CN214969450U - Ultraviolet sterilizing lamp - Google Patents

Abstract

An ultraviolet germicidal lamp comprising at least a main body and a remote control unit, wherein the main body comprises at least: the ultraviolet lamp wick is used for emitting ultraviolet light to the outside to realize the function of sterilization and disinfection, the shell is used for wrapping and protecting the ultraviolet lamp wick from being damaged by external foreign matters, the base is used for installing and supporting the ultraviolet lamp wick, a first wireless unit is arranged in the remote control part, a control device is arranged in the base and at least comprises a processing unit and a second wireless unit, the processing unit is electrically connected with the second wireless unit, and the first wireless unit is in wireless communication connection with the second wireless unit according to the mode of wireless distance measurement and remote control instruction transmission.

Description

Ultraviolet sterilizing lamp

Technical Field

The utility model relates to a medical virus killing equipment field especially relates to an ultraviolet germicidal lamp.

Background

At present, medical ultraviolet disinfection lamps are commonly used for disinfection work in various medical facilities with different sizes. Generally, a relatively high-power ultraviolet disinfection lamp is required for overall disinfection of small rooms in medical facilities, and the disinfection lamp has a strong disinfection effect, but ultraviolet rays emitted by the lamp are harmful to human skin, for example, the skin is exposed to high-power ultraviolet rays, so that symptoms such as redness, pain, desquamation and the like are easily caused, and even serious diseases such as canceration and the like can be caused. Therefore, when the ultraviolet disinfection lamp is used, the on-off of the ultraviolet disinfection lamp is controlled in a remote control mode according to the preferable scheme, but the mode lacks safety prompt for users, and especially has no warning effect on unknown persons outside a room. In addition, the situation that the ultraviolet lamp is accidentally turned on due to misoperation of a user is also not considered.

CN109172856A discloses a medical ultraviolet degassing unit, including the lamp body, control panel, control circuit board, ultraviolet lamp, power supply module, control panel installs in the anterior below of lamp body, control circuit board installs in the inside below of lamp body, the ultraviolet lamp is installed in the inside top of lamp body, control panel, ultraviolet lamp, power supply module all are connected with the control circuit board electricity, still include couple, sucking disc, folding base, the couple is installed in the top at the lamp body back, the sucking disc is located on the lamp body back, folding base and the detachable connection in lamp body bottom. The invention has the advantages of various installation modes, adjustable wavelength, automatic opening and the like.

CN210542581U discloses a portable ultraviolet lamp, including the base, the base is equipped with the banks, the banks includes the ultraviolet lamp pole of two vertical settings, and the bottom of ultraviolet lamp pole is passed through the rotating column and is linked to each other with the base, has seted up the fluorescent tube groove on the face that two ultraviolet lamp poles are relative, installs the ultraviolet fluorescent tube in the fluorescent tube groove, and the base is inside to be provided with power and remote controller response receiving arrangement, and the electric connection between ultraviolet fluorescent tube and the power, remote controller response receiving arrangement passes through the remote controller and realizes the control of ultraviolet fluorescent tube switch, and the power is the rechargeable battery who contains USB. The utility model discloses a portable ultraviolet lamp can be when the incubator need carry out disinfection and isolation, and the independent incubator of putting into, then through the remote control switch, avoided the staff to emit the risk that the ultraviolet lamp shines and open and close it, the restriction of electric wire to its place of use has also been avoidd to the charge mode simultaneously, can realize the air disinfection of the equipment of airtight space class and handle.

The prior art mentioned above is all in consideration of preventing misoperation and realizing the arrangement of the remote control device by utilizing the existing doorplate of the medical facility and realizing other functions such as sound and light warning and the like on the basis of the arrangement.

Furthermore, on the one hand, due to the differences in understanding to the person skilled in the art; on the other hand, since the inventor studied a lot of documents and patents when making the present invention, but the space did not list all details and contents in detail, however, this is by no means the present invention does not possess these prior art features, but on the contrary the present invention has possessed all features of the prior art, and the applicant reserves the right to increase the related prior art in the background art.

