Spherical LED film and television lamp

Abstract

The utility model provides a spherical LED film and television lamp. The spherical LED film and television lamp comprises a lamp main body and a luminous body, the lamp body comprises a lamp body shell and a lampshade, the lampshade and the lamp body shell define a containing space, the lampshade comprises a lampshade body in an outwards-convex spherical arc shape, and the lamp body shell comprises a shell body opposite to the lampshade body. The light-emitting body comprises a lamp panel and a plurality of lamp beads, the lamp panel is located in the containing space and opposite to the lampshade body, the lamp panel is bent towards the lampshade body and is bent into a spherical arc shape matched with the lampshade body, and the lamp beads are distributed on the side, facing the lampshade body, of the lamp panel. According to the spherical LED film and television lamp, the lampshade body and the lamp panel are both in the spherical arc shape, so that the range of light emitted by the spherical LED film and television lamp is wider and more uniform, the three-dimensional surrounding feeling of an object is stronger due to the fact that the light irradiates the object, and a user can shoot a better effect conveniently.

Description

TECHNICAL FIELD

[0001] The utility model relates to lighting technical field especially is related to a spherical surface shape LED video light. BACKGROUND

[0002] The video light is a kind of artificial light source, it is often used as auxiliary light in low light environment or a scene, such as, is applied to live broadcast, interview, VLOG shooting or other video shooting and other work scenes needing light compensation.The traditional LED lamp photography is by LED welding on the plane lamp panel direct emission, and the external lampshade is also plane, so it will cause light too concentrated, makes the stereoscopic surrounding feeling of irradiated object weaken, is not conducive to the final shooting effect. CONTENT OF UTILITY MODEL

[0003] In order to overcome the deficiencies in the prior art, the utility model provides a spherical surface shape LED video light, its lampshade body and lamp panel are spherical arc, so that the light range of spherical surface shape LED video light is wider and more uniform, and the stereoscopic surrounding feeling of object is stronger when light irradiates on object, so that user can shoot better effect.

[0004] In order to achieve the above purpose, the utility model adopts the following technical scheme to realize:

[0005] A kind of spherical surface shape LED video light, comprising:

[0006] Lamp body main body, including lamp body shell and lampshade, and the lampshade and the lamp body shell define a containing space, the lampshade includes the lampshade body of outer convex spherical arc, the lamp body shell includes the shell body opposite to the lampshade body;

[0007] And illuminant, including lamp panel and several lamp beads, the lamp panel is located in the containing space and is opposite to the lampshade body, the lamp panel is curved to the lampshade body side, and the lamp panel is curved into spherical arc matched with the lampshade body, several lamp beads are distributed and set on the side of the lamp panel towards the lampshade body.

[0008] Using the above technical scheme, since the lampshade body of the lampshade is outer convex spherical arc, the light range of the spherical surface shape LED video light is wider, and the stereoscopic surrounding feeling of object is stronger when light irradiates on object, so that user can shoot better effect;

[0009] And the lamp panel is spherical arc matched with the lampshade body, and several lamp beads are evenly distributed on the lamp panel, so that the light emitted from the lampshade of the spherical surface shape LED video light is more uniform, further improves the shooting effect of user;The above technical scheme has reasonable structure.

[0010] Further, the shell body is curved towards the lampshade body, and the shell body is curved into a spherical arc shape matching the lampshade body.

[0011] The lamp plate is made of flexible material, and is attached to the side of the shell body facing the lampshade body.

[0012] The above technical solution makes the structure of the shell body more reasonable, and the lamp plate is made of flexible material and is attached to the shell body to make the lamp plate have a spherical arc shape. The above structure is reasonable.

[0013] Further, the shell body is curved towards the lampshade body, and the shell body is curved into a spherical arc shape matching the lampshade body.

[0014] Correspondingly, the lamp plate is provided with a first fixing hole matching the first fixing column and a second fixing hole matching the second fixing column in the first direction, and is provided with a third fixing hole matching the third fixing column and a fourth fixing hole matching the fourth fixing column in the second direction. Specifically, the first fixing hole, the second fixing hole, the third fixing hole, and the fourth fixing hole are elliptical.

[0015] The above technical solution enables the flexible lamp plate to be stably and reliably attached to the shell body. Specifically, the first direction is the up-down direction, the second direction is the left-right direction, and the same applies below.

[0016] Further, the first fixing hole forms a first fixing hole entrance at the edge of the lamp plate for the first fixing column to be inserted into the first fixing hole, and the size of the first fixing hole entrance is smaller than the diameter of the first fixing column. The second fixing hole forms a second fixing hole entrance at the edge of the lamp plate for the second fixing column to be inserted into the second fixing hole, and the size of the second fixing hole entrance is smaller than the diameter of the second fixing column. The third fixing hole forms a third fixing hole entrance at the edge of the lamp plate for the third fixing column to be inserted into the third fixing hole, and the size of the third fixing hole entrance is smaller than the diameter of the third fixing column. The fourth fixing hole forms a fourth fixing hole entrance at the edge of the lamp plate for the fourth fixing column to be inserted into the fourth fixing hole, and the size of the fourth fixing hole entrance is smaller than the diameter of the fourth fixing column.

[0017] The first fixed hole entrance is arranged to facilitate the clamping of the first fixed column into the first fixed hole.

[0018] The above structure makes the lamp plate more convenient to install on the shell body, and ensures that the lamp plate can be stably and reliably attached to the shell body.

[0019] Further, the shell body is provided with a lamp plate fixing groove; the lamp plate is provided with a lamp plate fixing matching hole at the position corresponding to the fixing groove.

[0020] Specifically, the lamp plate fixing groove is a screw hole groove; the shell body is provided with the lamp plate fixing groove on both sides in the second direction, and is provided with two lamp plate fixing grooves on each side; correspondingly, the position and number of the lamp plate fixing matching hole match the lamp plate fixing groove.

[0021] With the above technical solution, during installation, the installer can install the fixing member on the shell body, so that the lamp plate can be more stably and reliably installed on the shell body.

[0022] The lamp plate fixing groove can be fixedly matched with the fixing member body, i.e., the two can be threadedly fixedly matched; the diameter of the lamp plate fixing matching hole is greater than or equal to the diameter of the fixing member body and less than the diameter of the fixing member cap, so that the fixing member body can pass through the lamp plate fixing matching hole and be matched with the lamp plate fixing groove; therefore, the lamp plate is fixed between the shell body and the fixing member cap, and the fixing member is a screw; the above structure is reasonable and reliable.

[0023] Further, the two side edges of the lamp cover body in the first direction are formed into a first lamp cover edge and a second lamp cover edge, respectively; the two side edges of the lamp cover body in the second direction perpendicular to the first direction are formed into a third lamp cover edge and a fourth lamp cover edge, respectively.

[0024] The first lampshade edge gradually approaches the second lampshade edge in the first direction from the middle to the two sides thereof; the second lampshade edge gradually approaches the first lampshade edge in the first direction from the middle to the two sides thereof; the third lampshade edge gradually approaches the fourth lampshade edge in the second direction from the middle to the two sides thereof; and the fourth lampshade edge gradually approaches the third lampshade edge in the second direction from the middle to the two sides thereof.

