CN101579228A - Multifunctional health measurement device - Google Patents
Multifunctional health measurement device Download PDFInfo
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- CN101579228A CN101579228A CNA2008100981346A CN200810098134A CN101579228A CN 101579228 A CN101579228 A CN 101579228A CN A2008100981346 A CNA2008100981346 A CN A2008100981346A CN 200810098134 A CN200810098134 A CN 200810098134A CN 101579228 A CN101579228 A CN 101579228A
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Abstract
The invention relates to a multifunctional health measurement device which comprises a meter and a pedal. Both sides of the meter are respectively provided with an electrode slice, or the two electrode slices are arranged on the same side, and the bottom side of the meter is provided with another electrode slice; the upper surface of a pedal seat is provided with four electrode slices; and the interior of the pedal seat is provided with a loader. Under the condition of depending on or not depending some parts, the meter can measure the cardiogram, the body weight and fat and the temperature of a user or is used as a cycle therapeutic instrument and a first blood-pressure meter. If the meter and the pedal seat are assembled, the cardiogram and the body weight and fat are measured in different modes. In addition, the meter can be selectively combined with a base and used as a second blood-pressure meter, a stethoscope, a blood-glucose meter and an oxihemometer after being combined. The health measurement device can measure various physiological parameters of the human body and reduce the cost of medical treatment for people. Meanwhile, people can freely select the functions of the health measurement device, thus the health measurement device is quite practical.
Description
Technical field
The present invention relates to a kind of health measurement device, particularly relate to a kind of multifunctional health measurement device.
Background technology
Fat and the aging generation that causes numerous disease.They cause chronic disease for example hypertension, diabetes, cardiovascular disease etc., and these diseases need longer treatment, have also caused higher medical expense.In order to lower medical expense, treating at home and protecting (home care) is a convenience, low cost, effective method, help these sufferers to be in to grasp the health of oneself, remove from and come and go ceaselessly, save register number of times and time waste between family and the hospital.
Because hypertension may be without any symptom, so hyperpietic's pressure value of regular check oneself preferably, and the instrument of measurement pressure value is called sphygomanometer.
The hyperpietic also may have the disease of heart or cardiovascular aspect, and these diseases also need regular inspection cardiac condition, normally judges the situation of patient's heart according to electrocardiogram (electrocardiogram).Electrocardiogram can abbreviate ECG or EKG as, current generated active record when being heart contraction; According to electrocardiogram, can judge whether normal operation of heart, electrolyte whether uneven (electrolyte disturbances), detect unusual condition, the physiological situation of heart be provided.
Very unfortunate, the people that heart or cardiovascular defect arranged also regular meeting is attended by the problem of diabetes.Diabetes refer to the intravital pancreas of people can not make enough insulins, cause glucose fully to enter in the cell, the blood sugar concentration formation diabetes that will raise, therefore patient of diabetes must be controlled blood glucose value well keeping fit, and blood-glucose meter can be for sufferer easily at home or the working place blood glucose value whether too high (hyperglycemia) or low excessively (hypoglycemia) of measuring oneself.
Usually by the people that hypertension, heart disease, cardiovascular disease, diabetes perplexed, suffer from these two or more diseases probably at least.That is to say that they may need sphygomanometer, ecg measurement instrument, blood-glucose meter simultaneously, but these instruments all are designed to simple function usually, therefore, flower certainly will be a no small cost at the cost of gauge.
Obesity as previously mentioned, may be the key factor that causes these diseases, and the body weight of therefore controlling well may just can be controlled health well, but whether a people is fat, not merely is by the body weight judgement, must be by the body fat ratio.Want measuring body fat then to need to buy a stage body fat meter, therefore, the cost of buying instrument must increase.
Unsound people may regular meeting feel the health pain.Low frequency current for treatment (TENS, Transcutaneous Electrical Nerve Stimulation) be a kind of " electrical therapy ", by the suitable electric current of intensity frequency, continuous, soft excite nerve, muscle, cell the chronic or acute pain of the user of can releiving.Though, to compare with medicine, low frequency current for treatment is a kind of Therapeutic Method of few side effects, buys more the required cost of instrument and is still unavoidable.
Other common houses are treated and are protected gauge, also have weighing machine, thermometer, oximeter etc., and the latter may have needs for the people that pneumonopathy is arranged.If above-mentioned these gauges commonly used all can be integrated into one, the cost that people buy instrument can significantly reduce, and,, believe that such product will extensively be received by the market if people can freely select them to want to have which measurement function on an instrument.
This shows that above-mentioned existing health measurement device obviously still has inconvenience and defective, and demands urgently further being improved in structure and use.In order to solve the problem of above-mentioned existence, relevant manufacturer there's no one who doesn't or isn't seeks solution painstakingly, but do not see always that for a long time suitable design finished by development, and common product does not have appropriate structure to address the above problem, this obviously is the problem that the anxious desire of relevant dealer solves.Therefore how to found a kind of multifunctional health measurement device of new structure, real one of the current important research and development problem that belongs to, also becoming the current industry utmost point needs improved target.
Because the defective that above-mentioned existing health measurement device exists, the inventor is based on being engaged in this type of product design manufacturing abundant for many years practical experience and Professional knowledge, and the utilization of cooperation scientific principle, actively studied innovation, in the hope of founding a kind of multifunctional health measurement device of new structure, can improve general existing health measurement device, make it have more practicality.Through constantly research, design, and, create the present invention who has practical value finally through after studying sample and improvement repeatedly.
Summary of the invention
Main purpose of the present invention is, overcome the defective that existing health measurement device exists, and provide a kind of multifunctional health measurement device of new structure, technical problem to be solved is to make it can measure the multiple physiological parameter of human body, can reduce people and spend cost in medical treatment, simultaneously, people can also freely select this device to have which measurement function, are very suitable for practicality.
The object of the invention to solve the technical problems realizes by the following technical solutions.According to a kind of multifunctional health measurement device that the present invention proposes, it comprises: an instrument, and use this instrument as ecg measurement instrument, low frequency current for treatment instrument, thermometer separately, this instrument comprises an input block and inputs or outputs data for user; One first central processing unit is handled data; One memory storage data; One display screen shows information or test result; One first circuit is used for transmission, conversion, processing signals; One group of electrocardiogram paster is used for the auxiliary ecg measurement of doing; At least one group of low frequency paster is used for the auxiliary low frequency current for treatment of doing; One first temperature-sensitive sticker is used for the auxiliary temperature survey of doing; One second temperature-sensitive sticker is used for the auxiliary temperature survey of doing; One first electrode slice and one second electrode slice are arranged at the both sides of this instrument respectively or are set at the same side of this instrument; And one the third electrode sheet be arranged at the bottom side of this instrument; This first, second, third electrode slice is used for auxiliary do ecg measurement and low frequency current for treatment.
The object of the invention to solve the technical problems also can be applied to the following technical measures to achieve further.
Aforesaid multifunctional health measurement device, it also comprises: one steps on seat, user stands in this and steps on upward measurement of seat, this is stepped on seat and combines as ecg measurement instrument, weighing machine, body fat meter with this instrument, and this is stepped on seat and comprises the left front sole (left-front sole) that one the 4th electrode slice is used to contact user; One the 5th electrode slice is used to contact the left back sole (left-rear sole) of user; One the 6th electrode slice is used to contact the right front sole (right-front sole) of user; One the 7th electrode slice is used to contact the right back sole (right-rear sole) of user; One loading device is arranged at this and steps on seat inside, is used for the weight of sensing user; And a second circuit, being used for transmitting, conversion, handling test signal, this second circuit is passed test signal this first central processing unit of this instrument back, and shows test results on this display screen of this instrument.
