A human resources recruitment display platform

Abstract

The present application provides a human resource recruitment display platform for placing at the entrance of a public job fair to display information of participating enterprises, including: a display component, a first box body, and a screening mechanism. Among them, it is defined that the placement channel has a placement surface facing the first screening component, the minimum distance between the first screening component and the placement surface is defined as A, the minimum distance between the second screening component and the placement surface is defined as B, and the maximum distances along the thickness direction of the first box body when the first display piece, the second display piece, and the third display piece are placed in the placement channel are defined as C, D, and E respectively, and C > A ≥ D > B ≥ E. In the present application, the first screening component screens the first display piece into the first screening channel, and the second screening component screens the second display piece into the second screening channel, so that the third display piece directly falls into the third screening channel, thereby realizing the precise classification of different enterprises.

Description

Technical Field

[0001] This application relates to the technical field of human resources, and particularly to a human resources recruitment display platform. Background Art

[0002] For public job fairs participated by a large number of enterprises, since the participating enterprises are uneven, different types of enterprises are involved. The recruitment party will set up partitions for multiple enterprises of the same type on site to arrange multiple enterprises of the same type together for the convenience of recruiters to search. At the same time, the recruitment party will set up a preview display panel at the entrance of the job fair to display the enterprises arriving at the scene and their brief descriptions.

[0003] However, for public recruitment parties, there are numerous participating enterprises, and it is necessary to collect information on each enterprise, classify the enterprises based on the collected information, and paste it in the corresponding area of the display panel. All of this is manually organized and typeset, with a huge workload and increased typesetting difficulty. Summary of the Invention

[0004] In view of this, it is necessary to provide a human resources recruitment display platform that can automatically classify and typeset to solve the above problems.

[0005] An embodiment of this application provides a human resources recruitment display platform for placing at the entrance of a public job fair to display information of participating enterprises, including:

[0006] A display component, including a plurality of first display pieces, a plurality of second display pieces, and a plurality of third display pieces. The first display piece, the second display piece, and the third display piece respectively include display panels of the same size and a first screening ball, a second screening ball, and a third screening ball with gradually decreasing diameters provided on their display panels;

[0007] A first box body, which is provided with a placement channel for the display piece to pass through in the vertical direction, and the first box body is provided with a first accommodation cavity and a second accommodation cavity communicated with the placement channel, a first screening channel communicated with the first accommodation cavity, a second screening channel communicated with the second accommodation cavity, and a third screening channel located in the vertical direction and communicated with the placement channel. In the vertical direction, the position of the first accommodation cavity is higher than the position of the second accommodation cavity;

[0008] A screening mechanism, including a first screening component and a second screening component. The first screening component is arranged in the first accommodation cavity and is used to screen the first display piece into the first screening channel. The second screening component is arranged in the second accommodation cavity and is used to screen the second display piece into the second screening channel;

[0009] Wherein, it is defined that the placement channel has a placement surface facing the first screening component, the minimum distance between the first screening component and the placement surface is defined as A, the minimum distance between the second screening component and the placement surface is defined as B, and the maximum distances along the thickness direction of the first box body when the first display member, the second display member, and the third display member are placed in the placement channel are defined as C, D, and E respectively, and C > A ≥ D > B ≥ E.

[0010] In at least one embodiment of the present application, the first screening component includes a first fixing member, a first screening member, and a first torsion spring. The first fixing member is fixed on the axis of the first accommodating cavity. The first screening member is sleeved on the first fixing member and can rotate around the first fixing member. Both ends of the first torsion spring are respectively fixed on the first fixing member and the first screening member.

[0011] The second screening component includes a second fixing member, a second screening member, and a second torsion spring. The second fixing member is fixed on the axis of the second accommodating cavity. The second screening member is sleeved on the second fixing member and can rotate around the second fixing member. Both ends of the second torsion spring are respectively fixed on the second fixing member and the second screening member.

[0012] In at least one embodiment of the present application, the first screening member includes a first sleeving portion, a first bearing portion provided on the first sleeving portion, and a first stopping portion provided on the first bearing portion. The first bearing portion and the first stopping portion extend into the placement channel.

[0013] The second screening member includes a second sleeving portion, a second bearing portion provided on the second sleeving portion, and a second stopping portion provided on the second bearing portion. The second bearing portion and the second stopping portion extend into the placement channel.

[0014] In at least one embodiment of the present application, the placement channel includes a first channel for placing a display panel and a second channel for placing a first screening ball, a second screening ball, or a third screening ball. The second channel is disposed opposite to the first accommodating cavity and the second accommodating cavity.

[0015] In at least one embodiment of the present application, the first box body is provided with an accommodating space communicating the first accommodating cavity and the second accommodating cavity, and the accommodating space is disposed opposite to the first channel.

[0016] Wherein, along the projection of the first screening component in the direction perpendicular to the placement surface, the first screening component and the second screening component are completely within the range of the accommodating space.

[0017] In at least one embodiment of the present application, the human resource recruitment display platform further includes a second box body disposed below the first box body in the vertical direction;

[0018] The first screening channel includes a first section and a second section arranged in sequence. The first section is inclined away from the third screening channel from the first accommodating cavity, and one end of the second section communicates with the second box body in the vertical direction from the first section;

[0019] The second screening channel includes a third section and a fourth section arranged in sequence. The third section is inclined away from the third screening channel from the second accommodating cavity, and the fourth section communicates with the second box body in the vertical direction from the third section.

