TH11260C3 - - Google Patents

Abstract

Edit Summary of Invention 9/9/2015 The portable computer (tablet) storage and charging cart consists of a structure at the top that is curved from the front of the cabinet to the back. The sides of the stroller have ventilation holes, and the left side has a handrail. The rear part has a separate back cover with fan vents, ventilation fins and power cable holes. The front door is perforated into 2 rectangular, rounded corners, attached with a clear acrylic sheet. You can see the electrical distribution panel inside. There are 2 groups of air vents, 6 rows per group, built inside. The space is divided into 2 parts: 1) the upper part is used to place the multipurpose box used to store Things and equipment As well as wiring and control equipment such as circuit breaker, electric protection type Short circuit and leakage protection Device since time and 2 switches 2) The lower part is divided into 2 floors, each floor is Circuit tray holder area By sliding into the slide rails installed on the side of the inner cabinet Which the circuit tray has a USB port, the lamp shows the charging status And serial number Next to the circuit tray down below is the slot tray. The space separates the compartment for a laptop (tablet), where the lower floor has a large space for uninterruptible power supplies (UPS) by operating a cart to store and charge the computer battery. Portable (tablet), in this order, plug it into the home power outlet. Turn on uninterruptible power supplies or UPS (if any), turn on breaker, turn on device, set timer to On (if need to set on-off time, use Auto), first switch on battery charging. The tablet is stored on the top slot. And turn on the second switch for charging the tablet battery stored at Ground floor slots -------------------------------------------------- ----------------- New Request Update 08/08/2016 Portable computer (tablet) storage and charging cart consists of a curved top structure from In front of the cabinet to the back The sides of the stroller have ventilation holes, and the left side has a handrail. The rear part has a separate back cover with fan vents, ventilation fins and power cable holes. The front door is perforated into 2 rectangular, rounded corners, attached with a clear acrylic sheet. You can see the electrical distribution panel inside. There are 2 groups of air vents, 6 rows per group, internal structure The space is divided into 2 parts: 1) the upper part is used to place the multipurpose box used to store Things and equipment As well as wiring and control equipment such as circuit breaker, electric protection type Short circuit and leakage protection Device since time and 2 switches 2) The lower part is divided into 2 floors, each floor is Circuit tray holder area By sliding into the slide rails installed on the side of the inner cabinet Which the circuit tray has a USB port, the lamp shows the charging status And serial number Next to the circuit tray down below is the slot tray. The space separates the compartment for a laptop (tablet), where the lower floor has a large space for uninterruptible power supplies (UPS) by operating a cart to store and charge the computer battery. Portable (tablet), in this order, plug it into the home power outlet. Turn on uninterruptible power supplies or UPS (if any), turn on breaker, turn on device, set timer to On (if need to set on-off time, use Auto), first switch on battery charging. The tablet is stored on the top slot. And turn on the second switch for charging the tablet battery stored at Ground floor slots

Claims (1)

Disclaimer (all) which will not appear on the advertisement page: Edit 9/9/2015 1. Storage and charging cabinet for portable computer (tablet) battery consists of a cabinet structure that The space is divided into 2 main parts, which is the upper part is a multipurpose box (7) which has 2 compartments inside which are used for storing things and used to run the electrical system for the equipment inside the cabinet and the lower part is the part that divides the interior space into 2 Each floor has a slot tray (17) which divides the space into compartments. Each compartment is used to hold 1 laptop (tablet) computer.Above the top of the slot tray is a power distribution board (22) which has a USB (23), an indicator light (24) and a number (25). Corresponding to each of the laptop (tablet) compartments (26) of the slot tray (17) located below. Its unique feature is the structure of the cabinet, consisting of the right side cabinet (2) and the left side cabinet (3), which the top is curved from top to bottom and folds to look thick. Both sides of the cabinet are connected