TWI682599B - Network plug - Google Patents

Abstract

A network plug (1) includes a main body (11), an upper cover (12) pivotally connected to the main body (11) and having a first connection part (123), a wire holder (13) connected to the main body (11) and having a second connection part (131), wherein the first connection part (123) and the second connection part (131) form a hollow tube (10) passing a network cable (2) therethrough, a terminal block (14) configured in the main body (11) and having a fixing structure (142) fixing the upper cover (12) when the upper cover (12) is opened outwardly from the main body (11) until an angle between the upper cover (12) and the main body (11) is larger than a predetermined angle, and a nut (101) having a convergence surface (1014) on one end (1013) thereof.

Description

Network plug

The invention relates to a network plug, especially a kind including a nut, and one end of the nut having a convergent surface is connected to the network plug.

With the prevalence of the Internet, in order to meet the current technological needs such as the Internet of Things, the demand for network plugs (for example: terminating network plugs) is increasing. How to improve the function of the existing network plug to make it simple in structure and easy to use is a question worth pondering.

Because of his job, in view of the lack of conventional technology, the inventor thought and improved the idea of the invention, and finally invented the "network plug" in this case.

The main purpose of this case is to provide a network plug including a nut with a converging surface at one end, and a clamping member with a plurality of clamping jaws, so that the plurality of clamping jaws are deformed by the abutment of the convergence surface to Press a net route.

Another main object of this case is to provide a network plug (1), including a body (11), having two first protrusions (111), two second protrusions (112) and a first end (113), An upper cover (12) with two first pivot holes (121), an engaging portion (122), a first connecting portion (123) and a second end (124), wherein the two first pivot holes ( 121) are respectively pivotally connected to the two first protruding portions (111), a lead holder (13), connected to the first end (113), and having a second connecting portion (131), wherein the first A connecting portion (123) and the second connecting portion (131) form a hollow tube (10) for a network line (2) to pass through, and a terminal block (14) has an upper surface (141) and Two positioning structures (142) extending outward from the upper surface (141), an upper elastic piece (125), having a third end (1251) and a fourth end (1252), wherein the third end (1251) Connected to the joint part (122), the lower elastic piece (114) has two second pivot holes (1141) and a fifth end (1142), wherein the two second pivot holes (1141) are respectively connected to the two The second protrusion (112), the fourth end (1252) is in contact with the fifth end (1142), when the upper cover (12) is opened outward from the body (11) to form a body with the body (11) After a predetermined angle, the second end (124) will interfere with the two positioning structures (142) and pass over the two positioning structures (142), and by the fourth end (1252) and the fifth end (1142) Interfere with each other, so that the upper cover (12) is positioned, a nut (101), with two slide grooves (1011), and a clamping member (102), with two third protrusions (1021) and a plurality of clamping jaws ( 1022), wherein when the nut (101) is locked to the hollow tube body (10), the nut (101) pushes the clamping member (102) through the hollow tube body (10), so that the Two third protrusions (1021) respectively slide along the two sliding grooves (1011), and deform the plurality of clamping jaws (1022) to press the net line (2).

Another main objective of this case is to provide a network plug (1), including a body (11), an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123), a The lead holder (13) is connected to the body (11) and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube ( 10) For a network line (2) to pass through, a terminal block (14) is arranged in the body (11) and has a positioning structure (142), when the upper cover (12) is taken from the body (11) After opening outward to an angle formed with the body (11) exceeding a predetermined angle, the upper cover (12) is positioned, and a nut (101) has a converging surface (1014) at one end (1013) ).

The main purpose of this case is to provide a network plug (1), including a The body (11), an upper cover (12), pivotally connected to the body (11), and having a first connecting portion (123), a lead holder (13), connected to the body (11), and having a first Two connecting parts (131), wherein the first connecting part (123) has a first elastic piece opening (1231) and a first pre-engagement structure (1232), and the second connecting part (131) has a second elastic piece The opening (1231) and a second pre-engagement structure (1232), the first connection portion (123) and the second connection portion (131) form a hollow tube (10) for a network route (2 ) Pass, a first ground spring (103) with a first ground part (1031) and a first engaging portion (1032), a second ground spring (103) with a second ground part (1031) And a second engaging portion (1032), wherein the first grounding portion (1031) passes through the first spring opening (1231), and the second grounding portion (1031) passes through the second spring opening (1231), The network line (2) has a grounding net (21). When the upper cover (12) is pressed against the body (11), the first engaging portion (1032) is engaged with the first pre-engaging structure (1232) ), when the second engaging portion (1032) is engaged with the second pre-engaging structure (1232), the first grounding portion (1031) and the second grounding portion (1031) are connected to the grounding grid (21) Apply pressure to achieve a solid grounding effect. A nut (101) has two slide grooves (1011), and a clamping member (102) has two protrusions (1021) and a plurality of clamping jaws (1022), where When the nut (101) is locked to the hollow tube (10), the nut (101) pushes the clamping member (102) through the hollow tube (10) to make the two protrusions ( 1021) Sliding along the two sliding grooves (1011) and deforming the plurality of clamping jaws (1022) to press the net line (2).

Another main purpose of this case is to provide a network plug (1), including a body (11), an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123), a The lead holder (13) is connected to the body (11) and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube ( 10), for a network route (2) to pass through, wherein the network route (2) has a grounding network (21), a first grounding spring (103), which is disposed on the upper cover (12), and a second grounding spring (103), which is arranged on the wire base (13) so as to form the hollow tube body (10) When finished, the first grounding spring piece (103) and the second grounding spring piece (103) apply pressure to the grounding net (21) to achieve the effect of stable grounding, and a nut (101) at one end (1013) ) Has a convergent surface (1014).

