JP2015186554A - Cleaner toy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a toy capable of allowing a user to pleasantly play in viewing the operation of a cleaner to suck air and dust and also to enjoy for a long time without allowing floating objects floating by the sucked air to be dirty.SOLUTION: In a cleaner toy 100, a suction fan sucks outer air sucked from a suction port of a suction head 150 into an internal space of a cleaner body 110 through the inside of a dust pod arranged in the rear part of the cleaner body 110. A transparent front air chamber cover 331 is arranged on the front surface part of the cleaner body 110. A front air chamber 330 divided from the internal space of the cleaner body 110 is arranged on the inner side of the front air chamber cover 331. The front air chamber 330 encloses floating objects and has an air chamber blowing port 365 on the lower surface of the front air chamber 330. The front air chamber 330 communicates with a space chamber formed in the upper part of the front air chamber 330. The space chamber communicates with the outside of the cleaner body 110 via an exhaust duct.

Description

  The present invention relates to a vacuum cleaner toy that can be cleaned happily by sucking pseudo garbage into a vacuum cleaner.

  Today, various toys for cleaning and playing are provided, and various devices have been devised so that they can be cleaned and played happily.

  For example, by incorporating a vacuum cleaner inside the torso and covering the torso with animal and doll stuffed animals, it can be operated as a cleaning robot and enjoyed as a toy that can operate an ornament or limbs There has been proposed one that can be used (for example, Patent Document 1).

  In addition, a home vacuum cleaner in the shape of a four-wheeled vehicle has been proposed (for example, Patent Document 2), in which a child can ride and play by straddling it. There are models that are modeled on general household vacuum cleaners, and have been improved as durable and safe toys according to the conditions used by children while having operation functions similar to practical vacuum cleaners (for example, Patent Document 3) .

Japanese Patent Laid-Open No. 2000-135186 JP 2008-253523 A JP 2009-520542 A

  Although conventional vacuum cleaner toys are devised so that children can play happily and safely in terms of appearance and operability, there are things that the vacuum cleaner can enjoy by showing the operation of sucking air and garbage There were few.

  The present invention provides a toy that can be enjoyed by showing the action of a vacuum cleaner sucking air and garbage, and that can be enjoyed for a long time without the floating body dancing due to the sucked air and garbage getting dirty.

  The vacuum cleaner toy according to the present invention has a vacuum cleaner body in which a suction head can be connected via a head pipe or a suction hose, and has a drive motor and an intake fan inside. The outside air sucked from the suction port of the suction head through the hose is sucked into the interior space of the cleaner body through the inside of the dust pod provided at the rear of the cleaner body, and the cleaner body is connected to the dust pod. The front air chamber cover has a transparent front air chamber cover at the front portion of the cleaner body, and the front air defined from the internal space of the cleaner body inside the front air chamber cover. The front air chamber includes a floating body and has an air chamber air outlet near the front end of the lower surface of the front air chamber. The front air chamber communicates with a space formed above the front air chamber by an air chamber exhaust port, and the space chamber communicates with the outside of the cleaner body through an exhaust duct. It is characterized by being.

  The front air chamber is partitioned forward and laterally by the front air chamber cover having a shape similar to a curved crescent shape, and is partitioned upward by an air chamber upper cover body, and extends from the front lower side to the rear upper side. The air chamber lower cover plate is partitioned below, and the air chamber upper cover body has a thick plate shape and is provided with a space chamber inside, and the front is formed in a semicircular shape, and the periphery thereof is the front air chamber cover. The air chamber lower cover plate is connected to the upper edge, and the air chamber lower cover plate has a semi-circular plate shape, the front is lowered and the rear is raised, and the rear end is connected to the rear end of the air chamber upper cover body. A vacuum cleaner toy whose periphery is connected to the lower edge of the front air chamber cover.

  The vacuum cleaner toy according to the present invention allows the dust pod to be attached to and detached from the rear part of the vacuum cleaner body, has a transparent front air chamber cover on the front portion of the vacuum cleaner body, and encloses a floating body inside the front air chamber cover The front air chamber is separated from the interior space of the cleaner body, and air is sucked into the interior space of the cleaner body through the dust pod from the suction port of the suction head. Air in the internal space of the machine body is blown from the vicinity of the front end of the lower surface of the front air chamber to the front air chamber to float the floating body, and the air in the air chamber is discharged into a space chamber provided above the front air chamber. The air is exhausted from the chamber to the outside of the main body of the vacuum cleaner through the exhaust duct.

  For this reason, it is possible to collect large trash such as pseudo trash in the dust pod and remove the dust pod in which the trash has accumulated from the main body of the vacuum cleaner to collect the pseudo trash. It is possible to show that the vacuum cleaner is sucking air by the floating of the floating body enclosed in the room, and the air sucked into the dust pod via the suction head and suction hose of the vacuum cleaner main body which is a wide space Since it spreads in the internal space and then blows out from the lower part of the front air chamber, fine natural garbage sucked in along with air and simulated dust is settled on the floor of the internal space in the internal space of the vacuum cleaner body, It is possible to prevent natural dust sucked in with air from flowing into the front air chamber enclosing the floating body, and prevent the floating body from becoming dirty. It is.

