POLLEN TRANSFER TRAINING APPARATUS WITH RESULT WINDOW THAT OPENS VIA MECHANICAL LOAD THRESHOLD.

Abstract

The invention relates to an educational apparatus that mechanically demonstrates pollen transfer. The apparatus comprises a main training body, an insect module that moves along a track, a pollen capsule carrying pollen samples, a removable flower receiver module, a transfer lock, a collection chamber with a movable base, a mechanical load threshold mechanism, a results window, a retraction drawer, and a reset slide. The exit flap of the pollen capsule is held closed by a spring. When the insect module reaches the discharge position on the track, the fixed capsule opening projection opens the capsule exit flap. When the flower receiver module is in its housing, the transfer lock opens the passage of the pollen samples into the collection chamber. The total load of the pollen samples accumulated in the collection chamber is transferred to the window lock tongue via the movable base, load transfer lever, and threshold lever. When the total load reaches a defined threshold value, the results window is released and moves to the visible position by spring force.The reset slider returns the result window, threshold handle, window lock tongue, and insect module to their initial positions, and transfers the pollen sample particles to the collection drawer.

Description

THRESHOLD-CONTROLLED POLLEN TRANSFER FOR SEED FORMATION TRAINING DEVICE 1. TECHNICAL FIELD This invention is used in biology education apparatus, plant life cycle education devices, and pollination. educational tools, modular classroom science teaching devices, threshold-controlled display window teaching setups and educational devices that provide concrete observation for children It is related. The invention specifically includes: the main training body, the insect module movement rail, and the pollen capsule insect. module, pollen capsule, flower receiver module, flower receiver housing, pollen bead collection reservoir, threshold counter, seed formation window, missing pollen window, flower module lock, Threshold-controlled pollen transfer seed with reset slider and module storage compartment. Its formation relates to the educational apparatus. The invented apparatus is an educational tool that explains the pollination process solely through visual representation. Separating from their materials; accumulation of pollen representative beads in the flower receiver module, reaching a certain threshold level and the seed formation window closing when the threshold is reached It creates a physical training apparatus that enables it to become mechanically visible. 2. STATE OF KNOWLEDGE OF THE ART In the current state of technology, flowers are used to teach about pollination and seed formation. posters, plant life cycle cards, in-class role-playing activities, pollen transport games, flower models, digital education applications, and biology based on teacher explanations. Educational materials are used. This known material shows that insects carry pollen from one flower to another, and this It is explained that transport is related to seed formation. However, pollen is present in these materials. The encapsulated insect module moves along the rail to the flower receiver module, pollen. The pollen representative beads emerging from the capsule are collected in the collection chamber of the flower receiver module. accumulation, mechanical counting of the accumulated beads with a threshold counter, and threshold technical integrity is compromised by keeping the seed formation window closed before completion. 35 is not available. In the known state of the art, there are also flower models and pollen transfer games for children. These materials include colorful pieces representing pollen, which the child takes from a flower. 1 to 5 carries it to another flower. However, in these structures, after pollen transfer, a certain number There is no seed formation window that opens without the accumulation of pollen representative beads. This Therefore, known materials indicate that seed formation depends on a specific pollen transfer threshold. It is not shown with a physically locked window. In the known state of the technique, counting beads, educational toys with counters, and results. Windowed matching devices are also used. In these systems, the child... The number of pieces placed can be displayed, or the result of the correct match can be revealed. It can emerge. However, in the invention that is the subject of the application, the counting process is presented as a general number game. It is not organized. Pollen representation beads are from the pollen capsule on the insect module. The pollen is transferred to the flower receiver module; the threshold counter only detects pollen in the flower receiver module. It operates with a bead collection chamber; the seed formation window opens when the threshold is reached. It is moving to a free position. In the known state of the art, plant life cycle educational