Hanging type intelligent voice input system for ultrasonic report
The present disclosure provides a hanging type intelligent voice input system for an ultrasonic report, including an adjustment module, collection modules and a control processing module. In the present disclosure, an arc-shaped back plate, fixing clamping plates, movable clamping plates, arc-shaped boxes, drawer boxes and voice boxes are wrapped around a neck in a ring, and distances between a mouth and the voice boxes are fixed, the situation of large and small voice input is not caused, the voice input is more accurate, the spoken voice is more concentrated in positions of the voice boxes, the environmental noise interference is less, it is unnecessary to input loudly to reduce the interference of ambient sound, and the input is more labor-saving.
1 . A hanging type intelligent voice input system for an ultrasonic report, comprising an arc-shaped back plate ( 1 ), wherein a precise sound recording assembly ( 2 ) is mounted on the arc-shaped back plate ( 1 ), and the precise sound recording assembly ( 2 ) comprises fixing clamping plates ( 201 );
two ends of the arc-shaped back plate ( 1 ) are fixedly connected to the fixing clamping plates ( 201 ), ends of the fixing clamping plates ( 201 ) are disposed with rotating grooves ( 202 ), and movable clamping plates ( 203 ) are rotatably mounted in the rotating grooves ( 202 ); ends of the movable clamping plates ( 203 ) are welded with arc-shaped boxes ( 206 ), drawer boxes ( 207 ) are slidably mounted in the arc-shaped boxes ( 206 ), and ends of the arc-shaped boxes ( 206 ) close to the drawer boxes ( 207 ) are bonded with rubber rings ( 208 ); piston strips ( 211 ) are slidably mounted at bottom ends inside the drawer boxes ( 207 ), sealing rings ( 212 ) are sleeved on outer sides of the piston strips ( 211 ), sound insulation plates ( 213 ) are bonded to top surfaces of the piston strips ( 211 ); and support strips ( 214 ) are uniformly distributed on sides of the sound insulation plates ( 213 ), nano silver films ( 215 ) are bonded to the other sides of the sound insulation plates ( 213 ), and sealing top plates ( 216 ) are bonded to top ends of the sound insulation plates ( 213 ); and
voice boxes ( 217 ) are welded to ends of the drawer boxes ( 207 ), soft magnetic strips ( 218 ) are bonded to sides of the voice boxes ( 217 ) away from the drawer boxes ( 207 ), a magnetic attraction groove ( 219 ) is formed in a middle of one of the soft magnetic strips ( 218 ), and a magnetic attraction strip ( 220 ) is embedded in the other one of the soft magnetic strips ( 218 ) corresponding to the magnetic attraction groove ( 219 ); guide tubes ( 221 ) are welded to adjacent sides of the voice boxes ( 217 ) and the soft magnetic strips ( 218 ), aluminum strips ( 222 ) are slidably mounted inside the guide tubes ( 221 ), right-angle plates ( 223 ) are mounted at bottom ends of the aluminum strips ( 222 ), and suction cups ( 224 ) are embedded in middles of the right-angle plates ( 223 ); and a battery box ( 225 ) is mounted in a middle of a back surface of the arc-shaped back plate ( 1 ).
2 . The hanging type intelligent voice input system for an ultrasonic report according to claim 1 , wherein rotating shafts ( 204 ) are fixedly mounted inside the rotating grooves ( 202 ), the movable clamping plates ( 203 ) are movably sleeved on outer sides of the rotating shafts ( 204 ), ends of the rotating shafts ( 204 ) are movably clamped with extrusion cover plates ( 205 ), and sides of the extrusion cover plates ( 205 ) close to the movable clamping plates ( 203 ) are rough planes.
3 . The hanging type intelligent voice input system for an ultrasonic report according to claim 1 , wherein bottom ends of the aluminum strips ( 222 ) are curved in semicircular shapes, outer sides of the aluminum strips ( 222 ) are wrapped with polytetrafluoroethylene protective films, cross sections of the guide tubes ( 221 ) are hollow rectangles, and the outer sides of the aluminum strips ( 222 ) are attached to inner walls of the guide tubes ( 221 ).
4 . The hanging type intelligent voice input system for an ultrasonic report according to claim 1 , wherein pressure equalizing holes ( 209 ) are disposed at bottom ends of the arc-shaped boxes ( 206 ) close to the movable clamping plates ( 203 ), communication holes ( 210 ) are disposed at bottom ends of the drawer boxes ( 207 ) close to the arc-shaped boxes ( 206 ), and pick-up grooves ( 226 ) are disposed at middles of top ends of the drawer boxes ( 207 ).
