CN205509140U - Novel connector component - Google Patents

Abstract

The utility model relates to a novel connector component, including a public head, public head is including a grafting portion and a magnetism portion of inhaling, grafting portion inserts in the electronic equipment interface, the face is inhaled for first magnetism by the magnetism portion of an inhaling terminal surface of grafting portion dorsad, a plurality of pins are exposed set up in first magnetism inhale the face, a female head, female head with public first components of a whole that can function independently setting, female head with the one end of public head butt joint has a second magnetism to inhale the face, first magnetism inhale the face with second magnetism is inhaled the facial features and is corresponded magnetic adsorption, female head is including a plurality of rows of needles, arrange the needle with the pin corresponds connects the transmission signal, the pin and/or row's aciculiform becomes at least signal forward group and the reverse group of an at least signal, and the signal forward is organized and the reverse group of signal each other is central symmetry.

Description

A kind of New connector assembly

[technical field]

This utility model relates to a kind of connection assembly, particularly relates to a kind of New connector assembly.

[background technology]

Along with the development of science and technology, electronics 3C Product has become the necessary article in everyone life the most.Based on electronic product is charged, the data wire of common charging also gets more and more, and Android data wire and Fructus Mali pumilae data wire are the most all integral structures, could need to insert by external force when inserting electronic device port, and Android data wire cannot be carried out positive and negative grafting charging, very inconvenient.

[utility model content]

For overcoming existing charging wire inconvenient problem with use, this utility model provides a kind of New connector assembly easy to use.

This utility model solves the scheme of technical problem and is to provide a kind of New connector assembly, including a male, described male includes a Plug Division and a magnetic part, and described Plug Division is inserted in electronic equipment interfaces, and the end face of described magnetic part Plug Division dorsad is the first magnetic face；Multiple pins are exposed is arranged at the first described magnetic face；One female, described female is arranged with described male split, and there are one second magnetic face, described first magnetic face and the described second corresponding magnetic absorption in magnetic face in one end that described female is docked with described male；Described female includes multiple pricking with needle, and described pricking with needle is corresponding with described pin connects transmission signal；Described pin and/or described pricking with needle form at least one signal forward group and at least one signals reverse group, and signal forward group and signals reverse group centrosymmetry each other.

Preferably, at least provided with the power supply main track matched with electronic equipment interfaces and power supply negative wire in described Plug Division, described power supply main track, the conducting corresponding with described pin of power supply negative wire connect.

Preferably, described magnetic part includes that the first insulation division, described first insulation division are arranged on the first magnetic face, and are dielectrically separated from described pin；With magnetic adsorption plate, described magnetic adsorption plate is surrounded on described first insulation division, and described magnetic adsorption plate is Magnet or by the ferrimagnet of magnetic absorption.

Preferably, described magnetic part is a flake structure, and the width of described magnetic part is more than the width of described Plug Division.

Preferably, one end that described female is docked with male arranges a groove, and the bottom surface of described groove is the second magnetic face, and described magnetic part correspondence is contained in described groove.

Preferably, in described groove, the bottom in the second magnetic face is provided with at least one female Magnet, magnetic part described in described female Magnet magnetic absorption.

Preferably, described female farther includes one second insulation division, and the second described insulation division is dielectrically separated from described pricking with needle, and described pricking with needle is exposed protrudes from described second magnetic face.

Preferably, the plurality of pin is to be arranged on the first magnetic face single being separated by, and the unlike signal of described pin transmission is with a setting substantially symmetrical about its central axis, and the corresponding described pin of the plurality of pricking with needle carries out signal and location matches.

Preferably, multiple pin is set in described Plug Division, the plurality of pin matches with the signal in electronic equipment interfaces, the asymmetric setting in one end in inserting electronic equipment interfaces of the unlike signal of the plurality of pin transmission, the plurality of pin is at the multiple pins being connected on the first magnetic face of Plug Division alternate internal.

Preferably, multiple pin is set in described Plug Division, the plurality of pin matches with the signal in electronic equipment interfaces, the unlike signal of the plurality of pin transmission one end in inserting electronic equipment interfaces is symmetrical arranged, and the plurality of pin is at the multiple pins being connected on the first magnetic face of Plug Division interior parallel.

Preferably, the plurality of pin divides two rows to be parallel on the first magnetic face, and the horizontal center line that each array pitch is from the first magnetic face is equivalently-sized, and first row pin constitutes signal forward group, and second row pin constitutes signals reverse group；Female includes the single several rows of pin being separated by setting, and each pricking with needle of this single arrangement all Signal Matching with arbitrary array of pins are connected.

Preferably, the unlike signal of this each array of pins transmission includes V+ signal, V-signal, D+ signal, D-signal with a setting substantially symmetrical about its central axis, the signal of described pin transmission.

Preferably, the plurality of pricking with needle divides two rows to be parallel on the second magnetic face, and the horizontal center line that each array pitch is from the second magnetic face is equivalently-sized, and first row pricking with needle constitutes signal forward group, and second row pricking with needle constitutes signals reverse group；Male includes the single array of pins being separated by setting, and each pin of this single arrangement all Signal Matching with arbitrary row's pricking with needle are connected.

Preferably, the plurality of pin divides at least two rows to be parallel on the first magnetic face, and at least a part of which has the equivalently-sized of two array pitch horizontal center line from the first magnetic face；The signal forward group of pin can be made up of the arbitrary row at least two rows, or is collectively formed with other part pins arranged by the part pin of row arbitrary at least two rows；Female includes the multiple pricking with needle that can be connected respectively arranged with the most several rows of row with the signal forward group of pin and the signals reverse group Signal Matching of pin.

Preferably, the signal forward group of pin at least includes transmitting V+ signal, V-signal, D+ signal, the pin of D-signal；The signals reverse group of pin the most at least includes transmitting V+ signal, V-signal, D+ signal, the pin of D-signal.

Preferably, the plurality of pricking with needle divides at least two rows to be parallel on the second magnetic face, and at least a part of which has the equivalently-sized of two array pitch horizontal center line from the second magnetic face；The signal forward group of pricking with needle can be made up of the arbitrary row at least two rows, or is collectively formed with other part pricking with needle arranged by the part pricking with needle of row arbitrary at least two rows；Male includes the multiple pins that can be connected respectively arranged with the most several rows of row with the signal forward group of pricking with needle and the signal forward group Signal Matching of pricking with needle.

Preferably, the signal forward group of pricking with needle at least includes transmitting V+ signal, V-signal, D+ signal, the pricking with needle of D-signal；The signals reverse group of pricking with needle the most at least includes transmitting V+ signal, V-signal, D+ signal, the pricking with needle of D-signal.

Compared with prior art, a kind of New connector of this utility model assembly has following beneficial effect.

1, this utility model one New connector assembly is by carrying out split setting by male and female 13, the pin of male or the pricking with needle of female are symmetrical structure, make female forward can form power path when male is combined and realize charge function, and female upset 180 ° can also form power path when male is reversely combined and realize charge function.

2, the pin of male is a row, two row or multi-row, and form at least two the most centrosymmetric signal forward group and signals reverse group, each signal forward group has at least transmitted a V+ signal, V-signal, D+ signal, a D-signal, female pricking with needle chooses a signal forward group and/or signals reverse group carries out signal and location matches, male is combined with female forward or female is turned over reverse the combination with male of turnback and can be formed power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission；Female pricking with needle is a row, two row or multi-row, and form at least two the most centrosymmetric signal forward group and signals reverse group, each signal forward group has at least transmitted a V+ signal, V-signal, D+ signal, a D-signal, male pin chooses a signal forward group and/or signals reverse group carries out signal and location matches, male is combined with female forward or female is turned over reverse the combination with male of turnback and can be formed power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

3, male and the form of female split design are used, male is inserted in the middle of the interface of electronic equipment, female is provided with female Magnet, under magneticaction, male and female realize electrically conducting, facilitate male and the connection of female and separation, repeatedly male need not repeatedly be pulled out from the interface of electronic equipment, damage interface thus affect the service life of electronic equipment；The front end of pricking with needle exceeds the second insulation division front end face, and the exposed front end face at the second insulation division so that the electric connection performance of female and male is the most firm, and the stability of signal transmission is more preferable.

4, pricking with needle is pogo-pin pin, and it is long for service life that it has impact resistance, and the transmission of the Low ESR signal of telecommunication is stable, saves the features such as installing space, it is simple to the miniaturization of male 11 simultaneously.

5, female upper end arranges a groove, and this groove shapes, size are corresponding to the magnetic part of male, and magnetic part is just contained in this groove so that it is the most firm that male contacts combination with the face of female, is electrically connected with more stable.

[accompanying drawing explanation]

Fig. 1 is the overall structure schematic diagram of this utility model a kind of New connector assembly.

Fig. 2 is the male head structure schematic diagram of this utility model a kind of New connector Assemblies Example one.

Fig. 3 is the structural representation that the male of this utility model a kind of New connector Assemblies Example one is combined with female front.

Fig. 4 is the structural representation that the male of this utility model a kind of New connector Assemblies Example one is combined with female reverse side.

Fig. 5 is the male head structure schematic diagram of this utility model a kind of New connector Assemblies Example two.

Fig. 6 is the structural representation that the male of this utility model a kind of New connector Assemblies Example two is combined with female.

Fig. 7 is the male head structure schematic diagram of this utility model a kind of New connector Assemblies Example three.

Fig. 8 is the structural representation that the male of this utility model a kind of New connector Assemblies Example three is combined with female.

Fig. 9 is the structural representation that the male of this utility model a kind of New connector Assemblies Example four is combined with female.

Figure 10 a is the male head structure schematic diagram of this utility model a kind of New connector Assemblies Example five.

Figure 10 b is that the male magnetic part of this utility model a kind of New connector Assemblies Example five contacts with female the structural representation of end face.

Figure 10 c is the female perspective view of this utility model a kind of New connector Assemblies Example five.

Figure 10 d is the end face structure schematic diagram that contacts with male of this utility model a kind of New connector Assemblies Example five female.

Figure 10 e is male and the schematic diagram of female combination of this utility model a kind of New connector Assemblies Example five.

Figure 10 f is the structural representation that the male of this utility model a kind of New connector Assemblies Example five and female forward combine Signal Matching.

Figure 10 g is that the female of this utility model a kind of New connector Assemblies Example five overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 11 a is that the male magnetic part of this utility model a kind of New connector Assemblies Example six contacts with female the structural representation of end face.

Figure 11 b is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example six female.

Figure 11 c is the structural representation that the female of this utility model a kind of New connector Assemblies Example six is combined Signal Matching with male forward.

Figure 11 d is that the female of this utility model a kind of New connector Assemblies Example six overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 12 a is that the male magnetic part of this utility model a kind of New connector Assemblies Example seven contacts with female the structural representation of end face.

Figure 12 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example seven is combined Signal Matching with male forward.

Figure 12 c is that the female of this utility model a kind of New connector Assemblies Example seven overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 13 a is that the male magnetic part of this utility model a kind of New connector Assemblies Example eight contacts with female the structural representation of end face.

Figure 13 b is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example eight female.

Figure 13 c is the structural representation that the female of this utility model a kind of New connector Assemblies Example eight is combined Signal Matching with male forward.

Figure 13 d is that the female of this utility model a kind of New connector Assemblies Example eight overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 14 a is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example nine female.

