CN109330372A - Water dispenser with water quality detecting device - Google Patents

Abstract

The invention discloses the water dispensers with water quality detecting device, its structure includes bushing, water outlet, water quality safety detection device, processor shell, display board, limited cover, bucket, bushing is mounted on processor shell bottom inner portion by way of insertion, water quality safety detection device is mounted on processor interior of shell by way of insertion, the present invention mainly utilizes power controling machine structure and ionization detection mechanism to cooperate, starting element to power controling machine structure is carried out by drinking water sample as collected by pressure maintaining sampling mechanism, and its internal component of ionization detection is carried out to it by ionization detection mechanism, even if the drinking water in water dispenser is placed since placement number of days is more or is polluted by foeign element, control of shutting off can be carried out to drinking water by cutting structure of disembarking by emergency braking, and it prompts drinking person inside water quality to go wrong and is not suitable for continuing drinking , to play certain guarantee to drinking person personal safety.

Description

Water dispenser with water quality detecting device

Technical field

The present invention relates to field of water fountain, particularly with regard to a kind of water dispenser with water quality detecting device.

Background technique

Current common Water inlet device of water dispenser is by top cover of water drinking machine, pedestal, retainer plate, sealing ring, mandril, float group At top cover of water drinking machine is clamped between pedestal and the retainer plate of housing sealing ring, pedestal lower end and mandril lower thread connecting lock It is tight integral, with the development of economy and continuous improvement of people's living standards, people to the pursuit of quality of life also increasingly It is high；Water quality monitoring is to guarantee the premise of safe water, and the quality of Drinking Water is directly related to the health of people, existing Drinking water in technology water dispenser is placed since placement number of days is more or is polluted by foeign element, and drinking person is difficult to judge internal water Matter situation is easy to cause damages to drinking person body if drinking contaminated drinking water.

Summary of the invention

In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: with water quality detecting device Water dispenser, structure include bushing, water outlet, water quality safety detection device, processor shell, display board, limited cover, bucket, The bushing is mounted on processor shell bottom inner portion by way of insertion, and the water quality safety detection device passes through insertion Mode is mounted on processor interior of shell, and the display board back is mounted on processor shell front end face by way of inlaying, The water outlet set altogether there are two and its top be separately mounted to processor interior of shell both ends by way of insertion, it is described go out The mouth of a river is set to the surface of bushing, and the bucket bottom end is mounted on processor through limited cover axle center and by way of insertion Among housing top end, the limited cover bottom end is mounted among processor housing top end by way of insertion.

The water quality safety detection device include power controling machine structure, ionization detection mechanism, emergency braking cut disembark structure, protect Sampling mechanism, middle control transmission mechanism, raffinate collecting mechanism are pressed, processor interior of shell top is fixedly installed with pressure maintaining sampling Mechanism, the pressure maintaining sampling mechanism are sequentially installed with power controling machine structure, ionization detection mechanism, middle control conveyer from top to bottom Structure, emergency braking cut structure of disembarking, and pressure maintaining sampling mechanism bottom end is cut structure of disembarking with emergency braking and is fixed together, described Middle control transmission mechanism is set to ionization detection mechanism right end and is firmly connected with it together, pressure maintaining sampling mechanism top and electricity Source control mechanism top is mechanically coupled together, and the raffinate collecting mechanism is set to emergency braking and cuts on the right side of structure of disembarking and fix peace Mounted in processor interior of shell bottom end.

As advanced optimizing for the technical program, the power controling machine structure include energization geosynclinal block, conducting block, siphunculus, Insulate link block, the first power supply line, and the energization geosynclinal block is mounted on left side among siphunculus, the energization by way of insertion Geosynclinal block right end is fixedly installed with conducting block, and the conducting block is fixedly connected on the far from energization geosynclinal block one end by the way of electric welding Close to energization geosynclinal block one end, the energization geosynclinal block upper and lower ends right side is mounted on insulation by way of insertion and connected one power supply line It connects inside block.