[0025] The technical scheme makes the structure of the lampshade body more reasonable, and makes the spherical LED video light better irradiate an object and the object have a stronger three-dimensional surrounding sense.

[0026] Further, the connection between the first lampshade edge and the third lampshade edge is smoothly transitioned, the connection between the first lampshade edge and the fourth lampshade edge is smoothly transitioned, the connection between the second lampshade edge and the third lampshade edge is smoothly transitioned, and the connection between the second lampshade edge and the fourth lampshade edge is smoothly transitioned.

[0027] The technical scheme makes the structure of the lampshade body more reasonable, and makes the spherical LED video light have a more beautiful appearance; specifically, the projection of the first lampshade edge, the second lampshade edge, the third lampshade edge and the fourth lampshade edge in the protruding direction of the lampshade body is in a circular shape or an elliptical shape, that is, in a plane perpendicular to the protruding direction of the lampshade body, the first lampshade edge, the second lampshade edge, the third lampshade edge and the fourth lampshade edge are in a circular shape or an elliptical shape.

[0028] Further, the maximum width of the lampshade body in the first direction is less than the maximum width of the lampshade body in the second direction perpendicular to the first direction; in a plane perpendicular to the protruding direction of the lampshade body, the first lampshade edge, the second lampshade edge, the third lampshade edge and the fourth lampshade edge are in an elliptical shape.

[0029] The technical scheme makes the structure of the lampshade body more reasonable, and makes the spherical LED video light have a more beautiful appearance; and the technical scheme makes the spherical LED video light better irradiate an object and the object have a stronger three-dimensional surrounding sense.

[0030] Further, the edge of the lampshade body extends to the side of the shell body to provide a lampshade surrounding edge, the edge of the shell body extends to the side of the lampshade body to provide a shell surrounding edge, when the lampshade and the lamp body shell are mounted, the lampshade surrounding edge overlaps the shell surrounding edge, and the lampshade surrounding edge is located outside the shell surrounding edge.

[0031] The opposite sides of the shell surrounding edge are respectively provided with a first lampshade fixing column and a second lampshade fixing column, and the first lampshade fixing column and the second lampshade fixing column extend to the side of the shell body away from the shell surrounding edge, the first lampshade fixing column has a first lampshade fixing groove, and the second lampshade fixing column has a second lampshade fixing groove; the lampshade surrounding edge is provided with a first lampshade cooperation fixing hole at the opposite side of the first lampshade fixing groove and a second lampshade cooperation fixing hole at the opposite side of the second lampshade fixing groove.

[0032] The above technical scheme is adopted to facilitate the mounting between the lampshade and the lamp body shell; specifically, the lampshade cover is arranged on the lamp body shell, at this time, the lampshade surrounding edge overlaps the shell surrounding edge, and the lampshade surrounding edge is located outside the shell surrounding edge, the first lampshade cooperation fixing hole is opposite to the first lampshade fixing groove, and the second lampshade cooperation fixing hole is opposite to the second lampshade fixing groove, at this time, the installer can fix the lampshade and the lamp body shell by the fixing member.

[0033] Specifically, the first lampshade fixing groove and the second lampshade fixing groove are fixedly matched with the fixing member body of the fixing member, the hole diameter of the first lampshade cooperation fixing hole and the second lampshade cooperation fixing hole is greater than or equal to the diameter of the fixing member body of the fixing member and less than the diameter of the fixing member cap of the fixing member; the above structure enables the fixing member body to pass through the first lampshade cooperation fixing hole and the second lampshade cooperation fixing hole to cooperate with the first lampshade fixing groove and the second lampshade fixing groove, so that the lampshade surrounding edge is fixed between the shell surrounding edge and the fixing member cap; the above structure is reasonable and reliable.

[0034] Further, the shell surrounding edge is provided with a lamp body fixing column, and the lamp body fixing column extends to the side of the shell body away from the shell surrounding edge, the lamp body fixing column has a lamp body fixing groove, and the lampshade surrounding edge is provided with a lamp body cooperation fixing hole at the opposite side of the lamp body fixing groove.

[0035] The above technical scheme is adopted to facilitate the mounting and fixing of the spherical LED video lamp on an external structure, such as a spherical LED video lamp fixing frame; specifically, the external structure can be fixedly connected and matched with the lamp body cooperation fixing hole and the lamp body fixing groove.

[0036] Further, the first lampshade fixing column and the second lampshade fixing column are arranged at two sides of the shell surrounding edge in the first direction, the lamp body fixing column is arranged with two and arranged at two sides of the shell surrounding edge in the second direction, the first lampshade fixing column, the second lampshade fixing column and the lamp body fixing column are connected to one end of the shell body, the first lampshade fixing column and the second lampshade fixing column are formed into the third fixing column and the fourth fixing column, and the two lamp body fixing columns are formed into the first fixing column and the second fixing column.

[0037] Specifically, the first lampshade fixing column and the second lampshade fixing column are arranged at the middle positions of the two sides of the shell surrounding edge in the first direction, and the two lamp body fixing columns are arranged at the middle positions of the two sides of the shell surrounding edge in the second direction.

[0038] The above technical scheme makes the structure of the spherical LED video lamp more simplified and reasonable, and the above structure can more stably and reliably realize the lamp plate attached to the shell body and the fixation between the lampshade and the lamp body shell.

[0039] Further, the first lampshade fixing slot, the second lampshade fixing slot and the lamp body fixing slot adopt screw hole slots, and correspondingly, the fixing member adopts a screw; the first lampshade fixing slot, the second lampshade fixing slot and the lamp body fixing slot are fixedly connected with the fixing member body through threads.

[0040] The above technical scheme makes the first lampshade fixing slot, the second lampshade fixing slot and the lamp body fixing slot more reasonable.

[0041] Specifically, the lamp body fixing slot adopts a 1 / 4 screw hole slot; the above structure makes the lamp body fixing slot more universal, so that the spherical LED video lamp can be adapted to more external structures.

[0042] Further, the spherical LED video lamp comprises a driving controller for controlling the working state of the light emitter.

[0043] The driving controller comprises a driving control module for controlling the working state of the light emitter, and an input structure connected with the driving control module, the lamp body shell is provided with a connecting avoiding hole, and the driving control module is connected with the light emitter through the connecting avoiding hole.

[0044] With the technical scheme, the spherical LED video light is more reasonable, and a user can control the running state of the spherical LED video light by operating the input structure during use, wherein the running state of the spherical LED video light includes start / stop, brightness, color temperature and the like.

[0045] Specifically, the driving control module is arranged on the circuit board.

[0046] Further, the driving controller further comprises a human-computer interaction screen for human-computer interaction.

[0047] With the technical scheme, the spherical LED video light is more reasonable, and the human-computer interaction screen facilitates a user to check the current running state of the spherical LED video light and to observe the set parameters when the user controls and adjusts the spherical LED video light, which greatly facilitates the use of the user and greatly increases the use experience of the user.

