TW200842044A - Print apparatus with demountable dock mount - Google Patents

Abstract

A print apparatus with demountable dock mount includes a main body, a move detected unit, an inkjet print unit and a demountable dock mount is provided. The move detected unit and the inkjet print unit are disposed on the main body. The move detected unit is used for detecting relative position variation of the main body with surface of body to result a move signal. The inkjet print unit is printing to surface of body, when the main body moving along surface of body. The demountable dock mount used for place the main body. The demountable dock mount electrical connect the main body for transmitting data when the main body placed on the demountable dock mount. Therefore, it can be printing on surface of generally body by the present invention.

Description

200842044 CM01431W 28242twf.doc/n IX. Description of the Invention: [Technical Field] The present invention relates to a hand-held printing device, and more particularly to a detachable dock base and can be carried out on a general object surface Printed handheld printing device. [Prior Art] • The printer is a computer output device. Unlike the screen, the printer is used to print text or graphic data on paper for viewing, reading, or saving. However, traditional printers can only print on paper and paper. If you want to print text or graphics on non-paper objects, you must use special paper to perform the transfer. Although the paper can transfer text and graphics to non-paper 3 bodies, the quality of the special paper is different, so the quality of the paper is different. In addition, in the transfer of the two calendar steps, the transfer process is more complicated, and the transferred paper will also cause garbage problems. SUMMARY OF THE INVENTION Surface. The present invention can provide a hand-held + displacement debt measuring unit, a black-spotting unit, which includes a printing body, a unit, and an ink-jet unit with a detachable boat base. The displacement _ is in the printing body, and the displacement _ unit is used. 5 200842044 CM0143TW 28242twf.doc/n = Pair::::= Table, print the main body. When the print main body is placed on the = unloading dock base for the docking dock base miscellaneous connection to the print in 'removable' in one of the present invention, such as the transport of mussels. Including the data processing unit and = placed in the print main body 'ar data processing unit, = mention = to: material. The paper feeding unit is disposed at the detachable dock base = receiving: the ink jet unit cooperates with the paper feeding unit to perform the printing operation. In the embodiment of the electrokinetic power, the paper feeding unit includes a paper feed driver coupled to the feed unit 2; and the electric paper drive circuit is coupled to the i-th wheel unit. Feeding the paper in the single =: = set = = body to the first transfer unit to receive the printed data. The transmission of the early end of the power system implementation of the above-mentioned mouth ink Cuiyuan including inkjet ink = (four) (four). (4) The driving circuit is coupled to the data processing unit and sprayed in an embodiment of the present invention. The printing body described above further includes a reading unit 6 200842044 CMO143 i W 28242 twf.doc/n unit coupled to the data processing unit, the second Print the material. For use in the storage of external memory - in the practice of the present invention - the above-mentioned organization further includes the power required to print the power required for the circuit in the main body. In an embodiment of the invention, the above-described object-type boat base further includes a cleaning unit for cleaning the ink jet unit.

In an embodiment of the invention, the data processing unit is an Embedded Controller (EC). In an embodiment of the invention, the memory unit is an extended data output memory (Extended Data Output Rand0m Access Mem〇ry, EDORAM), and a static random access memory (Static Rand〇m).