[0020] In at least one embodiment of the present application, the second box body is provided with a first display channel, a second display channel, and a third display channel side by side in the vertical direction;

[0021] The first display channel communicates with the second section, the second display channel communicates with the fourth section, and the third display channel communicates with the third screening channel.

[0022] In at least one embodiment of the present application, the second box body includes a main body and a display end provided on the main body;

[0023] The display end is provided with a first display area facing the first display channel, a second display area facing the second display channel, and a third display area facing the third display channel in the vertical direction. A plurality of display positions are arranged side by side in the vertical direction in the first display area, the second display area, and the third display area;

[0024] The main body is provided with a first screening slot facing the first display area in the first display channel, a second screening slot facing the second display area in the second display channel, and a third screening slot facing the third display area in the third display channel. The first screening slot, the second screening slot, and the third screening slot are respectively used to screen display pieces of the same type into different display positions.

[0025] In at least one embodiment of the present application, there are multiple first display pieces, multiple second display pieces, and multiple third display pieces;

[0026] The first screening balls on the multiple first display pieces are equal in size in the thickness direction of the first box body, and the first screening balls on the multiple first display pieces gradually decrease in size in the width direction of the first box body;

[0027] The sizes of the second screening balls on multiple said second display members in the thickness direction of the first box body are all equal, and the sizes of the second screening balls on multiple said second display members in the width direction of the first box body gradually decrease;

[0028] The sizes of the third screening balls on multiple said third display members in the thickness direction of the first box body are all equal, and the sizes of the third screening balls on multiple said third display members in the width direction of the first box body gradually decrease;

[0029] Wherein, the diameters of the first screening groove, the second screening groove and the third screening groove gradually decrease from top to bottom in the vertical direction.

[0030] In at least one embodiment of the present application, the first display member, the second display member and the third display member all include guide blocks arranged on opposite sides thereof in the width direction, and the placement channel is further provided with a third channel for the guide blocks to move;

[0031] On opposite side walls of the first display channel, a first sliding groove corresponding to the third channel, and a plurality of first guiding grooves communicating with the first sliding groove and the display position are provided. Each said first guiding groove intersects the first sliding groove at a first connection position, and the diameter of the first screening groove at the same horizontal plane position as each first connection position is equal to the diameter of one said first screening ball;

[0032] On opposite side walls of the second display channel, a second sliding groove corresponding to the third channel, and a plurality of second guiding grooves communicating with the second sliding groove and the display position are provided. Each said second guiding groove intersects the second sliding groove at a second connection position, and the diameter of the second screening groove at the same horizontal plane position as each second connection position is equal to the diameter of one said second screening ball;

[0033] On opposite side walls of the third display channel, a third sliding groove corresponding to the third channel, and a plurality of third guiding grooves communicating with the third sliding groove and the display position are provided. Each said third guiding groove intersects the third sliding groove at a third connection position, and the diameter of the third screening groove at the same horizontal plane position as each third connection position is equal to the diameter of one said third screening ball.

[0034] The present application has at least the following beneficial effects:

[0035] 1. In this application, at least three different first display pieces, second display pieces, and third display pieces are provided. The first screening component and the second screening component are arranged in the first accommodation cavity and the second accommodation cavity with different heights, and the corresponding dimensions are set as C > A ≥ D > B ≥ E. Thus, when a customer signs up for a job fair, the customer's information is pasted on the corresponding display piece according to the customer type. After all the pasted display pieces are placed into the first box through the placement channel, the first display piece will hit the first screening component and be screened into the first screening channel by the first screening component. Due to size issues, all the second display pieces will directly cross the first screening component and hit the second screening component, and then be screened into the second screening channel by the second screening component. All the third display pieces directly cross the first screening component and the second screening component and directly fall into the third screening channel under the action of gravity, thereby realizing the classification of different types of companies and simplifying the difficulty of manual pasting.

[0036] 2. In this application, the first accommodation cavity, the second accommodation cavity, and the accommodation space are arranged in layers along the thickness direction of the first box, and the accommodation space is arranged facing the first channel, and the first accommodation cavity and the second accommodation cavity are arranged facing the second channel, so as to prevent the problem that the display panel is blocked and interrupted during the movement when the display piece moves in the first box. Further, by dividing the first screening channel into an inclined first section and a vertical second section, and dividing the second screening channel into an inclined third section and a vertical fourth section, the first display piece and the second display piece can vertically fall into the second box after passing through the first box, avoiding the problem of corner breakage when operating between the first box and the second box.

[0037] 3. In this application, first screening grooves, second screening grooves, and third screening grooves with diameters gradually decreasing from the vertical direction downward are arranged in the first display channel, the second display channel, and the third display channel, and the sizes of the first screening ball, the second screening ball, and the third screening ball gradually decrease along the width direction of the first box. Thus, when the first screening ball, the second screening ball, and the third screening ball move to the corresponding connection positions in the first screening groove, the second screening groove, and the third screening groove respectively, they are caught by the screening grooves and move to the corresponding display positions under the action of gravity through the corresponding guide grooves. Therefore, the recruiter can paste the company's information on the display piece of the specified size screening ball according to the value of the recruitment enterprise to itself, and can directly throw the display piece into the placement channel to put the company into the display position at the specified height for job seekers to obtain conveniently. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] Figure 1 It is a schematic three-dimensional structure diagram of a human resource recruitment display platform in an embodiment of this application.