Figure 14 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example nine is combined Signal Matching with male forward.

Figure 14 c is that the female of this utility model a kind of New connector Assemblies Example nine overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 15 a is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example ten female.

Figure 15 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example ten is combined Signal Matching with male forward.

Figure 15 c is that the female of this utility model a kind of New connector Assemblies Example ten overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 16 a is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 11 female.

Figure 16 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example 11 is combined Signal Matching with male forward.

Figure 16 c is that the female of this utility model a kind of New connector Assemblies Example 11 overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 17 a is that the male magnetic part of this utility model a kind of New connector Assemblies Example 12 contacts with female the structural representation of end face.

Figure 17 b is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 12 female.

Figure 17 c is the structural representation that the female of this utility model a kind of New connector Assemblies Example 12 is combined Signal Matching with male forward.

Figure 17 d is that the female of this utility model a kind of New connector Assemblies Example 12 overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 18 a is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 13 female.

Figure 18 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example 13 is combined Signal Matching with male forward.

Figure 18 c is that the female of this utility model a kind of New connector Assemblies Example 13 overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 19 a is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 14 female.

Figure 19 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example 14 is combined Signal Matching with male forward.

Figure 19 c is that the female of this utility model a kind of New connector Assemblies Example 14 overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 20 a is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 15 female.

Figure 20 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example 15 is combined Signal Matching with male forward.

Figure 20 c is that the female of this utility model a kind of New connector Assemblies Example 15 overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 21 a is that the male magnetic part of this utility model a kind of New connector Assemblies Example 16 contacts with female the structural representation of end face.

Figure 21 b is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 16 female.

Figure 21 c is the structural representation that the female of this utility model a kind of New connector Assemblies Example 16 is combined Signal Matching with male forward.

Figure 21 d is that the female of this utility model a kind of New connector Assemblies Example 16 overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 22 a is that the male magnetic part of this utility model a kind of New connector Assemblies Example 17 contacts with female the structural representation of end face.

Figure 22 b is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 17 female.

Figure 22 c is the structural representation that the female of this utility model a kind of New connector Assemblies Example 17 is combined Signal Matching with male forward.

Figure 22 d is that the female of this utility model a kind of New connector Assemblies Example 17 overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 23 a is that the male magnetic part of this utility model a kind of New connector Assemblies Example 18 contacts with female the structural representation of end face.

Figure 23 b is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 18 female.

Figure 24 a is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 19 female.

Figure 24 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example 19 is combined Signal Matching with male forward.

Figure 24 c is that the female of this utility model a kind of New connector Assemblies Example 19 overturns 180 ° of structural representations reversely mated with male binding signal.

Figure 25 a is the structural representation of the end face that contacts with male of this utility model a kind of New connector Assemblies Example 20 female.

Figure 25 b is the structural representation that the female of this utility model a kind of New connector Assemblies Example 20 is combined Signal Matching with male forward.

Figure 25 c is that the female of this utility model a kind of New connector Assemblies Example 20 overturns 180 ° of structural representations reversely mated with male binding signal.

[detailed description of the invention]

In order to make the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with accompanying drawing and embodiment, are further elaborated this utility model.Should be appreciated that specific embodiment described herein, only in order to explain this utility model, is not used to limit this utility model.

Referring to Fig. 1, a kind of New connector assembly 10 that this utility model provides, including male 101, female 103, wire body 105 and plug 107.Female 103, wire body 105 and plug 107 connect as one, and female 103 and plug 107 lay respectively at the two ends of wire body 105, and male 101 designs with female 103 split, and male 101 is connected by magnetic absorption conducting with female 103.Male 101 be plugged into electronic equipment 20 interface 201 in the middle of.Plug 107 can be USB joint, Type-c joint, micro head, any one in Lighting Dock head and HDMI.

Refer to Fig. 2, male 101 for this utility model embodiment one, including Plug Division 1011 and magnetic part 1013, Plug Division 1011 is one-body molded with magnetic part 1013, Plug Division 1011 is rectangular-shaped, it is made of an electrically conducting material, it is plugged in the interface 201 of electronic equipment 20, realize conducting with electronic equipment 20 to be connected, magnetic part 1013 is strip flake, Plug Division 1011 be positioned on magnetic part 1013 (herein and the following stated " on ", D score, the position word such as " interior " or " outward " is only used for limiting the relative position in given view), the width of the width ratio magnetic part 1013 of Plug Division 1011 is slightly smaller.Plug Division 1011 includes power supply main track 1021, data negative wire 1023, data main track 1025, left power supply negative wire 1027 and right power supply negative wire 1029, also (V+ is defined as: the positive signal of power supply to be V+ line, D-line, D+ line, V-line and V-line, D+ is defined as: the positive signal of data, D-is defined as: data minus signal, V-is defined as: power supply negative signal), every line is from left to right arranged in order.Owing to the stitch order in electronic equipment 20 interface 201 is fixing, the signal from left to right transmitted is followed successively by V+ signal electric contact point, D-signal electric contact point, D+ signal electric contact point, dead end electric contact point, V-signal electric contact point.Dead end electric contact point is connected with any one conducting in V+ signal, D-signal, D+ signal, V-signal, therefore to mate with signal in the interface 201 of electronic equipment 20, holding wire arrangement putting in order of line in terms of upper end, Plug Division 1011 in Plug Division 1011 is followed successively by power supply main track 1021, data negative wire 1023, data main track 1025, left power supply negative wire 1027 and right power supply negative wire 1029, and the putting in order as left power supply negative wire 1027, data negative wire 1023, power supply main track 1021, data main track 1025 and right power supply negative wire 1029 of line is seen in lower end, Plug Division.Magnetic part 1013 includes pin 1041 and magnetic adsorption plate 1043 and the first insulation division 1045, pin 1041 quantity is five, its lower end one_to_one corresponding with five holding wires in Plug Division 101 turning on is connected, the function of five pins 1041 is respectively power cathode, data negative pole, positive source, data positive pole and power cathode successively.Pin 1041 is the exposed front end face being arranged at magnetic adsorption plate 1043 in a row, and the first insulation division 1045 is arranged on the surrounding of pin 1041 so that insulated from each other between multiple pins 1041, makes pin 1041 and magnetic adsorption plate 1043 insulated from each other simultaneously.Magnetic adsorption plate 1043 can be ferromagnetic material, it is also possible to for by the ferrimagnet of magnet adsorption.

The conducting of the pin of male 101 1,041 first and left power supply negative wire 1027 is connected, and the 3rd of pin 1041 is connected with power supply main track 1021 conducting, left power supply negative wire 1027 and form male 101 and signal forward group A of female 103 signal connection with power supply main track 1021.

Referring to Fig. 3, the male 101 for this utility model embodiment one is combined with the forward of female 103, and female 103 is rectangular-shaped, and female 103 includes contact 1031, pricking with needle 1033 and female Magnet 1035.The upper end of female 103 arranges a groove, and this groove shapes, size correspond to magnetic part 1013, and magnetic part 1013 is contained in this groove, is provided with multiple contact 1031 in this groove.Pricking with needle 1033 includes left first power end pricking with needle 1061, second source end pricking with needle the 1065, first data terminal pricking with needle the 1063, second data terminal pricking with needle 1067 and right first power end pricking with needle 1069, the upper end of pricking with needle 1033 and contact 1031 one_to_one corresponding turning on is connected, and lower end is connected with wire body 105 conducting.A left side the first power end pricking with needle 1061 described in the conducting connection of this each contact 1031, first data terminal pricking with needle 1063, second source end pricking with needle 1065, the second data terminal pricking with needle 1067 and right first power end pricking with needle 1069, and the position of this contact 1031 is configured corresponding to the pin 1041 of male 101.Female Magnet 1035 is corresponding with magnetic adsorption plate 1043, by magnetic absorption, female 103 is linked together with both males 101, once female 103 is connected with male 101, then the pin 1041 in male 101 is also switched on the contact 1031 in female 103, reaches to be electrically connected with.Pricking with needle 1033 is that parallel arranged, i.e. identical with putting in order of bottom putting in order of top, putting in order of pricking with needle 1033 top is followed successively by left first power end pricking with needle the 1061, first data terminal pricking with needle 1063, second source end pricking with needle the 1065, second data terminal pricking with needle 1067 and right first power end pricking with needle 1069, and putting in order of pricking with needle 1033 bottom is also followed successively by left first power end pricking with needle the 1061, first data terminal pricking with needle 1063, second source end pricking with needle the 1065, second data terminal pricking with needle 1067 and right first power end pricking with needle 1069.Connection by contact 1031 with pin 1041, the left upper end of the first power end pricking with needle 1061 is connected with the left power supply negative wire 1027 of male 101, the upper end of the first data terminal pricking with needle 1063 is connected with the data negative wire 1023 of male 101, the upper end of second source end pricking with needle 1065 is connected with the power supply main track 1021 of male 101, the upper end of the second data terminal pricking with needle 1067 is connected with the data main track 1025 of male 101, and the right upper end of the first power end 1069 pricking with needle is connected with the right power supply negative wire 1029 of male 101.So, owing to the upper end of left first power end pricking with needle 1061 is connected with the left power supply negative wire 1027 of male 101, the upper end of second source end pricking with needle 1065 is connected with the power supply main track 1021 of male 101, the right upper end of the first power end 1069 pricking with needle is connected with the right power supply negative wire 1029 of male 101, can be charged electronic equipment.

The conducting of the pin 1041 of male 101 the 3rd and right power supply negative wire 1029 is connected, and the 3rd of pin 1041 is connected with power supply main track 1021 conducting, right power supply negative wire 1029 and form male 101 and signals reverse group B of female 103 signal connection with power supply main track 1021.The signal of the pin 1041 signal forward group A transmission of male 101 and the signal centrosymmetry each other of pin 1041 signals reverse group B transmission.

Refer to Fig. 4, for the male 101 of this utility model embodiment one overturn with female 103 180 ° in when being reversely combined, putting in order of pricking with needle 1033 is from left to right followed successively by right first power end pricking with needle the 1069, second data terminal pricking with needle 1067, second source end pricking with needle the 1065, first data terminal pricking with needle 1063 and left first power end pricking with needle 1061.Pricking with needle 1033 is by the connection of contact 1031 with pin 1041, right first power end pricking with needle 1069 is connected with the left power supply negative wire 1027 of male 101, second data terminal pricking with needle 1067 is connected with the data negative wire 1023 of male 101, second source end pricking with needle 1065 is connected with the power supply main track 1021 of male 101, first data terminal pricking with needle 1063 is connected with the data main track 1025 of male 101, and left first power end pricking with needle 1061 is connected with the right power supply negative wire 1029 of male 101.So, owing to right first power end pricking with needle 1069 is connected with the left power supply negative wire 1027 of male 101, second source end pricking with needle 1065 is connected with the power supply main track 1021 of male 101, and left first power end pricking with needle 1061 is connected with the right power supply negative wire 1029 of male 101, can be charged electronic equipment.Therefore, no matter female 103 is front or reverse side use, can be charged electronic equipment.