SUMMERY OF THE UTILITY MODEL

In order to solve at least some weak points among the above-mentioned prior art, the utility model provides an ultraviolet sterilizing lamp, it contains ultraviolet lamp main part and remote control portion at least, and wherein, the ultraviolet lamp main part includes at least: the ultraviolet lamp wick is used for emitting ultraviolet light to the outside to realize the function of sterilization and disinfection, the shell is used for wrapping and protecting the ultraviolet lamp wick from being damaged by external foreign matters, the base is used for installing and supporting the ultraviolet lamp wick, a first wireless unit is arranged in the remote control part, a control device is arranged in the base and at least comprises a processing unit and a second wireless unit, the processing unit is electrically connected with the second wireless unit, and the first wireless unit is in wireless communication connection with the second wireless unit according to the mode of wireless distance measurement and remote control instruction transmission.

Preferably, the outer side of the remote control part is provided with a placing part, and the placing part is provided with a connecting structure matched with the placing part, wherein the connecting structure is configured as one of a clamp, a magnet or a sucker structure.

Preferably, the remote control is connected in a clamping manner to the first mounting location by means of a clip structure located on the mounting location.

Preferably, the remote control part is magnetically connected to the second mounting portion by a magnet structure on the mounting portion.

Preferably, the remote control part is connected to the third mounting location in a suction manner by means of a suction cup structure located on the mounting location.

Preferably, the ultraviolet lamp main part still includes the support, and the leg joint deviates from the another side that the base contacted to the ultraviolet wick one side, and wherein, the support has extending structure in order to realize the regulation of ultraviolet lamp main part whole height.

Preferably, the control device further comprises a first indicator light and a first sound generator, the first indicator light and the first sound generator are arranged on the base, and the first indicator light and the first sound generator are respectively and electrically connected to the processing unit in a manner that the processing unit controls the first indicator light and the first sound generator to perform sound-light alarm at least when the ultraviolet lamp core works.

Preferably, the remote control part further comprises a second indicator light and a second sounder, the second indicator light and the second sounder are arranged on the outer side face of the remote control part, and the second indicator light and the second sounder are electrically connected to the first wireless unit in a mode of working synchronously with the first indicator light and the first sounder in the control device.

Preferably, a receiving portion is provided on the base and/or the support in a configuration matching a mounting portion provided on the remote control portion, wherein the receiving portion is configured to be entrained when the mounting portion is in a clip configuration, configured to be a magnet piece when the mounting portion is in a magnet configuration, and configured to be recessed inwardly in a shape of the remote control portion to form a wrap structure when the mounting portion is in a suction cup configuration.

Preferably, the base and the remote control part are respectively provided with an operation unit and an input unit for inputting instructions, the operation unit is electrically connected with the processing unit, the input unit is electrically connected with the first wireless unit, and the operation unit and the input unit adopt a button type and/or touch panel type structure.

The utility model discloses at least, have following advantage:

1. the mounting part disposed at the outer side of the remote control part is configured as one of a clip, a magnet or a suction cup structure according to the specific use condition of the remote control part, so that the remote control part can be stably placed on the mounting parts with various characteristics.

2. The cooperation is realizing the reputation warning function to personnel outside sterile room, can effectively prevent that the unknown personnel from receiving the damage after the mistake income is in ultraviolet sterile room.

Drawings

FIG. 1 is a schematic view of a portion of a UV lamp according to an embodiment of the present invention;

fig. 2 is a schematic structural view of a remote control part according to an embodiment of the present invention;

FIG. 3 is a schematic structural view of three embodiments of the installation part of the present invention;

FIG. 4 is an electrical connection schematic diagram of the control device of the present invention;

FIG. 5 is an electrical schematic diagram of the remote control unit of the present invention;

in the figure: 100. an ultraviolet lamp main body; 110. a base; 120. a housing; 130. an ultraviolet lamp wick; 140. a control device; 141. a processing unit; 142. an operation unit; 143. a first indicator light; 144. a first sound generator; 145. a second wireless unit; 150. a support; 160. a storage section; 200. a remote control unit; 210. a first wireless unit; 220. an input unit; 230. a second indicator light; 240. a second sounder; 250. the placing part.

Detailed Description

The following detailed description is made with reference to the accompanying drawings.

The utility model provides an ultraviolet germicidal lamp, it includes the ultraviolet lamp main part 100 (shown in fig. 1) and the remote control portion 200 (shown in fig. 2) that is used for remote control ultraviolet germicidal lamp to open and/or close that comprise parts such as base 110, shell 120, ultraviolet wick 130, controlling means 140, power, support 150 at least. The utility model discloses a remote control portion 200 that has the function is judged apart from the condition gives the effect that user's safety starts ultraviolet lamp main part 100 for the user can just can open the switch of ultraviolet lamp main part 100 under a comparatively safe distance and avoid causing skin damage owing to be close to ultraviolet irradiation range too.