Memory, SRAM), dynamic random access memory (Dynamic Rand〇m

Access Memory, DRAM) or Synchronous Dynamic Random Access Memory. In an embodiment of the invention, the displacement detecting unit is a roller device or an optical displacement detecting device. In the embodiment of the present invention, the external memory is a Secure Digital (SD), an XD (Extreme Digital-Picture Card) card, a CF (CompactFlash) card, or an MS (Memory Stick) card. In an embodiment of the invention, the power unit is a rechargeable battery. In an embodiment of the invention, the transmission interface between the first transmission unit and the second transmission unit is a line print terminal. , LPT) interface, Universal Serial Bus (USB) 7 200842044 28242twf.d〇c/a, high-efficiency serial bus (IEEE 1394) interface, w interface or Bluetooth (bluet00th) wireless communication interface. ...formed into the invention of the printing device, the displacement signal is generated by the displacement_unit according to the position of the surface of the object, and the surface of the object is printed corresponding to the displacement signal. Prints text segments and graphic segments of the displacement signal. Thereby, the printing apparatus of the present invention can print on the surface of an ordinary object. In order to make the above summary of the present invention more confusing, the following description of the article will be described in detail below with reference to the accompanying drawings. [Embodiment] 1 is a hand-held printing device of the present invention - an embodiment of a leak-proof connection pattern = ^^4. Please refer to the 1, hand-held column (four) set 100 packs J p ^ 110 and detachable dock base 12 〇, where the print body can be placed to the detachable dock base 12 = r block, in addition, the detachable wheel = = for (four) ink head. The detachable dock base 120 can be viewed as a 110/hour ink handle cover, and the main body of the print main body column 1 further includes an ink jet unit and a displacement detecting unit (not == print main body 11G and detachable dock) When the base 12G is separated, the =110 can be printed on the surface of the non-planar object alone. In this section, the charm of the charm unit is printed below the main body ιι〇, and the unit is also subordinated below. The printer will print the main 8 200842044 CM0143TW 28242twf.doc/n displacement detection unit, the degree inkjet single number on the surface of the object == the mouse wheel displacement detection. When the printing body 110 moves along the surface of the object When it is, it can be printed according to the displacement _ line output from the displacement side unit.

110 = With detachable dock base can also be used as a printing machine to print out the main device and (4) transmission interface, in this real off towel, detachable t α base 12G can be #由朝串_秘(四)尔细Bus, connected to the electronic device (taking the desktop computer 1G as an example). The detachable boat engages the base 120 when the print main ί Γ Γ is placed on the detachable base 12G