Another main objective of this case is to provide a network plug (1), including a body (11), an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123), a The lead holder (13) is connected to the body (11) and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube ( 10) for a network route (2) to pass through, a wire clamp (18), including an upper layer (181), having two partitions (1812) surrounded by two grooves (1811) adjacent to each other, and each The groove (1811) has a first lead hole (1813) and a lower layer (182) corresponding to two sides adjacent to each of the partitions (1812), and has four first prebites (1821) and four second Pre-bite (1821), wherein the network line (2) includes a first to a fourth pair of wires each having a first and a second stranded wire (221) co-wrapped by a layer of aluminum foil (23) (22), when the first and the second pair of wires (22) are close to the two partitions (1812), the layer of aluminum foil (23) is removed, and the first and the second pair of wires (22) are removed ), each of the first and second strands (221) respectively enter the four first lead holes (1813), and each of the first and each passing through the four first lead holes (1813) The second strands (221) are respectively connected to the four first prebites (1821), so that the first and second pairs (22) avoid mutual interference, and the third and fourth pairs ( 22) Each of the first and second strands (221) is also correspondingly connected to the four second pre-bites (1821), a nut (101), having two sliding grooves (1011), and a clamping member (102), having two protrusions (1021) and a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube body (10), the nut (101) passes through the hollow The tube body (10) pushes the clamping member (102), slides the clamping member (102) along the two sliding grooves (1011) and deforms the plurality of clamping jaws (1022) to press the net route ( 2).

The main purpose of this case is to provide a network plug (1), including a body (11), an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123), a The lead holder (13) is connected to the body (11) and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube ( 10) For a network route (2) to pass through, a wire clamp (18) has upper and lower surfaces (181, 182), wherein the upper surface (181) has two main grooves (1811) and each of the main grooves (1811) ) Has a partition (1812), and each side of the partition (1812) has a lead hole (1813) and a nut (101) at one end (1013) with a converging surface (1014).

Another main objective of this case is to provide a network plug (1), including a body (11), an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123), a The lead holder (13) is connected to the body (11) and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube ( 10) for a network line (2) to pass through, a nut (101) with a converging surface (1014) at one end (1013), and a clamping member (102) with a plurality of clamping jaws (1022) , Wherein when the nut (101) is locked to the hollow tube body (10), the nut (101) pushes the clamping member (102) through the hollow tube body (10) to make the plural The clamping jaw (1022) is deformed by the abutment of the converging surface (1014) to press the net line (2).

1‧‧‧Network plug

10‧‧‧Hollow tube

101‧‧‧Nut

1011‧‧‧Chute

1012‧‧‧ opening

1013‧‧‧ one end

1014‧‧‧Convergence surface

1015‧‧‧Nut locking direction

102‧‧‧Clamping parts

1021‧‧‧Projection/Third Projection

1022‧‧‧Jaw

10221‧‧‧Deformation direction of jaws

103‧‧‧Grounded shrapnel/first grounded shrapnel/second grounded shrapnel

1031‧‧‧First ground part/second ground part

1032‧‧‧First Engagement Department/Second Engagement Department

11‧‧‧Body

111‧‧‧The first protrusion

112‧‧‧Second protrusion

113‧‧‧First

114‧‧‧ Lower shrapnel

1141‧‧‧Second pivot hole

1142‧‧‧Fifth

115‧‧‧The third pivot hole

116‧‧‧Bottom plate

12‧‧‧Top cover

121‧‧‧First pivot hole

122‧‧‧Joint

123‧‧‧First connection

1231‧‧‧First shrapnel opening/second shrapnel opening

1232‧‧‧First pre-engagement structure/second pre-engagement structure

124‧‧‧The second end

125‧‧‧Upper shrapnel

1251‧‧‧The third end

1252‧‧‧End

13‧‧‧ Lead holder

131‧‧‧Second connection

132‧‧‧The fifth protrusion

14‧‧‧terminal block

141‧‧‧upper surface

142‧‧‧positioning structure

1421‧‧‧The fourth protrusion

15‧‧‧Contact wafer holder

16‧‧‧Contact chip

17‧‧‧ circuit board

171‧‧‧Broken wire terminal

18‧‧‧Clamp

181‧‧‧upper/upper surface

1811‧‧‧groove/main groove

1812‧‧‧Partition

1813‧‧‧lead hole/first lead hole

1814-1818‧‧‧ First to fifth side walls

182‧‧‧Lower/lower surface

1821‧‧‧First prebite/second prebite

1822‧‧‧Protruding structure

1823‧‧‧Second lead hole

1824‧‧‧broken line

2‧‧‧Web route

21‧‧‧Ground/barbed wire

22‧‧‧First/second/third/fourth pair

221‧‧‧ First strand/second strand

2211‧‧‧Plastic skin

23‧‧‧Aluminum foil

θ‧‧‧ predetermined angle

The first figure: it shows a perspective view of a network plug according to a preferred embodiment of the present invention.

Second figure: It shows a cross-sectional view of a network plug according to a preferred embodiment of the present invention.

The third figure (a): it is a schematic perspective view showing the upper layer of a clip of a network plug according to a preferred embodiment of the present invention.

The third figure (b): it is a perspective schematic view showing the lower layer of a clip of a network plug according to a preferred embodiment of the present invention.

Fourth figure: It is a perspective view showing a preferred embodiment of the network plug of the network plug connected to a network cable.

Fifth figure: It is a perspective schematic view showing a plurality of broken wires in the lower layer of a network plug of a network plug according to a preferred embodiment of the present invention.

Figure 6: It is a perspective view showing a preferred embodiment of the network plug upper cover opened from the body and the network cable connected to the clip according to the preferred embodiment of the present invention.

Figure 7: It shows a preferred embodiment of the network plug according to the present invention, the top cover is closed to the body, the first and second ground springs are not engaged with the first and second pre-cards A three-dimensional schematic diagram when the structure is closed and the nut has not been locked to the network line.

Figure 8: It shows a preferred embodiment of the network plug according to the present invention, the top cover is closed to the body, the first and second grounding springs are engaged with the first and second pre-engagement A three-dimensional schematic view of the structure and the nut has not been locked to the network line.

Ninth figure: it shows a preferred embodiment of the network plug according to the present invention, the cover is closed on the body, the first and second ground spring clips are engaged with the first and second pre-engagement A schematic diagram of the internal state of the hollow tube when the structure and the network cable have not been inserted.

Figure 10: It is a schematic diagram showing a clamping member of a network plug according to a preferred embodiment of the present invention when a nut is sleeved.

Figure 11(a): It shows a network plug of a preferred embodiment conceived according to the present invention The upper cover is closed to the body, the first and the second grounding elastic pieces are engaged with the first and the second pre-engagement structure, and the nut starts to be locked on the network line.