  Therefore, the beauty of the floating body, which is similar to the pseudo garbage enclosed in the front air chamber, can be maintained for a long time while maintaining the initial beauty.

  The front air chamber has a front air chamber cover on the front and side, an upper cover body on the upper side, and an air chamber lower cover plate from the front lower side to the rear upper side. The air chamber lower cover plate has an air chamber air outlet near the front end of the air chamber lower cover plate. It rolls forward due to the inclination and rises again by the air blown out from the air chamber vent, which effectively raises pseudo garbage.

The external appearance perspective view of the vacuum cleaner toy which concerns on this invention. The bottom view of the vacuum cleaner toy which concerns on this invention. The rear view of the vacuum cleaner toy which concerns on this invention. The exploded view of the member attached to the cleaner body of the cleaner toy concerning the present invention. The exploded view of the cleaner body of the cleaner toy concerning the present invention. The lower surface perspective view of the upper case of the cleaner toy concerning the present invention. The exploded view of the front air chamber of the cleaner toy concerning the present invention. The fragmentary sectional view of the cleaner body of the cleaner toy concerning the present invention.

  As shown in FIG. 1, the cleaner toy according to the embodiment of the present invention has a transparent front air chamber cover 331 at the front portion of the cleaner body 110 and a front air chamber 330 inside the cleaner body 110. And has wheels 111 on both sides of the vacuum cleaner body 110.

  A power switch for operating the vacuum cleaner toy 100 at the center upper portion of the vacuum cleaner main body 110 which is provided at the rear upper part of the vacuum cleaner main body 110 and protrudes in an arc shape in front of the handle 118. 128 switch buttons 127 protrude slightly, and when this switch button 127 is pushed in, the vacuum cleaner toy 100 starts sucking dust when it is not in operation, and stops sucking when suction operation is being performed. Is supposed to be done.

  Furthermore, a hose attachment part 121 is provided at the front upper part of the vacuum cleaner main body 110. The hose attachment part 121 is formed by a hollow pipe, and a vertical part 123 in which the central axis of the pipe is substantially vertical, and this vertical part. It has an inclined part 125 in which the central axis of the pipe is inclined from the upper end of the part 123.

  And this hose attachment part 121 is attached to the vacuum cleaner main body 110 so that the suction hose 185 can be attached to and detached from the tip of the inclined part 125 and can be rotated horizontally around the central axis of the vertical part 123. .

  The suction hose 185 is an appropriate length, is a bellows-like hollow hose, and can be bent. The tip of the suction hose 185 is fixed to the handle portion 180. Thing.

  The handle portion 180 is made of a resin having rigidity with a pipe connecting portion 183 at the front end and a grip end 181 at the rear end, and the pipe connecting portion 183 and the grip portion 181 are formed in a substantially linear rod shape. The tip of the suction hose 185 is fixed at an intermediate position, and the head pipe 171 can be fixed to the pipe connection part 183 by providing a space for communicating the inside of the pipe connection part 183 and the inside of the suction hose 185.

  The head pipe 171 that can be attached to and detached from the handle portion 180 is a rigid hollow resin pipe. As shown in FIG. 4, the handle portion 180 has a locking hole 173 near the rear end. The projection formed on the inside of the pipe connection part 183 is detachably fixed to the handle part 180 so as to fit into the locking hole 173.

  The head pipe 171 also has a locking hole 173 in the vicinity of the tip, so that the tip can be inserted into the head connecting portion 153 of the suction head 150, and the protrusion formed inside the head connecting portion 153 is inserted into the locking hole 173. It is detachably fixed to the suction head 150 so that it fits in.

  The suction head 150 includes an oval head main body 151 having a flat bottom surface, a head connection portion 153 having an end attached so as to be swingable with respect to the head main body 151, and a front portion of the head connection portion 153. It has a decorative body 167 provided on the upper surface of the head body 151.

  As shown in FIG. 2, the bottom surface of the suction head 150 has a main body bottom portion 155 having a substantially flat surface of the head main body 151, and from the center of the main body bottom portion 155 toward the front end of the head main body 151. It has a suction surface part 157 that extends to the left and right and is a flat surface slightly higher than the bottom surface of the main body bottom part 155.

  The suction surface portion 157 has a guide wheel 161 having a rotation axis in the left-right direction at the center front portion position, and a suction port 163 at the center rear portion position of the suction surface portion 157. The amount of protrusion from the surface portion 157 is slightly larger than the amount of protrusion from the suction surface portion 157 to the bottom surface of the main body bottom portion 155.

  The suction port 163 is connected to the internal space of the head pipe 171 through the lumen of the head connection portion 153.