5 . The hanging type intelligent voice input system for an ultrasonic report according to claim 4 , wherein auxiliary adjustment assemblies ( 3 ) are mounted on the arc-shaped back plate ( 1 ) and the fixing clamping plates ( 201 ), and the auxiliary adjustment assemblies ( 3 ) comprise mounting grooves ( 301 );
mounting grooves ( 301 ) are disposed in middles of the fixing clamping plates ( 201 ), and folding airbags ( 302 ) are embedded inside the mounting grooves ( 301 ); air-filling and suction dual-purpose air pumps ( 303 ) penetrate through and are mounted in the middles of the fixing clamping plates ( 201 ), and inflation ends of the air-filling and suction dual-purpose air pumps ( 303 ) are connected to the folding airbags ( 302 ); and flexible ventilation tubes ( 304 ) are mounted at bottom ends of the fixing clamping plates ( 201 ), ends of the flexible ventilation tubes ( 304 ) are connected to the folding airbags ( 302 ), and the other ends of the flexible ventilation tubes ( 304 ) are connected to the pressure equalizing holes ( 209 );
magnets ( 305 ) are embedded at the bottom ends of the fixing clamping plates ( 201 ), flexible sliding sleeves ( 306 ) are slidably sleeved in middles of the flexible ventilation tubes ( 304 ), and iron sheets ( 307 ) are bonded to bottom ends of the flexible sliding sleeves ( 306 ); cushion plates ( 308 ) are bonded to sides of the folding airbags ( 302 ), closed grooves ( 309 ) are disposed at bottom ends of the cushion plates ( 308 ), and ventilation holes ( 310 ) are disposed at top ends of the folding airbags ( 302 ) corresponding to the closed grooves ( 309 ); and closed strips ( 311 ) are slidably clamped in the closed grooves ( 309 ), the plurality of closed strips ( 311 ) are all connected to top surfaces of pulling plates ( 312 ), and cushion blocks ( 313 ) are uniformly bonded to sides of the cushion plates ( 308 ); and
a buffer box ( 314 ) is bonded to a middle part of the arc-shaped back plate ( 1 ), adjusting holes ( 315 ) are disposed in a middle part of one side and two ends of the buffer box ( 314 ), and folding rubber tubes ( 316 ) are bonded inside the adjusting holes ( 315 ); elastic net cages ( 317 ) are bonded to sides of the folding rubber tubes ( 316 ) inside the buffer box ( 314 ), and breather holes ( 318 ) are evenly disposed in the folding rubber tubes ( 316 ) close to the elastic net cages ( 317 ) ; an internally threaded tube ( 319 ) is rotatably mounted in the middle part of the arc-shaped back plate ( 1 ), and one end of the internally threaded tube ( 319 ) penetrating through the buffer box ( 314 ) is connected to a threaded rod ( 320 ) through threads; and one end of the threaded rod ( 320 ) is located inside the buffer box ( 314 ) and is connected to a push plate ( 321 ) by welding, and buffer springs ( 322 ) are evenly distributed between the push plate ( 321 ) and the elastic net cages ( 317 ).
6 . The hanging type intelligent voice input system for an ultrasonic report according to claim 5 , wherein protective top plates ( 323 ) are bonded to top surfaces of the folding airbags ( 302 ), traditional Chinese medicine bags ( 324 ) are filled inside the elastic net cages ( 317 ), and an end cap ( 325 ) is movably clamped at a top end of the buffer box ( 314 ).
7 . The hanging type intelligent voice input system for an ultrasonic report according to claim 5 , wherein input ends of the voice boxes ( 217 ) and the air-filling and suction dual-purpose air pumps ( 303 ) are electrically connected to output ends of an external controller, and an input end of the controller is electrically connected to an output end of the battery box ( 225 ).
8 . The hanging type intelligent voice input system for an ultrasonic report according to claim 5 , wherein the system comprises an adjustment module, collection modules and a control processing module;
the adjustment module comprises the arc-shaped boxes ( 206 ), the drawer boxes ( 207 ), the piston strips ( 211 ), the folding airbags ( 302 ), the air-filling and suction dual-purpose air pumps ( 303 ) and the flexible ventilation tubes ( 304 );
the collection modules are the voice boxes ( 217 ); and
the control processing module is the external controller, and the external controller can be connected to wireless fidelity (WiFi) and Bluetooth for wireless operation.
9 . The hanging type intelligent voice input system for an ultrasonic report according to claim 8 , wherein the adjustment module comprises adjusting steps of:
inflating the folding airbags ( 302 ) by the air-filling and suction dual-purpose air pumps ( 303 ), inflating the arc-shaped boxes ( 206 ) through the flexible ventilation tubes ( 304 ), pushing the drawer boxes ( 207 ) to slide along the arc-shaped boxes ( 206 ) and eject, and allowing air to enter bottom ends of the drawer boxes ( 207 ) to eject the piston strips ( 211 ).
10 . The hanging type intelligent voice input system for an ultrasonic report according to claim 9 , wherein voice input by the collection modules is compared with online medical professional vocabulary data through the external controller, and the medical professional vocabulary is combined and input into a report.