CN110425645B

CN110425645B - Wearable air conditioner capable of preventing water drops at output port from being thrown away and being carried at any time

Info

Publication number: CN110425645B
Application number: CN201910553956.7A
Authority: CN
Inventors: 李式德; 刘丽红; 蔡宝凤; 陈培容
Original assignee: Nanjing Niebo IOT Technology Co Ltd
Current assignee: Nanjing Niebo IOT Technology Co Ltd
Priority date: 2019-06-25
Filing date: 2019-06-25
Publication date: 2021-11-19
Anticipated expiration: 2039-06-25
Also published as: CN110425645A

Abstract

The invention discloses a wearable air conditioner capable of preventing water drops at an output port from being thrown out and carried at any time, which structurally comprises an adjusting telescopic belt, a side supporting plate, a condensed water outlet, a control output end and a connecting bracket, wherein the adjusting telescopic belt penetrates through the inside of a protective shoulder strap, the control output end is connected with the side supporting plate, water is filled in a water tank and smoothly blown outwards, water vapor on the wall surface is firstly blocked by a water dropper and drops downwards, the water vapor is quickly converged in a dropping head along a steering angle and flows into a guide port, the water drops which flow through the water dropper flow into a pocket expanding head, soft expanding strips are expanded and expanded through the increase of the water drops in the inner part, a clamping angle of the soft expanding strip fixes a certain stressed point, a clamping and sucking rod of the clamping and sucking rod is integrally taken out from the placing port, the stored water drops are extruded, and the temperature of the output port which is in contact with the outside can be different along with the use of equipment, when the cold air blows out and forms a certain amount of water drops with the cold air, the cold air can be absorbed and treated immediately, and the output cooling effect of the cold air cannot be influenced.

Description

Wearable air conditioner capable of preventing water drops at output port from being thrown away and being carried at any time

Technical Field

The invention belongs to the field of intelligent wearing, and particularly relates to a wearable air conditioner capable of preventing water drops at an output port from being thrown out and being carried at any time.

Background

When people walk outdoors at high temperature, the people are sunned by the sun for a long time, can feel hot and even can generate a heatstroke phenomenon, and at present, the portable small air conditioner is convenient to carry, can be hung on the neck, and can be taken up to cool and blow the needed part when the air conditioner is used.

Based on the above findings, the present inventors found that the conventional wearable air conditioning device mainly has the following disadvantages, for example:

because the inside of the equipment is provided with the water tank, and the temperature of the cold air delivery outlet end is different from the temperature of the inside, small water drops are easy to condense, when the equipment is put down after being used, the condensed small water drops can be thrown away, and the light-colored clothes are easy to be influenced.

Therefore, it is necessary to provide a wearable air conditioner that can be carried at any time to prevent water drops from being thrown out from an output port.

Disclosure of Invention

In order to solve the problem that in the prior art, because the inside of the equipment is provided with the water tank, and the temperature of the cold air delivery outlet end is different from the temperature of the inside, small water drops are easy to condense, and when the equipment is put down after being used, the condensed small water drops can be thrown away, so that light-colored clothes are easy to be influenced.

The invention relates to a wearable air conditioner capable of preventing water drops at an output port from being thrown out and being carried at any time, which is achieved by the following specific technical means:

the structure of the device comprises an adjusting telescopic belt, a side supporting plate, a condensed water outlet, a control output end, a connecting bracket, a water tank and a protective shoulder belt.

The adjusting telescopic belt penetrates through the protective shoulder belt, the control output end is connected with the side supporting plate, the condensed water outlet is embedded into the control output end, the linking bracket is attached to the outer surface of the side supporting plate, the water tank is arranged in the linking bracket and movably connected with the linking bracket, and one end, far away from the protective shoulder belt, of the adjusting telescopic belt is connected with the linking bracket.

