CN219758884U - Novel intelligent device for inquiring and taking detection report of transformer - Google Patents

Abstract

The utility model relates to a novel intelligent device for inquiring and acquiring a mutual inductor detection report, which comprises a host, a UPS, a lamp box, a touch screen, a credential printer, a binding machine, a code reader, an identity card identifier and a detection report printer which are integrated into a whole.

Description

Novel intelligent device for inquiring and taking detection report of transformer

Technical Field

The utility model relates to the field of power grid metering detection, in particular to a novel intelligent device for inquiring and acquiring a detection report of a transformer.

Background

Before the transformer is put into use, the transformer is required to be detected and identified by a metering detection laboratory of a power grid company, and a transformer verification report is obtained; in this process, the current transformer verification report is usually performed according to the procedure shown in fig. 1, that is, the user carries the transformer to the detection site foreground for inspection, the foreground staff handles the receiving procedure and then sends the detection procedure to the detection staff for detection, the detection staff completes the detection to form the transformer verification report, and then sends the transformer verification report to the foreground staff for archiving and notifying the user to get, the user inquires and handles the getting procedure to the detection site foreground, and finally the foreground staff searches the transformer verification report and sends the transformer verification report to the user, thus completing the procedure.

In the process, manual confirmation and signature are often required in the links of receiving procedure, picking procedure and the like, and the problem of low efficiency exists. Therefore, the inventor is in the unit to develop unattended equipment, and the unattended equipment is used for the purpose of the utility model in the detection work of the transformer.

Disclosure of Invention

Aiming at the problem of low working efficiency of the current transformer verification report, the utility model provides a novel intelligent device for inquiring and acquiring the transformer detection report, which aims to change the traditional working mode of completing the transformer verification report in a manual mode at present and can realize the purposes of electronic and automatic management of the transformer verification report.

The utility model adopts the technical scheme that:

the utility model provides a novel intelligent device for inquiring and acquiring a mutual inductor detection report, which comprises a cabinet, wherein a lamp box is arranged at the top of the cabinet and is used for identifying the name of the device, a host and a UPS (uninterrupted Power supply) are arranged in the cabinet, and the host is used as data processing equipment; a touch screen is arranged below the lamp box, the touch screen is connected with the host computer and is used for interacting data information, and a user performs mutual inductor sending procedure and inquiry and acquisition of a detection report on the touch screen; a voucher printer and a binding machine are arranged below the touch screen, the voucher printer prints paper vouchers, and the binding machine binds detection reports; the code reader reads the bar code and the two-dimensional code, and the identity card identifier reads the identity card information; a detection report printer is arranged below the code reader and the identity card identifier, and the detection report printer prints paper detection report; the host is connected with the touch screen, the credential printer, the code reader and the identity card identifier through a data cable, is connected with the cloud server through wireless or network cables, and exchanges data information; the host is provided with a power supply module which is connected with the touch screen, the certificate printer, the binding machine, the code reader, the identity card identifier and the detection report printer through power cables and provides electric energy; the host, the lamp box and the UPS are connected with an external power supply through a power cable to obtain electric energy; the UPS is connected with the host computer through a power cable.

Further, the touch screen is a 19-inch capacitive touch screen, and the main function interface displayed on the 19-inch capacitive touch screen and the operation angle of a user are 30-60 degrees.

Further, the identification card identifier adopts a second-generation card reader.

Furthermore, the skin covered outside the cabinet is made of SPCC cold-rolled steel plates.

Preferably, the distance between the center point of the 19-inch capacitive touch screen and the ground is 1377mm; the distance between the top of the lamp box and the ground is 2000mm; the distance between the code reader and the identity card identifier and the ground is 1000mm; the distance from the detection report printer to the ground is 700mm.

The implementation of the utility model has the beneficial effects that: the utility model provides a novel intelligent device is got in mutual-inductor detection report inquiry, with the host computer, UPS, the lamp house, the touch-sensitive screen, the voucher printer, the book-binding machine, the code reader, the identification card recognizer, detect report printer integration rack as an organic wholes, the user can carry out the self-service detection service of mutual-inductor on the device, the mutual-inductor detection report is not got to the contactless, because the device has improved the detection flow of traditional daily mutual-inductor, through the mode transmission user data of electronization and mutual-inductor detection report, make a large amount of manual work mode change online work mode, the user can carry out the mutual-inductor of going forward in proper order, self-service handling warehouse entry, after the inspector accomplishes the detection and exports electron mutual-inductor detection report, the user can inquire and get mutual-inductor detection report with self-service mode after the propelling movement information, whole process has changed traditional online mode of working, therefore, work efficiency has been improved to a certain extent.

