Double-locked mechanical liquid transfer stand depending on the presence of the receiving vessel.
A mechanical system with a tilting arm and locking mechanism secures the receiving vessel during transfer, addressing the lack of vessel presence verification in existing systems, ensuring safe and reliable liquid transfer.
Patent Information
- Application Number
- TR202618069U
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2026-10-18
- Publication Date
- 2026-10-21
- Estimated Expiration
- 2036-10-18
AI Technical Summary
Existing liquid transfer systems in laboratories and workshops lack a mechanism to ensure the presence of the receiving vessel during transfer, relying solely on user arm movement and initial movement blocking, which does not prevent removal of the container, and often require separate sensing elements.
A mechanical system using a tilting arm, pressure plate, and locking mechanism to ensure the receiving vessel is present, involving a cam and locking tongue to secure the container, operated without electronic control units.
Ensures the receiving vessel is securely held during transfer, preventing its removal and ensuring safe liquid transfer by mechanically verifying its presence, enhancing safety without electronic components.
Smart Images
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Abstract
Description
1 TARIFF DOUBLE-LOCKED MECHANICAL FLUID TRANSFER DEPENDING ON RECEIVER VESSEL PRESENCE. STAND Technical Area The invention involves the controlled bending of the source vessel and the mechanical operation of the receiving vessel in laboratories. This relates to the field of liquid transfer stands, which are held in a specific position. State of the Art In laboratory and workshop settings, liquids are transferred from one container to another. Tilting carriers, treadmill arrangements, and pouring spouts for conveying goods. It is used. In such arrangements, bending of the weld vessel is mostly10 It depends on the user's arm movement. The receiver container is located in the transfer area. The absence of such a condition may not be checked as a separate mechanical safety requirement. In some other systems, the presence of a container can be checked with a separate sensing element. However, only the initial movement is blocked, the receiver while the source cap is tilted. This does not necessarily prevent the removal of the container. The technical subject of this application is container 15 The presence of the container must be held while the transfer continues, along with the verification of its existence. It is the connection to the working mechanical parts. Purpose of the Invention The purpose of the invention is to create a lever that tilts the source vessel when the receiving vessel is not in place. to prevent movement and to apply pressure to the receiver container while the source container is in an inclined position. The goal is to create a second mechanical barrier to prevent it from being lifted from its base. For this purpose, a pressure plate that moves with the weight of the receiving container, and a tilting arm are used. It moves a releasing linkage pusher; cam attached to the source carrier. Its protrusion, when tilting is initiated, passes through a separate locking tongue onto the top of the receiver container. It closes the gripping jaws that grasp the edge. Both relationships are electrical sensors or 25 This is achieved without requiring an electronic control unit. Explanation of the Figures Figure 1: Overall view of the stand including the source cap carrier and the receiving cap pressure plate. Side view. Figure 2: Schematic of the two locks, the receiver cap sensing linkage and the carrier cam30 Detail view. Explanation of Reference Symbols in Figures 1: base body 2: support post 2 3: source cap carrier 4: rotating shaft 5: Manually operated tilting arm 6: First locking latch 7: receiver cap printing plate5 8: printing plate spring 9: link pusher 10: latch joint 11: cam protrusion 12: second lock tongue10 13: receiver cap upper edge holding jaw 14: carrier return spring 15: drainage router 16: slope limit support 17: Jaw retraction spring15 Description of the Invention The setup shown in Figure 1 and Figure 2 consists of a base body (1) resting on the ground and It includes a support strut (2) attached to the base body (1). Weld cap its carrier (3) around the rotating shaft (4) on the support strut (2) It can move within the incline range. The welding vessel carries the weight of the welding vessel20 A bending arm (5) is attached to the carrier (3). The transfer of the weld cup carrier (3) a discharge guide (15) that directs the liquid to the designated area on its edge and There is a slope limit support (16) that restricts the end of the movement. The receiver container pressure plate (7) on which the receiver container sits is vertical on the base body (1). It is mounted in such a way that it can move. Print plate spring (8), receiving cover print25 It pushes the table (7) to its raised starting position. The receiving cup printing table (7) The connecting pusher (9) mechanically attached under the weight of the receiving vessel It transfers the downward displacement to the first locking latch (6). The first locking latch (6) is located on the latch joint on the base body (1). (10) By turning, it pulls back the locking end that enters the movement track of the tilting arm (5).30 When the receiving plate printing plate (7) is in the raised position, the printing plate spring (8), connection tilt the locking end of the first locking latch (6) via the pusher (9) It holds the arm (5) in the path. The weight of the receiving container moves the pressure plate down. When it is engaged, the linkage pusher (9) first locking latch (6) latch joint (10) By rotating it around, it releases the movement of the arm.35 On the weld cap carrier (3), a cam projection (11) rotates together with the carrier. 