The condensed water outlet comprises a water assistant head, an outer bag shell, an output port and a water condensation bead suction port, the water assistant head is attached to the inner wall of the outer bag shell, the water condensation bead suction port penetrates through the inside of the output port, and the output port is installed inside the outer bag shell.

As a further improvement of the invention, the hydraulic bead suction port comprises a placing port, a water condensation port, two clamping and sucking rods and two boosting heads, wherein the clamping and sucking rods penetrate through the placing port, the water condensation port is arranged above the placing port, the boosting heads are positioned on the right side of the clamping and sucking rods, and the boosting heads are of semicircular convex structures.

As a further improvement of the invention, the suction rod comprises an expanding head, a connecting crossing, two angle supporting rods, two bent protecting balls and a deformation shell, wherein the expanding head is connected with the connecting crossing, the angle supporting rods abut against the outer surface of the connecting crossing, the bent protecting balls are embedded in the deformation shell, the angle supporting rods are arranged in the deformation shell, the bent protecting balls are of a spherical structure, and the number of the angle supporting rods is two.

As a further improvement of the invention, the angle brace rod comprises a top disc, a barb, an inner soft filling layer, a linking hook and a retaining ring, wherein the top disc is connected with the retaining ring, one end of the retaining ring, far away from the top disc, is connected with the linking hook, the linking hook is embedded and sleeved with the barb, the barb is positioned in the inner soft filling layer, and the retaining ring is of a semi-arc structure.

As a further improvement of the invention, the bag expanding head comprises a pinching groove, a clamping angle, two soft expanding strips and an inner expanding angle, wherein the pinching groove is positioned at the outer side of the clamping angle, the inner expanding angle is attached to the outer surface of the soft expanding strip, and the soft expanding strips are of arc-shaped structures.

As a further improvement of the invention, the water condensation port comprises a total storage port, four water dropping heads, four flow blocking ports, four auxiliary angles, a dropping head and four guide ports, wherein the total storage port is arranged above the guide ports, the water dropping heads are positioned in the flow blocking ports, the auxiliary angles are arranged on the outer surfaces of the dropping heads, and the number of the dropping heads is four.

Compared with the prior art, the invention has the following beneficial effects:

water is put into the water tank and is suspended at a corresponding position by adjusting the adjusting telescopic belt, when the water tank needs to be used, the water tank is lifted, the air is different from the blown air by controlling the operation of the output end, the air can be smoothly blown out by the direction assistance of the assistance head, the water vapor touching the wall surface is firstly blocked by the water drop head and drops downwards, the water vapor drops into the drop head along the assistance direction angle to be quickly gathered into the guide port, the water vapor which runs out excessively is stuck into the total storage port, the whole water drop in the guide port slides into the connecting port, the retaining ring is held by the barbs of the connecting hook and the inner soft filling layer, the water drop which runs through the retaining ring flows into the pocket expanding head, the soft expansion strip is expanded and spread by the increase of the water drop inside, the clamping angle of the retaining ring fixes a certain stressed point, and the clamping suction rod is integrally taken out along the placing port, the stored water drops are extruded and processed, so that the temperature of an output port contacting with the outside can be different when the equipment is used, a certain amount of water drops are formed when cold air is blown out, the cold air can be absorbed and processed immediately, and the output cooling effect of the cold air can not be influenced.

Drawings

Fig. 1 is a schematic structural view of a wearable air conditioner capable of being carried at any time and preventing water drops at an output port from being thrown out.

Fig. 2 is a left-view internal structure schematic diagram of a condensed water outlet according to the present invention.

FIG. 3 is a schematic diagram of the front view of the internal structure of a hydraulic bead mouthpiece according to the present invention.

FIG. 4 is a front view of the internal structure of the sucking rod of the present invention.

Fig. 5 is a schematic front view of an internal structure of an angular brace according to the present invention.

FIG. 6 is a front view of the internal structure of the head of the present invention.

Fig. 7 is a schematic front view of the internal structure of a water condensation port according to the present invention.