As advanced optimizing for the technical program, the ionization detection mechanism includes Insulation monitoring box body, fixed plate, inspection Measuring staff, the ball that is powered, unloads water valve group at L-type conducting rod, and Insulation monitoring box portion inside right side end is fixedly installed with fixed plate, institute It states detection bar right end and is mounted on fixed plate left end by way of insertion, the L-type conducting rod is far from energization ball one end using electricity The mode of weldering is fixedly connected on fixed plate close to detection bar one end, and the L-type conducting rod is far from fixed plate one end using electric welding Mode is fixedly connected on energization top dome end, and Insulation monitoring tray interior bottom end, which is fixedly installed with, unloads water valve group.

As advanced optimizing for the technical program, the emergency braking cut disembark structure include the first draught line, fixed pulley, Fixed slide guide item, fixed torsional spring wheel, the strut that is slidably connected, thick ring circle wheel, shaft, driving belt, electromagnetic driver, driving wheel, Conducting rod, shut off valve member, and pressure maintaining sampling mechanism top, the sliding are mounted on by way of insertion on the right side of the valve member that shuts off Connection strut passes through fixed torsional spring wheel one end by the first draught line around fixed pulley and the valve member that shuts off far from fixed pulley outer ring surface It is fixed together far from pressure maintaining sampling mechanism one end, the strut top that is slidably connected is mounted on solid by way of insertion Determine inside slide guide item, the strut that is slidably connected is solid by pin and fixed torsional spring wheel shaft core position far from fixed slide guide one end Surely it links together, the fixed torsional spring wheel outer ring surface bottom end is bonded with thick ring circle wheel top outer surface, and the shaft top is logical The mode for crossing insertion is mounted on thick ring circle wheel bottom end shaft core position, and the shaft passes through driving belt and the activity of driving wheel outer ring surface It links together, the electromagnetic driver top is mounted on driving wheel bottom end shaft core position, the conduction by way of insertion Bar is fixedly connected on the right side of electromagnetic driver by the way of electric welding far from middle control transmission mechanism one end.

As advanced optimizing for the technical program, the pressure maintaining sampling mechanism includes straight tube, water storage cabinet, support slot Block, buoyant spheres, hose, sampling pipe, catheter, receiving port, the straight tube top are mounted on processor by way of insertion Housing top end middle position, the straight tube bottom end are fixedly connected on water storage cabinet top middle position, institute by the way of electric welding It states water storage cabinet bottom end and is mounted on support geosynclinal block bottom inner portion by way of insertion, the receiving port bottom end is using electric welding Mode is fixedly connected on water storage cabinet bottom end middle position, and the hose top is fixed together with buoyant spheres bottom end, institute It states catheter top to be fixed together with sampling pipe bottom end, the sampling pipe is integrated with buoyant spheres, described to lead The separate sampling pipe right end of liquid pipe is mounted on buoyant spheres bottom bottom end middle position by way of insertion, the straight tube left side with The valve member that shuts off is movably connected.

As advanced optimizing for the technical program, the middle control transmission mechanism includes second source line, detection components, determines Position frame, transfer processing board, the detection components bottom end are fixedly connected on conducting rod top, second electricity by the way of electric welding Source line is fixedly connected on detection components top close to conducting rod one end by the way of electric welding, and the detection components right end passes through embedding The mode entered is mounted on locating rack middle position.

As advanced optimizing for the technical program, the raffinate collecting mechanism include raffinate efferent duct, raffinate collection box, Ball, ejector spring, the raffinate efferent duct right end is mounted on processor shell bottom inner portion by way of insertion, described residual Liquid collection box is mounted on processor shell bottom inner portion entirely through the mode of insertion, and the ejector spring sets there are five altogether and leads to The mode for crossing insertion is separately mounted to processor shell bottom inner portion, and the ball sets that there are five and using divide by the way of electric welding altogether It is not fixedly connected on ejector spring top.