Aforesaid multifunctional health measurement device, it also comprises: a base, as a sphygomanometer, this base comprises one second air pump and is used to inflate a cuff that is worn on the user arm in conjunction with this instrument and this base; One air inlet valve is used for this second air pump of air inspiration; One escape of air valve is used for discharging the gas of this cuff; One second pressure sensor is used to measure the gas pressure of this cuff; One second central processing unit is used to handle test signal, calculates measurement result; And a tertiary circuit, transmitting, conversion, handle test signal, and pass measurement result back this instrument, this display screen shows this measurement result.
Aforesaid multifunctional health measurement device, wherein said base also comprises a plurality of adapters, be used for respectively an external stethoscope, a blood-glucose meter, an oximeter, and this base is with after this instrument combines, this instrument is as the display device of this stethoscope, blood-glucose meter, oximeter.
Aforesaid multifunctional health measurement device, it also comprises: one first pressure sensor is arranged at this gauge internal; One first air pump is arranged at this gauge internal; One first cuff adapter male seat is communicated in this first pressure sensor; And one second cuff adapter male seat, be connected in this first air pump.
Aforesaid multifunctional health measurement device, it also comprises: one can be independent of the arm type or the wrist formula cuff of this instrument, this arm type or wrist formula cuff comprise one first cuff adapter female seat and one second cuff adapter female seat, wherein, the formation of this first and second cuff adapter female seat comprises a groove and combines with this arm type or wrist formula cuff; One top cover is provided with as for welding on this groove and with this groove; One O type ring is arranged between this top cover and this groove; This first cuff adapter male seat is inserted this first cuff adapter female seat by this, this second cuff adapter male seat is inserted this second cuff adapter female seat, this first air pump is via this second cuff adapter male seat and this second cuff adapter female seat, to this arm type or the inflation of wrist formula cuff, this first pressure sensor is via this first cuff adapter male seat and this first cuff adapter female seat, measure the gas pressure of this arm type or wrist formula cuff, this first central processing unit calculates measurement result according to gas pressure, and this display screen shows the result after calculating.
Aforesaid multifunctional health measurement device, it also comprises: a base, as a sphygomanometer, this base comprises one second air pump and is used for part inflation one cuff that is worn on the user arm in conjunction with this instrument and this base; One escape of air valve is used for discharging the gas of this cuff; One first base plate connector female seat is by being communicated with this first pressure sensor with this first cuff adapter male seat combination; One second base plate connector female seat is by being communicated with this first air pump with this second cuff adapter male seat combination; One tertiary circuit transmits, changes, handles test signal; By this, this first air pump and this second air pump are inflated this cuff jointly, the gas pressure of this this cuff of first pressure sensor sensing, this first central processing unit calculates measurement result according to this gas pressure, and this display screen shows the measurement result after calculating.
Aforesaid multifunctional health measurement device, wherein said base also comprises a plurality of adapters, be used for respectively an external stethoscope, a blood-glucose meter, an oximeter, and this base is with after this instrument combines, this instrument is as the display device of this stethoscope, blood-glucose meter, oximeter.
Aforesaid multifunctional health measurement device, it also comprises: a base, as a sphygomanometer, this base comprises one second air pump, is used to inflate a cuff that is worn on the user arm in conjunction with this instrument and this base; One escape of air valve is used for discharging the gas of this cuff; One first base plate connector female seat is by being communicated with this first pressure sensor, the gas pressure of this this cuff of first pressure sensor sensing by this with this first cuff adapter male seat combination; And a tertiary circuit, transmit, conversion, handle test signal; This first central processing unit calculates measurement result according to this gas pressure, and this display screen shows the measurement result after calculating.
Aforesaid multifunctional health measurement device, wherein said base also comprises a plurality of adapters, be used for respectively an external stethoscope, a blood-glucose meter, an oximeter, and this base is with after this instrument combines, this instrument is as the display device of this stethoscope, blood-glucose meter, oximeter.
Aforesaid multifunctional health measurement device, wherein said instrument is used alone, and measures the inducing I, induce II, induce III of user, electrocardiogram is induced in six kinds of fronts.
Aforesaid multifunctional health measurement device, wherein said instrument combines with this electrocardiogram paster, measures the inducing I, induce II, induce III of user, AVR induces, AVL induces, AVF induces, electrocardiogram is induced in six kinds of fronts.
Aforesaid multifunctional health measurement device, wherein said second temperature-sensitive sticker also is the screen contact vernier and the entering apparatus of instrument simultaneously.
Aforesaid multifunctional health measurement device, wherein said instrument can be distinguished an external stethoscope, a blood-glucose meter, an oximeter, this blood-glucose meter and this oximeter have independently central processing unit, and this stethoscope, this blood-glucose meter, this oximeter show measurement result by this display screen of this instrument.
Aforesaid multifunctional health measurement device, wherein said instrument can be distinguished an external stethoscope, a blood-glucose meter, an oximeter, shared this first central processing unit of this stethoscope, this blood-glucose meter, this oximeter and this instrument, and show measurement result by this display screen of this instrument.
Aforesaid multifunctional health measurement device, wherein said first electrode slice and this second electrode slice are when the same side that is set at this instrument, the opposite side that also is included in this instrument also is provided with the pair of electrodes sheet and comprises the 8th electrode slice and the 9th electrode slice, determines that by first central processing unit wherein the pair of electrodes sheet is measured when actual measurement.
Aforesaid multifunctional health measurement device, wherein said instrument is one of following array apparatus: mobile phone (cellular phone), personal digital assistant (PDA), MP3 player.
The present invention compared with prior art has tangible advantage and beneficial effect.As known from the above, in order to achieve the above object, the embodiment of the invention provides a multifunctional health measurement device, comprises an instrument and and steps on seat.The both sides of instrument respectively are provided with an electrode slice or this two electrode slice and are set at the same side, bottom side another electrode slice is set again; The upper surface of stepping on seat is provided with four electrode slices, and there is the loading device inside of stepping on seat.With or not under the situation of some parts, instrument can be measured electrocardiogram, weight and body fat, the body temperature of user or be used as the low frequency current for treatment instrument and first sphygomanometer.If instrument is assembled mutually with stepping on seat, then use different modes to measure electrocardiogram and weight and body fat.In addition, instrument can optionally combine with a base, in conjunction with after have the function of second sphygomanometer, and can external again stethoscope, blood-glucose meter, oximeter, and instrument provides Presentation Function, wherein blood-glucose meter, oximeter have independently central processing unit.In addition, second sphygomanometer, stethoscope, oximeter can be external in base, also can optionally be external in instrument; If be external in instrument, then with the shared central processing unit of instrument.According to the present invention, instrument can be a mobile phone (cellular phone) or personal digital assistant similar devices such as (PDA), under the communication dealer cooperates with the hospital, can do (realtime) service immediately for sufferer on line.
By technique scheme, multifunctional health measurement device of the present invention has following advantage and beneficial effect at least: the present invention can overcome the defective that existing health measurement device exists, can measure the multiple physiological parameter of human body, can reduce people and spend cost in medical treatment, simultaneously, people can also freely select this device to have which measurement function, are very suitable for practicality.