Referring to Fig. 5, for the male 201 of this utility model embodiment two, include Plug Division 2011 and magnetic part 2013 equally, Plug Division 2011 is one-body molded with magnetic part 2013.Plug Division 2011 includes left power supply main track 2022, left data main track 2023, data negative wire 2024, right data main track 2025 and right power supply main track 2026, every line is from left to right arranged in order, it is i.e. to arrange with data negative wire 2024 for axial symmetry, and the shell of Plug Division 2011 is metal material makes, sidewall uses as power cathode, being ground wire, left and right sides wall is equivalent to left ground wire 2021 and right ground wire 2027.Left ground wire 2021, left power supply main track 2022, left data main track 2023, data negative wire 2024, right data main track 2025, right power supply main track 2026 and right ground wire 2027 are from left to right arranged in order, and parallel arranged, i.e. every line is identical putting in order of upper and lower.Magnetic part 2023 includes pin 2041 and magnetic adsorption plate 2043, seven pins 2041 and seven line one_to_one corresponding turning on are connected, and the function of seven pins 2041 is respectively power cathode, positive source, data positive pole, data negative pole, data positive pole, positive source and power cathode successively.Male 201 Magnet is round pin 2041.

Referring to Fig. 6, for male 201 and the combination of female 203 of this utility model embodiment two, female 203 is rectangular-shaped, and female 203 includes contact 2031, pricking with needle (unlabelled) and female Magnet 2035.The upper end of female 203 arranges a groove, and this groove shapes, size correspond to magnetic part 2013, and magnetic part 2013 is contained in this groove, is provided with multiple contact 2031 in this groove.Pricking with needle includes left first power end pricking with needle 2061, left second source end pricking with needle 2062, left first data terminal pricking with needle the 2063, second data terminal pricking with needle 2064, right first data terminal pricking with needle 2065, right second source end pricking with needle 2066 and right first power end pricking with needle 2067, seven pricking with needle are with the second data terminal pricking with needle 2064 as axial symmetry, the upper end of pricking with needle and contact 2031 one_to_one corresponding turning on is connected, and lower end is connected with wire body (not shown).A left side the first power end pricking with needle 2061 described in the conducting connection of this each contact 2031, left second source end pricking with needle 2062, left first data terminal pricking with needle 2063, second data terminal pricking with needle 2064, right first data terminal pricking with needle 2065, right second source end pricking with needle 2066 and right first power end pricking with needle 2067, and the position of this contact 2031 is configured corresponding to the pin 2041 of male 201.Female Magnet 2035 is corresponding with magnetic adsorption plate 2043, by magnetic absorption, female 203 is linked together with both males 201, once female 203 is connected with male 201, then the pin 2041 in male 201 is also switched on the contact 2031 in female 203, reaches to be electrically connected with.Pricking with needle is that parallel arranged, it it is i.e. left first power end pricking with needle 2061, left second source end pricking with needle 2062, left first data terminal pricking with needle 2063, second data terminal pricking with needle 2064, right first data terminal pricking with needle 2065, right second source end pricking with needle 2066 and right first power end pricking with needle 2067 are identical with putting in order of bottom in putting in order of top.Connection by contact 2031 with pin 2041, the left upper end of the first power end pricking with needle 2061 is connected with the left ground wire 2021 of male 201, the upper end of left second source end pricking with needle 2062 is connected with the left power supply main track 2022 of male 201, the left upper end of the first data terminal pricking with needle 2063 is connected with the left data main track 2023 of male 201, the upper end of the second data terminal pricking with needle 2064 is connected with the data negative wire 2024 of male 201, the right upper end of the first data terminal pricking with needle 2065 is connected with the right data main track 2025 of male 201, the upper end of right second source end pricking with needle 2066 is connected with the right power supply main track 2026 of male 201, the right upper end of the first power end pricking with needle 2067 is connected with the right ground wire 2027 of male 201.So, owing to left first power end pricking with needle 2061 is connected with left ground wire 2021, right first power end pricking with needle 2067 is connected with right ground wire 2027, left second source end pricking with needle 2062 is connected with left power supply main track 2022, right second source end pricking with needle 2066 and right power supply main track 2026 connect, and can be charged electronic equipment.When female 203 inverts, owing to pricking with needle is symmetrically arranged, therefore, left first power end pricking with needle 2061 is connected with right ground wire 2027, right first power end pricking with needle 2067 is connected with left ground wire 2021, left second source end pricking with needle 2062 is connected with right power supply main track 2026, and right second source end pricking with needle 2066 and left power supply main track 2022 connect and also can be charged electronic equipment.Achieve equally and electronic equipment can be charged when female 203 positive-negative connected when.

Refer to Fig. 7, male 301 for this utility model embodiment three, including Plug Division 3011 and magnetic part 3013, Plug Division 3011 is one-body molded with magnetic part 3013, Plug Division 3011 is rectangular-shaped, magnetic part 3013 is strip, and Plug Division 3011 is positioned on magnetic part 3013, and the width of the width ratio magnetic part 3013 of Plug Division 3011 is slightly smaller.Plug Division 3011 includes power supply main track 3021, left power supply negative wire 3027 and right power supply negative wire 3029, is also V+ line, V-line and V-line, and every line is from left to right arranged in order.Owing to the stitch order of electronic equipment interfaces is positive source, data negative pole, data positive pole, dead end and ground connection, therefore in terms of upper end, Plug Division line put in order as power supply main track 3021, left power supply negative wire 3027 and right power supply negative wire 3029, and power supply main track 3021, left power supply negative wire 3027 and right power supply negative wire 3029 and the positive source of electronic equipment stitch, dead end and ground connection one_to_one corresponding, and the putting in order as left power supply negative wire 3027, power supply main track 3021 and right power supply negative wire 3029 of line is seen in lower end, Plug Division 3011.Magnetic part 3013 includes pin 3041 and magnetic adsorption plate 3043, and the lower end one_to_one corresponding of three pins 3041 and three lines turning on is connected, and the function of three pins 3041 is respectively power cathode, positive source and power cathode successively.Magnetic adsorption plate 3043 is round pin 3041.

The conducting of the pin of male 301 3,041 first and left power supply negative wire 3027 is connected, and the 3rd of pin 3041 is connected with power supply main track 3021 conducting, left power supply negative wire 3027 and form male 301 and signal forward group C of female 303 signal connection with power supply main track 3021.

The pin 3041 the 3rd of 301 is connected with the conducting of right power supply negative wire 3029, and the 3rd of pin 3041 is connected with power supply main track 3021 conducting, right power supply negative wire 3029 and form male 301 and signal forward group D of female 303 signal connection with power supply main track 3021.The signal of the signal forward group C transmission of pin 3041 and the signal centrosymmetry each other of pin 3041 signals reverse group D transmission.

Referring to Fig. 8, the male 301 for this utility model embodiment three is combined with the forward of female 303, and female 303 is rectangular-shaped, and female 303 includes contact 3031, pricking with needle 3033 and female Magnet 3035.The upper end of female 303 arranges a groove, and this groove shapes, size correspond to magnetic part 3013, and magnetic part 3013 is contained in this groove, is provided with multiple contact 3031 in this groove.Pricking with needle 3033 includes left first power end pricking with needle 3061, second source end pricking with needle 3065 and right first power end pricking with needle 3069, and the upper end of pricking with needle 3033 and contact 3031 one_to_one corresponding turning on is connected, and lower end is connected with wire body 305 conducting.A left side the first power end pricking with needle 3061 described in the conducting connection of this each contact 3031, second source end pricking with needle 3065 and right first power end pricking with needle 3069, and the position of this contact 3031 are configured corresponding to the pin 3041 of male 301.Female Magnet 3035 is corresponding with magnetic adsorption plate 3043, by magnetic absorption, female 303 is linked together with both males 301, once female 303 is connected with male 301, then the pin 3041 in male 301 is also switched on the contact 3031 in female 303, reaches to be electrically connected with.Pricking with needle 3033 is that parallel arranged, i.e. identical with putting in order of bottom putting in order of top, and pricking with needle 3033 is as axis of symmetry with second source end pricking with needle 3065, putting in order of pricking with needle 3033 top is followed successively by left first power end pricking with needle 3061, second source end pricking with needle 3065 and right first power end pricking with needle 3069, and putting in order of pricking with needle 1033 bottom is also followed successively by left first power end pricking with needle 3061, second source end pricking with needle 3065 and right first power end pricking with needle 3069.Connection by contact 3031 with pin 3041, the left upper end of the first power end pricking with needle 3061 is connected with the left power supply negative wire 3027 of male 301, the upper end of second source end pricking with needle 3065 is connected with the power supply main track 3021 of male 301, and the right upper end of the first power end 3069 pricking with needle is connected with the right power supply negative wire 3029 of male 301.So, owing to the upper end of left first power end pricking with needle 3061 is connected with the left power supply negative wire 3027 of male 301, the upper end of second source end pricking with needle 3065 is connected with the power supply main track 3021 of male 301, the right upper end of the first power end 3069 pricking with needle is connected with the right power supply negative wire 3029 of male 301, can be charged electronic equipment.When female 303 inverts, owing to pricking with needle 3033 is symmetrically arranged, therefore, left first power end pricking with needle 3061 is connected with the right power supply negative wire 3029 of male 301, the upper end of second source end pricking with needle 3065 is connected with the power supply main track 3021 of male 301, right first power end pricking with needle 3069 is connected with the left power supply negative wire 3027 of male 301, the most also can be charged electronic equipment.Achieve equally and electronic equipment can be charged when female 303 positive-negative connected when.

Therefore, left power supply negative wire 3027 is connected pin 3041 and the pin 3041 that the pin 3041 that right power supply negative wire 3029 is connected is connected relative to power supply main track 3021 are symmetrical arranged.Contact 3031 that left first power end pricking with needle 3061 is connected and the contact 3031 that the contact 3031 that right first power end 3069 pricking with needle is connected is connected relative to second source end pricking with needle 3065 are symmetrical arranged, and it is corresponding with the pin 3041 that power supply main track 3021, left power supply negative wire 3027 and right power supply negative wire 3029 are connected.