boards introduced flower parts. There are cards and visual sets illustrating seed formation. These materials include flowers, The concepts of pollen, insects, and seeds are presented in visual order. However, these materials focus on pollen. encapsulated insect module, flower receiver housing, bead collection chamber, threshold counter, missing pollen It does not describe the physical structure of the apparatus, including the window and the reset slider. In the current state of the art, actual agricultural pollination methods include artificial pollination devices. These systems include drone-based pollen delivery systems and plant production technologies. It has been developed for actual agricultural production and biological applications. The invention subject to the application. However, it is not a means of actual plant production, biological reproduction, or agricultural pollination. The invention, a mechanical training used in classroom instruction and working with safe representation beads It is a device. Therefore, the invention in question is an educational material, role-playing game, that explains the subject of pollination. crafting games, flower models, counting toys, or a real agricultural pollination system. No. The invention relates to the transfer of pollen from a pollen-capsule insect module to a flower receptor module. The representation beads are evaluated with a threshold counter, and the seed is detected when the threshold is reached. Technical training based on the principle of mechanically making the formation window visible. It is a device. 35 3. PURPOSE OF THE INVENTION The aim of this invention is to demonstrate the relationship between pollination and seed formation through pollen transfer beads and... The goal is to create an educational apparatus that concretely demonstrates this through a threshold-controlled window. 2 5 Another objective of the invention is; the insect module movement rail of the pollen capsule insect module. The goal is to direct it to the flower recipient module. Another purpose of the invention is to use pollen-representing beads found in pollen capsules as flower receivers. The purpose is to ensure that the pollen beads in the module are transferred to the collection chamber. Another purpose of the invention is to represent the pollen that accumulates in the pollen bead collection chamber. The aim is to enable the beads to create a mechanical counting effect on the threshold counter. Another purpose of the invention is to prevent seed formation before a specified threshold level is reached. The goal is to keep the window closed. Another objective of the invention is to make the seed formation window visible when the threshold level is reached. The goal is to enable it to switch to that position. Another purpose of the invention is to make the missing pollen window visible when the threshold level is not reached. The goal is to get it to that position. Another purpose of the invention is to connect the pollen bead collection chamber with the zeroing slider, at the threshold. counter, seed formation window, missing pollen window and insect module movement rail The goal is to return it to its starting position. 4. EXPLANATION OF THE FIGURES No form is included in the application. 5. EXPLANATION OF REFERENCES IN THE FIGURES Since no figures are included in the application, a reference list is not provided. DETAILED DESCRIPTION OF THE 6TH INVENTION 6.1 General structure 6.1.1 The invention relates to a threshold-controlled pollen transfer seed formation training apparatus. 6.1.2 Apparatus; main training body, insect module movement rail, insect module with pollen capsule, pollen capsule, pollen representation beads, flower receiver module, flower receiver housing, pollen discharge opening, pollen bead collection chamber, threshold counter, seed formation window, missing pollen window, flower module lock, reset slider, and module storage compartment It includes. 6.1.3 Main training body, covering all modules of the apparatus, rail structure, windows, counter It is the main panel structure that houses the 35-position structure and the reset mechanism. 6.1.4 Insect module movement rail, connecting the pollen capsule insect module to the flower receiver module. It is the physical track line along which it moves correctly. 3 5 6.1.5 Insect module with pollen capsule, carrying the pollen capsule and visible to the child via the rail It is an insect representation module that is moved around. 6.1.6 The pollen capsule is a removable capsule structure that contains pollen representative beads. 6.1.7 Flower receiver module, where pollen representation beads are collected and transferred to the threshold counter. It is a flower representation module. 6.1.8 Pollen bead collection container, holds pollen representative beads from the pollen capsule. It is the container that holds the contents. 