CN214484605U - Urinary system therapeutic instrument - Google Patents
Urinary system therapeutic instrument Download PDFInfo
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- CN214484605U CN214484605U CN202022836647.1U CN202022836647U CN214484605U CN 214484605 U CN214484605 U CN 214484605U CN 202022836647 U CN202022836647 U CN 202022836647U CN 214484605 U CN214484605 U CN 214484605U
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Abstract
The utility model discloses a urinary system therapeutic instrument, include: a movable trolley; the operation display platform is arranged at the top of the trolley; the platform is arranged at the top of the trolley and is positioned at the rear side of the operation display platform; the first treatment device, the second treatment device, the third treatment device and the fourth treatment device are arranged on the platform at intervals along the length extension direction of the platform; and the fifth treatment device is arranged on the back of the trolley and can be pulled out relative to the trolley. The utility model discloses a urinary system therapeutic instrument adopts multiple treatment device to shine the treatment to each position of the patient's organism of suffering from urinary system disease, and the cooperative therapy is effectual, has good treatment effect to the treatment and the prevention rehabilitation of urinary system diseases such as proteinuria, urinary incontinence, cystitis, and the no side effect, the after-effect duration of adaptability is of a specified duration, instrument long service life.
Description
Technical Field
The utility model relates to the technical field of medical equipment, especially, relate to a urinary system therapeutic instrument for treating urinary system.
Background
The actual condition of the urinary system diseases is severe, and the current drug therapy of the urinary system diseases has a certain control level on the disease deterioration. However, there is a need for treatment of urinary system diseases both nationwide and worldwide in combination with physical rehabilitation means that are wide in coverage, inexpensive, convenient, effective, and less side-effects.
At present, the use of millimeter waves for treating diseases has been in the history of more than 40 years internationally, and the use of millimeter waves for treating infection and wounds with non-thermal effect and for immunotherapy has reliable curative effect which is well-known at home and abroad and has no obvious side effect. However, immunotherapy using only millimeter waves has limited effectiveness, particularly for patients with urinary system diseases.
Disclosure of Invention
The utility model aims at overcoming the not enough of existence among the above-mentioned prior art, provide a urinary system therapeutic instrument, it can adopt multiple ray to shine the treatment to each position of the patient's organism that suffers from urinary system disease, and the cooperative therapy is effectual, and is recovered with the prevention to the treatment of urinary system diseases such as albuminuria, urinary incontinence, cystitis has good treatment effect, uses according to the regulation and does not have the side effect, and adaptability is wide, the after-effect duration of treatment is of a specified duration, instrument long service life.
In order to achieve the above objects of the present invention, the utility model provides a urinary system therapeutic apparatus comprising: a movable trolley; the operation display platform is arranged at the top of the trolley; the platform is arranged at the top of the trolley and is positioned at the rear side of the operation display platform; the first treatment device, the second treatment device, the third treatment device and the fourth treatment device are arranged on the platform at intervals along the length extension direction of the platform; and the fifth treatment device is arranged on the back of the trolley and can be pulled out relative to the trolley.
The first treatment device, the second treatment device, the third treatment device and the fourth treatment device are respectively connected with four universal arms, and the corresponding treatment devices are enabled to pitch, rotate and lift relative to the platform through the movement of the universal arms.
The first treatment device and the second treatment device are both terahertz wave radiators capable of emitting terahertz waves, and each terahertz wave radiator comprises a cylindrical cylinder fixedly connected with a movable arm corresponding to the universal arm.
Further, the terahertz wave radiator further includes: the holder is arranged in the cylinder and is provided with a pair of through holes parallel to the axial direction of the cylinder; a pair of extension arms of the terahertz U-shaped crystal heating tube respectively penetrate through a pair of through holes and are used for emitting terahertz waves when the terahertz U-shaped crystal heating tube is electrified; the socket is electrically connected with a pair of extending arms of the terahertz U-shaped crystal heating tube; and the rear cover is sleeved outside the socket and is detachably connected with the rear end of the cylinder.
Further, the terahertz wave radiator further includes: a screw cap detachably mounted at the front end of the cylinder; and the transmission protective net is arranged between the spiral cover and the terahertz U-shaped crystal heating tube.
Preferably, the parameters of the terahertz wave radiator are as follows: the wavelength is 100-300 μm, the working voltage is 18-24V, and the surface temperature T of the outlet is less than 55 ℃.
