Animal transport cart

Abstract

An animal transport cart, comprising a cart body and an animal carrier, wherein the cart body comprises a cart handle, a storage layer, at least one pair of frame vertical rods which are connected to the cart handle and the storage layer, and a wheel member. According to the concept of the present disclosure, the animal carrier comprises a box body and a support device, wherein the box body comprises a bottom and a peripheral wall connected to the bottom, and the support device and the box body are integrated on the outer side of the peripheral wall; the cart body comprises a supporting part, and the supporting part is parallel to the storage layer and is connected to a position higher than the storage layer on the frame vertical rod; and the animal carrier is separably connected to the supporting part by virtue of one of the peripheral wall and the bottom.

Description

[0001] Animal transport cart TECHNICAL FIELD The present disclosure relates to an animal carrier, in particular to an animal carrier which is easy to install and has high stability, and an animal transport cart for stably installing the animal carrier. BACKGROUND The market currently has various pet outing cages or pet carts for users (such as pet owners or caregivers) to safely carry pets outside. Some of the pet carts are combined with portable pet cradles (or pet outing cages) and cart frames which can be disassembled to achieve flexibility and convenience in use. In the existing disassemblable pet carts, the portable pet cradles or pet outing cages are fixed to the cart frame by means of ties or by means of sticking to the cart frame with a devil's felt. These fixing methods are relatively complicated to operate and lack stability after being fixed. In addition, the cart structure of such disassemblable pet carts is designed for soft pet outing cages and can only be used to carry pets or can only hang or temporarily place a small amount of items at the cart handle when carrying pets. DISCLOSURE The present disclosure provides an animal transport cart for stably installing an animal carrier thereon and providing sufficient space for users to place items. The animal transport cart of the present disclosure comprises a cart body and an animal carrier. The cart body comprises a cart handle, an item layer, at least one pair of frame vertical rods connecting the cart handle and the item layer, and a wheel. According to the concept of the present disclosure, the animal carrier comprises a box and a support device combined with the box outside the peripheral wall. The cart body comprises a support portion parallel to the item layer and connected to the frame vertical rods at a position higher than the item layer. The animal carrier is detachably connected to the support portion by one of the peripheral wall and the bottom. Based on the above concept, the support portion comprises four sides corresponding to the peripheral wall of the animal carrier, and the animal carrier is detachably connected to the corresponding opposite sides of the support portion by the opposite sides of the peripheral wall. Based on the above concept, the animal carrier comprises at least one pair of connecting structures connected to the outside of the opposite sides of the peripheral wall, and the box is connected to the opposite sides of the support portion by the connecting structures. Based on the above concept, the connecting structures and the box are integrally formed. Based on the above concept, the connecting structures and the support device are integrally formed. Based on the above concept, the animal carrier comprises an adjustment support having opposite fixed sides and opposite movable sides. The adjustment support is connected to the outside of the peripheral wall of the box by the fixed sides and changes the distance between the movable sides by the extension and retraction of the movable sides. The connecting structures are respectively arranged at the movable sides,The box is connected to the support portion through the connecting structure. Based on the above idea, the connecting structure is a fixed hanging ear, and the box is connected to the support portion by being correspondingly hung on the opposite sides of the support portion through the fixed hanging ear. Based on the above idea, the connecting structure is a fixed hanging ear, and the box is connected to the support portion by being correspondingly hung on the opposite sides of the support portion through the fixed hanging ear. Based on the above idea, the connecting structure is a first connecting structure, the support portion comprises a second connecting structure corresponding to the first connecting structure, the second connecting structure is arranged on the corresponding opposite sides of the support portion, and the box is connected to the support portion through the corresponding engagement of the first connecting structure and the second connecting structure. Based on the above idea, the first connecting structure is a connecting seat, the second connecting structure is a connecting fastener, and the box is connected to the support portion by being correspondingly accommodated in the connecting seat through the connecting fastener. Based on the above idea, the first connecting structure is a positioning protrusion, the second connecting structure is a connecting groove, and the box is connected to the support portion by being correspondingly clamped in the connecting groove through the positioning protrusion. Based on the above idea, the support portion comprises a fixed base, the fixed base comprises a support surface corresponding to the bottom portion of the animal carrier, and the animal carrier is detachably connected to the support surface of the support portion through the bottom portion. Based on the above idea, the animal carrier comprises a connecting structure connected to the outside of the bottom portion, and the box is connected to the support surface of the support portion through the connecting structure. Based on the above idea, the connecting structure is a first connecting structure, the support portion comprises a second connecting structure corresponding to the first connecting structure, the second connecting structure is arranged on the support surface, and the box is connected to the support portion through the corresponding engagement of the first connecting structure and the second connecting structure. Based on the above idea, the first connecting structure is a bracket device, and the second connecting structure is a fixed guide groove, and the bracket device and the fixed guide groove are matchably engaged. Based on the above idea, the fixed base comprises a clamping hook arranged in the fixed guide groove, so as to embed the bracket device when the bracket device is engaged with the fixed guide groove. Based on the above idea, the first connecting structure is arranged at the central position outside the bottom portion of the box, the second connecting structure is arranged at the central position of the support surface, and the first connecting structure and the second connecting structure are matchably engaged. Based on the above idea, the first connecting structure and the second connecting structure are press-in engagement or rotary engagement. Based on the above idea, the first connecting structure is a guide rail, the second connecting structure is a guide groove, and the guide rail and the guide groove are matchably engaged. Based on the above idea,The animal carrier includes at least one positioning groove formed on the outside of the bottom of the box, and the support portion includes a positioning portion that can be driven to protrude from the support portion to engage the positioning groove. Based on the above concept, the support portion includes a bottom plate and a surrounding side plate connected to the bottom plate. Based on the above concept, the support portion further includes a top plate connected to the surrounding side plate and opposite to the bottom plate. Based on the above concept, the first connecting structure is a first magnetic element, the second connecting structure is a second magnetic element, and the box is connected to the support portion by magnetic attraction between the first magnetic element and the second magnetic element. Based on the above concept, the animal transport cart includes an adjusting device connected to the support portion and arranged in the frame vertical rod, and the adjusting device can move up and down in the frame vertical rod. Based on the above concept, the animal transport cart includes an adjusting device connected to the support portion and arranged in the frame vertical rod, and the adjusting device can rotate around the connecting line between the cart handle and the frame vertical rod. According to another concept of the present disclosure, the disclosed animal transport cart includes a cart body and an animal carrier. The cart body includes a cart handle, a storage layer, at least one pair of frame vertical rods connected to the cart handle and the storage layer, and wheels. According to the concept of the present disclosure, the animal carrier includes a box and a support device combined with the box outside the surrounding wall of the box. The support device includes a support portion perpendicular to the storage layer and connected between the frame vertical rods at a position higher than the storage layer. The animal carrier further includes a connecting structure arranged outside the surrounding wall, and the box is connected to the support portion by the connecting structure. Based on the above concept, the connecting structure is a fixed hanging ear, the support portion is a support plate, and the box is attached to the support plate by the fixed hanging ear. In order to further understand the features and technical contents of the present disclosure, please refer to the following detailed description of the embodiments of the present disclosure and the accompanying drawings. The detailed description and the accompanying drawings disclosed are only for reference and illustration, and are not intended to limit the present disclosure; wherein: FIGS. 1A to 1C are schematic views of the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein FIGS. 1A and 1B respectively show the appearance of the animal transport cart in the combined state and the separated state of the animal carrier and the cart body, and FIG. 1C shows the schematic structure of the fixed hanging ear of the animal carrier of the present embodiment; FIGS. 2A to 2E are schematic views of the appearance of the animal carrier of an animal transport cart according to an embodiment of the present disclosure, wherein FIGS. 2A and 2B show the appearance of the animal carrier of the present embodiment from different perspectives,Fig. 2C and Fig. 2D show the detailed structure of the adjusting bracket of the present embodiment in exploded view, Fig. 2E shows the detailed structure of the adjusting bracket of the present embodiment in partial cross-sectional view; Fig. 3A to Fig. 3C are schematic views showing the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein Fig. 3A and Fig. 3B respectively show the appearance of the animal transport cart in the combined state and the separated state of the animal carrier and the cart body, Fig. 3C shows the detailed structure of the connecting structure and the connecting fastener of the present embodiment in partial cross-sectional enlarged view of the animal transport cart; Fig. 4A to Fig. 4D are schematic views showing the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein Fig. 4A and Fig. 4B respectively show the appearance of the animal transport cart in the combined state and the separated state of the animal carrier and the cart body, Fig. 4C and Fig. 4D respectively show the detailed structure of the support portion of the present embodiment in upper view cross-sectional view of the animal transport cart and exploded view of the animal carrier; Fig. 5A to Fig. 5B are schematic views showing the appearance of an animal transport cart according to an embodiment of the present disclosure from different perspectives; Fig. 6A to Fig. 6C are schematic views showing the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein Fig. 6A shows the appearance of the animal transport cart in the combined state of the animal carrier and the cart body, Fig. 6B and Fig. 6C show the appearance of the animal transport cart in the separated state of the animal carrier and the cart body from different perspectives; Fig. 7A to Fig. 7C are schematic views showing the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein Fig. 7A and Fig. 7B show the appearance of the animal transport cart in the separated state of the animal carrier and the cart body from different perspectives, Fig. 7C shows the detailed structure of the support portion of the present embodiment in side cross-sectional view of the animal transport cart; Fig. 8A to Fig. 8E are schematic views showing the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein Fig. 8A and Fig. 8B show the appearance of the animal transport cart in the combined state of the animal carrier and the cart body from different perspectives, Fig. 8C and Fig. 8D show the appearance of the animal transport cart in the separated state of the animal carrier and the cart body from different perspectives, Fig. 8E shows the detailed structure of the connecting fastener of the present embodiment; Fig. 9A to Fig. 91 are schematic views showing the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein Fig. 9A and Fig. 9B show the appearance of the animal transport cart in the combined state of the animal carrier and the cart body from different perspectives, Fig. 9C and Fig. 9D show the appearance of the animal carrier of the present embodiment from different perspectives, Fig. 9E shows the appearance of the cart body of the present embodiment, Fig. 9F shows the exploded view of the cart body of the present embodiment, Fig. 9G and Fig. 9H show the combination of the animal carrier and the cart body of the present embodiment in partial cross-sectional enlarged view of the animal transport cart,Figure 91 is a schematic view illustrating the separation of the cart body and the animal carrier of the animal transport cart according to an embodiment of the present disclosure; Figures 10A-10E are schematic views illustrating the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein Figure 10A and Figure 10B respectively illustrate the appearance of the animal transport cart in a combined state and a separated state of the animal carrier and the cart body, Figure 10C illustrates the appearance of the animal carrier according to an embodiment of the present disclosure, and Figures 10D and 10E are schematic views illustrating the detailed structure of the positioning portion according to an embodiment of the present disclosure; and Figures 11A-11D are schematic views illustrating the appearance of an animal transport cart according to an embodiment of the present disclosure, wherein Figure 11A is a schematic view illustrating the adjusting device according to an embodiment of the present disclosure in a side sectional view of the animal transport cart, Figure 11B is a schematic view illustrating the detailed structure of the adjusting device according to an embodiment of the present disclosure in an exploded view, and Figures 11C and 11D are schematic views illustrating the adjusting device and the vertical rod of the frame according to an embodiment of the present disclosure in partial enlarged views, respectively.

