CN110359761A

CN110359761A - A kind of civic building engineering alarming guard that real-time monitoring avoids pedestrian from leaning on

Info

Publication number: CN110359761A
Application number: CN201910663448.4A
Authority: CN
Inventors: 周梅香
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-07-22
Filing date: 2019-07-22
Publication date: 2019-10-22
Anticipated expiration: 2039-07-22
Also published as: CN110359761B

Abstract

The invention discloses the civic building engineering alarming guards that a kind of real-time monitoring avoids pedestrian from leaning on, and are related to civic building technical field.The civic building engineering alarming guard that the real-time monitoring avoids pedestrian from leaning on, including guardrail ontology, the top of the guardrail ontology is in a row-shaped to be equidistantly embedded with several sensing mechanisms, sensing mechanisms includes that soft capsule, water pocket, press discs, cotton-padded covering, extruded tube, water guide sponge, closing film, perception mechanism, soft muscle, touch sensor and contact head, water pocket are inlaid in the middle part of the inner cavity of soft capsule.The civic building engineering alarming guard that the real-time monitoring avoids pedestrian from leaning on, water body is oozed out by sensing mechanisms when personnel grip guardrail, based on the contact surface between human hand and guardrail ontology is wet by dry turn, reach the prompting effect to personnel, simultaneously when personnel's body and handrail contact, extruded tube reaches the conflict effect to personnel's body while supplying water to cotton-padded covering.

Description

A kind of civic building engineering alarming guard that real-time monitoring avoids pedestrian from leaning on

Technical field

The present invention relates to civic building technical field, specially a kind of real-time monitoring avoids the civic building work of pedestrian's dependence Journey alarming guard.

Background technique

Ground, which excavates, in civic building work progress is used as the most basic construction stage, needs arrangement enough around heatable adobe sleeping platform The guardrail of quantity carries out enclosing to heatable adobe sleeping platform edge, so that prompt and protecting effect are played, to avoid pedestrian, construction personnel or construction The dangerous situation that vehicle crashes into hole occurs.Most guardrails use black yellow alternative colors as watchful signal, and are actually using In the process, the effect that guardrail plays is only the prompting effect on subjective consciousness, is easily overturned when being collided and leaning on, It cannot achieve corresponding remedial measure, according to the specific progress of site operation, the range of heatable adobe sleeping platform is also being gradually changed, therefore guardrail Position be also required to according to construction need in time adjusted, in order to realize the purpose, with ground fixed installation formula shield Column slows down construction efficiency significantly, therefore the overturning-preventing guardrail that formula is fixedly mounted in the actual construction process cannot be large-scale Using again portable guardrail lacks corresponding anti-personnel and leans on or grip overturning-preventing function.

Summary of the invention

In view of the deficiencies of the prior art, the present invention provides the civic building engineerings that a kind of real-time monitoring avoids pedestrian from leaning on Alarming guard can effectively be reminded when personnel lean on or grip, and guardrail overturning is avoided to damage personnel.

In order to achieve the above object, the present invention is achieved by the following technical programs: a kind of real-time monitoring avoids pedestrian from leaning on The civic building engineering alarming guard leaned on, including guardrail ontology, the top of the guardrail ontology are in a row-shaped equidistantly embedded with several Sensing mechanisms, sensing mechanisms include soft capsule, water pocket, press discs, cotton-padded covering, extruded tube, water guide sponge, closing film, perception mechanism, Soft muscle, touch sensor and contact head, water pocket are inlaid in the middle part of the inner cavity of soft capsule, and the left and right sides of water pocket respectively with soft capsule The left and right sides of inner wall is glued, and water body is filled in water pocket, and the quantity of press discs is two, and two press discs are fixed respectively connects It connects in the two sides up and down of soft capsule inner wall, cotton-padded covering is sleeved on the middle part of soft capsule outer surface, and two groups of extruded tubes are respectively interposed in symmetry shape In two press discs, extruded tube five are equidistantly longitudinally interspersed in press discs for one group, and the top of extruded tube be plugged on it is soft In the inner top of capsule, the bottom end of extruded tube is plugged in the top of water pocket, and water guide sponge is inlaid in extruded tube, perception mechanism two A is one group of setting soft intracapsular, and Liang Ge perception mechanism is inlaid in the left and right sides of soft capsule in symmetry shape respectively, soft muscle it is upper Lower two sides and the left and right sides are glued with the two sides up and down of water pocket inner wall and the left and right sides respectively, and touch sensor is fixedly mounted on The middle part of bottom in soft muscle, contact head are fixedly connected on the middle part of soft muscle inner top, are reached by soft muscle to soft capsule and water pocket Certain support effect.