Refer to Fig. 9, male 401 for this utility model embodiment four is combined with the forward of female 403, and the difference from embodiment three is different at the arrangement of pricking with needle 4033 internal with male 401 internal electric source main track 4021, left power supply negative wire 4027 and the connected mode of right power supply negative wire 4029 and female 403.Pricking with needle 4033 includes left first power end pricking with needle 4061, second source end pricking with needle 4065 and right first power end pricking with needle 4069, in terms of the upper end of pricking with needle 4033, it puts in order as left first power end pricking with needle 4061, second source end pricking with needle 4065 and right first power end pricking with needle 4069；In terms of the lower end of pricking with needle 4033, it puts in order as left first power end pricking with needle 4061, right first power end pricking with needle 4069 and second source end pricking with needle 4065.The upper end of pricking with needle 4033 and contact 4031 one_to_one corresponding turning on is connected, and lower end is connected with wire body conducting.A left side the first power end pricking with needle 4061 described in the conducting connection of this each contact 4031, second source end pricking with needle 4065 and right first power end pricking with needle 4069, and the position of this contact 4031 are configured corresponding to the pin 4041 of male 401.Once female 403 is connected with male 401, then the pin 4041 in male 401 is also switched on the contact 4031 in female 403, reaches to be electrically connected with.Plug Division 4011 includes power supply main track 4021, left power supply negative wire 4027 and right power supply negative wire 4029, is also V+ line, V-line and V-line, and every line is from left to right arranged in order.Power supply main track 4021, left power supply negative wire 4027 and right power supply negative wire 4029 top put in order and bottom put in order identical, and with left power supply negative wire 4027 as axis of symmetry, putting in order of top, Plug Division 4011 is followed successively by power supply main track 4021, left power supply negative wire 4027 and right power supply negative wire 4029, and putting in order of bottom, Plug Division 4011 is also followed successively by power supply main track 4021, left power supply negative wire 4027 and right power supply negative wire 4029.Connection by contact 4031 with pin 4041, the left upper end of the first power end pricking with needle 4061 is connected with the left power supply negative wire 4027 of male 401, the upper end of second source end pricking with needle 4065 is connected with the power supply main track 4021 of male 401, and the right upper end of the first power end 4069 pricking with needle is connected with the right power supply negative wire 4029 of male 401.So, owing to the upper end of left first power end pricking with needle 4061 is connected with the left power supply negative wire 4027 of male 401, the upper end of second source end pricking with needle 4065 is connected with the power supply main track 4021 of male 401, the right upper end of the first power end 4069 pricking with needle is connected with the right power supply negative wire 4029 of male 401, can be charged electronic equipment.When female 403 inverts, owing to pricking with needle 4033 is symmetrically arranged, therefore, left first power end pricking with needle 4061 is connected with the right power supply negative wire 4029 of male 401, the upper end of second source end pricking with needle 4065 is connected with the power supply main track 4021 of male 401, right first power end pricking with needle 4069 is connected with the left power supply negative wire 4027 of male 401, the most also can be charged electronic equipment.Achieve equally and electronic equipment can be charged when female 403 positive-negative connected when.

Therefore, left power supply negative wire 4027 is connected pin 4041 and the pin 4041 that the pin 4041 that right power supply negative wire 4029 is connected is connected relative to power supply main track 4021 are symmetrical arranged.Contact 4031 that left first power end pricking with needle 4061 is connected and the contact 4031 that the contact 4031 that right first power end 4069 pricking with needle is connected is connected relative to second source end pricking with needle 4065 are symmetrical arranged, and it is corresponding with the pin 4041 that power supply main track 4021, left power supply negative wire 4027 and right power supply negative wire 4029 are connected.

From first to the 4th embodiment we can obtain such prompting, when the pin of male and the pricking with needle quantity of female are equal, and when being symmetrical single row configuration, have only to male pin and form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other, and signal forward group and signals reverse group at least include a V+ signal and a V-signal；Female pricking with needle chooses one of them signal forward group of pin or one of them signals reverse group carries out signal and location matches is arranged, so ensure that no matter female front turns under magnetic absorption with male to be connected, or female overturns 180 ° of reverse side and male V+, V-conducting corresponding with V+, V-of female can be made to be connected with male conducting connection, forms power supply signal transmission path and realizes charge function.

Refer to Figure 10 a and Figure 10 b, the laying of the pin 1131 in the 5th embodiment male 11 magnetic part 113 unlike first embodiment.The one side of the Plug Division dorsad 111 of the magnetic part 113 of male 11 forms the first magnetic face 1137, and the first magnetic face 1137 coordinates with female 13 magnetic absorption, makes male 11 and female 13 electrically conduct.Pin 1131 is that single first magnetic face 1137 top half that is arranged on is at horizontal direction centrage L (L herein can be any distance of 113 upper surfaces from centrage to magnetic part), the number of pin 1131 can be one or more, and pin 1131 is exposed to the first magnetic face 1137, electrically conduct for matching with female 13.First insulation division 1135 is wrapped in the surrounding of pin 1131 and pin 1131 is insulated each other, and magnetic adsorption plate 1133 is ferromagnetic conductive material, is circumferentially positioned at the first insulation division 1135 surrounding.

Pin 1131 includes a V+ pin 1141, a D+ pin 1143, a D-pin 1145, oneth V-pin 1140, wherein a V+ pin 1141 transmits V+ signal, and a D+ pin 1143 transmits D+ signal, oneth D-pin 1145 transmits D-signal, and a V-pin 1147 transmits V-signal.The pin 131 arrangement in magnetic part 113 is a D+ pin 1143 the most successively, a D-pin 1145, a V+ pin 1141, D-pin 1145 and a V-pin 1147.Corresponding signal pin 1311 can be connected with corresponding signal line conducting in the interface of electronic equipment by the respective pins being arranged in Plug Division, it is achieved signal transmits.

Referring to Figure 10 c and 10d, female 13 includes pricking with needle 131, female Magnet 133, the second insulation division 135 and groove 137.nullFemale 13 is rectangular-shaped，Its upper end arranges a groove 137，This groove 137 shape、Size is corresponding to the magnetic part 113 of male 11，Magnetic part 113 is just contained in this groove 137，With groove 137 end plane-plane contact，Female Magnet 133 is permanent magnet or electric magnet，It is arranged at groove 137 bottom surface，And around being arranged at around the second insulation division 135，Flush bottom the front end face of female Magnet 133 and groove 137，Make to be formed bottom groove 137 one second magnetic face 139，And second magnetic face 139 and the first magnetic face 1137 shape size just as，Under male 11 and female 13 magnetic absorption combine，First magnetic face 1137 of male 11 and the second magnetic face, magnetic face 139 absorption of female 13，Male 11 and female 13 is made to combine the most firm，It is electrically connected with more stable.

Second magnetic face 139 is provided with pricking with needle 131, pricking with needle 131 is horizontally oriented two rows be arrangeding in parallel, first row is arranged at the second magnetic face 139 top half distance horizontal direction centrage L, and second row is arranged at the second the latter half, magnetic face 139 distance horizontal direction centrage L.The second rectangular shape of insulation division 135 is wrapped in pricking with needle 131 surrounding, each pricking with needle 131 is insulated each other, pricking with needle 131 front end exceeds the second insulation division 135 front end face, and the exposed front end face at the second insulation division 135, the electric connection performance making female 13 and male 11 is the most firm, and the stability of signal transmission is more preferable.Pricking with needle 131 is preferably pogo-pin pin so that it is long for service life that pricking with needle 131 has impact resistance, and the transmission of the Low ESR signal of telecommunication is stable, saves the features such as installing space, it is simple to the miniaturization of male 11 simultaneously.

Pricking with needle 131 includes a D+ pricking with needle 1313, two D-pricking with needle 1315, a V-pricking with needle 1317, one V+ pricking with needle 1311, one the 2nd D+ pricking with needle 1312, a 2nd V-pricking with needle 1316, two the 2nd D-pricking with needle 1314 and a 2nd V+ pricking with needle 1310.The distributing order of pricking with needle 131 first row is a D+ pricking with needle 1313 the most successively, a D-pricking with needle 1315, a V+ pricking with needle 1311, D-pricking with needle 1315 and a V-pricking with needle 1317.Second row is arranged with first row centrosymmetry each other, is the 2nd V-pricking with needle 1316 the most successively, the 2nd D-pricking with needle 1314, the 2nd V+ pricking with needle 1310, the 2nd D-pricking with needle 1314 and the 2nd D+ pricking with needle 1312.

nullRefer to Figure 10 e and 10f，When forward combines，When male 11 is close with female 13，The magnetic part 113 of male 11 can combine under magnetic action with female Magnet 133，During then magnetic part 113 just houses the groove 137 of female 13，First magnetic face 1137 of male 11 and the second magnetic face 139 of female 13 are combined under magnetic absorption，So that D+ pricking with needle 1313 conducting of a D+ pin 1143 of male 11 and female 13 connects，Oneth D-pin 1145 of male 11 and D-pricking with needle 1315 conducting of female 13 connect，Oneth V+ pin 1141 of male 11 and V+ pricking with needle 1311 conducting of female 13 connect，Oneth V+ pin 1141 of male 11 and V+ pricking with needle 1311 conducting of female 13 connect，Oneth V-pin 1147 of male 11 and V-pricking with needle 1317 conducting of female 13 connect.An i.e. D+ pin 1143 of male 11, oneth D-pin 1145, oneth V+ pin 1141, oneth D-pin 1145, oneth V-pin 1147 and a D+ pricking with needle 1313 of female 13, a D-pricking with needle 1315, a V+ pricking with needle 1311, oneth D-pricking with needle 1315, V-pricking with needle 1317 one_to_one corresponding also turns on connection.The i.e. D-signal of male 11, D+ signal, V-signal, V+ signal forms path with the D-signal of female 13, D+ signal, V-signal, V+ signal one_to_one corresponding respectively, so male 11 and female 13 is the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Refer to Figure 10 g, anti-phase combination, i.e. female 13 is overturn 180 ° and be reversely combined with male 11.At this moment the sequence of the pin 1131 of male 11 is constant.In conjunction with time, oneth D+ pin 1143 of male 11, oneth D-pin 1145, oneth V+ pin 1141, oneth D-pin 1145, a V-pin 1147 respectively with the 2nd D+ pricking with needle 1312 of female 13, the 2nd D-pricking with needle 1314,2nd V+ pricking with needle 1310, the 2nd D-pricking with needle the 1314, the 2nd V-pricking with needle 1316 one_to_one corresponding conducting connects.The D-signal of male 11, D+ signal, V-signal, V+ signal is made to form path with the D-signal of female 13, D+ signal, V-signal, V+ signal one_to_one corresponding respectively, so male 11 and female 13 is the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

The first row of pricking with needle 131 forms signal forward group E, and second row forms signals reverse group F, signal forward group E and signals reverse group F centrosymmetry each other and arranges.Signal forward group E and signals reverse group F have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Refer to Figure 11 a and Figure 11 b, the signal change of pin 2131 transmission of sixth embodiment male 21 unlike the 5th embodiment, pin 2131 is a D+ pin 2143 the most successively, oneth D-pin 2145, oneth V+ pin 2141, a V-pin 2147, a V-pin 2147.

The signal of pricking with needle 231 transmission in female 23 also changes, and pricking with needle 231 first row is followed successively by a D+ pricking with needle 2313, a V+ pricking with needle 2311, a D-pricking with needle 2315, a V-pricking with needle 2317, a V-pricking with needle 2317 from left to right；Second row and first row centrosymmetry each other are followed successively by the 2nd V-pricking with needle 2316, the 2nd V-pricking with needle 2316, the 2nd D-pricking with needle 2314, the 2nd V+ pricking with needle the 2310, the 2nd D+ pricking with needle 2312 from left to right.

Refer to Figure 11 c, oneth D+ pin 2143 of male 21 when male 21 and female 23 forward combine, oneth D-pin 2145, oneth V+ pin 2141, oneth V-pin 2147, oneth V-pin 2147 respectively with a D+ pricking with needle 2313 of female 23, oneth V+ pricking with needle 2311, oneth D-pricking with needle 2315, oneth V-pricking with needle 2317, oneth V-pricking with needle 2317 one_to_one corresponding conducting connects, and such male 11 and female 13 are the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Refer to Figure 11 d, keep male 21 constant, after female 23 overturns 180 °, it is connected with the conducting of male 21 magnetic absorption, at this moment a D+ pin 2143 of male 21, oneth D-pin 2145, oneth V+ pin 2141, oneth V-pin 2147, oneth V-pin 2147 respectively with the 2nd D+ pricking with needle 2312 of female 23, 2nd V+ pricking with needle 2310, 2nd D-pricking with needle 2314, 2nd V-pricking with needle 2316, 2nd V-pricking with needle 2316 one_to_one corresponding conducting connects, so male 21 and female 23 is the formation of power supply signal path and data signal path, charging and the function of data transmission can be realized.