The third treatment device is a composite irradiator capable of emitting mid-infrared and millimeter waves and comprises an outer sleeve fixedly connected with a movable arm corresponding to the universal arm and a mid-infrared warm plate arranged in the outer sleeve and used for emitting mid-infrared waves.
Further, the composite irradiator further comprises: an inner sleeve sleeved inside the outer sleeve; the millimeter wave irradiation component is arranged in the inner sleeve and used for emitting millimeter waves when being electrified; the radiating fin is arranged in the inner sleeve and used for radiating heat generated by the millimeter wave irradiation assembly; the radiating fins are installed at the rear end of the inner sleeve, and the intermediate infrared heating plate is embedded in the groove at the front end of the inner sleeve.
Further, the composite irradiator further comprises: the screw cap is detachably arranged at the front end of the inner sleeve; and the microwave lens is arranged between the screw cap and the horn antenna of the millimeter wave irradiation assembly.
Preferably, the parameters of the millimeter wave irradiation component are as follows: the wavelength is 9.15mm +/-0.15 mm, and the power density is 5.0mW/cm2～9.0mW/cm2The radiation area is 5cm2～7cm2Single-end, the working voltage is DC 2.6V-5.0V, the working current is DC 500 mA-1200 mA; the parameters of the intermediate infrared warm plate are as follows: the emission frequency of the intermediate infrared warm-hot plate is 20T-30T, the working voltage is 16V-24V, and the surface temperature is T less than 50 ℃.
Preferably, the millimeter wave irradiation module includes: an oscillator detachably connected to the heat sink; an isolator detachably connected to the oscillator; and the horn antenna is detachably connected with the isolator.
The fourth treatment device is a millimeter wave irradiator capable of emitting millimeter waves, and comprises a sleeve fixedly connected with the movable arm corresponding to the universal arm and a millimeter wave irradiation assembly arranged in the sleeve and used for emitting the millimeter waves.
The fifth treatment device is a mid-infrared radiator capable of emitting mid-infrared waves, and comprises an outer cover connected with the trolley through a silica gel flexible wire and a mid-infrared warm plate arranged in the outer cover and used for emitting the mid-infrared waves.
Preferably, the parameters of the millimeter wave irradiator are as follows: the wavelength is 9.15mm +/-0.15 mm, and the power density is 5.0mW/cm2～9.0mW/cm2(ii) a The parameters of the intermediate infrared radiation plate are as follows: the wavelength is 10-15 μm, the working voltage is 15-22V, and the surface temperature is T < 50 ℃.
Further, the method also comprises the following steps: the touch screen is arranged on the operation display table; and the control system is electrically connected with the touch screen, the operation display table and each group of treatment devices.
Preferably, the back of the trolley is provided with a rectangular groove protruding outwards along the thickness direction of the trolley, and the fifth treatment device is arranged in the rectangular groove.
Preferably, the operation display table is further provided with two voltmeters for displaying the working states of the terahertz waves of the first treatment device and the second treatment device, and two ammeters for displaying the working states of the millimeter waves of the third treatment device and the fourth device.
Compared with the prior art, the utility model discloses urinary system therapeutic instrument possesses following beneficial effect:
1. the utility model discloses a urinary system therapeutic instrument settles five treatment device that have different functions on the platform truck, when treating the patient that has the urinary system disease, can utilize multiunit treatment device to shine the treatment simultaneously to each position of patient's organism as required, and treatment effect is good in coordination, and it has good treatment effect to the treatment and the prevention rehabilitation of urinary system diseases such as albuminuria, urinary incontinence, cystitis, uses not have the side effect according to the regulation, and adaptability is wide, the after-effect duration of treatment is of a specified duration, instrument long service life.
2. The utility model discloses a urinary system therapeutic instrument, first to fourth treatment device can be according to the needs of treatment and relative platform every single move, rotation, lift, and fifth treatment device can be followed the platform truck and pulled out to be convenient for shine the treatment to each position of patient's organism, convenient to use, therapeutic effect is better.
The present invention will be described in detail with reference to the accompanying drawings.