Figure 11 (b): It shows a preferred embodiment of the network plug according to the present invention, the cover is closed on the body, the first and the second grounding spring clips are engaged on the first and the first Two pre-engagement structure and the three-dimensional schematic diagram when the nut is locked on the network line.

Figure 12: It shows an exploded view of a network plug according to a preferred embodiment of the present invention.

The first figure is a perspective view showing a network plug according to a preferred embodiment of the present invention. The network plug (1) is a field-terminated network plug, which includes a body (11) with two first protrusions (111), two second protrusions (112) (see figure 12) and A first end (113), an upper cover (12), with two first pivot holes (121), an engaging portion (122), a first connecting portion (123) (see the second figure) and a second End (124), wherein the two first pivoting holes (121) are respectively pivotally connected to the two first protrusions (111), and a lead holder (13) (see the second figure) is connected to the first end ( 113), and has a second connection portion (131) (see the second figure), wherein the first connection portion (123) and the second connection portion (131) form a hollow tube (10) (see section Eight pictures) for a network line (2) to pass through, a terminal block (14) (see the second picture), with an upper surface (141) (see the twelfth picture) and from the upper surface (141) to Two positioning structures (142) extending outward, an upper elastic piece (125), having a third end (1251) (see the second picture) and a fourth end (1252) (see the second picture), wherein the third The end (1251) is connected to the joint portion (122), and the lower elastic piece (114) has two second pivot holes (1141) (see FIG. 12) and a fifth end (1142), of which the second The pivot holes (1141) are respectively connected to the two second protrusions (112), the fourth end (1252) is in contact with the fifth end (1142), when the upper cover (12) is outward from the body (11) Open to form with the body (11) After a predetermined angle (θ, see the second figure), the second end (124) will interfere with and pass the two positioning structures (142), and pass the fourth end (1252) Interference with the fifth end (1142) causes the upper cover (12) to be positioned (see the second figure), a nut (101), with two sliding grooves (1011) (see the tenth figure) and two openings ( 1012), and a clamping member (102) (see the tenth figure), with two third protrusions (1021) and a plurality of clamping jaws (1022) (see the seventh figure), wherein when the nut (101) is locked When attached to the hollow tube body (10), the nut (101) pushes the clamping member (102) through the hollow tube body (10), so that the two third protrusions (1021) are along the The two sliding grooves (1011) slide, and deform the plurality of clamping jaws (1022) to press the net line (2). The two positioning structures (142) each have a fourth protrusion (1421).

The second figure is a cross-sectional view showing a network plug according to a preferred embodiment of the present invention. In the second figure, the nut (101), the clamping member (102) and the network line (2) are not shown. When the upper cover (12) is opened for wiring, in order to facilitate the construction of the construction personnel, the upper cover (12) needs to be fixed so as not to interfere with the construction of the builder. As shown in the second figure, when the upper cover (12) is opened outward from the body (11) to form a predetermined angle θ with the body (11), the second end (124) and the two positioning structures ( 142) When the second positioning structure (142) is interfered and crossed, and the fourth end (1252) and the fifth end (1142) interfere with each other, the second and fourth protrusions (1421) make the second end (124) The top is pushed so that the upper cover (12) is positioned at the predetermined angle.

As shown in the second figure, the network plug (1) further includes a contact chip holder (15), a contact chip (16) (see figure 12), a circuit board (17), and a wire clamp (18) And two ground springs (103), wherein the body (11) further has a body bottom plate (116), the contact wafer support (15) is arranged on the body bottom plate (116), and the contact chip (16) is arranged on the contact On the wafer holder (15), the circuit board (17) is disposed on the contact wafer (16), the terminal block (14) is disposed on the circuit board (17), and the wire clip (18) is disposed on the terminal block (14), the upper cover (12) is arranged on the wire clamp (18), when the clamping member (102) When sliding along the two slide grooves (1011), the two third protrusions (1021) slide along the two slide grooves (1011) respectively, so that the clamping member (102) is not prevented from the nut ( 101) (see figure 10), and when the nut (101) is locked to the hollow tube (10), the two third protrusions (1021) are locked to the two openings (1012) (See the first picture).

As shown in the second figure, the terminal block (14) is a punctured terminal block (14) (see figure 12). When the second end (124) interferes with the two positioning structures (142) and crosses When the second positioning structure (142) and the fourth end (1252) and the fifth end (1142) interfere with each other, the second and fourth protrusions (1421) cause the second end (124) to be lifted to The upper cover (12) is positioned at the predetermined angle. As shown in the first figure, the body (11) further has two third pivot holes (115). As shown in the second figure, the lead holder (13) further has two fifth protruding portions (132), which are respectively pivotally connected to the two third pivoting holes (115) (see the first figure).

The third figure (a) is a schematic perspective view showing the upper layer of a clip of a network plug according to a preferred embodiment of the present invention. The third figure (b) is a perspective schematic view showing a lower layer of the clip of the network plug according to the preferred embodiment of the present invention. As shown in the third figure (a) and the third figure (b), a clip (18) of a network plug (1) according to a preferred embodiment of the present invention includes an upper layer (181), which has Two partitions (1812) surrounded by two adjacent grooves (1811), and each of the grooves (1811) has a first lead hole (1813) corresponding to each side of each adjacent to the partition (1812), And the lower layer (182) has four first prebites (1821) and four second prebites (1821). In the third figure (a), the upper layer (181) further has a first to a fifth side wall (1814-1818), the first side wall (1814), the second side wall (1815) and the fourth side wall (1817) surrounding one of the two grooves (1811), and the second side wall (1815), the third side wall (1816) and the fifth side wall (1818) surrounding one of the two grooves (1811) The other; the fourth side wall (1817) is adjacent It is connected to one of the two partitions (1812), and the fifth side wall (1818) is adjacent to the other of the two partitions (1812).