[0039] Figure 2 isFigure 1 Schematic diagram of the three-dimensional structure of the first display piece, the second display piece, and the third display piece in

[0040] Figure 3 is Figure 1 Cross-sectional view of the human resources display platform in along the A-A direction.

[0041] Figure 4 is Figure 1 Cross-sectional view of the human resources display platform in along the B-B direction.

[0042] Figure 5 is Figure 1 Three-dimensional view of the cross-section of the human resources display platform in along the B-B direction.

[0043] Figure 6 is Figure 5 Enlarged view of part S in

[0044] Figure 7 is Figure 1 Top view of the human resources display platform shown in

[0045] Figures 8 - 10 State change diagram of the first display piece being screened by the first screening component into the first screening channel and the second display piece being screened by the second screening component into the second screening channel.

[0046] Description of main component symbols

[0047] 100. Human Resources Recruitment Display Platform; 10. Display Component; 11. First Display Piece; 111. First Screening Ball; 12. Second Display Piece; 121. Second Screening Ball; 13. Third Display Piece; 131. Third Screening Ball; 10a. Display Panel; 10b. Guide Block; 20. First Box Body; 20a. Placement Channel; 21a. Placement Surface; 201a. First Channel; 202a. Second Channel; 203a. Third Channel; 20b. First Accommodation Cavity; 20c. Second Accommodation Cavity; 20d. First Screening Channel; 201d. First Segment; 202d. Second Segment; 20e. Second Screening Channel; 201e. Third Segment; 202e. Fourth Segment; 20f. Third Screening Channel; 20g. Accommodation Space; 30. Screening Mechanism; 31. First Screening Component; 311. First Fixing Piece; 312. First Screening Piece; 3121. First Sleeve Part; 3122. First Bearing Part; 3123. First Stopping Part; 32. Second Screening Component; 321. Second Fixing Piece; 322. Second Screening Piece; 3221. Second Sleeve Part; 3222. Second Bearing Part; 3223. Second Stopping Part; 40. Second Box Body; 40a. First Display Channel; 401a. First Screening Groove; 402a. First Sliding Groove; 403a. First Guide Groove; 404a. First Connection Position; 40b. Second Display Channel; 401b. Second Screening Groove; 402b. Second Sliding Groove; 403b. Second Guide Groove; 404b. Second Connection Position; 40c. Third Display Channel; 401c. Third Screening Groove; 402c. Third Sliding Groove; 403c. Third Guide Groove; 404c. Third Connection Position; 41. Body; 42. Display End; 42a. First Display Area; 42b. Second Display Area; 42c. Third Display Area. Detailed Implementation Manner

[0048] Next, the embodiments of the present application will be described in conjunction with the accompanying drawings in the embodiments of the present application. Obviously, the described embodiments are only a part of the embodiments of the present application, rather than all the embodiments.

[0049] It should be noted that when a component is considered to be "connected" to another component, it can be directly connected to the other component or there may be an intermediate component at the same time. When a component is considered to be "provided on" another component, it can be directly provided on the other component or there may be an intermediate component at the same time. The terms "top", "bottom", "upper", "lower", "left", "right", "front", "rear", and similar expressions used herein are only for the purpose of illustration.

[0050] Next, some embodiments of the present application will be described in detail in conjunction with the accompanying drawings. Without conflict, the following embodiments and the features in the embodiments can be combined with each other.

[0051] Please refer toFigures 1 - 10 , an embodiment of the present application provides a human resource recruitment display platform 100, which is used to be placed at the entrance of a public job fair to display information of participating enterprises, including:

[0052] A display component 10, including a plurality of first display members 11, a plurality of second display members 12, and a plurality of third display members 13. The first display member 11, the second display member 12, and the third display member 13 respectively include display panels 10a of the same size, and a first screening ball 111, a second screening ball 121, and a third screening ball 131 that are arranged on the display panels 10a and have gradually decreasing diameters;

[0053] A first box body 20 is provided with a placement channel 20a for the display members to pass through in the vertical direction. The first box body 20 is provided with a first accommodation cavity 20b and a second accommodation cavity 20c that communicate with the placement channel 20a, a first screening channel 20d that communicates with the first accommodation cavity 20b, a second screening channel 20e that communicates with the second accommodation cavity 20c, and a third screening channel 20f in the vertical direction that communicates with the placement channel 20a. In the vertical direction, the position of the first accommodation cavity 20b is higher than the position of the second accommodation cavity 20c;

[0054] A screening mechanism 30, including a first screening component 31 and a second screening component 32. The first screening component 31 is arranged in the first accommodation cavity 20b and is used to screen the first display member 11 into the first screening channel 20d. The second screening component 32 is arranged in the second accommodation cavity 20c and is used to screen the second display member 12 into the second screening channel 20e;

[0055] Wherein, it is defined that the placement channel 20a has a placement surface 21a facing the first screening component 31. It is defined that the minimum distance between the first screening component 31 and the placement surface 21a is A. It is defined that the minimum distance between the second screening component 32 and the placement surface 21a is B. The maximum distances of the first display member 11, the second display member 12, and the third display member 13 in the thickness direction of the first box body 20 when placed in the placement channel are respectively defined as C, D, and E, and C > A ≥ D > B ≥ E.