Drawings
Fig. 1 is a front view of a urinary system therapeutic apparatus according to an embodiment of the present invention;
fig. 2 is a left side view of the urinary system therapeutic apparatus according to the embodiment of the present invention;
fig. 3 is a rear view of the urinary system treatment instrument according to the embodiment of the present invention;
fig. 4 is a front view of a terahertz wave radiator according to an embodiment of the present invention;
fig. 5 is an a-a view of the terahertz wave radiator shown in fig. 4;
fig. 6 is a front view of a composite radiator according to an embodiment of the present invention;
fig. 7 is a view of the composite radiator of fig. 6 from direction a-a.
Detailed Description
Millimeter waves have long been used by many countries around the worldThe treatment of diseases, which is significant for some diseases, is limited for patients with urinary system diseases. With the research on terahertz waves in many countries internationally, the countries seek ways to apply terahertz waves to human engineering, especially human diseases. For example, in 2004, the united states, japan, and other countries, the terahertz technology is classified as the 10th future technical plan to be used for the first time, and at present, the terahertz technology has also been used in the fields of security inspection of people and goods, medical inspection, and the like in China and many countries around the world, but the adopted frequency is 1011Hz (0.1T-1T) or 1013Hz (10T-100T), and although the terahertz treatment technology is used in products such as immunotherapy in Japan and other countries, the terahertz frequency used in products such as immunotherapy is also 1013In the range of Hz (10T-100T), the treatment effect of the terahertz waves in the frequency range on human diseases, particularly urinary system diseases, is not ideal.
The inventor finds that the application 10 is12Hz terahertz wave (1THz-3THz) carries out the effect of treatment to urinary system disease fine, if combine the wave of other frequencies to carry out the combined therapy, the effect is more showing, consequently, the utility model discloses the people develop the instrument that can adopt different frequency waves to carry out urinary system treatment of this application, and its usable wavelength is in 100 mu m-300 mu m (the frequency is in terahertz of 1THz-3THz), the millimeter wave and the mid-infrared ray of wavelength 9.15mm carry out cooperative therapy to the urinary system.
As shown in fig. 1-3, which are schematic structural diagrams of the urinary system treatment apparatus of this embodiment from different viewing angles, it can be seen that the urinary system treatment apparatus of this embodiment includes: a movable trolley; the operation display platform is arranged at the top of the trolley; the platform is arranged at the top of the trolley and is positioned at the rear side of the operation display platform; four sets of treatment devices arranged on the platform at intervals along the length extension direction of the platform, comprising: a first therapeutic device and a second therapeutic device for repairing non-healthy biopolymers and damaged DNA in a patient's urinary system; a third treatment device for improving local blood circulation of the urinary system of the patient, diminishing inflammation and raising the body temperature of the patient; a fourth treatment device for improving local blood circulation in the urinary system of the patient; and the fifth treatment device is arranged on the back of the trolley and can be pulled out relative to the trolley for the back thermotherapy. The first to fourth groups of treatment devices are respectively connected with four universal arms, and the corresponding treatment devices are enabled to pitch, rotate and lift relative to the platform through the movement of the universal arms.
The urinary system therapeutic apparatus of this embodiment, through placing five treatment device that have different functions on the platform truck, and four treatment device of group can be according to the needs of treatment and relative platform every single move, rotation, lift, fifth treatment device can pull out from the platform truck, consequently, when treating the patient that has the urinary system disease, can utilize two sets of or multiunit treatment device to carry out the simultaneous irradiation treatment to each position of patient's organism as required, convenient to use, the cooperative therapy is effectual, to the treatment and the prevention rehabilitation of urinary system disease such as albuminuria, urinary incontinence, cystitis have good treatment curative effect, the side effect is little when using according to the regulation, adaptability is wide, the after-effect duration of treatment is of a specified duration, instrument long service life.
Specifically, as shown in fig. 1 to 3, the urinary system treatment apparatus of the present embodiment includes: the treatment device comprises a trolley 1 capable of moving relative to the ground, an operation display platform arranged on the top of the trolley 1, a touch screen 2 arranged on the operation display platform, a platform (extending outwards from the top end of the trolley 1 along the horizontal direction) arranged at the top end of the trolley 1 and positioned at the rear side of the operation display platform, five groups of treatment devices arranged on the trolley 1, and a control system (not shown in the figure) electrically connected with the touch screen, the operation display platform and each group of treatment devices. Wherein, four groups of treatment devices are arranged at intervals along the length extending direction of the platform, the fifth treatment device is arranged at the back of the trolley 1, and the control circuit system of each group of treatment device is arranged in the trolley 1.