[0002] 1 animal transport cart

[0003] 11 cart body

[0004] 111 cart handle

[0005] 112 storage layer

[0006] 113 vertical rod of frame

[0007] 114 wheel

[0008] 115 support portion

[0009] 12 animal carrier

[0010] 121 box body

[0011] 122 support device 1221 first support 1222 second support

[0012] 1223 third support 123 connecting structure 22 animal carrier 221 box body

[0013] 222 support device

[0014] 2221 first support 2222 second support 2223 third support 223 connecting structure 224 adjusting support

[0015] 2241 U-shaped inner tube 22411 guide groove 22412 fixing hole 22413 guide groove 22414 fixing hole

[0016] 22415-22418 pin 2242 U-shaped inner tube 22421 guide groove

[0017] 22422 fixing hole 22423 guide groove 22424 fixing hole

[0018] 22425-22428 pin 2243 connecting outer tube 22431 fixing hole 22432 fixing hole 2244 connecting outer tube

[0019] 22441 fixing hole 22442 fixing hole 22451 elastic element

[0020] 22452 elastic element 3 animal transport cart 31 cart body 311 cart handle 312 storage layer

[0021] 313 frame vertical rod

[0022] 314 wheel

[0023] 315 support part

[0024] 3151 connecting structure

[0025] 3151A clamping groove

[0026] 3152 connecting structure

[0027] 32 animal carrier

[0028] 325 connecting structure

[0029] 3251 connecting seat body

[0030] 3252 clamping pin

[0031] 3252A abutting surface

[0032] 3253 elastic element

[0033] 3254 operation key

[0034] 4 animal transport cart

[0035] 41 cart body

[0036] 411 cart handle

[0037] 412 storage layer

[0038] 413 frame vertical rod

[0039] 414 wheel

[0040] 415 support part

[0041] 4151 support frame

[0042] 4152 upper cover plate

[0043] 4152A opening

[0044] 4153 lower cover plate

[0045] 4154 positioning mechanism assembly

[0046] 41541 operation key

[0047] 41542 driving cable

[0048] 41543 positioning block

[0049] 41543A positioning end

[0050] 41544 positioning slider

[0051] 41545 guide

[0052] 41546 elastic element

[0053] 42 animal carrier

[0054] 421 box body 422 support device 425 connecting groove

[0055] 5 animal transport cart 51 cart body 511 cart handle 512 storage layer

[0056] 513 frame vertical rod

[0057] 514 wheel member

[0058] 515 support portion

[0059] 52 animal carrier

[0060] 521 box body

[0061] 5211 long side peripheral wall

[0062] 522 support device 523 connecting structure

[0063] 6 animal transport cart 61 cart body 611 cart handle 612 storage layer

[0064] 613 frame vertical rod

[0065] 614 wheel member

[0066] 615 support portion

[0067] 6151 fixed base 61511 fixed guide slot 61512 fixed guide slot 62 animal carrier 621 box body

[0068] 622 support device

[0069] 6221 first support 6222 second support

[0070] 6223 third support

[0071] 62231 long rod 62232 long rod

[0072] 7 animal transport cart 71 cart body 711 cart handle 712 storage layer

[0073] 713 frame vertical rod

[0074] 714 wheel member

[0075] 715 support portion

[0076] 7151 fixing base

[0077] 71511 fixing guide groove

[0078] 71511A, 71511B end portion

[0079] 71512 fixing guide groove

[0080] 71512A, 71512B end portion

[0081] 71513 clamping hook

[0082] 71514 clamping hook

[0083] 72 animal carrier

[0084] 721 box body

[0085] 722 support device

[0086] 7221 first support

[0087] 7222 second support

[0088] 7223 third support

[0089] 72231 long rod

[0090] 72232 long rod

[0091] 8 animal transport cart

[0092] 81 cart body

[0093] 811 cart handle

[0094] 812 storage layer

[0095] 813 frame vertical rod

[0096] 814 wheel member

[0097] 815 support portion

[0098] 815A support surface

[0099] 8151 through opening

[0100] 816 connecting structure

[0101] 8161 fastener fixing seat

[0102] 8162 cover body

[0103] 8164 release structure

[0104] 8164A operation part

[0105] 8164B engaging arm

[0106] 8164C stop part 8165 interference structure

[0107] 8165A first interference structure

[0108] 8165B second interference structure

[0109] 82 animal carrier

[0110] 821 box body

[0111] 822 support device

[0112] 8221 first support

[0113] 8222 second support

[0114] 825 connecting structure

[0115] 8251 fastening part

[0116] 8252 engaging part

[0117] 9 animal transport cart

[0118] 91 cart body

[0119] 911 cart handle

[0120] 912 storage layer

[0121] 913 cart vertical rod

[0122] 914 wheel member

[0123] 915 support part

[0124] 915A top surface (support surface)

[0125] 915B bottom surface (operation surface)