[0056] When collecting, screening, and partitioning the information of the participating enterprises at the public job fair, the existing method is for the staff of the recruitment party to collect the basic information of the enterprises that arrive at the scene, and then verify the information of the enterprises that arrive at the scene while pasting the verified information on the display panel 10a at the entrance after verification. When there are too many enterprises arriving at the scene, the workload of partitioning the enterprises is too large, and it is also easy to have problems of verification or partitioning errors due to excessive fatigue.

[0057] In this application, the display component 10 is divided into a first display piece 11, a second display piece 12, and a third display piece 13 to represent different types of companies respectively. For example, the basic information of service-oriented companies is pasted on the first display piece 11, the basic information of technology-based companies is pasted on the second display piece 12, and the basic information of financial and tax companies is pasted on the third display piece 13, etc. By setting a placement channel 20a on the first box body 20 and arranging a first screening component 31 and a second screening component 32 inside the first box body 20, the first screening component 31 screens all the first display pieces 11 to a specific area, all the second display pieces 12 to another specific area, and all the third display pieces 13 to a third specific area, facilitating job seekers to view.

[0058] Specifically, in this application, the first display piece 11, the second display piece 12, and the third display piece 13 are all set as display panels 10a of the same size and their distinguishable first screening balls 111, second screening balls 121, and third screening balls 131. Due to the differences in the size and dimensions of the screening balls, when the different first display pieces 11, second display pieces 12, and third display pieces 13 are placed through the placement channel 20a, they are guided into the corresponding tracks due to the blocking by the first screening component 31 or the second screening component 32, realizing the zoning of different types of companies.

[0059] Furthermore, specifically, please refer to Figure 3 , Figure 3 FIG. is the state diagram when the first display piece 11, the second display piece 12, and the third display piece 13 are simultaneously placed through the placement channel 20a and pass through the first screening component 31 and the second screening component 32. When the human resource recruitment display platform 100 of this application zones the arriving enterprises, during the enterprise registration, the types of enterprises are classified according to the basic information of the enterprises, and then the classified company information is attached to the corresponding display pieces. For example, at the registration site, the staff classifies the enterprises attached to the corresponding display pieces according to the size of the screening balls. For instance, the largest screening ball (i.e., the first screening ball 111 in this embodiment) is defined as the reference standard for service-oriented companies. Then, when the staff learns that an enterprise is a service-oriented enterprise during registration, they can attach its information to the first screening ball 111. According to this principle, all other companies of the same type are attached to the second screening ball 121 and the third screening ball 131, thus realizing a simple classification, and the classified display pieces can be placed aside and the registration process of all companies can be completed.

[0060] Please continue to refer to Figure 3, Further, when the first display piece 11 is placed into the first box body 20 through the placement channel 20a, the display panel 10a enters while adhering to the placement channel 20a. Since the maximum distance C of the first display piece 11 in the thickness direction of the first box body 20 is greater than the minimum distance A between the first screening component 31 and the placement surface 21a, when all the first display pieces 11 pass through the first screening component 31, they will interfere with the first screening component 31 and be blocked by the first screening component 31 and guided into the first screening channel 20d. All the first display pieces 11 that enter the first screening channel 20d will all enter a specific area of the second box body 40 to complete the zoning of the type of companies on the first display piece 11. When all the second display pieces 12 pass through the first screening component 31, since the maximum distance D of the second display piece 12 in the thickness direction of the first box body 20 is less than or equal to the minimum distance between the first screening component 31 and the placement surface 21a. Therefore, when the second display piece 12 passes through the first screening component 31, since it is not blocked by the first screening component 31, the second display piece 12 will cross over the first screening component 31 through the placement channel 20a under the action of its gravity. And when the second display piece 12 passes through the second screening component 32, since its maximum distance D in the thickness direction of the first box body 20 is greater than the minimum distance B between the second screening component 32 and the placement surface 21a, it is blocked by the second screening component 32 and guided into the second screening channel 20e, thus completing the regional division of the second type of companies. Similarly, since the maximum distance E of the third display piece 13 in the thickness direction of the first box body 20 is less than the minimum distance A between the first screening component 31 and the placement surface 21a and the minimum distance B between the second screening component 32 and the placement surface 21a, the third display component 10 will cross over the first screening component 31 and the second screening component 32 and enter the third screening channel 20f, thus realizing the classification of the three display pieces and the classification of three different types of companies, which is convenient for the interviewer to view.

[0061] In a specific embodiment, the display panels 10a on the first display piece 11, the second display piece 12, and the third display piece 13 are all flat wooden boards. The first screening balls 111, the second screening balls 121, and the third screening balls 131 are wooden spheres, hemispheres, ellipsoids, etc. integrally formed with the display panels 10a.

[0062] In a specific embodiment, please specifically refer to Figures 4 - 6 , the first screening component 31 includes a first fixing member 311, a first screening member 312, and a first torsion spring (not shown in the figure). The first fixing member 311 is fixed on the axis of the first accommodating cavity 20b. The first screening member 312 is sleeved on the first fixing member 311 and can rotate around the first fixing member 311. The two ends of the first torsion spring are respectively fixed on the first fixing member 311 and the first screening member 312;

[0063] The second screening component 32 includes a second fixing member 321, a second screening member 322, and a second torsion spring (not shown in the figure). The second fixing member 321 is fixed on the axis of the second accommodating cavity 20c. The second screening member 322 is sleeved on the second fixing member 321 and can rotate around the second fixing member 321. Two ends of the second torsion spring are respectively fixed on the second fixing member 321 and the second screening member 322.