In order to enable one or more of the four treatment devices to pitch, rotate and lift relative to the platform according to the treatment requirements, so that the corresponding treatment device can reach any orientation required by treatment through up-and-down, left-and-right and front-and-back stretching, and the fifth treatment device can be pulled out to any application orientation, so as to facilitate each treatment device to carry out irradiation treatment on each part of the body of a patient, the platform of the embodiment is provided with a first universal arm 3, a second universal arm 4, a third universal arm 5 and a fourth universal arm 6 which are arranged at intervals along the length direction of the platform, and the free ends of the first universal arm 3, the second universal arm 4, the third universal arm 5 and the fourth universal arm 6 are respectively connected with a first treatment device 7, a second treatment device 8, a third treatment device 9 and a fourth treatment device 10, thereby driving the corresponding treatment device to move through the pitching, rotating and lifting movements of the universal arms; in addition, a rectangular groove which protrudes outwards along the thickness direction of the trolley 1 is arranged on the back of the trolley 1, and the fifth treatment device 11 is arranged in the rectangular groove and is connected with the trolley 1 through a silica gel flexible wire, so that the fifth treatment device 11 can be pulled out to a required position from the trolley 1.
The structures of the gimbal arms in the present embodiment are the same, and the structure of the first gimbal arm 3 will be described here as an example. As shown in fig. 1 to 3, the universal arm 3 includes a connecting arm 31 hinged to the cart 1 and a movable arm 32 hinged to the connecting arm 31. Preferably, the connecting arm 31 and the movable arm 32 can be connected by a universal joint, and the four other treatment devices except the fifth treatment device are all installed on the movable arm 32, so that each treatment device can move up and down, left and right, and back and forth relative to the trolley 1 under the driving of the movable arm 32. It should be noted that, in addition to the above structure, each gimbal arm of the present embodiment may also adopt a structure of a gimbal arm in the prior art, which is not described herein again.
The four treatment devices connected with the four universal arms in one-to-one correspondence in the embodiment include: the first treatment device and the second treatment device are the same in structure and are used for repairing unhealthy biological macromolecules and damaged DNA in the urinary system of a patient; the third treatment device is used for improving the local blood circulation of the urinary system of the patient and increasing the body temperature of the patient; and the fourth treatment device is used for improving the local blood circulation of the urinary system of the patient and the like. And the fifth treatment device connected with the trolley 1 through a silica gel flexible wire is used for the back thermotherapy.
The first therapeutic device and the second therapeutic device are both terahertz wave radiators capable of emitting terahertz waves, and the structure of the terahertz wave radiators will be described below by taking only the first therapeutic device 7 shown in fig. 4 and 5 as an example.
The terahertz wave radiator of the present embodiment includes: a cylindrical cylinder 71 fixedly connected to the movable arm corresponding to the gimbal arm; the clamp holder 75 is installed in the cylinder 71, a pair of through holes parallel to the axial direction of the cylinder 71 are formed in the clamp holder 75, in order to facilitate assembly, the clamp holder 75 can be formed by splicing two semicircular plates with the outer diameter equivalent to the inner diameter of the cylinder 71, a pair of semicircular holes penetrating through the thickness are correspondingly formed in the two semicircular plates, a pair of through holes are formed through the pair of semicircular holes, and the outer edge of the clamp holder 75 is fixed on the inner wall of the cylinder 71; a pair of extension arms of the terahertz crystal heat-generating tube 74 are respectively penetrated through a pair of through holes and used for emitting terahertz waves when being electrified, and are clamped and fixed by a clamp holder 75; the socket 77 electrically connected to the pair of projecting arms of the terahertz U-shaped crystal heat-generating tube 74 may be an aviation socket; and a rear cover 76 which is sleeved outside the socket 77 and detachably connected with the rear end of the cylinder 71, and is used for fixing the socket 77 at the rear end of the cylinder 71.