  Therefore, when the bottom surface of the suction head 150 is brought into contact with the floor surface or the like, the rear of the main body bottom portion 155 and the guide wheel 161 come into contact with the floor surface, and a very small gap is formed between the front bottom surface of the main body bottom portion 155 and the floor surface. As a result, a space having a predetermined height can be formed between the suction surface 157 with the front widened and the floor surface.

  Therefore, when the vacuum cleaner toy 100 is operated, a large amount of air is sucked into the suction port 163 from the front of the head body 151 through the gap space formed between the suction surface portion 157 and the floor surface, and the head pipe 171 and the suction hose 185 are sent to the vacuum cleaner main body 110.

  And the dust pod 210 is accommodated in the rear part of the vacuum cleaner main body 110 as shown in FIG.

  The dust pod 210 is a hollow box-shaped body formed of a transparent resin. As shown in FIG. 5, the pod top wall 219, the pod bottom wall 218, the left and right pod side walls 217, and the vacuum cleaner main body 110 It has a pod rear wall 213 that forms a flat surface that is continuous with the rear surface so as to be part of the rear surface, and a pod front wall 215 that contacts the inner surface of the pod storage section of the vacuum cleaner main body 110.

  Further, as shown in FIG. 3, the pod front wall 215 is provided with a circular opening as a dust suction port 221 at a position slightly above the right side when viewed from the rear of the cleaner body 110. A substantially circular control plate 223 that is slightly larger than 221 is provided inside the dust suction port 221 so as to block the dust suction port 221.

  The control plate 223 is swingably provided at the upper part on the inner surface of the pod front wall 215, and when the outside air flows from the suction head 150 into the dust pod 210 via the suction hose 185, the lower end of the control plate 223 is moved to the dust pod. It swings and inclines so that it moves inside 210, and it flows in by letting inflow air diffuse downward in the dust pod 210.

  In addition, a pod exhaust port 225 having a plurality of slits is provided on the upper left side of the pod front wall 215, and dust accumulated in the dust pod 210 is discharged to the pod bottom wall 218 of the dust pod 210. It has an open / close door 229 for carrying out, and a knob part 211 for taking out the dust pod 210 from the pod storage part at the left and right center of the rear wall 213 of the pod.

  As shown in FIG. 2, the bottom of the vacuum cleaner main body 110 has a battery chamber cover 131 in the approximate center of the bottom plate 281 that forms the bottom, and the inside of the battery chamber cover 131 serves as a battery storage portion 130. It contains the power battery.

  In addition, the bottom plate 281 has exhaust holes 149 formed by a large number of small holes in front of the battery chamber cover 131 so that the air from the suction hose 185 through the dust pod 210 and the front air chamber 330 can be removed from the vacuum cleaner main body 110. It is something that can be discharged outside.

  The vacuum cleaner main body 110 includes an upper case 230 and a lower case 280 that form an exterior, and includes a drive motor 141, an intake fan 145, and the like.

  The lower case 280 is, as shown in FIG. 2 and the like, a lower front surface portion 283 provided in front of the bottom plate 281 that is semicircular so as to rise from the periphery of the bottom plate 281 having a circular front and a square rear. It has a lower side surface portion 285 provided in the rear half portion of the bottom plate 281 continuously from the lower front surface portion 283, and a lower rear surface portion 287 provided in the rear of the bottom plate 281 continuously from the rear end of the lower side surface portion 285.

  The lower side surface portion 285 is formed by a substantially rectangular plane whose front end and rear end are substantially arc-shaped, and has a semicircular lower wheel bearing 293 at the center upper end of the lower side surface portion 285. A lower wheel cover 291 that protrudes outward from the lower side surface part 285 at the front and rear end parts of the rear wheel, and is connected to the rear end of the lower front surface part 283 and the front end of the lower rear surface part 287 by the lower wheel cover 291 is.

  In addition, the lower rear surface portion 287 has a U-shaped cut opening in the left-right direction, a plate-shaped storage unit lower side wall 323 facing forward from the left and right ends of the cut, A plate-shaped storage unit lower back wall 325 that connects the front end of the storage unit lower side wall 323, and has a plate-like pod receiving from the lower rear surface 287 to the storage unit lower back wall 325 at the same height as the lower end of the notch. It has a plate 321 and can support the lower half of the dust pod 210 from the side and below, allowing the pod front wall 215 of the dust pod 210 to abut against the lower back wall 325 of the storage unit.

  And at the upper end of the storage unit lower back wall 325, there is a semicircular storage unit opening lower part 327 corresponding to the lower half of the opening of the dust pod 210 in the right part when viewed from the rear of the vacuum cleaner main body 110. On the left side of the upper end of the lower back wall 325, there is a semicircular storage part lower exhaust 329 corresponding to the lower half of the pod exhaust 225.

  Further, the lower case 280 includes a fan case 147 containing the intake fan 145 and a motor receiving part 143 for fixing the fan drive motor 141 in front of the lower back wall 325 of the storage part.