[0064] It should be noted that in a specific embodiment, the above solution sets the first screening component 31 as the first fixing member 311, the first screening member 312, and the first torsion spring. When the first display member 11 falls through the placement channel 20a, the first screening member 312 stops the first display member 11 and rotates with the fixing member, so as to bring the first display member 11 above the first screening channel 20d. And at this time, due to the gravity and the falling kinetic energy of the first display member 11, the first screening member 312 is directly pushed beyond the first screening channel 20d, so that the first display member 11 is located above the first screening channel 20d, and falls into the first screening channel 20d under the action of the gravity of the first display member 11, realizing screening. Similarly, the second display member 12 is screened into the second screening channel 20e by the second screening member 322 according to the above principle, which will not be elaborated here.

[0065] It can be understood that in another embodiment, a motor can also be provided in the first box body 20, and pressure sensors can also be provided on the first screening member 312 and the second screening member 322. When the pressure sensors detect pressure, the motor is started, and the motor drives the screening member to rotate self, so as to realize the zoning of the display members.

[0066] In a specific embodiment, the first fixing member 311 and the second fixing member 321 can be a fixed shaft fixed on the axis of the first accommodating groove, or a driving shaft of a motor, etc.

[0067] In a specific embodiment, the first screening member 312 and the second screening member 322 are annular sheet structures in a fan blade type annular matrix.

[0068] Specifically, please refer to Figure 6 The first screening member 312 includes a first sleeved portion 3121, a first bearing portion 3122 provided on the first sleeved portion 3121, and a first stopping portion 3123 provided on the first bearing portion 3122. The first bearing portion 3122 and the first stopping portion 3123 extend into the placement channel 20a;

[0069] The second screening member 322 includes a second sleeve portion 3221, a second bearing portion 3222 disposed on the second sleeve portion 3221, and a second stopping portion 3223 disposed on the second bearing portion 3222. The second bearing portion 3222 and the second stopping portion 3223 extend into the placement channel 20a.

[0070] The above solution sleeves the bearing part on the fixing part through the sleeve part, so that when the display piece falls, the bearing part can rotate on the fixing part along with the sleeve part. The stopper can prevent the display piece from deviating from the track due to centrifugal force when it moves in a circular motion.

[0071] In a specific embodiment, the sleeve portion, the bearing portion and the stop portion are integrally formed.

[0072] In a specific embodiment, the placement channel 20a includes a first channel 201a for placing the display panel 10a and a second channel 202a for placing the first screening ball 111, the second screening ball 121 or the third screening ball 131, and the second channel 202a is arranged opposite to the first accommodating cavity 20b and the second accommodating cavity 20c.

[0073] The above scheme arranges the placement channel 20a into the first channel 201a and the second channel 202a, and slides the display panel 10a in the first channel 201a, so that the screening ball slides in the second channel 202a, so that when the display piece slides from the placement channel 20a, the screening ball can directly collide with the first screening piece 312, the second screening piece 322 or directly pass over the first screening piece 312 and the second screening piece 322, thereby ensuring the accuracy of screening and preventing the display piece from getting stuck due to interference of components when falling.

[0074] Furthermore, the first box body 20 is provided with a accommodating space 20g connecting the first accommodating cavity 20b and the second accommodating cavity 20c, and the accommodating space 20g is arranged opposite to the first channel 201a; wherein, along the projection of the first screening component 31 vertically pointing in the direction of the placement surface 21a, the first screening component 31 and the second screening component 32 completely fall within the range of the accommodating space 20g.

[0075] The present application sets a accommodating space 20g facing the first channel 201a, so that when the display piece falls along the placement channel 20a, the display panel 10a can move unobstructed in the first box 20 without being interfered with or stopped, thereby ensuring the smooth sliding of the display piece.

[0076] Preferably, the opening width of the accommodation space 20g is slightly smaller than the width of the first box body 20, that is, except for the wall thickness, the part of the accommodation space 20g facing the first channel 201a is completely opened, which can better prevent the problem that the display panel 10a is blocked.

[0077] In a specific embodiment, the human resource recruitment display platform 100 further includes a second box body 40 arranged below the first box body 20 in the vertical direction; the first screening channel 20d includes a first section 201d and a second section 202d arranged in sequence, and the first section 201d is inclined from the first accommodation cavity 20b in a direction away from the third screening channel 20f, and one end of the second section 202d is vertically communicated with the second box body 40 from the first section 201d; the second screening channel 20e includes a third section 201e and a fourth section 202e arranged in sequence, the third section 201e is inclined from the second accommodation cavity 20c in a direction away from the third screening channel 20f, and one section of the fourth section 202e is vertically communicated with the second box body 40 from the third section 201e.

[0078] In this application, by providing the second box body 40, all the display pieces screened by the first box body 20 fall into the second box body 40 for display and are made public to the interviewees.