The outer shape of the uv lamp body 100 is formed by wrapping the outer casing 120, and the uv lamp body 100 may have a ring-surface light emitting shape having a cylindrical lamp post configuration or a box-type configuration having a single-surface or double-surface light emitting shape, depending on the purpose of use or power of the uv lamp. According to a preferred embodiment, the utility model discloses a main part configuration such as cylindricality ultraviolet, because adopt this configuration can be to the ultraviolet ray of diverging of surrounding circular formula, be fit for the indoor whole room disinfection work of disinfecting on a large scale such as hospital ward, operation room, aseptic room. The housing 120 may be provided as a cover structure having a cylindrical or prismatic configuration with a hollow portion in the middle and at least one bottom surface being a hollow opening. The housing 120 may cooperate with the base 110 to form a packaging structure for the uv wick 130 inside the housing 120. For the realization is to the lossless projection of ultraviolet ray, the shell 120 material can adopt transparent glass or full transparent plastic to make, perhaps preferably, for reinforcing the bactericidal effect of the ultraviolet ray that ultraviolet wick 130 sent, reducing the ultraviolet loss, adopt the mode that the activity was injectd between shell 120 and the base 110 for the user is using the utility model discloses the time can reveal the ultraviolet wick 130 that spills wherein with shell 120.

Preferably, to achieve a stable placement of the uv lamp, the base 110 may have a rectangular or cylindrical configuration, and the interface of the uv lamp core 130 may be disposed near the center of the base 110. The interface is provided with a certain mechanical connection structure on the surface contacting with the ultraviolet lamp wick 130, for example, the interface can be a threaded connection structure, and in addition, a hollow part of the interface forms a channel of a power supply circuit of the ultraviolet lamp wick 130, the power supply circuit can be connected to the ultraviolet lamp wick 130 at the beginning, or a power supply circuit for the ultraviolet lamp wick 130 can be formed after the ultraviolet lamp wick 130 is connected to the interface in a socket plug mode.

Preferably, the base 110 is connected to the floor on the side away from the side contacting the uv lamp 130 for supporting the base 110 and the uv lamp 130 thereon, and thus provides a stable structure, for which the support height of the support 150 is at least sufficient to allow the light emitted from the uv lamp 130 to be irradiated to all areas in the room in the largest range. It is preferred that the stand 150 be height adjustable, such as a tripod mechanism of adjustable height commonly available in the market, as a preferred embodiment.

Preferably, the housing 120, the base 110, or the stand 150 is designed with a receiving portion 160 to match the external shape of the remote control unit 200, and the receiving portion 160 may be arranged in various ways according to the external shape of the remote control unit 200. In some embodiments, where the mounting portion 250 external to the remote control portion 200 is configured with a clip or hook configuration for hanging, the receiving portion 160 may be configured to engage a hanging location of the clip or hook configuration of the remote control portion 200. In other embodiments, receptacle 160 is recessed inwardly to match the configuration of remote control 200 to form a fully wrapped or semi-wrapped configuration for remote control 200.

The power supply for powering the uv lamp 130 and possibly other electrical components may itself be a direct power supply connected to the mains or an indirect power supply using a battery or primary battery. Preferably, for realizing the utility model discloses a demand on disinfection for a long time and the flexibility, in some embodiments, the power has adopted the external commercial power to charge or the battery scheme realization of direct power supply. The power source may be provided inside the base 110, and is preferably provided at a portion near the outer periphery of the base 110 in consideration of convenience of a user in exchanging batteries or plugging power lines.