Preferably, the junction of the water pocket and extruded tube offers the connector inside and outside itself, closes soft Piece two are fixedly connected in connector for one group, and the opposite side of two closing films fits closely closing connector, seals The end thereof contacts that film is plugged in connector with extruded tube are closed, the elastic force of closing film itself is enough to prevent the water body in water pocket It leaks into extruded tube, occurs to avoid the case where leak.

Preferably, the perception mechanism includes bending tube head, heating ring, spoiler, exhaust outlet, sympathetic response block, splitter, sky Bulbus cordis and fluorescent ring, bending tube head are plugged on soft intracapsular, and the upper and lower ends for bending tube head extend through the top of guardrail ontology With the inner sidewall of water pocket, heats ring and be fixedly connected in the lower semisection of bending tube head inner cavity, spoiler is fixedly connected on bending tube In the middle part of the inner cavity of head, exhaust outlet is provided with the middle and upper part of bending tube head surface and through the inner wall of bending tube head, and sympathetic response block is fixed It is connected to the inner cavity top of bending tube head, the bottom of sympathetic response block is fixedly connected at the top of splitter, hollow sphere is located at sympathetic response block Interior, fluorescent ring is inlaid in the top of bending tube head.

Preferably, the input terminal of the output end of the touch sensor and heating ring is electrically connected, touch sensor Concrete model be MN-M-NOD, use the sensor of the water-proof type to guarantee the normal use of sensing mechanisms.

Preferably, the exhaust outlet is located at the top of spoiler, and spoiler offer it is several through itself two sides up and down Through-hole, splitter is located at the front side of exhaust outlet, and the bottom of splitter turns forward, between splitter bottom and exhaust outlet Distance is 2/3rds of exhaust header pipe internal diameter, and such shape design enables the more part of steam to be expelled directly out to reach Effect is quickly reminded, while certain steam needed for also ensuring sympathetic response block use.

Preferably, the two sides up and down of the sympathetic response block offer the gas outlet for being connected to itself inner cavity and air inlet respectively, and Gas outlet and air inlet are rectangle, and width is less than the diameter of hollow sphere, and such size design avoids hollow sphere from altogether The case where being dropped out in ring block appearance, while vapor stream may make to generate effectively impact to hollow sphere when flowing through sympathetic response block.

The present invention provides the civic building engineering alarming guards that a kind of real-time monitoring avoids pedestrian from leaning on.Having following has Beneficial effect:

(1), the civic building engineering alarming guard that the real-time monitoring avoids pedestrian from leaning on, passes through when personnel grip guardrail Sensing mechanisms oozes out water body, based on the contact surface between human hand and guardrail ontology is turned wet by dry, reaches and mentions to personnel Awake effect, while when personnel's body and handrail contact, extruded tube reaches while supplying water to cotton-padded covering supports personnel's body Effect is touched, which reminds effect to combine the change of contact surface humidity, has reached based on sense organ pair and guardrail ontology The warning function of contact personnel overturns the case where leading to injury to personnel appearance to avoid guardrail.