6.1.9 The threshold counter detects when the pollen sample beads accumulating in the collection hopper reach a certain level. It is a meter structure that mechanically evaluates the arrival time. 6.1.10 The seed formation window becomes visible when the threshold level is reached. It is a window structure. 6.1.11 Incomplete pollen window, in the attempt to obtain the result before the threshold level is completed. It is a window structure that becomes visible. 6.1.12 Flower module lock, pollen transfer before the flower receiver module is fully seated in the socket. It is the locking mechanism that keeps the line closed. 6.1.13 The reset slider resets the movable parts of the apparatus to their initial state at the end of the training cycle. It is the control element that returns it to its original position. 6.2 Main training body 6.2.1 Main training body; front display surface, rear carrier surface, insect module movement rail area, flower receiver housing area, pollen bead collection chamber area, threshold counter region, seed formation window region, missing pollen window region, reset slider It includes a channel and module storage area. 6.2.2 Preliminary display surface, the main surface seen by the child and where the modules are placed. It is a surface. 6.2.3 Rear carrier surface, threshold counter, window latches, flower module lock and reset. It is the surface on which the slide is mounted. 6.2.4 Insect module movement rail area, linear path of the pollen capsule insect module It is the region where it moves. 6.2.5 Flower receiver housing area, where the flower receiver module is located on the main training body. There are 35 districts. 6.2.6 Pollen bead collection chamber area, the chamber where pollen representative beads are collected. It is the field. 4 5 6.2.7 Threshold counter zone, counter where pollen beads create a mechanical counting effect. It is the field. 6.2.8 Seed formation window region, the panel where the seed formation window becomes visible. It is the field. 6.2.9 Missing pollen window area, panel where the missing pollen window becomes visible It is the field. 6.2.10 The reset slide channel guides the linear movement of the reset slide. It is a channel. 6.3 Insect module movement rail 6.3.1 Insect module movement rail, connecting the pollen capsule insect module to the flower receiver module. It is the guide rail structure that ensures its correct movement. 6.3.2 Insect module movement rail; starting rail section, guiding rail section, flower approach rail section, pollen discharge location, rail guide edges, rail stop surface and includes a return spring. 6.3.3 The starting rail section is the beginning of the training cycle for the pollen capsule insect module. It is the location. 6.3.4 Guiding rail section, the rail along which the insect module moves towards the flower receiver module. It is the line. 6.3.5 Flower approach rail section, the rail where the insect module reaches the pollen release position. It is the line. 6.3.6 Pollen release position, where the pollen capsule is aligned with the pollen release opening. It is a location. 6.3.7 Rail guide edges prevent the pollen-capsule insect module from separating from the rail line. It prevents. 6.3.8 Rail stopping surface, pollen capsule insect module in pollen discharge position It stops it. 6.3.9 Return spring, bug module movement rail when reset slider is activated It returns the movable module on it to its starting position. 35 6.4 Insect module with pollen capsule 6.4.1 Pollen capsule insect module, carrying the pollen capsule and insect module movement rail It is the physical representation module that moves on it. 5 6.4.2 Pollen capsule insect module; module body, replaceable insect marker plate, rail grab bar, capsule carrying holder, capsule locking tab, pollen discharge pusher tab, It includes a motion holding surface and a module stopping surface. 6.4.3 The module body is the main supporting part of the pollen capsule insect module. 6.4.4 Replaceable insect marker plate, attached to the module body and representing an insect. It is a removable plate structure that demonstrates this. 6.4.5 The rail support leg slides on the insect module's movement rail. It ensures that it is kept in position. 6.4.6 Capsule transport housing, fixed position of the pollen capsule on the insect module. It enables transportation. 6.4.7 The capsule locking tab prevents the pollen capsule from being pulled out of the capsule carrying slot during training. It prevents them from leaving. 6.4.8 Pollen discharge pusher projection, when the insect module is in the pollen discharge position. It opens the capsule exit flap in the pollen capsule. 6.4.9 The movement grip surface allows the child to move the insect module along the rail. It provides. 6.4.10 The module stop surface contacts the rail stop surface, thus activating the insect module. It holds the pollen in place during release. 6.5 Pollen capsules 6.5.1 The pollen capsule is a removable capsule structure that contains pollen representative beads. 6.5.2 Pollen capsule; capsule body, bead carrying compartment, capsule opening cap, capsule exit hatch, exit hatch spring element, capsule seating edge and capsule lock strike plate It includes. 