In sum, the present invention is relevant a kind of multifunctional health measurement device, and this device embodiment comprises an instrument and a pedal.The both sides of instrument respectively are provided with the bottom side that an electrode slice or this two electrode slice be set at the same side, instrument another electrode slice are set again; The upper surface of stepping on seat is provided with four electrode slices, steps on an inside and is provided with the loading device.With or not under the situation of some parts, instrument can be measured electrocardiogram, weight and body fat, the body temperature of user or be used as the low frequency current for treatment instrument and first sphygomanometer.If instrument is assembled with stepping on seat, then use different modes to measure electrocardiogram and weight and body fat.In addition, instrument can optionally combine with a base, in conjunction with after can be used as second sphygomanometer, stethoscope, blood-glucose meter, oximeter, be very suitable for practicality.The present invention has above-mentioned plurality of advantages and practical value, no matter it all has bigger improvement on product structure or function, obvious improvement is arranged technically, and produced handy and practical effect, and more existing health measurement device has the outstanding effect of enhancement, thereby being suitable for practicality more, really is a new and innovative, progressive, practical new design.
Above-mentioned explanation only is the general introduction of technical solution of the present invention, for can clearer understanding technological means of the present invention, and can be implemented according to the content of description, and for above-mentioned and other purposes, feature and advantage of the present invention can be become apparent, below especially exemplified by preferred embodiment, and conjunction with figs., be described in detail as follows.
Description of drawings
Fig. 1 is the structural representation of multifunctional health measurement device embodiment of the present invention.
Fig. 2 A to Fig. 2 F be show the facing of instrument in the embodiment of the invention, overlook, the end, looked, the right side is looked, a left side is looked, rearview.
Fig. 3 A to Fig. 3 E is the part sketch map that shows instrument in the embodiment of the invention.
Fig. 4 A to Fig. 4 C is the sketch map that shows that respectively three standards of electrocardiogram are induced-induced I, induce II, induce III.
Fig. 5 A to Fig. 5 C shows that respectively three pressurizations of electrocardiogram induce-sketch map of AVR, AVL, AVF.
Fig. 6 shows six inductive sketch maps in standard front of electrocardiogram.
Fig. 7 shows in the embodiment of the invention that instrument combines with stepping on, and can be used as the sketch map of weighing machine, body fat meter, ecg measurement instrument.
Fig. 8 A to Fig. 8 B shows that instrument combines with base in the embodiment of the invention can be used as stethoscope, sphygomanometer, blood-glucose meter, oximeter, and wherein Fig. 8 B is a base and side view after instrument combines.
Fig. 9 is the wrist type or the sketch map of arm type cuff (wrist-type cuff or arm-type cuff) that shows according to the embodiment of the invention.
Figure 10 A to Figure 10 B is the embodiment sketch map that shows base among the present invention.
Figure 11 to Figure 12 is the embodiment sketch map that shows instrument of the present invention.
1: instrument 2: step on seat
3: base 101: input block
Central processing unit 103 in 102: the first: memorizer
104: 105: the first circuit of display screen
106: electrocardiogram socket 107: the low frequency socket
108: thermometer socket 109: adapter
111: the first air pumps of 110: the first pressure sensors
113: the second cuff adapters of 112: the first cuff adapter male seats male seat
114: step on base connector 115: base plate connector
121: substrate 122: cuff
124: the second cuff adapters of 123: the first cuff adapter female seats female seat
201: loading device 202: second circuit
203: 301: the second sphygomanometers of connecting line
303: the second air pumps of 302: the second pressure sensors
307: tertiary circuit 308: stethoscope
309: blood-glucose meter 310: oximeter
311: cuff 312: flexible pipe
313: button 314: lead
315: pick off 316: lead
317: load sampler 318: lead
319: probe 320: adapter
321: 322: the first base plate connector female seats of lead
323: the second base plate connector female seat 1061 electrocardiogram pasters
1071: 1081: the first temperature-sensitive stickers of low frequency paster
1082: the second temperature-sensitive sticker 1082A: metal end
A: top cover B:O type ring
C: groove
The specific embodiment
Reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the present invention, below in conjunction with accompanying drawing and preferred embodiment, to its specific embodiment of multifunctional health measurement device, structure, feature and the effect thereof that foundation the present invention proposes, describe in detail as after.
Relevant aforementioned and other technology contents, characteristics and effect of the present invention can be known to present in the following detailed description that cooperates with reference to graphic preferred embodiment.By the explanation of the specific embodiment, when can being to reach technological means that predetermined purpose takes and effect to get one more deeply and concrete understanding to the present invention, yet appended graphic only provide with reference to the usefulness of explanation, be not to be used for the present invention is limited.
Seeing also shown in Figure 1ly, is the structure block schematic diagram that shows multifunctional health measurement device embodiment of the present invention.The multifunctinoal health device 10 of preferred embodiment of the present invention has three main devices, is respectively that an instrument 1, is stepped on seat 2, one base 3; The technology that instrument 1 can be optionally be familiar with this area as wired connection, wireless connections, adapter ways of connecting, combines with stepping on seat 2 or base 3, can be used as in conjunction with the display screen 104 of back instrument 1 and steps on 2 or the display device of base 3.
Above-mentioned instrument 1, comprise an input block 101, one first central processing unit 102, one memorizer (memory, it is memory body, internal memories etc., this paper all are called memorizer) 103, aforesaid display screen 104, one first circuit 105, one electrocardiogram socket 106, one low frequency socket 107, one thermometer socket 108, a connector 109, one first pressure sensor 110, one first air pump 111, one first cuff adapter male seat 112, one second cuff adapter male seat 113, one steps on base connector 114, one base plate connector 115, three electrode slice E1-E3.Input block 101 inputs or outputs data for user; First central processing unit, 102 processing data; Memorizer 103 stores data; Display screen 104 shows information or test result; Please hold explanation after a while as for the function of other elements.
The above-mentioned seat 2 of stepping on comprises a loading device 201, a second circuit 202, four electrode slice E4-E7;
Above-mentioned base 3, comprise a stethoscope 308, a blood-glucose meter 309, an oximeter 310, a tertiary circuit 307, one second sphygomanometer 301, wherein, this second sphygomanometer 301 comprises one second pressure sensor 302, one second air pump 303, one second central processing unit 304.
Multifunctional health measurement device 10 of the present invention, can measure, check, calculate the multiple physiological parameter of human body, also can be used as a low frequency current for treatment instrument (Transcutane Elektrische NeuroStimulatie, TENS, Machine) be used for pain relieving, following paragraph will be introduced each function respectively.
See also shown in Fig. 2 A to Fig. 2 F, be show the facing of instrument 1 in the embodiment of the invention, overlook, look up, the right side is looked, a left side is looked, rearview; And see also shown in Fig. 3 A to Fig. 3 E, be the part sketch map that shows instrument 1 in the embodiment of the invention.
The independent use of this instrument 1 can be used as a low frequency current for treatment instrument.User has been selected the function of low frequency current for treatment and the current intensity of use via 101 of input blocks.At least one pair of low frequency paster 1071 (shown in Fig. 3 B) is attached on the skin of sore place, and low frequency paster 1071 is connected with instrument 1 via low frequency socket 107 again, afterwards, starts by input block 101, and low frequency current for treatment can carry out constantly.In addition, if user does not use low frequency paster 1071, the electrode E3 contact sore place on also can instrumentation 1 carries out low frequency current for treatment.