  The fan case 147 having the intake fan 145 on the inner side makes an intake port formed by the fan case 147 abut on the lower back wall 325 of the storage unit, and is connected to the lower part 329 of the storage unit exhaust port provided in the lower back wall 325 of the storage unit. The lower half is located, and the upper half of the intake port is located in the upper part 319 of the storage part exhaust port provided in the upper back wall 315 of the storage part of the upper case 230 described later.

  In front of the fan case 147, a motor receiving portion 143 is provided for fixing and supporting the drive motor 141 with a gap from the front end of the fan case 147. As shown in FIG. 8, the fan case 147 and the motor receiving portion 143 are provided. Is provided on the upper surface of the storage unit upper plate 133 forming the battery storage unit 130.

  Then, when the intake fan 145 is fixed to the drive motor 141 fixed to the motor receiving portion 143 and the intake fan 145 is rotated by the drive motor 141, the air in the pod storage portion is sucked and the dust pod 210 is stored in the pod storage portion. The air inside the dust pod 210 is sucked and discharged from the gap between the front of the fan case 147 and the motor receiver 143 to the space inside the case of the vacuum cleaner main body 110.

  A power switch 128 is fixed to the upper end of the motor receiving portion 143, and the switch button 127 of the power switch 128 is projected from the upper surface of the upper case 230.

  Further, as shown in FIG. 8, the battery storage unit 130 has a storage unit upper plate 133 on the upper side, a storage unit front plate 137 on the front, a storage unit rear plate 139 on the rear, and a storage unit side plate on the left and right. The battery compartment cover 131 is separated from the interior space of the vacuum cleaner main body 110, and is detachable at the bottom, and a plurality of electrodes are provided on the rear surface of the storage unit front plate 137 and the front surface of the storage unit rear plate 139. It can store individual batteries.

  A cylindrical exhaust lower duct 375 is provided in front of the storage unit front plate 137 of the battery storage unit 130, and an exhaust hole 149 is provided in the bottom plate 281 inside the exhaust lower duct 375. is.

  Further, the exhaust lower duct 375 is connected to the lower end of the exhaust upper duct 371 of the air chamber upper cover body 340 whose upper end is fixed inside the upper case 230 to form an exhaust duct. The air from the air can be discharged to the outside of the vacuum cleaner main body 110 through the exhaust hole 149.

  In addition, a connecting pipe 275 can be connected to a storage unit opening lower part 327 provided in the storage unit lower back wall 325, and a storage unit opening upper part 317 and a storage unit opening of a storage unit upper back wall 315 of the upper case 230 described later. The rear end of the connection pipe 275 can be fixed to a circular opening formed by the lower part 327.

  The connection pipe 275 is such that the front end of the connection pipe 275 is connected and fixed to the connection air chamber member 260 having a thick and oval shape.

  As shown in FIG. 5, the connection air chamber member 260 has an oval plate-like connection chamber bottom 263 and a connection chamber peripheral wall 265 rising from the periphery of the connection chamber bottom 263. Is fixed to the lower end of the connection chamber wall 271 protruding in the shape of an oval cylinder from the lower surface of the upper case 230 (see FIG. 8), and forms a connection chamber 261 inside.

  The space of the connection chamber 261 is connected to the internal space of the connection pipe 275, and is connected to the internal space of the pod storage section through openings provided in the storage section lower back wall 325 and the storage section upper back wall 315. Furthermore, it is connected to the internal space of the dust pod 210 stored in the pod storage section via the dust inlet 221 of the dust pod 210.

  Further, as shown in FIGS. 1, 5 and 6, the upper case 230 includes a top surface portion 231 provided with a switch hole 249 for projecting the switch button 127 and a hose attachment portion 121, and a top surface portion from the front of the top surface portion 231. The upper front part 233 that curves along the curve of 231 and hangs downward, the upper left and right side parts 235 that hang from the left and right sides of the top surface part 231 continuously from the rear end of the upper front part 233, the upper left and right side parts 235 It has an upper rear surface portion 237 that hangs from the rear end of the top surface portion 231 continuously from the rear end, and forms a main body case of the vacuum cleaner main body 110 that accommodates the suction fan and the drive motor 141 together with the lower case 280. It is what you do.

  As shown in FIGS. 5 and 6, the upper left and right side surface portions 235 have a semicircular shape and project outward from the upper left and right side surface portions 235 in a semicircular shape along the periphery of the upper left and right side surface portions 235. It has an upper wheel cover 241 and is connected to the rear end of the upper front surface portion 233 and the front end of the upper rear surface portion 237 by the upper wheel cover 241. It has an upper wheel bearing 243.

  Therefore, when the upper case 230 is coupled to the lower case 280, the upper wheel bearing 243 and the lower wheel bearing 293 form a circular wheel bearing, and the wheel shaft 113 provided at the inner center of the wheel 111 disposed on the left and right. The wheel shaft 113 can be prevented from falling off the wheel bearing by a locking portion 115 that protrudes outward from the end of the wheel shaft 113.

