CN101750231B - Non-invasive physiological material sampling system and implementation method - Google Patents
Non-invasive physiological material sampling system and implementation method Download PDFInfo
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- CN101750231B CN101750231B CN200910202109.2A CN200910202109A CN101750231B CN 101750231 B CN101750231 B CN 101750231B CN 200910202109 A CN200910202109 A CN 200910202109A CN 101750231 B CN101750231 B CN 101750231B
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Abstract
The invention provides a kind of non-invasive physiological material sampling system and implementation method, belong to electronic technology field.This system includes: for realizing the sample collection unit of the collection work of the physiologically substance be associated with living conditions; For at following sample conveyance conduit, preserve and transmit the sampler of the sample that above-mentioned sample collection unit is collected; Sample conveyance conduit is for transmitting the sample conveyance conduit of the sampler of the sample loaded collected by sample collection unit; And for being connected with above-mentioned sample conveyance conduit, receive the sample by the transmission of described sample conveyance conduit and preserve and distribute distribute main frame.Utilize sample collection unit of the present invention, the object that toothbrush, bathroom etc. that user uses have user's physiology sample can be directed to sample, be positioned in sampler, then by sample conveyance conduit, that delivers to that people on the outside or machine can go directly sends with charge free in main frame, and send main frame with charge free can direct and extraneous communication, allow people come initiatively to sample.
Description
Technical field
The invention belongs to electronic technology field, particularly relate to a kind of non-invasive physiological material sampling system and implementation method.
Background technology
At present, along with the develop rapidly of social materials culture, people in daily life, start the health status noticing self.Add up early if can do the health of human body, have great benefit to the body health level improving people.But at present also cannot be good realize this imagination, main cause is: if want to do full test to the health of human body, usually the equipment that sensitivity is very high is needed, or need some to have bioactive reagent or equipment, and these equipment or reagent, usually Bu Shi family can have easily again.Each member in family how can be made can both to obtain good non-intrusion type physical examination by good approach, be a masty difficult problem.
And the nothing arranged in the past in the family invades detection system, price is high and consumptive material also needs frequent replacing.In addition, the sampling system of automatic, comprehensive home-use physiology sample is not had yet.
The present invention mainly from the secretion of human body, excreta, metabolic thing angularly, provides a kind of effective physiological material sampling to detect execution system.
Summary of the invention
The object of this invention is to provide a kind of non-invasive physiological material sampling system, include:
Sample collection unit, it is the structure of the collection work for realizing the physiologically substance be associated with living conditions;
Sampler, it is at following sample conveyance conduit, preserve and transmit the structure of the sample that above-mentioned sample collection unit is collected, described sampler is provided with both normal temperature sampler and low temperature sampler person at least one, and low temperature sampler wherein includes chill space;
Sample conveyance conduit, it is the pipeline of the sampler for transmitting the sample loaded collected by sample collection unit;
Distribute main frame, it is for being connected with above-mentioned sample conveyance conduit, receives the sample by described sample conveyance conduit transmission and the structure preserved and distribute.
Further, described non-invasive physiological material sampling system also includes:
Described sample collection unit to be also provided with in toothbrush sampling unit, bathroom sampling unit, excreta sampling unit, tableware sampling unit, smell sampling unit, hair sampling unit and taking unit at least one,
Toothbrush sampling unit wherein, it is for metabolism product, cast, the secretion for buccal portion, carries out the structure of sample collection,
Bathroom sampling unit wherein, it is for for the metabolic thing obtained in bathroom, and health cast, carries out the structure of sample collection,
Excreta sampling unit wherein, it is for the slop for toilet position, carries out the structure of sample collection,
Tableware sampling unit wherein, it is for secretion and the cast at mealtime for oral area, carries out the structure of sample collection,
Smell sampling unit wherein, it is the gas for the exhalation in order to collect user, preserves and compress the cellular construction of rear formation sample to gas,
Hair sampling unit wherein, it is hair, nail attachments sample for receiving user, carries out the structure of sample collection,
Taking unit wherein, it carries out sampling point image for taking desired by user, obtains the structure of image pattern.
Described sampler is provided with power transmission, when it is for transmitting sample in described sample conveyance conduit, provides described sampler to transmit the structure of power.
Described sample conveyance conduit is provided with dynamic transfer system, and it is for ordering about described sampler, the structure transmitted in described sample conveyance conduit.