The independent use of this instrument 1 can be used as a thermometer.If measure for a long time, user is attached to the sense terminals of one first temperature-sensitive sticker 1081 (shown in Fig. 3 C) at the place to be measured of health, the thermometer socket 108 (as Fig. 2 B shown in) of the other end by instrument 1 is connected with instrument 1, and display screen 104 will show measurement result.If the measurement of short time, user is connected one second temperature-sensitive sticker 1082 (shown in Fig. 3 D) by thermometer socket 108 (shown in Fig. 3 E) with instrument 1, with a metal end 1082A posting port intracavity of second temperature-sensitive sticker 1082, can measure the body temperature of user.And according to the embodiment of the invention, second temperature-sensitive sticker 1082 also can be used as the screen contact vernier and the entering apparatus of instrument 1.
According to embodiments of the invention, multifunctional health measurement device 10 also can be used as the ecg measurement instrument.Have four kinds of methods and can measure electrocardiogram: first method is only to utilize instrument 1; Second method is to utilize instrument 1 and the electrocardiogram paster 1061 of at least one pair of; The third method is to utilize instrument 1 and step on seat 2; The 4th kind of method is only to utilize to step on seat 2.
Measure electrocardiogram and normally induce electrocardiogram (standard 12-leadelectrocardio-gram, the current active that is produced when ECG) writing down heart contraction with 12.12 induce electrocardiogram to comprise that three standards induce, and three pressurizations are induced, and induce six fronts.
These three standards are induced, and are called bipolar lead (bipolar leads) again, can abbreviate as usually and induce I, induce II, induce III.See also shown in Fig. 4 A to Fig. 4 C, it is the sketch map that shows that respectively three standards of electrocardiogram are induced-induced I, induce II, induce III, show the inductive electrode position of each standard, induce I to measure right arm and two electrodes of left hand arm, the left hand arm is used as positive pole; Induce II to measure right arm and two electrodes of left lower limb, left lower limb is used as positive pole; Induce III to measure left hand arm and two electrodes of left lower limb, left lower limb is used as positive pole once more.Yet during actual measurement, the position of electrode does not need very accurate.For example, need be seated in the electrode position on the left finesse, also can be placed on left upper arm, left forearm, the left hand palm even left lower limb, changing these positions can't influence the accuracy that electrocardiogram reads.
According to above-mentioned notion, measure and induce I, II, III that several variations can be arranged.According to the embodiment of the invention, instrumentation 1 can be measured the electrocardiogram of user separately, that is to say that three electrode slice E1-E3 of instrument 1 can be used to measure electrocardiogram.For example, measure when inducing I, user is held instrument 1 with left hand, and electrode slice E3 is touched right finesse, just can obtain inducing the I electrocardiogram.In the case, electrode slice E1 and E2 are used as positive pole, and electrode slice E3 is used as negative pole.Perhaps, user can be held instrument 1 with the right hand, and E3 touches left finesse with electrode slice, and in the case, electrode slice E1 and E2 are used as negative pole, and electrode slice E3 is used as positive pole.According to same concept, induce II and III electrocardiogram also can be measured.For example, user is held instrument 1 with the right hand, and electrode slice E3 is contacted left lower limb, so can measure and induce II; User is held instrument 1 with left hand, and electrode slice E3 is contacted left lower limb, so can measure and induce III.
Seeing also shown in Figure 7ly, is to show in the embodiment of the invention that instrument combines with stepping on, and can be used as the sketch map of weighing machine, body fat meter, ecg measurement instrument.Via connecting line 203, step on base connector 114 with instrument 1 with step on seat and 2 be connected, also can measure after the connection and induce I, II, III.Though present embodiment be with connecting line 203 with step on base connector 114 and be connected instrument 1 and step on seat 2, in other embodiments, also can electrically connect with other modes.Step on four electrode slice E4-E7 of seat 2, will cooperate with the electrode slice E1-E3 of instrument 1 to measure electrocardiogram.User stands in to be stepped on seat 2 and to hold instrument 1, just can obtain inducing I, II, III electrocardiogram.For example, when II and III were induced in measurement, electrode slice E1 and E2 were used as negative pole, and E4 and E5 are used as positive pole.According to embodiments of the invention, user only need to touch identical electrodes polar one of them, one of them of one of them of one of them of E4 and E5, E6 and E7, E1 and E2 for example, ecg measurement just can continue to carry out.
Step on the seat 2 if user stands in, but, then step on the independent use of seat, can be used for measuring and induce I and II, but energy measurement is not induced III not to hold instrument 1; Under this situation, electrode slice E6 and E7 are used as negative pole, and electrode slice E4 and E5 are used as positive pole.
The above-mentioned ecg measurement method of mentioning is the measuring method that is applicable to than the short period, if it is long-time, for example 24 hours electrocardiogram is observed necessary to some extent, one electrocardiogram paster 1061 (as shown in Figure 3A, comprise three pasters) will be attached to the position of electrode needs, the other end with electrocardiogram paster 1061 is connected with instrument 1 via electrocardiogram socket 106 again, and electrocardiogram just can be measured for a long time.
Seeing also shown in Fig. 5 A to Fig. 5 C, is to show that three pressurizations of electrocardiogram induce-sketch map of AVR, AVL, AVF, shows that three kinds of pressurizations induce-electrode position of AVR, AVL, AVF-, measure these three kinds of derived needs with instrument 1 with step on 2 and combine.According to the embodiment of the invention, user is held instrument 1 with the right hand, the right hand touches one of them of electrode slice E1 and E2 at least, positive pole, and E3 touches left finesse with electrode slice, negative pole, stand in and step on the seat 2, the left foot palm touches one of them of electrode slice E4 and E5 at least, negative pole, therefore, AVR pressurization induces the electrocardiogram can be measured.In like manner, AVL and AVF electrocardiogram also can be measured by similar approach.
Seeing also shown in Figure 6ly, is to show six inductive sketch maps in standard front of electrocardiogram, shows six kinds of inductive electrode positions in front.The electrode slice E3 of instrument 1 can be used for testing this six kinds of inductive electrocardiograms in front, and gradation is measured, and tests altogether six times, can obtain six kinds of fronts and induce electrocardiogram.
Next to specify measuring method,, need two counter electrode right at least, just can measure the body impedance of whole human body according to biochemical impedance measurement principle (bio-impedance measuring theory) about weight and body fat.Wherein a pair of be the electric current supplying electrode to (current supplyelectrodes), a pair ofly in addition be that impedance measures electrode pair (impedance-measuringelectrodes), by this two counter electrode to calculating the fat content ratio of health.If we only want to measure the impedance of abdominal part, then need three electrode pairs; First and second electrode pair contact left foot and right crus of diaphragm, the 3rd electrode pair contacts the left hand or the right hand.To right crus of diaphragm,, can calculate two groups of impedances via left hand with the electrode pair of left hand to left foot, the difference of these two groups of impedances is that abdominal part causes, in other words, the difference of this two resistances impedance is exactly the resistance value of abdominal part, and this resistance value can be used to calculate the fat content of abdominal part.Above-mentioned this principle will be applied among the following embodiment.
