Fascia gun

1 . A fascia gun, comprising a shell, a massage head ( 13 ), a transmission mechanism ( 15 ), a driving device ( 17 ), and a control device ( 18 ), wherein the control device ( 18 ) is connected to the driving device ( 17 ); the driving device ( 17 ) is connected to the transmission mechanism ( 15 ); the transmission mechanism ( 15 ) is connected to the massage head ( 13 ); the driving device ( 17 ), the transmission mechanism ( 15 ) and the control device ( 18 ) are all mounted in the shell, and

wherein the transmission mechanism ( 15 ) comprises a transmission seat ( 151 ), a link ( 152 ) and a slider ( 153 ), an upward second connecting post ( 1513 ) is disposed on the transmission seat ( 151 ) and is located at a position except a non-rotation center, a downward second connecting hole ( 1515 ) is formed in the transmission seat ( 151 ) and is located in the rotation center, the driving device ( 17 ) is connected to the second connecting hole ( 1515 ) of the transmission seat ( 151 ), a first mounting hole ( 1521 ) and a second mounting hole ( 1522 ) are formed in two ends of the link ( 152 ), the second connecting post ( 1513 ) is rotatably mounted in the first mounting hole ( 1521 ) in one end of the link ( 152 ), a third connecting post ( 1533 ) is disposed at an end of the slider ( 153 ) and is rotatably mounted in the second mounting hole ( 1522 ) in the other end of the link ( 152 ), and another end of the slider ( 153 ) is connected to the connecting rod ( 131 ) of the massage head ( 13 ).

2 . The fascia gun according to claim 1 , wherein the control device ( 18 ) comprises a wireless transmission module to be wirelessly connected to an upper computer, and the wireless transmission module is a Bluetooth module ( 183 ).

3 . The fascia gun according to claim 2 , wherein the fascia gun is further provided with a speaker ( 19 ) which is connected to the wireless transmission module through a circuit.

4 . The fascia gun according to claim 3 , wherein the fascia gun further comprises a guiding and limiting device ( 16 ), the massage head ( 13 ) comprises a connecting rod ( 131 ), the guiding and limiting device ( 16 ) comprises a first sleeve ( 161 ) and a second sleeve ( 162 ), a first through hole ( 1611 ) allowing the connecting rod ( 131 ) to be inserted therein is formed in a center of the first sleeve ( 161 ), a plurality of connecting posts ( 1612 ) are disposed on a wall of a side, facing the shell, of the first sleeve ( 161 ), a diameter of the second sleeve ( 162 ) is smaller than that of the first sleeve ( 161 ), the second sleeve ( 162 ) is disposed in the first sleeve ( 161 ) in a sleeved manner, a second through hole ( 1621 ) allowing the connecting rod ( 131 ) to be inserted therein is formed in a center of the second sleeve ( 162 ), and a plurality of arc grooves ( 1622 ) for accommodating the connecting posts ( 1612 ) are formed in a circumferential wall of a side, away from the massage head ( 13 ), of the second sleeve ( 162 ).

5 . The fascia gun according to claim 2 , wherein the fascia gun further comprises a guiding and limiting device ( 16 ), the massage head ( 13 ) comprises a connecting rod ( 131 ), the guiding and limiting device ( 16 ) comprises a first sleeve ( 161 ) and a second sleeve ( 162 ), a first through hole ( 1611 ) allowing the connecting rod ( 131 ) to be inserted therein is formed in a center of the first sleeve ( 161 ), a plurality of connecting posts ( 1612 ) are disposed on a wall of a side, facing the shell, of the first sleeve ( 161 ), a diameter of the second sleeve ( 162 ) is smaller than that of the first sleeve ( 161 ), the second sleeve ( 162 ) is disposed in the first sleeve ( 161 ) in a sleeved manner, a second through hole ( 1621 ) allowing the connecting rod ( 131 ) to be inserted therein is formed in a center of the second sleeve ( 162 ), and a plurality of arc grooves ( 1622 ) for accommodating the connecting posts ( 1612 ) are formed in a circumferential wall of a side, away from the massage head ( 13 ), of the second sleeve ( 162 ).

6 . The fascia gun according to claim 1 , wherein the fascia gun further comprises a guiding and limiting device ( 16 ), the massage head ( 13 ) comprises a connecting rod ( 131 ), the guiding and limiting device ( 16 ) comprises a first sleeve ( 161 ) and a second sleeve ( 162 ), a first through hole ( 1611 ) allowing the connecting rod ( 131 ) to be inserted therein is formed in a center of the first sleeve ( 161 ), a plurality of connecting posts ( 1612 ) are disposed on a wall of a side, facing the shell, of the first sleeve ( 161 ), a diameter of the second sleeve ( 162 ) is smaller than that of the first sleeve ( 161 ), the second sleeve ( 162 ) is disposed in the first sleeve ( 161 ) in a sleeved manner, a second through hole ( 1621 ) allowing the connecting rod ( 131 ) to be inserted therein is formed in a center of the second sleeve ( 162 ), and a plurality of arc grooves ( 1622 ) for accommodating the connecting posts ( 1612 ) are formed in a circumferential wall of a side, away from the massage head ( 13 ), of the second sleeve ( 162 ).