[0126] 916 rotating fastener

[0127] 9161 knob

[0128] 9162 connecting protrusion

[0129] 9163 inner rod

[0130] 9163A locking piece

[0131] 9164 outer tube

[0132] 9164A positioning groove

[0133] 9164A1 longitudinal groove

[0134] 9164A2 transverse groove

[0135] 9164A3 positioning end

[0136] 9165 elastic element

[0137] 92 animal carrier

[0138] 921 box body

[0139] 921A bearing surface

[0140] 921B bottom surface 922 support device

[0141] 9221 first support

[0142] 9222 second support

[0143] 925 connecting structure

[0144] 9251 recess

[0145] 9252 through portion

[0146] 10 animal transport cart

[0147] 101 cart body

[0148] 1011 cart handle

[0149] 1012 storage layer

[0150] 1013 frame vertical rod

[0151] 1014 wheel

[0152] 102 animal carrier

[0153] 1021 box body

[0154] 1021B bottom surface

[0155] 1022 support device

[0156] 10221 first support

[0157] 10222 second support

[0158] 1023 guide rail

[0159] 1023 A1 - 1023 A3 guide rail segments

[0160] 1024 positioning slot

[0161] 105 support portion

[0162] 1051 fixing base

[0163] 1052 operation key

[0164] 1052A guide slot

[0165] 1053 guide slot

[0166] 1054 positioning portion

[0167] 10541 positioning protrusion

[0168] 10542 elastic element

[0169] 10543 transmission pin

[0170] 15 animal transport cart

[0171] 151 cart body

[0172] 1511 cart handle

[0173] 1512 storage layer

[0174] 1513 frame vertical rod 1513A guide slot

[0175] 1513B1 - 1513B4 positioning hole

[0176] 1514 wheel

[0177] 1515 support portion

[0178] 152 animal carrier

[0179] 155 adjustment device

[0180] 1551 adjustment base

[0181] 1551A first accommodating portion

[0182] 1551B second accommodating portion

[0183] 1551B1 inner contour

[0184] 1551C central pivot shaft

[0185] 1552 elastic element

[0186] 1553 gear member

[0187] 1554 connector

[0188] 1555 fixing cover

[0189] 1556 positioning member

[0190] 1556A positioning end

[0191] 1556B abutting end DETAILED DESCRIPTION Reference will now be made to the drawings, and specific language will be used herein to describe the technical concepts and content of the present disclosure. In the drawings or description, the same or similar parts are designated by the same or corresponding reference numerals; moreover, the drawings are drawn for the purpose of understanding, and the size and shape of each element in the drawings are not the actual size or proportional relationship of the element. Furthermore, the description below regarding the drawings and embodiments does not mean that the scope of implementation of the present disclosure is limited to a single implementation; other implementations are also possible by replacing some or all of the described or illustrated elements. Furthermore, in some cases where some elements of the disclosed embodiments can use some or all of known elements, in some cases, only the part of such known elements necessary for understanding the implementation of the present disclosure is described, and detailed description of other parts of these known elements is omitted in order not to obscure the concepts and implementations of the present disclosure. Please refer to FIG. 1A and FIG. 1B, which are schematic views of the appearance of an animal transport cart 1 according to an embodiment of the present disclosure. The animal transport cart 1 of the present embodiment includes a cart body 11 and an animal carrier 12, wherein the animal carrier 12 is stably combined to the cart body 11 in a detachable manner. The cart body 11 can have a similar structure as the existing shopping cart, for example, including a cart handle 111, a storage layer 112, a frame vertical rod 113 connecting the cart handle 111 and the storage layer 112, a wheel member 114 provided at the bottom of the cart body 11, etc. In the present embodiment, the cart body 11 further includes a support portion 115, which is provided parallel to the storage layer 112 and connected to the frame vertical rod 113 at a position higher than the storage layer 112; the support portion 115 is used to carry and stably link the animal carrier 12. Specifically, in the present embodiment, the storage layer 112 is provided at a lower position in the cart body 11 close to the ground and connected to the lower end of the frame vertical rod 113; the support portion 115 includes a support frame, which can be, for example, a frame structure composed of four sides or side rods, or a hollow frame, and is made of a rigid material (for example, stainless steel, metal, hard plastic, etc.), which has sufficient strength to support the weight of the animal carrier 12 and the animals carried. The support portion 115 is provided at an upper position in the cart body 11 away from the ground and connected to the upper end of the frame vertical rod 113, close to the cart handle 111.In other words, the animal carrier 12 of the present embodiment is a structure that forms a top and bottom layer with the storage layer 112 of the stroller body 11 when coupled to the support portion 115, for a user (e.g. a pet owner or pet caretaker) to place his pet in the upper animal carrier 12 of the animal transport stroller 1 when shopping or carrying items, and to place the purchased or carried items in the lower storage layer 112. Please refer to FIG. 1C, which is a schematic view of the appearance of the animal transport stroller 1 according to the present embodiment from another perspective. In the present embodiment, the animal carrier 12 includes a box body 121 and a bracket device 122. The box body 121 is composed of a bottom and a peripheral wall connected to the bottom, which forms a carrying space for carrying an animal therein. The bracket device 122 includes a first bracket 1221 and a second bracket 1222, which are clamped outside the peripheral wall of the box body 121 and have a contour corresponding to the outside of the peripheral wall of the box body 121, which provide support force to the box body 121 to increase the strength of the box body 121 (animal carrier 12) carrying an animal; the bracket device 122 further includes a third bracket 1223, which is combined with the outside of the bottom of the box body 121, for enabling the animal carrier 12 to be installed to, for example, a vehicle fixed base or a stroller fixed base (not shown in the figure). The first bracket 1221, the second bracket 1222 and the third bracket 1223 are connected to each other to form the bracket device 122 of the animal carrier 12; as previously described, the bracket device 122 is combined with the box body 121 at the outside of the peripheral wall and the bottom of the box body 121. As shown in FIG. 1C and its partial enlarged view, in the present embodiment, the animal carrier 12 includes a connecting structure 123 for cooperating with the support portion 115 of the stroller body 11 to stably couple the animal carrier 12 with the stroller body 11. In the present embodiment, the connecting structure 123 is, for example, a pair of fixed hanging ears, only one of which is shown in the figure due to shielding. As shown in FIG. 1C, the connecting structure 123 is located at opposite sides of the outside of the peripheral wall of the box body 121 of the animal carrier 12, for being attached to the corresponding opposite sides of the support portion 115 of the stroller body 11, and being stably coupled to the opposite sides of the support portion 115 when a downward pushing force is applied to the box body 121 by a user. In the present embodiment, the connecting structure 123 can be a member independent of the box body 121, which is provided at the opposite short sides of the first bracket 1221, so that the box body 121 is attached to the corresponding short sides of the support portion 115 of the stroller body 11, thereby being coupled with the stroller body 11.Alternatively, the connecting structure 123 can also be directly formed integrally with the box 121 to extend from the periphery of the opposite two side walls of the box 121, so that the box 121 is hung on the corresponding two sides of the support portion 115 of the stroller body 11, thereby being stably connected with the stroller body 11. In another embodiment, the connecting structure 123 can also be located at the opposite long sides of the animal carrier 12 to be hung on the corresponding two long sides of the support portion 115 of the stroller body 11. The present disclosure does not limit the setting position of the connecting structure 123, as long as the animal carrier 12 can be stably combined with the stroller body 11. In addition, although the connecting structure 123 shown in FIGS. 1A-1C is exemplified by a pair of fixed hanging ears, the present disclosure does not limit the number of the connecting structure 123. In another embodiment, the connecting structure 123 of the animal carrier 12 can include at least one fixed hanging ear, such as the embodiments shown in FIGS. 5A and 5B, in which the animal carrier 52 has only one fixed hanging ear to cooperate with the support portion 515 of the stroller body 51 (details will be further described below), or the connecting structure 123 can include at least two or more fixed hanging ears, such as being provided on at least two sides, at least three sides, or four sides of the animal carrier 12, respectively, to more stably combine the animal carrier 12 with the stroller body 11. The present disclosure does not limit the embodiments of the connecting structure 123. According to the present embodiment, the connecting structure 123 can be made of a rigid material with elasticity, such as metal, plastic, wood, etc. The connecting structure 123 can be provided on the support device 122 (e.g., the first support 1221) as a component independent of the box 121, or integrally formed with the support device 122 (e.g., the first support 1221), or directly formed integrally with the box 121. According to the present embodiment, the connecting structure 123 can be provided to enable the user to easily and stably connect the animal carrier 12 to the stroller body 11 of the animal transport stroller 1, and also facilitate the user to remove the animal carrier 12 from the stroller body 11 according to the actual application scenario. Please refer to FIGS. 2A and 2B, which are appearance schematic views of an animal carrier 22 of an animal transport stroller according to an embodiment of the present disclosure from different perspectives. The animal carrier 22 has similar structure and composition as the aforementioned animal carrier 12, including a box 221 and a support device 222, which is mainly composed of a first support 2221, a second support 2222, and a third support 2223 connected with each other and combined with the box 221. The animal carrier 22 can also be stably connected with the stroller body (e.g., the aforementioned stroller body 11) of the animal transport stroller by the connecting structure 223.The animal carrier 22 of the present embodiment differs from the aforementioned animal carrier 12 in that the animal carrier 22 further comprises an adjusting bracket 224, and at least one pair of connecting structures 223 of the animal carrier 22 are disposed on opposite sides of the adjusting bracket 224; the adjusting bracket 224 has a telescopic structure to form a pair of movable sides 224A to adapt to the size of the support portion of the stroller body and / or the support frame and to adjust the distance (hereinafter also referred to as “connecting distance”) between the two connecting structures 223. In the present embodiment, the long side of the adjusting bracket 224 is a movable side 224A having a telescopic structure, and the short side of the adjusting bracket 224 is a fixed side provided with the connecting structure 223. In detail, please refer to FIGS. 2C-2E, wherein FIGS. 2C and 2D show the exploded structure of the adjusting bracket 224 of the animal carrier 22 from different perspectives, and FIG. 2E is a cross-sectional view of the movable side 224A of the adjusting bracket. In the present embodiment, the adjusting bracket 224 has a telescopic structure, which mainly comprises a pair of U-shaped inner tubes 2241, 2242 and a pair of connecting outer tubes 2243, 2244. The connecting outer tubes 2243 and 2244 are respectively sleeved on the connecting end portions of the two U-shaped inner tubes 2241, 2242 at their respective two ends, and are fixed to the outer sides of the opposite side walls of the box body 221 of the animal carrier 22, for example, to the outer sides of the side walls of the long side of the box body 221; and the bottom edges of the U-shaped inner tubes 2241, 2242 are respectively provided with the connecting structures 223 (such as fixed hanging ears).The connecting outer tube 2243 is formed with fixing holes 22431, 22432 near the connecting end of the U-shaped inner tubes 2241, 2242, and the connecting outer tube 2244 is formed with fixing holes 22441, 22442 near the connecting end of the U-shaped inner tubes 2241, 2242. The U-shaped inner tube 2241 is formed with a guide slot 22411 and a fixing hole 22412 near the connecting end of the connecting outer tube 2243, and is formed with a guide slot 22413 and a fixing hole 22414 near the connecting end of the connecting outer tube 2244. The U-shaped inner tube 2242 is formed with a guide slot 22421 and a fixing hole 22422 near the connecting end of the connecting outer tube 2243, and is formed with a guide slot 22423 and a fixing hole 22424 near the connecting end of the connecting outer tube 2244. The adjusting bracket 224 further comprises pins 22415-22418, pins 22425-22428, and elastic elements 22451, 22452. The elastic elements 22451, 22452 are arranged inside the connecting outer tubes 2243, 2244, and are connected between the connecting ends of the U-shaped tubes 2241, 2242. In this embodiment, the two ends of the elastic element 22451 are connected with pins 22416, 22426, one end of each of the pins 22416, 22426 is inserted and fixed in the fixing hole 22412 of the U-shaped inner tube 2241 and the fixing hole 22422 of the U-shaped inner tube 2242, and the other end is movably abutted against the inner wall of the connecting outer tube 2243. Similarly, the two ends of the elastic element 22452 are connected with pins 22418, 22428, one end of each of the pins 22418, 22428 is inserted and fixed in the fixing hole 22414 of the U-shaped inner tube 2241 and the fixing hole 22424 of the U-shaped inner tube 2242, and the other end is movably abutted against the inner wall of the connecting outer tube 2244. One end of each of the pins 22415, 22417, 22425, 22427 is inserted and fixed in the fixing holes 22431, 22441, 22432, 22442 of the connecting outer tubes, so as to connect