[0079] Further, by setting the first screening channel 20d as the inclined first section 201d and the vertical second section 202d, and setting the second screening channel 20e as the inclined third section 201e and the vertical fourth section 202e, it ensures that the same areas are equally spaced in the second box body 40, making it more beautiful and convenient for the interviewees to view comfortably. And through the inclined settings of the inclined first section 201d and the third section 201e, the kinetic energy of the first display piece 11 and the second display piece 12 falling is reduced, avoiding the probability of damage to the first display piece 11 and the second display piece 12. By providing the vertical second section 202d and the fourth section 202e below the inclined first section 201d and the third section 201e, the first display piece 11 and the second display piece 12 with reduced kinetic energy can fall into the second box body 40 without getting stuck under the action of gravity, avoiding the large workload caused by the first display piece 11 and the second display piece 12 being stuck in the first box body 20, improving the convenience of company classification and improving the human efficiency.

[0080] In a specific embodiment, the second box body 40 is provided with a first display channel 40a, a second display channel 40b and a third display channel 40c side by side in the vertical direction; the first display channel 40a is communicated with the second section 202d, the second display channel 40b is communicated with the fourth section 202e, and the third display channel 40c is communicated with the third screening channel 20f.

[0081] The above solution provides a first display channel 40a, a second display channel 40b, and a third display channel 40c for display items to enter. Preferably, the second box body 40 is provided with a plurality of display positions facing the first display space, the second display space, and the third display space for display items to enter.

[0082] Specifically, the second box body 40 includes a main body 41 and a display end 42 provided on the main body 41; the display end 42 is provided with a first display area 42a facing the first display channel 40a, a second display area 42b facing the second display channel 40b, and a third display area 42c facing the third display channel 40c in the vertical direction. The first display area 42a, the second display area 42b, and the third display area 42c are provided with a plurality of display positions side by side in the vertical direction; the main body 41 is provided with a first screening slot 401a facing the first display area 42a in the first display channel 40a, a second screening slot 401b facing the second display area 42b in the second display channel, and a third screening slot 401c facing the third display area 42c in the third display channel 40c. The first screening slot 401a, the second screening slot 401b, and the third screening slot 401c are respectively used to screen display items of the same type into different display positions.

[0083] The above-mentioned plurality of display positions are provided on the display end 42. In a specific embodiment, the display end 42 is a display panel 10a located on the outer surface of the second box body 40, on which a plurality of display positions are provided.

[0084] Specifically, in this application, a first screening slot 401a is provided in the first display channel 40a, a second screening slot 401b is provided in the second display channel 40b, and a third screening slot 401c is provided in the third display channel 40c. When the display items enter the first display channel 40a, the second display channel 40b, and the third display channel 40c, they are screened by the first screening slot 401a, the second screening slot 401b, and the third screening slot 401c into display positions at different heights on the display end 42. Thus, in the enterprise display that is more valuable to the recruitment party, by hanging their display items on the display positions at appropriate heights, more attention can be obtained.

[0085] In a specific embodiment, the first display area 42a, the second display area 42b, and the third display area 42c are all arranged in the vertical direction to divide the large areas in the vertical direction. The display items in the display areas at different vertical positions belong to different categories of companies.

[0086] Further, in a specific embodiment, there are multiple numbers of the first display item 11, the second display item 12, and the third display item 13;

[0087] The dimensions of the first screening balls 111 on the multiple first display members 11 in the thickness direction of the first box body 20 are all equal, and the dimensions of the first screening balls 111 on the multiple first display members 11 in the width direction of the first box body 20 gradually decrease;

[0088] The dimensions of the second screening balls 121 on the multiple second display members 12 in the thickness direction of the first box body 20 are all equal, and the dimensions of the second screening balls 121 on the multiple second display members 12 in the width direction of the first box body 20 gradually decrease;

[0089] The dimensions of the third screening balls 131 on the multiple third display members 13 in the thickness direction of the first box body 20 are all equal, and the dimensions of the third screening balls 131 on the multiple third display members 13 in the width direction of the first box body 20 gradually decrease;

[0090] Among them, the diameters of the first screening groove 401a, the second screening groove 401b, and the third screening groove 401c gradually decrease from top to bottom in the vertical direction.

[0091] It should be noted that the first screening balls 111, the second screening balls 121, and the third screening balls 131 described in the above solution are ellipsoidal structures. By making the dimensions of multiple first screening balls 111, second screening balls 121, and third screening balls 131 of the same type consistent in the thickness direction of the first box body 20, it is convenient for them to pass through the first screening assembly 31 and the second screening assembly 32 for type screening. In this application, by making the dimensions of multiple screening balls of the same type gradually decrease in the width direction of the first box body 20, and making the diameters of the first screening groove 401a, the second screening groove 401b, and the third screening groove 401c gradually decrease downward in the vertical direction, so that when the screening balls of the same type but with different dimensions in the width direction are at different positions in the screening groove, they will be stuck at different heights. For the organizers of public job fairs, by sticking the customers with higher value to themselves at prominent heights, it is easier to attract the attention of interviewees. For example, when the height of customers with higher value is set at about 1.7 meters above the ground, it conforms to the height of the general public, so that most of the general public can directly look at them and get more attention.

[0092] In a specific embodiment, the first display member 11, the second display member 12, and the third display member 13 each include guide blocks 10b provided on opposite sides thereof in the width direction, and the placement channel 20a is further provided with a third channel 203a for the guide blocks 10b to move;

[0093] On the opposite side walls of the first display channel 40a, a first sliding groove 402a corresponding to the third channel 203a, and a plurality of first guiding grooves 403a communicating with the first sliding groove 402a and the display position are provided. Each first guiding groove 403a intersects the first sliding groove 402a at a first connection position 404a. The diameter of the first screening groove 401a at the same horizontal plane position as each first connection position 404a is equal to the diameter of one of the first screening balls 111.