[0048] Further, the spherical LED video light comprises an auxiliary shell cover arranged on the side of the shell body away from the lamp cover body, and the driving control module is arranged in the auxiliary shell cover.

[0049] With the technical scheme, the structure of the spherical LED video light is more reasonable, the auxiliary shell cover can protect the driving control module, and the spherical LED video light is more beautiful.

[0050] Further, the input structure comprises an input button, an input knob and / or an input knob, the auxiliary shell cover is provided with an input structure exposure opening for exposing the input structure, and the human-computer interaction screen is arranged in the auxiliary shell cover and the auxiliary shell cover is provided with a human-computer interaction screen exposure opening for exposing the human-computer interaction screen at the corresponding position.

[0051] With the technical scheme, the input structure and the auxiliary shell cover are more reasonable; specifically, the input structure comprises the input button, the input knob and the input knob, the input button comprises a CCT mode shortcut button and a menu button, the input knob adopts a rotary selection dial, and the input knob comprises a total switch.

[0052] Further, the driving controller comprises a Bluetooth module connected with the driving control module.

[0053] The technical scheme makes the spherical LED video light more reasonable, and through the Bluetooth module, the user can communicate and connect between the mobile phone APP and the spherical LED video light, so as to realize the control of the spherical LED video light by the user through the mobile phone APP. The structure is convenient for the actual use of the user and greatly improves the use experience of the user. Specifically, the input button further includes a Bluetooth reset button.

[0054] Specifically, the Bluetooth module is arranged on the circuit board.

[0055] Further, the spherical LED video light comprises a power supply structure for supplying power to the spherical LED video light.

[0056] The technical scheme makes the structure of the spherical LED video light more reasonable.

[0057] Further, the power supply structure comprises a power input port connected with the driving control module.

[0058] The technical scheme makes the structure of the spherical LED video light more reasonable. The external power supply is connected to the spherical LED video light through the power input port to supply power to the driving control module. The 100-240V mains power supply obtains a DC12V direct current power supply through an adapter circuit, and the DC12V direct current power supply supplies power to the driving control module. Specifically, the adapter circuit can be externally arranged in an additional adapter or internally arranged in the circuit board of the spherical LED video light.

[0059] The power input port adopts a TYPE-C interface and supports a PD protocol, that is, when the adapter supports the PD protocol, it can be used on the spherical LED video light.

[0060] Further, the power supply structure further comprises a battery pack connected with the driving control module, and the power input port is connected with the battery pack.

[0061] The technical scheme makes the structure of the spherical LED video light more reasonable. When the spherical LED video light is not externally connected to the power supply through the power input port, the battery pack can supply power to the driving control module, so that the spherical LED video light can still work for a period of time without external power supply.

[0062] When the spherical LED video light is externally connected to the power supply through the power input port, the external power supply can supply power to the driving control module and charge the battery pack.

[0063] Further, the battery pack and the power input port are arranged in the auxiliary shell cover, and the auxiliary shell cover is provided with a power input port exposure opening for exposing the power input port at a position corresponding to the power input port.

[0064] The technical scheme makes the structure of the spherical LED video lamp more reasonable, and the structure of the auxiliary shell cover more reasonable.

[0065] Further, the lamp beads include cold and warm color lamp beads uniformly distributed on the lamp panel, or cold and warm color plus RGB lamp beads uniformly distributed on the lamp panel.

[0066] The technical scheme makes the structure of the spherical LED video lamp more reasonable, and the structure of the auxiliary shell cover more reasonable.

[0067] Further, the lamp cover adopts a high-haze soft light cover.

[0068] The technical scheme makes the structure of the spherical LED video lamp more reasonable, and the structure of the auxiliary shell cover more reasonable.

[0069] Compared with the prior art, the utility model has the advantages of:

[0070] (1) The spherical LED video lamp has a lamp cover body and a lamp panel both in spherical arc shape, so that the light emitted by the spherical LED video lamp is more widely and uniformly, and the light irradiated on an object makes the object have stronger three-dimensional surrounding feeling, and the user can take better effect.

[0071] (2) The spherical LED video lamp has reasonable design and can greatly increase the user's experience. BRIEF DESCRIPTION OF DRAWINGS

[0072] In order to more clearly illustrate the technical scheme of the embodiments of the present application, the following will briefly introduce the drawings needed to be used in the embodiments. Obviously, the drawings in the following description are only some embodiments of the present application, and for those skilled in the art, other drawings can also be obtained without creative labor.

[0073] Figure 1 It is a three-dimensional structure schematic view of the spherical LED video lamp.

[0074] Figure 2 It is the three-dimensional structure schematic diagram of the spherical LED video light under another angle of the utility model;

[0075] Figure 3 It is the explosion structure schematic diagram of the spherical LED video light of the utility model;

[0076] Figure 4 It is the front view of the spherical LED video light of the utility model;

[0077] Figure 5 It is the cooperation structure schematic diagram of the lamp panel and the lamp body shell in the spherical LED video light of the utility model;

[0078] Figure 6 It is Figure 4 The sectional view at A-A in it;

[0079] Figure 7 It is Figure 4 The sectional view at B-B in it;

[0080] Corresponding component names of various reference numerals in the figure are as follows: 1, lamp body main body; 101, lamp body shell; 1011, shell body; 1012, first fixed column; 1013, second fixed column; 1014, third fixed column; 1015, fourth fixed column; 1016, lamp plate fixing groove; 1017, shell surrounding edge; 1018, first lampshade fixing column; 1018-1, first lampshade fixing groove; 1019, second lampshade fixing column; 1019-1, second lampshade fixing groove; 101A, lamp body fixing column; 101A-1, lamp body fixing groove; 101B, connection avoiding hole; 102, lampshade; 1021, lampshade body; 1021-1, first lampshade edge; 1021-2, second lampshade edge; 1021-3, third lampshade edge; 1021-4, fourth lampshade edge; 1022, lampshade surrounding edge; 1022-1, first lampshade matching fixing hole; 1022-2, second lampshade matching fixing hole; 1022-3, lamp body matching fixing hole; 103, containing space; 2, illuminator; 201, lamp plate; 2011, first fixed hole; 2011-1, first fixed hole entrance; 2012, second fixed hole; 2012-1, second fixed hole entrance; 2013, third fixed hole; 2013-1, third fixed hole entrance 2014, fourth fixed hole; 2014-1, fourth fixed hole entrance; 2015, lamp plate fixing matching hole; 202, lamp bead; 3, drive controller; 301, drive control module; 302, input structure; 3021, input button; 3021-1, CCT mode shortcut button; 3021-2, menu button; 3021-3, Bluetooth reset button; 3022, input knob; 3022-1, rotating selection dial; 3023, input knob; 3023-1, total switch; 303, human-computer interaction screen; 304, Bluetooth module; 305, circuit board; 4, auxiliary shell cover; 401, input structure exposure port; 402, human-computer interaction screen exposure port; 403, power input port exposure port; 5, power supply structure; 501, power input port; 502, battery pack. DETAILED DESCRIPTION

[0081] The present application will be described in detail below with reference to the accompanying drawings and specific embodiments.