and fix the inner and outer tubes, and the other end is abutted in the guide slots 22411, 22413, 22421, 22423, so as to form the movable side 224A of the adjusting bracket 224.According to the present embodiment, when the animal carrier 22 is installed to the stroller body (e.g., the aforementioned stroller body 11), the adjustment bracket 224 of the animal carrier 22 can be adjusted in size according to the size of the support portion and / or the support frame (e.g., the aforementioned support portion 115) of the stroller body, so that the connection structure 223 disposed on the adjustment bracket 224 is connected to the support portion in a proper position and stably linked to the stroller body. In the present embodiment, the size of the adjustment bracket 224 is also referred to as the "adjustment bracket width", which means the distance between the opposite sides of the adjustment bracket provided with the connection structure. In the present embodiment, the size of the support portion or the support frame is also referred to as the "support portion width" or the "support frame width", which means the distance between the opposite sides of the support portion or the support frame for engaging the animal carrier. In other words, by the telescopic structure of the movable side edge 224A of the adjustment bracket 224, the adjustment bracket width can be increased or decreased according to the support portion width or the support frame width, so that the connection structure 223 disposed on the adjustment bracket 224 is connected to the support portion or the support frame of the stroller body in a proper position.Further speaking, when adjusting the width of the adjusting bracket, the user pulls the two U-shaped inner tubes 2241, 2242 outward, because the pins 22416, 22426 and the pins 22414, 22424 are fixedly connected between the two U-shaped inner tubes 2241, 2242, and the pins 22416, 22426 and the pins 22414, 22424 are connected with the elastic elements 2245, 22452 respectively, so that the U-shaped inner tubes 2241, 2242 can move relative to the connecting outer tubes 2243, 2244 (at this time, the pins 22416, 22426 and the pins 22414, 22424 also move together in the connecting outer tubes 2243, 2244, wherein the pins 22416, 22426 move away from each other, and the pins 22414, 22424 also move away from each other), and can be reset by the elastic force of the elastic elements 2245, 22452 respectively; because the U-shaped inner tubes 2241, 2242 are pulled and move outward, the guide grooves 2241 22413 of the U-shaped inner tube 2241 and the guide grooves 2242 22423 of the U-shaped inner tube 2242 are displaced outward under the guidance of the pins 22415, 22417, 22425, 22427 respectively (at this time, the pins 22415, 22425 and the pins 22417, 22427 are fixedly connected with the connecting outer tubes 2243, 2244 respectively, so the positions relative to the connecting outer tubes 2243, 2244 are fixed, and the pins 22416, 22418 are respectively close to the pins 22415, 22417, and the pins 22426, 22424 are respectively close to the pins 22425, 22427), the elastic elements 2245, 22452 are stretched with the outward movement of the U-shaped inner tubes 2241, 2242, thereby increasing the width of the adjusting bracket to adapt to the corresponding size of the support part, so as to adjust the distance (i.e. "connecting distance") between a pair of connecting structures 223. In this embodiment, the connecting structures 223 can be, for example, fixed hanging ears, which are attached to the opposite sides of the support part with appropriate connecting distance in response to the adjustment of the adjusting bracket 224. In this embodiment, through the connection of the connecting structures 223 and the support part of the stroller body, the size of the adjusting bracket 224 can be kept fixed; when the connecting structures 223 and the support part are disconnected, the U-shaped inner tubes 2241, 2242 move towards each other (inward) due to the restoring force of the elastic elements 2245, 22452 to restore to the original position, and the width of the adjusting bracket 224 of the adjusting bracket returns to the original size.The animal carrier 22 can be connected to the support portion of the stroller body by adjusting the distance between the pair of connecting structures 223 of the adjustment bracket 224 to match the distance between the opposite sides of the support portion, thereby being connected to the support portion in a proper position and stably connected to the stroller body. This increases the matching flexibility and application flexibility of the animal carrier and the stroller body. Please refer to FIGS. 3A and 3B, which show the schematic view of the appearance of the animal transport stroller 3 according to an embodiment of the present disclosure. The animal transport stroller 3 of the present embodiment has a similar structure and composition to the aforementioned animal transport stroller 1, including a stroller body 31 and an animal carrier 32, wherein the animal carrier 32 is stably connected to the stroller body 31 in a detachable manner. Similarly, the stroller body 31 includes a stroller handle 311, a storage layer 312, a frame vertical rod 313 connecting the stroller handle 311 and the storage layer 312, a wheel member 314 arranged at the bottom of the stroller body 31, and a support portion 315 (e.g., a support bracket); the animal carrier 32 includes a box body 321 and a bracket device 322, which have similar structures to the aforementioned animal carrier. The difference between the animal transport stroller 3 of the present embodiment and the aforementioned animal transport stroller 1 is that the animal carrier 32 of the animal transport stroller 3 is stably connected to the stroller body 31 in a clamping manner. As shown in the drawings, in the present embodiment, the support portion 315 of the stroller body 31 includes connecting structures 3151 arranged on the opposite short sides of the support bracket, and the outer portions of the opposite short sides of the animal carrier 32 are provided with connecting structures 325, which are matched with the connecting structures 3151 of the support portion 315 to be clamped, thereby forming the stable connection between the animal carrier 32 and the stroller body 31. In the present embodiment, the connecting structures 3151 can be connecting fasteners, and the connecting structures 325 can be connecting seats that can partially accommodate the connecting structures 3151. Please refer to FIGS. 3B and 3C, which show the enlarged view of the partial cross section of the animal transport stroller 3 of the present embodiment, for illustrating the detailed structure of the connecting structures 325 (e.g., connecting seats) and the connecting structures 3151 (e.g., connecting fasteners) of the present embodiment. The connecting structures 325 are arranged on the outer portions of the opposite short sides of the box body 321 of the animal carrier, which include connecting seat bodies 3251 having at least a portion of the profile 3251A matched with the inner profile 3151A of the connecting structures 3151.The connecting structure 325 further comprises a snap pin 3252, one end of which is engaged with the snap groove 3151B of the connecting structure 3151, and the other end is connected with an elastic element 3253 abutting against the connecting seat body 3251, wherein the elastic element 3253 is used to provide a driving force for constantly moving the snap pin 3252 in the snap groove 3151A. The snap pin 3252 is formed with a concave abutting surface 3252A. The connecting structure 325 further comprises an operation key 3254, the lower part of which is in contact with the abutting surface 3252A of the snap pin 3252, and the upper part of which protrudes out of the connecting seat body 3251 for being pressed by the user. When it is desired to detach the connecting structure 325 of the animal carrier 32 from the connecting structure 3151 on the support part 315 of the stroller body 31, the user can press the operation key 3254 downward, thereby contacting and pressing the abutting surface 3252A of the snap pin 3252, so as to force the snap pin 3252 to move to the rear end (toward the direction of the box body 321) and exit the snap groove 3151B of the connecting structure 3151, that is, the snap connection between the connecting structure 325 and the connecting structure 3151 is released, and the animal carrier 32 is separated from the stroller body 31. Please refer to FIG. 4A and FIG. 4B, which show the appearance schematic diagram of the animal transport stroller 4 according to an embodiment of the present disclosure, wherein FIG. 4A shows the appearance of the stroller when the animal carrier 42 is installed to the stroller body 41, and FIG. 4B shows the appearance of the stroller when the animal carrier 42 is not installed to the stroller body 41. In this embodiment, the stroller body 41 of the animal transport stroller 4 has a similar structure and composition as the foregoing embodiments, including the stroller handle 411, the storage layer 412, the frame vertical rod 413 connecting the stroller handle 411 and the storage layer 412, and the wheel member 414 arranged at the bottom of the stroller body 41, etc.; the animal carrier 42 comprises a box body 421 and a support device 422, which have similar structures as the foregoing animal carriers.The difference between the present embodiment and the foregoing embodiments is that, in the present embodiment, the connecting structure of the animal carrier 42 is a pair of connecting grooves 425 formed on the outer walls of the opposite short sides of the box body 421, and the connecting structure of the stroller body 41 is a positioning end 41543A protruding from the inner side of the support portion 415, the connecting grooves 425 are used to receive and engage the protruding positioning end 41543A, thereby being connected to each other to stably combine the animal carrier 42 to the stroller body 41. In particular, please refer to FIG. 4C and FIG. 4D, FIG. 4C is a top view of the animal transport stroller 4 of the present embodiment, and FIG. 4D is an exploded view of the animal carrier 42 and the support portion 415, which illustrates the detailed structure of the connecting grooves 425 of the animal carrier 42 and the support portion 415 of the stroller body 41 of the present embodiment. In the present embodiment, the support portion 415 is mainly composed of an upper cover plate 4152 and a lower cover plate 4153 engaged with each other, a containing space is formed between the upper cover plate 4152 and the lower cover plate 4153, and a support frame 4151 is fixed in the containing space. The inner side of the upper cover plate 4152 is provided with a pair of opposite openings 4152A (only one opening 4152A is shown due to the shielding of the drawing), which correspond to the pair of connecting grooves 425 on the outer walls of the short sides of the box body 421 of the animal carrier 42. A positioning mechanism assembly 4154 is arranged in the containing space of the support portion 415, and the positioning mechanism assembly 4154 includes an operation key 41541, a pair of driving steel wires 41542, a pair of positioning blocks 41543, a pair of positioning sliders 41544, and a pair of guides 41545. The operation key 41541 is connected to the driving steel wire 41542 and the guide 41545 on both sides; one end of the driving steel wire 41542 is connected to the guide 41545, and the other end is connected to the positioning slider 41544; the positioning slider 41544 abuts against the positioning block 41543; the positioning block 41543 has a positioning end 41543A protruding from the opening 4152A of the upper cover plate 4152 to the outside of the support portion 415, and the other end is connected to an elastic element 41546; the elastic element 41546 provides a driving force for the positioning block 41543 to protrude from the opening 4152A.When the animal carrier 42 is mounted on the support portion 415, the positioning protrusion 41543 is forced by the elastic element 41546 to protrude its positioning end 41543A outside the support portion 415 through the opening 4152A to engage with a pair of connecting grooves 425 on the exterior of the short side sidewall of the box body 421 of the animal carrier 42. Through the engagement of the positioning end 41543A with the connecting grooves 425, the box body 421 can be positioned and locked to the support portion 415, so that the animal carrier 42 can be stably combined to the stroller body 41. In order to detach the animal carrier 42 from the stroller body 41, the user pulls the operation key 41541 outward in the direction of the arrow A shown in FIG. 4C, i.e., activates the guide 41545 to drive the driving steel cable 41542, and further drives the positioning slider 41544 to displace to force the positioning protrusion 41543 to withdraw from the connecting grooves 425. Thus, the connection of the box body 421 to the support portion 415 can be released, and the animal carrier 42 can be detached from the stroller body 41. In the embodiment, the animal carrier 42 of the animal transport stroller 4 uses a pair of connecting grooves 425 on the exterior of the short side sidewall of the box body 421 as the connection structure, and the stroller body 41 uses the positioning protrusion 41543 arranged on the corresponding inner side of the support portion 415 as the connection structure. The animal carrier 42 is connected to the stroller body 41 through the combination of the positioning protrusion 41543 and the connecting grooves 425. However, the present disclosure is not limited thereto. In other embodiments, a positioning protrusion can also be arranged on the exterior of the short side sidewall of the box body of the animal carrier, which is combined with a connecting groove arranged on the corresponding inner side of the support portion of the stroller body to connect the animal carrier to the stroller body. Please refer to FIG. 5A and FIG. 5B, which respectively show the appearance schematic diagram of the animal transport stroller 5 according to an embodiment of the present disclosure from different perspectives. The animal transport stroller 5 of the embodiment comprises a stroller body 51 and an animal carrier 52, wherein the animal carrier 52 is stably connected to the stroller body 51 in a detachable manner. The stroller body 51 can have a similar structure as the existing shopping stroller, such as a stroller handle 511, a storage layer 512, a frame vertical rod 513 connecting the stroller handle 511 and the storage layer 