As advanced optimizing for the technical program, the detection liquid output mechanism includes fixed support block, electroactive poly- Object item, valve rod, closure door are closed, the fixed support block is set altogether there are two being separately mounted to Insulation monitoring box body by way of insertion Internal left and right ends, the electroactive polymer item set there are two altogether and are mounted on valve rod close to fixed branch by way of insertion Bracer one end, the valve rod bottom end are fixedly connected on closure door top by the way of electric welding.

Beneficial effect

Water dispenser of the present invention with water quality detecting device, the water in bucket is entered in water storage cabinet by straight tube, by holding The continuous water flow entered accumulates the drinking water constantly risen since the continuous increase of its volume is so as to cause floating in water storage box house Power constantly enhances, and enables it that buoyant spheres is pushed to move up, until it blocks straight tube, when drinking water slug in buoyant spheres in straight tube When going up and being diverted in water storage cabinet, a small amount of drinking water enters insulation by siphunculus under the water conservancy diversion of catheter by sampling pipe It detects in box body, when it flows through siphunculus middle-end, connects energization geosynclinal block and conducting block, and will be conductive using the characteristic of water flow conduction Electric current entrained by block is conducted to conducting block, to be supplied to detection components, it is enabled to be powered and to Insulation monitoring tray interior It drinks water sample and carries out electrolysis acting detection, detection information is conducted by second source line to transfer processing board, and is shown in aobvious Show on plate, and when detection bar drinks water sample by the electrolysis of energization ball, electric current is conducted by drinking water sample to electroactive poly- Object item is closed, electroactive polymer item is shunk after powered up, to pull valve rod to shrink to both sides, while valve rod is mobile It pulls and opens closure door, flow into Drinking Water Samples in raffinate collection box by the conduction of raffinate efferent duct, if drinking water quality monitors When being contaminated, shut off by shutting off valve member to straight tube, prevents the inflow of drinking water.

For the prior art, the present invention mainly utilizes power controling machine structure and ionization detection mechanism to cooperate, and leads to It crosses and drinks water sample as collected by pressure maintaining sampling mechanism and carry out starting element to power controling machine structure, and by ionization detection machine Structure carries out its internal component of ionization detection to it, even if the drinking water in water dispenser is placed since placement number of days is more or external Factor pollution, control of shutting off can be carried out to drinking water by cutting structure of disembarking by emergency braking, and water quality inside drinking person is prompted to occur Problem is not suitable for continuing to drink, to play certain guarantee to drinking person personal safety.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of the water dispenser of the invention with water quality detecting device.

Fig. 2 is the schematic diagram of internal structure of the water dispenser of the invention with water quality detecting device.

Fig. 3 is the inside detailed construction schematic diagram of the water dispenser of the invention with water quality detecting device.

Fig. 4 is that water valve group detailed construction schematic diagram is unloaded in the inside of the water dispenser of the invention with water quality detecting device.

Fig. 5 is that the detailed construction inside water valve group motion state of unloading of the water dispenser of the invention with water quality detecting device is illustrated Figure.

In figure: bushing -1, water outlet -2, water quality safety detection device -3, processor shell -4, display board -5, limited cover - 6, bucket -7, power controling machine structure -31, ionization detection mechanism -32, emergency braking cut disembark structure -33, pressure maintaining sampling mechanism -34, Middle control transmission mechanism -35, raffinate collecting mechanism -36, energization geosynclinal block -311, conducting block -312, siphunculus -313, insulation link block - 314, the first power supply line -315, Insulation monitoring box body -321, fixed plate -322, detection bar -323, L-type conducting rod -324, energization Ball -325, unload water valve group -326, the first draught line -331, fixed pulley -332, fixed slide guide item -333, fixed torsional spring wheel -334, Be slidably connected strut -335, thick ring circle wheel -336, shaft -337, driving belt -338, electromagnetic driver -339, driving wheel - 3310, conducting rod -3311, the valve member -3312 that shuts off, straight tube -341, water storage cabinet -342, support geosynclinal block -343, buoyant spheres -344, Hose -345, sampling pipe -346, catheter -347, receiving port -348, second source line -351, detection components -352, positioning Frame -353, raffinate efferent duct -361, raffinate collection box -362, ball -363, ejector spring -364, is consolidated transfer processing board -354 Determine supporting block -3261, electroactive polymer item -3262, valve rod -3263, closure door -3264.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.

