M349394 五、新型說明： 【新型所屬之技術領域】 本創作係指-種光電面板運輸裝置之壓板件調移鎖固 結構’尤指有關於調節桿與立板、壓板件間之穿组結構的 技術領域。 【先前技術】 按，光電面板運輸裳置主要包括-承载座a及外侧之 封箱b (如第-、二圖）’該承載座3除一基座工〇外主 要由互成垂直狀之-底板2 0及-立板3 〇所構成，另 外，底板2 0之上方樞接一可前後移位之壓板件4 〇，且 於立板3 0、壓板件4 〇之間利用複數調節桿5 〇穿設。 承上，待光電面板6 〇置放於底板2 Q上，其内侧面 倚靠於立板2 0 ’外侧面再藉由壓板件4 〇壓靠，且藉由 調緊調節桿5 0而鎖固，另外，光電面板6 〇上方另利用 上壓件7 0壓固（另見第三圖），之後即可利用封箱匕封 閉，而可進行運輸。 據上所述之f用者，由於該調節桿5 〇穿設立板^ 〇、壓板件4 0之後係利用螺帽5 〇工鎖固，而每次組裝、 拆卸光電面板6 〇時均必須使螺帽5 〇工反覆於調節桿5 〇旋進或旋出，且其旋進或旋出之距離均較長，故非常浪 費時間，極為不便，且調節桿5〇穿組立板3〇、壓板件 4 0時必須穿過其對應之穿孔，故反覆實施時會有調 5 0之嫘牙磨損之情形，更造成螺帽5 〇丄於調節 : 旋進或旋出時操作之困難，因此，實有加以改進創^之必 M349394 要性。 【新型内容】 爰此’創作人有鑑於上述習用之現況，遂思及若能使 調節桿穿設立板、壓板件，以及調節顧結構之操作較為 簡單，則即可排除上述之習用者缺失。 、其中，该壓板件係直立樞接於光電面板運輸裝置之承 載座底板上方’且承載座之後側設有垂直於底板之立板， 又於立板與壓板件之間設有調節桿，*其技術手段係指該 立板與壓板件之侧邊對應分朋設有側向槽，且侧向槽内 對應各設一定位槽部，其中該壓板件之侧向槽係設於固接 於壓板件外侧之橫桿外端部，而調節桿於前、後處各螺穿 一限位塊，且限位塊各具有一定位部，而調節桿係直接由 立板與壓板件之側邊置人側向槽内，且驢後使限位塊之 定位部置入定位槽部，又藉由一螺座螺接於該調節桿位於 壓板件之祕塊外側’藉由魏座向驗件方向螺旋時即 可使限位塊之定位部置入定位槽部更緊固，反之即可鬆 解’而可大幅減化調節桿穿設於域、a板件，以及調^ 鎖固結構之操作。 是以，本創作之目的在提供一種光電面板運輸裝置之 壓板件調移鎖固結構’主要使調節桿直接由側向組入立板 與壓板件侧邊開設之侧向槽，且利用螺接於調節桿之二限 位塊各具一定位部經螺調後即可定位於側向槽内之定位槽 部，再藉由一螺接於調節桿位於壓板件之限位塊外側之^ 座經短距離之旋進即可達鎖固，反之亦經短距離之旋出即 可拆解，以達到操作之容易性，而可避免調節桿之螺牙磨 M349394 損。 【實施方式】 本創作「光電面板運輸裝置之壓板件調移 ㈣一伽及一外侧之封= 第四圖），其中，該承載座A具有一基座工、—底板2、— ^壓板件4，基座1上方為底板2，而_板件 4係直立樞接財載座A之絲2上方，且M349394 V. New description: [New technical field] This creation refers to the adjustment and locking structure of the pressure plate of the photoelectric panel transportation device, especially the wearing structure between the adjusting rod and the vertical plate and the pressing plate. Technical field. [Prior Art] According to the photoelectric panel transportation, the storage panel mainly includes a carrier a and an outer sealing b (such as the first and second figures). The carrier 3 is mainly perpendicular to each other except for a base workpiece. - a bottom plate 20 and a vertical plate 3 ,, and a platen member 4 可 that can be displaced forward and backward is pivoted above the bottom plate 20, and a plurality of adjusting rods are used between the vertical plate 30 and the platen member 4 5 〇 wear. The light-emitting panel 6 is placed on the bottom plate 2 Q, and the inner side thereof is pressed against the outer side of the vertical plate 20', and is pressed by the pressing plate member 4, and is locked by tightening the adjusting rod 50. In addition, the photovoltaic panel 6 is further pressed by the upper pressing member 70 (see also the third figure), and then can be closed by the sealing box, and can be transported. According to the above-mentioned user, since the adjusting rod 5 is pierced through the setting plate 〇 and the pressing plate member 40 is locked by the nut 5, each time the photovoltaic panel 6 is assembled and disassembled, it must be made When the nut 5 is completed and overlaid on the adjusting rod 5, the screw is screwed in or out, and the distance of the screwing in or out is long, so it is very time consuming, extremely inconvenient, and the adjusting rod 5 is pierced through the set plate 3〇, the pressing plate When it is 40, it must pass through its corresponding perforation. Therefore, when