Similar with the 5th embodiment, the first row of pricking with needle 231 forms a signal forward group, and second row forms signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arranges.And signal forward group and signals reverse group all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Refer to 12a, 12b and 12c, 7th embodiment is unlike the 5th embodiment, pin 3131 position of male 31 changes, pin 3131 is single, being arranged at the first lower half, magnetic face 3137 distance horizontal direction centrage L, the order of pin 3131 is D+ pin the 3143, the oneth D-pin the 3145, the oneth V+ pin the 3141, the oneth D-pin the 3145, an oneth V-pin 3147 the most successively.

When male 31 and female 33 forward combine, oneth D+ pin the 3143, the oneth D-pin the 3145, the oneth V+ pin the 3141, the oneth D-pin the 3145, the oneth V-pin 3147 of male 31 respectively with the 2nd D+ pricking with needle 3312 of female 33,2nd D-pricking with needle 3314,2nd V+ pricking with needle 3310,2nd D-pricking with needle 3314 and the conducting of the 2nd V-pricking with needle 3316 one_to_one corresponding connect, so male 31 and female 33 is the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Keep male 31 constant, female 33 is combined with male 31 after overturning 180 °, now D+ pin the 3143, the oneth D-pin the 3145, the oneth V+ pin the 3141, the oneth D-pin the 3145, an oneth V-pin 3147 of male 31 respectively with a D+ pricking with needle 3313 of female 33, oneth V+ pricking with needle 3311, oneth D-pricking with needle 3315, oneth V-pricking with needle 3317, oneth V-pricking with needle 3317 one_to_one corresponding conducting connects, so male 31 and female 33 is the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Similar with the 5th embodiment, the first row of pricking with needle 331 forms a signal forward group, and second row forms signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arranges.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Embodiment before we can obtain such prompting, when the pin of male is a row, the pricking with needle of female is two rows be arrangeding in parallel, pricking with needle first row is arranged at the second magnetic face first half distance horizontal center line L, second row is arranged at the second lower half, magnetic face distance horizontal center line L, i.e. first row and the second row of pricking with needle is the most equal with the distance of horizontal center line.The pricking with needle of female forms at least one signal forward group and at least one is organized signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arranges.Each signal forward group and each signals reverse group have at least transmitted a D-signal, a D+ signal, a V-signal and a V+ signal, the concrete installation position of signal does not limits, the coupling that male pin only needs gather pin wherein any one signal forward group and/or any one signals reverse group to carry out position and signal is arranged, so reversely be combined with male after male and female forward combine or female overturns 180 ° and can form power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Refer to Figure 13 a, 8th embodiment is unlike the 5th embodiment, the pin 4131 of male 41 is two rows be arrangeding in parallel, first row is arranged at the first magnetic face 4137 first half distance horizontal center line L, second row is arranged at the first lower half, magnetic face 4137 distance horizontal center line L, first row is a D+ pin 4143 the most successively, oneth D-pin 4145, oneth V+ pin 4141, oneth D-pin 4145 and a V-pin 4147, second row is laid and first row centrosymmetric structure each other, it is the 2nd V-pin 4146 the most successively, 2nd D-pin 4144, 2nd V+ pin 4140, 2nd D-pin 4144, 2nd D+ pin 4142.

Refer to Figure 13 b, the pricking with needle 431 of female 43 carries out position according to the pin 4131 of male 41 and Signal Matching is arranged, the first row of pin 4131 is arranged at the second magnetic face 439 first half distance horizontal center line L, and second row is arranged at the second lower half, magnetic face 439 distance horizontal center line L.First row is a D+ pricking with needle 4313 the most successively, a D-pricking with needle 4315, a V+ pricking with needle 4311, D-pricking with needle 4315 and a V-pricking with needle 4317.The second row of pricking with needle 431 is laid and is arranged with first row centrosymmetry each other, is the 2nd V-pricking with needle 4316 the most successively, the 2nd D-pricking with needle 4314, the 2nd V+ pricking with needle 4310, the 2nd D-pricking with needle 4314 and the 2nd D+ pricking with needle 4312.

nullRefer to Figure 13 c，When male 41 and female 43 forward combine，Oneth D+ pin 4143 of male 41，Oneth D-pin 4145，Oneth V+ pin 4141，Oneth D-pin 4145，Oneth V-pin 4147，2nd V-pin 4146，2nd D-pin 4144，2nd V+ pin 4140，2nd D-pin 4144，2nd D+ pin 4142 respectively with a D+ pricking with needle 4313 of female 43，Oneth D-pricking with needle 4315，Oneth V+ pricking with needle 4311，Oneth D-pricking with needle 4315，Oneth V-pricking with needle 4317，2nd V-pricking with needle 4316，2nd D-pricking with needle 4314，2nd V+ pricking with needle 4310，2nd D-pricking with needle 4314，2nd D+ pricking with needle 4312 one_to_one corresponding conducting connects，So male 41 and female 43 is the formation of power supply signal path and data signal path，Charging and the function of data transmission can be realized.

nullRefer to Figure 13 d，Female 43 overturns 180 ° again when male 41 is combined，Oneth D+ pin 4143 of male 41，Oneth D-pin 4145，Oneth V+ pin 4141，Oneth D-pin 4145，Oneth V-pin 4147，2nd V-pin 4146，2nd D-pin 4144，2nd V+ pin 4140，2nd D-pin 4144，2nd D+ pin 4142 respectively with female 43 the 2nd D+ pricking with needle 4312，2nd D-pricking with needle 4314，2nd V+ pricking with needle 4310，2nd D-pricking with needle 4314，2nd V-pricking with needle 4316，Oneth V-pricking with needle 4317，Oneth D-pricking with needle 4315，Oneth V+ pricking with needle 4311，Oneth D-pricking with needle 4315，Oneth D+ pricking with needle 4313 one_to_one corresponding conducting connects，So male 41 and female 43 is the formation of power supply signal path and data signal path，Charging and the function of data transmission can be realized.

The first row of pin 4131 and second row form at least one signal forward group G and at least one signals reverse group H, signal forward group G and signals reverse group H centrosymmetry each other and arrange.Signal forward group G and signals reverse group H have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Referring to Figure 14 a, 14b and 14c, the place that the 9th embodiment is different from the 8th embodiment is that the quantity often arranged of the pricking with needle 531 of female 53 changes.The pricking with needle 531 arrangement in female 53 is overall in " W " type, and pricking with needle 531 first row is a D+ pricking with needle 5313 the most successively, a V+ pricking with needle 5311, a V-pricking with needle 5317, and second row is the 2nd D-pricking with needle 5314 the most successively, the 2nd D-pricking with needle 5314.

Keep male 51 consistent with the 8th embodiment, oneth D+ pin 5143 of male 51 when male 51 and female 53 forward combine, oneth V+ pin 5141, oneth V-pin 5147,2nd D-pin 5144,2nd D-pin 5144 and a D+ pricking with needle 5313 of female 53, oneth V+ pricking with needle 5311, oneth V-pricking with needle 5317,2nd D-pricking with needle 5314,2nd D-pricking with needle 5314 one_to_one corresponding conducting connects, and such male 51 and female 53 are the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Keep male 51 constant, female 43 overturns 180 ° and combines with male 51, now, oneth D-pin 5145 of male 51, oneth D-pin 5145,2nd V-pin 5146,2nd V+ pin 5140,2nd D+ pin 5142 and the 2nd D-pricking with needle 5314 of female 53, the 2nd D-pricking with needle 5314, a V-pricking with needle 5317, oneth V+ pricking with needle 5311, oneth D+ pricking with needle 5,313 1 connects with conducting for a pair, and such male 51 and female 53 are the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Similar with the 8th embodiment, the first row of pin 5131 and second row form at least one signal forward group J and at least one signals reverse group K, signal forward group J and signals reverse group K centrosymmetry each other and arrange.Signal forward group J and signals reverse group K have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Refer to Figure 15 a, 15b and 15c, the place that tenth embodiment is different from the 9th embodiment is that the quantity often arranged of the pricking with needle 631 of female 63 changes, the first row of pricking with needle 631 is overall with second row in polymorphic structure, first row signal is a D+ pricking with needle 6313 the most successively, oneth D-pricking with needle 6315, a V-pricking with needle 6317, second row pricking with needle 631 only one of which is the 2nd V+ pricking with needle 6310.

Keep male 61 consistent with the 9th embodiment, when male 61 and female 63 forward combine, oneth D+ pin 6143 of male 61, a D-pin 6145, a V-pin 6147,2nd V+ pin 6140 respectively with a D+ pricking with needle 6313 of female 63, oneth D-pricking with needle 6315, a V-pricking with needle 6317, the 2nd V+ pricking with needle 6310 one_to_one corresponding conducting connects, so male 61 and female 63 is the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Keep male 61 constant, female 63 overturns 180 ° and is combined with male 61, a now V+ pin 6141 of male 61, the 2nd V-pin 6146, the 2nd D-pin 6144,2nd D+ pin 6142 and the 2nd V+ pricking with needle 6310 of female 63, oneth V-pricking with needle 6317, the 2nd D-pricking with needle 6315, the 2nd D+ pricking with needle 6313 one_to_one corresponding conducting connects, so male 61 and female 63 is the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Similar with the 8th embodiment, the first row of pin 6131 and second row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

According to the 8th to the tenth embodiment, we can obtain such prompting, when male pin and female pricking with needle are all the two row's structures be arrangeding in parallel, the first row of male pin is arranged at the first magnetic face first half distance horizontal center line L, second row is arranged at the first lower half, magnetic face distance horizontal center line L, i.e. pin first row and second row is the most equal with the distance of horizontal center line, and male pin forms at least one forward signal group and at least one reverse signal group, forward signal group and reverse signal group centrosymmetry each other, each forward signal group and each reverse signal group at least D-signal, one D+ signal, one V-signal and a V+ signal, the concrete installation position of signal does not limits.Female pricking with needle at least chooses at least one forward signal group and/or at least one reverse signal group of male pin, carry out signal and position Corresponding matching is arranged, can ensure that no matter male and female forward combine or female overturns 180 ° and is reversely combined with male and can define power supply signal path and data signal path, it is possible to achieve the function transmitted with data of charging.

Refer to Figure 16 a and 16b, the place that 11st embodiment is different from the tenth embodiment is that the pricking with needle 731 of female 73 is a row, it is arranged at the second magnetic face first half distance horizontal center line L of female 73, pricking with needle 731 is a D+ pricking with needle 7313 the most successively, oneth D-pricking with needle 7315, oneth V+ pricking with needle 7311, a D-pricking with needle 7315, a V-pricking with needle 7317.