(2), the civic building engineering alarming guard that the real-time monitoring avoids pedestrian from leaning on, perception mechanism is in water pocket by crowded Steam is generated when pressure by way of heating water body and is pressurizeed via current limiting plate and is discharged, steam is with faster speed from soft intracapsular spray Reach the prompting effect to personnel out, while bending tube is discharged via resonator under the shunting function of splitter in some vapor Head, the special designing based on hollow sphere make the resonator in resonator and whistle issue birdie similarly and when spraying steam, Further to reach the prompting effect to personnel, while the special designing of fluorescent ring being cooperated to use in sensing mechanisms at night Personnel's guardrail present position can be effectively reminded in the case where no other light sources in the process, and steam is mapped in fluorescent ring Under it is more eye-catching.

(3), the civic building engineering alarming guard that the real-time monitoring avoids pedestrian from leaning on, water body in water pocket only by It just will start corresponding mechanism in the case where squeezing to a certain extent, such opening ways largely avoided personnel, and accidentally touching leads to Wu The case where triumphant fine jade waste of resource, occurs, while the birdie sound for soaking speed, the velocity of discharge of steam and resonator and issuing of cotton-padded covering Amount, the extruding force size being subject to sensing mechanisms is directly proportional, therefore the sensing mechanisms in the case where personnel's application pressure is bigger Operational paradigm it is higher, issue and enhance prompting effect, as soon as possible to guarantee the life security of personnel.

Detailed description of the invention

Fig. 1 is structure of the invention stereoscopic schematic diagram；

Fig. 2 is structure of the invention front view；

Fig. 3 is structure of the invention top view；

Fig. 4 is the front elevational view of sensing mechanisms of the present invention；

Fig. 5 is the front elevational view of perception mechanism of the present invention.

In figure: 1 guardrail ontology, 2 sensing mechanisms, 201 soft capsules, 202 water pockets, 203 press discs, 204 cotton-padded coverings, 205 extruded tubes, It is 206 water guide sponges, 207 closing films, 208 perception mechanisms, 209 soft muscle, 210 touch sensors, 211 contact heads, 2081 curved Broken pipe head, 2082 heating rings, 2083 spoilers, 2084 exhaust outlets, 2085 sympathetic response blocks, 2086 splitters, 2087 hollow spheres, 2088 Fluorescent ring.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.

Examples of the embodiments are shown in the accompanying drawings, and in which the same or similar labels are throughly indicated identical or classes As element or element with the same or similar functions.The embodiments described below with reference to the accompanying drawings are exemplary, purport It is being used to explain the present invention, and is being not considered as limiting the invention.

Fig. 1-5 is please referred to, the present invention provides a kind of technical solution: a kind of civic building that real-time monitoring avoids pedestrian from leaning on Engineering alarming guard, including guardrail ontology 1, the top of guardrail ontology 1 is in a row-shaped to be equidistantly embedded with several sensing mechanisms 2, perception Mechanism 2 include soft capsule 201, water pocket 202, press discs 203, cotton-padded covering 204, extruded tube 205, water guide sponge 206, closing film 207, Perception mechanism 208, soft muscle 209, touch sensor 210 and contact head 211, water pocket 202 are inlaid in the inner cavity of soft capsule 201 Portion, and the left and right sides of water pocket 202 is glued with the left and right sides of soft 201 inner wall of capsule respectively, the quantity of press discs 203 is two, And two press discs 203 are respectively fixedly connected in the two sides up and down of soft 201 inner wall of capsule, cotton-padded covering 204 is sleeved on soft 201 outer surface of capsule Middle part, two groups of extruded tubes 205 are respectively interposed in two press discs 203 in symmetry shape, and extruded tube 205 5 are equidistant for one group Longitudinal direction is interspersed in press discs 203, and the top of extruded tube 205 is plugged in the inner top of soft capsule 201, the bottom of extruded tube 205 End is plugged in the top of water pocket 202, and water guide sponge 206 is inlaid in extruded tube 205, the connection of water pocket 202 and extruded tube 205 Place offers the connector inside and outside itself, and closing film 207 two are fixedly connected in connector for one group, and two The opposite side of a closing film 207 fits closely closing connector, and closing film 207 and extruded tube 205 are plugged on connector Interior end thereof contacts, 208 two, perception mechanism are one group of setting in soft capsule 201, and Liang Ge perception mechanism 208 is in symmetry shape point It is not inlaid in the left and right sides of soft capsule 201, the two sides up and down and the left and right sides of soft muscle 209 are respectively and above and below 202 inner wall of water pocket Two sides and the left and right sides are glued, and touch sensor 210 is fixedly mounted on the middle part of bottom in soft muscle 209, and contact head 211 is fixed It is connected to the middle part of soft 209 inner top of muscle.