Described distribute main frame be provided with in order to for sampler gained sample and extraneous carry out communication send sample communication unit.
Aforesaidly send sample communication unit, it includes as at least one in lower module,
For triggering the communication behavior trigger module of sending sample behavior,
For the formation of the communication path determination module of specific communication path selection function,
Content of communciation for automatically forming communication request content forms module,
For the formation of the communication execution module of communication behavior,
For whole communication behavior being made the communication behavior record module of data record,
For by the content of communication behavior, number of times, success ratio information feed back to the communication behavior feedback module of user.
The described main frame that distributes is provided with refrigerating space, and it is the structure for preserving the sample transmitted by low temperature sampler.
Another object of the present invention is to provide a kind of implementation method of non-invasive physiological material sampling system, it is characterized in that, described method includes following steps:
Step 1, is carried out the collection work of the physiologically substance sample be associated with living conditions by sample collection unit;
Step 2, is obtained the physiologically substance sample of user from sample collection unit by sampler;
Step 3, has the sampler of physiologically substance sample, is transferred to distributes in main frame via sample conveyance conduit;
Step 4, is distributing in main frame, and the sampler with physiologically substance sample triggers communication behavior trigger module, for the external world carries out by the communication operation distributed for the purpose of sample.
Further, the implementation method of described non-invasive physiological material sampling system also includes:
Correspond to step 4, to send after the communication behavior trigger module for the purpose of sample is triggered, also include following steps,
Communication path determination module is triggered, and forms specific communication path selection function,
Content of communciation forms module and is triggered, for the formation of communication request content,
Communication execution module is triggered, for the formation of communication behavior.
Correspond to step 4, in and after communication behavior complete process, also include following steps,
Communication behavior record module is triggered, for data record is made in whole communication behavior,
Communication behavior feedback module is triggered, for the content of communication behavior, number of times, success ratio information being fed back.
The invention has the advantages that: utilize sample collection unit of the present invention, the object that toothbrush, bathroom, toilet, tableware, smell, hair etc. that user uses have user's physiology sample can be directed to sample, be positioned in described sampler, then by the pipeline as water pipe, what the sampler depositing sample is transported to people on the outside or machine can go directly sends with charge free in main frame, and send main frame with charge free can direct and extraneous communication, allow people come initiatively to sample.Utilize this system, the physiology sample of user can be allowed to be detected by professional institution and equipment as early as possible.It is the nothing intrusion detection system of a kind of low price, high-quality.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention will be described in more detail.
Fig. 1 is non-invasive physiological material sampling system primary structure figure of the present invention.
Fig. 2 is the process flow diagram of the method for operating of non-invasive physiological material sampling system of the present invention.
Embodiment
Referring to accompanying drawing, in conjunction with specific embodiment, the present invention is described further.
First join shown in Fig. 1, one-piece construction of the present invention is explained.
Shown in ginseng Fig. 1, illustrate the primary structure of non-invasive physiological material sampling system 100 in this figure, be provided with sample collection unit 200, it is the structure of the collection work for realizing the physiologically substance be associated with living conditions.
According to the daily life situation of user and the difference in life activity place, described sample collection unit 200, can be divided in toothbrush sampling unit 210, bathroom sampling unit 220, excreta sampling unit 230, tableware sampling unit 240, smell taking unit 250, hair sampling unit 260 and taking unit 270 at least structure in one.
Particularly, described toothbrush sampling unit 210, it is for metabolism product, cast, the secretion for buccal portion, carries out the structure of sample collection, as being provided with the toothbrush of human oral cavity liquid collection function.When user of toothbrushing, take the liquid sample in the oral cavity of user simultaneously, as saliva of buccal cavity, be kept in the brush holder of toothbrush, or directly leave in sampler 300.
Described bathroom sampling unit 220, it is for for the metabolic thing obtained in bathroom, and health cast, carries out the structure of sample collection.User carries out each one health cleaning during in bathroom, during as combed one's hair or washing hair, have hair and drop, when having a bath, have scurf, hair drops.The utensil that therefore can use user and the sewer mouth of washing utensil, arrange bathroom sampling unit 220.As the sewer mouth filtration unit at washing utensil, wash hair user and filter when having a bath and obtain the physiologically substance sample such as hair, scurf in water, leaving in sampler 300.
Described excreta sampling unit 230, it is for the slop for toilet position, carries out the structure of sample collection, like this, user is when going to toilet, and system 100 will pass through excreta sampling unit 230, as test paper structure, obtain the fecal matter sample of user.