Hi is connected to the print main body 11G. Next, after the detachable dock base 120 receives the print data of the desktop computer H), the print data is transferred to the print main body 11A. After the printing of the printed material is completed, the printing main body n can be separated from the detachable base 120 to facilitate printing the text or graphics contained in the printed material on the surface of the general object. In addition, the electronic device can also be a notebook computer, a personal digital device or a digital bit, and the embodiment is not limited. The print main body 110 further includes a power unit (not shown in green) so that the print main body 110 can operate independently. When the power unit is placed on the detachable dock base 120 in the print main body 11, the base 120 receives power from the electronic device 1 and uses the power to charge the power unit in the print main body 110. After charging is completed, the detachable dock base 12Q will cut off the transmission of power to terminate the charging of the power unit. 9 200842044 CMU14iiW 28242twf.doc/n Next, the following step-by-step description shows the hand-held printing skirts. Please refer to Figure 2. Figure 2 is a functional block diagram of the hand-held printing device wood of the present embodiment. . The print main body 11A includes a second transfer unit In move detection unit 112, a power unit 113, a material processing unit 114 1 nd = unit 115, a read list A 116, and an ink jet single illusion 17. Data processing = memory 114 is coupled to the second transmission unit in, the displacement detecting unit 112, the power binary 113, the suffix unit 115, the reading unit 116 and the inkjet unit of the "brother" one transmission early yuan 1H light Connected to the power unit 113. The data texture w 兀 114 is, for example, an embedded controller, and the memory unit 115 is, for example, an extended data output memory, a static random access memory, a dynamic random access 2 modality, or a synchronous dynamic random access memory. The detachable dock base 120 includes a first transport unit 121, a paper feed cassette 122, and a cleaning unit 123. The paper feeding unit 122 is coupled between the first conveying unit 121 and the cleaning unit 123. The first transfer unit 121 is responsible for the data transfer interface between the detachable dock base 120, the print main body 11A and the electronic device 1〇, and the second transfer unit 111 is responsible for printing the data processing unit 114 in the main body 1 The data transmission interface of the 12-inch dock base. The first transmission unit 121 and the second transmission unit ln are, for example, a line printer terminal (LPT) interface, a universal serial bus interface, a high-performance serial bus (IEEE 1394) interface, a Wi-Fi wireless communication interface, or Blue ^ (bluetooth) wireless communication interface. The interface type of the transmission unit 121 and the second transmission unit in is not limited in this embodiment, as long as the data required for printing can be transmitted. When the printing main body 110 is placed on the detachable dock base 12, the 200842044 CMUl4JiW 28242 twf.doc/n two transmission unit m will be the secret-transmission unit m. Age-old, detachable, dock base 120 utilizes a well-designed slot card or magnetic connection (such as a power connector for a thermos bottle) to actively connect when the printed body 11 is placed in the detachable dock base 120. - The second transmission of the transmission unit m disk is earlier than m. At this time, the first transfer unit 121 starts to receive the printed bedding of the electronic device. If the first transfer unit 121 receives the print data, the print data is transferred to the second transfer unit lu. Next, the second transfer unit 1 (4) transfers the print data to the material processing unit 114. The poor material processing unit m transfers the print data to the memory unit 115 as a basis for printing the print main body 110. Fig. 3 is a schematic view of the hand-held printing apparatus 100 of the present embodiment. Referring to Figures 2 and 3, the ink jet unit 117 encloses the ink jet nozzle U7b (i.e., the ink jet head). After printing and finishing the printing data, the user can pull out the printing main body dock base 120 and print the cloth of the main body um unloading ship as an example, when the main body (four) is The 7th vertical 3 set 0 (2 τ set) along the surface of the object 30 is smooth: the younger brother - position (the position of the main body 110 painted by the shell, the pull-up ηίϊϊ, the middle displacement displacement unit 112 will detect When the first print position in the surface of the print main L=〇 is measured, the corresponding portion of the print data in the 115th print is generated, and 200842044 UMUi4JivV 28242twf.doc/n is converted into control The signal is transmitted to the inkjet driving circuit 1117a in the inkjet unit u, after receiving the control money, the job number is used to control whether the inkjet nozzle l17b ejects ink or not. ^ " ^ On the displacement side unit 112_靡When the main body (10) moves to the lower position, the p position generates another displacement signal and repeats the above-mentioned motion=, thereby continuously extracting the word and _ contained in the column material. Therefore, the printing body 11G along the edge When the surface of the object 30 is moved, the ink jet unit 117 performs (3) the surface of the object 3 according to the displacement of the printing body 11〇. By this, the present embodiment can print a character or a graphic on the surface of the general object. The actual ink cell 117 prints according to the displacement money, and then the embodiment of the displacement debt measuring unit 112 is explained. Fig. 4 is a cross-sectional view showing the structure of the first embodiment of the displacement side unit 112 of the present embodiment. Fig. 4' is a simplified view showing only the lower edge of the printing main body (10). The displacement detecting unit 112 is a roller type displacement debt measuring device that includes a contact wheel 112a, an encoder wheel U2b, and a photodetector mc. The lower edge of the printing body 110 has a side notch U()a, so that the contact wheel can touch Touching the surface of the object 30, the displacement debt measuring unit i 12 detects the relative positional change between the printing body 110 and the surface of the object 30. Although the printing body 110 starts to move, because the contact wheel η% touches the object 3 The surface of the crucible will cause the contact wheel 112 to start rolling. At this time, the contact wheel 112a will drive the towel shaft of the encoder wheel mb (the center of the towel) to rotate the encoder wheel (10). When the encoder wheel 112b starts to rotate , the grating of the encoder wheel 112b (gray on the figure) will make the level H 112e's light and transmission, when the light is on, 'light (four) H 112e will not produce health; when the light 12 200842044 28242twf.doc / n transmission, the light detector 112c will generate a signal. For example, the digital system is a shovel, according to the signal The displacement amount of the printing body 11 〇 relative to the surface of the object ^ ^ can be measured, and the displacement signal is generated thereby. FIG. 5 is a second embodiment of the displacement detecting unit 112 of the present embodiment. Referring to FIG. 5, in the present embodiment, the displacement ^^112 is an optical displacement detecting device including a light source n2d and a lens η]. And a photodetector 112f. The lower edge of the print main body 110 may have a notch lla, so that the light emitted by the light source 11d can be irradiated onto the surface of the object 3, and the light detector 112f can receive the light reflected by the surface of the object 3'. This detects the relative positional change between the print main body i and the surface of the object 3, wherein the photodetector 112f and the photodetector are devices of different structures. When the print main body UG moves, the level of the surface that hits the object 3 会 changes, so that the reflected light will be different from when the print main body 110 is not moved. The light detector, after receiving the light reflected by the surface of the object 30, generates a displacement signal according to the change of the reflected light, and the (four) letter Lang is corresponding to the position of the shape field 11G. 112 may be implemented by a device having displacement debt measurement capability and is not limited to the embodiments described above. The print main body 110 of this embodiment can be independently # for printing on the surface of a general object. Alternatively, the print main body 110 can be placed on the detachable dock base U0h to print continuous paper. Fig. 6 is a schematic view showing another printing mode of the handheld type device (10) of the present embodiment. Please I close 6, in this implementation, object 3 () is a continuous paper as an example' and the detachable dock base 12G has a relative paper feed gap 13 200842044 CM0143TW 28242twfdoc/n