512, a wheel member 514 arranged at the bottom of the stroller body 51, etc. The storage layer 512 is located below the lower part of the stroller body 51 close to the ground and is connected to the lower end of the frame vertical rod 513.In the present embodiment, the stroller body 51 further comprises a support portion 515 (e.g., a connecting back plate) which is substantially perpendicular to the storage layer 512 and connects the two stroller vertical rods 513, and is located at the upper end of the stroller vertical rods 113 and close to the stroller handle 511; that is, the support portion 515 is located between the two stroller vertical rods 513 and above the storage layer 512. In the present embodiment, the support portion 515 has a flat plate structure, that is, a support plate (or "connecting back plate") connected between the two stroller vertical rods 513. In the present embodiment, the animal carrier 52 comprises a box body 521 and a bracket device 522, wherein the bracket device 522 is configured similarly to the aforementioned bracket device. In the present embodiment, the animal carrier 52 further comprises a connecting structure 523 (e.g., a fixed ear) provided on the outer side of the peripheral wall of the box body 521, for example, at the outer center of the long side peripheral wall 5211 of the box body 521. In the present embodiment, the animal carrier 52 is attached to the support portion (connecting back plate) 515 of the stroller body 51 through the connecting structure (fixed ear) 523, and is stably connected to the support portion (connecting back plate) 515 when the user applies a downward pushing force to the box body 521, thereby being mounted and fixed to the stroller body 51 to form a stable connection, as shown in FIG. 5B. According to the present embodiment, the connecting structure 523 can be made of a rigid material with elasticity, such as metal, plastic, wood, etc., and has a certain strength to stably support the box body 521 of the animal carrier 52 when the animal carrier 52 is mounted to the stroller body 51. In addition, the connecting structure 523 can be provided on the bracket device 522 (e.g., the first bracket or the second bracket) as a component independent of the box body 521, or directly integrated with the box body 521 to extend from the long side peripheral wall 5211 of the box body 521. Please refer to FIG. 6A, which shows a schematic view of the appearance of an animal transport stroller 6 according to an embodiment of the present disclosure. The animal transport stroller 6 has a similar structure and composition to the aforementioned animal transport stroller, including a stroller body 61 and an animal carrier 62, which is stably connected to the stroller body 61 in a detachable manner. In the present embodiment, the stroller body 61 has a similar structure and composition to the aforementioned stroller body, including a stroller handle 611, a storage layer 612, stroller vertical rods 613 connecting the stroller handle 611 and the storage layer 612, wheel members 614 provided at the bottom of the stroller body 61, and a support portion 615, etc. The difference between the present embodiment and the aforementioned embodiments is that, in the present embodiment, the support portion 615 comprises not only a support frame, but also a fixed base 615L for mounting and fixing the animal carrier 62 thereon.Please refer to FIG. 6B and FIG. 6C, which respectively show the appearance schematic diagram of the animal transport cart 6 from different perspectives, to illustrate the cart body 61 and the animal carrier 62 of the animal transport cart 6 of the present embodiment o In the present embodiment, the animal carrier 62 has a similar structure and composition to the aforementioned animal carrier, including the box body 621 and the support device 622, wherein the support device 622 includes the first support 6221 and the second support 6222, which are buckled on the outer edge of the box body 621 and have a contour corresponding to the outer edge of the box body 621, to increase the carrying strength of the animal carrier 62, and includes the third support 6223 provided on the outer side of the bottom of the box body 621 for the animal carrier 62 to be installed to, for example, a vehicle fixing base or a cart fixing base (not shown in the figure) o The first support 6221, the second support 6222, and the third support 6223 are connected to each other to form the support device 622, which is combined to the box body 621 at the outside of the box body 621. As shown in FIG. 6B and FIG. 6C, in the present embodiment, the third support 6223 is a closed frame formed by a pair of relatively long rods 6223 and a pair of relatively short rods, serving as the connection structure of the animal carrier 62 of the present embodiment. The support portion 615 of the cart body 61 further includes the fixing base 615L, on which the fixing guide grooves 61511, 61512 are formed as the connection structure of the support portion 615, for the third support 6223 of the support device 622 to be inserted and embedded therein with its long rods 6223, 62232, so that the animal carrier 62 is connected to the fixing base 615L through its third support 623, thereby being fixedly installed to the cart body 61 o In the present embodiment, the direction and configuration of the fixing base 6151 and its fixing guide grooves 61511, 61512 are matched with the long rods 6223, 62232 of the third support 6223, but the present disclosure is not limited thereto; alternatively, in other embodiments, the direction and configuration of the fixing guide grooves can also be formed to be matched with the short rods of the third support, depending on the actual application requirements. Please refer to FIG. 7A, which shows the appearance schematic diagram of the animal transport cart 7 according to an embodiment of the present disclosure. The animal transport cart 7 has a similar structure and composition to the aforementioned animal transport cart 6, including the cart body 71 and the animal carrier 72; the animal carrier 72 includes the box body 721 and the support device 722, which is stably connected to the cart body 71 in a detachable manner.In this embodiment, the stroller body 71 has a similar structure and composition as the aforementioned stroller body 61, including a stroller handle 711, a storage layer 712, a frame vertical rod 713 connecting the stroller handle 711 and the storage layer 712, a wheel member 714 arranged at the bottom of the stroller body 71, a support portion 715, and the like. The difference between this embodiment and the aforementioned embodiments is that in this embodiment, the fixing base 7151 is further provided with a clamping hook (only the clamping hook 71513 provided at the end portion 71512A is shown) at each of the two end portions 71511A, 71511B, 71512A, 71512B of the fixing guide groove 71511, 71512, so as to increase the fixing force of the third support 722 of the support device 722 to the fixing base 7151 when the third support 722 of the support device 722 is engaged to the fixing base 7151 (which will be further described below).Please refer to FIG. 7B and FIG. 7C, which respectively show the appearance schematic diagram of the animal transport cart 7 from different perspectives, to illustrate the cart body 71 and the animal carrier 72 of the animal transport cart 7 of the present embodiment. In the present embodiment, the animal carrier 72 has a similar structure and composition to the animal carrier 62, including the box body 721 and the bracket device 722, wherein the bracket device 722 includes the first bracket 7221 and the second bracket 7222, which are buckled on the outer edge of the box body 721 and have a contour corresponding to the outer edge of the box body 721, and includes the third bracket 7223, which can be used to install the animal carrier 72 to a fixed base of a vehicle or a cart, for example; the first bracket 7221, the second bracket 7222, and the third bracket 7223 are connected to each other to form the bracket device 722, which is combined to the box body 721 at the outside of the box body 721. As the same as the animal transport cart 6 of the previous embodiment, in the present embodiment, the animal carrier 72 is combined to the cart body 71 by inserting and embedding the relatively long poles 7223 72232 of the third bracket 7223, which are used as the connecting structure, into the fixed guide slots 71511, 71512, which are used as the connecting structure of the fixed base 7151, respectively; the difference lies in that, in the present embodiment, each of the two ends (the ends 71511A, 71511B, 71512A, 71512B shown in FIG. 7A) of the fixed guide slots 71511, 71512 is provided with a respective hook, such as the hooks 71513, 71514 shown in FIG. 7C; when the third bracket 7223 is inserted and embedded into the fixed guide slots 71511, 71512, which are used as the connecting structure of the fixed base 7151, by the relatively long poles 7223 72232 of the third bracket 7223, respectively, the third bracket 7223 can be more stably combined to the fixed base 7151 by the engagement of the hooks 71513, 71514 in the fixed guide slots 71511, 71512 to the pair of long poles 7223 72232 of the third bracket 7223, so that the animal carrier 72 is more stably installed on the cart body 71. In the present embodiment, four hooks are provided in the fixed base 7151 (respectively provided at the four guide slot ends 71511A, 71511B, 71512A, 71512B of the fixed base 7151 shown in FIG. 7A, and for the sake of simplicity of the drawing, only the hook 71513 provided at the end 71512A is shown), but the present disclosure is not limited thereto. In other embodiments, the number and arrangement position of the hooks can also be determined according to actual application requirements, for example, the hooks can be arranged at the center of the fixed guide slots.In the present embodiment, a steel cable type release mechanism can be further provided on the fixing base 7151. The release of the clamping hook is driven by the operation of the key, the steel cable and the release part, so as to assist the third support of the animal carrier to be released from the clamping hook and the fixing guide groove. Please refer to FIG. 8A and FIG. 8B, which respectively show the appearance schematic diagram of the animal transport cart 8 according to an embodiment of the present disclosure from different perspectives. The animal transport cart 8 has similar structure and composition to the aforementioned animal transport cart, including the cart body 81 and the animal carrier 82; the animal carrier 82 is stably connected to the cart body 81 in a detachable manner. In the present embodiment, the cart body 81 has similar structure and composition to the aforementioned cart body, including the cart handle 811, the storage layer 812, the frame vertical rod 813 connecting the cart handle 811 and the storage layer 812, and the wheel device 814 provided at the bottom of the cart body 81, etc. The difference between the present embodiment and the aforementioned embodiments is that, in the present embodiment, the cart body 81 includes a support part 815, and the animal carrier 82 is fixedly installed to the cart body 81 by the connecting structure (further described below) provided on the outer side of the bottom surface of the box and the connecting structure 816 (for example, a connecting buckle) provided on the support surface 815A of the support part 815. Please refer to FIG. 8C and FIG. 8D, which respectively show the connecting structure 825 of the animal carrier 82 and the connecting structure 816 of the cart body 81 of the animal transport cart 8 in the present embodiment. As shown in the figures, in the present embodiment, the animal carrier 82 includes a box 821 and a support device 822, wherein the support device 822 includes a first support 8221 and a second support 8222, which are arranged on the outer edge of the box 821 and have a contour corresponding to the outer edge of the box 821; the first support 8221 and the second support 8222 are connected to each other to form the support device 822, and the support device 822 is combined to the box 821 outside the box 821. In the present embodiment, the animal carrier 82 can not include a third support, so that the box 821 is directly combined to the support part 815 of the cart body 81; however, the present disclosure is not limited thereto. In other embodiments, the bottom of the box 821 of the animal carrier 82 can also be provided with a third support, that is, the structure and composition of the animal carrier are the same as those of the aforementioned embodiments.In the present embodiment, the animal carrier 82 includes a connecting structure 825 disposed at the center of the outer bottom surface of the box body 821; the connecting structure 825 includes a cylindrical fastening portion 8251 and an annular engaging portion 8252 surrounding the outer periphery of the cylindrical fastening portion 8251. The stroller body 81 includes a connecting structure 816 (e.g., a connecting fastener) including a fastener fixing seat 8161 disposed at the center of the support portion 815 and a cover 8162, which is connected and fastened with the connecting structure 825 via a through opening 8151 at the support surface (top surface) 815A of the support portion 815. That is, in the present embodiment, the connecting structure 825 of the animal carrier 82 is in a male fastening structure, and the connecting structure 816 of the support portion 815 is in a female fastening structure, which are matched with each other to be fastened and connected. The cover 8162 of the connecting structure 816 corresponds to the fastener fixing seat 8161 in shape and is connected to the fastener fixing seat 8161 to define a receiving space for receiving the main structure and member of the connecting structure 816.Please refer to FIG. 8D and FIG. 8E, the connecting structure 816 includes a pair of release structures 8164, and a pair of interference structures 8165 corresponding to each release structure 8164 - the release structure 8164 includes an operation portion 8164A, a pair of engaging arms 8164B, and a pair of stop portions 8164C; the interference structure 8165 includes a first interference structure 8165A and a second interference structure 8165B o the operation portion 8164A is located on the operation surface (bottom surface) 815B of the support portion 815, and is partially exposed outside the cover 8162 of the fastener fixing seat 8161 to facilitate user operation; the pair of engaging arms 8164B is located at both ends of the operation