Further, the terahertz wave radiator further includes: a screw cap 72 detachably mounted at the front end of the cylinder 71, the center of which is provided with a bayonet; the transmission protective net 73 is arranged between the bayonet of the rotary cover 72 and the arc-shaped front end of the terahertz U-shaped crystal heating tube 74, the transmission protective net 73 is of a net structure made of metal, the size of meshes of the transmission protective net is set according to needs, and the transmission protective net is used for preventing glass caused by breakage of the terahertz U-shaped crystal heating tube 74 from splashing to hurt people. When assembled, an annular pressure plate can be arranged on the inner surface of the transmission protecting net 73 (i.e., the surface facing the terahertz U-shaped crystal heat generating tube 74), and the annular pressure plate and the screw cap 72 can be detachably connected together by bolts or screws, so as to fix the transmission protecting net 73 between the annular pressure plate and the screw cap 72. The inner diameter of the annular pressure plate is preferably such that the arc-shaped front end of the terahertz U-shaped crystal heating tube 74 can be exposed out of the annular pressure plate.
Because there are rare earth element, clay etc. in the quartzy U-shaped crystal heating tube 74 of terahertz, can make the heating tube launch the wave of different frequencies when adding voltage for heating tube 74, promptly, through adding voltage to the quartzy heating tube of U type to make this embodiment terahertz wave radiator have following relevant parameter: the wavelength is between 100 mu m and 300 mu m, the working voltage is in the range of alternating current a.c.18V to 24V, and the surface temperature T of the outlet of the terahertz wave radiator is less than 55 ℃.
The third therapeutic device 9 of the present embodiment is a composite irradiator for improving local blood circulation of the urinary system of a patient, diminishing inflammation of soft tissues, and increasing the body temperature of the patient, and is an irradiator capable of emitting mid-infrared and millimeter waves. As shown in fig. 6 and 7, the composite irradiator includes: an outer sleeve 91 fixedly connected to the movable arm corresponding to the gimbal arm; an inner sleeve 92 fitted inside the outer sleeve; a millimeter wave irradiation component installed in the inner sleeve 92 for emitting millimeter waves when energized; a heat sink 94 installed in the inner sleeve 92 for dissipating heat generated by the millimeter wave irradiation module, the heat sink 94 being installed at the rear end of the inner sleeve 92; a mid-infrared thermal plate 98 for emitting mid-infrared waves, which is disposed inside the inner sleeve 92, is fitted in a groove formed at the front end of the inner sleeve 92, and the mid-infrared thermal plate 98 may be constructed in a conventional manner.
The front part of the outer sleeve 91 is a conical sleeve, the diameter of the front end of the conical sleeve is larger than that of the rear end of the conical sleeve, the front end of the conical sleeve is open, the rear part of the outer sleeve is a cylindrical sleeve, the rear end of the cylindrical sleeve is closed, and the front end of the cylindrical sleeve is connected with the rear end of the conical sleeve in a seamless mode.
The front part of the inner sleeve 92 arranged in the outer sleeve 91 is a conical cylinder, the diameter of the front end of the conical cylinder is smaller than that of the rear end, the front end of the conical cylinder is open, the rear part of the inner sleeve 92 is a cylindrical sleeve, the rear end of the cylindrical sleeve abuts against the rear wall of the outer sleeve 91, and the front end of the cylindrical sleeve is in seamless connection with the rear end of the conical cylinder.
Inside the inner sleeve 92 is disposed a millimeter wave irradiation module including the following members arranged in order from the rear to the front in the axial direction of the inner sleeve 92: an inner cylinder top cover 93 with an electric wire insertion hole, which is arranged at the rear end of the inner sleeve 92 and is contacted with the rear wall of the outer sleeve 91 (when in manufacturing, the inner cylinder top cover and the rear end of the cylindrical sleeve of the inner sleeve can be connected into a whole, namely, the rear end of the inner sleeve is sealed, then the electric wire insertion hole is arranged at the rear end), an electric wire led in from the outer part of the outer sleeve is connected with the positive electrode and the negative electrode of the oscillator through the electric wire insertion hole, correspondingly, the insertion hole for leading the electric wire into the outer part from the outer part is arranged at the corresponding position of the outer sleeve; a heat sink 94 detachably connected to the socket 93; the oscillator 95 detachably connected to the heat sink 94, which emits millimeter waves of 9.15mm after pressurization, and rapidly dissipates heat generated by the oscillator 95 through the heat sink, so that the oscillator can reliably operate; an isolator 96 detachably connected to the oscillator 95; a horn antenna 97 having a horn shape for expanding the millimeter wave emitted from the oscillator and designed for near-field operation is detachably connected to the isolator 96. The adjacent components can be connected by screws.