Described tableware sampling unit 240, it is for secretion and the cast at mealtime for oral area, carries out the structure of sample collection.Its structure can with reference to toothbrush sampling unit 210, concrete, can at tableware, and the end as chopsticks arranges liquid extraction device, when user uses these chopsticks, obtains the secretion sample in user oral cavity, then leaves in sampler 300.
Described smell sampling unit 250, it is the gas for the exhalation in order to collect user, preserves and compress the cellular construction of rear formation sample to gas.Concrete, described smell sampling unit 250 is airbag structure, and have inflatable mouth, user blows to inflatable mouth, and the gas in user's body is just stored in air bag, by compression means, is left in by gas sample in sampler 300.
Described hair sampling unit 260, it is hair, nail attachments sample for receiving user, carry out the structure of sample collection, particularly, it can be the sampler of scissors or tweezers class, user can still grow hair on health or nail by the direct clip of scissors, or by hair that the direct prison of tweezers comes off.Hair sampling unit 260 also can merge in bathroom sampling unit 220, as Automatic sieve gets device, after user has a bath, by the filter net device of sewer mouth, picks hair, leaves in sampler 300.
Taking unit 270 wherein, it carries out sampling point image for taking desired by user, obtains the structure of image pattern.Particularly, user can pass through taking unit 270, and as being arranged on the camera head in dressing glass, shooting user facial photo, and tongue fur photo, through process, be kept in sampler 300.
Described sampler 300, it is at following sample conveyance conduit 400, preserve and transmit the structure of the sample that above-mentioned sample collection unit 200 is collected, described sampler 300 is provided with both normal temperature sampler 310 and low temperature sampler 320 at least one, and low temperature sampler wherein includes chill space 321.As hair, scurf, nail attachments, can leave in normal temperature sampler 310, and body fluid, fecal matter sample then need to leave in low temperature sampler person 320.
And above-mentioned sample conveyance conduit 400, it is the pipeline of the sampler for transmitting the sample loaded collected by sample collection unit 200.In the present invention, sample conveyance conduit 400 is the main channels connecting each sample collection unit 200 and distribute main frame 500.Concrete, the layout type of described sample delivery pipeline 400 also with reference to the layout of water pipe, directly can depend on water pipe channel.As shown in Figure 1, described sample conveyance conduit 400 is set to water tubular conduit.
According to the difference that propulsion system are arranged, described sampler 300 can arrange power transmission, during for transmitting sample in described sample conveyance conduit 400, provide the transmission power of described sampler 300, concrete can be power-actuated tiny engine and drive mechanism.More simple, described sample conveyance conduit 400 arranges dynamic transfer system, as vacuum suction system, sense in sample conveyance conduit 400 have sampler 300 time, start vacuum suction system, utilize draught head, drive sampler 300, be recycled to and distribute in main frame 500.
And distributing main frame 500, it is for being connected with above-mentioned sample conveyance conduit 400, receives the sample the structure preserved and distribute that are transmitted by described sample conveyance conduit 400.Generally, for the sampler 300 carried without sample, distribute main frame 500 and be provided with different sample parking spaces, be illustrated in figure 1 sample drawer 510, and for the cryopreserved sample of needs, can be kept in refrigerating space.
Described distribute main frame 500 be also provided with in order to for sampler 300 gained sample and extraneous carry out communication send sample communication unit 520.Describedly send sample communication unit 520, it includes as at least one in lower module, for triggering the communication behavior trigger module 521 of sending sample behavior, for the formation of the communication path determination module 522 of specific communication path selection function, Content of communciation for automatically forming communication request content forms module 523, for the formation of the communication execution module 524 of communication behavior, for whole communication behavior being made the communication behavior record module 525 of data record, for by the content of communication behavior, number of times, success ratio information feed back to the communication behavior feedback module 526 of user.
Particularly, described in distribute main frame 500 after the sample receiving sampler 300, by communication behavior trigger module 521, trigger communication function, notice sampling personnel extract sample in time.Described system, by communication path determination module 522, determines the information carrier that communication function uses, as wireless telecommunications, wire communication, forms module 523 by Content of communciation, determine the information in this sub-sampling engineering, as kind, sample main body to be detected, the i.e. data information of user of sample.Finally by communication execution module 524, above-mentioned information is sent to detection unit, notice sampling personnel extract sample in time.And whole communication process, can be recorded by communication behavior record module 525, after comprising Content of communciation, communication number of times, communication information transmission, whether sampling personnel extract the information of sample in time.And user is by communication behavior feedback module 526, the treatment state of sample indirectly can be paid close attention to.