Embodiment

Fig. 1-Fig. 5 is please referred to, the present invention provides the water dispenser with water quality detecting device, and structure includes bushing 1, water outlet 2, water quality safety detection device 3, processor shell 4, display board 5, limited cover 6, bucket 7, the bushing 1 is by way of insertion It is mounted on 4 bottom inner portion of processor shell, the water quality safety detection device 3 is mounted on processor shell by way of insertion Inside 4,5 back of display board is mounted on 4 front end face of processor shell by way of inlaying, and the water outlet 2 is equipped with altogether Two and its top are separately mounted to 4 inside both ends of processor shell by way of insertion, and the water outlet 2 is set to bushing 1 Surface, 7 bottom end of bucket is mounted on 4 top of processor shell through 6 axle center of limited cover and by way of insertion Centre, 6 bottom end of limited cover are mounted among 4 top of processor shell by way of insertion.

The water quality safety detection device 3 cuts and disembarks including power controling machine structure 31, ionization detection mechanism 32, emergency braking Structure 33, pressure maintaining sampling mechanism 34, middle control transmission mechanism 35, raffinate collecting mechanism 36,4 inner tip of processor shell are fixed Pressure maintaining sampling mechanism 34 is installed, the pressure maintaining sampling mechanism 34 is sequentially installed with power controling machine structure 31, ionization from top to bottom Testing agency 32, middle control transmission mechanism 35, emergency braking cut disembark structure 33,34 bottom end of pressure maintaining sampling mechanism and emergency braking It cuts structure 33 of disembarking to be fixed together, the middle control transmission mechanism 35 is set to 32 right end of ionization detection mechanism and the company of being secured to It is connected together, 34 top of pressure maintaining sampling mechanism and 31 top of power controling machine structure are mechanically coupled together, and the raffinate is received Collecting mechanism 36 is set to emergency braking and cuts on the right side of structure 33 of disembarking and be fixedly mounted on 4 inner bottom of processor shell.

The power controling machine structure 31 includes energization geosynclinal block 311, conducting block 312, siphunculus 313, insulation link block 314, the One power supply line 315, the energization geosynclinal block 311 are mounted on the intermediate left side of siphunculus 313, the energization geosynclinal block by way of insertion 311 right ends are fixedly installed with conducting block 312, and the conducting block 312 is fixed by the way of electric welding far from 311 one end of energization geosynclinal block The first power supply line 315 is connected to close to 311 one end of energization geosynclinal block, the 311 upper and lower ends right side of energization geosynclinal block passes through insertion Mode be mounted on insulation link block 314 inside.

The ionization detection mechanism 32 includes Insulation monitoring box body 321, fixed plate 322, detection bar 323, L-type conducting rod 324, energization ball 325, unload water valve group 326, the 321 inner right side end of Insulation monitoring box body is fixedly installed with fixed plate 322, institute It states 323 right end of detection bar and is mounted on 322 left end of fixed plate by way of insertion, the L-type conducting rod 324 is far from energization ball 325 one end are fixedly connected on fixed plate 322 close to 323 one end of detection bar by the way of electric welding, and the L-type conducting rod 324 is remote 325 top of energization ball is fixedly connected on by the way of electric welding from 322 one end of fixed plate, inside the Insulation monitoring box body 321 Bottom end, which is fixedly installed with, unloads water valve group 326.