to the upper cabinet edge (3) and the lower cabinet edge (4) above the upper cabinet edge, used to place multipurpose boxes (7) with 2 compartments, the right compartment (8) for storage. The left compartment (9) uses the electrical system. The key devices are circuit breakers (10), timer (11), and two self-contained switches (12). The front door (41) is cut into two rectangular holes (42). stick Glass or clear acrylic Looking through, you will see a power distribution board (22) inside. Free space The remaining cabinet slotted holes (43) are drilled into two groups of 6 rows.The slot tray (17) is a tray that is folded up into the rear partition (20). The front part has a separate front baffle (21), attached to the front of the slot tray (17) .And the floor of the slot tray (19) is a large number of slot dividers (18). The slot baffles (18) are approximately 3/4 of the front of the slot baffles, and the rest 1/4 is straight. The back and bottom of the slot baffle (18) are straight. In the middle of the baffle, cut a square with rounded corners. And fold the sheet to look Perpendicular to the slot dividers in two positions, ie the bottom fold area is used as a connection to the slot tray floor (19) and the rear fold area is used as a connection point to the rear partition (20). (17) Downstairs there is a place for uninterruptible power supplies (45) with a cover (46) with a power distribution board (22) at the top above the slot tray (17) there is a USB socket (23). And the charging indicator lamp (24) is numbered (25) in the middle area between the USB (23) and the indicator lamp (24), both the USB (23) indicator lamp (24). And the label number (25) corresponds to the laptop compartment located in the bottom slot tray (26) .The distribution board (22) is the front of the circuit tray (27). A large number of threaded plinths (31) are attached to the floor of the tray. The screws (31) are used to secure the circuit board. Charge the battery (33) and the acrylic plate (32) to the circuit tray (30), with the two sides of the circuit tray folded up. Then bend it to bend (35) so that it can be inserted and slide into the slide rail (36) installed next to the cabinet. The battery charging circuit (33) is a circuit that divides the operation into two parts: the main circuit (38) converts 220 volts to 5 volts of DC and transfers it to the USB circuit. (39) which serves as protection against overcurrent And the control of the color change of the lamp is while not charging - the status light shows green while charging - the indicator shows red, fully charged - the indicator shows green, main circuit (38) and USB circuit (39). There will be electronic devices and circuit patterns. They work in themselves and work in relationships. The battery charging circuit (33) is placed on the circuit tray (27), the same amount as the USB port (28) on the power distribution board (22) in front of the circuit tray (27). 33) To the circuit tray (27), the main circuit (38) screws are used to fasten all circuits to the acrylic plate (32), then the acrylic plate (32) to fasten it. With the screw mount (31) on the circuit tray (27), the USB circuit (39) is screwed into the spacer (40), then the board (40) is screwed into the screw stand. (31) In the circuit tray floor (30), the laptop (tablet) battery storage and charging cabinet has the following sequence of operations: 220 V AC power is passed through a fuse to the breaker (10) then the circuit breaker. Will pass electricity It goes to the timer (11) and sends it to the switch (12) by the two switches consisting of one switch, the first delivering 220 volts to the upper circuit tray. The next switch is used to carry 220 volts to the lower circuit trays. When the tray (27) each floor receives 220 volt AC from the main switch (38) each circuit on it. The circuit tray (27) converts electricity from AC 220 volts to 5 volts DC and then sends it to the USB circuit (39), which serves to protect against overcurrent. And control the color of the lamp, so the 5 volt DC power must be sent to the USB circuit (39) to work to be complete and efficient. -------------------------------------------------- -------------------- New request updated 9/08/2016 1. A storage and charging cabinet for portable computers (tablets) consists of a cabinet structure that The space is divided into 2 parts, the back is the upper part is a multipurpose box (7) which has 2 compartments inside which are used for storing things and used to run the electrical system for equipment inside the cabinet and the lower part is the part that divides the interior space into 2 Each floor has a slot tray (17) which divides the space into