See also shown in Figure 7ly, 2 combine with stepping on seat by instrument 1, multifunctional health measurement device 10 can be used as weight and body fat meter and calculate health and form.The embodiment of the invention is to utilize the health of the principle calculating user of the biochemical impedance analysis of single-frequency (single frequency bioelectrical impedance analysis) to form, as total moisture content (Total Body Water, TBW), fat-free quality (fat-free mass FFM), fat content (Body Fat, %BF) or the like.The embodiment of the invention is to adopt four electrode methods (four-electrodes method) to carry out the biochemical impedance analysis of single-frequency, and now specify as follows: user stands in to be stepped on the seat 2, holds instrument 1 with left hand; At this moment, the palm of user touches electrode slice E1, and finger touches electrode slice E2, and the right crus of diaphragm palm touches electrode slice E7, and the right crus of diaphragm toe touches electrode slice E6, and the left foot palm touches electrode slice E5, and the left foot toe touches electrode slice E4.Wherein this two counter electrode of electrode slice E2 and E6, E2 and E4 is right to being used as the electric current supplying electrode, and this two counter electrode of electrode slice E1 and E7, E1 and E5 is right, and is right as impedance measurement electrode.Resistance value by electrode pair E2 and E6, E1 and E7 record is called first resistance value at this, is used to calculate the total resistance and the total lipid content (%BF) of health, notices that first resistance value has comprised the resistance value of abdominal part.In like manner,, can obtain second resistance value, notice that this resistance value does not comprise the resistance value of abdominal part, is called second resistance value by electrode pair E2 and E4, E1 and E5.By the difference of first resistance value and second resistance value, can calculate the resistance value that obtains abdominal part, with the fat ratio of abdominal part.
Above-mentioned paragraph has illustrated that user holds the situation of instrument 1 with left hand, if hold instrument 1 with the right hand, its measuring principle is as follows: the right hand palm of user touches electrode slice E2, the right hand refers to touch electrode slice E1, the right crus of diaphragm palm touches electrode slice E7, the right crus of diaphragm toe touches electrode slice E6, and the left foot palm touches electrode slice E5, and the left foot toe touches electrode slice E4.Wherein this two counter electrode of electrode slice E1 and E6, E1 and E4 is right to being used as the electric current supplying electrode, and this two counter electrode of electrode slice E2 and E7, E2 and E5 is right, and is right as impedance measurement electrode.Resistance value by electrode pair E1 and E4, E2 and E5 record is called first resistance value at this, is used to calculate the total resistance and the fat content (%BF) of health, and wherein first resistance value has comprised the resistance value of abdominal part.In like manner,, can obtain second resistance value, notice that this resistance value does not comprise the resistance value of abdominal part, is called second resistance value by electrode pair E1 and E6, E2 and E7.By the difference of first resistance value and second resistance value, can calculate the resistance value that obtains abdominal part, with the fat ratio of abdominal part.
The inside of aforesaid connecting line 203 is actually the lead (wires that has comprised a plurality of, be not shown in figure), and step on when measuring fat ratio on the seat 2 when user stands in, step on a loading device 201 (as shown in Figure 1) of seat 2 inside, measured the weight of user, and with measurement result via connecting line 203 with step on base connector 114 and pass instrument 1 back.Except resistance value and the body weight value that measures, user calculates healths via input block 101 input of instrument 1 and forms needed relevent information, for example height, age, sex etc., and the program of input can be before body weight and impedance measurement or after the measurement.According to above-mentioned information and measurement result, first central processing unit 102 of instrument 1 can calculate the health of user according to this to be formed, and comprises results such as aforesaid TBW, FFM, %BF, and these result of calculations are transferred to display screen 104.Therefore, according to the embodiment of the invention, user can make things convenient for, rapid, painless the health that obtains oneself is formed, and also can see measurement result from display screen 104 easily, and do not need croucs to inspect to be attached to traditionally the display screen on the weight and body fat meter.
Please continue to consult Fig. 1, Fig. 2 F, shown in Figure 9, Fig. 9 is the wrist type or the sketch map of arm type cuff (wrist-type cuff or arm-type cuff) that shows according to the embodiment of the invention.Instrument 1 combines with a cuff 122 (cuff) can be used as one first sphygomanometer 116.First sphygomanometer 116 comprises first pressure sensor 110, first air pump 111, first and second cuff adapter male seat 112,113.Certainly, first sphygomanometer 116 has also comprised some and shared element-input block 101, first central processing unit 102, memorizer 103, display screen 104, first circuit 105 of other measurement functions.As shown in Figure 9, first sphygomanometer 116 has also comprised independent separable in the cuff 122 of instrument 1.This cuff 122 among the figure is with an oversleeve (circler) expression, and it makes material is plastic material, and comprises an airbag (air bag) and be coated on outer (not shown).Instrument 1 is connected with cuff 122 via first and second cuff adapter male seat 112,113 as the main body of first sphygomanometer 116.Wherein, the first cuff adapter male seat 112 is communicated with first pressure sensor 110; The second cuff adapter male seat 113 is communicated with first air pump 111; The first cuff adapter male seat 112 is inserted the first cuff adapter female seat 123 of cuff 122; The second cuff adapter male seat 113 is inserted the second cuff adapter female seat 124 of cuff 122.According to the embodiment of the invention, this first and second cuff adapter female seat 123,124 all is to be made of a top cover A, O type ring (O-ring) B, a groove C three parts.O type ring B is placed between groove C and top cover A, and with suitable method, for example ultrasound welds afterwards, and groove C and top cover A are welded.In addition, groove C casts with one-body molded with a substrate 121 of cuff 122, in the diagram, it is to combine with cuff 122 for substrate 121 that this substrate 121 has four ditch holes 120 (slot), and the correspondence position of cuff 122 in four ditch holes 120 has one to collude shape thing (not being shown in figure) and make with substrate 121 and combine respectively.In other embodiments, cuff 122 also can be an additive method with combining of substrate C.According to above-mentioned structure, first and second cuff adapter male seat 112,113 is connected with first and second cuff adapter female seat 123,124, has airtight (airtight), durable, advantage that reliability is good.
This area is known, and the electronic type blood pressure meter can be distinguished into wrist formula (wrist type) and two kinds of arm types (arm type).Their main difference is that the latter needs bigger cuff (cuff), also therefore needs bigger air pump and displacement (pumping capacity).For example, the wrist formula needs the aeration quantity of 150ml, and arm type needs the aeration quantity of 350ml.Usually the arm type blood pressure is in respect of relatively good precision, and wrist formula sphygomanometer is measured and gone up more conveniently, and particularly when cold winter is put on thick and heavy overcoat, so consumer may buy the sphygomanometer of two kinds of forms simultaneously.Yet, the detachable cuff 122 of the embodiment of the invention provides a kind of solution that addresses the above problem, that is, according to the embodiment of the invention, the shared same instrument 1 of the sphygomanometer of two kinds of forms, and being used for arm type with two 122, one of cuffs in addition, another is used for the wrist formula.Be used for the wrist formula and have identical structure with the arm-rest belt 122 of arm type, as shown in Figure 9, its difference is that the latter has bigger oversleeve (circler) and airbag; In order to distinguish both, the former is called wrist formula cuff 122, and the latter is called arm type cuff 122.User is selected the measurement of arm type or wrist formula via the input block 101 of instrument 1, according to selected instrument 1 is combined with the cuff 122 of wrist formula or arm type, begin to measure via input block 101 reading instuments 1, first central processing unit 102 calculates the pressure value of user with the survey time signal according to the corresponding formula that is stored in memorizer 103 afterwards, and is presented on the display screen 104.