The emergency braking cuts structure 33 of disembarking and includes the first draught line 331, fixed pulley 332, fixed slide guide item 333, fixes Torsional spring wheel 334, the strut 335 that is slidably connected, thick ring circle wheel 336, shaft 337, driving belt 338, electromagnetic driver 339, transmission Wheel 3310, conducting rod 3311, shut off valve member 3312, and 3312 right side of valve member of shutting off is mounted on pressure maintaining by way of insertion and adopts 34 top of model machine structure, the strut 335 that is slidably connected are passed through far from 332 outer ring surface of fixed pulley by fixed 334 one end of torsional spring wheel First draught line 331 around fixed pulley 332 with shut off valve member 3312 and be fixed together far from 34 one end of pressure maintaining sampling mechanism, 335 top of strut that is slidably connected is mounted on inside fixed slide guide item 333 by way of insertion, the strut that is slidably connected 335 are fixed together far from fixed 333 one end of slide guide item by pin and fixed 334 shaft core position of torsional spring wheel, described solid Determine 334 outer ring surface bottom end of torsional spring wheel to be bonded with 336 top outer surfaces of thick ring circle wheel, the side that 337 top of shaft passes through insertion Formula is mounted on thick ring circle 336 bottom end shaft core positions of wheel, and the shaft 337 passes through driving belt 338 and 3310 outer ring surface of driving wheel It is movably connected, 339 top of electromagnetic driver is mounted on 3310 bottom end axle center of driving wheel position by way of insertion It sets, the conducting rod 3311 is fixedly connected on electromagnetic driver 339 by the way of electric welding far from middle 35 one end of control transmission mechanism Right side.

The pressure maintaining sampling mechanism 34 includes straight tube 341, water storage cabinet 342, support geosynclinal block 343, buoyant spheres 344, hose 345, sampling pipe 346, catheter 347, receiving port 348,341 top of straight tube are mounted on processor by way of insertion 4 top middle position of shell, 341 bottom end of straight tube are fixedly connected among 342 top of water storage cabinet by the way of electric welding Position, 342 bottom end of water storage cabinet are mounted on support 343 bottom inner portion of geosynclinal block, the receiving port by way of insertion 348 bottom ends are fixedly connected on 342 bottom end middle position of water storage cabinet, 345 top of hose and buoyancy by the way of electric welding 344 bottom end of ball is fixed together, and 347 top of catheter is fixed together with 346 bottom end of sampling pipe, described to adopt Sample pipe 346 is integrated with buoyant spheres 344, and 346 right end of separate sampling pipe of the catheter 347 is by way of insertion It is mounted on 344 bottom bottom end middle position of buoyant spheres, 341 left side of straight tube is movably connected with the valve member 3312 that shuts off.

The middle control transmission mechanism 35 includes second source line 351, detection components 352, locating rack 353, transfer processing board 354,352 bottom end of detection components is fixedly connected on 3311 top of conducting rod, the second source line by the way of electric welding 351 are fixedly connected on 352 top of detection components, the detection components 352 by the way of electric welding close to 3311 one end of conducting rod Right end is mounted on 353 middle position of locating rack by way of insertion.

The raffinate collecting mechanism 36 includes raffinate efferent duct 361, raffinate collection box 362, ball 363, ejector spring 364,361 right end of raffinate efferent duct is mounted on 4 bottom inner portion of processor shell by way of insertion, and the raffinate is collected Box 362 is mounted on 4 bottom inner portion of processor shell entirely through the mode of insertion, the ejector spring 364 set altogether there are five and 4 bottom inner portion of processor shell is separately mounted to by way of insertion, the ball 363 sets there are five altogether and uses electric welding Mode is respectively fixedly connected in 364 top of ejector spring.