portion 8164A, the engaging arm 8164B can have elasticity, so that the engaging arm 8164B can always be kept abutting against the annular engaging portion 8252 of the connecting structure 825, so that the box body 821 is connected to the support portion 815, and the animal carrier 82 is stably connected to the stroller body 81; the pair of stop portions 8164C is formed between the operation portion 8164A and the engaging arm 8164B, which abuts against the first interference structure 8165A of the connecting structure 816, and a part of the engaging arm 8164B abuts against the second interference structure 8165B, and when the animal carrier 82 is connected to the stroller body 81, the engaging end thereof is kept abutting against the annular engaging portion 8252 of the connecting structure 825 o According to the present embodiment, when the user wants to remove the animal carrier 82 from the stroller body 81, the user presses the operation portion 8164A of the pair of release structures 8164 of the connecting structure 816; because the release structure 8164 abuts against the second interference structure 8165B with a part of the engaging arm 8164B, and abuts against the first interference structure 8165A with the stop portion 8164C, when the pair of operation portions 8164A is pressed towards each other, the stop portion 8164C and the engaging arm 8164B are interfered by the first interference structure 8165A and the second interference structure 8165B respectively, so that the engaging end of the engaging arm 8164B moves away from the connecting structure 816 to exit the annular engaging portion 8252, that is, the connecting structure 825 is separated from the support portion 815, and the animal carrier 82 is detached from the stroller body 81. Optionally, in the present embodiment, a pair of magnetic elements that cooperate with each other can be further arranged between (or in) the cylindrical fastening portion 8251 of the connecting structure 825 and the cover 8162, so that the connecting structure 825 of the animal carrier 82 and the connecting structure 816 of the support portion 815 can be quickly aligned and combined through the magnetic attraction between the pair of magnetic elements that cooperate with each other.Please refer to FIG. 9A and FIG. 9B, which respectively show the appearance schematic diagram of the animal transportation cart 9 according to an embodiment of the present disclosure from different perspectives. The animal transportation cart 9 of the present embodiment comprises a cart body 91 and an animal carrier 92, which is detachably combined with the cart body 91. In the present embodiment, the cart body 91 has a similar structure and composition to the aforementioned cart bodies, including a cart handle 911, a storage layer 912, a frame vertical rod 913 connecting the cart handle 911 and the storage layer 912, a wheel member 914 arranged at the bottom of the cart body 91, a support part 915, etc. In the present embodiment, the animal carrier 92 is also fixedly installed to the cart body 91 through the connecting structure arranged at the bottom of the box (further described below) and the connecting structure arranged on the top surface (support surface) 915A of the support part 915. The difference between the present embodiment and the aforementioned embodiments is that, in the present embodiment, the connecting structure of the support part 915 is a rotating fastener 916, which is arranged in the support part 915 and partially exposed to the bottom surface (operation surface) 915B of the support part 915 for user operation; the animal carrier 92 is thereby stably installed to the cart body 91 by rotating the rotating fastener 916 to be fastened with the connecting structure at the bottom of the box 921 of the animal carrier 92 (further described below). Please refer to FIG. 9C and FIG. 9D, which show the appearance schematic diagram of the animal carrier 92 of the present embodiment from different perspectives. In the present embodiment, the animal carrier 92 comprises a box 921 and a bracket device 922, wherein the bracket device 922 comprises a first bracket 9221 and a second bracket 9222, which are arranged on the outer edge of the box 921 and have a contour corresponding to the outer edge of the box 921; the first bracket 9221 and the second bracket 9222 are connected with each other to form the bracket device 922, which is combined with the box 921 outside the box 921. In the present embodiment, the animal carrier 92 can not include a third bracket, so that the box 921 can be directly combined with the support part 915 of the cart body 91 with the bottom surface 921B; however, the present disclosure is not limited thereto. In other embodiments, the bottom of the box 921 of the animal carrier 92 can also be provided with a third bracket, i.e., the structure and composition of the animal carrier are the same as those of the aforementioned embodiments.In the present embodiment, the animal carrier 92 is formed with a connection structure 925 at the center of the bottom of the box 921. As shown in the drawings, the connection structure 925 is formed in a "cross" shape on the load-bearing surface 921A of the box 921, and is formed by the recess 9251 formed on the load-bearing surface 921A of the box 921 and the through portion 9252 penetrating the bottom of the box 921, so as to be formed in a "straight line" shape on the bottom surface 921B of the box 921. The animal carrier 92 is connected to the connection protrusion 9162 (shown in FIG. 9E) protruding from the top surface (support surface) 915A of the support portion 915 of the stroller body 91 through the through portion 9252 of the "straight line" structure, and is further buckled to stably combine with the support portion 915 of the stroller body 91. Please refer to FIG. 9F and FIG. 9G, which respectively show the exploded view and the partial cross-sectional view of the support portion 915 of the animal transport stroller 9 of the present embodiment, to illustrate the detailed structure and operation of the rotating buckle 916 of the stroller body 91. The rotating buckle 916 includes an inner rod 9163 penetrating the support portion 915, an outer tube 9164 sleeved outside the inner rod 9163, and an elastic element 9165 sleeved between the inner rod 9163 and the outer tube 9164. The inner rod 9163 is formed in a "T" shape in the longitudinal cross section, one end (bottom end) of which protrudes from the bottom surface (operation surface) 915B of the support portion 915 and is connected to the knob 916L. The knob 9161 is exposed to the bottom surface 915B of the support portion 915 to facilitate the rotating operation of the user. The other end (top end) of the inner rod 9163 is connected to the connection protrusion 9162 formed in a "straight line" shape, which can protrude from the top surface 915A of the support portion 915 for locking positioning of the box 921 of the animal carrier 92. In the present embodiment, the inner rod 9163 can be driven to rotate and move relative to the outer tube 9164 under the rotation of the knob 9161; that is, the inner rod 9163 can rotate relative to the outer tube 9164, and can move up and down relative to the outer tube 9164 to form a lifting structure together with the outer tube 9164. The elastic element 9165 provides a driving force for the inner rod 9163 to have a maximum relative displacement relative to the outer tube 9164. In the present embodiment, a sleeve 915L is formed in the support portion 915 corresponding to the position of the rotating buckle 916, which shields the elastic element 9165 of the rotating buckle 916. As shown in FIG. 9G to FIG. 91, the rotating buckle 916 includes a locking member 9163A, which can be, for example, a latch independent of the inner rod 9163, or a protrusion formed on the rod body of the inner rod 9163.The tube wall of the outer tube 9164 is formed with a positioning slot 9164A penetrating the tube wall, and the size of the locking member 9163A is adapted to the width of the positioning slot 9164A so as to be movable in the positioning slot 9164A. In the present embodiment, the positioning slot 9164A is approximately a "7-shaped" structure formed by a longitudinal slot 9164A1, a transverse slot 9164A2 and a positioning end 9164A3. As the inner rod 9163 moves upward in the outer tube 9164 from the lowest position, the locking member 9163A can correspondingly move upward in the longitudinal slot 9164A1 of the positioning slot 9164A, and be rotated under the driving of the knob 9161 to enter the transverse slot 9164A2 to continue to move transversely in the transverse slot 9164A2 under the rotation of the knob 9161, and finally enter the positioning end 9164A3 to be positioned therein. At this time, the moving stroke of the inner rod 9163 relative to the outer tube 9164 reaches the maximum, and when the locking member 9163A is positioned in the positioning end 9164A3, the inner rod 9163 is fixed relative to the outer tube 9164. Further, since the inner rod 9163 is fixedly connected to the knob 9161, when the user pushes the knob 9161 upward, the inner rod 9163 can be driven to move upward, and the locking member 9163A is also moved upward to the top end of the longitudinal slot 9164A1. Then, the user rotates the knob 9161 to drive the inner rod 9163 to rotate in the same direction, so that the locking member 9163A enters the transverse slot 9164A2 and further moves transversely to the end of the transverse slot 9164A2, so that the user cannot further rotate the knob 9161. At this time, the connecting block 9162 is transferred from the state of being located in the penetrating portion 9252 of the connecting structure 925 and not combined with the animal carrier 92 to the position of the recessed portion 9251. When the user stops applying force to the knob 9161, the inner rod 9163 can be reset due to the elastic force of the elastic element 9165.As shown in FIG. 9G and FIG. 9H, the top end of the inner rod 9163 of the rotating buckle 916 is a connecting protrusion 9162 in a "straight line" structure (i.e., the connecting protrusion 9162 shown in FIG. 9E), which can automatically extend out of the through portion 9252 on the bearing surface 921A of the box body 921 of the animal carrier 92 along the upward movement of the inner rod 9163 (i.e., the connecting protrusion 9162 is engaged in the through portion 9252 of the matching connecting structure 925 and protrudes above the bottom bearing surface 921A of the box body 921). When the user rotates the knob 9161 (e.g., by 90 degrees), the connecting protrusion 9162 can be synchronously rotated (e.g., also by 90 degrees) and stopped in the recess 9251 of the connecting structure 925, so that the box body 921 is fixedly positioned on the support portion 915, and the connection and cooperation of the animal carrier 92 and the stroller body 91 are completed. On the other hand, if the connection and cooperation of the animal carrier 92 and the stroller body 91 is to be released, the knob 9161 is pushed upward again to drive the inner rod 9163 to move upward and away from the recess 9251, and the knob 9161 is rotated (e.g., by 90 degrees) to synchronously rotate (e.g., also by 90 degrees) the connecting protrusion 9162 and enter above the through portion 9252, so that the inner rod 9163 reaches a movable position. Since the connecting protrusion 9162 is above the through portion 9252 and is not combined with the animal carrier 92, when the user stops applying force to the knob 9161, the inner rod 9163 can be driven to move downward by the elastic force of the elastic element 9165 (at this time, the connecting protrusion 9162 enters the through portion 9252), the locking of the box body 921 on the support portion 915 is released, so that the animal carrier 92 and the stroller body 91 are detached and separated, as shown in FIG. 91. Please refer to FIG. 10A and FIG. 10B, which show the appearance schematic diagram of the animal transport stroller 10 according to an embodiment of the present disclosure. The animal transport stroller 10 of the present embodiment comprises a stroller body 101 and an animal carrier 102, which is combined with the stroller body 101 in a detachable manner. In the present embodiment, the stroller body 101 has a similar structure and composition as the previous embodiments, including a stroller handle 1011, a storage layer 1012, a frame vertical rod 1013 connecting the stroller handle 1011 and the storage layer 1012, and a wheel member 1014, etc. The animal carrier 102 comprises a box body 1021 and a support device 1022.The difference between this embodiment and the aforementioned embodiments is that in this embodiment, the bottom outer side of the box body 1021 of the animal carrier 102 is formed with a connecting structure to stably link with the connecting structure on the top surface of the support portion 105 of the stroller body 101 in a track coupling manner. As shown in FIG. 10B, at least one pair of guide grooves 1053 is formed on the fixed base 1051 of the support portion 105 as the connecting structure, and a positioning portion 1054 is arranged on the fixed base 1051 near the front end. An operation key 1052 is arranged on the side surface of the fixed base 1051 for a user to operate to drive the positioning portion 1054. Please refer to FIG. 10C, which shows a structural schematic diagram of the animal carrier 102 of this embodiment. In this embodiment, the box body 1021 of the animal carrier 102 is, for example, rectangular, which is formed by surrounding a bearing surface with four side walls, and has opposite long sides and opposite short sides; the bracket device 1022 of the animal carrier 102 includes a first bracket 10221 and a second bracket 10222, which are arranged around the outer edge of the box body 1021 and correspond to the outer edge of the box body 1021, and provide support for the box body 1021 to increase the bearing strength of the animal carrier 102. In this embodiment, a pair of guide rails 1023 is arranged on the outside of the bottom surface 1021B of the box body 1021 as the connecting structure, which protrudes from the bottom surface 1021B of the box body 1021 and extends along the long side direction of the box body 1021 on the bottom surface 1021B. In this embodiment, each guide rail 1023 is composed of a plurality of guide rail segments (three guide rail segments 1023A1-1023A3 in this embodiment) separated from each other, but the present disclosure is not limited thereto; in other embodiments, alternatively, the guide rail 1023 can also be formed as a single structure, depending on the actual application required. At least one