21 results about "Ready to use" patented technology

A magazine holder for use with a firearm. The magazine holder is configured to enable quick, one-hand magazine swaps. To accomplish this task, the user simply guides the firearm handle down along the front side of the back support. An integrated wedge body pushes the magazine slightly outward and away from the back support, thereby providing a clear path for guiding the magazine into the magazine well of the firearm. Once the firearm handle makes contact with the top of the pair of arms, the user pops the magazine out of the pair of arms by rotating the firearm handle outward. Next, while using the back support as a backstop, the user presses down on the firearm handle to slide the magazine fully into the firearm. Upon full insertion, the firearm is loaded and now ready to use.

To provide a game machine capable of effectively saving a use capacity regarding a specific program storage area of a main ROM.SOLUTION: In a program stored in a program area within a use area of a main ROM, an instruction size can be reduced when essentially calling a sub-program at addresses at and subsequent to a specific address by intermediating a jump instruction in consideration of a situation in which the instruction size becomes large when an instruction (for example, CALLEX) when calling a sub-program stored in a program area outside the use area calls the sub-program at addresses at and subsequent to the specific address in the program area outside the use area of the main ROM.SELECTED DRAWING: Figure 193

To adjust the advantage of a combination of a plurality of objects selected by a player in the progress of a play according to a use state.SOLUTION: The information processing device includes a use frequency acquisition unit configured to acquire a use frequency of each object, the use frequency being determined based on the number of times an object usable in a play is selected by a player, a point setting unit configured to set a point of each object based on the use frequency, and a parameter value determination unit configured to determine at least one parameter value related to progress of a play of the player based on a point of one or more objects satisfying a predetermined condition among a plurality of objects selected by the player.SELECTED DRAWING: Figure 3