Further, the composite irradiator further comprises: a screw cap 99 detachably mounted on the front end of the inner sleeve 92; the microwave lens arranged between the screw cap 99 and the horn antenna 97 of the millimeter wave irradiation component makes the mouth surface field uniform through the microwave lens and plays a role of energy gathering. Preferably, the microwave lens is arranged at the horn mouth of the horn antenna, and the screw cap 99 is screwed outside the horn mouth of the horn antenna and fixes the microwave lens.
In order to achieve the best treatment effect of the composite irradiator, the millimeter wave irradiation assembly and the intermediate infrared hot plate in the composite irradiator of the embodiment respectively meet the following requirements:
the oscillator is biased, millimeter waves are emitted through a negative resistance effect generated by the cavity of the oscillator, and the millimeter wave irradiation assembly has the following parameters: the wavelength is within 9.15mm +/-0.15 mm, and the power density is 5.0mW/cm2～9.0mW/cm2Within the range, the radiation area of the millimeter wave radiation assembly is 5cm2～7cm2In-range (single-headed); the working voltage of the millimeter wave irradiation component is in the range of d.c.2.6V-5V, and the working current is in the range of d.c.500mA-1200 mA.
In addition, the intermediate infrared thermal plate contains rare earth elements, carbon cellulose powder and the like, and the radiation of the intermediate infrared thermal plate has the following parameters by applying voltage to the intermediate infrared thermal plate: the frequency of the intermediate infrared ring heating plate is in the range of 20 THz-30 THz, the working voltage is in the range of alternating current a.c.16V-24V, and the surface temperature T is less than 50 ℃.
The fourth therapeutic device of this embodiment is a millimeter wave irradiator for improving local blood circulation of the urinary system of a patient and diminishing inflammation, and includes a sleeve fixedly connected to the movable arm corresponding to the universal arm and a millimeter wave irradiation component arranged in the sleeve and used for emitting millimeter waves. The structure of the millimeter wave irradiation component can adopt the structure basically same as that of the composite irradiator, but the difference is that the intermediate infrared hot plate of the composite irradiator is removed; alternatively, the millimeter wave irradiation module of the present embodiment may also adopt a structure of the related art. No matter what structure is adopted, the wavelength of the millimeter wave irradiator of the embodiment is within the range of 9.15mm +/-0.15 mm, and the power density is 5.0mW/cm2～9.0mW/cm2Within the range.
The fifth treatment device of the present embodiment is a mid-infrared radiator capable of emitting mid-infrared waves for dorsal column thermotherapy, and includes an outer cover connected to the cart through a silica gel flexible wire, and a mid-infrared hot plate disposed in the outer cover and used for emitting mid-infrared waves. And the trolley is connected with the trolley through a silica gel flexible wire, so that the trolley can be pulled out of the trolley to a required position.
The middle infrared radiation plate of the fifth treatment device is a rectangular middle infrared radiation plate, the wavelength is 10-15 mu m, the working voltage is within the range of alternating current a.c. 15V-22V, and the surface temperature is less than 50 ℃.
In the embodiment, besides the operation display table and the touch screen 2, two voltmeters for displaying the working states of the terahertz waves of the first treatment device and the second treatment device and two ammeters for displaying the working states of the millimeter waves of the third treatment device and the fourth treatment device are also mounted on the trolley 1.
The utility model is connected with four groups of treatment devices through four universal arms, the treatment devices can emit terahertz waves, millimeter waves and medium infrared waves of the parameters, each treatment device can stretch to any position required by treatment up and down, left and right and front and back relative to the trolley through the universal arm connected with each treatment device, the rectangular medium infrared radiation plate of the fifth treatment device can be pulled out to any application position relative to the trolley through the silica gel flexible wire connected with the rectangular medium infrared radiation plate, thereby being greatly convenient for irradiating and treating each part of the body of a patient suffering from urinary system diseases, the terahertz waves, the millimeter waves and the medium infrared waves emitted by the treatment devices carry out combined cooperative treatment on the patient through 3 physical treatment factors, the treatment and the prevention and the rehabilitation of the urinary system diseases such as proteinuria, urinary incontinence, cystitis and the like have good treatment effect, and have no obvious side effect when being used according to the regulation, wide adaptability, long treatment lasting time and long service life of the instrument.