it is repeatedly applied, there will be a situation in which the tooth is worn up by 50, and the nut 5 is adjusted. It is difficult to operate when screwing in or out. Therefore, Actually, it is necessary to improve the creation of M349394. [New content] ’This creator has in view of the current situation of the above-mentioned applications, and if the operation of the adjusting rod through the setting plate, the pressing plate, and the adjustment of the structure is relatively simple, the above-mentioned lack of the learner can be excluded. Wherein, the pressure plate member is vertically erected above the bottom plate of the bearing plate of the photoelectric panel transportation device; and a vertical plate perpendicular to the bottom plate is disposed on the rear side of the bearing seat, and an adjusting rod is disposed between the vertical plate and the pressing plate member, The technical means means that the side plates of the vertical plate and the pressure plate member are provided with lateral grooves, and the lateral grooves are respectively provided with a positioning groove portion, wherein the lateral groove of the pressure plate member is fixed on the fixed groove The outer end of the crossbar outside the pressing plate member, and the adjusting rod is threaded through a limiting block at the front and the rear, and the limiting block has a positioning portion, and the adjusting rod is directly connected to the side of the vertical plate and the pressing plate member Positioning in the lateral groove, and then positioning the positioning portion of the limiting block into the positioning groove portion, and screwing the adjusting rod to the outside of the secret block of the pressing plate member by a screw seat When the direction is spiral, the positioning portion of the limiting block can be inserted into the positioning groove portion to be more tight, and vice versa, and the adjusting rod can be greatly reduced in the domain, the a plate member, and the locking structure. operating. Therefore, the purpose of the present invention is to provide a plate-type transfer locking structure for a photovoltaic panel transport device, which mainly allows the adjusting rod to be directly laterally assembled into the lateral groove of the vertical plate and the side of the pressure plate member, and is screwed. The positioning block of the adjusting rod has a positioning portion which is screwed and can be positioned in the positioning groove portion in the lateral groove, and is then screwed to the outside of the limiting block of the pressing plate member by a adjusting rod. After a short distance, the screw can be locked, and vice versa, it can be disassembled by short-distance rotation to achieve the ease of operation, and the M349394 damage of the screw of the adjusting rod can be avoided. [Embodiment] The creation of the "photovoltaic panel transport device of the pressure plate transfer (four) one gamma and one outer seal = the fourth figure), wherein the carrier A has a base work, - bottom plate 2, - ^ plate plate 4, above the base 1 is the bottom plate 2, and the _ plate 4 is erected vertically above the wire 2 of the financial seat A, and
