35results about How to "Does not affect freedom of movement" patented technology

An installing assembly provided with a radiator fan and applied to an LED display device comprises a rail beam (12), a lower idler wheel (13), an upper idler wheel (14), an LED display device installing and connecting part (261) and a driving box (27). The rail beam is fixed to a building (1201), extends outwards in a cantilever manner and is provided with an upper rail groove (120) and a lower rail groove (120); the lower idler wheel and the upper idler wheel can roll in the two rail grooves (120); and the LED display device installing and connecting part and the driving box are respectively connected to the two sides of the lower idler wheel (13) and the two sides of the upper idler wheel (14).

The invention discloses a mounting component provided with an alarm and used for an LED (Light-emitting Diode) display device (26). The mounting component comprises a rail beam (12), a lower roller (13), an upper roller (14), an LED display device mounting connecting piece (261) and a driving box (27), wherein the rail beam (12) is fixed to a building (1201), stretches out in a cantilever manner, and is provided with two rail grooves (120) formed up and down; the lower roller (13) and the upper roller (14) can roll in the two rail grooves (120) respectively; and the LED display device mounting connecting piece (261) and the driving box (27) are connected with the two sides of the lower roller (13) and the upper roller (14).

The invention discloses a solar power supply device with pulleys, which comprises a vertical column (121) with a front track groove and a rear track groove (120), a front roller (13) and a rear roller (14) capable of rolling in the two track grooves (120), and a left mounting box (22) and a right mounting box (12) connected with the front roller (13) and the rear roller (14) and arranged at two sides of the vertical column (121), wherein a left solar panel (24) and a right solar panel (26) are respectively loaded on the left mounting box (22) and the right mounting box (12), and a left solar module (23) and a right solar module (25) are arranged respectively on the panels, and each of the left mounting box (22) and the right mounting box (12) comprises a supporting frame body (9).

The present invention provides a sense device for taking one's temperature by utilizing hand-holding mode. Said device includes a holding body; at least a temperature-sensing element which can produce an analog signal correspondent to the skin temperature of tested person; an A / D conversion unit which is used for conventing the analog signal produced by said temperature-sensing element into correspondent digital signal; an operation processing unit for making conversion processing of said digital signal to obtain the skin temperature values contacted by all the temperature-sensing elements and utilizing a special formula to make calculation and obtain the body temperature value of tested person; and a display unit which can be used for displaying said body temperature value.

The invention relates to an inferior regulation ventriculo-peritoneal shunt pipe. The inferior regulation ventriculo-peritoneal shunt pipe comprises a ventriculo-peritoneal shunt pipe ventricle end head, a shunt pipe skull outlet end turning device, a water sac, a cerebrospinal fluid pressure valve, an antigravity valve, a ventriculo-peritoneal shunt pipe peritoneal end and a connection drainage pipeline, and the ventriculo-peritoneal shunt pipe ventricle end head, the shunt pipe skull outlet end turning device, the water sac, the cerebrospinal fluid pressure valve, the antigravity valve and the ventriculo-peritoneal shunt pipe peritoneal end are sequentially connected and arranged on the connection drainage pipeline. The inferior regulation ventriculo-peritoneal shunt pipe solves troublesome problems existing for years for medical care personnel by placing the fluid storage pressure valve on the ventriculo-peritoneal shunt pipe in a prothorax rib space, improves postoperative living quality of a patient, obviously improves treatment effects, reduces pain of the patient, and saves medical treatment resources.

The invention discloses a solar power supply device with a function of angle adjustment, and the device comprises a vertical column (121) with front and back rail grooves (120), a front roller (13) and a rear roller (14) which can respectively roll in the front and back rail grooves (120), a left installation box (22) and a right installation box (12), wherein the left installation box (22) and the right installation box (12) are connected with the front roller (13) and the rear roller (14). The left installation box (22) and the right installation box (12) are respectively provided with a left solar cell panel (24) and a right solar cell panel (26), and are respectively provided with a left cell module (23) and a right cell module (25). The left installation box (22) and the right installation box (12) respectively comprise a support body (9).