6.5.3 The capsule body is the main capsule part that carries the pollen-representing beads. 6.5.4 The bead carrying compartment is the enclosed volume where the pollen representative beads are placed. 6.5.5 The capsule opening cap allows the pollen representative beads to be taken into the capsule. 6.5.6 Capsule exit cap, pollen representative beads in the flower receiver at the pollen discharge position. It enables the transition to the module. 6.5.7 The exit hatch spring element holds the capsule exit hatch in the closed position. 35 6.5.8 Capsule seating edge ensures the pollen capsule fits perfectly into the capsule carrier compartment. It provides. 6.5.9 The capsule lock counterpart contacts the capsule locking tab, thus engaging the capsule's insect module. It keeps it fixed in place. 6 5 6.6 Pollen representative beads 6.6.1 Pollen representation beads, safe educational materials that physically represent pollen transfer. are parts. 6.6.2 Pollen representation beads; spherical bead body, equidiameter outer surface, sliding surface It includes a textured and colored representation surface. 6.6.3 The spherical bead body, the beads from the pollen discharge nozzle to the collection chamber. It enables progress. 6.6.4 The uniform diameter of the outer surface ensures the even accumulation of beads within the threshold counter. 6.6.5 Sliding surface texture, controlled movement of beads from pollen capsule to floral receptor module. It enables passage. 6.6.6 Colored representation surface to make the beads visible in the observation windows. It provides. 6.7 Flower receiver slot 6.7.1 Flower receiver slot, the flower receiver module is located on the main training body. It is the socket structure that holds it in place. 6.7.2 Flower receiver slot; module inlet opening, module seating surface, shape-coded slot edge, module locking tab, pollen discharge alignment opening, flower module lock contact opening and includes a reservoir connection opening. 6.7.3 The module inlet opening allows the flower receiver module to be placed in its slot. 6.7.4 The module's seating surface holds the flower receiver module in a fixed position. 6.7.5 The coded socket edge in the figure ensures that the flower receiver module fits perfectly into the flower receiver socket. It provides. 6.7.6 The module locking tab prevents the flower receiver module from separating from its socket during training. It prevents. 6.7.7 Pollen release alignment opening, pollen capsule exit cap of the flower receiver It aligns with the pollen discharge port on the module. 6.7.8 Flower module lock contact opening, flower receiver module to flower module lock It provides mechanical contact. 6.7.9 The reservoir connection opening receives the pollen representation beads coming from the flower receiver module. It directs 35 beads into the collection container. 6.8 Flower receiver module 7 5 6.8.1 Flower receiver module, receiving pollen representation beads and collecting pollen beads. It is a removable flower representation module that directs the flower to its container. 6.8.2 Flower receiver module; module body, replaceable flower marker plate, pollen receiver bowl, pollen discharge opening, bead guiding channel, module seating edge, module lock It includes a counterpart and a flower lock pusher protrusion. 6.8.3 The module body is the main supporting part of the flower receiver module. 6.8.4 Interchangeable flower marker plate, attached to the module body and displaying a flower representation. It has a removable plate structure. 6.8.5 Pollen receiver dish, the dish that receives the pollen representative beads from the pollen capsule. It is its structure. 6.8.6 Pollen discharge port, pollen representative beads into the bead guiding channel. It enables passage. 6.8.7 Bead guiding channel, pollen representation beads, pollen bead collection It directs it to its reservoir. 6.8.8 Module seating edge ensures the flower receiver module fits perfectly into the flower receiver slot. It provides. 6.8.9 The module lock counterpart contacts the flower receiver module by making contact with the module locking tab. It holds it securely in the nest. 6.8.10 Flower lock pusher protrusion, flower module when the flower receiver module is fully seated in the slot It releases the lock. 6.9 Flower module lock 6.9.1 Flower module lock, pollen transfer before the flower receiver module is fully seated. It is the locking mechanism that keeps the line closed. 6.9.2 Flower module lock; lock body, flower module contact surface, pollen line closure. The bolt includes a lock release slide, a lock guide channel, and a lock return spring. 6.9.3 The lock body is the main moving part of the flower module lock. 6.9.4 The contact surface of the flower module makes contact with the flower lock pusher projection on the flower receiver module. is doing. 6.9.5 The pollen line closing tab must be installed before the flower receiver module is fully seated. 