The detection liquid output mechanism 326 include fixed support block 3261, electroactive polymer item 3262, valve rod 3263, Closure door 3264, the fixed support block 3261 are set altogether there are two being separately mounted to Insulation monitoring box body 321 by way of insertion Internal left and right ends, the electroactive polymer item 3262 set there are two altogether and are mounted on valve rod 3263 by way of insertion and lean on Nearly 3261 one end of fixed support block, 3263 bottom end of valve rod are fixedly connected on 3264 tops of closure door by the way of electric welding.

Water in bucket 7 is entered in water storage cabinet 342 by straight tube 341, by the water flow that continues into water storage cabinet The drinking water constantly risen is accumulated since the continuous increase of its volume constantly enhances so as to cause buoyancy in 342 inside, enables its promotion Buoyant spheres 344 move up, until it blocks straight tube 341, when in straight tube 341 drink water slug in buoyant spheres 344 and point When flowing in water storage cabinet 342, a small amount of drinking water by sampling pipe 346 under the water conservancy diversion of catheter 347 by siphunculus 313 into Enter in Insulation monitoring box body 321, when it flows through 313 middle-end of siphunculus, connection energization geosynclinal block 311 and conducting block 312, and utilize water Electric current entrained by conducting block 311 is conducted to conducting block 312 by the characteristic of conductance electricity, to be supplied to detection components 352, enables it It is powered and electrolysis acting detection is carried out to the water sample of drinking inside Insulation monitoring box body 321, detection information passes through second source Line 351 is conducted to transfer processing board 354, and is shown on display board 5, and is drunk in detection bar 323 by the electrolysis of energization ball 325 When water sample, electric current is conducted by drinking water sample to electroactive polymer item 3262, and electroactive polymer item 3262 is being powered After shrink, so that valve rod 3263 be pulled to shrink to both sides, pulled while valve rod 3263 is mobile and open closure door 3264, made Drinking Water Samples flow into raffinate collection box 362 by the conduction of raffinate efferent duct 361, if drinking water quality monitoring is contaminated When, shut off by shutting off valve member 3312 to straight tube 341, prevents the inflow of drinking water.

Display board 5 of the present invention is connected under one piece of PCB circuit board by many small LED lamp beads, and electricity is connected One piece of plank that need content to be shown can be shown with control card is also possible to show with liquid crystal display and having for charactron The circuit board of real function, the electroactive polymer item 3262 are a kind of intellectual materials, have special electrical property and mechanicalness Can, this polymer generates miniature deformation after by electro photoluminescence, therefore, since the beginning of the nineties in last century, electroactive polymerization Object causes the concern of perhaps multi-disciplinary scientists and engineers with stronger induction deformability, and the performance of EAP material is by many Factor determines that such as output strain drives stress, elastic energy density, response time and theoretical efficiency.

It is more or by foeign element dirt due to placing number of days that problems solved by the invention is that drinking water in water dispenser is placed Dye, drinking person are difficult to judge internal water quality situation, are easy to cause damages to drinking person body if drinking contaminated drinking water, this Invention is combined with each other by above-mentioned component, and the present invention mainly utilizes power controling machine structure and ionization detection mechanism to cooperate, Starting element to power controling machine structure is carried out by drinking water sample as collected by pressure maintaining sampling mechanism, and by ionization detection Mechanism carries out its internal component of ionization detection to it, even if the drinking water in water dispenser is placed since placement number of days is more or outer Carry out factor pollution, control of shutting off can be carried out to drinking water by cutting structure of disembarking by emergency braking, and water quality inside drinking person is prompted to go out Existing problem is not suitable for continuing to drink, to play certain guarantee to drinking person personal safety.

