method is not effective for molds with a porous structure. This prevents proper cleaning and leads to the following disadvantages: Manual washing is unable to penetrate the micro-pores of the molds, and It is unable to ensure that the pores open completely. This situation causes the molds to repeat. Its use increases the risk of microbiological contamination and reduces production quality. 15 Manual cleaning is time-consuming and labor-intensive. This also... It slows down the production process and increases operating costs. The pressure and mechanical effects applied to the molds during manual washing, over time This can cause physical damage to the molds. This damage can affect the molds. This shortens its lifespan and leads to additional costs for re-mold production. 20 Considering the problems mentioned above, cheddar and curd cheese... efficient automatic cleaning of porous molds used in production An ultrasonic cleaning system that provides this is needed. In conclusion, all the problems mentioned above necessitate innovation in the relevant field. has brought it to this state. 25 2 THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned problems and provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. The purpose of the invention is to automate the production of porous molds used in cheddar and curd cheese production. The goal is to ensure it gets washed in some way. 5 The aim of the invention is to effectively clean the micropores found in molds. to provide. The purpose of the invention is to clean molds without damaging (deforming) them. to provide. The aim of the invention is to perform the mold cleaning process in minimum time and with minimum labor. to make it happen. The purpose of the invention is to eliminate the problems caused by manual washing in current practices. The aim is to eliminate the risk of microbiological contamination. A BRIEF DESCRIPTION OF THE INVENTION All the objectives mentioned above and those that will emerge from the detailed explanation below are 15. The present invention, designed to achieve this, is an ultrasonic cleaning system. The invention is a mold that enables the transport of molds that are to be subjected to a cleaning process. the transport trolley, the aforementioned mold transport trolley, moves along the vertical axis. the transport elevator that provides the movement of the aforementioned transport elevator on the horizontal axis The sled that enables this, and the washing machine inside to clean the dirty molds. 20 chemical washing pool containing chemicals, chemicals coming out of the chemical washing pool inside to ensure the cleaning of chemical residues on the molds a rinsing pool containing rinsing water, during the cleaning process Chemical washing pool and rinsing to prevent chemical and water splashing. The cover connected to the pool, in the aforementioned molds, 25 to prevent microbiological contamination. The mentioned chemical is used to effectively clean the micropores found within. connected to the washing and rinsing pool, it creates vibrations by generating sound waves. The ultrasonic sensor that provides the parameters of the aforementioned cleaning process The control panel, which allows for the determination of the cleaning process, is operated by the operator. The button that initiates (triggers) the chemical washing pool and rinsing 30 3 To prevent collision between the transport elevator and the cover connected to the pool. Two entities configured on the slide to detect the position of the elevator. Cheddar and curd cheese production is characterized by the inclusion of a sensor. enabling efficient automatic cleaning of porous molds used It relates to ultrasonic cleaning systems. 5 BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows an isometric view of the ultrasonic cleaning system. EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES A. Ultrasonic cleaning system 1. Mold transport trolley 10 2. Transport elevator 3. Sled 4. Chemical washing pool 5. Rinsing pool 6. Control panel 15 7. Button YE. Horizontal axis. DE. Vertical axis. DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention, ultrasonic cleaning system (A), is only 20 years old. To ensure a good understanding, it is explained with examples that do not create any limiting effects. The invention enables the efficient use of porous molds in the production of cheddar and curd cheese. It relates to the ultrasonic cleaning system (A) which enables automatic cleaning. The invention relates to molds that are to be subjected to a cleaning process, as shown in Figure 1. It includes a mold transport trolley (1) which enables its transport. Preferably mold transport 25 4 mold transport trolley (1) so that the trolley (1) can be moved on the ground with the operator It includes a connected wheel. The mentioned mold transport trolley (1) is on the vertical axis (DE) It includes a transport elevator (2) that enables it to move. The mentioned transport It includes a slide (3) that enables the elevator (2) to move on the horizontal axis (YE). The invention, as shown in Figure 1, is a system containing 5 components for cleaning soiled molds. It includes a chemical washing pool (4) containing washing chemicals. The washing chemical is preferably caustic. The molds coming out of the chemical washing pool (4) rinse water inside to ensure chemical residues are removed It includes a rinsing pool (5). To prevent chemicals and water from splashing into the environment during the cleaning process, 10 It includes a cover connected to the chemical washing pool (4) and the rinsing pool (5). Thanks to the aforementioned cover, personnel outside can see during the cleaning process. Damage from chemical splashes is prevented. The invention relates to an ultrasonic system connected to the aforementioned chemical washing and rinsing pool (4,5). It includes a sensor. The aforementioned ultrasonic sensor creates vibrations by generating sound waves. 15 This allows the micropores in the molds to function effectively. Cleaning is ensured. In this way, microbiological contamination is prevented. The invention relates to the parameters of the aforementioned cleaning process, as shown in Figure 1. It includes a control panel (6) that enables the determination of these parameters. In particular, of these parameters Waiting time in pools is 20, both to avoid wasting time and to ensure maximum hygiene. This is extremely important from this point of view. The cleaning process must be initiated by the operator. It contains a button (7) that enables (it to be triggered). The invention is a cover connected to the chemical washing pool (4) and the rinsing pool (5) and the conveyor. position of the transport elevator (2) to prevent collision of the elevator (2) It includes two presence sensors configured on the sled (3) to detect. 25 Thanks to the mentioned presence sensors, the transport elevator (2) is in an inappropriate position For example: while on the chemical washing pool (4) into the chemical washing pool (4) The connecting cover is not opened, thus there is a risk of collision between the cover and the transport elevator (2). is being eliminated. For the washing process, the dirty molds are first stacked on the mold transport trolley (1). 30 Then it is brought to the chemical washing pool (4). Then it is checked. Parameters for the cleaning process are entered into the panel (6). Then the mold transport trolley (1) It is connected to the transport elevator (2) and moves upwards on the vertical axis (DE). It is then moved. Then the transport elevator (2) is moved horizontally on the axis (YE) on the slide (3) It is advanced and brought onto the chemical washing pool (4). During this time, chemical washing The cover connected to the pool (4) is in the open position. The transport elevator (2), mold transport 5 Leaving his car (1) into the chemical washing pool (4), he moved upwards again. The operator selects the empty transport elevator (2), where the presence sensor is located. It moves to the position. Then the operator presses the button (7). Button (7) The lid is closed by pressing the button, and the ultrasonic sensor is activated. Preferably 3 The mold transport trolley (1) waits here for 10 minutes. The washing process takes 10 minutes. When finished, the lid opens automatically. Then the mold transport trolley (1) It is taken from here and transferred to the rinsing pool (5). Here, after the lid is closed... Then the ultrasonic sensors are activated and preferably for 3 minutes. It is kept waiting. Then the mold transport cart (1) containing the cleaned molds. The molds are lifted onto the ground by means of a transport elevator (2) and a slide (3) and the molds are 15 The mold is transported to the region where it will be used by a mold transport trolley (1). This cycle mentioned above By continuously removing dirt and grime, the cleaning process is carried out with maximum effectiveness. The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... The person, without deviating from the main theme of the invention, can create similar 20 based on the above-mentioned points. It is clear that these structures can emerge.