The fourth figure is a perspective view showing a preferred embodiment of the network plug of a network plug connected to a network cable. The network line (2) includes a first to a fourth pair of wires (22) each having a first and a second stranded wire (221) co-wrapped by a layer of aluminum foil (23). The first pair and the second pair of lines (22) begin to remove the layer of aluminum foil (23) when they are close to the two partitions (1812), respectively, and each of the first pair of the first and second pairs of lines (22) Enter the four first lead holes (1813) corresponding to each of the second strands (221) (see the third figure (b)), and make each of the first through the four first lead holes (1813) And each of the second strands (221) is respectively connected to the four first prebites (1821), so that the first and the second pair (22) avoid mutual interference, and the third and the fourth Each of the first and second strands (221) of the pair of wires (22) is also correspondingly connected to the four second prebites (1821), wherein each of the first and second strands (221) are both It has a plastic sheath (2211). In addition, after stripping off its plastic skin, the wire line (2) has a barbed wire (21) wrapped around the periphery of the aluminum foil (23), and the barbed wire (21) is turned outward to wrap it in the wire line ( 2) Peripheral.

The fifth figure is a perspective view showing a plurality of broken wires in the lower layer of the clip of a network plug according to a preferred embodiment of the present invention. As shown in the fifth figure, the lower layer (182) further has eight pairs of protruding structures (1822) and four second lead holes (1823), wherein four pairs of the protruding structures (1822) are located through the lower layer (182) Between the four first lead holes (1813) and the four first prebites (1821), and the four pairs of the protrusion structures (1822) are located between the four second prebites (1821) and the four second leads Between the holes (1823), the middle of each pair of protruding structures (1822) is a broken line (1824).

The sixth figure is a perspective view showing a preferred embodiment of the network plug upper cover opened from the body and the network cable connected to the clip according to the preferred embodiment of the present invention. As shown in the sixth figure, The first connecting portion (123) has a first elastic piece opening (1231) and a first pre-engagement structure (1232), and the second connecting portion (131) has a second elastic piece opening (1231) and a second Pre-engagement structure (1232). The network plug (1) further has a first grounding spring (103) with a first grounding part (1031) and a first engaging part (1032), and a second grounding spring (103) with a first grounding Two grounding portions (1031) and a second engaging portion (1032), wherein the first grounding portion (1031) passes through the first elastic piece opening (1231), and the second grounding portion (1031) passes through the second The shrapnel opening (1231), the net route (2) has a ground net (21), when the upper cover (12) is pressed against the body (11), the first engaging portion (1032) is engaged with the first When the pre-engaging structure (1232) and the second engaging portion (1032) are engaged with the second pre-engaging structure (1232), the first grounding portion (1031) and the second grounding portion (1031) The grounding grid (21) applies pressure to achieve the effect of stable grounding.

The seventh figure shows a preferred embodiment of the network plug according to the present invention, the cover is closed on the body, the first and second ground springs are not engaged with the first and second pre-engagement structures And the three-dimensional schematic diagram when the nut has not been locked to the network line. At this time, although the upper cover (12) has been pressed against the body (11), the first engaging portion (1032) has not yet engaged with the first pre-engaging structure (1232) and the second engaging portion (1032) has not yet been engaged with the second pre-engagement structure (1232). Therefore, the first grounding portion (1031) and the second grounding portion (1031) have not yet exerted pressure on the grounding grid (21), so the effect of stable grounding has not yet been achieved.

The eighth figure shows a preferred embodiment of the network plug according to the present invention, the top cover is closed to the body, the first and second grounding springs are engaged with the first and second pre-engagement structures and A three-dimensional schematic diagram when the nut has not been locked to the network line. At this time, the upper cover (12) has been pressed onto the body (11), the first engaging portion (1032) has been pressed down and engaged with the first pre-engaging structure (1232), the second engaging The part (1032) has also been pressed down and engaged with the second pre-engagement structure (1232). Therefore, the first grounding portion (1031) and the second grounding portion (1031) have exerted pressure on the grounding grid (21) to achieve the effect of stable grounding.

The ninth figure shows a preferred embodiment of the network plug according to the present invention, the cover is closed on the body, the first and the second grounding clips are engaged with the first and the second pre-engagement structure and A schematic diagram of the internal state of the hollow tube when the network cable has not been inserted. However, when the network cable 2 is connected to the wire clip 18 through the hollow tube 10, the upper cover (12) is pressed against the body (11), and the first engaging portion (1032) is engaged with the first When the pre-engaging structure (1232) and the second engaging portion (1032) are engaged with the second pre-engaging structure (1232), the first engaging portion (1032) is attached to the first in an arc shape A connecting portion (123), the second engaging portion (1032) is attached to the second connecting portion (131) in an arc shape, and the first grounding portion (1031) is attached to the grounding mesh in an arc shape (21), and the second ground portion (1031) is attached to the ground grid (21) in an arc shape.

FIG. 10 is a schematic diagram showing a clamping member of a network plug according to a preferred embodiment of the present invention when a nut is inserted into a nut. The clamping member (102) has two third protrusions (1021) and a plurality of clamping jaws (1022). When the clamping member (102) is to be fitted into the nut (101), the clamping member (102) It is inserted into the nut along the direction of the two chute (1011).

FIG. 11(a) shows a preferred embodiment of the network plug according to the present invention. The top cover is closed to the body, and the first and second grounding spring clips are engaged with the first and second A three-dimensional schematic diagram when the structure is engaged and the nut begins to be attached to the network line. In the eleventh figure (a), 1015 is the nut locking direction, and 10221 is the deformation direction of the plurality of jaws 1022. When the nut 101 continues to be tightened, the plurality of jaws 1022 are moved along the The converging surface 1014 is pressed and begins to deform.

Figure 11(b) shows a preferred embodiment of the network according to the invention The top cover of the plug is closed on the body, the first and the second grounding elastic pieces are engaged with the first and the second pre-engagement structure, and the nut is locked on the network line. In the eleventh figure (b), the nut 101 is already locked, the plurality of jaws 1022 are deformed by being pressed along the converging surface 1014, and the ends of the plurality of jaws 1022 protrude to the nut 101 Outside, and locked to the network line 2.

Figure 12 is an exploded view showing a network plug according to a preferred embodiment of the present invention. Except for some shielded components in the second layer of the clip (18), in the twelfth figure, each of the aforementioned components included in the network plug (1) according to the preferred embodiment of the present invention can be observed ( For example: the second protruding portion (112), the second pivot hole (1141), a plurality of broken terminals (171) and the contact wafer (16), etc.).