compartments. Each compartment is used to hold 1 laptop (tablet) computer.Above the top of the slot tray is a power distribution board (22) which has a USB (23), an indicator light (24) and a number (25). Corresponding to each of the laptop (tablet) compartments (26) of the slot tray (17) located below. Its unique feature is the structure of the cabinet, consisting of the right side cabinet cover (1) and the left side cabinet lid (3), which the top is curved from top to bottom and folded to look thick. Both sides of the cabinet are connected to the upper cabinet edge (3) and the lower cabinet edge (4) above the upper cabinet edge, used to place multipurpose boxes (7) with 2 compartments, the right compartment (8) for storage. The left compartment (9) uses the electrical system. The key devices are circuit breakers (10), timer (11), and two self-contained switches (12). The front door (41) is cut into two rectangular holes (42). stick Glass or clear acrylic Looking through, you will see a power distribution board (22) inside. Free space The remaining cabinet slotted holes (43) are drilled into two groups of 6 rows.The slot tray (17) is a tray that is folded up into the rear partition (20). The front part has a separate side bar (21) attached to the front of the slot tray (17) .The area of the slot tray (19) is attached to the slot plate (18). The slot baffles (18) have a curve at the front about 1/2 of the flap, and the rest 1/2 are straight. The back and bottom of the slot baffle (18) are straight. In the middle of the baffle, cut a square with rounded corners. And fold the sheet to look Perpendicular to the slot dividers in two positions, ie the bottom fold area is used as a connection to the slot tray floor (19) and the rear fold area is used as a connection point to the rear partition (20). (17) Downstairs there is a place for uninterruptible power supplies (45) with a cover (46) with a power distribution board (22) at the top above the slot tray (17) there is a USB socket (23). And the charging indicator lamp (24) is numbered (25) in the middle area between the USB (23) and the indicator lamp (24), both the USB (23) indicator lamp (24). And the label number (25) corresponds to the laptop compartment located in the bottom slot tray (26) .The distribution board (22) is the front of the circuit tray (27). A large number of threaded plinths (31) are attached to the floor of the tray. The screws (31) are used to secure the circuit board. Charge the battery (33) and the acrylic plate (32) to the circuit tray (30), with the two sides of the circuit tray folded up. Then bend it to bend (35) so that it can be inserted and slide into the slide rail (36) installed next to the cabinet. The battery charging circuit (33) is a circuit that divides the operation into two parts: the main circuit (38) converts 220 volts to 5 volts of DC and transfers it to the USB circuit. (39) which serves as protection against overcurrent And controls the color change of the lamp, ie while not charging - Status light will show green While charging - the status light will show red Full charge - status light It will show green, the main circuit (38) and the USB circuit (39) will have the electronic device and the circuit pattern. They work in themselves and work in relationships. The battery charging circuit (33) is placed on the circuit tray (27), the same amount as the USB port (28) on the power distribution board (22) in front of the circuit tray (27). 33) into the tray (27). The main circuit (38) screws are used to fasten all circuits to the acrylic plate (32), then the acrylic plate (32) to fasten. The circuit board (31) on the circuit tray (27), the USB circuit (39) is screwed into the spacer of the circuit board (40), then the board (40) is screwed into the platform. The screw (31) in the circuit tray floor (30), the storage and charging cabinet, the portable computer (tablet) has the following sequence of operation: 220 V AC power is passed through a fuse to the breaker (10) and then the breaker. Tucker will pass electricity It goes to the timer (11) and sends it to the switch (12) by the two switches consisting of one switch, the first delivering 220 volts to the upper circuit tray. The next switch is used to carry 220 volts to the lower circuit trays. When the tray (27) each floor receives 220 volt AC from the main switch (38) each circuit on it. The circuit tray (27) converts electricity from AC 220 volts to 5 volts DC and then sends it to the USB circuit (39), which serves to protect against overcurrent. And control the color of the lamp, so the 5 volt DC power must be sent to the USB circuit (39) to work to be complete and efficient.