The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (8)

1. the water dispenser with water quality detecting device, it is characterised in that: its structure includes bushing (1), water outlet (2), water quality safety Detection device (3), processor shell (4), display board (5), limited cover (6), bucket (7), the side that the bushing (1) passes through insertion Formula is mounted on processor shell (4) bottom inner portion, and the water quality safety detection device (3) is mounted on processing by way of insertion Machine shell (4) is internal, and display board (5) back is mounted on processor shell (4) front end face by way of inlaying, it is described go out The mouth of a river (2) set altogether there are two and its top be separately mounted to the internal both ends of processor shell (4) by way of insertion, it is described go out The mouth of a river (2) is set to the surface of bushing (1), and bucket (7) bottom end is through limited cover (6) axle center and by way of insertion It is mounted among processor shell (4) top, limited cover (6) bottom end is mounted on processor shell by way of insertion (4) among top.

The water quality safety detection device (3) include power controling machine structure (31), ionization detection mechanism (32), emergency braking cut from Mechanism (33), pressure maintaining sampling mechanism (34), middle control transmission mechanism (35), raffinate collecting mechanism (36), the processor shell (4) Inner tip is fixedly installed with pressure maintaining sampling mechanism (34), and the pressure maintaining sampling mechanism (34) is sequentially installed with power supply from top to bottom Control mechanism (31), ionization detection mechanism (32), middle control transmission mechanism (35), emergency braking cut and disembark structure (33), the pressure maintaining Sampling mechanism (34) bottom end is cut structure (33) of disembarking with emergency braking and is fixed together, and the middle control transmission mechanism (35) is set to It ionization detection mechanism (32) right end and is firmly connected with it together, pressure maintaining sampling mechanism (34) top and power controling machine Structure (31) top is mechanically coupled together, and the raffinate collecting mechanism (36) is cut on the right side of structure (33) of disembarking and solid set on emergency braking Dingan County is mounted in processor shell (4) inner bottom.

2. the water dispenser according to claim 1 with water quality detecting device, it is characterised in that: the power controling machine structure (31) include energization geosynclinal block (311), conducting block (312), siphunculus (313), insulation link block (314), the first power supply line (315), The energization geosynclinal block (311) is mounted on the intermediate left side of siphunculus (313) by way of insertion, and the energization geosynclinal block (311) is right End is fixedly installed with conducting block (312), and the conducting block (312) is consolidated by the way of electric welding far from energization geosynclinal block (311) one end Surely the first power supply line (315) are connected to close to energization geosynclinal block (311) one end, energization geosynclinal block (311) the upper and lower ends right side It is internal that insulation link block (314) is mounted on by way of insertion.

3. the water dispenser according to claim 1 with water quality detecting device, it is characterised in that: the ionization detection mechanism (32) include Insulation monitoring box body (321), fixed plate (322), detection bar (323), L-type conducting rod (324), energization ball (325), It unloads water valve group (326), Insulation monitoring box body (321) the inner right side end is fixedly installed with fixed plate (322), the detection bar (323) right end is mounted on fixed plate (322) left end by way of insertion, and the L-type conducting rod (324) is far from energization ball (325) one end is fixedly connected on fixed plate (322) close to detection bar (323) one end, the L-type conducting rod by the way of electric welding (324) energization ball (325) top, the Insulation monitoring are fixedly connected on by the way of electric welding far from fixed plate (322) one end Box body (321) inner bottom, which is fixedly installed with, unloads water valve group (326).