35 holds the discharge alignment opening in the closed position. 6.9.6 Lock release slide, pollen line closure when flower receiver module is fully seated. He brings his tongue to a free position. 8 5 6.9.7 The locking guide channel allows the flower module lock to move in a linear path. It provides. 6.9.8 The return spring locks the flower module lock when the reset slider is activated. It returns to the starting position. 6.10 Pollen bead collection container 6.10.1 Pollen bead collection chamber, representing pollen from the flower receiver module. It is the container structure that holds the beads. 6.10.2 Pollen bead collection container; container body, bead inlet opening, bead accumulation channel, transparent reservoir window, threshold level indicator, meter transfer surface and discharge opening It includes. 6.10.3 The reservoir body is the main reservoir structure that holds the pollen representative beads. 6.10.4 Bead inlet, pollen representation beads coming from the bead guiding channel. It is receiving. 6.10.5 The bead accumulation channel will contact the threshold counter of the pollen representative beads. It ensures that it accumulates in that location. 6.10.6 Transparent reservoir window allows the pollen representative beads inside the reservoir to be seen from the outside. It makes it visible. 6.10.7 Threshold level indicator, the bead corresponding to the opening of the seed formation window. It shows the level. 6.10.8 The counter transfer surface transfers the bead accumulation in the bead accumulation channel to the threshold counter. It transmits mechanically. 6.10.9 Discharge opening, initial bead collection when the reset slider is operated. It ensures that it is transferred to the area. 6.11 Threshold counter 6.11.1 The threshold counter determines the number of pollen representative beads in the pollen bead collection chamber. It is a counter structure that releases the seed formation window when the level is reached. 6.11.2 Threshold counter; counter body, bead contact lever, threshold weight lever, window lock tongue, window release slide, missing pollen transfer tab and counter return spring It contains 35. 6.11.3 The counter housing is the main moving part of the threshold counter. 6.11.4 Bead contact arm, with counter transfer surface in the pollen bead collection chamber. It is in contact. 9 5 6.11.5 The threshold weight arm is moved by the mechanical load created by the pollen representative beads. is doing. 6.11.6 Window lock tongue, seed formation window closed before threshold level is complete. It keeps it in that position. 6.11.7 The window release bolt engages the window lock tongue when the threshold level is reached. It brings it to a free position. 6.11.8 Incomplete pollen transfer prominence, result obtained before threshold level is reached. In this attempt, it transfers movement to the missing pollen window. 6.11.9 Counter return spring, threshold counter initialization when reset slider is activated. It returns it to its original position. 6.12 Seed formation window 6.12.1 The seed formation window becomes visible when released by the threshold counter. It is the window structure that comes into being. 6.12.2 Seed formation window; window body, seed formation marker plate, window sliding bolt, window guide channel, window lock counterface and window return spring It includes. 6.12.3 The window body is the main part of the seed formation window. 6.12.4 Seed formation indicator plate, replaceable plate showing the seed formation result. It is its structure. 6.12.5 The window bolt becomes visible when the window lock tongue is in the released position. It is passing. 6.12.6 The window guide channel ensures the linear movement of the window slider. 6.12.7 The opposite surface of the window lock contacts the window lock tongue on the threshold counter. 6.12.8 The window return spring opens the seed generation window when the reset slider is activated. It returns to the closed position. 6.13 Missing pollen window 6.13.1 Incomplete pollen window, in the attempt to obtain the result before the threshold level is completed. It is the window structure that becomes visible. 35 6.13.2 Missing pollen window; window body, missing pollen indicator plate, re-pollen transfer indicator plate, window bolt, window guide channel and window return spring It includes. 5 6.13.3 Missing pollen marker plate, pollen representation beads have not reached the threshold level. It is a replaceable plate structure that displays... 6.13.4 Repeat pollen transfer sign plate, replaceable showing training directions. It is a plate structure. 6.13.5 Window slider, movement from the missing pollen transfer tab on the threshold counter. It becomes visible. 6.13.6 The window guide channel ensures the linear movement of the window slider. 6.13.7 Window return spring, missing pollen window when reset slider is activated. It returns to the closed position. 6.14 Reset slider 6.14.1 The reset slider returns the device to its starting position at the end of the training cycle. It is a mobile control element. 