The base 110 is further provided with a control device 140 (shown in fig. 4) for controlling the opening and closing of the ultraviolet lamp wick 130 according to a certain condition, and the control device 140 can provide functions of opening and closing the ultraviolet lamp wick 130 at regular time, indicating a working state, receiving a remote opening and closing instruction, judging the validity of the remote opening and closing instruction, and the like. The control device 140 at least includes a processing unit 141 and an operating unit 142, and the operating unit 142 is electrically connected to the processing unit 141 for facilitating a user to transmit an external instruction to the processing unit 141 through the operating portion. Therefore, the human operation part of the operation part is arranged on the outer surface of the shell 120 and the base 110, and the operation interaction scheme can adopt a common button type scheme, a touch panel type scheme and a voice operation scheme. Through the operation portion, the instructions that the user can input to the processing unit 141 may include, but are not limited to, the following: the control unit is used for controlling the on-off of the ultraviolet lamp wick 130, inputting a timing duration instruction to the processing unit 141, and executing an instruction for turning on or off the ultraviolet lamp wick 130 after timing is finished. After receiving the instruction, the processing unit 141 transfers the corresponding component to operate according to the content of the instruction. For example, after receiving the switching instruction of the ultraviolet lamp 130, the processing unit 141 controls the power supply loop of the ultraviolet lamp 130 to open or close to realize the control of the opening and closing of the ultraviolet lamp 130, and the opening or closing function may be realized by a common relay in the market (for example, schneider RXM4LB2P7 minirelay). Preferably, in order to prevent the ultraviolet lamp 130 from being turned on by a human error in a short distance to damage the skin by the ultraviolet light, the turning-on condition of the ultraviolet lamp 130 in the processing unit 141 may be preset to receive 2 or more times of continuous clicks in a certain short time, so that the user may manually select to turn on the ultraviolet lamp 130 in some special cases while preventing the ultraviolet lamp from being accidentally turned on by a human error.

In other operation schemes, the user inputs a timing switch command to the processing unit 141 from the operation unit, and inputs a countdown instruction to the operation unit to turn on or off the uv lamp 130, so that the operation unit 142 may count time according to the input timing time and turn on or off the uv lamp 130 after the countdown is finished. This operation scheme allows the user sufficient time to evacuate the uv-sterilized area and can eliminate the need to pay attention to the start or end time of uv-sterilization, reducing the user's operations of turning on or off. The time data of the input timing can be superposed according to the whole minute gear, and a mode of stepless adjustment of time, minute and second can be selected. The function of timing inside the processing unit 141 may be implemented by a crystal oscillator.

Preferably, the control device 140 can form an audible and visual warning function in cooperation with other components, and specifically, a first indicator lamp 143 is disposed outside the housing 120 or the base 110, the first indicator lamp 143 is electrically connected to the control device 140 and can change the color of light emitted outward by the control device 140 under the power supply and control of the control device 140, and by assigning specific representative information to the color of light, a user can know at least one status of the uv lamp body 100 by observing the color of light. For example, when the uv lamp 130 is powered on, the control device 140 controls the first indicator lamp 143 to emit green light, and preferably emits light in the form of flashing, wherein the green flashing represents the operating state of the uv lamp 130 because the green light is the inverse of purple light, and the user can more easily recognize the green flashing in the purple light. On the other hand, when the ultraviolet lamp 130 does not work, the control device 140 controls the first indicator lamp 143 to emit red light, and prompts the user that the ultraviolet lamp 130 is in a disconnected state. The different colors of lights can be realized by one multi-color first indicator light 143 or by a combination of a plurality of single-color first indicator lights 143.

Preferably, a first sound emitter 144 is disposed at a position close to the outside of the housing 120 or the base 110, the first sound emitter 144 is electrically connected to the control device 140 and is controlled by the control device 140 to generate a buzzer or a voice alarm at least during the power-on operation of the ultraviolet lamp wick 130, so that the first sound emitter 144 can be a buzzer or a speaker, and the sound content of the first sound emitter can be a sharp alarm or a voice call. This arrangement allows personnel near the UV lamp body 100 to be alerted during operation of the UV lamp wick 130 to be driven away, preventing damage to the personnel's skin.

Preferably, in order to realize the remote switch of the ultraviolet lamp main body 100, the utility model also provides a remote control part 200, and this remote control part 200 has realized that personnel can be in the function of opening or closing of the safe distance remote control ultraviolet wick 130 of a far away from the ultraviolet irradiation scope. Specifically, the remote control unit 200 at least includes a first wireless unit 210 and an input unit 220 (shown in fig. 5), and the control device 140 is provided with a second wireless unit 145 electrically connected to the processing unit 141, wherein the first wireless unit 210 and the second wireless unit 145 are in wireless communication connection so that the command signal from the first wireless unit 210 can be transmitted to the second wireless unit 145 and the command signal from the second wireless unit 145 can be transmitted to the processing unit 141. The command signal at least comprises a command for controlling the ultraviolet lamp wick 130 to be switched and input into the input unit 220 manually, and preferably also comprises a timing switch command.