[0094] On the opposite side walls of the second display channel 40b, a second sliding groove 402b corresponding to the third channel 203a, and a plurality of second guiding grooves 403b communicating with the second sliding groove 402b and the display position are provided. Each second guiding groove 403b intersects the second sliding groove 402b at a second connection position 404b. The diameter of the second screening groove 401b at the same horizontal plane position as each second connection position 404b is equal to the diameter of one of the second screening balls 121.

[0095] On the opposite side walls of the third display channel 40c, a third sliding groove 402c corresponding to the third channel 203a, and a plurality of third guiding grooves 403c communicating with the third sliding groove 402c and the display position are provided. Each third guiding groove 403c intersects the third sliding groove 402c at a third connection position 404c. The diameter of the third screening groove 401c at the same horizontal plane position as each third connection position 404c is equal to the diameter of one of the third screening balls 131.

[0096] It should be noted that by providing guide blocks 10b on both sides in the width direction of the first display member 11, the second display member 12, and the third display member 13, and providing a third channel 203a for the guide blocks 10b to slide in the placement channel 20a, the display members can slide in the placement channel 20a. Further, by providing guiding grooves corresponding to the third channel 203a in the first display channel 40a, the second display channel 40b, and the third display channel 40c, it is convenient for the display members to move transitionally between the first box body 20 and the second box body 40, so as to collectively screen and display the display members.

[0097] Further, after the above-mentioned display member transitions from the placement channel 20a in the first box body 20 to the sliding groove in the second box body 40, in order to prevent the screening balls from being stuck in the second box body 40 to form stratification and affect the visual effect, the above solution sets the diameter of the intersection of the sliding groove and the guiding groove (i.e., the diameter at the connection position) equal to the diameter of one screening ball, so that when the screening balls are stuck at the screening grooves, the guide blocks 10b are exactly located at the connection positions and displace along the guiding grooves to the display positions under the action of gravity, thereby avoiding the problem of stratification of the display members caused by the display members being stuck in the sliding grooves in the second box body 40.

[0098] Preferably, the screening slot has an opening facing the display end 42 , and the opening is larger than the diameter of the screening ball, so that when the display piece slides into the guide slot, the screening ball can be disengaged from the screening slot, avoiding the problem of the display piece being stuck in the second box body 40 .

[0099] Preferably, the corner portion of the intersection (ie, the connection position) of the sliding groove and the guide groove is rounded to avoid the problem of the guide block 10b being stuck due to the non-rounded corner.

[0100] The operating principle of the present application scheme is as follows: the staff at the job fair first collects the basic information of each corporate customer, and attaches the customer information to the display pieces of different sizes of screening balls according to the customer's classification and importance. After attaching the information of all customers, the display pieces are put into the placement channel 20a one by one. At this time, the first screening ball 111 on the first display piece 11 hits the bearing part of the first screening piece 312, and drives the bearing piece to rotate from the first screening channel 20d under the action of gravity and its power, and enters the second display channel 40b of the second box 40 through the first screening channel 20d. At this time, the guide block 10b on the first display piece 11 moves to the first sliding groove 402a of the second box 40, and when the first screening ball 111 is stuck in the first screening groove 401a, the guide block 10b abuts at the first connection position 404a, and slides to the corresponding display position through the guide groove under the action of its gravity, so as to arrange the display pieces of customers of different types and importance at different display positions to attract more attention. Similarly, the second display piece 12 is configured on the corresponding display position. The third display piece 13 passes through the placement channel 20a, passes through the first screening component 31 and the second screening component 32, enters the third screening channel 20f, and then enters the third display channel 40c, and is guided to the designated display position through the third sliding groove 402c and the third guide groove 403c in the same way as above, so as to complete the arrangement of all company information on the display panel 10a according to its type and importance, reducing the difficulty of screening and pasting a single company and improving labor efficiency.

[0101] The above is only an implementation method of the present application. It should be pointed out that a person skilled in the art can make improvements without departing from the inventive concept of the present application, but these improvements are within the scope of protection of the present application.

Claims

1. A human resources recruitment display platform, used to be placed at the entrance of a public job fair to display information about participating companies, characterized in that: include: A display assembly, comprising a plurality of first display pieces, a plurality of second display pieces and a plurality of third display pieces, wherein the first display pieces, the second display pieces and the third display pieces respectively comprise display panels of the same size and first screening balls, second screening balls and third screening balls which are arranged on the display panels and have successively decreasing diameters; The first box body is provided with a placement passage for display items to pass through in a vertical direction, and the first box body is provided with a first accommodating chamber and a second accommodating chamber communicated with the placement passage, a first screening passage communicated with the first accommodating chamber, a second screening passage communicated with the second accommodating chamber, and a third screening passage communicated with the placement passage in a vertical direction, and in a vertical direction, the first accommodating chamber is located higher than the second accommodating chamber; The screening mechanism comprises a first screening component and a second screening component, wherein the first screening component is disposed in the first accommodating cavity and is used to screen the first display piece into the first screening channel, and the second screening component is disposed in the second accommodating cavity and is used to screen the second display piece into the second screening channel; The placement channel is defined as having a placement surface facing the first screening component, the minimum distance between the first screening component and the placement surface is defined as A, the minimum distance between the second screening component and the placement surface is defined as B, and the maximum distances along the thickness direction of the first box body when the first display piece, the second display piece and the third display piece are placed in the placement channel are defined as C, D and E respectively, and C>A≥D>B≥E; The first screening component comprises a first fixing member, a first screening member and a first torsion spring, wherein the first fixing member is fixed on the axis of the first accommodating cavity, the first screening member is sleeved on the first fixing member and can rotate around the first fixing member, and the two ends of the first torsion spring are respectively fixed on the first fixing member and the first screening member; The second screening component includes a second fixing member, a second screening member and a second torsion spring. The second fixing member is fixed on the axis of the second accommodating cavity. The second screening member is sleeved on the second fixing member and can rotate around the second fixing member. The two ends of the second torsion spring are respectively fixed on the second fixing member and the second screening member.