In the figure: an adjusting telescopic belt-a 1, a side supporting plate-a 2, a condensed water outlet-a 3, a control output end-a 4, a connecting bracket-a 5, a water storage tank-a 6, a protective shoulder belt-a 7, a water assistant head-mm 1, an outer bag shell-mm 2, an output port-mm 3, a water condensation bead suction port-mm 4, a placing port-11, a condensed water port-22, a clamping and suction rod-33, an assistant head-44, a bag expansion head-g 1, a connecting port-g 2, an angle brace-g 3, a bending ball-g 4, a deformation shell-g 5, a top disc-311, a barb-322, an inner soft filling layer-333, a hook-344, a retaining ring-355, a pinching groove-11 a, a clamping angle-11 b, a soft expansion strip-11 c, an inner expansion angle-11 d, a total storage port-1 hh, a water drop head-2 hh, A flow blocking opening-3 hh, a steering angle-4 hh, a dripper-5 hh and a guide opening-6 hh.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example (b):

as shown in figures 1 to 7:

the invention provides a wearable air conditioner capable of preventing water drops at an output port from being thrown out and being carried at any time, which structurally comprises an adjusting telescopic belt a1, a side supporting plate a2, a condensed water outlet a3, a control output end a4, a connecting bracket a5, a water storage tank a6 and a protective shoulder belt a 7.

The adjustable telescopic belt a1 penetrates through the protective shoulder belt a7, the control output end a4 is connected with the side supporting plate a2, the condensed water outlet a3 is embedded into the control output end a4, the engagement bracket a5 is attached to the outer surface of the side supporting plate a2, the water tank a6 is arranged inside the engagement bracket a5 and movably connected with the same, and one end, away from the protective shoulder belt a7, of the adjustable telescopic belt a1 is connected with the engagement bracket a 5.

Condensate outlet a3 includes that water helps first mm1, outer bag shell mm2, output port mm3, water condensation pearl suction inlet mm4, water helps first mm1 to laminate in outer bag shell mm2 inner wall, water condensation pearl suction inlet mm4 runs through inside output port mm3, output port mm3 is installed inside outer bag shell mm 2.

Wherein, water condensation pearl suction inlet mm4 is including placing a mouthful 11, congealing a mouthful 22, pressing from both sides suction rod 33, helping hand head 44, press from both sides suction rod 33 and run through inside placing a mouthful 11, it locates to place a mouthful 11 top to congeal a mouth 22, helping hand head 44 is located presss from both sides suction rod 33 right side, it is equipped with two to congeal a mouth 22, helping hand head 44 is the protruding type structure of semicircle, the shape of placing a mouthful 11 can let better placing in inside of external object, congeal a mouthful 22 and block the export in order to let the drop of water condense in the position of inside partially, and helping hand head 44 can let the gas cisoid of inside more convenient output.

The clamping and sucking rod 33 comprises a bag expansion head g1, a joint crossing g2, angle brace rods g3, a bent ball protector g4 and a deformation shell g5, the bag expansion head g1 is connected with the joint crossing g2, the angle brace rods g3 abut against the outer surface of the joint crossing g2, the bent ball protector g4 is embedded into the deformation shell g5, the angle brace rods g3 are installed inside the deformation shell g5, the bent ball protector g4 is of a sphere structure, the angle brace rods g3 are two, the bent ball protector g4 can play a role in protecting the bending protection of the joint end when the joint end is bent, the angle brace rods g3 can expand the joint force and accordingly transmit the bending protection force, and the expansion head g1 can deform according to the self-borne force.

The angle brace g3 comprises a top disc 311, a barb 322, an inner soft filling layer 333, a linking hook 344 and a retaining ring 355, wherein the top disc 311 is connected with the retaining ring 355, one end of the retaining ring 355, which is far away from the top disc 311, is connected with the linking hook 344, the linking hook 344 is embedded with the barb 322, the barb 322 is located inside the inner soft filling layer 333, the retaining ring 355 is of a semi-arc structure, the retaining ring 355 can stabilize objects linked on two sides, an auxiliary effect is performed in the middle, the barb 322 and the linking hook 344 can be stressed reversely and more stably, the pushing area of the stress is enlarged by the top disc 311, and the inner soft filling layer 333 is used for preventing the linking hook 344 from being dislocated.