6.14.2 Reset slider; slider body, teacher's grip end, bug module return surface, flower module lock return surface, threshold counter return surface, seed formation window return surface, missing pollen window return surface, bead discharge It includes a pusher and a bead collecting channel. 6.14.3 The bolt body is the main part that carries the reset movement. 6.14.4 The teacher's grip tip allows the teacher to move the reset slider. It provides. 6.14.5 Insect module return surface, pollen capsule insect module starting rail It returns to the section. 6.14.6 Flower module lock return surface, flower module lock closed start It returns it to its original position. 6.14.7 The threshold counter return surface returns the threshold counter to its starting position. 6.14.8 Seed formation window return surface, seed formation window closed It returns to its original position. 6.14.9 Missing pollen window return surface, missing pollen window closed position It rotates. 6.14.10 Bead discharge pusher, pollen representation in the pollen bead collection chamber. It directs 35 beads into the discharge opening. 6.14.11 Bead collection channel, pollen representative beads exiting from the discharge opening. It transfers it to the initial collection area. 11 5 6.15 Module storage compartment 6.15.1 Module storage compartment for unused insect modules, pollen capsules, flowers It is the compartment that keeps the receiver modules and pollen representation beads organized. 6.15.2 Module storage compartment; insect module pockets, pollen capsule pockets, flower receiver module pockets, pollen bead reservoir, module separator surfaces and module removal spaces It includes. 6.15.3 Insect module pockets, insect modules with pollen capsules in separate locations It holds. 6.15.4 Pollen capsule pouches carry pollen capsules in a closed position. 6.15.5 The flower receiver module pockets hold the flower receiver modules in separate compartments. 6.15.6 The pollen bead holder holds unused pollen representative beads. 6.15.7 Module separator surfaces prevent different component parts from mixing together. It prevents. 6.15.8 Module removal gaps allow for manual gripping of the modules. 6.16 Employment relationship 6.16.1 The flower receiver module is placed in the flower receiver slot. 6.16.2 The flower lock pusher protrusion on the flower receiver module releases the flower module lock. It brings it to that position. 6.16.3 Pollen capsule, into the capsule transport slot in the pollen capsule insect module. is being placed. 6.16.4 Pollen capsule insect module, pollen release on insect module movement rail It is being moved to its current position. 6.16.5 In the pollen release position, the pollen release ejector protrusion is located in the pollen capsule. It opens the outlet hatch. 6.16.6 Pollen representation beads, from the pollen capsule to the pollen receiver module in the flower. It is passing into the bowl. 6.16.7 Pollen representation beads, pollen bead through bead guiding channel It is transferred to the collection hopper. 6.16.8 The pollen representative beads collected in the pollen bead collection container are displayed on the threshold counter. 35 beads move the contact arm. 6.16.9 When the threshold level is reached, the window release slider activates, seed formation. It makes the window visible. 12 5 6.16.10 Incomplete pollen transfer in the outcome attempt before the threshold level is reached. Its protrusion makes the missing pollen window visible. 6.16.11 When the reset slider is activated, the pollen capsule insect module and the flower module lock, threshold counter, seed formation window, missing pollen window, and pollen representation beads It returns to its starting position. 7. INDUSTRIAL APPLICABILITY The invention concerns a threshold-controlled pollen transfer seed formation training apparatus; made of plastic. injection molding, transparent plastic window manufacturing, mechanical rail manufacturing, modular training panel. production, bead container production, spring window mechanism assembly, sliding mechanism It is manufactured on an industrial scale using assembly and training apparatus assembly techniques. Main training body, insect module movement rail, pollen capsule insect module, pollen. capsule, flower receiver module, pollen bead collection container, threshold counter, window frames, reset slider and module storage compartment made of plastic, composite, wood-based panel and It is manufactured with durable classroom training equipment materials. Pollen representation beads are safe educational material, of uniform diameter, and difficult to swallow. They are produced as plastic parts of a certain size and with a sliding surface texture. The device in question is suitable for kindergartens, primary schools, secondary schools, science centers, science education workshops, and nature. training workshops in the fields of plant life cycle education and pollination education It is used. 13