[0082] The following detailed description is presented in terms of specific embodiments illustrating the application. Those skilled in the art will recognize that the application can be practiced with modifications within the spirit and scope of the application. The examples described herein are illustrative of specific embodiments of the application and are not meant to be limiting as to the scope of the application. Other embodiments can be readily ascertained by one skilled in the art without departing from the spirit and scope of the application. Where a term is provided in the description and / or the claims without being amplified, it should be understood that such term is open, and is intended to include any and all technologies known to be equivalent in function or structure to that which is described by such term.

[0083] It is to be understood that the following description is merely descriptive in nature and is not intended to limit the scope of the embodiments described below, which are within the scope of the appended claims. As such, the aspects described herein can be embodied in a multitude of different forms and should not be limited to only the aspects described herein and, indeed, that there are many alternate ways of implementing such aspects. It is also within the practitioner's skill level to make modifications to the aspects described herein, which will result in an altered release of the device and / or method, and which will fall within the scope of the aspects described herein. For instance, the device and / or method can be implemented using any number and combination of the aspects set forth herein. Further, the device and / or method can be implemented using other structures and / or functionality in addition to or other than one or more of the aspects set forth herein.

[0084] It is also to be understood that the following description is only illustrative of the aspects of the embodiments described below, which are within the scope of the appended claims. As such, the aspects described herein can be embodied in a multitude of different forms and should not be limited to only the aspects described herein and, indeed, that there are many alternate ways of implementing such aspects. It is also within the practitioner's skill level to make modifications to the aspects described herein, which will result in an altered release of the device and / or method, and which will fall within the scope of the aspects described herein. For instance, the device and / or method can be implemented using any number and combination of the aspects set forth herein. Further, the device and / or method can be implemented using other structures and / or functionality in addition to or other than one or more of the aspects set forth herein.

[0085] In addition, in the following description, numerous specific details are provided, such as examples of components and / or methods, to provide a thorough understanding of examples. One skilled in the relevant art will recognize, however, that the application can be practiced without one or more of the specific details, or with other methods, components, etc.

[0086] In the description of the present application, it should be explained that, unless otherwise explicitly specified and limited, the terms "mounting", "connecting", "connection" should be understood in a broad sense, for example, it can be fixed connection, or detachable connection, or integrally connected; it can be mechanical connection, or electrical connection; it can be directly connected, or indirectly connected through intermediate medium, or the communication between two elements. For ordinary skilled in the art, the specific meaning of the above terms in the present application can be understood according to the specific circumstances.

[0087] The technical solutions provided by the embodiments of the present application are described below with reference to the drawings.

[0088] Referring to Figures 1 to 7 The utility model provides a spherical LED movie and television lamp, include:

[0089] Lamp body main part 1, it includes lamp body casing 101 and lampshade 102, and the lampshade 102 with the lamp body casing 101 defines a containing space 103, the lampshade 102 includes the lampshade body 1021 of convex spherical arc, the lamp body casing 101 includes the casing body 1011 opposite with the lampshade body 1021;

[0090] And illuminant 2, including lamp board 201 and a plurality of lamp beads 202, the lamp board 201 is located in the containing space 103 and is opposite with the lampshade body 1021, the lamp board 201 is curved to the lampshade body 1021 side, and the lamp board 201 is curved into the spherical arc matching with the lampshade body 1021, a plurality of lamp beads 202 are distributed and set on the one side of the lamp board 201 towards the lampshade body 1021.

[0091] Adopt above technical scheme, because the lampshade body 1021 of the lampshade 102 is the convex spherical arc, makes the light range of the spherical LED movie and television lamp more widely, and makes the light irradiation on the object makes the stereoscopic sense of object more strong, facilitates user to be able to shoot better effect;

[0092] And the lamp board 201 is the spherical arc matching with the lampshade body 1021, a plurality of lamp beads 202 are evenly distributed on the lamp board 201, makes the light of the spherical LED movie and television lamp from the lampshade 102 more evenly, further improves the shooting effect of user, above technical scheme structure is reasonable.

[0093] Further, the casing body 1011 is curved to the lampshade body 1021 side, and the casing body 1011 is curved into the spherical arc matching with the lampshade body 1021;

[0094] The lamp board 201 adopts flexible material, and the lamp board 201 is attached and set on the one side of the casing body 1011 towards the lampshade body 1021.

[0095] Adopt above technical scheme, make the structure of the casing body 1011 more reasonable, the lamp board 201 adopts flexible material, is attached and set on the casing body 1011 to make the lamp board 201 be the spherical arc, above structure setting is reasonable.

[0096] Further, the shell body 1011 is provided with a first fixing column 1012 and a second fixing column 1013 on both sides in a first direction, and is provided with a third fixing column 1014 and a fourth fixing column 1015 on both sides in a second direction perpendicular to the first direction; the first fixing column 1012 and the second fixing column 1013 respectively extend outward along the first direction, and the third fixing column 1014 and the fourth fixing column 1015 respectively extend outward along the second direction.

[0097] Correspondingly, the lamp plate 201 is provided with a first fixing hole 2011 matched with the first fixing column 1012 and a second fixing hole 2012 matched with the second fixing column 1013 in the first direction, and is provided with a third fixing hole 2013 matched with the third fixing column 1014 and a fourth fixing hole matched with the fourth fixing column 1015 in the second direction; specifically, the first fixing hole 2011, the second fixing hole 2012, the third fixing hole 2013 and the fourth fixing hole are elliptical.

[0098] The above technical solution enables the flexible lamp plate 201 to be stably and reliably fixed on the shell body 1011; specifically, the first direction is the up-down direction, the second direction is the left-right direction, and the same applies below.

[0099] Further, the first fixing hole 2011 forms a first fixing hole entrance 2011-1 at the edge of the lamp plate 201 for the first fixing column 1012 to be clamped into the first fixing hole 2011, and the size of the first fixing hole entrance 2011-1 is smaller than the diameter of the first fixing column 1012; the second fixing hole 2012 forms a second fixing hole entrance 2012-1 at the edge of the lamp plate 201 for the second fixing column 1013 to be clamped into the second fixing hole 2012, and the size of the second fixing hole entrance 2012-1 is smaller than the diameter of the second fixing column 1013; the third fixing hole 2013 forms a third fixing hole entrance at the edge of the lamp plate 201 for the third fixing column 1014 to be clamped into the third fixing hole 2013, and the size of the third fixing hole entrance is smaller than the diameter of the third fixing column 1014; and the fourth fixing hole forms a fourth fixing hole entrance 2014-1 at the edge of the lamp plate 201 for the fourth fixing column 1015 to be clamped into the fourth fixing hole, and the size of the fourth fixing hole entrance 2014-1 is smaller than the diameter of the fourth fixing column 1015.