The monitoring pressure value of long period if desired, user may be installed on arm or the wrist for a long time because of instrument 1 feels under the weather, and the embodiment of the invention also provides a solution.See also shown in Figure 1, via combining with base 3, multifunctional health measurement device 10 also can be used as second sphygomanometer 301, stethoscope 308, blood-glucose meter 309, oximeter 310, and wherein second sphygomanometer 301 comprises second pressure sensor 110, second air pump 303, second central processing unit 304.
Seeing also shown in Fig. 8 A to Fig. 8 B, is to show that instrument combines with base in the embodiment of the invention can be used as stethoscope, sphygomanometer, blood-glucose meter, oximeter.Fig. 8 A shows the invention process for example among Fig. 1, an embodiment of base 3, and wherein instrument 1 combines the display device that can be used as base 3 with base 3, and Fig. 8 B is a base 3 and side view after instrument 1 combines.Some element, as second pressure sensor 302, second air pump 303, second central processing unit 304, tertiary circuit 307 because in be built in base 3, so show among the figure.
In this embodiment, base 3 is that these two adapters all are golden finger connector (golden-finger connecter) via the base plate connector 115 of base 3 and the instrument adapter 305 of instrument 1 with combining of instrument 1.In other embodiments, base 3 also can be an additive method with being connected of instrument 1, for example wired or wireless connected mode.When the user desire is used second sphygomanometer 301, cuff 311 must be worn on last arm and press the button 313, make second air pump (not shown) give cuff 311 via air inlet valve (air inlet valve is not shown) and flexible pipe 312 supply air.Please note the cuff 122 that is different from aforesaid wrist or arm type on these cuff 311 structures, the surface of cuff 311 has adhesive buckle bag (hook-and-loop fastener), or the devil who is commonly called as is stained with.Afterwards, when the pressure of cuff 311 reaches setting value, the air in the cuff 311 can be discharged with constant speed via escape of air valve (not shown), and the pressure of cuff 311 lowers gradually.Second central processing unit 304 is changed and be passed to the variation that second pressure sensor 302 is sensed pressure via tertiary circuit 307.Variation according to this pressure, second central processing unit 304 calculates the systolic pressure (systolic pressure) and diastolic pressure (diastolic pressure) of user, is passed to the display screen 104 of instrument 1 to show measurement result via tertiary circuit 307 again.
This cuff 311 is identical with preceding described arm type cuff 122, all is to use on last arm, and bigger airbag (air bag) is arranged, and therefore also needs bigger air pump to supply enough displacements.Therefore in theory when second air pump 303 of first air pump 111 of selecting instrument 1 and base 3, optional usefulness has the air pump of big displacement.Yet for considering of cost of manufacture, the embodiment of the invention provides the method that can reduce the cost again.
Seeing also shown in Figure 10 A to Figure 10 B, is the embodiment sketch map that shows base among the present invention.Figure 10 A shows the another one embodiment of base 3 of the present invention.Different with previous embodiment is, base 3 also comprises one first base plate connector female seat 322, with one second base plate connector female seat 323, and the two structure is identical with aforesaid first and second cuff adapter female seat 123,124, all is to be made of top cover A, O type ring B, groove C.When the first cuff adapter male seat 112 of instrument 1 is inserted the first base plate connector female seat 322 of base 3, the second base plate connector female seat 323 that the second cuff adapter male seat 113 is inserted base 3, then the first base plate connector female seat 322 will be connected with first pressure sensor 110 of instrument 1, and the second base plate connector female seat 323 is connected with first air pump 111 of instrument 1.By this, via 311 inflations of 111 pairs of cuffs of first air pump, so second air pump 303 of base 3 and second pressure sensor 302 just can omit.
The inflation of the above embodiments explanation cuff 311,122 all is to rely on instrument first air pump 111, can omit second air pump 303 even so, but the displacement of first air pump 111 (pumping capacity) also must be enough big.But the size of instrument 1 may be designed to miniaturization, for example according to certain embodiment, the size of instrument 1 is approximately L74mm*W64mm*T24mm, and this size may can not put any more the necessary first bigger air pump 111, under this situation, first air pump 111 is merely able to inflate the cuff 122 of wrist formula, and can't inflate the cuff 122 and cuff 311 of arm type, in order to address this problem, the solution of another embodiment is not omit second air pump 303, but with first air pump 111 and 303 cooperations of second air pump, jointly via flexible pipe 312 inflation cuffs 311, shown in Figure 10 B.
When instrument 1 combines with base 3 with instrument adapter 305 via base plate connector 115, first central processing unit 102 of instrument 1 can adopt automatically and be stored in the memorizer 103, is applicable to that the calculating function of arm type sphygomanometer calculates the pressure value of user.Another kind of embodiment then be by the blood pressure measurement of user via input block 101 reading instuments 1 employing arm type, thereby first central processing unit 102 can adopt the calculating function of arm types.When measurement was carried out, instrument 1 indication first air pump 111 was also indicated 311 inflations of 303 pairs of cuffs of second air pump via instrument adapter 305, tertiary circuit 307, battery via the second base plate connector female seat 323,311 inflations of 312 pairs of cuffs of flexible pipe.When the pressure of cuff 311 reaches setting value, the air in the cuff 311 are discharged via escape of air valve constant speed, and the pressure of cuff 311 lowers gradually.First central processing unit 102 is changed and be passed to the variation of first pressure sensor, 112 these pressure of induction of instrument 1 via first circuit 105.Change according to this pressure, first central processing unit 102 calculates the systolic pressure and the diastolic pressure of user, and the result is presented on the display screen 104.
In the foregoing description, if the displacement of second air pump 303 can be enough to cuff 311 inflations, then the second base plate connector female seat 323 of base 3 can be omitted, this is because no longer need the support of first air pump 111, therefore may omit the second base plate connector female seat 323, second central processing unit 304, second pressure sensor 302 in another embodiment, but still keep the first base plate connector female seat 322.
Please get back to and consult shown in Fig. 8 A, embodiment shows that base 3 can be used as stethoscope 308 in conjunction with instrument 1.Stethoscope 308 has a pick off 315 (transducer) and transmits signal, also has adapter 320 to be passed to base 3 by the skin of user via lead 314.The embodiment of the invention is the form of limiting sensor 315 not, and pick off 315 can be amplifier (microphone) or accelerator (accelerometer) form.After receiving signal, the analog/digital converter of tertiary circuit 307 (A/D converter, i.e. analogy/digital converter) is understood processing signals with amplifier (amplifier), and measurement result is passed to instrument 1 to be presented on the display screen 104.
The embodiment of Fig. 8 A shows that also base 3 can be used as blood-glucose meter 309 in conjunction with instrument 1.For measuring blood, user combines blood-glucose meter 309 via lead 316 with base 3 with adapter 320.In the present embodiment, user also must be obtained blood sample, and blood sample is seated in load sampler 317 (sample carrier).And present embodiment is arranged at some elements of blood-glucose meter 309 inside, and for example light source, optical receiver, biochemical response device (biosensor), the 3rd central processing unit, interlock circuit etc. are not shown in figure.Light source sends a test light by the sample in the load sampler 317, therefore optical receiver obtains a spectrogram (optical spectrum), calculate blood sugar concentration via the 3rd central processing unit (not shown), the display screen 104 via instrument 1 shows measurement result at last.