Example:

1. A network plug (1), comprising: a body (11) with two first protrusions (111), two second protrusions (112) and a first end (113); an upper cover (12) , With two first pivot holes (121), an engaging portion (122), a first connecting portion (123) and a second end (124), wherein the two first pivot holes (121) are respectively pivotally connected The two first protruding parts (111); a lead holder (13) connected to the first end (113) and having a second connecting part (131), wherein the first connecting part (123) and the The second connecting portion (131) forms a hollow tube (10) for a network line (2) to pass through; a terminal block (14) has an upper surface (141) and a direction from the upper surface (141) Two positioning structures extending outside (142); An upper elastic piece (125) has a third end (1251) and a fourth end (1252), wherein the third end (1251) is connected to the joint portion (122); the lower elastic piece (114) has two second Two pivot holes (1141) and a fifth end (1142), wherein the two second pivot holes (1141) are respectively connected to the two second protrusions (112), and the fourth end (1252) is in contact with the The fifth end (1142), when the upper cover (12) is opened outward from the body (11) to form a predetermined angle with the body (11), the second end (124) and the two positioning structures (114) 142) Interfere with and pass the two positioning structures (142), and by mutual interference of the fourth end (1252) and the fifth end (1142), the upper cover (12) is positioned; a nut (101), There are two sliding grooves (1011); and a clamping member (102), which has two third protrusions (1021) and a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube body (10), the nut (101) pushes the clamping member (102) through the hollow tube (10), so that the two third protrusions (1021) slide along the two sliding grooves (1011) respectively , And deform the plurality of jaws (1022) to press the network line (2).

2. The network plug (1) according to embodiment 1, further comprising a contact chip holder (15), a contact chip (16), a circuit board (17), a wire clamp (18) and two grounding springs ( 103), wherein the body (11) further has a body bottom plate (116), the nut (101) further has two openings (1012), the contact wafer holder (15) is disposed on the body bottom plate (116), the contact The wafer (16) is disposed on the contact wafer holder (15), the circuit board (17) is disposed on the contact wafer (16), the terminal block (14) is disposed on the circuit board (17), and the wire clamp (18) is disposed on the terminal block (14), the upper cover (12) is disposed on the wire clamp (18), when the clamping member (102) slides along the two sliding grooves (1011), the two The third protrusions (1021) respectively slide along the two sliding grooves (1011), so that the clamping member (102) does not fall out of the nut (101), and when the nut (101) is locked to the When the hollow tube body (10), the two third protrusions (1021) The two openings (1012) are fixed.

3. The network plug (1) according to embodiment 1 or 2, wherein the network plug (1) is a field-terminated network plug (1), and the terminal block (14) is a puncture type terminal Seat (14), the two positioning structures (142) each have a fourth protrusion (1421), when the second end (124) interferes with the two positioning structures (142) and passes over the two positioning structures (142), And when the fourth end (1252) and the fifth end (1142) interfere with each other, the two fourth protrusions (1421) cause the second end (124) to be lifted to the top, so that the upper cover (12) is positioned at At the predetermined angle, the body (11) further has two third pivoting holes (115), the lead holder (13) further has two fifth protruding portions (132), and the second fifth protruding portions (132) are respectively pivotally connected At the two third pivot holes (115).

4. A network plug (1), comprising: a body (11); an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123); a wire holder (13) , Connected to the body (11), and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube (10) for A network line (2) passes through; a terminal block (14) is disposed in the body (11) and has a positioning structure (142), when the upper cover (12) is opened outward from the body (11) to After an angle formed between the bodies (11) exceeds a predetermined angle, the upper cover (12) is positioned; and a nut (101) has a converging surface (1014) at one end (1013).

5. A network plug (1), comprising: a body (11); an upper cover (12) pivotally connected to the body (11) and having a first connection portion (123); A lead holder (13) is connected to the body (11), and has a second connecting portion (131), wherein the first connecting portion (123) has a first elastic piece opening (1231) and a first pre-clamp The second connecting portion (131) has a second elastic piece opening (1231) and a second pre-engaging structure (1232), the first connecting portion (123) and the second connecting portion (1232) 131) forming a hollow tube body (10) for a network line (2) to pass through; a first grounding spring (103) having a first grounding portion (1031) and a first engaging portion (1032) A second grounding elastic piece (103) having a second grounding portion (1031) and a second engaging portion (1032), wherein the first grounding portion (1031) passes through the first elastic piece opening (1231), The second grounding portion (1031) passes through the second elastic piece opening (1231), the net route (2) has a grounding mesh (21), when the upper cover (12) is pressed against the body (11), the first When an engaging portion (1032) is engaged with the first pre-engaging structure (1232) and the second engaging portion (1032) is engaged with the second pre-engaging structure (1232), the first grounding portion (1031) and the second grounding part (1031) apply pressure to the grounding grid (21) to achieve a stable grounding effect; a nut (101) with two slide grooves (1011); and a clamping member (102 ), having two protrusions (1021) and a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube (10), the nut (101) passes through the hollow tube (10) To push the clamping member (102), make the two protrusions (1021) slide along the two sliding grooves (1011) and deform the plurality of clamping jaws (1022) to press the net route (2 ).

6. The network plug (1) according to embodiment 5, wherein when the upper cover (12) is pressed against the body (11), the first engaging portion (1032) is engaged with the first pre-card When the second engaging portion (1032) is engaged with the second pre-engaging structure (1232), the first engaging portion (1032) Attached to the first connecting portion (123) in an arc shape, the second engaging portion (1032) is attached to the second connecting portion (131) in an arc shape, and the first grounding portion (1031) is The arc shape is attached to the ground grid (21), and the second ground portion (1031) is attached to the ground grid (21) in an arc shape.

7. The network plug (1) according to the embodiment 5 or 6, wherein the grounding net (21) is a barbed wire (21) wrapped around the periphery of the network line (2), and the nut (101) ) Has two openings (1012), and when the nut (101) is locked to the hollow tube (10), the two protrusions (1021) are locked to the two openings (1012).