Drawings

In order to more clearly illustrate the embodiments of the utility model or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, it being obvious that the drawings in the following description are only some embodiments of the utility model, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

Fig. 1: a traditional transformer verification flow diagram;

fig. 2: an intelligent device structure block diagram;

fig. 3: an intelligent device transformer verification flow diagram;

fig. 4: an intelligent device schematic diagram;

fig. 5: an intelligent device structure schematic diagram;

fig. 6: an operation rate and operation direction relationship diagram;

fig. 7: user operation area interface layout schematic.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Embodiment 1, the utility model relates to a novel intelligent device for inquiring and acquiring a detection report of a transformer, which is shown in fig. 2:

the novel intelligent device for inquiring and acquiring the detection report of the transformer comprises a background module, wherein the background module is linked with a warehouse-in and warehouse-out module, an information acquisition module, a certificate issuing module, a short message sending module and a report printing module, and is used for interacting data information and operation; the input-output module and the information acquisition module mainly complete information acquisition and electronic account setting up in the transformer inspection stage; the certificate issuing module and the short message sending module mainly complete certificate issuing and short message notification in the transformer sending and detecting stage; the report printing module mainly completes report printing, file reservation and binding; the background module is mainly used for completing information collection, maintenance and operation in the detection process of the transformer and data interaction and operation of each module; and when the report printing module prints the paper report, the background module can be covered with the electronic seal, and the paper report with the seal is printed, so that the report printing module has the functions of anti-counterfeiting and tamper resistance, and further ensures the safety and reliability of data.

The background module, the warehouse-in and warehouse-out module, the information acquisition module, the certificate issuing module, the short message sending module and the report printing module are respectively and fixedly arranged in a drawer type cabinet with a dragging track, and then the modules are arranged in different drawers, so that plug-in connection is realized, and the portable disassembly and assembly performance is realized.

Embodiment 2, as a specific structure of embodiment 1, please refer to fig. 4 and 5:

the top of the cabinet is provided with a lamp box, the lamp box is used for identifying the name of the device, a host and a UPS are installed in the cabinet, the host is used as data processing equipment, and the UPS is used as an uninterruptible power supply; a touch screen is arranged below the lamp box, the touch screen is connected with the host computer and is used for interacting data information, and a user performs mutual inductor sending procedure and inquiry and acquisition of a detection report on the touch screen; a voucher printer and a binding machine are arranged below the touch screen, the voucher printer prints paper vouchers, and the binding machine binds detection reports; the code reader reads the bar code and the two-dimensional code, and the identity card identifier reads the identity card information; a detection report printer is arranged below the code reader and the identity card identifier, and the detection report printer prints paper detection report;

the host is connected with the touch screen, the credential printer, the code reader and the identity card identifier through a data cable, is connected with the cloud server through wireless or network cables, and exchanges data information; the host is provided with a power supply module which is connected with the touch screen, the certificate printer, the binding machine, the code reader, the identity card identifier and the detection report printer through power cables and provides electric energy; the host, the lamp box and the UPS are connected with an external power supply through a power cable to obtain electric energy; the UPS is connected with the host computer through a power cable.

Example 3 as a preferred structure of example 2, the following embodiment is the best structure:

the touch screen selects a 19-inch capacitive touch screen, a good use interface is provided for a user, and the data of the mutual inductor verification report errors are more and are decimal, so that the 19-inch capacitive touch screen can clearly display the data; referring to fig. 6 and 7, according to the ergonomic characteristics, the main function interface displayed on the 19-inch capacitive touch screen has an angle of 30 ° -60 ° with respect to the user operation, such as the registration device and the print report in fig. 7 are user operation areas, and the position thereof is 30 ° -60 °; therefore, the comfort and the degree of embodiment are good.

Table 1 illustrates the necessity of selecting the above technical features as an actual test proof, indicating that the touch screen input accuracy is hundred percent and the click condition is not touched by mistake.

Table 1 touch screen test statistics

The identification card identifier adopts a second-generation card reader.

The skin covered outside the cabinet is made of SPCC cold-rolled steel plates.

In combination with the general characteristics of the handled transformer users, according to the eye height size data of the human body in the state standard standing posture of table 2,

table 2: eye height dimension of national standard standing human body

And the visual height of the person in the straightened state is calculated according to the formula 1 by considering the gender and age difference of the user: h l = [ H (w, 95%) +h (M, 5%) ]/2= (1541+1371)/2= 1403.5mm (formula 1)

Since the user is in a loose position at the time of operation, the possible slump when the person is relaxed, as given in table 3,

table 3: slump potential when a person relaxes

The eye height of the person under relaxation is expressed as:

h= 1403.5-30=1 373.5 mm; h2 = 1403.5-25=1378.5 mm (equation 2)

Therefore, the distance between the center point of the 19-inch capacitive touch screen and the ground is 1377mm; the distance between the top of the lamp box and the ground is 2000mm; the distance between the code reader and the identity card identifier and the ground is 1000mm; the distance from the detection report printer to the ground is 700mm.