  In addition, as shown in FIG. 6, the upper rear surface portion 237 has a U-shaped notch opened downward, and a plate-shaped storage unit upper side wall 313 is provided forward from the left and right ends of the notch. A plate-shaped storage unit upper back wall 315 connecting the front end of the storage unit upper side wall 313, and a plate-shaped storage unit upper presser plate 311 extending from the upper end of the notch to the storage unit upper back wall 315 forward. Thing.

  The left and right storage unit upper side walls 313 and the front storage unit upper back wall 315 are connected to the upper ends of the storage unit lower side wall 323 and the storage unit lower back wall 325, respectively. The upper pod receiving plate 321 of the lower case 280 supports the lower surface of the dust pod 210, and the upper pressing plate 311 of the upper case 230 supports the upper surface of the dust pod 210. The storage unit upper side wall 313 and the storage unit lower side wall 323 support the left and right side surfaces of the dust pod 210 so that the dust pod 210 can be stored and fixed.

  A storage part exhaust port upper part 319 cut out in a semicircular shape is provided on the lower left side of the storage part upper back wall 315, and a storage part exhaust port lower part provided on the upper left side of the storage part lower back wall 325 is provided. Together with 329, a circular exhaust port is formed in the back wall of the pod storage part by the upper part 319 of the storage part and the lower part 329 of the storage part.

  Further, on the right side of the lower end of the storage unit upper back wall 315, a storage unit opening upper part 317 cut out in a semicircular shape is provided, and a storage unit opening lower part 327 provided on the upper right side of the storage unit lower back wall 325, In addition, a circular opening is formed in the back wall of the pod storage part by the upper part 317 of the storage part opening and the lower part 327 of the storage part opening.

  In addition, the top surface portion 231 of the upper case 230 has a switch hole 249 at the approximate center thereof, and an oblong shape is formed in front of the switch hole 249 and on the inner surface of the top surface portion 231 provided with the hose attachment portion 121. It has a connection chamber wall 271 that hangs down in a cylindrical shape.

  The top surface portion 231 inside the connection chamber wall 271 has a cylindrical vertical portion holding portion 259 that rotatably supports the lower end of the vertical portion 123 of the hose attachment portion 121 and opens the inside of the vertical portion 123. Is what

  The connection air chamber member 260 is fixed inside the top surface 231 of the upper case 230 by connecting and fixing the upper end of the connection chamber peripheral wall 265 of the connection air chamber member 260 to the lower end of the connection chamber wall 271.

  Therefore, the internal space of the suction hose 185 communicates with the space of the connection chamber 261 which is the internal space of the connection chamber wall 271 and the connection air chamber member 260 via the hose attachment portion 121 attached to the top surface portion 231 inside the connection chamber 261. It is communicated with the internal space of the dust pod 210 stored in the pod storage section via the connection pipe 275.

  Further, a front opening 251 is formed in the upper front portion 233 of the upper case 230, and an upper portion of the front opening 251 in the upper front portion 233 is an opening upper wall 255 and a lower portion of the front opening 251 is. It is what is the lower wall 253 of the opening.

  A front air chamber cover 331 made of a transparent resin is attached to the front opening 251. The front air chamber cover 331, an air chamber upper cover body 340 extending rearward at the lower end of the opening upper wall 255, A front air chamber 330 is formed by an air chamber lower cover plate 361 extending rearward at the upper end of the opening lower wall 253 and having a rear end connected to the rear end of the air chamber upper cover body 340, thereby forming an air chamber upper cover. The front air chamber 330 is separated from the internal space of the vacuum cleaner main body 110 by the body 340 and the air chamber lower cover plate 361.

  As shown in FIG. 7, the air chamber upper cover body 340 includes an arc-shaped cover body outer wall 343 having a substantially semicircular shape, and a cover provided at the upper end of the cover body outer wall 343 in the latter half portion of the cover body outer wall 343. A body upper surface wall 341 and a space chamber bottom plate 345 provided at the lower end of the cover body outer wall 343 in the front half portion of the cover body outer wall 343, and a rear end edge of the space chamber bottom plate 345 and a front end edge of the cover body upper wall 341 The cover body has a stepped wall 347 to connect.

  An oblong duct port 353 is opened in the center of the rear end of the space chamber bottom plate 345, and has a cylindrical exhaust upper duct 371 that hangs down from the periphery of the duct port 353. The lower end is connected to the upper end of the lower duct 375 for exhaust standing from the bottom plate 281 of the lower case 280.

  Further, the air chamber upper cover body 340 has a space cover plate 355 having a substantially semicircular shape that is the same as the space chamber bottom plate 345, and the space cover plate 355 is disposed in front of the cover body step wall 347. It is possible to fix to the top of the.

  Therefore, the air chamber upper cover body 340 is surrounded by the cover body outer wall 343 at the front portion and the side, the cover body stepped wall 347 at the rear side, and the space chamber bottom plate 345 at the lower side. The space chamber 351 whose upper part is covered by the space cover plate 355 is arranged above the front air chamber 330.