The invention relates to the technical field of medical supplies, and discloses a therapeutic arthritis kneecap incapable of affecting freedom of action of a patient. The therapeutic arthritis kneecapcomprises a kneecap body, wherein the surface of the kneecap body is made of a fiber fabric; a traditional Chinese medicine bag is arranged on the inner layer of the kneecap body; a bionic laminatedstructure is arranged on the middle layer of the kneecap body; and an air bag is arranged on the outer layer of the kneecap body. According to the therapeutic arthritis kneecap incapable of affectingthe freedom of action of the patient, through air inflation in the air bag, the additional damage caused by the external force collision on a knee position when the patient stands is prevented; through the arrangement of an air escape valve, the air escape rate is adjusted according to the squatting depth of the patient, the pressure of the legs when the patient squats can be reduced, so that theknee of the patient is protected; through imitation of a pangolin shell structure, the knee folding position is designed to the laminated structure, the contraction of the knee is facilitated, a fixing plate can be attached to thigh and calf parts, the knee is fixed, and the patient is prevented from falling down and spraining.

A shock absorption type installing assembly provided with rolling wheels and used for an outdoor advertising board comprises a track beam, the lower rolling wheel, the upper rolling wheel, an outdoor advertising board installing connection piece and a driving box. The track beam is fixed to a building; a cantilever of the track beam stretches out; and the track beam is provided with an upper track groove and a lower track groove. The lower rolling wheel and the upper rolling wheel can roll in the two track grooves respectively. The outdoor advertising board installing connection piece and the driving box are connected to the two sides of the lower rolling wheel and the upper rolling wheel respectively. By means of the guide rail beam which extends from the indoor space of the building to the outdoor space and is provided with the cantilever stretching out, an LED display device can conveniently stretch to the outdoor space from the indoor space of the building, and the display device can be conveniently retreated to the indoor space from the outdoor space to be maintained, repaired or replaced or to avoid severe weather.

The invention provides a power supply device powered by solar energy. The device comprises a vertical column (10) with two track grooves (120) in the front and back, a front roller (13) and a back roller (14) which can roll in the two track grooves (120) respectively, and a left mounting box (22) and a right mounting box (12) which are connected to the front roller (13) and the back roller (14) and are arranged at two sides of the vertical column (10). The left mounting box (22) and the right mounting box (12) bear a left solar panel (24) and a right solar panel (26) respectively and are provided with a left battery assembly (23) and a right battery module (25) respectively. Each of the left mounting box (22) and the right mounting box (12) comprises a support frame body (9).

The invention discloses a flexible wearable optical fiber sensor and a human dynamic whole body distributed monitoring method. A human dynamic whole body monitoring system comprises a demodulator, a host computer, and a plurality of the flexible wearable optical fiber sensors, wherein the flexible wearable optical fiber sensor is composed of a flexible bending optical fiber module, a first fiber Bragg grating, a second fiber Bragg grating and a fiber Bragg grating protection structure. The fiber Bragg grating wavelength division multiplexing technology is used, the plurality of the flexible wearable optical fiber sensors are connected in series and fixed to a user's body through Velcro and elastic bands, and the user's movement status, including a joint bending angle, a muscle stretching amount, a respiration rate and other physiological parameters, is monitored. The recognition of stretching and bending degrees is realized by detecting the change of the light intensity corresponding to an fiber Bragg grating spectral signal center wavelength, physiological parameters such as a joint bending angle, a muscle stretching amount and a respiration rate are monitored in real time when the human body is active, high precision and sensitivity are achieved, and the flexible wearable optical fiber sensor has a simple structure, and can be worn freely without affecting the user's movementfreedom degree.

The invention discloses a vibration-reduction type installation assembly provided with a front limiting sensor and a back limiting sensor and used for an LED display device (26). The vibration-reduction type installation assembly comprises a rail beam (12), a lower roller (13), an upper roller (14), an LED display device installation connecting piece (261) and a driving box (27). The rail beam (12) is fixed to a building (1201), extends out in a cantilever mode and is provided with an upper rail groove (120) and a lower rail groove (120). The lower roller (13) and the upper roller (14) can roll in the two rail grooves (120) respectively. The LED display device installation connecting piece (261) and the driving box (27) are connected to the two sides of the lower roller (13) and the two sides of the upper roller (14) respectively.