[0100] The first fixed hole entrance 2011-1 is arranged to facilitate the first fixed column 1012 to be clamped into the first fixed hole 2011. Specifically, since the lamp plate 201 is made of flexible material, it has a certain deformation capacity. During installation, the lamp plate 201 can be deformed at the first fixed hole entrance 2011-1 to expand to be greater than or equal to the diameter of the first fixed column 1012, so that the first fixed column 1012 can be clamped into the first fixed hole 2011. Then, the acting force on the lamp plate 201 is removed, the first fixed hole entrance 2011-1 returns to be smaller than the diameter of the first fixed column 1012, so that the first fixed column 1012 is limited in the first fixed hole 2011, avoiding the first fixed column 1012 from being pulled out of the first fixed hole entrance 2011-1. The second fixed hole entrance 2012-1, the third fixed hole 2013 entrance, and the fourth fixed hole entrance 2014-1 are matched with the second fixed column 1013, the third fixed column 1014, and the fourth fixed column, respectively.

[0101] The above structure makes the lamp plate 201 more convenient to be installed on the shell body 1011, and ensures that the lamp plate 201 can be stably and reliably attached to the shell body 1011.

[0102] Further, the shell body 1011 is provided with a lamp plate fixing groove 1016; the lamp plate 201 is provided with a lamp plate fixing matching hole 2015 at the position corresponding to the fixing groove.

[0103] Specifically, the lamp plate fixing groove 1016 is a screw hole groove; the shell body 1011 is provided with the lamp plate fixing groove 1016 on both sides in the second direction, and is provided with two lamp plate fixing grooves 1016 on each side. Correspondingly, the position and number of the lamp plate fixing matching hole 2015 are matched with the lamp plate fixing groove 1016.

[0104] With the above technical solution, during installation, the installer can install the fixing member on the shell body 1011, so that the lamp plate 201 can be more stably and reliably installed on the shell body 1011.

[0105] The lamp plate fixing groove 1016 can be fixedly matched with the fixing body of the fixing member, that is, the two can be threadedly fixedly matched; the hole diameter of the lamp plate fixing matching hole 2015 is greater than or equal to the diameter of the fixing body of the fixing member and less than the diameter of the fixing cap body of the fixing member, so that the fixing body can pass through the lamp plate fixing matching hole 2015 to match the lamp plate fixing groove 1016, and the lamp plate 201 is fixed between the shell body 1011 and the fixing cap body, and the fixing member is a screw; the above structure is reasonable and reliable.

[0106] Further, two side edges of the lamp cover body 1021 in a first direction are formed as a first lamp cover edge 1021-1 and a second lamp cover edge 1021-2 respectively, and two side edges of the lamp cover body 1021 in a second direction perpendicular to the first direction are formed as a third lamp cover edge 1021-3 and a fourth lamp cover edge 1021-4 respectively.

[0107] The first lamp cover edge 1021-1 gradually approaches the second lamp cover edge 1021-2 in the first direction from the middle to both sides thereof; the second lamp cover edge 1021-2 gradually approaches the first lamp cover edge 1021-1 in the first direction from the middle to both sides thereof; the third lamp cover edge 1021-3 gradually approaches the fourth lamp cover edge 1021-4 in the second direction from the middle to both sides thereof; and the fourth lamp cover edge 1021-4 gradually approaches the third lamp cover edge 1021-3 in the second direction from the middle to both sides thereof.

[0108] The above technical solution makes the structure of the lamp cover body 1021 more reasonable, and makes the spherical LED video lamp better irradiate an object and the object have a stronger three-dimensional surrounding effect; and the above structure is reasonable.

[0109] Further, the connection between the first lamp cover edge 1021-1 and the third lamp cover edge 1021-3 is smoothly transitioned, the connection between the first lamp cover edge 1021-1 and the fourth lamp cover edge 1021-4 is smoothly transitioned, the connection between the second lamp cover edge 1021-2 and the third lamp cover edge 1021-3 is smoothly transitioned, and the connection between the second lamp cover edge 1021-2 and the fourth lamp cover edge 1021-4 is smoothly transitioned.

[0110] The technical scheme makes the structure of the lampshade body 1021 more reasonable, and makes the appearance of the spherical LED video lamp more beautiful. Specifically, the projection of the first lampshade edge 1021-1, the second lampshade edge 1021-2, the third lampshade edge 1021-3 and the fourth lampshade edge 1021-4 in the protruding direction of the lampshade body 1021 is in a circular shape or an elliptical shape, that is, in the plane perpendicular to the protruding direction of the lampshade body 1021, the first lampshade edge 1021-1, the second lampshade edge 1021-2, the third lampshade edge 1021-3 and the fourth lampshade edge 1021-4 are in a circular shape or an elliptical shape.

[0111] Further, the maximum width of the lampshade body 1021 in the first direction is less than the maximum width of the lampshade body 1021 in the second direction perpendicular to the first direction; in the plane perpendicular to the protruding direction of the lampshade body 1021, the first lampshade edge 1021-1, the second lampshade edge 1021-2, the third lampshade edge 1021-3 and the fourth lampshade edge 1021-4 are in an elliptical shape.

[0112] The technical scheme makes the structure of the lampshade body 1021 more reasonable, and makes the appearance of the spherical LED video lamp more beautiful. Specifically, the projection of the first lampshade edge 1021-1, the second lampshade edge 1021-2, the third lampshade edge 1021-3 and the fourth lampshade edge 1021-4 in the protruding direction of the lampshade body 1021 is in a circular shape or an elliptical shape, that is, in the plane perpendicular to the protruding direction of the lampshade body 1021, the first lampshade edge 1021-1, the second lampshade edge 1021-2, the third lampshade edge 1021-3 and the fourth lampshade edge 1021-4 are in a circular shape or an elliptical shape.

[0113] Further, the edge of the lampshade body 1021 extends to the side of the shell body 1011 to provide a lampshade surrounding edge 1022, the edge of the shell body 1011 extends to the side of the lampshade body 1021 to provide a shell surrounding edge 1017, when the lampshade 102 is installed with the lamp body shell 101, the lampshade surrounding edge 1022 overlaps with the shell surrounding edge 1017, and the lampshade surrounding edge 1022 is located outside the shell surrounding edge 1017.

[0114] The opposite sides of the shell surrounding edge 1017 are respectively provided with a first lampshade fixing column 1018 and a second lampshade fixing column 1019, and the side away from the shell surrounding edge 1017 of the first lampshade fixing column 1018 and the second lampshade fixing column 1019 extends to the side of the shell body 1011, the first lampshade fixing column 1018 has a first lampshade fixing groove 1018-1, and the second lampshade fixing column 1019 has a second lampshade fixing groove 1019-1; the lampshade surrounding edge 1022 is provided with a first lampshade cooperation fixing hole 1022-1 at the opposite position of the first lampshade fixing groove 1018-1, and a second lampshade cooperation fixing hole 1022-2 at the opposite position of the second lampshade fixing groove 1019-1.