120a and paper exit gap 120b. When the user inserts the paper to be printed from the paper feeding notch 120a, the paper feeding unit 122 performs the paper feeding operation, and after the paper printing is completed, the printed paper is discharged from the paper exit gap 12 〇b output. At the same time as the paper feeding, the printing body 110 will be changed according to the relative position change of the surface of the printed object 30. The relative position change will be detected and converted into a displacement signal by the displacement detecting unit 112. , and the printing method can be carried out according to the description of the printing method described above. Thereby, this embodiment can also perform printing on continuous sheets. In order to clarify the paper feeding operation of this embodiment, the following description will be made by the structure of the printing 100. 7 is a cross-sectional view of the hand-held printing device of the present embodiment (a structural cross-sectional view during paper feeding. Please refer to FIG. 7, in this embodiment, the bit=unit 112 is implemented by the square wire of the closing 4, here No longer, the detachable dock base 120 includes a paper feeding unit m and a cleaning sheet: 3: and the paper feeding unit 122 includes a paper feeding driving circuit m and a paper feeder through the driving circuit 122a as a motor having a gear, and ^ _b When the motor rotates forward, the feed will be ejected. When the # ride is reversed, the feeder 1 will be referred to Figure 2 and Figure 7, f prints 114 l: one end of the buckle is touched The 12Ga is placed in the continuous paper transfer unit and the unit is controlled according to the special transmission 70 111 and the first transmission unit 121 to the 200842044 CMU1431W 28242 twf.d〇c/n paper unit 122 for the feed unit 114. The pre-control conveyor will drive the continuous paper 3 to the U2 to generate the displacement signal of the four sheets will print the displacement side unit. By P can be shaped according to the (10) signal. 0 to print text or map on the continuous paper Please refer to Figure 2, the remote person directly reads the printed data on the portable storage device for printing. Read the data of the printed body no 丄Γ in the handheld printing device, and the printing method is the same as the printing method of J “Brothers. Because the printing main body 110 can print the device in use. ==枓' can further improve the hand-held type of the present embodiment. Since the printing main body 110 has the power unit in the power unit n, the charging unit 210 is placed on the detachable=dock base m when the printing main body 110 is disposed. The power of the sub-device 1Q is charged by the second transmission unit 1U and the first transmission unit 2, and the other L power unit 113 can also be removed from the printing main body 110 by -, and The charging package ☆ is used for charging, and after the charging is completed, the printing main body 15 200842044 CM0143TW 28242twf.d〇c/n 110 is loaded back to complete the charging operation. Before the inkjet printing device 100 is printed, The ink will be frozen in the early morning. This clean scraper removes the ink, or 114 controls the material to clean the inkjet nozzle. The early 117 is used to pre-ink the data by the electronic device. Receiving the prints of the Bellows also by the external record, f Newports work alone, - The object is the object, the latter can use the printing main body to deduct the surface of the ten-inspection print, or to print the main body base, print the continuous paper, and can be cleaned. In this way, the hand-held jewellery device can be printed on the surface of the general object in addition to the printing on the ιΓ氏张, and the use of special paper for transfer can be removed and the hand-held column can be improved. The convenience of the printing device in use, the same day can improve the quality of printing. Too much, the present invention has been disclosed in the above embodiments, but it is not used to define iir = what is the general knowledge in the technical field, Within the spirit and scope of the month of the month, when some changes and refinements can be made, the scope of the slanting of the stipulations of the stipulations of the stipulations of the stipulations is as follows: A schematic diagram of a hand-held printing device 1 〇〇 connector device 10. 2 is a functional block diagram of the hand-held printing device 1 of the present embodiment. 16 200842044 CM0143TW 28242twf.doc/n FIG. 3 is a schematic view showing the printing method of the hand-held printing device loo of the present embodiment. Fig. 4 is a cross-sectional view showing the structure of the first embodiment of the displacement detecting unit 112 of the present embodiment. Fig. 5 is a cross-sectional view showing the structure of a second embodiment of the displacement detecting unit 112 of the present embodiment. Fig. 6 is a schematic view showing another printing method of the hand-held printing device 100 of the embodiment. Configuration section = the knot of the hand-held printing cassette of the present embodiment placed on the paper feeding [Description of main component symbols] 1〇: electronic device 30: object 100: hand-held printing device 110: printing main body 110a: detecting Notch 111, 121: transmission unit 112 • Displacement detection unit 112a: contact wheel 112b • Encoder wheel 112c: photodetector 112d: light source 112e: refractor 17 200842044 i W 28242twf. doc/n 112f: photodetector 113 · Power unit 114: data processing unit 115: memory unit 116: reading unit 117 · inkjet unit 117a: inkjet driving circuit 117b: inkjet nozzle 120: detachable dock base 120a: paper feed notch 120b: Paper notch 122: paper feeding unit 122a: paper feeding drive circuit 122b: paper feeder 123: cleaning unit