The mechanism and function of the treatment by the urinary system treatment instrument of the embodiment are described as follows:
terahertz is defined in the frequency range of 0.1THz to 10THz, and includes spectra of short millimeter waves, submillimeter waves, and most of far-infrared waves. The terahertz wave has the properties of light and electromagnetic waves, the wavelength of the terahertz peak wave used for the treatment of the urinary system therapeutic apparatus is within the range of 100-300 microns, and the international application of the terahertz wave with the wavelength within the range of 100-300 microns for the treatment of human urinary system diseases is still in a blank state. Considering that the energy of terahertz photons is low, the photon energy with the frequency of 1THz is only about 4 millielectron volts, and the radiation of the terahertz photons can not cause the fracture and reconstruction of chemical bonds, so that the terahertz photons are not easy to damage the substances to be detected and acted and the human body, and the terahertz photons are safe to apply biologically. The interaction of biological macromolecules is a key cause for the generation of important life phenomena and pathological changes, and the terahertz photon energy covers the energy level range of the spatial conformation of the biological macromolecules. The collective vibration mode of proteins is more and more interested, the collective vibration mode of many proteins is in the terahertz range, the collective motion mode of biomolecules is highly related to the conformation and the structure of biomolecules and is very sensitive to the change of the molecular conformation, the structure and the molecular environment, and researches also show that in the frequency range of 0.1THz-2.0THz, the absorption of RNA and DNA is almost linearly increased along with the frequency, and the absorption of collagen is rapidly increased along with the frequency. The resonance frequency of the vibration and rotation frequency of the biomacromolecule is in the range of terahertz waveband, and the terahertz wave can not only return unhealthy biomacromolecules (disordered crystalline structures) to normal (regular crystalline structures), but also repair damaged DNA. Due to the photo-thermal effect of proper terahertz radiation, metabolism and protein synthesis of an organism can be promoted, aging cells are activated, variant cells are inhibited, microcirculation of capillary vessels is promoted, and further body temperature is increased.
Based on the principle that terahertz and millimeter wave have high frequency and wide frequency band and can carry large amount of information, the embodiment uses the broadband to regulate and control functional disorders which are generated in cells and macromolecules and are in fact in various forms, and the terahertz and millimeter wave are very suitable physical treatment factors for urinary system diseases. Because the non-thermal effect of the low power density (less than or equal to 10mW/cm2) of the millimeter wave is not only safe and harmless, but also just suitable for the low energy consumption of the human cells for executing normal functions. Or the human body just prepares a space-time structure necessary for periodic resonance for the coherence, cooperativity and response behaviors of the frequency band oscillation, namely the human body has the response matching condition of millimeter wave and terahertz wave oscillation characteristics, so that resonance excitation and propagation in the body can be caused. The regulation of organism occurs at microscopic level of cells and macromolecules, and the low power density is less than or equal to 10mW/cm2) The millimeter wave and ultra-millimeter wave warm terahertz waves are suitable. In the treatment method of urinary system diseases, the terahertz waves and the millimeter waves are used for carrying out the synergistic stimulation on systems such as relevant focus parts, nerves, blood vessels, channels and collaterals and the like, so as to promote the nutrition metabolism and blood microcirculation of cells and tissues, diminish inflammation and improve the regeneration function of the cells and the tissues; the body temperature of a patient is properly raised by utilizing the intermediate infrared rays, a necessary physiological basis is provided for promoting cell microcirculation, improving the self-healing function of an organism, improving microcirculation, improving the nerve function and recovering immunity, so that the embodiment combines the three physical treatment factors to have a very good effect on the prevention and the rehabilitation of the urinary system diseases, particularly the prevention and the rehabilitation of the urinary system diseases such as proteinuria, urinary incontinence, cystitis and the like, the treatment effect is good, and no obvious side effect is found.
Although the present invention has been described in detail, the present invention is not limited thereto, and those skilled in the art can modify the principle of the present invention, and therefore, various modifications performed according to the principle of the present invention should be understood as falling into the protection scope of the present invention.
Claims (10)
1. A urinary system treatment apparatus, comprising:
a movable trolley;
the operation display platform is arranged at the top of the trolley;
the platform is arranged at the top of the trolley and is positioned at the rear side of the operation display platform;
the first treatment device, the second treatment device, the third treatment device and the fourth treatment device are arranged on the platform at intervals along the length extension direction of the platform;
and the fifth treatment device is arranged on the back of the trolley and can be pulled out relative to the trolley.