A cooling type installing assembly provided with a draught fan and used for an LED display device (26) comprises a track beam (12), a lower rolling wheel (13), an upper rolling wheel (14), an LED display device installing connection piece (261) and a driving box (27). The track beam (12) is fixed to a building (1201); a cantilever of the track beam (12) stretches out; and the track beam (12) is provided with an upper track groove (120) and a lower track groove (120). The lower rolling wheel (13) and the upper rolling wheel (14) can roll in the two track grooves (120) respectively. The LED display device installing connection piece (261) and the driving box (27) are connected to the two sides of the lower rolling wheel (13) and the upper rolling wheel (14) respectively.

An installation component provided with a roller groove and used for an LED display device (26) comprises a track beam (12) fixed to a building (1201) and provided with an upper track groove (120) and a lower track groove (120), a lower roller (13) and an upper roller (14) which are capable of rolling in the two track grooves (120) respectively, and an LED display device installation connector (261) and a driving box (27) which are connected to the two sides of the lower roller (13) and the upper roller (14) respectively, wherein a cantilever of the track beam (12) stretches out.

The invention provides a smart mobile power supply device powered by solar energy. The device comprises a vertical column (10) which is fixedly installed on a mounting base and is provided with two track grooves (120) in the front and back, a front roller (13) and a back roller (14) which can roll in the two track grooves (120) respectively, and a left mounting box (22) and a right mounting box (12) which are connected to the front roller (13) and the back roller (14) and are arranged at two sides of the vertical column (10). The left mounting box (22) and the right mounting box (12) bear a left solar panel (24) and a right solar panel (26) respectively and are provided with a left battery assembly (23) and a right battery module (25) respectively. Each of the left mounting box (22) and the right mounting box (12) comprises a support frame body (9).

The invention provides a damping type installation assembly for an LED display device (26). The damping type installation assembly comprises a track beam (12), a lower roller (13), an upper roller (14), LED display device installation connecting pieces (261) and a driving box (27). The track beam (12) is fixed to a building (1201), provided with a cantilever which stretches out and provided with an upper track groove (120) and a lower track groove (120). The lower roller (13) and the upper roller (14) can roll in the two track grooves (120) respectively. The LED display device installation connecting pieces (261) are connected to the two sides of the lower roller (13) and the two sides of the upper roller (14) respectively.

The invention relates to a speed regulation installation assembly for an LED display device (26). The speed regulation installation assembly comprises a track beam (12), a lower roller (13), an upper roller (14), an LED display device installation connecting piece (261) and a driving box (27); the track beam (12) is fixed to a building (1201), cantilevers of the track beam (12) extend out, and upper and down track grooves (120) are formed in the track beam (12); the lower roller (13) and the upper roller (14) can roll in the two track grooves (120) respectively; and the LED display device installation connecting piece (261) and the driving box (27) are connected to the two corresponding sides of the lower roller (13) and the upper roller (14) respectively.0

The invention discloses an installing device for an LED display screen (26). The installing device comprises a track beam (12) which is fixed to a building (1201), extends out through a cantilever and is provided with an upper track groove (120) and a lower track groove (120), a lower roller (13), an upper roller (14), LED display screen installing connecting pieces (261) and a drive box (27), wherein the lower roller (13) and the upper roller (14) are capable of rolling in the two track grooves (120) respectively, and the LED display screen installing connecting pieces (261) are connected to the two sides of the lower roller (13) and the two sides of the upper roller (14) respectively. The drive box (27) comprises a supporting frame (9). The supporting frame (9) is internally provided with two roller pressing inclined blocks which are capable of vertically sliding in the opposite direction and the mutual separation direction and include the lower roller pressing inclined block (4) and the upper roller pressing inclined block (5). The lower wheel pressing inclined block (4) and the upper wheel pressing inclined block (5) are internally rotationally provided with a lower rotating shaft (6) and an upper rotating shaft (7) which extend in the horizontal direction respectively so as to be connected with lower roller (13) and the upper roller (14) respectively.