Keep male 71 consistent with the tenth embodiment, when male 71 and female 73 forward combine, oneth D+ pin 7143 of male 71, oneth D-pin 7145, oneth V+ pin 7141, oneth D-pin 7145, oneth V-pin 7147 and a D+ pricking with needle 7313 of female 73, oneth D-pricking with needle 7315, a V+ pricking with needle 7311, a D-pricking with needle 7315, oneth V-pricking with needle 7317 one_to_one corresponding, conducting connects, and such male 71 and female 73 are the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Refer to Figure 16 c, female 73 overturns 180 ° and is combined with male 71, at this moment the 2nd V-pin 7146 of male 71,2nd D-pin 7144,2nd V+ pin 7140,2nd D-pin 7144,2nd D+ pin 7142 and a V-pricking with needle 7317 of female 73,2nd D-pricking with needle 7315, the 2nd V+ pricking with needle 7311, the 2nd D-pricking with needle 7315,2nd D+ pricking with needle 7313 one_to_one corresponding, conducting connects, and such male 71 and female 73 are the formation of power supply signal path and data signal path, it is possible to achieve charging and the function of data transmission.

Similar with the 8th embodiment, the first row of the pin 7131 of male 71 and second row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Equally, by the 11st embodiment and preceding embodiment, we can obtain such prompting, when the pin row of male is two rows be arrangeding in parallel, and the pricking with needle of female is set to a row.The first row pin of male is arranged at the first magnetic face first half distance horizontal center line L, and second row pin is arranged at the first lower half, magnetic face distance horizontal center line L, i.e. pin first row and second row is the most equal with the distance of horizontal center line.The first row of pin and second row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.Female pricking with needle only need to choose male pin arbitrary signal forward group and/or signals reverse group carries out signal and position Corresponding matching, just can realize female forward to be combined with male, or female upset 180 ° is combined with male can define power supply signal path and data signal path, thus realize charging and the function of data transmission.

Refer to Figure 17 a, 12nd embodiment pin 8131 row of male 81 unlike the 5th embodiment is three rows be arrangeding in parallel, first row is arranged at the first half distance horizontal center line L of male 81 first magnetic face 8137, second row is arranged at the horizontal center line in male 81 first magnetic face 8137,3rd row is arranged at the distance horizontal center line L of lower half, male 81 first magnetic face 8137, and first row and the 3rd row are the most equal with the distance of horizontal center line.The first row of pin 9131 is a D+ pin 8143 the most successively, a D-pin 8145, a V+ pin 8141, a D-pin 8145, a V-pin 8147；Second row is the 2nd V+ pin 8140 the most successively, the 2nd D-pin 8144, the 2nd D+ pin 8142, the 2nd D-pin 8144, the 2nd V+ pin 8140；3rd row and first row centrosymmetry each other, be the 3rd V-pin 8157 the most successively, the 3rd D-pin 8155, the 3rd V+ pin 8151, the 3rd D-pin 8155, the 3rd D+ pin 8153.

Refer to Figure 17 b, the pricking with needle 831 of female 83 is a row, it is arranged at the first half end face distance horizontal center line L of female 83 second magnetic face 839, pricking with needle 831 from left to right be a D+ pricking with needle 8313 successively, oneth D-pricking with needle 8315, oneth V+ pricking with needle 8311, a D-pricking with needle 8315, a V-pricking with needle 8317.

Refer to Figure 17 c, when male 81 and female 83 forward combine, oneth D+ pin 8143 of male 81, oneth D-pin 8145, oneth V+ pin 8141, oneth D-pin 8145, oneth V-pin 8147 respectively with a D+ pricking with needle 8313 of female 83, oneth D-pricking with needle 8315, oneth V+ pricking with needle 8311, a D-pricking with needle 8315, a V-pricking with needle 8317 one_to_one corresponding conducting connects, male 81 and female 83 is made to form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Refer to Figure 17 d, female 83 is combined with male 81 after overturning 180 °, now the 3rd V-pin 8157 of male, the 3rd D-pin 8155, the 3rd V+ pin 8151,3rd D-pin 8155,3rd D+ pin 8153 respectively with a V-pricking with needle 8317 of female, a D-pricking with needle 8315, a V+ pricking with needle 8311, oneth D-pricking with needle 8315, a D+ pricking with needle 8313 one_to_one corresponding conducting connects.Male 81 and female 83 is made to form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

The pricking with needle 831 of female 83 is that a row is arranged, female 83 and male 81 just connect or reversal connection all with the pin 8131 second row onrelevant of male 81, therefore male pin 8131 can be arbitrarily to sort.

The first row of pin 8131 of male 81, second row and the 3rd row form at least one signal forward group M and at least one signals reverse group N, signal forward group M and signals reverse group N centrosymmetry each other and arrange.Signal forward group M and signals reverse group N have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Refer to Figure 18 a, 13rd embodiment is executed unlike example from the 12nd, the pricking with needle 931 of female 93 is a row, it is arranged at the second magnetic face 939 lower end surface distance horizontal center line L, the arrangement of pricking with needle 931 is a V-signal 9317 the most successively, a D-signal 9315, a V+ signal 9311, oneth D-signal 9315, a D+ signal 9313.

Refer to Figure 18 b, keep male 91 identical with the 12nd embodiment, when male 91 and female 93 forward combine, 3rd V-pin 9157 of male 91,3rd D-pin 9155,3rd V+ pin 9151,3rd D-pin 9155,3rd D+ pin 9153 respectively with a V-signal 9317 of female 93, a D-signal 9315, a V+ signal 9311, oneth D-signal 9315, oneth D+ signal 9313 one_to_one corresponding conducting connects so that male 91 and female 93 form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Referring to Figure 18 c, female 93 is combined with male 91 after overturning 180 °, now a D+ pin 9143 of male 91, oneth D-pin 9145, a V+ pin 9141, a D-pin 9145, oneth V-pin 9147, respectively with a D+ pricking with needle 9313 of female, a D-pricking with needle 9315, a V+ pricking with needle 9311, oneth D-pricking with needle 9315, oneth V-pricking with needle 9317 one_to_one corresponding conducting connects, and forms power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Similar with the 12nd embodiment, the first row of pin 9131 of male 91, second row and the 3rd row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

By the 12nd and 13 embodiments, we can draw, when male pin is the three row's structures be arrangeding in parallel, and the pricking with needle of female is row's structure.The first row of male pin is arranged at the first magnetic face first half distance horizontal center line L, second row arranges at the first magnetic part horizontal center line, 3rd row is arranged at the first lower half, magnetic face distance horizontal center line L, male pin is equal with the distance of centrage, the first row of the pin of male, second row and the 3rd row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.The concrete installation position of signal does not limits, and the pin of first row and the 3rd row is arranged centrosymmetry each other.Female pricking with needle is with at least one signal forward group of male pin and/or at least one signals reverse group carries out signal and location matches can ensure that female forward is combined with male, or female overturns 180 ° and is that male combination can make male and female form power supply signal path and data signal path, such that it is able to realize the function charged and data are transmitted.

Referring to Figure 19 a, the 14th embodiment is unlike the 13rd embodiment, and the row of the pricking with needle 241 of female 24, first row is arranged at the second magnetic face 249 first half distance horizontal center line L, and second row is arranged at the horizontal center line in the second magnetic face 249.The arrangement from left to right of pricking with needle 241 first row is a D+ pricking with needle 2413 successively, a V+ pricking with needle 2411, a V-pricking with needle 2417；Second row is the 2nd D-pricking with needle 2414 the most successively, the 2nd D-pricking with needle 2414, and the first row of pricking with needle 241 and second row are in " W " type.

Refer to Figure 19 b, keep male 22 consistent with 13 embodiments, when forward combines, oneth D+ pin 2243 of male 22, oneth V+ pin 2241, oneth V-pin 2247,2nd D-pin 2244,2nd D-pin 2244 respectively with a D+ pricking with needle 2413 of female 24, a V+ pricking with needle 2411, a V-pricking with needle 2417,2nd D-pricking with needle 2414, the one_to_one corresponding conducting respectively of 2nd D-pricking with needle 2414 connects, and forms power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Refer to Figure 19 c, female 24 overturn 180 ° when male 22 is reversely combined, the 2nd D-pin 2244 of male 22,2nd D-pin 2244,3rd V-pin 2257, the 3rd V+ pin 2251, the 3rd D+ pin 2253 respectively with the 2nd D-pricking with needle 2414 of female 24,2nd D-pricking with needle 2414, oneth V-pricking with needle 2417, the 2nd V+ pricking with needle 2411, the 2nd D+ pricking with needle 2413 one_to_one corresponding conducting connects, form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

The first row of pin 2231 of male 22, second row and the 3rd row form at least one signal forward group P and at least one signals reverse group Q, signal forward group P and signals reverse group Q centrosymmetry each other and arrange.Signal forward group P and signals reverse group Q have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Refer to Figure 20 a, 15th embodiment is unlike the 14th embodiment, the installation position that the pricking with needle 341 of female 34 is often arranged, pricking with needle 341 is two rows, first row is arranged at the second magnetic part 349 top half distance horizontal center line L, second row is arranged at the second magnetic part 349 lower half distance horizontal center line L, and second row and first row are in " W " shape.It is a D+ pricking with needle 3413 the most successively that the first row signal of pricking with needle 341 is laid, a V+ pricking with needle 3411, a V-pricking with needle 3417；It is the 2nd D-pricking with needle 3414 the most successively that the signal of second row is laid, the 2nd D-pricking with needle 3414.

Refer to Figure 20 b, keep male 32 identical with the 14th embodiment, when male 32 is combined with female 34 forward, oneth D+ pin 3243 of male 32, oneth V+ pin 3241, oneth V-pin 3247,3rd D-pin 3255,3rd D-pin 3255 respectively with a D+ pricking with needle 3413 of female 34, a V+ pricking with needle 3411, a V-pricking with needle 3417,2nd D-pricking with needle 3414,2nd D-pricking with needle 3414 one_to_one corresponding conducting connects, and forms power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Refer to Figure 20 c, female 34 overturn 180 ° after when male 32 is combined, a D-pin 3245 of male 32, oneth D-pin 3245,3rd V-pin 3257, the 3rd V+ pin 3251, the 3rd D+ pin 3253 respectively with the 2nd D-pricking with needle 3414 of female 34,2nd D-pricking with needle 3414, oneth V-pricking with needle 3417, a V+ pricking with needle 3411, a D+ pricking with needle 3413 one_to_one corresponding conducting connects, form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Similar with the 14th embodiment, the first row of pin 3231 of male 32, second row and the 3rd row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Refer to Figure 21 a, the pin 4231 of the 16th embodiment male 42 is three rows, the quantity of every array of pins 4231 unlike the 15th embodiment, and first row is a D+ pin 4243 the most successively, oneth V+ pin 4241, oneth V-pin 4247, second row the 2nd D-pin 4244 from left to right, the 2nd D-pin 4244,3rd row and first row centrosymmetry each other, it is the 3rd V-pin 4257 the most successively, the 3rd V+ pin 4251, the 3rd D+ pin 4253.

Refer to Figure 21 b, the pricking with needle 441 of female 44 is two parallel row's structures, first row is arranged at the horizontal center line of the second magnetic part 449, second row is arranged at the second magnetic part 449 lower half and horizontal center line at distance L, and first row is a D-pricking with needle 4415 the most successively, a D-pricking with needle 4415, second row is the 2nd V-pricking with needle 4416 the most successively, 2nd V+ pricking with needle 4410, the 2nd D+ pricking with needle 4412, pricking with needle first row and second row are in " M " shape.