  In addition, a plurality of air chamber outlets 359 communicating the upper surface and the lower surface of the space chamber bottom plate 345 are provided at the periphery of the space chamber bottom plate 345. It has an air chamber outlet 359 that connects the front and rear surfaces of the cover step wall 347.

  The cover body upper surface wall 341 extends to the rear of the exhaust upper duct 371 at the left and right positions of the exhaust upper duct 371. It is connected to the rear end of the air chamber lower cover plate 361.

  The air chamber upper cover body 340 has a dust port cover 349 that covers a part of the internal space above the exhaust duct behind the stepped wall 347 of the cover body.

  The air chamber lower cover plate 361 is a plate-like body having a semi-oval shape, and is disposed so as to be inclined along the upper end of the opening lower wall 253 so that the front is lower and the rear is higher. Thing.

  Further, an exhaust upper duct 371 is disposed so as to penetrate the air chamber lower cover plate 361, and an inner edge of the air chamber lower cover plate 361 extending rearward from the exhaust upper duct 371 and an exhaust upper duct 371. It also has a plate-like partitioning side plate 357 that connects the inner edge of the cover body top wall 341 that extends rearward.

  Further, the air chamber lower cover plate 361 has a plurality of air chamber air vents 365 communicating with the upper and lower surfaces of the air chamber lower cover plate 361 in the vicinity of the front end.

  Therefore, the front air chamber cover 331 is fixed at the upper end to the cover body outer wall 343 of the air chamber upper cover body 340, and the lower end of the front air chamber cover 331 is fixed to the outer edge of the air chamber lower cover plate 361. The front and the side can be covered by 331, the upper part can be covered by the air chamber upper cover body 340, and the lower part can be covered by the air chamber lower cover plate 361 to form the front air chamber 330 which is a closed space. .

  The front air chamber 330 is communicated with the internal space of the cleaner body 110, which is inside the upper case 230 and the lower case 280, by a plurality of air chamber vents 365 provided in the front portion of the air chamber lower cover plate 361. Is.

  The front air chamber 330 is communicated with the space chamber 351, the space cover plate 355, the space chamber 351 covered with the cover body step wall 347 and the front portion of the cover body outer wall 343 through the air outlet, and is connected to the space chamber 351. It communicates with the outside of the vacuum cleaner main body 110 through the duct port 353 that opens, the upper duct 371 for exhaust, the lower duct 375 for exhaust, and the exhaust hole 149.

  The front air chamber 330 is used to store a floating body 335 made of styrene foam and having a spherical shape with a diameter of several millimeters.

  As described above, the vacuum cleaner toy 100 has the connection chamber 261 that is partitioned from the internal space of the vacuum cleaner main body 110 inside the top surface portion 231 of the upper case 230, and forms a top wall of the connection chamber 261. By providing the hose attachment portion 121 on the 231, the suction hole of the suction head 150 communicates with the space of the connection chamber 261 via the suction hose 185 and the like, and as shown in FIG. The pod exhaust port 225 of the dust pod 210 communicates with the internal space of the dust pod 210 stored in the pod storage part via the 275, and is positioned at the intake port of the intake fan 145.

  For this reason, by driving the drive motor 141, the dust sucked from the suction port 163 of the suction head 150 causes the dust suction port of the dust pod 210 to pass through the head pipe 171, the suction hose 185, the connection chamber 261, and the connection pipe 275. It can be pulled into the dust pod 210 from 221.

  At the time of sucking dust and air, the main body bottom portion 155 of the suction head 150 is formed with a suction surface portion 157 extending in a fan shape from the position of the suction port 163 toward the front of the head main body 151 higher than the main body bottom portion 155. A space that widens the front is formed between the floor and the suction surface 157, and the air in front of the head body 151 can be sucked in a large amount easily.

  In addition, when playing with the vacuum cleaner toy 100, the foamed polystyrene spheres are sprinkled on the floor as pseudo garbage, and the vacuum cleaner toy 100 sucks the pseudo garbage and so on.

  Then, when the sucked air, simulated dust, natural dust, etc. flows into the dust pod 210 via the suction hose 185, the connection chamber 261, and the connection pipe 275, the control plate provided at the dust suction port 221 of the dust pod 210. 223, the control plate 223 is attached to the pod front wall 215 so that the upper end of the control plate 223 can swing, so that the lower end of the control plate 223 is moved to the inside of the dust pod 210 to open the dust suction port 221 and the dust pod 210 The air flowing into the dust pod 210 is diffused downward in the space inside the dust pod 210, and the pseudo and natural dust flowing into the dust pod 210 are dropped onto the pod bottom wall 218 of the dust pod 210.

  The air in the dust pod 210 is sucked into the interior space of the vacuum cleaner main body 110 from the pod exhaust port 225 by the intake fan 145.