The invention discloses a rainwater shielding device of a shoulder traveling bag, particularly relates to a shoulder traveling bag which can be used for shielding rainwater and receiving a radio signal easily, and provides the rainwater shielding device of the shoulder traveling bag, wherein the rainwater shielding device can prevent a traveler from being caught in the rain when the traveler encounters the rainy day in the process of traveling. The rainwater shielding device comprises a pair of rainwater shielding device bodies which are arranged on the two sides of the shoulder bag respectively. Each rainwater shielding device body comprises a retractable guide pipe set, a hanging rod and a rainwater shielding curtain, wherein the hanging rod is connected to the top end of a head pipe body of the vertical retractable guide pipe set, and the rainwater shielding curtain is detachably connected between a pair of horizontal hanging rods. When the traveler encounters the rainy day in the process of traveling, the hanging rods can be pulled and supported, the hanging rods are sleeved with the rainwater shielding curtains, and the traveler and the bag can be prevented from being caught in the rain. The rainwater shielding device can prevent the rainwater while does not affect the freedom of movement of the traveler, and the inconvenience brought to the traveler due to usage of a rainproof tool is avoided.

An installation component provided with a draught fan and used for an LED display device (26) comprises a track beam (12) fixed to a building (1201) and provided with an upper track groove (120) and a lower track groove (120), a lower roller (13) and an upper roller (14) which are capable of rolling in the two track grooves (120) respectively, and an LED display device installation connector (261) and a driving box (27) which are connected to the two sides of the lower roller (13) and the upper roller (14) respectively, wherein a cantilever of the track beam (12) stretches out.

An installing assembly used for an LED display device (26) comprises a track beam (12) which is fixed to a building (1201), a lower rolling wheel (13), an upper rolling wheel (14), an LED display device installing and connecting piece (261) and a driving box (27), wherein a cantilever of the track beam (12) stretches out, the track beam (12) is provided with an upper track groove (120) and a lower track groove (120), the lower rolling wheel (13) and the upper rolling wheel (14) can roll in the two track grooves (120) respectively, and the LED display device installing and connecting piece (261) and the driving box (27) are connected to the two sides of the lower rolling wheel (13) and the upper rolling wheel (14) respectively.

The invention discloses a solar power supply device with an adjustable speed. The solar power supply device comprises an upright post (121), a front idler wheel (13), a rear idler wheel (14), a left mounting box (22) and a right mounting box (12), wherein front and back orbit grooves (120) are formed in the upright post (121); the front idler wheel (13) and the rear idler wheel (14) can roll in the two orbit grooves (120) respectively; the left mounting box (22) and the right mounting box (12) are connected with the front idler wheel (13) and the rear idler wheel (14) and are arranged at two sides of the upright post (121); a left solar panel (24) and a right solar panel (26) are carried on the left mounting box (22) and the right mounting box (12) respectively; a left battery assembly (23) and a right battery assembly (25) are arranged on the left mounting box (22) and the right mounting box (12) respectively; and each of the left mounting box (22) and the right mounting box (12) comprises a support frame body (9).

A noise-reduction type mounting assembly for an LED display device (26) comprises a rail girder (12), a lower roller (13), an upper roller (14), an LED display device mounting connector (261) and a driving case (27). The rail girder (12) extending in a suspended mode is fixed to a building (1201) and provided with an upper rail groove (120) and a lower rail groove (120). The lower roller (13) and the upper roller (14) can roll in the two rail grooves (120) respectively. The LED display device mounting connector (261) and the driving case (27) are connected to the two sides of the lower roller (13) and the upper roller (14) respectively.

The invention discloses an installation component having a guide chute and used for an LED display device (26). The installation component comprises a rail beam (12) fixed on a building (1201), extending outside a cantilever and having upper and lower two rail grooves (120), an upper roller (13) and a lower roller (14) capable of respectively rolling in the two rail grooves (120), and an LED display device installation connecting piece (261) and a driving box (27) respectively connected to the two sides of the lower roller (13) and the upper roller (14).

The invention relates to professional running two-piece dress with warm-keeping, protective and comfortable performance, the two-piece dress comprises an inner piece and an outer piece sleeved outsidethe inner piece, the inner piece comprises an inner front sheet, an inner rear sheet and inner sleeve parts, the outer piece comprises an outer front sheet arranged corresponding to the inner front sheet, an outer rear sheet arranged corresponding to the inner rear sheet and outer sleeve parts arranged corresponding to the inner sleeve parts, the outer sleeve parts extend to the elbow parts of ahuman body, the inner sleeve parts extend to the wrist parts of the human body, the outer front sheet extends to the navel of the human body, the outer rear sheet is arranged corresponding to the outer front sheet, the inner front sheet downwards extends out of the outer front sheet, the inner rear sheet downwards extends out of the outer rear sheet, and the lower end of the outer front sheet is connected to the inner front sheet. The professional running two-piece dress in the invention has the advantages of good warm-keeping effect, comfortable wearing and good protective property, meanwhile, the weight of the whole two-piece dress is lighter, the weight burden is reduced, and the better comfort for wearing is guaranteed.