1. Name of the product in this design: Electronic device with a graphical user interface for creating shortcuts. 2. Application of this design: This design is intended for use in an electronic device. 3. The key design features of this product are its graphical user interface content. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. The electronic device described in this design is a conventional design, and the rear view, left view, right view, top view, and bottom view of Design 1-Design 6 are omitted. 6. Design 1 is designated as the basic design. 7. Purpose of the graphical user interface: This product design allows users to create shortcut commands through interactive operation, thereby increasing the diversity of button binding commands with the remote control. 8. Human-computer interaction methods of graphical user interface: User interaction operations include voice interaction commands, clicking text or icon buttons representing various programs, and operating via wired or wireless remote control. It should be noted that the "gray tiles" in the graphical user interface represent variable images, and the "XX" in the graphical user interface represent variable numbers or text. The graphical user interface (GUI) of the main view in Design 1 is the main page for remote control binding commands. When the user clicks any "X key binding" button in the GUI of the main view of Design 1, the GUI changes to the GUI shown in Design 1 Interface Change State Figure 1 when the user binds the remote control and commands for the first time. Clicking "OK" in the GUI of Design 1 Interface Change State Figure 1 then leads to the GUI of Design 1 Interface Change State Figure 2. Clicking "OK" in the GUI of Design 1 Interface Change State Figure 2 then leads to the GUI of Design 1 Interface Change State Figure 3. The user interacts by clicking the custom combination command bar in the graphical user interface (GUI) of Design 1 (Figure 3), which leads to the GUI of Design 1 (Figure 4). The user then enters a name in the command name field of the GUI of Design 1 (Figure 4). If the entered name is duplicated, the GUI of Design 1 (Figure 4) changes to the GUI of Design 1 (Figure 5). The user then re-enters a name in the command name field of the GUI of Design 1 (Figure 5). When the entered name is available, the GUI of Design 1 (Figure 5) changes back to the original Design 1 interface. The graphical user interface (GUI) in state change diagram 6 changes to state change diagram 7. After the user enters the execution command in the "Add Shortcut" section of the GUI in state change diagram 7, the GUI in state change diagram 8 changes to state change diagram 8. The user then enters the next execution command in the "Add Shortcut" section of the GUI in state change diagram 8. After executing the command, the graphical user interface in Design 1 interface change state diagram 8 changes to the graphical user interface in Design 1 interface change state diagram 9. The user clicks the "OK" button in the graphical user interface in Design 1 interface change state diagram 9 through interactive operation, and the graphical user interface in Design 1 interface change state diagram 9 changes to the graphical user interface in Design 1 interface change state diagram 10. The user clicks the "Save" button in the graphical user interface in Design 1 interface change state diagram 10 through interactive operation, and the graphical user interface in Design 1 interface change state diagram 10 changes to the graphical user interface in Design 1 interface change state diagram 11. In this graphical user interface, the created command can be added as a custom shortcut command. The graphical user interface (GUI) of Design 2's main view is the main page for remote control binding commands. When the user clicks any "X key binding" button in the GUI of Design 2's main view, the GUI changes to the GUI of Design 2's main view when binding the remote control and commands for the first time. Clicking "OK" in the GUI of Design 2's ... After the user enters the execution command in the "Shortcut" interface, the graphical user interface (GUI) in Design 2 (Figure 5) changes to the GUI in Design 2 (Figure 6). After the user enters the next execution command in the "Add Shortcut" section of the GUI in Design 2 (Figure 6), the GUI changes to the GUI in Design 2 (Figure 7). After the user enters the required execution command in the "Add Shortcut" section of the GUI in Design 2 (Figure 7), the GUI changes to the GUI in Design 2 (Figure 8). Clicking the "OK" button in the GUI in Design 2 (Figure 8) changes the GUI to the GUI in Design 2 (Figure 9). Clicking the "Save" button in the GUI in Design 2 (Figure 9) changes the GUI to the GUI in Design 2 (Figure 10). In this GUI, the created command can be added as a custom shortcut. The graphical user interface (GUI) of the main view in Design 3 is the main page for remote control binding commands. When the user clicks any "X key binding" button in the GUI of the main view in Design 3, the GUI changes to the GUI shown in Design 3 Interface Change State Figure 1 when the user first binds the remote control and commands. Clicking "OK" in Design 3 Interface Change State Figure 1 then leads to the GUI shown in Design 3 Interface Change State Figure 2. Clicking "OK" in Design 3 Interface Change State Figure 2 then leads to the GUI shown in Design 3 Interface Change State Figure 3. The user interface (GUI) features a customizable command bar, leading to the GUI in Figure 4 of the interface transition diagram. Users interact by entering a name in the command name field of Figure 4. If a name is already entered, the GUI changes to Figure 5. Users then re-enter a name in the command name field of Figure 5. When a name is available, the GUI changes to Figure 6. Users then interact by adding a shortcut in Figure 6. After the user enters the execution command in the "Shortcut Command" interface, the graphical user interface in Design 3 (Figure 6) changes to the graphical user interface in Design 3 (Figure 7). After the user enters the next execution command in the "Add Shortcut Command" section of the graphical user interface in Design 3 (Figure 7), the graphical user interface in Design 3 (Figure 8) changes to the graphical user interface in Design 3 (Figure 8). After the user enters the required execution command in the "Add Shortcut Command" section of the graphical user interface in Design 3 (Figure 8), the graphical user interface in Design 3 (Figure 9) changes to the graphical user interface in Design 3 (Figure 9). The user then selects the icon in Design 3 (Figure 9) through interactive operations. When the executable instructions created in the graphical user interface (GUI) are sorted, the GUI in Design 3, interface state diagram 9, changes to the GUI in Design 3, interface state diagram 10. After the user completes the sorting of the selected executable instructions through interactive operations in the GUI in Design 3, interface state diagram 10, and clicks the "OK" button in the GUI in Design 3, interface state diagram 10, the GUI in Design 3, interface state diagram 11 changes to the GUI in Design 3, interface state diagram 11. After the user clicks the "Save" button in the GUI in Design 3, interface state diagram 11, the GUI in Design 3, interface state diagram 12 changes to the GUI in Design 3, interface state diagram 12.Within this graphical user interface, created commands can be added as custom shortcuts. The graphical user interface (GUI) in Design 4's main view serves as the main page for remote control binding commands. When a user interacts by clicking any "X-key binding" button in the GUI of Design 4's main view, the GUI changes to the GUI shown in Design 4's interface change state diagram 1 when the user first binds the remote control and commands. Clicking "OK" in Design 4's interface change state diagram 1 then leads to the GUI in Design 4's interface change state diagram 2. Clicking "OK" again in