8. A network plug (1), comprising: a body (11); an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123); a wire holder (13) , Connected to the body (11), and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube (10) for A network route (2) passes through, wherein the network route (2) has a grounding mesh (21); a first grounding spring (103) is provided on the upper cover (12); a second grounding spring (103) is provided At the lead holder (13), when the hollow tube body (10) is formed, the first grounding spring piece (103) and the second grounding spring piece (103) apply pressure to the grounding grid (21) to To achieve a solid grounding effect; and a nut (101) with a converging surface (1014) at one end (1013).

9. A network plug (1), comprising: a body (11); an upper cover (12) pivotally connected to the body (11) and having a first connection portion (123); A lead holder (13) is connected to the body (11) and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube (10) for a network route (2) to pass through; a wire clamp (18), including: an upper layer (181), having two partitions (1812) surrounded by two grooves (1811) adjacent to each other, And each of the grooves (1811) has a first lead hole (1813) on each side corresponding to each of the partitions (1812); and a lower layer (182) having: four first pre-bites (1821); and Four second pre-bite (1821), wherein the net line (2) includes first to first sections each having a first and a second stranded wire (221) which are coated together by a layer of aluminum foil (23) Four pairs of wires (22), the first and second pairs of wires (22) begin to remove the layer of aluminum foil (23) when they are close to the two partitions (1812), respectively, and make the first and second pairs Each of the first and second strands (221) of the wire (22) respectively enter the four first lead holes (1813), and each of the first through the four first lead holes (1813) And each of the second strands (221) is respectively connected to the four first prebites (1821), so that the first and the second pair (22) avoid mutual interference, and the third and the fourth Each of the first and second strands (221) of the pair of wires (22) is also correspondingly connected to the four second pre-bites (1821); a nut (101) with two slide grooves (1011); and a The clamping member (102) has two protrusions (1021) and a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube body (10), the nut (101) is The hollow tube body (10) pushes the clamping member (102), slides the clamping member (102) along the two sliding grooves (1011) and deforms the plurality of clamping jaws (1022) to press the Network line (2).

10. The network plug (1) according to embodiment 9, further comprising a contact chip holder (15), a contact chip (16), a circuit board (17), a piercing terminal block (14), A first and a second ground dome (103), wherein the body (11) has a body bottom plate (116), and the lower layer (182) further has eight pairs of protruding structures (1822) and four second lead holes (1823) Among them, four pairs of the protruding structures (1822) are located between the four first lead holes (1813) and the four first prebites (1821) passing through the lower layer (182), and four pairs of the protruding structures (1822) is located between the four second prebites (1821) and the four second lead holes (1823), the middle of each pair of protruding structures (1822) is a broken line (1824), and the contact wafer holder (15 ) Is disposed on the body bottom plate (116), the contact wafer (16) is disposed on the contact wafer support (15), the circuit board (17) is disposed on the contact wafer (16) and includes a plurality of broken terminals ( 171), the pierced terminal block (14) is disposed on the circuit board (17), the wire clip (18) is disposed on the pierced terminal block (14), and the upper cover (12) is disposed on the On the wire clamp (18), the first to the second pair of wires (22), the first and the second strands (221) are corresponding to the broken wires (1824) The plurality of broken terminals (171) punctures one of the plastic sheaths (2211), and then is electrically connected to the corresponding plurality of broken terminals (171).

11. The network plug (1) according to embodiment 9 or 10, wherein the upper layer (181) further has a first to a fifth side wall (1814-1818), the first side wall (1814), the first Three side walls (1816) and the fourth side wall (1817) surround one of the two grooves (1811), and the second side wall (1815), the third side wall (1816) and the fifth side wall (1818) Around the other of the two grooves (1811), the fourth side wall (1817) abuts one of the two partitions (1812), and the fifth side wall (1818) abuts the two partitions (1812) One of them.

12. A network plug (1), comprising: a body (11); An upper cover (12) is pivotally connected to the body (11) and has a first connection part (123); a lead holder (13) is connected to the body (11) and has a second connection part (131) ), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube (10) for a network line (2) to pass through; a wire clamp (18) has upper and lower surfaces (181,182), wherein the upper surface (181) has two main grooves (1811), each of the main grooves (1811) has a partition (1812), and each side of each partition (1812) has a Lead hole (1813); and a nut (101) with a converging surface (1014) at one end (1013).

13. The network plug (1) according to embodiment 12, further comprising a clamping member (102) with a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube body (10), the nut (101) pushes the clamping member (102) through the hollow tube body (10) to deform the plurality of clamping jaws (1022) by the convergent surface (1014) To press the network line (2).

14. A network plug (1), comprising: a body (11); an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123); a wire holder (13) , Connected to the body (11), and has a second connecting portion (131), wherein the first connecting portion (123) and the second connecting portion (131) form a hollow tube (10) for A network line (2) passes; a nut (101) with a converging surface (1014) at one end (1013); and a clamping member (102) with a plurality of clamping jaws (1022), wherein the nut (101) When locked to the hollow tube body (10), the nut (101) pushes the clamping member (102) through the hollow tube body (10) to make the plurality of clamping jaws (1022) By the abutment deformation of the convergent surface (1014), the net line (2) is forced.

15. The network plug (1) according to embodiment 14, wherein the nut (101) further has two sliding grooves (1011) and two openings (1012), and the clamping member (102) further has two protrusions ( 1021), when the nut (101) is locked to the hollow tube (10), the two protrusions (1021) slide along the two sliding grooves (1011), and when the nut (101) is locked to the When the hollow tube body (10) is used, the two protruding portions (1021) are fixed to the two openings (1012).

In summary, the present invention provides a network plug including a nut having a converging surface at one end thereof, and a clamping member having a plurality of clamping claws, so that the plurality of clamping claws are pushed against the converging surface Transform to press a network route, so it is indeed novel and progressive.

Therefore, even if the case has been described in detail by the above-mentioned embodiments and can be modified by any person skilled in the art, it can be modified in any way, as long as it is protected by the scope of the patent application.