7 . The fascia gun according to claim 1 , wherein the driving device ( 17 ) comprises a power source ( 171 ), a motor ( 172 ), a fixing bracket ( 173 ) and a base ( 174 ), the power source ( 171 ) is located below the motor ( 172 ) and is connected to the motor through the fixing bracket ( 173 ), the power source ( 171 ) is downwardly connected to the control device ( 18 ), a fourth through hole ( 1742 ) is formed in a center of the base ( 174 ), the motor ( 172 ) is provided with a motor shaft ( 1721 ) with an end being inserted into the fourth through hole ( 1742 ), and the motor shaft ( 1721 ) is connected to the second connecting hole ( 1515 ) of the transmission seat ( 151 ).

8 . The fascia gun according to claim 7 , wherein the control device ( 18 ) further comprises a first control panel ( 181 ), and the first control panel ( 181 ) is connected and provided with a nixie tube ( 1811 ) and a touch button ( 1812 ).

9 . The fascia gun according to claim 8 , wherein the control device ( 18 ) further comprises a second control panel ( 182 ) connected to the power source ( 171 ).

10 . The fascia gun according to claim 9 , wherein the shell comprises an upper shell ( 11 ), a lower shell ( 12 ) and a mounting seat ( 14 ), the upper shell ( 11 ) is shaped like a semi-cylinder, an first arc mounting groove ( 111 ) matched with the lower shell ( 12 ) and used for mounting the lower shell ( 12 ) is formed in a front end of the upper shell ( 11 ), a second arc mounting groove ( 112 ) matched with the mounting seat ( 14 ) and used for mounting the mounting seat ( 14 ) is formed in a rear end of the upper shell ( 11 ), the lower shell ( 12 ) is divided into two portions, an upper portion of the lower shell ( 12 ) is shaped like a semi-cylinder, a circular ring ( 125 ) is detachably or integrally disposed at a cylindrical front end of the lower shell ( 12 ), a seventh through hole ( 1251 ) allowing the slider ( 153 ) to be inserted therein is formed in a center of the circular ring ( 125 ), and a lower portion of the lower shell ( 12 ) is a cylindrical handle integrally connected to the upper portion of the lower shell ( 12 ), and forms an eighth through hole ( 121 ) together with the upper portion of the lower shell ( 12 ).

11 . The fascia gun according to claim 8 , wherein the shell comprises an upper shell ( 11 ), a lower shell ( 12 ) and a mounting seat ( 14 ), the upper shell ( 11 ) is shaped like a semi-cylinder, an first arc mounting groove ( 111 ) matched with the lower shell ( 12 ) and used for mounting the lower shell ( 12 ) is formed in a front end of the upper shell ( 11 ), a second arc mounting groove ( 112 ) matched with the mounting seat ( 14 ) and used for mounting the mounting seat ( 14 ) is formed in a rear end of the upper shell ( 11 ), the lower shell ( 12 ) is divided into two portions, an upper portion of the lower shell ( 12 ) is shaped like a semi-cylinder, a circular ring ( 125 ) is detachably or integrally disposed at a cylindrical front end of the lower shell ( 12 ), a seventh through hole ( 1251 ) allowing the slider ( 153 ) to be inserted therein is formed in a center of the circular ring ( 125 ), and a lower portion of the lower shell ( 12 ) is a cylindrical handle integrally connected to the upper portion of the lower shell ( 12 ), and forms an eighth through hole ( 121 ) together with the upper portion of the lower shell ( 12 ).

12 . The fascia gun according to claim 11 , wherein first mounting posts ( 113 ) matched with the lower shell ( 12 ) are disposed at positions close to a front end of an inner wall of the upper shell ( 11 ), mounting posts ( 123 ) matched with the first mounting posts ( 113 ) upwardly extend from an inner wall of the upper portion of the lower shell ( 12 ), the speaker ( 19 ) is disposed on the lower shell ( 12 ), a mounting groove ( 124 ) for accommodating the speaker ( 19 ) is formed in the inner wall of the upper portion of the lower shell ( 12 ), third through holes ( 1741 ) are formed in four corners of the base ( 174 ), fourth connecting posts ( 122 ) to be inserted into the third through holes ( 1741 ) upwardly extend out from the inner wall, around the eighth through hole ( 121 ), of the lower shell ( 12 ), rubber rings ( 175 ) are disposed in the third through holes ( 1741 ) and are shaped like a hollow cylinder, grooves are formed in a middle of side walls of the cylinders, the rubber rings ( 175 ) are fixed in the third through holes ( 1741 ) through the grooves, and the fourth connecting posts ( 122 ) are inserted into the holes in the rubber rings ( 175 ).

13 . The fascia gun according to claim 11 , wherein the mounting seat ( 14 ) comprises a display screen protection film ( 141 ), the display screen protection film ( 141 ) is mounted on an outer wall of the mounting seat ( 14 ), a ninth through hole ( 142 ) for exposing the nixie tube ( 1811 ) and the touch button ( 1812 ) is formed in an outer wall of the mounting seat ( 14 ), a third arc mounting groove ( 128 ) matched with the second arc mounting groove ( 112 ) is formed in a rear end of the lower shell ( 12 ), the second arc mounting groove ( 112 ) and the third arc mounting groove ( 128 ) form a compete arc groove for clamping the mounting seat ( 14 ).