Sugar-Control Master
★Exhibit Content: Science popularization of the causes of high blood sugar, the role of insulin, and blood sugar regulation mechanisms. ★Interaction: Electromechanical interaction + ball simulation demonstration device. ★Operation: Visitors simulate insulin injection and insulin action by pressing the syringe and operating the launcher, respectively, controlling the blue balls representing blood sugar to enter tissue cells, intuitively experiencing the principle of blood sugar regulation. ★Exhibit Overview: The exhibit mainly consists of a display stand, tissue cell model, insulin secretion interactive mechanism (syringe interactive shape + launcher interactive mechanism), blood vessel dynamic demonstration mechanism, resin red and blue balls, etc. Through electromechanical interaction, participants can understand the causes of high blood sugar and the role of insulin. The exhibit interaction is divided into three parts: 1. Normal state: A blood vessel dynamic demonstration mechanism is set in the middle of the display stand. After the mechanism is turned on, it continuously transports red and blue balls. Blue balls represent blood sugar, and red balls represent blood. At the bottom of the blood vessel, there is an ejection mechanism that can periodically eject blue balls out of the blood vessel and roll them into the tissue cell model, implying that in a normal state, blood sugar enters tissue cells to provide energy. 2. High blood sugar state, the number of blood sugar transported by blood vessels increases: At this time, participants use the syringe-shaped interactive device. After pressing the interactive syringe, the blue balls in the blood vessel will gradually decrease, implying that diabetic patients inject additional insulin to inhibit blood sugar production. 3. High blood sugar state, the number of blood sugar transported by blood vessels increases. During normal transport, there are still many blood sugar in the blood vessel. At this time, participants operate the launcher, which can eject yellow balls (representing insulin). When the ejected yellow ball hits the blue ball, the blue ball is knocked out of the blood vessel and rolls into the tissue cell, implying that when diabetic patients have too much blood sugar, the frequency of blood sugar transport is increased by external force, thereby lowering blood sugar. If the participant accidentally ejects a red ball into the tissue cell, the game prompts an error and restarts, with an error voice prompt set. Equipped with blood sugar value scale: LED flat light column, the lighting height changes with blood sugar changes.
Options
- 1.4×0.8×0.85m 1.4×0.8×0.85mDimensions (L×W×H): 1.4×0.8×0.85m Brand: PopsciCat Model: PopsciCat-Life-078 1. Materials: ① Main body of display stand: 2mm cold-rolled steel plate, flame-retardant board + baking paint (scratch-resistant and wear-resistant, fireproof and flame-retardant) ② Tabletop: 12mm white artificial stone, CNC carved, pasted, polished and formed ③ Blood vessel dynamic demonstration mechanism: transparent acrylic tube (half-section shape, surface simulated hand-painted) + stainless steel track, for balls to pass through, equipped with electromagnet ejection device ④ Tissue cell model: Q235/2mm sheet metal baking paint base + acrylic UV printed graphic panel, built-in color sensor, for blue ball recovery mechanism ⑤ Insulin secretion interactive mechanism: Syringe interactive mechanism: acrylic tube, nylon custom machined, surface simulated hand-painted, equipped with micro switch Launcher: small cannon shape, two-hand button operation, can turn left and right, built-in electromagnet ejector, upper horn opening can be filled with balls ⑥ Blood sugar value scale: LED flat light column, lighting height changes with blood sugar changes, acrylic UV printed graphic cover ⑦ Electrical control box: cold-rolled plate baking paint box, containing control circuit, switching power supply, circuit breaker, terminal blocks, etc. ⑧ Instruction sign, graphic panel: 5mm acrylic UV printing (including blood sugar regulation principle, operation guide) 2. Main configuration: ① Blood vessel dynamic demonstration system (including red and blue ball transport mechanism) ② Insulin secretion interactive device (syringe + launcher dual mechanism) ③ Tissue cell model and ball recovery mechanism ④ Blood sugar value LED display system ⑤ Error voice prompt module 3. Exhibition requirements: ① Energy requirement: AC100-240V, 50/60Hz/200W (standard three-wire socket, reliable grounding) ② Installation method: direct placement ③ Entry passage: door frame size (W×H) ≥1.7m×1.0m, continuous turning interval ≥2.0m ④ Maintenance passage: not required
★Exhibit Content: Science popularization of the causes of high blood sugar, the role of insulin, and blood sugar regulation mechanisms. ★Interaction: Electromechanical interaction + ball simulation demonstration device. ★Operation: Visitors simulate insulin injection and insulin action by pressing the syringe and operating the launcher, respectively, controlling the blue balls representing blood sugar to enter tissue cells, intuitively experiencing the principle of blood sugar regulation. ★Exhibit Overview: The exhibit mainly consists of a display stand, tissue cell model, insulin secretion interactive mechanism (syringe interactive shape + launcher interactive mechanism), blood vessel dynamic demonstration mechanism, resin red and blue balls, etc. Through electromechanical interaction, participants can understand the causes of high blood sugar and the role of insulin. The exhibit interaction is divided into three parts: 1. Normal state: A blood vessel dynamic demonstration mechanism is set in the middle of the display stand. After the mechanism is turned on, it continuously transports red and blue balls. Blue balls represent blood sugar, and red balls represent blood. At the bottom of the blood vessel, there is an ejection mechanism that can periodically eject blue balls out of the blood vessel and roll them into the tissue cell model, implying that in a normal state, blood sugar enters tissue cells to provide energy. 2. High blood sugar state, the number of blood sugar transported by blood vessels increases: At this time, participants use the syringe-shaped interactive device. After pressing the interactive syringe, the blue balls in the blood vessel will gradually decrease, implying that diabetic patients inject additional insulin to inhibit blood sugar production. 3. High blood sugar state, the number of blood sugar transported by blood vessels increases. During normal transport, there are still many blood sugar in the blood vessel. At this time, participants operate the launcher, which can eject yellow balls (representing insulin). When the ejected yellow ball hits the blue ball, the blue ball is knocked out of the blood vessel and rolls into the tissue cell, implying that when diabetic patients have too much blood sugar, the frequency of blood sugar transport is increased by external force, thereby lowering blood sugar. If the participant accidentally ejects a red ball into the tissue cell, the game prompts an error and restarts, with an error voice prompt set. Equipped with blood sugar value scale: LED flat light column, the lighting height changes with blood sugar changes. ★Scientific Principle: Insulin is a protein hormone secreted by the pancreas and is the only hormone in the body that can lower blood sugar. Under normal circumstances, insulin promotes glucose in the blood to enter tissue cells, where it is oxidized and decomposed for energy, or converted into glycogen for storage, thereby maintaining blood sugar stability. When insulin secretion is insufficient or its action is defective, blood sugar cannot enter cells normally, leading to elevated blood sugar concentration in the blood, resulting in high blood sugar or diabetes. Insulin injection is an important means for diabetic patients to control blood sugar. By supplementing exogenous insulin, it promotes blood sugar to enter cells for metabolism, lowers blood sugar levels, and reduces the risk of complications.
Review
Principle Display: ★★★★ Interaction Effect: ★★★★ Ease of Installation: ★★★★★ Durability: ★★★ Overall Rating: ★★★★