3 It is located. When the carrier (3) tilts from its starting position, the cam projection (11), by advancing the second lock tongue (12) which is linearly bearing, the upper edge of the receiver cap attached to it. Bring the gripping jaw (13) over the edge of the receiving cup. The second locking tongue (12) While in this position, the gripping jaw (13) mechanically pulls the receiving container upwards. It creates an obstacle; therefore, the container, the source container carrier (3) is in an inclined position.5 It cannot be removed from the printing plate (7). The holding jaw (13) is used to empty the liquid from the receiving container. He grasps a section of the edge without covering his mouth. The relationship of movement between the cam projection (11) and the second lock tongue (12) is the source cap. by returning the carrier (3) to its starting position, the second lock tongue (12) is returned It is set up in such a way as to allow it to be pulled. The jaw attached to the second locking tongue (12)10 The release spring (17) pulls the retaining jaw (13) away from the upper edge of the receiving cap. It forces. The carrier connected between the support upright (2) and the weld cap carrier (3). The return spring (14) is released when the force applied by the operator is removed. It directs the container carrier (3) to its starting position. The first locking latch (6) and the second locking tongue (12) have different movements. It holds the following: the first holds the bending arm (5), the second holds the jaw that holds the upper edge of the receiving cup. (13) locks. The weight of the receiving vessel and the tilt condition of the source vessel carrier (3), these two It ensures the lock operates sequentially. The mechanism is designed for the diameter of the container to be used. Manufactured in suitable dimensions of receiving cap printing table (7) and welding cap carrier (3). It can be done.20 The slope limit support (16) is around the rotating shaft (4) of the weld cap carrier (3). It limits the final movement position. The discharge guide (15) to the source carrier. (3) The installed weld is placed so that it is aligned with the discharge edge of the container. Parts that come into contact with the fluid are made of materials suitable for the fluid to be used; This application protects a specific chemical composition or method of liquid transfer. It doesn't make it a topic of discussion. How the invention can be applied to industry. The device is used in school laboratories, technical training workshops, and low-volume settings. In production lines where liquid transfer takes place; metal, polymer or their derivatives It can be mass-produced and used from its components. The prototype's safety30 performance, the mass of the containers to be selected, and friction and spring forces are also taken into consideration. It must be verified experimentally.
Claims
4 REQUESTS 1. The invention describes a device used for transferring liquid from a source container to a receiver container and consisting of a base. weld that moves around the body (1), support strut (2), rotating shaft (4) a mechanical fluid including a container carrier (3) and a tilting arm (5) attached to the carrier It is a transfer stand, its feature is that it moves downwards with the weight of the receiving container, printing5 A receiving cap printing table (7) is pushed upwards by the table spring (8), receiving cap printing The connecting pusher (9) attached to the table (7), moved by the connecting pusher (9) and First locking latch that prevents the tilt lever (5) when the receiver cap is not present (6), cam projection (11) attached to the source cap carrier (3), with this cam projection (11) The second moving lock tongue (12) and the second lock tongue (12) are connected to the source cap10 the upward movement of the upper edge of the receiving container when the carrier (3) is in an inclined position It contains a holding jaw (13) that prevents it.
2. Mechanical fluid transfer stand according to claim 1, its feature is; first locking the latch joint (10) placed on the base body (1) of the latch (6) It is mounted on a bearing that allows it to rotate around its axis.15 3. It is a mechanical fluid transfer stand according to claim 1, and its feature is that the connecting pusher (9), The vertical movement of the receiving cap printing plate (7) is controlled by the first locking latch (6) between the receiver cover printing plate (7) and the latch (6) to transmit It is its positioning.
4. Mechanical fluid transfer stand according to claim 1, its feature is; cam projection (11),20 holding the second lock tongue (12) during the bending of the weld cap carrier (3). attached to the carrier (3) so that it moves its jaw (13) toward the upper edge of the receiving container. It is the fact that.
5. Mechanical fluid transfer stand according to Claim 1, its characteristic is; welded vessel carrier. (3) and the support strut (2) contain the carrier return spring (14).25 6. Mechanical fluid transfer stand according to Claim 1, its characteristic is; welded cap. The carrier (3) includes a discharge guide (15) connected to the transfer edge.
7. Mechanical fluid transfer stand according to Claim 1, its characteristic is; welded cap. inclination limit that restricts the movement of the carrier (3) around the rotating shaft (4) The basis is that it includes (16).30 8. Mechanical fluid transfer stand according to claim 1, its feature is; second locking tongue (12) and the jaw that directs the gripping jaw (13) to retract from the top edge of the receiving cup It contains a return spring (17).