An installing assembly provided with a guiding rod and used for an LED display device (26) comprises a track beam (12), a lower rolling wheel (13), an upper rolling wheel (14), an LED display device installing connection piece (261) and a driving box (27). The track beam (12) is fixed to a building (1201); a cantilever of the track beam (12) stretches out; and the track beam (12) is provided with an upper track groove (120) and a lower track groove (120). The lower rolling wheel (13) and the upper rolling wheel (14) can roll in the two track grooves (120) respectively. The LED display device installing connection piece (261) and the driving box (27) are connected to the two sides of the lower rolling wheel (13) and the upper rolling wheel (14) respectively.

The invention discloses a solar-powered power supply device capable of dissipating heat rapidly. The power supply device comprises an upright post (10), a front idler wheel (13), a rear idler wheel (14), a left mounting box (22) and a right mounting box (12), wherein front and back orbit grooves (120) are formed in the upright post (10); the front idler wheel (13) and the rear idler wheel (14) can roll in the two orbit grooves (120) respectively; the left mounting box (22) and the right mounting box (12) are connected with the front idler wheel (13) and the rear idler wheel (14) and are arranged at two sides of the upright post (10); a left solar panel (24) and a right solar panel (26) are carried on the left mounting box (22) and the right mounting box (12) respectively; a left battery assembly (23) and a right battery assembly (25) are arranged on the left mounting box (22) and the right mounting box (12) respectively; and each of the left mounting box (22) and the right mounting box (12) comprises a support frame body (9).

The invention discloses a chain-drive low-vibration solar power supply device. The power supply device comprises an upright post (10), a front idler wheel (13), a rear idler wheel (14), a left mounting box (22) and a right mounting box (12), wherein front and back two orbit grooves (120) are formed in the upright post (10); the front idler wheel (13) and the rear idler wheel (14) can roll in the two orbit grooves (120) respectively; the left mounting box (22) and the right mounting box (12) are connected with the front idler wheel (13) and the rear idler wheel (14) and are arranged at two sides of the upright post (10); a left solar panel (24) and a right solar panel (26) are carried on the left mounting box (22) and the right mounting box (12) respectively; a left battery assembly (23) and a right battery assembly (25) are arranged on the left mounting box (22) and the right mounting box (12) respectively; and each of the left mounting box (22) and the right mounting box (12) comprises a support frame body (9).

The invention discloses a power supply device employing solar panel. The power supply device comprises an upright post (10), a front idler wheel (13), a rear idler wheel (14), a left mounting box (22) and a right mounting box (12), wherein front and back two orbit grooves (120) are formed in the upright post (10); the front idler wheel (13) and the rear idler wheel (14) can roll in the two orbit grooves (120) respectively; the left mounting box (22) and the right mounting box (12) are connected with the front idler wheel (13) and the rear idler wheel (14) and are arranged at two sides of the upright post (10); a left solar panel (24) and a right solar panel (26) are carried on the left mounting box (22) and the right mounting box (12) respectively; a left battery assembly (23) and a right battery assembly (25) are arranged on the left mounting box (22) and the right mounting box (12) respectively; and each of the left mounting box (22) and the right mounting box (12) comprises a support frame body (9).

The invention discloses an intelligent power supply device employing a solar panel. The power supply device comprises an upright post (10), a front idler wheel (13), a rear idler wheel (14), a left mounting box (22) and a right mounting box (12), wherein the upright post (10) is fixedly arranged on a mounting base, and comprises two front and back orbit grooves (120); the front idler wheel (13) and the rear idler wheel (14) can roll in the two orbit grooves (120) respectively; the left mounting box (22) and the right mounting box (12) are connected with the front idler wheel (13) and the rear idler wheel (14) and are arranged at two sides of the upright post (10); a left solar panel (24) and a right solar panel (26) are carried on the left mounting box (22) and the right mounting box (12) respectively; a left battery assembly (23) and a right battery assembly (25) are arranged on the left mounting box (22) and the right mounting box (12) respectively; and each of the left mounting box (22) and the right mounting box (12) comprises a support frame body (9).