According to the present invention, the method for detecting of blood glucose also can adopt additive method, for example electrochemical method.If adopt electrochemical method, must in load sampler 317, add some ferment (enzymes) and can test biochemical electric current (bio-current) in the blood sample.
An alternative embodiment of the invention then is to have omitted the 3rd central processing unit (not shown), and replaces with first central processing unit 102, and under this situation, blood-glucose meter 309 combines with instrument 1 with adapter 320 via lead 316, rather than combines with base 3.
The embodiment of Fig. 8 A shows that also base 3 can be used as oximeter 310 in conjunction with instrument 1.One probe 319 connects oximeter 310 via lead 321.A pair of light emitting diode (Light emittingdiodes, LED, not shown) and at least one detector (detector, not shown) be arranged in the probe 319, two light emitting diodes send the HONGGUANG of specific wavelength and the finger that infrared ray gives the 319 folder positions of being popped one's head in respectively, above-mentioned detector is surveyed and is passed or reflect the light of finger, and obtains a spectrum.In the present embodiment, the 4th a central processing unit (not shown) that is arranged at oximeter 310 inside receives this spectral signal, and calculates the oxygen saturation concentration (oxygen saturation) and heart beating (pulse beat) of blood according to this.Result after the calculating is passed to instrument 1 via lead 318 and adapter 320, and last user is watched measurement result via display screen 104.
Be similar to blood-glucose meter, another embodiment of the present invention then is to have omitted the 4th central processing unit (not shown), and with information such as first central processing unit, 102 replacement calculating blood oxygen concentrations and heart beatings, under this situation, oximeter 310 combines with instrument 1 with adapter 320 via lead 318, rather than combines with base 3.
The above-mentioned several embodiment that mention, stethoscope 308, blood-glucose meter 309, oximeter 310 combine with base 3 via one of them of a plurality of adapters 320 respectively.And above-mentioned these three kinds of instruments then only need a central processing unit if combine with instrument 1, that is to say, first central processing unit 102 of instrument 1 is responsible for handling all calculating and control work.In addition, a plurality of adapters 320 are that (Universal Serial Bus USB), but also can be other forms of adapter to universal serial bus.
In addition, according to the embodiment of the invention, instrument 1 has at least one adapter 109 can connect computer or printer according to this, and adapter 109 also is universal serial bus in an embodiment, but also can other kinds form; Instrument 1 can be mobile phone (cellular phone), personal digital assistant (PDA), MP3 player or other similar devices, so hospital can cooperate with the communication dealer, can do immediately services such as (real time) monitoring, early warning on line for sufferer; The input block 101 of instrument 1 is the element of button form (button-type), but also can be other forms, for example acoustic control, scanning input, handwriting input, bar code input or the like.
Seeing also Figure 11 to shown in Figure 12, is the embodiment sketch map that shows instrument of the present invention.The variation of the embodiment of the invention is many in addition, for example among the embodiment of Figure 11, with aforementioned each embodiment different be in, the electrode slice E1 of instrument 1 and the position of E2 are not to be separately positioned on both sides, but be set at the same side, and electrode slice E1 and E2 keep certain distance.According to experiment, such being provided with will make that measured value is more stable, when particularly being used for measuring the function of body weight, body fat; Its principle and other embodiment that measures electrocardiogram, body fat is similar, and this repeats no more.Figure 12 shows among the embodiment of Figure 11, and the contact site of electrode slice E1 and E2 and palm, present embodiment have shown that user holds the situation of instrument 1 with left hand, but electrode slice E1 and E2 also can be arranged on an other side, make the user of the suitable right hand; Even feasible embodiment is that the opposite side of this instrument also is provided with two electrode slice E8 and E9 (not shown), determines wherein which counter electrode sheet by first central processing unit 102 when actual measurement, and E1 and E2, or E8 and E9 measure.As shown in figure 12, owing to the position that electrode slice E1 and E2 contact with palm, compared to finger position, the position is comparatively firm, therefore has more stable measured value.
According to the embodiment of the invention, user can select multifunctinoal health device 10 to have which function according to demand.For example, certain user only has hypertension, but does not have the defect of body weight, and based on considering of purchase cost, he may select a multifunctinoal health device 10 to comprise instrument 1, and instrument comprises first sphygomanometer 116, but does not comprise electrode slice E1-E3.
The above, it only is preferred embodiment of the present invention, be not that the present invention is done any pro forma restriction, though the present invention discloses as above with preferred embodiment, yet be not in order to limit the present invention, any those skilled in the art, in not breaking away from the technical solution of the present invention scope, when the technology contents that can utilize above-mentioned announcement is made a little change or is modified to the equivalent embodiment of equivalent variations, in every case be the content that does not break away from technical solution of the present invention, according to technical spirit of the present invention to any simple modification that above embodiment did, equivalent variations and modification all still belong in the scope of technical solution of the present invention.
Claims (17)
1, a kind of multifunctional health measurement device is characterized in that it comprises:
One instrument uses this instrument as ecg measurement instrument, low frequency current for treatment instrument, thermometer separately, and this instrument comprises an input block and inputs or outputs data for user;
One first central processing unit is handled data;
One memory storage data;
One display screen shows information or test result;
One first circuit is used for transmission, conversion, processing signals;
One group of electrocardiogram paster is used for the auxiliary ecg measurement of doing;
At least one group of low frequency paster is used for the auxiliary low frequency current for treatment of doing;
One first temperature-sensitive sticker is used for the auxiliary temperature survey of doing;
One second temperature-sensitive sticker is used for the auxiliary temperature survey of doing;
One first electrode slice and one second electrode slice are arranged at the both sides of this instrument respectively or are set at the same side of this instrument; And
One third electrode sheet is arranged at the bottom side of this instrument;
This first, second, third electrode slice is used for auxiliary do ecg measurement and low frequency current for treatment.
2, multifunctional health measurement device according to claim 1 is characterized in that it also comprises:
One steps on seat, and user stands in this and steps on upward measurement of seat, and this is stepped on seat and combines as ecg measurement instrument, weighing machine, body fat meter with this instrument, and this is stepped on seat and comprises the left forefoot that one the 4th electrode slice is used to contact user;
One the 5th electrode slice is used to contact the left hind paw of user;
One the 6th electrode slice is used to contact the right forefoot of user;
One the 7th electrode slice is used to contact the right hind paw of user;
One loading device is arranged at this and steps on seat inside, is used for the weight of sensing user; And
One second circuit is used for transmitting, changes, handles test signal, and this second circuit is passed test signal this first central processing unit of this instrument back, and shows test results on this display screen of this instrument.
3, multifunctional health measurement device according to claim 1 is characterized in that it also comprises:
One base, as a sphygomanometer, this base comprises one second air pump and is used to inflate a cuff that is worn on the user arm in conjunction with this instrument and this base;
One air inlet valve is used for this second air pump of air inspiration;
One escape of air valve is used for discharging the gas of this cuff;
One second pressure sensor is used to measure the gas pressure of this cuff;
One second central processing unit is used to handle test signal, calculates measurement result; And
One tertiary circuit transmits, changes, handles test signal, and passes measurement result back this instrument, and this display screen shows this measurement result.