Perception mechanism 208 includes bending tube head 2081, heating ring 2082, spoiler 2083, exhaust outlet 2084, sympathetic response block 2085, splitter 2086, hollow sphere 2087 and fluorescent ring 2088, bending tube head 2081 is plugged in soft capsule 201, and bends tube head 2081 upper and lower ends extend through the top of guardrail ontology 1 and the inner sidewall of water pocket 202, and heating ring 2082 is fixedly connected on curved In the lower semisection of 2081 inner cavity of broken pipe head, the output end of touch sensor 210 and the input terminal of heating ring 2082 are electrically connected, The concrete model of touch sensor 210 is MN8-M18-NOD1, and spoiler 2083 is fixedly connected on the interior of bending tube head 2081 In the middle part of chamber, exhaust outlet 2084 is provided with the middle and upper part on bending 2081 surface of tube head and through the inner wall of bending tube head 2081, sympathetic response Block 2085 is fixedly connected on the inner cavity top of bending tube head 2081, and the top of splitter 2086 is fixedly connected on sympathetic response block 2085 Bottom, exhaust outlet 2084 are located at the top of spoiler 2083, and spoiler 2083 offer it is several through itself upper and lower two sides Through-hole, splitter 2086 is located at the front side of exhaust outlet 2084, and the bottom of splitter 2086 turns forward, 2086 bottom of splitter The distance between exhaust outlet 2084 is 2/3rds of 2081 internal diameter of exhaust header pipe, and hollow sphere 2087 is located at sympathetic response block 2085 Interior, fluorescent ring 2088 is inlaid in the top of bending tube head 2081, and the two sides up and down of sympathetic response block 2085 offer connection itself respectively The gas outlet of inner cavity and air inlet, and gas outlet and air inlet are rectangle, width is less than the diameter of hollow sphere 2087.

In use, personnel act on 202 surface of water pocket to the pressure of soft capsule 201, by press discs 203 to water pocket 202 into Row, which squeezes and extruded tube 205 is made to squeeze closing film 207, to be entered in water pocket 202, and the water body in water pocket 202 is via water guide sponge 206 drain into cotton-padded covering 204 and soak cotton-padded covering 204, so that the hand that personnel contact with soft 201 surface of capsule feels that humidity is mentioned It wakes up, deformation occurs and makes contact head 211 and 210 contact start of touch sensor for soft muscle 209 when being squeezed for water pocket 202 Water body in 2082 pairs of ring bending tube heads 2081 of heating carries out heating evaporation, and steam is by the pressurization of current limiting plate 2083 and water pocket Accelerate flowing under 202 active forces squeezed, some vapor reminds personnel via the discharge of exhaust outlet 2084, and another part steams Thrust is generated to hollow sphere 2087 when vapour is discharged via sympathetic response block 2085, forms it into the resonating effect similarly with whistle sounding, Personnel are reminded via the steam generation birdie that bending tube head 208 sprays.

The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.