[0115] The technical scheme is adopted, the lamp cover 102 and the lamp body shell 101 are conveniently installed, specifically, the lamp cover 102 is covered on the lamp body shell 101, at this time, the lamp cover surrounding edge 1022 overlaps with the shell surrounding edge 1017, and the lamp cover surrounding edge 1022 is located outside the shell surrounding edge 1017, the first lamp cover cooperation fixing hole 1022-1 is opposite to the first lamp cover fixing groove 1018-1, the second lamp cover cooperation fixing hole 1022-2 is opposite to the second lamp cover fixing groove 1019-1, at this time, the installer can realize the fixation of the lamp cover 102 and the lamp body shell 101 through the fixing member;

[0116] Specifically, the first lamp cover fixing groove 1018-1 and the second lamp cover fixing groove 1019-1 are fixedly matched with the fixing member body of the fixing member, the hole diameter of the first lamp cover cooperation fixing hole 1022-1 and the second lamp cover cooperation fixing hole 1022-2 is greater than or equal to the diameter of the fixing member body of the fixing member and less than the diameter of the fixing member cap body of the fixing member; the above structure makes the fixing member body pass through the first lamp cover cooperation fixing hole 1022-1 and the second lamp cover cooperation fixing hole 1022-2 to cooperate with the first lamp cover fixing groove 1018-1 and the second lamp cover fixing groove 1019-1, so that the lamp cover surrounding edge 1022 is fixed between the shell surrounding edge 1017 and the fixing member cap body; the above structure is reasonable and reliable.

[0117] Further, the shell surrounding edge 1017 is provided with a lamp body fixing column 101A, and the lamp body fixing column 101A extends to the shell body 1011 side away from the shell surrounding edge 1017, the lamp body fixing column 101A has a lamp body fixing groove 101A-1, and the lamp cover surrounding edge 1022 is provided with a lamp body cooperation fixing hole 1022-3 at a position opposite to the lamp body fixing groove 101A-1.

[0118] The technical scheme is adopted, the spherical LED video lamp is conveniently installed and fixed on an external structure, such as a spherical LED video lamp fixing frame; specifically, the external structure can be fixedly connected and matched with the lamp body cooperation fixing hole 1022-3 and the lamp body fixing groove 101A-1.

[0119] Further, the first lampshade fixing column 1018 and the second lampshade fixing column 1019 are arranged at both sides of the shell surrounding edge 1017 in the first direction, the lamp body fixing column 101A is arranged at both sides of the shell surrounding edge 1017 in the second direction, and the first lampshade fixing column 1018, the second lampshade fixing column 1019 and the lamp body fixing column 101A are connected to one end of the shell body 1011, the first lampshade fixing column 1018 and the second lampshade fixing column 1019 are formed as the third fixing column 1014 and the fourth fixing column 1015, and the two lamp body fixing columns 101A are formed as the first fixing column 1012 and the second fixing column 1013.

[0120] Specifically, the first lampshade fixing column 1018 and the second lampshade fixing column 1019 are arranged at the middle positions of both sides of the shell surrounding edge 1017 in the first direction, and the two lamp body fixing columns 101A are arranged at the middle positions of both sides of the shell surrounding edge 1017 in the second direction.

[0121] The above technical solution makes the structure of the spherical LED video lamp more simplified and reasonable, and the above structure can more stably and reliably realize the attachment of the lamp panel 201 to the shell body 1011 and the fixation between the lampshade 102 and the lamp body shell 101.

[0122] Further, the first lampshade fixing slot 1018-1, the second lampshade fixing slot 1019-1 and the lamp body fixing slot 101A-1 are screw hole slots, and correspondingly, the fixing member is a screw; the first lampshade fixing slot 1018-1, the second lampshade fixing slot 1019-1 and the lamp body fixing slot 101A-1 are fixedly connected to the fixing member body through threads.

[0123] The above technical solution makes the first lampshade fixing slot 1018-1, the second lampshade fixing slot 1019-1 and the lamp body fixing slot 101A-1 more reasonable.

[0124] Specifically, the lamp body fixing slot 101A-1 is a 1 / 4 screw hole slot; the above structure makes the lamp body fixing slot 101A-1 more universal, so that the spherical LED video lamp can be adapted to more external structures.

[0125] Further, the spherical LED video lamp comprises a driving controller 3 for controlling the working state of the light emitter 2.

[0126] The driving controller 3 comprises a driving control module 301 for controlling the working state of the illuminant 2, and an input structure 302 connected with the driving control module 301, the lamp body shell 101 is provided with a connecting avoiding hole 101B, and the driving control module 301 is connected with the illuminant 2 through the connecting avoiding hole 101B.

[0127] The above technical solution makes the spherical LED video light more reasonable, and the user can control the running state of the spherical LED video light by operating the input structure 302 during use, which includes starting and stopping, brightness, color temperature and the like.

[0128] Specifically, the driving control module 301 is arranged on a circuit board 305.

[0129] Further, the driving controller 3 further comprises a man-machine interaction screen 303 for man-machine interaction.

[0130] The above technical solution makes the spherical LED video light more reasonable, and the user can control the running state of the spherical LED video light by operating the input structure 302 during use, which includes starting and stopping, brightness, color temperature and the like.

[0131] Further, the spherical LED video light comprises an auxiliary shell cover 4, which is arranged on the side of the shell body 1011 away from the lampshade body 1021, and the driving control module 301 is arranged in the auxiliary shell cover 4.

[0132] The above technical solution makes the structure of the spherical LED video light more reasonable, and the auxiliary shell cover 4 can protect the driving control module 301 and make the spherical LED video light more beautiful.

[0133] Further, the input structure 302 comprises an input button 3021 and / or an input knob 3022 and / or an input dial 3023, and the auxiliary shell cover 4 is provided with an input structure exposure opening 401 for exposing the input structure 302; the man-machine interaction screen 303 is arranged in the auxiliary shell cover 4, and the auxiliary shell cover 4 is provided with a man-machine interaction screen exposure opening 402 for exposing the man-machine interaction screen 303 at the corresponding position.

[0134] The input structure 302 and the auxiliary shell cover 4 are more reasonable by adopting the technical scheme, specifically, the input structure 302 comprises the input button 3021, the input knob 3022 and the input knob 3023, the input button 3021 comprises a CCT mode shortcut button 3021-1 and a menu button 3021-2, the input knob 3022 adopts a rotating selection dial 3022-1, and the input knob 3023 comprises a total switch 3023-1.

[0135] Further, the drive controller 3 comprises a Bluetooth module 304 connected with the drive control module 301.

[0136] The technical scheme makes the spherical LED video light more reasonable, and the user can communicate and connect between the mobile phone APP and the spherical LED video light through the Bluetooth module 304, so as to realize the control of the user on the spherical LED video light through the mobile phone APP, and the structure is convenient for the actual use of the user and greatly improves the use experience of the user; specifically, the input button 3021 further comprises a Bluetooth reset button 3021-3.

[0137] Specifically, the Bluetooth module 304 is arranged on the circuit board 305.

[0138] Further, the spherical LED video light comprises a power supply structure 5 for supplying power to the spherical LED video light.

[0139] The technical scheme makes the structure of the spherical LED video light more reasonable.

[0140] Further, the power supply structure 5 comprises a power input port 501, and the power input port 501 is connected with the drive control module 301.

[0141] The technical scheme makes the structure of the spherical LED video light more reasonable, and the external power supply is connected to the spherical LED video light through the power input port 501 to supply power to the drive control module 301; the 100 to 240V mains power supply obtains a DC 12V direct current power supply through an adapter circuit, and the DC 12V direct current power supply supplies power to the drive control module 301; specifically, the adapter circuit can be externally arranged in an additional adapter, or can be internally arranged in the circuit board 305 of the spherical LED video light.