1‧‧‧Network plug

101‧‧‧Nut

1012‧‧‧ opening

1013‧‧‧ one end

1021‧‧‧Projection/Third Projection

11‧‧‧Body

111‧‧‧The first protrusion

114‧‧‧ Lower shrapnel

1142‧‧‧Fifth

115‧‧‧The third pivot hole

12‧‧‧Top cover

121‧‧‧First pivot hole

122‧‧‧Joint

124‧‧‧The second end

125‧‧‧Upper shrapnel

132‧‧‧The fifth protrusion

142‧‧‧positioning structure

1421‧‧‧The fourth protrusion

15‧‧‧Contact wafer holder

2‧‧‧Web route

Claims (15)

A network plug (1), including: a body (11) with two first protrusions (111), two second protrusions (112) and a first end (113); an upper cover (12), with Two first pivot holes (121), an engaging portion (122), a first connecting portion (123) and a second end (124), wherein the two first pivot holes (121) are respectively pivotally connected to the Two first protrusions (111); a lead holder (13) connected to the first end (113) and having a second connection portion (131), wherein the first connection portion (123) and the second The connecting portion (131) forms a hollow tube (10) for a network line (2) to pass through; a terminal block (14) has an upper surface (141) and extends outward from the upper surface (141) Two positioning structures (142); an upper elastic piece (125) having a third end (1251) and a fourth end (1252), wherein the third end (1251) is connected to the joint portion (122); The shrapnel (114) has two second pivot holes (1141) and a fifth end (1142), wherein the two second pivot holes (1141) are respectively connected to the two second protrusions (112), the first The four ends (1252) are in contact with the fifth end (1142). When the upper cover (12) is opened outward from the body (11) to form a predetermined angle with the body (11), the second end (124) ) Will interfere with and cross the two positioning structures (142), and by the mutual interference of the fourth end (1252) and the fifth end (1142), the upper cover (12) will be Positioning; one nut (101) with two chutes (1011); and A clamping member (102) has two third protrusions (1021) and a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube (10), the nut (101) ) The hollow tube body (10) is used to push the clamping member (102), so that the two third protrusions (1021) slide along the two sliding grooves (1011) respectively, and the plurality of clamping jaws ( 1022) Transform to force the network line (2). The network plug as described in item 1 of the patent application scope further includes a contact chip holder (15), a contact chip (16), a circuit board (17), a wire clamp (18) and two grounding springs (103) , Wherein the body (11) further has a body bottom plate (116), the nut (101) further has two openings (1012), the contact wafer holder (15) is disposed on the body bottom plate (116), and the contact wafer (116) 16) It is arranged on the contact wafer holder (15), the circuit board (17) is arranged on the contact wafer (16), the terminal block (14) is arranged on the circuit board (17), and the wire clamp (18) ) Is arranged on the terminal block (14), the upper cover (12) is arranged on the wire clamp (18), when the clamping member (102) slides along the two sliding grooves (1011), the two third The protrusions (1021) respectively slide along the two sliding grooves (1011), so that the clamping member (102) does not fall out of the nut (101), and when the nut (101) is locked in the hollow When the tube body (10) is used, the two third protrusions (1021) are fixed to the two openings (1012). The network plug (1) as described in item 2 of the patent application scope, wherein the network plug (1) is a field-terminated network plug (1), and the terminal block (14) is a puncture type terminal block (14), the two positioning structures (142) each have a fourth protruding portion (1421), when the second end (124) interferes with and crosses the two positioning structures (142), and When the fourth end (1252) and the fifth end (1142) interfere with each other, the two fourth protrusions (1421) cause the second end (124) to be pressed against the upper cover (12) to position the At a predetermined included angle, the body (11) further has two third pivot holes (115), the lead holder (13) further has two fifth protrusions (132), and the second fifth protrusions (132) are respectively pivotally connected to The two third pivot holes (115). A network plug (1), including: a body (11); an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123); a wire holder (13), connected The body (11) has a second connection portion (131), wherein the first connection portion (123) and the second connection portion (131) form a hollow tube body (10) for a net The route (2) passes through; a terminal block (14) is provided in the body (11) and has a positioning structure (142), when the upper cover (12) is opened outward from the body (11) to the body After an angle formed between (11) exceeds a predetermined angle, the upper cover (12) is positioned; and a nut (101) has a converging surface (1014) at one end (1013). A network plug (1), including: a body (11); an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123); a wire holder (13), connected The main body (11) has a second connecting portion (131), wherein the first connecting portion (123) has a first elastic piece opening (1231) and a first pre-engagement structure (1232), the first The two connecting parts (131) have a second elastic piece opening (1231) and a second pre-engagement structure (1232), the first connecting part (123) and the second connecting part (131) form a hollow tube (10) for a network line (2) to pass through; a first grounding spring (103) with a first grounding part (1031) and a first engaging part (1032); a second grounding spring (103) ), with a second grounding portion (1031) and a second engaging portion (1032), wherein the first grounding portion (1031) passes through the first spring opening (1231), the second grounding The part (1031) passes through the second elastic piece opening (1231), the net route (2) has a ground net (21), when the upper cover (12) is pressed against the body (11), the first engaging part (1032) When the first pre-engaging structure (1232) and the second engaging portion (1032) are engaged with the second pre-engaging structure (1232), the first grounding portion (1031) and The second grounding part (1031) exerts pressure on the grounding net (21) to achieve the effect of stable grounding; a nut (101) with two sliding grooves (1011); and a clamping member (102) with two A protrusion (1021) and a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube (10), the nut (101) passes through the hollow tube (10) to The clamping member (102) is pushed to slide the two protrusions (1021) along the two sliding grooves (1011) and deform the plurality of clamping jaws (1022) to press the net line (2). The network plug (1) as described in item 5 of the patent application scope, wherein when the upper cover (12) is pressed against the body (11), the first engaging portion (1032) is engaged with the first pre-card When the second engaging portion (1032) is engaged with the second pre-engaging structure (1232), the first engaging portion (1032) is attached to the first in an arc shape The connecting portion (123), the second engaging portion (1032) is attached to the second connecting portion (131) in an arc shape, and the first grounding portion (1031) is attached to the grounding grid in an arc shape ( 21), and the second ground portion (1031) is attached to the ground grid (21) in an arc shape. The network plug (1) as described in item 6 of the patent application scope, wherein the grounding grid (21) is a barbed wire (21) wrapped around the periphery