2. The human resources recruitment display platform according to claim 1, characterized in that: The first screening member comprises a first sleeve portion, a first bearing portion provided on the first sleeve portion, and a first stop portion provided on the first bearing portion, and the first bearing portion and the first stop portion extend into the placement channel; The second screening member includes a second sleeve portion, a second bearing portion disposed on the second sleeve portion, and a second stop portion disposed on the second bearing portion, and the second bearing portion and the second stop portion extend into the placement channel.

3. The human resources recruitment display platform according to claim 2, characterized in that: The placement channel includes a first channel for placing a display panel and a second channel for placing a first screening ball, a second screening ball or a third screening ball, and the second channel is arranged opposite to the first accommodating cavity and the second accommodating cavity.

4. The human resources recruitment display platform according to claim 3 is characterized in that: The first box body is provided with a housing space communicating with the first housing cavity and the second housing cavity, and the housing space is arranged opposite to the first channel; Among them, along the projection of the first screening component perpendicular to the placement surface, the first screening component and the second screening component completely fall within the range of the accommodating space.

5. The human resources recruitment display platform according to claim 1, characterized in that: The human resources recruitment display platform also includes a second box body arranged below the first box body in the vertical direction; The first screening channel comprises a first section and a second section which are arranged in sequence, the first section being arranged obliquely from the first accommodation cavity in a direction away from the third screening channel, and one end of the second section being connected to the second box body along a vertical direction from the first section; The second screening channel includes a third section and a fourth section which are arranged in sequence. The third section is inclined from the second accommodating cavity to a direction away from the third screening channel. The fourth section is connected to the second box body along a vertical direction from the third section.

6. The human resources recruitment display platform according to claim 5, characterized in that: The second box body is provided with a first display channel, a second display channel and a third display channel in parallel along the vertical direction; The first display channel is communicated with the second section, the second display channel is communicated with the fourth section, and the third display channel is communicated with the third screening channel.

7. The human resources recruitment display platform according to claim 6, characterized in that: The second box body comprises a main body and a display end provided on the main body; The display end is provided with a first display area facing the first display channel, a second display area facing the second display channel, and a third display area facing the third display channel along the vertical direction, and the first display area, the second display area, and the third display area are arranged in parallel along the vertical direction. The main body is provided with a first screening slot facing the first display area in the first display channel, a second screening slot facing the second display area in the second display channel, and a third screening slot facing the third display area in the third display channel. The first screening slot, the second screening slot and the third screening slot are respectively used to screen the same type of display items into different display positions.

8. The human resources recruitment display platform according to claim 7, characterized in that: The first display piece, the second display piece and the third display piece are all in plurality; The sizes of the first screening balls on the first display pieces along the thickness direction of the first box body are all equal, and the sizes of the first screening balls on the first display pieces along the width direction of the first box body gradually decrease; The sizes of the second screening balls on the plurality of second display pieces along the thickness direction of the first box body are all equal, and the sizes of the second screening balls on the plurality of second display pieces along the width direction of the first box body gradually decrease; The sizes of the third screening balls on the plurality of the third display pieces along the thickness direction of the first box body are all equal, and the sizes of the third screening balls on the plurality of the third display pieces along the width direction of the first box body gradually decrease; Among them, the diameters of the first screening groove, the second screening groove and the third screening groove gradually decrease from top to bottom along the vertical direction.

9. The human resources recruitment display platform according to claim 8, characterized in that: The first display piece, the second display piece and the third display piece each include guide blocks arranged on opposite sides thereof along the width direction thereof, and the placement channel further has a third channel for the guide blocks to move; The side wall opposite to the first display channel is provided with a first sliding groove corresponding to the third channel, and a plurality of first guide grooves connected to the first sliding groove and the display position, each of the first guide grooves intersects with the first sliding groove at a first connecting position, and the diameter of the first screening groove and each first connecting position at the same horizontal plane is equal to the diameter of one of the first screening balls; The side wall opposite to the second display channel is provided with a second sliding groove corresponding to the third channel, and a plurality of second guide grooves connected to the second sliding groove and the display position, each of the second guide grooves intersects with the second sliding groove at a second connecting position, and the diameter of the second screening groove at the same horizontal plane position as each second connecting position is equal to the diameter of one of the second screening balls; The side wall opposite to the third display channel is provided with a third sliding groove corresponding to the third channel, and a plurality of third guide grooves connected to the third sliding groove and the display position, each of the third guide grooves intersects with the third sliding groove at a third connecting position, and the diameter of the third screening groove at the same horizontal plane position as each third connecting position is equal to the diameter of one of the third screening balls.

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