  At this time, since the pod exhaust port 225 has a plurality of slit-shaped through holes, large dust such as pseudo dust can be reliably left in the dust pod 210. The part flows into the interior space of the vacuum cleaner body 110.

  Since the internal space of the vacuum cleaner main body 110 into which the air in the dust pod 210 flows in by the intake fan 145 is closed by the upper case 230 and the lower case 280, a part of the air comes from the periphery of the wheel shaft 113. Although it leaks to the outside, the pressure inside the vacuum cleaner body 110 is slightly higher than the outside.

  The interior space of the vacuum cleaner main body 110 communicates with the front air chamber 330 via the air chamber air outlet 365 of the air chamber lower cover plate 361, and the front air chamber 330 is connected to the air chamber upper cover body via the air chamber discharge port 359. Since the space chamber 351 communicates with the outside of the cleaner body 110 through the exhaust upper duct 371 and the exhaust lower duct 375 and the exhaust hole 149 of the bottom plate 281, the space chamber 351 communicates with the outside of the cleaner body 110. When the air pressure in the internal space rises, the air in the vacuum cleaner main body 110 blows out from the air chamber air outlet 365 into the front air chamber 330.

  Accordingly, the floating body 335 inside the front air chamber 330 rises inside the front air chamber 330, and the air flowing into the front air chamber 330 is cleaned from the air chamber outlet 359 through the space chamber 351 and the exhaust hole 149 through the exhaust duct. It is discharged outside the machine body 110.

  The air chamber lower cover plate 361 of the front air chamber 330 is inclined so that the front is lower and the rear is higher, and the floating body 335 in the front air chamber 330 is moved forward by the inclination of the air chamber lower cover plate 361. Since the air chamber air outlets 365 gather in front of the air chamber 330 and the air chamber air outlet 365 is provided in front of the air chamber lower cover plate 361, the floating body 335 can be effectively lifted up. The floating body 335 that has fallen on the lower cover plate 361 can be moved forward by the inclination of the lower air cover plate 361 and soaring again.

  This vacuum cleaner toy 100 has a larger interior volume in the vacuum cleaner main body 110 than the internal space of the dust pod 210 and the like, and a motor receiver 143 is provided behind the intake fan 145 to provide an intake fan. In order to diffuse 145 exhaust air into the interior space of the vacuum cleaner body 110, fine natural dust flowing from the dust pod 210 into the interior space of the vacuum cleaner body 110 via the intake fan 145 is removed from the floor of the interior space, that is, the battery. The storage unit 130 can be dropped onto the upper surface of the storage unit upper plate 133 and the bottom plate 281 of the lower case 280 that divides the storage unit 130 from the internal space of the vacuum cleaner main body 110.

  Further, in this vacuum cleaner toy 100, the air chamber air inlet 365 that communicates the front air chamber 330 and the internal space of the vacuum cleaner main body 110 is provided in the vicinity of the front end of the internal space, and therefore flows into the internal space. It is possible to more effectively prevent fine natural garbage from moving from the rear to the front of the vacuum cleaner body 110 and flowing into the front air chamber 330.

  For this reason, the floating body 335 enclosed in the front air chamber 330 is prevented from being polluted by natural dust, and the floating body 335 that keeps the beauty of the new time can be enjoyed over a long period of time.

  This floating body 335 is not limited to the small spherical shape of polystyrene foam, but may be a sheet-like piece that easily rises by the wind, such as a small piece of resin sheet. However, it is preferable that the floating body 335 has a shape that resembles the appearance of simulated dust that is sucked from the suction head 150.

  As described above, the vacuum cleaner toy 100 according to the present invention enables the dust pod 210 to be attached to and detached from the rear portion of the vacuum cleaner body 110, and has a transparent front air chamber cover 331 on the front surface portion of the vacuum cleaner body 110, and the front air. A front air chamber 330 in which a floating body 335 is enclosed is provided inside the chamber cover 331. The front air chamber 330 is partitioned from the internal space of the cleaner body 110, and dust is collected from the suction port of the suction head 150 through the dust pod 210. The air is sucked into the interior space of the cleaner body 110 through the air, and the air in the interior space of the cleaner body 110 is blown from the vicinity of the front end of the lower surface of the front air chamber 330 to the front air chamber 330 so as to float the floating body 335, The air is discharged into the space chamber 351 provided above the front air chamber 330 and exhausted from the space chamber 351 to the outside of the vacuum cleaner main body 110 through the exhaust duct.

  For this reason, when the vacuum cleaner toy 100 is in operation, it can be shown that the vacuum cleaner sucks air due to the floating of the floating body 335, and the dust pod 210 is connected via the suction head 150 and the suction hose 185. Since the air sucked in is diffused so as to spread once in the interior space of the vacuum cleaner main body 110, which is a large space, it is ejected from the lower part of the front air chamber 330, so the fine air sucked in with the air and pseudo garbage Natural dust settles on the floor of the internal space in the interior space of the vacuum cleaner main body 110, and the natural waste sucked together with air from the outside is prevented from flowing into the front air chamber 330 enclosing the floating body 335, and the floating body It can prevent the 335 from getting dirty.