[0142] The power input port 501 adopts a TYPE-C interface and supports a PD protocol, that is, when the adapter supports the PD protocol, it can be used on the spherical LED video light.

[0143] Furthermore, the power supply structure 5 also includes a battery pack 502, which is connected to the drive control module 301, and the power input port 501 is connected to the battery pack 502.

[0144] By adopting the above technical solution, the structure of the spherical LED film and television light is more reasonable; when the spherical LED film and television light is not connected to an external power source through the power input port 501, the battery pack 502 can supply power to the drive control module 301, so that the spherical LED film and television light can continue to work for a period of time without an external power source.

[0145] When the spherical LED video light is connected to an external power source through the power input port 501, the external power source can supply power to the drive control module 301 and charge the battery pack 502.

[0146] Furthermore, the battery pack 502 and the power input port 501 are disposed inside the auxiliary cover 4, and the auxiliary cover 4 has a power input port exposure port 403 at the corresponding position of the power input port 501 for exposing the power input port 501.

[0147] By adopting the above technical solution, the structure of the spherical LED film and television light is more reasonable, and the structure of the auxiliary cover 4 is more reasonable; the auxiliary cover 4 plays a protective role for the battery pack 502.

[0148] Furthermore, the LED beads 202 include warm and cool color LED beads 202 evenly distributed on the lamp panel 201, or warm and cool color plus RGB LED beads 202 evenly distributed on the lamp panel 201.

[0149] By adopting the above technical solution, when the lamp bead 202 includes warm and cool color lamp beads 202, the light-emitting body 2 can achieve the adjustment of warm and cool colors; when the lamp bead 202 includes RGB lamp beads 202, the light-emitting body 2 can achieve the adjustment of colors. The above structure enables the spherical LED film and television light to be adjusted according to different user needs, greatly increasing the user experience.

[0150] Furthermore, the lampshade 102 is a high-haze diffuser.

[0151] By adopting the above technical solution, the light emitted by the spherical LED film and television light is softer and more uniform, and the light shining on the object makes the three-dimensional surround of the object stronger, making it easier for users to shoot better results.

[0152] The same or similar parts between the various embodiments in this specification can be referred to mutually. Each embodiment focuses on describing the differences from other embodiments.

[0153] The above description is only specific embodiments of the present application, but the protection scope of the present application is not limited thereto, any changes or replacements within the technical scope disclosed by the present application can be easily thought by those skilled in the art, and should be covered in the protection scope of the present application. Therefore, the protection scope of the present application should be subject to the protection scope of the claims.

Claims

1. A spherical LED movie light characterized in that, The application relates to a lamp body and a light-emitting body. The lamp body comprises a lamp body shell (101) and a lampshade (102), and the lampshade (102) and the lamp body shell (101) define a containing space (103); the lampshade (102) comprises a lampshade body (1021) in the shape of an outward convex spherical arc; and the lamp body shell (101) comprises a shell body (1011) opposite to the lampshade body (1021). The light-emitting body (2) comprises a lamp plate (201) and a plurality of lamp beads (202); the lamp plate (201) is located in the containing space (103) and opposite to the lampshade body (1021); the lamp plate (201) is curved towards the lampshade body (1021) and is curved into a spherical arc matched with the lampshade body (1021); and the plurality of lamp beads (202) are distributed on one side of the lamp plate (201) facing the lampshade body (1021).

2. The spherical LED video lamp of claim 1, wherein: The shell body (1011) is curved towards the lampshade body (1021) and is curved into a spherical arc matched with the lampshade body (1021). The lamp plate (201) is made of flexible material and is attached to one side of the shell body (1011) facing the lampshade body (1021).

3. The spherical LED film light of claim 2, wherein: The shell body (1011) is provided with a first fixing column (1012) and a second fixing column (1013) on both sides in a first direction; the shell body (1011) is provided with a third fixing column (1014) and a fourth fixing column (1015) on both sides in a second direction perpendicular to the first direction; the first fixing column (1012) and the second fixing column (1013) extend outward along the first direction; and the third fixing column (1014) and the fourth fixing column (1015) extend outward along the second direction. Correspondingly, the lamp plate (201) is provided with a first fixing hole (2011) matched with the first fixing column (1012) and a second fixing hole (2012) matched with the second fixing column (1013) in the first direction; and the lamp plate (201) is provided with a third fixing hole (2013) matched with the third fixing column (1014) and a fourth fixing hole (2015) matched with the fourth fixing column (1015) in the second direction. The first fixing hole (2011) forms a first fixing hole entrance (2011-1) for the first fixing column (1012) to be clamped into the first fixing hole (2011) at the edge of the lamp plate (201), and the size of the first fixing hole entrance (2011-1) is smaller than the diameter of the first fixing column (1012); the second fixing hole (2012) forms a second fixing hole entrance (2012-1) for the second fixing column (1013) to be clamped into the second fixing hole (2012) at the edge of the lamp plate (201), and the size of the second fixing hole entrance (2012-1) is smaller than the diameter of the second fixing column (1013); the third fixing hole (2013) forms a third fixing hole (2013) entrance for the third fixing column (1014) to be clamped into the third fixing hole (2013) at the edge of the lamp plate (201), and the size of the third fixing hole (2013) entrance is smaller than the diameter of the third fixing column (1014); the fourth fixing hole forms a fourth fixing hole entrance (2014-1) for the fourth fixing column (1015) to be clamped into the fourth fixing hole at the edge of the lamp plate (201), and the size of the fourth fixing hole entrance (2014-1) is smaller than the diameter of the fourth fixing column (1015).

4. A spherical LED film light according to claim 2 or 3, characterized in that: The shell body (1011) is provided with a lamp plate fixing groove (1016); the lamp plate (201) is provided with a lamp plate fixing matching hole (2015) at the position corresponding to the fixing groove; The lamp plate fixing groove (1016) is a screw hole groove.

5. The spherical LED video lamp of claim 1, wherein: The lamp cover body (1021) is formed with a first lamp cover edge (1021-1) and a second lamp cover edge (1021-2) on two sides in a first direction, and is formed with a third lamp cover edge (1021-3) and a fourth lamp cover edge (1021-4) on two sides in a second direction perpendicular to the first direction; From the middle to the two sides of the first lamp cover edge (1021-1), the first lamp cover edge (1021-1) gradually approaches the second lamp cover edge (1021-2) in the first direction; from the middle to the two sides of the second lamp cover edge (1021-2), the second lamp cover edge (1021-2) gradually approaches the first lamp cover edge (1021-1) in the first direction; from the middle to the two sides of the third lamp cover edge (1021-3), the third lamp cover edge (1021-3) gradually approaches the fourth lamp cover edge (1021-4) in the second direction; from the middle to the two sides of the fourth lamp cover edge (1021-4), the fourth lamp cover edge (1021-4) gradually approaches the third lamp cover edge (1021-3) in the second direction; The connection of the first lampshade edge (1021-1) and the third lampshade edge (1021-3) is smoothly transitioned, the connection of the first lampshade edge (1021-1) and the fourth lampshade edge (1021-4) is smoothly transitioned, the connection of the second lampshade edge (1021-2) and the third lampshade edge (1021-3) is smoothly transitioned, and the connection of the second lampshade edge (1021-2) and the fourth lampshade edge (1021-4) is smoothly transitioned.