And when sampling personnel extract sample in time, main frame gate inhibition unit can be set, for controlling sample drawer 510 opening and closing operations distributing main frame 500 distributing on main frame 500.Described main frame gate inhibition unit for open this mechanical lock with key, can open by the form arranging password the coded lock distributing main frame.Or as shown in Figure 1, be provided with capture camera 530 distributing main frame 500, data record is carried out to the people of capture or equipment, also can utilize the mode of image recognition to control in addition and distribute main frame 500.
The explanation of Fig. 2:
Fig. 2 is the process flow diagram of the method for operating of non-invasive physiological material sampling system 100 of the present invention.
The method of operating of non-invasive physiological material sampling system 100, comprises the steps:
Step 1, is carried out the collection work of the physiologically substance sample be associated with living conditions by sample collection unit 200.
As shown in Figure 1, described sample collection unit 200 arranges toothbrush sampling unit 210, bathroom sampling unit 220, excreta sampling unit 230, tableware sampling unit 240, smell sampling unit 250, hair sampling unit 260 and taking unit 270, be arranged on playing habitat environment or incorporating in the articles for daily use of user of user, as being arranged on sewer of wash basin road junction, filter and absorb the bathroom sampling unit 220 of sample, or the toothbrush sampling unit 210 etc. of function is extracted with mouth cavity liquid, in the daily life of user, extract the physiologically substance sample of user.
Step 2, is obtained the physiologically substance sample of user from sample collection unit by sampler 300.
Described sample, according to its form and Conservation environment, is placed in different sampler 300.As body fluid sample, then need to leave in the sampler 300 of fluid cold-storage.
Step 3, has the sampler 300 of physiologically substance sample, is transferred to distributes in main frame 500 via sample conveyance conduit 400.
Described sample conveyance conduit 400 can depend on be based upon user's living environment water pipe on, by the mode of vacsorb, draw and deposit the sampler 300 of sample.
Step 4, is distributing in main frame 500, and the sampler with physiologically substance sample triggers communication behavior trigger module 521, for the external world carries out by the communication operation distributed for the purpose of sample.
Described sampler 300, after being stored in and distributing main frame 500, distributes main frame 500 by communication behavior trigger module 521, triggers communication function, and notice sampling personnel extract sample in time.By communication path determination module 522, determine the information carrier that communication function uses, as wireless telecommunications, wire communication.Form module 523 by Content of communciation, determine the information in this sub-sampling engineering, as kind, sample main body to be detected, the i.e. data information of user of sample.Finally by communication execution module 524, above-mentioned information is sent to detection unit, notice sampling personnel extract sample in time.And whole communication process, can be recorded by communication behavior record module 525, after comprising Content of communciation, communication number of times, communication information transmission, whether sampling personnel extract the information of sample in time.And user is by communication behavior feedback module 526, the treatment state of sample indirectly can be paid close attention to.
Be more than the description of this invention and non-limiting, based on other embodiment of inventive concept, all among protection scope of the present invention.
Claims (8)
1. a non-invasive physiological material sampling system, is characterized in that, described non-invasive physiological material sampling system is provided with:
Sample collection unit, it is the structure of the collection work for realizing the physiologically substance sample be associated with living conditions;
Sampler, it is at following sample conveyance conduit, and preserve and transmit the structure of the sample that above-mentioned sample collection unit is collected, described sampler is provided with normal temperature sampler and low temperature sampler at least one, and low temperature sampler wherein includes chill space;
Sample conveyance conduit, it is for transmitting the pipeline loading the sampler of sample collected by sample collection unit;
Distribute main frame, it is for being connected with above-mentioned sample conveyance conduit, receives the sample by described sample conveyance conduit transmission and the structure preserved and distribute,
Wherein, described distribute main frame be provided with in order to for sampler gained sample and extraneous carry out communication send sample communication unit, this sends sample communication unit to comprise for triggering the communication behavior trigger module of sending sample behavior, for the formation of the communication path determination module of specific communication path selection function, Content of communciation for automatically forming communication request content forms module, for the formation of the communication execution module of communication behavior, for whole communication behavior being made the communication behavior record module of data record, for the content by communication behavior, number of times, success ratio information feed back is to the communication behavior feedback module of user.