Claims

6 REQUESTS 1. The invention describes an efficient method for producing porous molds used in the production of cheddar and curd cheese. ultrasonic cleaning system (A) that enables automatic cleaning. Its characteristic is;  5 that facilitate the transportation of molds to be subjected to the cleaning process. mold transport trolley (1),  The movement of the mentioned mold transport trolley (1) in the vertical axis (DE). transport elevator (2) that enables it to do so.  The mentioned transport elevator (2) moves along the horizontal axis (YE). sled (3), 10  Contains cleaning chemicals to ensure the cleanliness of soiled molds. chemical washing pool (4),  Chemical on the molds coming out of the chemical washing pool (4) rinse water inside to ensure residue is removed rinsing pool (5), 15  Prevent chemicals and water from splashing onto the outside environment during the cleaning process. connected to the chemical washing pool (4) and rinsing pool (5) lid,  To prevent microbiological contamination, the following patterns are included: The 20 mentioned are for effective cleaning of micropores. connected to the chemical washing and rinsing pool (4,5) and sound waves ultrasonic sensor that produces vibrations,  Enables the determination of the parameters of the aforementioned cleaning process. control panel (6),  The cleaning process must be initiated (triggered) by the operator. 25 button (7) that provides  With the cover connected to the chemical washing pool (4) and the rinsing pool (5) to prevent collision of the transport elevator (2) (2) Two units configured on the sled (3) to detect its position Presence sensor, 30 It is characterized by its inclusion.

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