The two wireless units can be realized by adopting a one-way infinite infrared transmitting and receiving unit, and under the scheme, the second wireless unit 145 positioned on the ultraviolet lamp main body 100 passively receives the instruction sent by the first wireless unit 210 and cannot return data so as to realize two-way data intercommunication. Therefore, it is preferable that the first wireless unit 210 and the second wireless unit 145 are connected by bluetooth, and in this case, the present invention further provides a function of determining whether the switch command performed by the user is valid based on the position distance information. Specifically, in the case where the user holds the remote control section 200, the control device 140 roughly calculates the distance between the first wireless unit 210 and the second wireless unit 145 based on the bluetooth signal intensity attenuation model, and determines whether the distance is greater than a preset safe distance, which may be generally set outside the ultraviolet irradiation range. If the distance is less than the safety distance, the command for turning on the uv lamp 130 sent by the user through the remote control part 200 will be determined as invalid and the subsequent operation for turning on the uv lamp 130 will not be executed, and preferably, the control device 140 controls the first indicator lamp 143 and the first sound generator 144 to give an audible and visual alarm to the user. If the distance is greater than or equal to the safety distance, the command sent by the user through the remote control unit 200 to open the uv lamp 130 is determined to be valid and a subsequent operation of opening the uv lamp 130 is performed. The method for calculating the distance based on the bluetooth signal intensity attenuation model can be realized by referring to the method disclosed by the chinese patent CN104407343B document, and because the utility model discloses only judge the distance in an approximate range, and do not need accurate distance numerical value, so this scheme is comparatively easy to realize. Under the design, instruction data can be transmitted between the remote control part 200 and the ultraviolet lamp main body 100 through Bluetooth, distance protection can be formed through a Bluetooth distance measurement mode, and the phenomenon that the skin of a user is damaged due to the fact that the user mistakenly sends an opening instruction on the operation part on the distance close to the ultraviolet lamp main body 100 to cause ultraviolet light emitted after the ultraviolet lamp core 130 works is avoided.

Preferably, the connection mode between the first wireless unit 210 and the second wireless unit 145 may be a wireless transmission mode such as Near Field Communication (NFC), ZigBee (WiFi), mobile communication network, and the like, and particularly, the remote control unit 200 may implement a remote control mode with a longer distance in a wireless transmission mode using a wide area local area network or a wide area network (e.g., WiFi or a mobile network). In addition, in the connection mode of wireless communication in the above-mentioned bidirectional communication mode, a second indicator lamp 230 may be further provided on the remote control unit 200, and the second indicator lamp 230 is synchronized with the first indicator lamp 143 provided on the uv lamp main body 100 to inform the user of the operation of the uv lamp main body 100.

Preferably, in some cases, the present invention is used to sterilize rooms in medical facilities, such as wards, operating rooms, and sterile rooms, which are generally provided with doorplates indicating the purpose or number of the room at the doorways, so in consideration of the convenience of the user in placing the remote control part 200 in close proximity, the housing 120 of the remote control part 200 may be provided with a placing part 250 near one side of the back surface for the user to hang or temporarily place the remote control part 200 on body clothes or doorplates at doorways of rooms being sterilized. The mounting portion 250 may have various connecting structures (shown in fig. 3) for connecting to various mounting portions according to use conditions, and particularly, if a user desires to connect the remote control portion 200 to a first mounting portion having a thin side, such as a garment or a doorplate having a thin side, the mounting portion 250 may have a clip structure for allowing the user to clip the remote control portion 200 to the first mounting portion in a clipping manner. If the user wants to attach the remote control part 200 to a second mounting portion, such as a doorplate, having thick sides and magnetic properties, having magnetic properties and thick sides, which cannot be used with a clip, the mounting portion 250 has a magnet structure so that the remote control part 200 can be magnetically mounted on the second mounting portion. When the user wants to connect the remote control part 200 to a third mounting portion, such as a doorplate having thick sides and no magnetism, having no magnetism and no use of a clip, the mounting portion 250 has a suction cup structure so that the remote control part 200 can be attached to the third mounting portion. And when remote control portion 200 was settled on the house plate, for warning that unknown personnel or other personnel got into the room at ultraviolet lamp main part 100 during operation by mistake, in addition to being provided with second pilot lamp 230 on remote control portion 200 and warning, can also set up second sounder 240, this first sounder 144 can be synchronous with first sounder 144 of setting on ultraviolet lamp main part 100 for warn relevant personnel according to buzzing or way of shouting. Preferably, the remote control unit 200 having the above-mentioned installation part 250 is not limited to being installed on a doorplate, but may be installed on a door or other places, and the specific implementation form of the installation part 250 is changed according to the specific situation that a user may encounter in use.