之立板3係設財載座A之後側’又於立板塵=2 :間組設有複數調節桿5,以及上方另具有至少二= 承上’ 4光電面板7置放於底板2上方，其内侧面倚 板3，外側面再藉由壓板件4壓靠，^•藉由調緊調 =5而鎖固’以及上方另利用上壓件6壓固（見第四The vertical plate 3 is provided with the rear side of the financial carrier A' and the vertical plate dust = 2: the intermediate group is provided with a plurality of adjusting rods 5, and the upper portion has at least two = bearing '4 photoelectric panels 7 placed above the bottom plate 2, The inner side of the side plate 3, the outer side is pressed by the pressing plate member 4, ^ is locked by adjusting the adjustment = 5, and the upper part is pressed by the upper pressing member 6 (see the fourth
Lf後利用封箱b封閉而進行運輸。另外，底板2於兩 J各樞接一對壓掣元件21再予壓靠。 其中’該立板3與壓板件4之側邊對應於組接調節桿 之處刀别開认有側向槽c，且側向槽c内對應各設—定 =部C1 ’其中該壓板件4之侧向槽c係設於固接於壓 板，4外側之橫桿41外端部（如第五、六、七圖），而該 ，節杯5為螺桿’其後端為彎折狀’且調節桿5於前、後 $螺穿—限位塊8 (另見第五圖），且限位塊8各具-定 =部81，又該調節桿5位於壓板件4之限位塊8外側螺 螺座9。據此，調節桿5係直接由立板3與壓板件4 之側邊置人側向槽C内（見第五、六圖），此時在調節桿5 置入側向槽C之前係先使位於壓板件4之限位塊8稍微旋 M349394 出些’以利調節桿5置入侧向槽c，之後再稍微調整旋進 而使限位塊8之定位部81置入定位槽部ci (另見第七 圖）’最後’再藉由旋進該螺座9 (亦即使螺座9向壓板件 4方向螺旋）’進而迫推其抵接之限位塊8 ’使限位塊8之 定位部81置入定位槽部C1更緊固。而欲拆解時，反向 操作即可。 承上所述，可知實施時每次組裝、拆卸光電面板7時 均不須使限位塊8及螺座9旋出調節桿5，如此即可大幅 降低其操狀雜度’且卿桿5組接於域3與壓板件 4時’僅須由侧邊置人定位即可，且視裝載之光電面板7 數量而預先調移其對應於壓板件4處之限位塊8及螺座 9 ’使調節桿5易於置人侧向槽c即可’且置人後僅須使 及螺座9經由短距離之旋進或旋4即可緊固鎖 故可大大提升其操作之容易度，且因調節桿5 2 孔，故其螺牙不會磨損，而可提升構件之使用 綜上組構及實施說明，當知本創作已完全排 =失’ ，確實具有產業·性、新穎性與進者 型專利要件1以上所述者，僅為摘作之較佳實 範圍所做的均等變化與修錦，皆為本創4:; 【圖式簡單說明】 =一圖係f用光電面板運财置之立體分解圖。 第二圖係習用光電面板運輸I置之立體組合實施例 M349394 圖 第三圖係習用光電面板運輸裝置之壓板件調移鎖固之 平面操作示意圖。 第四圖係本創作之立體實施例示意圖。 第五圖係本創作之立體分解圖。 第六圖係本創作之立體組合圖。 第七圖係本創作之平面操作示意圖。 【主要元件符號說明】 (習用實施例） 3 ... .承載座 b____ 封箱 10. ...基座 2 0.. ..底板 3 0. ...立板 4 0.. ..壓板件 5 0· ...調節桿 5 0 1 —螺帽 6 0 ....光電面板 (本創作實施例） 7 0.. ..上壓件 A____ 承載座 B... · 封箱 C.… 側向槽 Cl.. ..定位槽部 1... .基座 2.... 底板 2 1. ...壓掣元件 3...· 立板 4... .壓板件 4 1.. ..橫桿 5… .調節桿 6.... 上壓件 7... .光電面板 8..·. 限位塊 8 1. ...定位部 9··.. 螺座After Lf, it is closed by sealing b and transported. In addition, the bottom plate 2 is pivotally connected to the pair of compression elements 21 in each of the two Js. Wherein the side plate of the vertical plate 3 and the pressure plate member 4 corresponds to the set adjustment rod, and the lateral groove c is recognized, and the lateral groove c corresponds to each setting = the portion C1 'the pressure plate member 4, the lateral groove c is fixed to the outer end of the cross bar 41 fixed to the outer side of the pressure plate 4 (such as the fifth, sixth, and seventh figures), and the cup 5 is the screw 'the back end is bent. 'And the adjusting rod 5 is threaded in front and rear, and the limit block 8 (see also the fifth figure), and the limiting block 8 has a fixed portion 81, and the adjusting rod 5 is located at the limit of the pressing plate member 4. Block 8 outer screw base 9. Accordingly, the adjusting rod 5 is directly placed in the lateral groove C by the side of the vertical plate 3 and the pressing plate member 4 (see FIGS. 5 and 6), and the adjusting rod 5 is placed before the lateral groove C. The positioning block 8 