Claims

1. The invention is an educational apparatus that mechanically demonstrates pollen transfer; its feature is: a panel-shaped main training body, a movement extending over the main training body a track, an insect module located in a sliding position on a movement track, insect module capsule exit that carries pollen-representing particles and is kept closed by a spring. a pollen capsule with a lid, capsule exit at the discharge position of the movement rail fixed capsule opening protrusion that opens the lid, flower receiver in the main training body removable and placed in the housing, which collects pollen representative particles a flower receiver module that directs the flower receiver module to the flower receiver slot a transport lock that keeps the passage of pollen representative particles closed off before settling, a movable base that moves under the total load of pollen representation particles collection hopper, load transfer arm that transmits the movement of the movable base to a threshold arm, An adjustable weight, whose position is changed on the threshold lever, closes the result window. a window lock tongue that holds in place when the threshold handle reaches the threshold position A spring-loaded output window, released from the window lock tongue, in the collection chamber a bead emptying machine that transfers pollen representation particles to a recollection drawer cover and exit window, threshold handle, window lock tongue, bead drain a reset slider that returns the cover and bug module to their initial position It includes.

2. According to claim 1, the pollen transfer training apparatus is characterized by having a moving rail. Starting rail section, a discharge location, unloading the movement of the insect module. A rail stop surface that limits its position and the movement of the insect module. It includes opposing guide edges that keep it on the track.

3. According to claim 1, the pollen transfer training apparatus is characterized by its insect module being mounted on a rail. a handhold, a movement grip ledge, a capsule carrying slot, a capsule It includes a locking tab and a slot for an insect marker plate. 35 4. According to Claim 1, it is a pollen transfer training apparatus and its feature is; a pollen capsule capsule body, a bead transport chamber, a capsule filling cap, a capsule outlet 14 5 cap, capsule exit cap, a cap spring that pushes the cap to the closed position, and insect It includes a capsule lock strike plate that engages with the capsule locking tab in the module.

5. According to claim 1, it is a pollen transfer training apparatus and its feature is; a flower receiver housing. module entry opening, a module seating surface, opposing module guide edges, a It includes a locking contact opening and a bead passage opening that leads to the collection chamber.

6. According to claim 1, it is a pollen transfer training apparatus and its feature is; the flower receiver module. a pollen receiver dish that receives the pollen particle fragments released from the pollen capsule, a bead guiding channel extending from the pollen receiver bowl to the collection chamber, a module pusher protrusion that applies force to the transmission lock, a module seating edge and it includes a floral marker plate holder.

7. According to claim 1, the pollen transfer training device is characterized by its transfer lock being a lock. body, a transmission closure tongue that closes the bead passage opening, transmission closure A locking spring that pushes the tongue to the closed position enables the linear movement of the lock body. with a guiding locking guide channel and module pusher protrusion in the flower receiver module It is a module that contains a contact surface.

8. According to claim 1, it is a pollen transfer training apparatus and its feature is; pollen representation parts. parts made of the same material, with the same diameter, equal mass, and spherical bodies. It is the fact that.

9. According to claim 1, the pollen transfer training apparatus is characterized by having a collection chamber. bead entry point, a transparent viewing surface, a movable part that moves in the vertical direction. base, base guides that guide the movable base in the vertical direction, a discharge a bead discharge that holds the opening and discharge port closed by spring force It includes the cover.

10. According to claim 1, the pollen transfer training apparatus is characterized by its main training threshold arm. Connecting the 35 frame to a threshold lever pivot, the adjustment weight is located on the threshold lever. movement in the threshold adjustment channel and fixing of the adjustment weight in the threshold adjustment channel It is held in place in one of its slots by an adjustment weight fixing pin. 5 11. According to claim 1, the pollen transfer training apparatus is characterized by having a results window. window frame, a result indicator plate showing that the pollen transmission threshold has been reached, a window bolt, a window that directs the linear movement of the window bolt guide channel, window spring that pushes the window slider to the visible position, and window It includes a window lock strike plate that engages with the lock tongue.

12. According to claim 1, it is a pollen transfer training device and its feature is; the reset slider. A window reset cam that moves the result window to the closed position, the threshold lever. A threshold lever reset cam that moves the window lock tongue to its starting position A lock reset cam that engages the lock strike plate, and a bead release cap that opens the bead release flap. discharge hatch pusher and insect module at the beginning of the movement rail It is an insect module that carries an initial thruster.

13. According to claim 1, the pollen transfer training apparatus has the following feature: a collection drawer. at the outlet of a return channel connected to the discharge opening of the collection hopper located and removable in the drawer channel of the main training body It is movement.

14. According to Claim 3, it is a pollen transfer training apparatus and its feature is an insect marker plate. A replaceable insect marker plate that attaches to its housing via a snap-on connector. It includes.

15. According to claim 6, it is a pollen transfer training apparatus and its feature is a flower marking plate. A replaceable floral marker plate that attaches to its socket with a snap-on connector. It includes. 16