It should be noted that the above-mentioned embodiments are exemplary, and those skilled in the art can devise various solutions in light of the present disclosure, which are also within the scope of the present disclosure and fall within the scope of the present disclosure. It should be understood by those skilled in the art that the present specification and drawings are illustrative only and are not limiting upon the claims. The scope of the invention is defined by the claims and their equivalents.

Claims (10)

1. An ultraviolet germicidal lamp comprising at least a main uv lamp body (100) and a remote control (200), wherein the main uv lamp body (100) comprises at least:

an ultraviolet lamp wick (130) for emitting ultraviolet light to the outside to realize the function of sterilization and disinfection,

a housing (120) for enclosing and protecting the UV wick (130) from external foreign objects,

a base (110) for mounting and supporting the UV wick (130),

it is characterized in that the preparation method is characterized in that,

a first wireless unit (210) is arranged in the remote control part (200),

a control device (140) is arranged inside the base (110), the control device (140) at least comprises a processing unit (141) and a second wireless unit (145), wherein the processing unit (141) is electrically connected with the second wireless unit (145),

the first wireless unit (210) is in wireless communication with the second wireless unit (145) in a manner to wirelessly range and transmit remote control commands.

2. The UV germicidal lamp as recited in claim 1, characterized in that the remote control unit (200) is provided with a placement unit (250) on the outer side, the placement unit (250) has a connection structure matching the placement unit, wherein the connection structure is configured as one of a clip, a magnet or a suction cup structure.

3. The uv germicidal lamp as claimed in claim 2, characterized in that the remote control part (200) is connected in a clamping manner to the first placement site by means of a clip structure located on the placement part (250).

4. The UV germicidal lamp as recited in claim 2, characterized in that the remote control unit (200) is magnetically attached to the second mounting location by means of a magnet structure located on the mounting location (250).

5. The uv germicidal lamp as claimed in claim 2, characterized in that the remote control unit (200) is connected to the third mounting location in a suction manner by means of a suction cup structure located on the mounting location (250).

6. The UV germicidal lamp as claimed in claim 1, wherein the UV lamp body (100) further comprises a bracket (150), the bracket (150) is connected to another surface of the UV lamp body (130) facing away from the base (110), and the bracket (150) has a telescopic structure to adjust the overall height of the UV lamp body (100).

7. The UV germicidal lamp as recited in claim 1, wherein the control device (140) further comprises a first indicator light (143) and a first sound generator (144), the first indicator light (143) and the first sound generator (144) are disposed on the base (110), wherein the first indicator light (143) and the first sound generator (144) are electrically connected to the processing unit (141) respectively in a manner of being controlled by the processing unit (141) to sound and light alarm at least when the UV wick (130) is in operation.

8. The UV germicidal lamp as claimed in claim 1, wherein the remote control unit (200) further comprises a second indicator light (230) and a second sounder (240), the second indicator light (230) and the second sounder (240) being arranged on the outer side of the remote control unit (200), wherein the second indicator light (230) and the second sounder (240) are electrically connected to the first wireless unit (210) in a manner of working synchronously with the first indicator light (143) and the first sounder (144) in the control device (140).

9. The UV germicidal lamp as claimed in claims 2 and 6, characterized in that a receiving portion (160) is provided on the base (110) and/or the holder (150) in a configuration matching a placement portion (250) provided on the remote control portion (200), wherein the receiving portion (160) is configured to be entrained when the placement portion (250) is in a clip configuration, the receiving portion (160) is configured to be a magnet piece when the placement portion (250) is in a magnet configuration, and the receiving portion (160) is configured to be inwardly recessed in the shape of the remote control portion (200) to form a wrapped configuration when the placement portion (250) is in a suction cup configuration.

10. The UV germicidal lamp as claimed in claim 1, wherein an operation unit (142) and an input unit (220) for inputting commands are respectively disposed on the base (110) and the remote control unit (200), the operation unit (142) is electrically connected to the processing unit (141), the input unit (220) is electrically connected to the first wireless unit (210), and the operation unit (142) and the input unit (220) are of a button type and/or a touch panel type structure.

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