positioning groove 1024 is formed on the bottom surface 1021B of the box body 1021, which is arranged between the pair of guide rails 1023 and at the front and rear ends (i.e., near the respective short sides of the box body 1021) on the bottom surface 1021B of the box body 1021. Please refer to FIG. 10D and FIG. 10E, which show side sectional schematic diagrams of the animal transport stroller 10 of this embodiment, for details of the operation key 1052 and the positioning portion 1054 of the support portion 105.The positioning portion 1054 includes a positioning protrusion 10541, an elastic element 10542, and a transmission pin 10543. The free end of the positioning protrusion 10541 has a guide surface 10541A for guiding the box 1021 so that the positioning groove 1024 of the box 1021 is guided by the guide surface 10541A and is driven in one direction to engage with the positioning protrusion 10541, so that the box 1021 cannot slide out of the positioning groove due to environmental disturbance. The other end of the positioning protrusion 10541 is connected to the elastic element 10542, which provides a restoring force for resetting the positioning protrusion 10541. The transmission pin 10543 connects the positioning protrusion 10541 and the operation key 1052. Specifically, as shown in FIG. 10E, the end of the operation key 1052 is formed with an inclined guide groove 1052A, and the transmission pin 10543 is located in the guide groove 1052A and can be displaced relative to the inclined surface of the guide groove 1052A. As shown in FIGS. 10D and 10E, when the animal carrier 102 is to be installed on the stroller body 101, a pair of guide rails 1023 (see FIG. 10C) on the bottom surface 1021B of the box 1021 of the animal carrier 102 are respectively engaged with a pair of guide grooves 1053 (FIG. 10B) of the fixed base 1051 of the support portion 105, and are guided by the guide grooves 1053 to be positioned. The free end of the positioning protrusion 10541 has a one-way guide surface 10541A, which can be pressed to drive the positioning protrusion 10541 to displace downward due to the movement of the box 1021 to the handle side, and after the box 1021 is positioned on the support portion 105, the positioning protrusion 10541 is driven by the elastic element 10542 to be forced into the positioning groove 1024 of the box 1021 to be locked. When the animal carrier 102 is to be detached from the stroller body 101, the user only needs to press the operation key 1052, which moves to the rear end under pressure, thereby driving the transmission pin 10543 of the positioning portion 1054 through the guide groove 1052A, thereby driving the positioning protrusion 10541 to move downward out of the positioning hole 1024, and releasing the locking of the animal carrier 102 on the support portion 105. After the locking of the animal carrier 102 and the stroller body 101 is released, the animal carrier 102 can be moved out of the support portion 105 by the relative movement of the guide rails 1023 in the guide grooves 1053. In this embodiment, a bottom plate is used as the fixed base 1051 of the support portion 105, and the guide grooves 1053 are formed on the bottom plate as the connecting structure for connecting the animal carrier 102 with the guide rails 1023 on the bottom of the box.In other embodiments, the support 105 can further be formed by a bottom plate and surrounding side plates connected to the bottom plate, and even further including a top plate connected to the surrounding side plates to form a closed drawer structure, and the guide slots can be selectively formed in the top plate, the bottom plate, or the side plates to stably engage with the corresponding connection structure of the animal carrier box 102. Alternatively, the surrounding wall of the animal carrier 102 can be made of a transparent hard or flexible material to facilitate the user to view the inside of the animal carrier. In the present disclosure, the connection structure of the animal carrier 102 and the support body 101 is not limited to the track on the bottom of the box and the guide slot on the support; for example, in other embodiments, a first magnetic element can be provided on the bottom or the outer side of the box 1021 as the connection structure, and a second magnetic element can be provided on the top plate or the side plate of the support 105 towards the inner side or the fixed base as the connection structure, and the animal carrier 102 and the support body 101 can be quickly aligned and stably connected to each other by the magnetic attraction of the first and second magnetic elements. In the present disclosure, the height of the support or support frame of the support body of the animal transport cart can be adjusted to accommodate different animal carriers. In addition, the support of the support body of the animal transport cart can be pivoted on the frame upright, so as to be folded towards the frame upright to facilitate the use and storage of the support body. Please refer to FIG. 11A, which shows a side cross-sectional view of an animal transport cart 15 according to an embodiment of the present disclosure. The animal transport cart 15 includes a support body 151 and an animal carrier 152; the animal carrier 152 is stably connected to the support body 151 in a detachable manner. In the present embodiment, the support body 151 has a similar structure and composition to the aforementioned support body, including a cart handle 1511, a storage layer 1512, a frame upright 1513 connecting the cart handle 1511 and the storage layer 1512, and a wheel 1514 provided on the bottom of the support body 151, etc.; the animal carrier 152 has a similar structure and composition to the aforementioned embodiments, including a box and a support device, etc. The difference between the present embodiment and the aforementioned embodiments is that, in the present embodiment, the support body 151 further includes an adjustment device 155 connected to the support 1515 (such as a support frame) and the frame upright 1513, so that the height of the support 1515 of the support body 151 on the frame upright 1513 is adjustable, and the support 1515 can be rotated towards the frame upright 1513 to facilitate the folding of the frame. For details, please refer to FIG. 11B and FIG. 11C, which respectively show a partially exploded view of the animal transport cart 15 of the present embodiment, for illustrating the detailed structure of the adjustment device 155.As shown in the figure, the pair of frame uprights 1513 of the animal transport cart 15 are hollow structures with a rectangular cross section, with guide slots 1513A formed on the inner sides opposite each other for the adjustment device 155 to be accommodated therein and move up and down. The adjustment device 155 comprises an adjustment base 1551, an elastic element 1552, a gear member 1553, a connecting member 1554 and a fixing cover 1555. The adjustment base 1551 has a first accommodating portion 1551A and a second accommodating portion 1551B. The first accommodating portion 1551A has an outer contour matching the contour of the frame upright 1553 and is arranged inside the frame upright 1553; the second accommodating portion 1551B is cylindrical and has a central pivot shaft 1551C. The second accommodating portion 1551B has a plurality of protrusions formed on the inner edge, thereby having an inner contour 1551B1 matching the gear member 1553. The elastic element 1552 is sleeved on the central pivot shaft 1551C, with one end abutting the inner side surface of the second accommodating portion 1551B and the other end abutting the gear member 1553, for providing a restoring force for returning the components. The gear member 1553 matches the inner contour 1551B1 of the second accommodating portion 1551B, and the teeth thereof engage the respective protrusions. The connecting member 1554 covers the gear member 1553, and the connecting member 1554 is circular in structure and has an extended connecting end 1554A connected to the short side end of the support portion 1515 of the cart body. The fixing cover 1555 is buckled to the connecting member 1554, enclosing and protecting the components in the adjustment device 155, and the user can press the release lock to activate the actuation of the gear member 1553 and adjust the angle of the support portion 1515. As shown in FIG. 11C, the pair of frame uprights 1513 of the animal transport cart in the embodiment are respectively provided with respective adjustment devices 155. The adjustment device 155 is arranged in the frame upright 1513 with the first accommodating portion 1551A, and the second accommodating portion 1551B of the adjustment device 155 protrudes out of the frame upright 1513 from the guide slot 1513A, thereby being movable up and down in the frame upright 1513 along the guide slot 1513A. In the embodiment, the first accommodating portion 1513A is provided with a positioning member 1556, which is "Z-shaped" in structure and stably abuts in the first accommodating portion 1551A. Please refer to FIG. 11D, which shows a partial cross-sectional view of the animal transport cart according to the embodiment, for illustrating the detailed structure and actuation of the positioning member 1556 of the adjustment device and the frame upright 1513.In the present embodiment, the positioning member 1556 has a "Z-shaped" structure and is stably positioned in the first accommodating portion 1551A of the adjusting device; the positioning member 1556 can be a "Z-shaped" sheet made of elastic material, which is formed with a protrusion at one end as a positioning end 1556A and is positioned against the inner wall of the first accommodating portion 1551A at the other end as an abutting end 1556B. In the present embodiment, the frame vertical rod 1513 has a hollow structure with a rectangular cross section, for example, and is formed with a plurality of positioning holes 1513B1-1513B4 on one side surface (e.g., the side surface close to the cart handle), which are through-hole structures penetrating the rod wall. In the present embodiment, the positioning end 1556A of the positioning member 1556 can be inserted into each positioning hole 1513B1-1513B4 to be fixed, so that the support portion is located at each corresponding height segment. Referring back to FIGS. 11A and 11B, in the present embodiment, each adjusting device 155 is arranged in a pair of frame vertical rods 1513 of the cart body 151 of the animal transport cart 15, the first accommodating portion 1551A of the adjusting device 155 is arranged in the frame vertical rod 1513, and the second accommodating portion 1551B and the connecting member 1554 of the adjusting device 155 extend out of the guide groove 1513A of the frame vertical rod 1513 and are connected to the support portion 1515 of the cart body 151. By moving the first accommodating portion 1551A of the adjusting device 155 up and down in the frame vertical rod 1513 and the second accommodating portion 1551B in the guide groove 1513A, in combination with the fixation of the positioning end 1556A of the positioning member 1556 in the first accommodating portion 1551A to the positioning hole of the frame vertical rod 1513, the support portion 1515 and the animal carrier 152 mounted thereon can be adjusted to the appropriate height and then locked in position. By adjusting the gear member 1553 of the adjusting device 155 relative to the inner contour 1551B1 of the second accommodating portion 1551B, the adjusting device 155 can be rotated around the connecting line direction of the cart handle 1511 and the frame vertical rod 1513, thereby driving the support portion 1515 and the animal carrier 152 mounted thereon to be rotated upward or downward to the appropriate angle and then positioned. After the animal carrier 152 is detached from the cart body 151, the support portion 1515 can be rotated downward to the direction perpendicular to the ground for folding, which is conducive to the storage of the cart body. Although the present embodiment is described by taking the adjusting device 155 capable of height adjustment and angle adjustment as an example (as shown in FIG. 11B), the present disclosure is not limited thereto. In other embodiments, the adjusting device can only include the angle adjustment mechanism shown in FIG. 11C or only include the height adjustment mechanism shown in FIG. 11D, depending on the actual application requirements.In summary, the present disclosure provides an animal transport cart, which can simply and conveniently install and fix an animal carrier thereon and provide sufficient storage space for the user to place articles. Through the design of the support portion of the present disclosure, the installation height of the animal carrier in the animal transport cart can be adjusted according to actual application requirements. In addition, the support portion in the animal transport cart can rotate around the connecting line between the vertical rod of the frame and the handle of the cart, which can adjust the angle of the animal carrier fixed thereon, and is more conducive to the storage of the cart body after the animal carrier is disassembled, and has great application potential. It should be noted that all the parameters, dimensions, materials and structures described in the present disclosure are exemplary, and the actual parameters, dimensions, materials and / or structures are determined according to specific applications or applications using the disclosure. It should be understood that the foregoing embodiments are mainly presented in the form of examples, and within the scope of the appended claims and their equivalents, the concepts and embodiments of the present disclosure can be implemented in a manner different from the specific description and protection. The embodiments of the present disclosure relate to each individual feature, element, article, material, component and / or method described above. In addition, if such features, elements, articles, materials, components and / or methods are not inconsistent with each other, any combination of two or more such features, elements, articles, materials, components and / or methods is included in the scope of the present disclosure. Without departing from the scope of the present disclosure, other replacements, modifications, changes and omissions can be made to the design, operating conditions and configuration structure of the corresponding elements of the above embodiments. The use of numerical ranges does not exclude equivalents falling outside the range in the same way to meet the same function to produce the same result.