of the network line (2), and the nut (101) has two more openings (1012), and when the nut (101) is locked to the hollow tube (10), the two protrusions (1021) are locked to the two openings (1012). A network plug (1), including: a body (11); An upper cover (12) is pivotally connected to the body (11) and has a first connection part (123); a lead holder (13) is connected to the body (11) and has a second connection part (131) ), wherein the first connection part (123) and the second connection part (131) form a hollow tube (10) for a network line (2) to pass through, wherein the network line (2) has a ground A net (21); a first grounding spring (103), which is arranged on the upper cover (12); a second grounding spring (103), which is arranged on the lead holder (13), so as to serve as the hollow tube body (10) When formed, the first grounding spring piece (103) and the second grounding spring piece (103) apply pressure to the grounding net (21) to achieve the effect of stable grounding; and a nut (101) at one end (1013) ) Has a convergent surface (1014). A network plug (1), including: a body (11); an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123); a wire holder (13), connected The body (11) has a second connection portion (131), wherein the first connection portion (123) and the second connection portion (131) form a hollow tube body (10) for a net The route (2) passes; a line clamp (18), including: an upper layer (181), having two partitions (1812) surrounded by two grooves (1811) adjacent to each other, and each of the grooves (1811) A first lead hole (1813) is provided on both sides corresponding to each of the partitions (1812); and a lower layer (182) has: four first pre-bites (1821); and Four second pre-bite (1821), wherein the net line (2) includes first to first sections each having a first and a second stranded wire (221) which are coated together by a layer of aluminum foil (23) Four pairs of wires (22), the first and second pairs of wires (22) begin to remove the layer of aluminum foil (23) when they are close to the two partitions (1812), respectively, and make the first and second pairs Each of the first and second strands (221) of the wire (22) respectively enter the four first lead holes (1813), and each of the first through the four first lead holes (1813) And each of the second strands (221) is respectively connected to the four first prebites (1821), so that the first and the second pair (22) avoid mutual interference, and the third and the fourth Each of the first and second strands (221) of the pair of wires (22) is also correspondingly connected to the four second pre-bites (1821); a nut (101) with two slide grooves (1011); and a The clamping member (102) has two protrusions (1021) and a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube body (10), the nut (101) is The hollow tube body (10) pushes the clamping member (102), slides the clamping member (102) along the two sliding grooves (1011) and deforms the plurality of clamping jaws (1022) to press the Network line (2). The network plug (1) as described in item 9 of the patent application scope further includes a contact chip holder (15), a contact chip (16), a circuit board (17), and a piercing terminal block (14) , A first and a second grounding spring (103), wherein the body (11) has a body bottom plate (116), the lower layer (182) further has eight pairs of protruding structures (1822) and four second lead holes (1823) ), where four pairs of the protrusion structures (1822) are located between the four first lead holes (1813) and the four first pre-bites (1821) passing through the lower layer (182), and four pairs of the protrusions The structure (1822) is located between the four second pre-bites (1821) and the four second lead holes (1823), the middle of each pair of protruding structures (1822) is a broken line (1824), the contact wafer holder (1824) 15) is disposed on the body bottom plate (116), the contact wafer (16) is disposed on the contact wafer holder (15), the circuit board (17) is disposed on the contact wafer (16) and includes a plurality of broken terminals (171), the punctured terminal block (14) is disposed on the circuit board (17), the wire clip (18) is disposed on the punctured terminal block (14), and the upper cover (12) is disposed on On the clamp (18), each of the first to the fourth pair of wires (22), the first and each of the second strands (221) are corresponding to each of the broken wires (1824) The plurality of wire-breaking terminals (171) pierces one of its plastic sheaths (2211), and then is electrically connected to the corresponding plurality of wire-breaking terminals (171). The network plug (1) as described in item 9 of the patent application scope, wherein the upper layer (181) further has a first to a fifth side wall (1814-1818), the first side wall (1814), the second The side wall (1815) and the fourth side wall (1817) surround one of the two grooves (1811), and the second side wall (1815), the third side wall (1816) and the fifth side wall (1818) surround The other of the two grooves (1811), the fourth side wall (1817) abuts one of the two partitions (1812), and the fifth side wall (1818) abuts the two partitions (1812) One of them. A network plug (1), including: a body (11); an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123); a wire holder (13), connected The body (11) has a second connection portion (131), wherein the first connection portion (123) and the second connection portion (131) form a hollow tube body (10) for a net The route (2) passes through; a line clamp (18) has upper and lower surfaces (181, 182), wherein the upper surface (181) has two main grooves (1811), and each of the main grooves (1811) has a partition (1812) ), and each side of each partition (1812) has a lead hole (1813); and a nut (101) with a converging surface (1014) at one end (1013). The network plug (1) as described in item 12 of the patent application scope further includes a clamping member (102) with a plurality of clamping jaws (1022), wherein when the nut (101) is locked to the hollow tube When the body (10) is in use, the nut (101) pushes the clamping member (102) through the hollow tube body (10), so that the plurality of clamping jaws (1022) abut against the converging surface (1014) Transform to force the network line (2). A network plug (1), including: a body (11); an upper cover (12), pivotally connected to the body (11), and having a first connection portion (123); a wire holder (13), connected The body (11) has a second connection portion (131), wherein the first connection portion (123) and the second connection portion (131) form a hollow tube body (10) for a net Route (2) passes; a nut (101) with a converging surface (1014) at one end (1013); and a clamping member (102) with a plurality of clamping jaws (1022), wherein the nut (101 ) When the hollow tube body (10) is locked, the nut (101) pushes the clamping member (102) through the hollow tube body (10), so that the plurality of clamping jaws (1022) borrow the The abutment deformation of the converging surface (1014) deforms to force the net line (2), wherein the nut (101) further has two openings (1012), and the clamping member (102) further has two protrusions (1021), When the nut (101) is locked to the hollow tube (10), the two protrusions (1021) are locked to the two openings (1012). The network plug (1) as described in item 14 of the patent application scope, wherein the nut (101) further has two sliding grooves (1011), when the nut (101) is locked to the hollow tube body (10) To slide the two protruding parts (1021) along the two sliding grooves (1011).

Images