6. The spherical LED film light of claim 1 or 5, wherein: The maximum width of the lampshade body (1021) in a first direction is less than the maximum width of the lampshade body (1021) in a second direction perpendicular to the first direction.

7. The spherical LED video lamp of claim 3, wherein: An edge of the lampshade body (1021) extends to the side of the shell body (1011) to provide a lampshade surrounding edge (1022), an edge of the shell body (1011) extends to the side of the lampshade body (1021) to provide a shell surrounding edge (1017), and when the lampshade (102) is installed with the lamp body shell (101), the lampshade surrounding edge (1022) overlaps with the shell surrounding edge (1017), and the lampshade surrounding edge (1022) is located outside the shell surrounding edge (1017); The shell surrounding edge (1017) is provided with a first lampshade fixing column (1018) and a second lampshade fixing column (1019) on opposite sides, respectively, and the first lampshade fixing column (1018) and the second lampshade fixing column (1019) extend to the side of the shell body (1011) away from the side of the shell surrounding edge (1017), the first lampshade fixing column (1018) has a first lampshade fixing groove (1018-1), and the second lampshade fixing column (1019) has a second lampshade fixing groove (1019-1); the lampshade surrounding edge (1022) is provided with a first lampshade cooperation fixing hole (1022-1) at a position opposite to the first lampshade fixing groove (1018-1) and a second lampshade cooperation fixing hole (1022-2) at a position opposite to the second lampshade fixing groove (1019-1); The shell surrounding edge (1017) is provided with a lamp body fixing column (101A), and the lamp body fixing column (101A) extends to the side of the shell body (1011) away from the side of the shell surrounding edge (1017), and the lamp body fixing column (101A) has a lamp body fixing groove (101A-1), and the lampshade surrounding edge (1022) is provided with a lamp body cooperation fixing hole (1022-3) at a position opposite to the lamp body fixing groove (101A-1); The first lampshade fixing column (1018) and the second lampshade fixing column (1019) are arranged on both sides of the shell surrounding edge (1017) in a first direction, two lamp body fixing columns (101A) are arranged on both sides of the shell surrounding edge (1017) in a second direction, and one end of the first lampshade fixing column (1018), the second lampshade fixing column (1019) and the lamp body fixing column (101A) towards the shell body (1011) is connected with the shell body (1011), the first lampshade fixing column (1018) and the second lampshade fixing column (1019) are formed into the third fixing column (1014) and the fourth fixing column (1015) respectively, and the two lamp body fixing columns (101A) are formed into the first fixing column (1012) and the second fixing column (1013) respectively; The first lampshade fixing slot (1018-1), the second lampshade fixing slot (1019-1) and the lamp body fixing slot (101A-1) are screw hole slots.

8. The spherical LED video lamp of claim 1, wherein: The driving controller (3) comprises a driving control module (301) for controlling the working state of the illuminator (2), and an input structure (302) connected with the driving control module (301), and the lamp body shell (101) is provided with a connecting avoiding hole (101B), and the driving control module (301) is connected with the illuminator (2) through the connecting avoiding hole (101B); The driving controller (3) further comprises a man-machine interaction screen (303) for man-machine interaction; The spherical LED video lamp comprises an auxiliary shell cover (4), the auxiliary shell cover (4) is arranged on the side of the shell body (1011) away from the lampshade body (1021), and the driving control module (301) is arranged in the auxiliary shell cover (4); The driving controller (3) comprises a Bluetooth module (304) connected with the driving control module (301); The input structure (302) comprises an input button (3021) and / or an input knob (3022) and / or an input dial (3023), and the auxiliary shell cover (4) is provided with an input structure exposure port (401) for exposing the input structure (302); the man-machine interaction screen (303) is arranged in the auxiliary shell cover (4), and the auxiliary shell cover (4) is provided with a man-machine interaction screen exposure port (402) for exposing the man-machine interaction screen (303) at the corresponding position. The driving controller (3) comprises a driving control module (301) for controlling the working state of the illuminator (2), and an input structure (302) connected with the driving control module (301), and the lamp body shell (101) is provided with a connecting avoiding hole (101B), and the driving control module (301) is connected with the illuminator (2) through the connecting avoiding hole (101B); 9. The spherical LED video lamp of claim 8, wherein: The driving controller (3) further comprises a man-machine interaction screen (303) for man-machine interaction; The spherical LED video lamp comprises an auxiliary shell cover (4), the auxiliary shell cover (4) is arranged on the side of the shell body (1011) away from the lampshade body (1021), and the driving control module (301) is arranged in the auxiliary shell cover (4); The driving controller (3) comprises a Bluetooth module (304) connected with the driving control module (301); The input structure (302) comprises an input button (3021) and / or an input knob (3022) and / or an input dial (3023), and the auxiliary shell cover (4) is provided with an input structure exposure port (401) for exposing the input structure (302); the man-machine interaction screen (303) is arranged in the auxiliary shell cover (4), and the auxiliary shell cover (4) is provided with a man-machine interaction screen exposure port (402) for exposing the man-machine interaction screen (303) at the corresponding position. The driving controller (3) comprises a driving control module (301) for controlling the working state of the illuminator (2), and an input structure (302) connected with the driving control module (301), and the lamp body shell (101) is provided with a connecting avoiding hole (101B), and the driving control module (301) is connected with the illuminator (2) through the connecting avoiding hole (101B); The driving controller (3) further comprises a man-machine interaction screen (303) for man-machine interaction; The spherical LED video lamp comprises an auxiliary shell cover (4), the auxiliary shell cover (4) is arranged on the side of the shell body (1011) away from the lampshade body (1021), and the driving control module (301) is arranged in the auxiliary shell cover (4); The driving controller (3) comprises a Bluetooth module (304) connected with the driving control module (301); The input structure (302) comprises an input button (3021) and / or an input knob (3022) and / or an input dial (3023), and the auxiliary shell cover (4) is provided with an input structure exposure port (401) for exposing the input structure (302); the man-machine interaction screen (303) is arranged in the auxiliary shell cover (4), and the auxiliary shell cover (4) is provided with a man-machine interaction screen exposure port (402) for exposing the man-machine interaction screen (303) at the corresponding position. The battery pack (502) and the power input port (501) are arranged in the auxiliary shell cover (4), and the auxiliary shell cover (4) is provided with a power input port exposure opening (403) at a position corresponding to the power input port (501) for exposing the power input port (501).

10. The spherical LED video lamp of claim 1, wherein: The lamp beads (202) comprise cold and warm color lamp beads (202) uniformly distributed on the lamp panel (201), or cold and warm color plus RGB lamp beads (202) uniformly distributed on the lamp panel (201). The lampshade (102) adopts a high-haze soft light cover.

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