Refer to Figure 21 c, male 42 and female 44 forward combine, the second row of male 42 the 2nd D-pin 4244 from left to right, 2nd D-pin 4244,3rd V-pin 4257, the 3rd V+ pin 4251, the 3rd D+ pin 4253 respectively with a D-pricking with needle 4415 of female 44, oneth D-pricking with needle 4415, two V-pricking with needle 4416, the 2nd V+ pricking with needle 4410, the 2nd D+ pricking with needle 4412 one_to_one corresponding conducting connects, form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Refer to Figure 21 d, female 44 overturns 180 ° when male 42 is combined, oneth D-pin 4243 of male 42, oneth V+ pin 4241, oneth V-pin 4247, 2nd D-pin 4244, 2nd D-pin 4244 respectively with a D+ pin 4212 of female 44, oneth V+ pin 4210, oneth V-pin 4216, 2nd D-pin 4215, 2nd D-pin 4215, respectively with the 2nd D+ pricking with needle 4412 of female 44, 2nd V+ pricking with needle 4410, 2nd V-pricking with needle 4416, oneth D-pricking with needle 4415, oneth D-pricking with needle 4415 one_to_one corresponding conducting connects, form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Similar with the 14th embodiment, the first row of pin 4231 of male 42, second row and the 3rd row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Refer to Figure 22 a, 17th embodiment male 52 pin 5231 is three rows, the quantity of every array of pins 5231 unlike the 16th embodiment, and first row is a D+ pin 5243 the most successively, oneth D-pin 5245, D-pin 5245 an oneth V-pin 5247；First row is the 2nd V+ pin 5240；3rd row and first row centrosymmetry each other, be the 3rd V-pin 5257 the most successively, the 3rd D-pin 5255, the 3rd D-pin 5255, the 3rd D+ pin 5253.

Referring to Figure 22 b, the pricking with needle 541 of female 54 is two rows, unlike previous embodiment, the quantity often arranged of pricking with needle 541, first row is a V+ pricking with needle 5411, and second row is the 2nd V-pricking with needle 5416 the most successively, 2nd D-pricking with needle 5414, the 2nd D-pricking with needle 5414, the 2nd D+ pricking with needle 5412.

Refer to Figure 22 c, male 52 when female 54 forward is combined, the 2nd V+ pin 5240 of male 52,3rd V-pin 5257,3rd D-pin 5255, the 3rd D-pin 5255, the 3rd D+ pin 5253 and a V+ pricking with needle 5411 of female 54,2nd V-pricking with needle 5416,2nd D-pricking with needle 5414, the 2nd D-pricking with needle 5414, the 2nd D+ pricking with needle 5412 one_to_one corresponding conducting connects, form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Referring to Figure 22 d, female 54 is reversely combined with male 52, at this moment after overturning 180 °, oneth D+ pin 5241 of male 52, a D-pin 5245, a D-pin 5245, oneth V-pin 5247,2nd V+ pin 5240 and the 2nd D+ pricking with needle 5412 of female 54, the 2nd D-pricking with needle 5414, the 2nd D-pricking with needle 5414,2nd V-pricking with needle 5416,2nd V+ pricking with needle 5411 one_to_one corresponding conducting connects, and forms power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Similar with the 14th embodiment, the first row of pin 5231 of male 52, second row and the 3rd row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

In conjunction with the 14th to the 17th embodiment, we can obtain such prompting, when male pin is three rows be arrangeding in parallel, female pricking with needle is two rows be arrangeding in parallel, the first row of male pin is arranged at the first magnetic face first half distance horizontal center line L, second row is arranged at first time magnetic face horizontal centre, 3rd row is arranged at the first lower half, magnetic face distance horizontal center line L, the first row of pin and the 3rd row's centrosymmetry each other, second row is horizontal symmetry, the first row of the pin of male, second row and the 3rd row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other are arranged.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.The concrete installation position of signal does not limits, the pricking with needle of female chooses at least one signal forward group of male pin and/or signals reverse group carries out the Corresponding matching of signal and position and arranges, thus can ensure that female is combined with male forward or female upset 180 ° is reversely combined with male and can form power supply signal path and data signal path, thus realize charging and the function of data transmission.

Refer to Figure 23 a, the 18th embodiment keeps male 62 consistent with the 12nd embodiment, and pin 6231 first row of male 62 is a D+ pin 6243 the most successively, oneth D-pin 6245, oneth V+ pin 6241, a D-pin 6245, a V-pin 6247；Second row is the 2nd V+ pin 6240 the most successively, the 2nd D-pin 6244, the 2nd D+ pin 6242, the 2nd D-pin 6244, the 2nd V+ pin 6240；3rd row and first row centrosymmetry each other, be the 3rd V-pin 6257 the most successively, the 3rd D-pin 6255, the 3rd V+ pin 6251, the 3rd D-pin 6255, the 3rd D+ pin 6253.

Refer to Figure 23 b, the pricking with needle 641 of female 64 is three rows be arrangeding in parallel, it is at L that first row is arranged at second magnetic part 649 first half with horizontal centre linear distance, second row is arranged at the horizontal center line in the second magnetic part 649, and it is at L that the 3rd row is arranged at the second magnetic part 649 lower half with horizontal centre linear distance.Pricking with needle 641 first row is a D+ pricking with needle 6413 the most successively, a D-pricking with needle 6415, a V+ pricking with needle 6411, a D-pricking with needle 6415, a D-pricking with needle 6417；Second row from left to right the 2nd V+ pricking with needle 6410, the 2nd D-pricking with needle 6414, the 2nd D+ pricking with needle 6412, the 2nd D-pricking with needle 6414, the 2nd V+ pricking with needle 6410；3rd row and first row centrosymmetry each other, be the 3rd V-pricking with needle 6427 the most successively, the 3rd D-pricking with needle 6425, the 3rd V+ pricking with needle 6421, the 3rd D-pricking with needle 6425, the 3rd D+ pricking with needle 6423.

nullWhen male 62 just combines with female 64，Oneth D+ pin 6243 of male 62，Oneth D-pin 6245，Oneth V+ pin 6241，Oneth D-pin 6245，Oneth V-pin 6247，2nd V+ pin 6240，2nd D-pin 6244，2nd D+ pin 6242，2nd D-pin 6244，2nd V+ pin 6240，3rd V-pin 6257，3rd D-pin 6255，3rd V+ pin 6251，3rd D-pin 6255，3rd D+ pin 6253 respectively with a D+ pricking with needle 6413 of female 64，Oneth D-pricking with needle 6415，Oneth V+ pricking with needle 6411，Oneth D-pricking with needle 6415，Oneth D-pricking with needle 6417，2nd V+ pricking with needle 6410，2nd D-pricking with needle 6414，2nd D+ pricking with needle 6412，2nd D-pricking with needle 6414，2nd V+ pricking with needle 6410，3rd V-pricking with needle 6427，3rd D-pricking with needle 6425，3rd V+ pricking with needle 6421，3rd D-pricking with needle 6425，3rd D+ pricking with needle 6423 one_to_one corresponding conducting connects，Form power supply signal path and data signal path，Such that it is able to realize charging and the function of data transmission.

nullFemale 64 overturns 180 ° when combining with male 62 again，Oneth D+ pin 6243 of male 62，Oneth D-pin 6245，Oneth V+ pin 6241，Oneth D-pin 6245，Oneth V-pin 6247，2nd V+ pin 6240，2nd D-pin 6244，2nd D+ pin 6242，2nd D-pin 6244，2nd V+ pin 6240，3rd V-pin 6257，3rd D-pin 6255，3rd V+ pin 6251，3rd D-pin 6255，3rd D+ pin 6253 respectively with the 3rd D+ pricking with needle 6423 of female 64，3rd D-pricking with needle 6425，3rd V+ pricking with needle 6421，3rd D-pricking with needle 6425，3rd V-pricking with needle 6427，2nd V+ pricking with needle 6410，2nd D-pricking with needle 6414，2nd D+ pricking with needle 6412，2nd D-pricking with needle 6414，2nd V+ pricking with needle 6410，Oneth V-pricking with needle 6417，Oneth D-pricking with needle 6415，Oneth V+ pricking with needle 6411，Oneth D-pricking with needle 6415，Oneth D+ pricking with needle 6413 one_to_one corresponding conducting connects，Form power supply signal path and data signal path，Such that it is able to realize charging and the function of data transmission.

The first row of pin 6231 of male 62, second row and the 3rd row form at least one signal forward group and at least one signals reverse group, signal forward group and signals reverse group centrosymmetry each other and arrange.Signal forward group and signals reverse group have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Refer to Figure 24 a, 19th embodiment is the quantity of the pricking with needle 741 often arranged of female 74 unlike the 18th embodiment, first row is a V+ pricking with needle 7413, second row is the 2nd D-pricking with needle 7414 the most successively, 2nd D-pricking with needle 7414,3rd row is the 3rd V-pricking with needle 7427 the most successively, the 3rd D+ pricking with needle 7423.Pricking with needle 741 is overall V-shaped.

Refer to Figure 24 b, the structure of male 72 keeps consistent with the 12nd embodiment, male 72 is when female 74 forward is combined, male 72 a V+ pin 7241,2nd D-pin 7244,2nd D-pin 7244,3rd V-pin 7257,3rd D+ pin 7253 and a V+ pricking with needle 7241 of female 74, the 2nd D-pricking with needle 7244, the 2nd D-pricking with needle 7244,3rd V-pricking with needle 7257,3rd D+ pricking with needle 7253 one_to_one corresponding conducting connects, and forms power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Referring to Figure 24 c, female 74 is reversely combined with male 72 after overturning 180 °, a D+ pin 7243 of male 72, oneth V-pin 7247,2nd D-pin 7244, the 2nd D-pin 7244, the 3rd V+ pin 7241 and the 3rd D+ pricking with needle 7423 of female 84,3rd V-pricking with needle 7427,2nd D-pricking with needle 7414, the 2nd D-pricking with needle 7414, a V+ pricking with needle 7413 one_to_one corresponding conducting connects, form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

The first row of pin 7231 of male 72, second row and the 3rd row form at least one signal forward group X and at least one signals reverse group Y, signal forward group X and signals reverse group Y centrosymmetry each other and arrange.Signal forward group X and signals reverse group Y have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

Referring to Figure 25 a, the quantity that the 20th embodiment pricking with needle 841 of female 84 unlike the 19th embodiment is often arranged is different, and first row is a D+ pricking with needle 8413 the most successively, a V-pricking with needle 8417；Second row is the 2nd V+ pricking with needle 8410；3rd row is the 3rd D-pricking with needle 8425 the most successively, the 3rd D-pricking with needle 8425.Pricking with needle 841 entirety is in " W " shape.

Refer to Figure 25 b, keep male 82 consistent with the 17th embodiment, male 82 is when female 84 forward is combined, oneth D+ pricking with needle 8413 of male 82, oneth V-pricking with needle 8417,2nd V+ pricking with needle 8410,3rd D-pricking with needle 8425, the 3rd D-pricking with needle 8425 and a D+ pricking with needle 8413 of female 84, a V-pricking with needle 8417,2nd V+ pricking with needle 8410,3rd D-pricking with needle 8425, the 3rd D-pricking with needle 8425, one_to_one corresponding conducting connects, form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Refer to Figure 25 c, female 84 overturn 180 ° when male 82 is combined, a D-pin 8245 of male 82, oneth D-pin 8245,2nd V+ pin 8240, the 3rd V-pin 8257, the 3rd D+ pin 8253 respectively with the 3rd D-pricking with needle 8425 of female 84,3rd D-pricking with needle 8425,2nd V+ pricking with needle 8410, a V-pricking with needle 8417, a D+ pricking with needle 8413 one_to_one corresponding conducting connects, form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

Similar with the 19th embodiment, the first row of pin 8231 of male 82, second row and the 3rd row form at least one signal forward group X and at least one signals reverse group Y, signal forward group X and signals reverse group Y centrosymmetry each other and arrange.Signal forward group X and signals reverse group Y have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.