Claims

CLAIM 1. An animal transport cart comprising a cart body and an animal carrier, the cart body comprising a cart handle, a storage layer, at least one pair of frame uprights connecting the cart handle and the storage layer, and a wheel assembly, characterised in that: The animal carrier comprises a box and a support device, the box comprises a bottom and a peripheral wall connected to the bottom, the support device is combined with the box outside the peripheral wall; the stroller body comprises a support part, the support part is parallel to the storage layer, and is connected to the stroller frame vertical rod at a position higher than the storage layer; and the animal carrier is detachably connected to the support part by one of the peripheral wall and the bottom.

2. The animal transport cart of claim 1, wherein: The support part comprises four side parts corresponding to the peripheral wall of the animal carrier, and the animal carrier is detachably connected to the corresponding opposite side parts of the support part by the opposite side parts of the peripheral wall.

3. The animal transport cart of claim 2, wherein: The animal carrier comprises at least one pair of connecting structures connected to the opposite side parts of the peripheral wall, and the box is correspondingly connected to the opposite side parts of the support part through the connecting structures.

4. The animal transport cart of claim 3, wherein: The connecting structure and the box are integrally formed.

5. The animal transport cart of claim 3, wherein: The connecting structure and the support device are integrally formed. ​ 6. The animal transport cart of claim 3, wherein: The animal carrier comprises an adjusting support, the adjusting support has opposite fixed side edges and opposite movable side edges, the adjusting support is connected to the peripheral wall of the box outside the fixed side edges, and the adjusting support changes the distance between the movable side edges through the extension and contraction of the movable side edges; the connecting structure is arranged on the movable side edge, and the box is connected to the support part through the connecting structure. ​ 7. The animal transport cart of claim 6, wherein: The connecting structure is a fixed hanging ear, and the box is connected to the support part by being correspondingly hung on the opposite side parts of the support part through the fixed hanging ear.

8. The animal transport cart of claim 3, wherein: The connecting structure is a fixed hanging ear, and the box is connected to the support part by being correspondingly hung on the opposite side parts of the support part through the fixed hanging ear. ​ 9. The animal transport cart of claim 3, wherein: The connecting structure is a first connecting structure, the support part comprises a second connecting structure corresponding to the first connecting structure, the second connecting structure is arranged on the corresponding opposite side parts of the support part, and the box is connected to the support part through the corresponding engagement of the first connecting structure and the second connecting structure. ​ 10. The animal transport cart of claim 9, wherein: The first connecting structure is a connecting seat, the second connecting structure is a connecting fastener, and the box is connected to the support part by being correspondingly accommodated in the connecting seat through the connecting fastener. 26 11. The animal transport cart of claim 9, wherein: The first connecting structure is one of a positioning protrusion and a connecting groove, the second connecting structure is the other of the positioning protrusion and the connecting groove, and the box is connected to the support part by being correspondingly clamped in the connecting groove through the positioning protrusion.

12. The animal transport cart of claim 1, wherein: The support part comprises a fixed base, the fixed base comprises a support surface corresponding to the bottom of the animal carrier, and the animal carrier is detachably connected to the support surface of the support part by the bottom.

13. The animal transport cart of claim 12, wherein: The animal carrier comprises a connecting structure connected to the outside of the bottom, and the box is correspondingly connected to the support surface of the support part through the connecting structure.

14. The animal transport cart of claim 13, wherein: The connecting structure is a first connecting structure, the support portion includes a second connecting structure corresponding to the first connecting structure, the second connecting structure is arranged on the support surface, and the box is connected to the support portion through corresponding engagement of the first connecting structure and the second connecting structure.

15. The animal transport cart of claim 14, wherein: The first connecting structure is a bracket device, and the second connecting structure is a fixed guide groove. ​ 16. The animal transport cart of claim 15, wherein: The fixed base includes a clamping hook arranged in the fixed guide groove, so as to be embedded in the fixed bracket when the bracket device is engaged with the fixed guide groove.

17. The animal transport cart of claim 14, wherein: The first connecting structure is arranged at the center of the outer side of the bottom of the box, and the second connecting structure is arranged at the center of the support surface. ​ 18. The animal transport cart of claim 17, wherein: The first connecting structure and the second connecting structure are press-fitted or rotationally fitted.

19. The animal transport cart of claim 14, wherein: The first connecting structure is a guide rail, and the second connecting structure is a guide groove.

20. The animal transport cart of claim 19, wherein: The animal carrier includes at least one positioning groove formed on the outer side of the bottom of the box, and the support portion includes a positioning portion that can be driven to protrude from the support portion to engage the positioning groove. ​ 21. The animal transport cart of claim 19, wherein: The support portion includes a bottom plate and a surrounding side plate connected to the bottom plate. ​ 22. The animal transport cart of claim 20, wherein The support portion further includes a top plate connected to the surrounding side plate and opposite to the bottom plate.

23. The animal transport cart of claim 12, wherein: The first connecting structure is a first magnetic element, and the second connecting structure is a second magnetic element. ​ 24. The animal transport cart of claim 1, wherein: The animal transport cart includes an adjusting device connected to the support portion and arranged in the frame vertical rod, and the support portion can move up and down or be adjusted in angle relative to the frame vertical rod through the adjusting device. ​ The animal transport cart includes an adjusting device connected to the support portion and arranged in the frame vertical rod, and the adjusting device can rotate around the connecting line direction of the handle and the frame vertical rod.

25. The animal transport cart of claim 1, wherein: The animal carrier includes a box and a bracket device, the box includes a bottom and a surrounding wall connected to the bottom, and the bracket device is combined with the box outside the surrounding wall; the cart body includes a support portion, the support portion is perpendicular to the storage layer and is connected between the frame vertical rods at a position higher than the storage layer; and the animal carrier further includes a connecting structure arranged outside the surrounding wall, and the box is connected to the support portion through the connecting structure. ​ 26. An animal transport cart comprising a cart body and an animal carrier, the cart body comprising a cart handle, a storage deck, at least one pair of frame uprights connecting the cart handle and the storage deck, and a wheel assembly, characterised in that: The connecting structure is a fixed hanging ear, and the support portion is a support plate, and the box is hung on the support plate through the fixed hanging ear.

27. The animal transport cart of claim 26, wherein: ​ ​

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