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Claims (1)

200842044 UMU1431'W 28242twf.doc/n X. Patent application scope: 1. Handheld printing device with detachable dock base, self-contained: one printing main body; one displacement detecting unit, configured in the printing main body Detecting a relative positional change between the printing body and an object surface to generate a displacement signal; An inkjet unit disposed in the printing body, the printing body is printed along the object table, the inkjet unit lion displacement signal is printed on the surface of the object; and a detachable dock base is used for The print main body is disposed; wherein, when the print main body is disposed on the detachable base, the detachable dock base is electrically connected to the print main body for data transmission. The hand-held printing device of claim 1, further comprising: a poor material processing unit disposed on the printing body and coupled to the displacement debt measuring unit; The unit is disposed on the printing body and coupled to the data processing unit to provide a printed data. The hand-held printing device of the first aspect of the invention, wherein the detachable dock base further comprises: a first transmission unit for receiving a first printed material; and a paper feeding unit configured In the detachable dock base, the paper is fed with 19 200842044 CM0I43IW 28242twf.doc/n; ===== The paper feeding unit includes its circuit coupled to the first transmission unit; , , , and clan, face the paper feed drive circuit. 5. The printing device of claim K4, wherein the printing body further comprises a second hand, and the printing body is disposed on the detachable dock base, _to the first-transmission unit for receiving the printing =: the transmission unit cutting squirting device, an ink-jet driving circuit coupled to the data processing unit, the nozzle ink nozzle, connected to the inkjet wire. And the hand-printing device of the fine 5th hand, the external material processing unit is used for reading the hand-held printing device stored in the device, and the electric power required for the circuit. The package is provided to provide the holding unit and the ink unit of the printing main body. π你早兀, used to clean the spray 20 200842044 UMU14ii W 28242twf.doc/n 10 · The patented printing device according to claim 2, wherein the data processing unit is crying into a control . 11. The hand-held printing device of claim 2, wherein the memory unit is an extended data wheel memory, a static random access memory, a money random access memory, and a recording Memory. 12. The hand-held printing device of claim i, wherein the displacement debt measuring unit comprises a roller type displacement detecting device or an off-displacement detecting device. + 13. Handheld column as described in claim 7 wherein the external memory is a secure digital card, a Leica, an H or an MS card. A CF card 14. The hand-held type described in claim 9 wherein the power unit is a rechargeable battery. 15. The hand-held column of claim 5, wherein the first transmission unit and the second transmission unit have two transmission line interfaces, a line printer terminal (LPT) interface, The second is for the fans to use the serial port, the universal serial bus (USB) interface, a high efficiency device, L (ΙΕΕΕ 1394) interface, a Wi_Fi wireless communication media (bluetooth) wireless communication interface. ^芽 21