4, multifunctional health measurement device according to claim 3, it is characterized in that wherein said base also comprises a plurality of adapters, be used for an external stethoscope, a blood-glucose meter, an oximeter respectively, and this base is with after this instrument combines, and this instrument is as the display device of this stethoscope, blood-glucose meter, oximeter.
5, multifunctional health measurement device according to claim 1 is characterized in that it also comprises:
One first pressure sensor is arranged at this gauge internal;
One first air pump is arranged at this gauge internal;
One first cuff adapter male seat is communicated in this first pressure sensor; And
One second cuff adapter male seat is connected in this first air pump.
6, multifunctional health measurement device according to claim 5 is characterized in that it also comprises:
One can be independent of the arm type or the wrist formula cuff of this instrument, this arm type or wrist formula cuff comprise one first cuff adapter female seat and one second cuff adapter female seat, wherein, the formation of this first and second cuff adapter female seat comprises a groove and combines with this arm type or wrist formula cuff;
One top cover is provided with as for welding on this groove and with this groove;
One O type ring is arranged between this top cover and this groove;
This first cuff adapter male seat is inserted this first cuff adapter female seat by this, this second cuff adapter male seat is inserted this second cuff adapter female seat, this first air pump is via this second cuff adapter male seat and this second cuff adapter female seat, to this arm type or the inflation of wrist formula cuff, this first pressure sensor is via this first cuff adapter male seat and this first cuff adapter female seat, measure the gas pressure of this arm type or wrist formula cuff, this first central processing unit calculates measurement result according to gas pressure, and this display screen shows the result after calculating.
7, multifunctional health measurement device according to claim 5 is characterized in that it also comprises:
One base, as a sphygomanometer, this base comprises one second air pump and is used for part inflation one cuff that is worn on the user arm in conjunction with this instrument and this base;
One escape of air valve is used for discharging the gas of this cuff;
One first base plate connector female seat is by being communicated with this first pressure sensor with this first cuff adapter male seat combination;
One second base plate connector female seat is by being communicated with this first air pump with this second cuff adapter male seat combination;
One tertiary circuit transmits, changes, handles test signal;
By this, this first air pump and this second air pump are inflated this cuff jointly, the gas pressure of this this cuff of first pressure sensor sensing, this first central processing unit calculates measurement result according to this gas pressure, and this display screen shows the measurement result after calculating.
8, multifunctional health measurement device according to claim 7, it is characterized in that wherein said base also comprises a plurality of adapters, be used for an external stethoscope, a blood-glucose meter, an oximeter respectively, and this base is with after this instrument combines, and this instrument is as the display device of this stethoscope, blood-glucose meter, oximeter.
9, multifunctional health measurement device according to claim 1 is characterized in that it also comprises:
One base, as a sphygomanometer, this base comprises one second air pump, is used to inflate a cuff that is worn on the user arm in conjunction with this instrument and this base;
One escape of air valve is used for discharging the gas of this cuff;
One first base plate connector female seat is by being communicated with this first pressure sensor, the gas pressure of this this cuff of first pressure sensor sensing by this with this first cuff adapter male seat combination; And
One tertiary circuit transmits, changes, handles test signal;
This first central processing unit calculates measurement result according to this gas pressure, and this display screen shows the measurement result after calculating.
10, multifunctional health measurement device according to claim 9, it is characterized in that wherein said base also comprises a plurality of adapters, be used for an external stethoscope, a blood-glucose meter, an oximeter respectively, and this base is with after this instrument combines, and this instrument is as the display device of this stethoscope, blood-glucose meter, oximeter.
11, multifunctional health measurement device according to claim 1 is characterized in that wherein said instrument is used alone, and measures the inducing I, induce II, induce III of user, electrocardiogram is induced in six kinds of fronts.
12, multifunctional health measurement device according to claim 1, it is characterized in that wherein said instrument combines with this electrocardiogram paster, measure the inducing I, induce II, induce III of user, AVR induces, AVL induces, AVF induces, electrocardiogram is induced in six kinds of fronts.
13, multifunctional health measurement device according to claim 1 is characterized in that wherein said second temperature-sensitive sticker also is the screen contact vernier and the entering apparatus of instrument simultaneously.
14, multifunctional health measurement device according to claim 1, it is characterized in that wherein said instrument can distinguish an external stethoscope, a blood-glucose meter, an oximeter, this blood-glucose meter and this oximeter have independently central processing unit, and this stethoscope, this blood-glucose meter, this oximeter show measurement result by this display screen of this instrument.
15, multifunctional health measurement device according to claim 1, it is characterized in that wherein said instrument can distinguish an external stethoscope, a blood-glucose meter, an oximeter, shared this first central processing unit of this stethoscope, this blood-glucose meter, this oximeter and this instrument, and show measurement result by this display screen of this instrument.
16, multifunctional health measurement device according to claim 1, it is characterized in that wherein said first electrode slice and this second electrode slice are when the same side that is set at this instrument, the opposite side that also is included in this instrument also is provided with the pair of electrodes sheet and comprises the 8th electrode slice and the 9th electrode slice, determines that by first central processing unit wherein the pair of electrodes sheet is measured when actual measurement.
17, multifunctional health measurement device according to claim 1 is characterized in that wherein said instrument is one of following array apparatus: mobile phone, personal digital assistant, MP3 player.
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| CNA2008100981346A CN101579228A (en) | 2008-05-15 | 2008-05-15 | Multifunctional health measurement device |
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| CNA2008100981346A CN101579228A (en) | 2008-05-15 | 2008-05-15 | Multifunctional health measurement device |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101953680A (en) * | 2010-10-22 | 2011-01-26 | 滨州学院 | Household health index analyzer |
| CN102631193A (en) * | 2011-02-14 | 2012-08-15 | 周常安 | Cardiovascular monitoring device |
| CN104146703A (en) * | 2014-08-21 | 2014-11-19 | 于东方 | Health detection system |
| TWI554077B (en) * | 2013-11-01 | 2016-10-11 | Chi Pei Wang | Smartphone with low frequency pulse function |
| CN108111136A (en) * | 2018-02-05 | 2018-06-01 | 攀枝花学院 | Heart sound detection circuit |
| WO2023030253A1 (en) * | 2021-08-31 | 2023-03-09 | 华为技术有限公司 | Blood pressure measurement device and wearable apparatus |
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2008
- 2008-05-15 CN CNA2008100981346A patent/CN101579228A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101953680A (en) * | 2010-10-22 | 2011-01-26 | 滨州学院 | Household health index analyzer |
| CN101953680B (en) * | 2010-10-22 | 2012-03-28 | 滨州学院 | Household health index analyzer |
| CN102631193A (en) * | 2011-02-14 | 2012-08-15 | 周常安 | Cardiovascular monitoring device |
| TWI554077B (en) * | 2013-11-01 | 2016-10-11 | Chi Pei Wang | Smartphone with low frequency pulse function |
| CN104146703A (en) * | 2014-08-21 | 2014-11-19 | 于东方 | Health detection system |
| CN108111136A (en) * | 2018-02-05 | 2018-06-01 | 攀枝花学院 | Heart sound detection circuit |
| WO2023030253A1 (en) * | 2021-08-31 | 2023-03-09 | 华为技术有限公司 | Blood pressure measurement device and wearable apparatus |
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