Claims

1. the civic building engineering alarming guard that a kind of real-time monitoring avoids pedestrian from leaning on, including guardrail ontology (1), feature exists In: the top of the guardrail ontology (1) is in a row-shaped to be equidistantly embedded with several sensing mechanisms (2), and sensing mechanisms (2) includes soft capsule (201), water pocket (202), press discs (203), cotton-padded covering (204), extruded tube (205), water guide sponge (206), closing film (207), perception mechanism (208), soft muscle (209), touch sensor (210) and contact head (211), water pocket (202) are inlaid in In the middle part of the inner cavity of soft capsule (201), and the left and right sides of water pocket (202) is glued with the left and right sides of soft capsule (201) inner wall respectively, pressure The quantity for compeling disk (203) is two, and two press discs (203) are respectively fixedly connected in the two sides up and down of soft capsule (201) inner wall, Cotton-padded covering (204) is sleeved on the middle part of soft capsule (201) outer surface, and two groups of extruded tubes (205) are respectively interposed in symmetry shape and press at two To compel in disk (203), extruded tube (205) five are equidistantly longitudinally interspersed in press discs (203) for one group, and extruded tube (205) Top is plugged in the inner top of soft capsule (201), and the bottom end of extruded tube (205) is plugged in the top of water pocket (202), water guide sea Continuous (206) are inlaid in extruded tube (205), and (208) two, perception mechanism is one group of setting in soft capsule (201), and two sights Sense mechanism (208) is inlaid in the left and right sides of soft capsule (201), the two sides up and down and left and right two of soft muscle (209) in symmetry shape respectively Side is glued with the two sides up and down of water pocket (202) inner wall and the left and right sides respectively, and touch sensor (210) is fixedly mounted on soft muscle (209) middle part of interior bottom, contact head (211) are fixedly connected on the middle part of soft muscle (209) inner top.

2. the civic building engineering alarming guard that a kind of real-time monitoring according to claim 1 avoids pedestrian from leaning on, special Sign is: the junction of the water pocket (202) and extruded tube (205) offers the connector inside and outside itself, closes Film (207) two are fixedly connected in connector for one group, and the opposite side of two closings film (207) fits closely envelope Connector is closed, closing film (207) and extruded tube (205) are plugged on the end thereof contacts in connector.

3. the civic building engineering alarming guard that a kind of real-time monitoring according to claim 1 avoids pedestrian from leaning on, special Sign is: the perception mechanism (208) includes bending tube head (2081), heating ring (2082), spoiler (2083), exhaust outlet (2084), sympathetic response block (2085), splitter (2086), hollow sphere (2087) and fluorescent ring (2088), bending tube head (2081) are inserted The upper and lower ends for connecing in soft capsule (201), and bending tube head (2081) extend through top and the water pocket of guardrail ontology (1) (202) inner sidewall, heating ring (2082) are fixedly connected in the lower semisection of bending tube head (2081) inner cavity, spoiler (2083) It is fixedly connected in the middle part of the inner cavity of bending tube head (2081), exhaust outlet (2084), which is provided with, to be bent in tube head (2081) surface Portion and the inner wall for running through bending tube head (2081), sympathetic response block (2085) are fixedly connected on the inner cavity top of bending tube head (2081), The bottom of sympathetic response block (2085) is fixedly connected at the top of splitter (2086), hollow sphere (2087) is located at sympathetic response block (2085) Interior, fluorescent ring (2088) is inlaid in the top of bending tube head (2081).

4. the civic building engineering alarming guard that a kind of real-time monitoring according to claim 3 avoids pedestrian from leaning on, special Sign is: the output end of the touch sensor (210) and the input terminal of heating ring (2082) are electrically connected, contact-sensing The concrete model of device (210) is MN8-M18-NOD1.

5. the civic building engineering alarming guard that a kind of real-time monitoring according to claim 3 avoids pedestrian from leaning on, special Sign is: the exhaust outlet (2084) is located at the top of spoiler (2083), and spoiler (2083) offers several run through certainly The through-hole of two sides is descended with it, and splitter (2086) is located at the front side of exhaust outlet (2084), and the bottom of splitter (2086) is forward Inclination, the distance between splitter (2086) bottom and exhaust outlet (2084) are 2/3rds of exhaust header pipe (2081) internal diameter.

6. the civic building engineering alarming guard that a kind of real-time monitoring according to claim 3 avoids pedestrian from leaning on, special Sign is: the two sides up and down of the sympathetic response block (2085) offer the gas outlet for being connected to itself inner cavity and air inlet respectively, and go out Port and air inlet are rectangle, and width is less than the diameter of hollow sphere (2087).