Wherein, the head g1 is expanded to the pocket is including holding between the fingers groove 11a, card angle 11b, soft strip 11c, the interior angle 11d that expands, hold between the fingers groove 11a and be located the card angle 11b outside, interior angle 11d that expands is laminated in soft strip 11c surface that expands, card angle 11b is equipped with two, soft strip 11c that expands is the arc structure, soft strip 11c that expands can carry out deformation expansion according to the power that the external world received, interior angle 11d that expands has restricted minimum shrink range, holds between the fingers groove 11a and can let the better application of force in the external world.

Wherein, it includes that mouth 1hh, water droplet head 2hh, fender stream mouth 3hh, help to 4hh, the dribbling head 5hh, direction guide mouth 6hh to congeal mouth 22, it locates the direction guide mouth 6hh top to always hold mouth 1hh, water droplet head 2hh is located and keeps off inside the 3hh of stream mouth, help to install in the first 5hh surface of dribbling head to angle 4hh, the dribbling head 5hh is equipped with four, water droplet head 2hh can block the water smoke, lets its faster smooth, and dribbling head 5hh can let the faster one-drop that condenses of the drop that flows one drop, holds mouthful 1hh always and can let run out and remove unnecessary water smoke and flow to the interior.

The specific use mode and function of the embodiment are as follows:

in the invention, water is filled in a water tank a6 and is suspended at a corresponding position by adjusting an adjusting telescopic belt a1, when the water tank is needed, the water tank is lifted, cold air in the water tank is led out through a condensed water outlet a3 by controlling the operation of an output end a4, because the condensed water outlet a3 is exposed to the outside and is different from the blown-out cold air, the cold air can be smoothly blown out outwards by the assistance of the direction of an assistance head 44, water vapor touching the wall surface is firstly blocked by a water dropper 2hh, water drops are quickly formed through the shape of the water dropper 2hh and then drop downwards, the water drops into a water dropper 5hh along an assistance angle 4hh and quickly converge to the inside of a guide port 6hh, so that the excessive water vapor can be adhered to the inside a main storage port 1hh, the shape of the inner wall of the main storage port 1hh slides down along the inner wall of the guide port 6hh, and the water drops inside the guide port 6hh slide into a duct 2, the retaining ring 355 is supported by the barbs of the engaging hook 344 and the inner soft filling layer 333, so that the top disk 311 can smoothly abut against the outer side of the engaging port g2, the water drops which flow through the retaining ring flow into the expanding head g1, the soft expanding strip 11c can be expanded to expand the clamping angle 11b to fix a certain stressed point through the increase of the inner water drops, the inner expanding angle 11d is expanded outwards together to enable the pinching groove 11a to protrude outwards, the outer boundary can easily pinch the pinching groove 11a, the whole clamping and sucking rod 33 can be taken out along the placing port 11, and the stored water drops are extruded out.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. The wearable air conditioner capable of preventing water drops at the output port from being thrown out and carried at any time structurally comprises an adjusting telescopic belt (a1), a side supporting plate (a2), a condensed water outlet (a3), a control output end (a4), an engaging bracket (a5), a water containing box (a6) and a protective shoulder belt (a7), wherein the adjusting telescopic belt (a1) penetrates through the protective shoulder belt (a7), the control output end (a4) is connected with the side supporting plate (a2), the condensed water outlet (a3) is embedded into the control output end (a4), the engaging bracket (a5) is attached to the outer surface of the side supporting plate (a2), the water containing box (a6) is mounted inside the engaging bracket (a5) and movably connected with the engaging bracket (a5), one end, far away from the protective shoulder belt (a7), of the adjusting telescopic belt (a1) is connected with the engaging bracket (a5), and the condensed water outlet (a3) comprises a water assisting head (1) and an outer shell (2) mm) and an outer shell (2) pocket (2) mm) The water-assisted head (mm1) is attached to the inner wall of an outer bag shell (mm2), the water-assisted head (mm4) penetrates through the inner part of the output port (mm3), the output port (mm3) is installed inside the outer bag shell (mm2), the water-assisted head (mm4) comprises a placing port (11), a water condensation port (22), a suction clamping rod (33) and a power-assisted head (44), the suction clamping rod (33) penetrates through the inner part of the placing port (11), the water condensation port (22) is arranged above the placing port (11), the power-assisted head (44) is arranged on the right side of the suction clamping rod (33), the suction clamping rod (33) comprises a bag expanding head (g1), a port (g 37), an angle brace rod (g 369634), a bent protection ball (g4) and a deformation shell (g5), the bag expanding head (g1) is connected with the angle brace rod (g2), and the angle brace rod (g2) is arranged on the outer surface (3 g2), the bent protective ball (g4) is embedded in a deformation shell (g5), the angular support rod (g3) is installed inside the deformation shell (g5), the angular support rod (g3) comprises a top disc (311), a barb (322), an inner soft filling layer (333), a hook (344) and a retaining ring (355), the top disc (311) is connected with the retaining ring (355), one end, far away from the top disc (311), of the retaining ring (355) is connected with the hook (344), the hook (344) is nested with the barb (322), the barb (322) is located inside the inner soft filling layer (333), the pocket expanding head (g1) comprises a pinching groove (11a), a clamping angle (11b), a soft expansion strip (11c) and an inner expansion angle (11d), the pinching groove (11a) is located outside the clamping angle (11b), the inner expansion angle (11d) is located on the outer surface of the soft expansion strip (11c), and the water gap (22) comprises a total water storage port (1 h) The water dropper comprises a water dropper (2hh), a flow blocking port (3hh), a steering angle (4hh), a dripped head (5hh) and a guide port (6hh), wherein a total storage port (1hh) is arranged above the guide port (6hh), the water dropper (2hh) is positioned inside the flow blocking port (3hh), and the steering angle (4hh) is arranged on the outer surface of the dripped head (5 hh);

water is filled in a water tank (a6), the water tank is hung at a corresponding position by adjusting an adjusting telescopic belt (a1), when the water tank is needed to be used, the water tank is lifted, cold air in the water tank is led out through a condensed water outlet (a3) by controlling the operation of an output end (a4), the condensed water outlet (a3) is exposed to the outside and is different from the blown cold air, the cold air can be smoothly blown out outwards through the direction assistance of an assistance head (44), water vapor touching the wall surface is firstly blocked by a water dropper (2hh), water drops are quickly formed through the self shape of the water dropper (2hh) and then drip downwards, the water vapor is quickly converged in a dripped head (5hh) along an assistance angle (4hh) and then flows into a guide port (6hh), the leaked water vapor is adhered to the inside a total storage port (1hh), and the total storage port (1hh) slides along the inner wall of the inner wall, the water drops quickly drop into the guide port (6hh), the whole water drops in the guide port (6hh) slide into the connecting port opening (g2), the retaining ring (355) is supported by the barb of the hook (344) and the inner soft filling layer (333), the top disc (311) can smoothly abut against the outer side of the connecting port opening (g2), the water drops which run through the water drops flow into the bag expanding head (g1), the soft expansion strip (11c) can be expanded to expand and expand to open the clamping corner (11b) to fix a certain stressed point through the increase of the inner water drops, the inner expanding corner (11d) is expanded outwards together, the clamping groove (11a) protrudes outwards, the outer periphery of the soft expansion strip can easily clamp the clamping groove (11a), the clamping rod (33) is taken out along the placing port (11), and the stored water drops are extruded out.