The utility model relates to a novel intelligent device for inquiring and acquiring a mutual inductor detection report, referring to fig. 3, the using method is as follows:

s1, a user inspection transformer: the transformer to be detected and identified is carried by a user to a foreground of a detection place, an intelligent device for inquiring and acquiring the detection report of the transformer is used for logging in and acquiring identity card information of the person to be detected, and the identity card information is used for inquiring and acquiring the detection report of the later-stage transformer;

s2, independently warehousing: the inspector inputs the information of the transformer, and then the transformer detects the report, inquires and gets the intelligent device to obtain the corresponding data information, and prints out the detection flow order; the inspection person gives the mutual inductor and the inspection flow sheet to a worker at the foreground of the inspection place;

s3, the staff tests the transformer and sends a detection report to the host computer, and the detection report is sent to the host computer: the front stage staff of the detection place transfers the mutual inductor with the detection flow ticket to the detection staff for detection and identification; after finishing detection and identification work, a detection staff forms a transformer detection report and uploads the transformer detection report to a cloud server, so that the intelligent device is inquired about the transformer detection report and accesses the cloud server through a network and downloads the transformer detection report, and the cloud server pushes a transformer detection report acquisition notice to a censor;

s4, the user obtains/inquires the authentication report and signs electronically: after receiving the receiving notification of the transformer detection report, the censor needs to get/inquire the identification report on the intelligent device for inquiring and getting the transformer detection report at the foreground of the detection place, and at the moment, the censor brushes an identity card or detects a flowing water bill, and then obtains a receiving voucher to be handed back to a foreground staff to take the transformer;

s5, the user independently goes out of the transformer and signs electronically: after the sender needs to carry out electronic signature on the intelligent device for inquiring and receiving the transformer detection report, the transformer detection report with the marked seal can be printed out;

s6, the user takes away the transformer: after the operation is finished, the cloud server pushes a transformer detection report to get a finishing notice to a censor, and the censor can take the transformer and the transformer detection report;

and (5) ending.

Specifically, in step S2, the transformer information includes a unit name, a person to be checked and a contact way, and a transformer model/specification/delivery date.

The utility model discloses a novel intelligent device is got in mutual-inductor detection report inquiry, with the host computer, UPS, the lamp house, the touch-sensitive screen, the voucher printer, the book-binding machine, the code reader, the identification card recognizer, detect report printer integration rack as an organic wholeization, the user can carry out the self-service detection of mutual-inductor on the device, the mutual-inductor detection report is not got to the contactless, because the device has improved the detection flow of traditional daily mutual-inductor, through the mode transmission user data of electronization and mutual-inductor detection report, make a large amount of manual work mode change online work mode, the user can carry out the mutual-inductor of censorship in proper order, self-service handling warehouse entry, after the inspector accomplishes detection and output electron mutual-inductor detection report, the user can inquire and get mutual-inductor and mutual-inductor detection report by self-service mode after the propelling movement information is received, the mode of traditional offline operation has been changed to the whole process, and online mode has been realized, consequently, work efficiency has been improved to a certain extent.

The foregoing description of the preferred embodiments of the utility model is not intended to be limiting, but rather is intended to cover all modifications, equivalents, alternatives, and improvements that fall within the spirit and scope of the utility model.

Claims (4)

1. The novel intelligent device for inquiring and acquiring the detection report of the transformer is characterized by comprising a cabinet, wherein a lamp box is arranged at the top of the cabinet and used for identifying the name of the device, a host and a UPS are arranged in the cabinet, the host is used as data processing equipment, and the UPS is used as an uninterruptible power supply; a touch screen is arranged below the lamp box, the touch screen is connected with the host computer and is used for interacting data information, and a user performs mutual inductor sending procedure and inquiry and acquisition of a detection report on the touch screen; a voucher printer and a binding machine are arranged below the touch screen, the voucher printer prints paper vouchers, and the binding machine binds detection reports; the code reader reads the bar code and the two-dimensional code, and the identity card identifier reads the identity card information; a detection report printer is arranged below the code reader and the identity card identifier, and the detection report printer prints paper detection report; the host is connected with the touch screen, the credential printer, the code reader and the identity card identifier through a data cable, is connected with the cloud server through wireless or network cables, and exchanges data information; the host is provided with a power supply module which is connected with the touch screen, the certificate printer, the binding machine, the code reader, the identity card identifier and the detection report printer through power cables and provides electric energy; the host, the lamp box and the UPS are connected with an external power supply through a power cable to obtain electric energy; the UPS is connected with the host computer through a power cable.

2. The novel intelligent device for inquiring and acquiring the detection report of the transformer according to claim 1, wherein the 19-inch capacitive touch screen is selected as the touch screen, and the main function interface displayed on the 19-inch capacitive touch screen and the operation angle of a user are 30-60 degrees.

3. The novel intelligent device for inquiring and acquiring detection report of mutual inductor according to claim 2, wherein the identification card identifier adopts a second-generation card reader.

4. A novel intelligent device for inquiring and acquiring a detection report of a transformer according to any one of claims 2 to 3, wherein the distance between the center point of the 19-inch capacitive touch screen and the ground is 1377mm; the distance between the top of the lamp box and the ground is 2000mm; the distance between the code reader and the identity card identifier and the ground is 1000mm; the distance from the detection report printer to the ground is 700mm.