2. The urinary system treatment apparatus of claim 1, wherein the first, second, third and fourth treatment devices are each connected to four universal arms, and the movement of the universal arms causes the corresponding one of the treatment devices to pitch, rotate, and lift relative to the platform.
3. The urinary system treatment apparatus of claim 2, wherein the first and second treatment devices are terahertz wave radiators capable of emitting terahertz waves, each of which comprises a cylindrical cylinder fixedly connected to the movable arm of the corresponding universal arm.
4. The urinary system treatment apparatus of claim 3, wherein the terahertz wave radiator further comprises:
the holder is arranged in the cylinder and is provided with a pair of through holes parallel to the axial direction of the cylinder;
a pair of extension arms of the terahertz U-shaped crystal heating tube respectively penetrate through a pair of through holes and are used for emitting terahertz waves when the terahertz U-shaped crystal heating tube is electrified;
the socket is electrically connected with a pair of extending arms of the terahertz U-shaped crystal heating tube;
and the rear cover is sleeved outside the socket and is detachably connected with the rear end of the cylinder.
5. The urinary system treatment apparatus according to claim 2, wherein the parameters of the terahertz wave radiator are as follows: the wavelength is 100-300 μm, the working voltage is 18-24V, and the surface temperature T of the outlet is less than 55 ℃.
6. The urinary system treatment apparatus of claim 2, wherein the third treatment device is a combined irradiator capable of emitting mid-infrared and millimeter waves, and comprises an outer sleeve fixedly connected with the movable arm corresponding to the universal arm and a mid-infrared thermal plate arranged in the outer sleeve and used for emitting mid-infrared waves.
7. The urinary system treatment apparatus of claim 6, wherein the compound applicator further comprises:
an inner sleeve sleeved inside the outer sleeve;
the millimeter wave irradiation component is arranged in the inner sleeve and used for emitting millimeter waves when being electrified;
the radiating fin is arranged in the inner sleeve and used for radiating heat generated by the millimeter wave irradiation assembly;
the radiating fins are installed at the rear end of the inner sleeve, and the intermediate infrared heating plate is embedded in the groove at the front end of the inner sleeve.
8. The urinary system treatment apparatus of claim 7, wherein:
the parameters of the millimeter wave irradiation component are as follows: the wavelength is 9.15mm +/-0.15 mm, and the power density is 5.0mW/cm2～9.0mW/cm2The radiation area is 5cm2～7cm2Single-end, the working voltage is DC 2.6V-5.0V, the working current is DC 500 mA-1200 mA;
the parameters of the intermediate infrared warm plate are as follows: the emission frequency of the intermediate infrared warm-hot plate is 20T-30T, the working voltage is 16V-24V, and the surface temperature is T less than 50 ℃.
9. The urinary system treatment apparatus of claim 2, wherein:
the fourth treatment device is a millimeter wave irradiator capable of emitting millimeter waves and comprises a sleeve fixedly connected with the movable arm corresponding to the universal arm and a millimeter wave irradiation component which is arranged in the sleeve and used for emitting millimeter waves;
the fifth treatment device is a mid-infrared radiator capable of emitting mid-infrared waves, and comprises an outer cover connected with the trolley through a silica gel flexible wire and a mid-infrared warm plate arranged in the outer cover and used for emitting the mid-infrared waves.
10. The urinary system treatment apparatus of claim 9, wherein:
the parameters of the millimeter wave irradiator are as follows: the wavelength is 9.15mm +/-0.15 mm, and the power density is 5.0mW/cm2～9.0mW/cm2；
The parameters of the intermediate infrared radiation plate are as follows: the wavelength is 10-15 μm, the working voltage is 15-22V, and the surface temperature is T < 50 ℃.
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| CN202022836647.1U CN214484605U (en) | 2020-12-01 | 2020-12-01 | Urinary system therapeutic instrument |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114569253A (en) * | 2020-12-01 | 2022-06-03 | 汇云数据应用(福州)有限责任公司 | Urinary system therapeutic instrument |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114569253A (en) * | 2020-12-01 | 2022-06-03 | 汇云数据应用(福州)有限责任公司 | Urinary system therapeutic instrument |
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