In conjunction with the 18th embodiment to the 20th embodiment, we can obtain such prompting, when male pin row is the three row's structures be arrangeding in parallel, female pricking with needle row is also three rows, the pin first row of male is arranged at the first magnetic face first half and horizontal centre linear distance L, second row is arranged at the first magnetic face horizontal center line, and the 3rd row is arranged at the first lower half, magnetic face and horizontal centre linear distance L.The first row of pin and the 3rd row's centrosymmetry each other, second row is horizontal symmetry, and three array of pins form least one set signal forward group and signals reverse group, signal forward group X and signals reverse group Y centrosymmetry each other and arrange.Signal forward group X and signals reverse group Y have all transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.The concrete installation position of signal does not limits, female pricking with needle chooses at least one signal forward group of male pin and/or the signal of a signals reverse group and position Corresponding matching is arranged, i.e. can ensure that female forward is combined with male, or female overturns 180 ° of reverse combinations with male can form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

In like manner we can also obtain such prompting, male pin is four rows, five rows, six rows, time the most multiple rows of, the pin having only to male forms at least one signal forward group and a signals reverse group, signal forward group and signals reverse group centrosymmetry each other, each signal forward group and each signals reverse group have transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.The concrete installation position of signal does not limits, female pricking with needle chooses at least one signal forward group of male pin and/or the signal of a signals reverse group and position Corresponding matching is arranged, i.e. can ensure that female forward is combined with male, or female overturns 180 ° of reverse combinations with male can form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

By first embodiment, to the 20th embodiment, we are pointed out, female pricking with needle be a row, two rows, three rows or multiple rows of time, as long as female pricking with needle forms at least one signal forward group and a signals reverse group, signal forward group and signals reverse group centrosymmetry each other, each signal forward group and each signals reverse group have transmitted at least a D-signal, a D+ signal, a V-signal and a V+ signal.The concrete installation position of signal does not limits, male pin chooses at least one signal forward group of female pricking with needle and/or the signal of a signals reverse group and position Corresponding matching is arranged, i.e. can ensure that female forward is combined with male, or female overturns 180 ° of reverse combinations with male can form power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission, male is as the same.

Compared with prior art, a kind of New connector of this utility model assembly 10 has following beneficial effect.

1, this utility model one New connector assembly 10 is by carrying out split setting by male 11 and female 13, the pin of male or the pricking with needle of female are symmetrical structure, make female forward can form power path when male is combined and realize charge function, and female upset 180 ° can also form power path when male is reversely combined and realize charge function.

2, the pin of male is a row, two row or multi-row, and form at least two the most centrosymmetric signal forward group and signals reverse group, each signal forward group has at least transmitted a V+ signal, V-signal, D+ signal, a D-signal, female pricking with needle chooses a signal forward group and/or signals reverse group carries out signal and location matches, male is combined with female forward or female is turned over reverse the combination with male of turnback and can be formed power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission；Female pricking with needle is a row, two row or multi-row, and form at least two the most centrosymmetric signal forward group and signals reverse group, each signal forward group has at least transmitted a V+ signal, V-signal, D+ signal, a D-signal, male pin chooses a signal forward group and/or signals reverse group carries out signal and location matches, male is combined with female forward or female is turned over reverse the combination with male of turnback and can be formed power supply signal path and data signal path, such that it is able to realize charging and the function of data transmission.

3, male 11 and the form of female 13 split design are used, male 11 is inserted in the middle of the interface 201 of electronic equipment 20, female 13 is provided with female Magnet 135, under magneticaction, male 11 and female 13 realize electrically conducting, facilitate male 11 and the connection of female 13 and separation, repeatedly male 11 need not repeatedly be pulled out from the interface 201 of electronic equipment 20, damage interface 201 thus affect the service life of electronic equipment 20；The front end of pricking with needle 131 exceeds the second insulation division 137 front end face, and the exposed front end face at the second insulation division 137 so that the electric connection performance of female 13 and male 11 is the most firm, and the stability of signal transmission is more preferable.

4, pricking with needle 131 is pogo-pin pin, and it is long for service life that it has impact resistance, and the transmission of the Low ESR signal of telecommunication is stable, saves the features such as installing space, it is simple to the miniaturization of male 11 simultaneously.

5, female 13 upper end arranges a groove 137, and this groove 137 shape, size are corresponding to the magnetic part 113 of male 11, and magnetic part 113 is just contained in this groove 137 so that it is the most firm that male 11 contacts combination with the face of female 13, is electrically connected with more stable.

The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all any amendments made within principle of the present utility model, within equivalent and improvement etc. all should comprise protection domain of the present utility model.

Claims (17)

1. a New connector assembly, it is characterised in that including:

One male, described male includes a Plug Division and a magnetic part, described Plug Division is inserted in electronic equipment interfaces, described magnetic part Plug Division dorsad End face is the first magnetic face；Multiple pins are exposed is arranged at described first Magnetic face；

One female, described female is arranged with described male split, described female There are one second magnetic face, described first magnetic in the one end docked with described male Face and the described second corresponding magnetic absorption in magnetic face；

Described female includes multiple pricking with needle, and described pricking with needle is corresponding with described pin Connect transmission signal；

Described pin and/or described pricking with needle form at least one signal forward group and extremely A few signals reverse group, and signal forward group and signals reverse group mutually centered by Symmetrical.

2. New connector assembly as claimed in claim 1, it is characterised in that: At least provided with the power supply matched with electronic equipment interfaces in described Plug Division Main track and power supply negative wire, described power supply main track, power supply negative wire and described pipe The conducting of foot correspondence connects.

3. New connector assembly as claimed in claim 1, it is characterised in that Described magnetic part includes:

First insulation division, described first insulation division is arranged on the first magnetic face, And it is dielectrically separated from described pin；With

Magnetic adsorption plate, described magnetic adsorption plate is surrounded on described first insulation division, described Magnetic adsorption plate is Magnet or by the ferrimagnet of magnetic absorption.

4. New connector assembly as claimed in claim 1, it is characterised in that: Described magnetic part is a flake structure, and the width of described magnetic part is more than institute State the width of Plug Division.

5. New connector assembly as claimed in claim 1, it is characterised in that: One end that described female is docked with male arranges a groove, the end of described groove Face is the second magnetic face, and described magnetic part correspondence is contained in described groove.

6. New connector assembly as claimed in claim 5, it is characterised in that: In described groove, the bottom in the second magnetic face is provided with at least one female Magnet, Magnetic part described in described female Magnet magnetic absorption.

7. New connector assembly as claimed in claim 1, it is characterised in that: Described female farther includes one second insulation division, the second described insulation division Being dielectrically separated from described pricking with needle, described pricking with needle is exposed protrudes from described second magnetic Face.

8. the New connector assembly as described in any one of claim 1-7, its It is characterised by: the plurality of pin is single being separated by be arranged at the first magnetic face On, and the unlike signal of described pin transmission is with a setting substantially symmetrical about its central axis, The corresponding described pin of the plurality of pricking with needle carries out signal and location matches.

9. New connector assembly as claimed in claim 8, it is characterised in that: Arranging multiple pin in described Plug Division, the plurality of pin connects with electronic equipment Signal in Kou matches, and the unlike signal of the plurality of pin transmission is being inserted Entering the asymmetric setting in the one end in electronic equipment interfaces, the plurality of pin is being inserted Connect the multiple pins being connected on the first magnetic face of portion's alternate internal.

10. New connector assembly as claimed in claim 8, it is characterised in that: Arranging multiple pin in described Plug Division, the plurality of pin connects with electronic equipment Signal in Kou matches, and the unlike signal of the plurality of pin transmission is being inserted The one end entered in electronic equipment interfaces is symmetrical arranged, and the plurality of pin is in grafting The multiple pins being connected on the first magnetic face of portion's interior parallel.

The 11. New connector assemblies as described in any one of claim 1-7, its It is characterised by: the plurality of pin divides two rows to be parallel to the first magnetic face On, and the horizontal center line that each array pitch is from the first magnetic face is equivalently-sized, First row pin constitutes signal forward group, and second row pin constitutes signals reverse Group；

Female includes the single several rows of pin being separated by setting, this single arrangement Each pricking with needle all Signal Matching with arbitrary array of pins are connected.

12. New connector assemblies as claimed in claim 11, its feature exists In the unlike signal of: this each array of pins transmission with a setting substantially symmetrical about its central axis, The signal of described pin transmission includes V+ signal, V-signal, D+ signal, D- Signal.

The 13. New connector assemblies as described in any one of claim 1-7, its It is characterised by: the plurality of pricking with needle divides two rows to be parallel to the second magnetic face On, and the horizontal center line that each array pitch is from the second magnetic face is equivalently-sized, First row pricking with needle constitutes signal forward group, and second row pricking with needle constitutes signals reverse Group；

Male includes the single array of pins being separated by setting, this single arrangement Each pin all Signal Matching with arbitrary row's pricking with needle are connected.

The 14. New connector assemblies as described in any one of claim 1-7, its It is characterised by: the plurality of pin divides at least two rows to be parallel to the first magnetic On suction face, and at least a part of which has two array pitch horizontal centre from the first magnetic face Line equivalently-sized；

The signal forward group of pin can be made up of the arbitrary row at least two rows, Or the part pin by the part pin of row arbitrary at least two rows with other rows Collectively form；

Female include with the most several rows of row arrange multiple can respectively with pipe The row that the signal forward group of foot and the signals reverse group Signal Matching of pin connect Pin.

15. New connector assemblies as claimed in claim 14, its feature exists At least include transmitting V+ signal in: the signal forward group of pin, V-signal, D+ signal, the pin of D-signal；The signals reverse group of pin the most at least includes Transmission V+ signal, V-signal, D+ signal, the pin of D-signal.

The 16. New connector assemblies as described in any one of claim 1-7, its It is characterised by: the plurality of pricking with needle divides at least two rows to be parallel to the second magnetic On suction face, and at least a part of which has two array pitch horizontal centre from the second magnetic face Line equivalently-sized；

The signal forward group of pricking with needle can be made up of the arbitrary row at least two rows, Or the part pricking with needle by the part pricking with needle of row arbitrary at least two rows with other rows Collectively form；

Male include with the most several rows of row arrange multiple can respectively with row The pipe that the signal forward group of pin and the signal forward group Signal Matching of pricking with needle connect Foot.

17. New connector assemblies as claimed in claim 16, its feature exists At least include transmitting V+ signal in: the signal forward group of pricking with needle, V-signal, D+ signal, the pricking with needle of D-signal；The signals reverse group of pricking with needle the most at least includes Transmission V+ signal, V-signal, D+ signal, the pricking with needle of D-signal.