4. the water dispenser according to claim 1 with water quality detecting device, it is characterised in that: the emergency braking cuts and disembarks Structure (33) includes the first draught line (331), fixed pulley (332), fixed slide guide item (333), fixed torsional spring wheel (334), sliding company Connect strut (335), thick ring circle wheel (336), shaft (337), driving belt (338), electromagnetic driver (339), driving wheel (3310), conducting rod (3311), the valve member that shuts off (3312), the valve member that shuts off (3312) right side are mounted on by way of insertion Pressure maintaining sampling mechanism (34) top, the strut that is slidably connected (335) pass through fixed torsional spring wheel far from fixed pulley (332) outer ring surface (334) valve member (3312) around fixed pulley (332) and are shut off far from pressure maintaining sampling mechanism by the first draught line (331) in one end (34) one end is fixed together, and the strut that is slidably connected (335) top is mounted on fixed slide guide by way of insertion Item (333) is internal, and the strut that is slidably connected (335) passes through pin and fixed torsional spring wheel far from fixed slide guide item (333) one end (334) shaft core position is fixed together, fixed torsional spring wheel (334) the outer ring surface bottom end and thick ring circle wheel (336) top Outer surface fitting, shaft (337) top are mounted on thick ring circle wheel (336) bottom end shaft core position, institute by way of insertion It states shaft (337) to be movably connected by driving belt (338) and driving wheel (3310) outer ring surface, the electromagnetic driver (339) top is mounted on driving wheel (3310) bottom end shaft core position by way of insertion, and the conducting rod (3311) is far from Control transmission mechanism (35) one end is fixedly connected on the right side of electromagnetic driver (339) by the way of electric welding.

5. the water dispenser according to claim 1 or 4 with water quality detecting device, it is characterised in that: the pressure maintaining Sampling Machine Structure (34) includes straight tube (341), water storage cabinet (342), support geosynclinal block (343), buoyant spheres (344), hose (345), sampling pipe (346), catheter (347), receiving port (348), straight tube (341) top are mounted on outside processor by way of insertion Shell (4) top middle position, straight tube (341) bottom end are fixedly connected on water storage cabinet (342) top by the way of electric welding Middle position, water storage cabinet (342) bottom end is mounted on support geosynclinal block (343) bottom inner portion by way of insertion, described Receiving port (348) bottom end is fixedly connected on water storage cabinet (342) bottom end middle position, the hose by the way of electric welding (345) top is fixed together with buoyant spheres (344) bottom end, catheter (347) top and sampling pipe (346) bottom end Be fixed together, the sampling pipe (346) is integrated with buoyant spheres (344), the catheter (347) it is separate Sampling pipe (346) right end is mounted on buoyant spheres (344) bottom bottom end middle position by way of insertion, and the straight tube (341) is left Side is movably connected with the valve member that shuts off (3312).

6. the water dispenser according to claim 1 or 4 with water quality detecting device, it is characterised in that: the middle control conveyer Structure (35) includes second source line (351), detection components (352), locating rack (353), transfer processing board (354), the detection Component (352) bottom end is fixedly connected on conducting rod (3311) top by the way of electric welding, and the second source line (351) is close Conducting rod (3311) one end is fixedly connected on detection components (352) top by the way of electric welding, and the detection components (352) are right End is mounted on locating rack (353) middle position by way of insertion.

7. the water dispenser according to claim 1 with water quality detecting device, it is characterised in that: the raffinate collecting mechanism It (36) include raffinate efferent duct (361), raffinate collection box (362), ball (363), ejector spring (364), the raffinate output Pipe (361) right end is mounted on processor shell (4) bottom inner portion by way of insertion, and the raffinate collection box (362) is whole Processor shell (4) bottom inner portion is mounted on by way of insertion, the ejector spring (364) sets there are five altogether and passes through embedding The mode entered is separately mounted to processor shell (4) bottom inner portion, and the ball (363) sets the side there are five and using electric welding altogether Formula is respectively fixedly connected in ejector spring (364) top.

8. the water dispenser according to claim 3 with water quality detecting device, it is characterised in that: the detection liquid output mechanism It (326) include fixed support block (3261), electroactive polymer item (3262), valve rod (3263), closure door (3264), the fixation Supporting block (3261) is separately mounted to the internal left and right ends of Insulation monitoring box body (321) there are two setting altogether by way of insertion, The electroactive polymer item (3262) sets there are two altogether and is mounted on valve rod (3263) close to fixed branch by way of insertion Bracer (3261) one end, valve rod (3263) bottom end are fixedly connected on closure door (3264) top by the way of electric welding.