2. a kind of non-invasive physiological material sampling system according to claim 1, it is characterized in that: described sample collection unit to be also provided with in toothbrush sampling unit, bathroom sampling unit, excreta sampling unit, tableware sampling unit, smell sampling unit, hair sampling unit and taking unit at least one
Toothbrush sampling unit wherein, it is for metabolism product, cast, the secretion for buccal portion, carries out the structure of sample collection,
Bathroom sampling unit wherein, it is for for the metabolic thing obtained in bathroom, and health cast, carries out the structure of sample collection,
Excreta sampling unit wherein, it is for the slop for toilet position, carries out the structure of sample collection,
Tableware sampling unit wherein, it is for secretion and the cast at mealtime for oral area, carries out the structure of sample collection,
Smell sampling unit wherein, it is the gas for the exhalation in order to collect user, preserves and compress the cellular construction of rear formation sample to gas,
Hair sampling unit wherein, it is hair, nail attachments sample for receiving user, carries out the structure of sample collection,
Taking unit wherein, it carries out sampling point image for taking desired by user, obtains the structure of image pattern.
3. a kind of non-invasive physiological material sampling system according to claim 1, is characterized in that: described sampler is provided with power transmission, when it is for transmitting sample in described sample conveyance conduit, provides described sampler to transmit the structure of power.
4. a kind of non-invasive physiological material sampling system according to claim 1, is characterized in that: described sample conveyance conduit is provided with dynamic transfer system, and it is for ordering about described sampler, the structure transmitted in described sample conveyance conduit.
5. a kind of non-invasive physiological material sampling system according to claim 1, is characterized in that: described in distribute main frame and be provided with refrigerating space, it is the structure for preserving the sample transmitted by low temperature sampler.
6. an implementation method for non-invasive physiological material sampling system, this non-invasive physiological material sampling system, as described in foregoing Claims 1, is characterized in that, described method includes following steps:
Step 1, is carried out the collection work of the physiologically substance sample be associated with living conditions by sample collection unit;
Step 2, is obtained the physiologically substance sample of user from sample collection unit by sampler;
Step 3, has the sampler of physiologically substance sample, is transferred to distributes in main frame via sample conveyance conduit;
Step 4, is distributing in main frame, and the sampler with physiologically substance sample triggers communication behavior trigger module, for the external world carries out by the communication operation distributed for the purpose of sample.
7. the implementation method of a kind of non-invasive physiological material sampling system according to claim 6, is characterized in that: correspond to step 4, to send after the communication behavior trigger module for the purpose of sample is triggered, also includes following steps,
Communication path determination module is triggered, and forms specific communication path selection function,
Content of communciation forms module and is triggered, for the formation of communication request content,
Communication execution module is triggered, for the formation of communication behavior.
8. the implementation method of a kind of non-invasive physiological material sampling system according to claim 6, is characterized in that: correspond to step 4, in and after communication behavior complete process, also includes following steps,
Communication behavior record module is triggered, for data record is made in whole communication behavior,
Communication behavior feedback module is triggered, for the content of communication behavior, number of times, success ratio information being fed back.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2781371Y (en) * | 2005-03-18 | 2006-05-17 | 李为国 | On-line real-time detection system for milk |
| CN1875261A (en) * | 2003-10-28 | 2006-12-06 | 拜奥梅留克斯公司 | Transport system for test sample carrier |
| CN101162188A (en) * | 2006-10-11 | 2008-04-16 | 上海市宝山区青少年科学技术指导站 | Urine collector |
| CN101334848A (en) * | 2007-06-28 | 2008-12-31 | 海尔集团公司 | Cold chain monitoring system and refrigeration equipment |
-
2009
- 2009-12-31 CN CN200910202109.2A patent/CN101750231B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1875261A (en) * | 2003-10-28 | 2006-12-06 | 拜奥梅留克斯公司 | Transport system for test sample carrier |
| CN2781371Y (en) * | 2005-03-18 | 2006-05-17 | 李为国 | On-line real-time detection system for milk |
| CN101162188A (en) * | 2006-10-11 | 2008-04-16 | 上海市宝山区青少年科学技术指导站 | Urine collector |
| CN101334848A (en) * | 2007-06-28 | 2008-12-31 | 海尔集团公司 | Cold chain monitoring system and refrigeration equipment |
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