  Therefore, the beauty of the floating body 335, which is similar to the pseudo garbage enclosed in the front air chamber 330, can be maintained for a long time while maintaining the initial beauty.

  The vacuum cleaner toy 100 according to the present invention can suck natural garbage and pseudo garbage, and when the dust is sucked, the cleaner 335 moves up in the front air chamber 330 so that the vacuum cleaner removes dust and air. You can feel as if you are seeing the suction, and the air sucked from the suction head 150 removes most of the dust through the dust pod 210 and removes fine dust from the vacuum cleaner body 110. It is a toy that can be enjoyed for a long time without polluting the floating body 335 by sinking in the space and blowing air with little dust into the front air chamber 330.

DESCRIPTION OF SYMBOLS 100 Vacuum cleaner toy 110 Vacuum cleaner main body 111 Wheel 113 Wheel shaft 115 Locking part 118 Handle part 121 Hose attachment part 123 Vertical part 125 Inclination part 127 Switch button 128 Power switch 130 Battery storage part 131 Battery compartment cover 133 Storage part upper plate 137 Storage part front plate 139 Storage part rear plate 141 Drive motor 143 Motor receiving part 145 Intake fan 147 Fan case 149 Exhaust hole 150 Suction head 151 Head body 153 Head connection part 155 Main body bottom part 157 Suction surface part 161 Guide ring 163 Suction opening 167 Body 171 Head pipe 173 Locking hole 180 Handle part 181 Grip part 183 Pipe connection part 185 Suction hose 210 Dust pod 211 Knob part 213 Pod rear wall 215 Pod front wall 217 Pod side wall 218 Pod bottom wall 219 Pod top wall 221 Dust suction port 223 Control plate 225 Pod exhaust port 229 Open / close door 230 Upper case 231 Top surface portion 233 Upper front surface portion 235 Upper left and right side surface portions 237 Upper rear surface portion 241 Upper wheel cover 243 Upper Wheel bearing 249 Switch hole 251 Front opening 253 Opening lower wall 255 Opening upper wall 259 Vertical holding member 260 Connection air chamber member 261 Connection chamber 263 Connection chamber bottom 265 Connection chamber peripheral wall 271 Connection chamber wall 275 Connection pipe 280 Lower case 281 Bottom plate 283 Lower front surface portion 285 Lower side surface portion 287 Lower rear surface portion 291 Lower wheel cover 293 Lower wheel bearing 311 Storage portion upper presser plate 313 Storage portion upper side wall 315 Storage portion upper back wall 317 Upper portion of storage portion 319 Upper portion of storage portion exhaust port 321 Pod receiving plate 323 Lower part side wall 325 Accommodation part lower back wall 327 Accommodation part opening lower part 329 Accommodation part exhaust lower part 330 Front air chamber 331 Front air chamber cover 335 Floating body 340 Air chamber upper cover body 341 Cover body upper surface wall 343 Cover body outer wall 345 Space chamber Bottom plate 347 Cover body step wall 349 Duct port cover 351 Space chamber 353 Duct port 355 Space cover plate 357 Partition side plate 359 Air chamber discharge port 361 Air chamber lower cover plate 365 Air chamber blower port 371 Exhaust upper duct 375 Exhaust lower duct

Claims (2)

The suction head can be connected via a head pipe or a suction hose, and has a cleaner body with a drive motor and an intake fan inside,
The intake fan sucks outside air sucked from the suction port of the suction head through the suction hose into the interior space of the cleaner body through the inside of a dust pod provided at the rear of the cleaner body,
The vacuum cleaner body is detachable from the rear of the vacuum cleaner body with the dust pod,
It has a transparent front air chamber cover on the front portion of the cleaner body, and has a front air chamber partitioned from the internal space of the cleaner body inside the front air chamber cover,
The front air chamber contains a floating body and has an air chamber air outlet near the front end of the lower surface of the front air chamber. The front air chamber communicates with the internal space of the cleaner body, and the front air A vacuum cleaner toy characterized in that the chamber communicates with a space chamber formed above the front air chamber by an air chamber exhaust port, and the space chamber communicates with the outside of the cleaner body through an exhaust duct. . The front air chamber is partitioned in the front and side by the front air chamber cover having a shape similar to a curved crescent shape, and the upper air chamber is partitioned by the air chamber upper cover body, and extends from the lower front to the rear upper. The lower cover plate defines the lower part,
The air chamber upper cover body has a thick plate shape and has a space chamber inside, and its front is shaped like a semicircle, and its periphery is connected to the upper edge of the front air chamber cover,
The air chamber lower cover plate is a semi-circular plate shape, with the front being lowered and the rear being raised, the rear end being connected to the rear end of the air chamber upper cover body, and the periphery thereof being the front air chamber Connected to the lower edge of the cover,
The vacuum cleaner toy according to claim 1.

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