located on the pressure plate member 4 is slightly rotated M349394 to make some adjustment rods 5 into the lateral groove c, and then slightly adjusted to rotate the positioning portion 81 of the limiting block 8 into the positioning groove portion ci ( See also the seventh figure) 'final' and then by screwing the screw seat 9 (also if the screw seat 9 is spiraled toward the platen member 4), and then pushing the abutting block 8' to make the limit block 8 The positioning portion 81 is placed in the positioning groove portion C1 to be more tight. When you want to disassemble, you can reverse the operation. As can be seen from the above, it is not necessary to rotate the limiting block 8 and the screw seat 9 out of the adjusting rod 5 each time the photoelectric panel 7 is assembled or disassembled, so that the operation noise can be greatly reduced. When the group 3 is connected to the platen member 4, it is only required to be positioned by the side, and the limit block 8 corresponding to the platen member 4 and the screw seat 9 are pre-adjusted depending on the number of the photoelectric panels 7 to be loaded. 'Easy to adjust the rod 5 to be placed in the lateral groove c' and to set the person only after the screw seat 9 is screwed in or out by a short distance to tighten the lock, thereby greatly improving the ease of operation, And because the rod 5 2 hole is adjusted, the thread of the rod will not wear, and the use of the lifting member can be improved, and the design and implementation instructions can be used. When the creation is completely exhausted, it has industry, sex and novelty. Into the above-mentioned patent requirements 1 above, only the equivalent changes and repairs made by the better range of the excerpts, are the original 4:; [Simple diagram] = a picture f with photovoltaic panels The three-dimensional exploded view of Yuncai. The second figure is a three-dimensional combination embodiment of the conventional photoelectric panel transportation I. M349394 The third figure is a schematic diagram of the plane operation of the pressure plate of the conventional photoelectric panel transportation device. The fourth figure is a schematic diagram of a three-dimensional embodiment of the present creation. The fifth picture is a three-dimensional exploded view of the creation. The sixth picture is a three-dimensional combination of the creation. The seventh picture is a schematic diagram of the plane operation of this creation. [Explanation of main component symbols] (conventional example) 3 ... .bearing block b____ sealing 10. pedestal 2 0.. .. bottom plate 3 0. ... vertical plate 4 0.. .. platen Piece 5 0·...Adjustment rod 5 0 1 — Nut 6 0 .... Photoelectric panel (this creation example) 7 0.. .. Upper pressure piece A____ Carrier B... · Sealing C. ... lateral groove Cl... positioning groove part 1.... base 2.... bottom plate 2 1. ...compression element 3...·vertical plate 4... platen 4 1 .. .. Crossbar 5... Adjusting lever 6.... Upper pressing member 7... Photoelectric panel 8.... Limiting block 8 1. Positioning part 9··.. Screw seat