Design 4's interface change state diagram 2 leads to the GUI in Design 4's interface change state diagram 3. Interoperability: Clicking the custom combination command bar in the graphical user interface (GUI) of Design 4 (Figure 3) allows the user to enter the GUI of Design 4 (Figure 4). The user enters a name in the command name field of the GUI of Design 4 (Figure 4). If no duplicate name is entered, the GUI of Design 4 (Figure 4) changes to the GUI of Design 4 (Figure 5). After the user enters the execution command in the "Add Shortcut" field of the GUI of Design 4 (Figure 5), the GUI of Design 4 (Figure 5) changes to the GUI of Design 4 (Figure 6). The user then... After the user enters the next execution command in the "Add Shortcut" section of the graphical user interface in Design 4 (Figure 6), the graphical user interface changes to the graphical user interface in Design 4 (Figure 7). After the user enters the desired execution command in the "Add Shortcut" section of the graphical user interface in Design 4 (Figure 7), the graphical user interface changes to the graphical user interface in Design 4 (Figure 8). When the user selects and sorts the created execution commands in the graphical user interface in Design 4 (Figure 8), the graphical user interface in Design 4 (Figure 8) changes to... The graphical user interface (GUI) in Design 4 (Figure 9) changes state. After the user completes the sorting of the selected execution instructions through interactive operations in the GUI of Design 4 (Figure 9), clicking the "OK" button in the GUI of Design 4 (Figure 9) changes the GUI to the GUI of Design 4 (Figure 10). The user then clicks the "Save" button in the GUI of Design 4 (Figure 10) changes the GUI to the GUI of Design 4 (Figure 11). In this GUI, the created instructions can be added as custom shortcuts. The graphical user interface (GUI) in Design 5's main view serves as the main page for remote control binding commands. When a user clicks any "X-key binding" button in the GUI of Design 5's main view, the GUI changes to the GUI shown in Design 5's interface change state diagram 1 upon the first time the user binds the remote control and commands. Clicking "OK" in Design 5's interface change state diagram 1 then leads to the GUI in Design 5's interface change state diagram 2. Clicking "OK" again in Design 5's interface change state diagram 2 leads to the GUI in Design 5's interface change state diagram 3. The user then clicks... The user interface (GUI) features a customizable command bar, leading to the GUI shown in Figure 4 of the interface transition diagram. Users interact by entering a name in the command name field of Figure 4. If a name is already entered, the GUI changes to Figure 5. Users then re-enter a name in the command name field of Figure 5. When a name is available, the GUI changes to Figure 6. Users then interact with the "Add Quick" function in Figure 6. After the user enters the execution command in the "Shortcut Command" interface, the graphical user interface in Design 5 (Figure 6) changes to the graphical user interface in Design 5 (Figure 7). After the user enters the next execution command in the "Add Shortcut Command" section of the graphical user interface in Design 5 (Figure 7), the graphical user interface in Design 5 (Figure 8) changes to the graphical user interface in Design 5 (Figure 8). After the user enters the required execution command in the "Add Shortcut Command" section of the graphical user interface in Design 5 (Figure 8), the graphical user interface in Design 5 (Figure 9) changes to the graphical user interface in Design 5 (Figure 9). The user then selects the icon in Design 5 (Figure 9) through interactive operations. When an executable command created in the graphical user interface (GUI) is deleted, the GUI in Design 5 (Figure 9) changes to the GUI in Design 5 (Figure 10). After the user completes the deletion of the selected executable command through interactive operation in the GUI in Design 5 (Figure 10), clicking the "OK" button in the GUI in Design 5 (Figure 10) changes the GUI in Design 5 (Figure 11). The user then clicks the "Save" button in the GUI in Design 5 (Figure 11), and the GUI in Design 5 (Figure 12) changes.Within this graphical user interface, created commands can be added as custom shortcuts. The graphical user interface (GUI) in Design 6's main view serves as the main page for remote control binding commands. When a user interacts by clicking any "X key binding" button in the GUI of Design 6's main view, the GUI changes to the GUI shown in Design 6's interface change state diagram 1 when the user first binds the remote control and commands. Clicking "OK" in the GUI of Design 6's interface change state diagram 1 then leads to the GUI of Design 6's interface change state diagram 2. Clicking "OK" in the GUI of Design 6's interface change state diagram 2 then leads to the GUI of Design 6's interface change state diagram 3. Interoperability: Clicking the custom combination command bar in the graphical user interface (GUI) of Design 6 (Figure 3) transitions to the GUI of Design 6 (Figure 4). The user enters a name in the command name field of the GUI of Design 6 (Figure 4). If no duplicate name is entered, the GUI of Design 6 (Figure 4) transitions to the GUI of Design 6 (Figure 5). After the user enters the execution command in the "Add Shortcut" field of the GUI of Design 6 (Figure 5), the GUI of Design 6 (Figure 5) transitions to the GUI of Design 6 (Figure 6) (Figure 6). After the user enters the next execution command in the "Add Shortcut" section of the graphical user interface in Design 6 (as shown in Figure 6), the graphical user interface changes to the one in Design 6 (Figure 7). After the user enters the desired execution command in the "Add Shortcut" section of the graphical user interface in Design 6 (Figure 7), the graphical user interface changes to the one in Design 6 (Figure 8). When the user selects and deletes a created execution command in the graphical user interface of Design 6 (Figure 8), the graphical user interface changes to the one in Design 6 (Figure 8). The graphical user interface (GUI) in Figure 9 (interface state change diagram) is designed as follows: After the user completes the deletion of the selected execution command through interactive operation in the GUI of Figure 9 (interface state change diagram), and clicks the "OK" button in the GUI of Figure 9 (interface state change diagram), the GUI of Figure 9 (interface state change diagram) changes to the GUI of Figure 10 (interface state change diagram). After the user clicks the "Save" button in the GUI of Figure 10 (interface state change diagram), the GUI of Figure 10 (interface state change diagram) changes to the GUI of Figure 11 (interface state change diagram). In this GUI, the created command can be added as a custom shortcut command.

The invention relates to a firmware updating method and device, a storage medium and a program product. The method comprises the steps that a firmware updating request for target equipment is received, target firmware matched with the target equipment is determined from multiple pieces of reference firmware generated in advance according to the firmware updating request, and the multiple pieces of reference firmware are generated based on historical use habit data of multiple pieces of reference equipment; and issuing the target firmware to update the firmware of the target device to the target firmware. The reference firmware generated based on the historical use habit data of the reference device can adapt to the use preference of the reference device user, so that the target firmware obtained through matching from the multiple pre-generated reference firmware according to the firmware updating request can meet the personalized requirements of the target device user, and the user experience is improved. Different target devices can use different firmware, so that the user experience is improved.

As shown in the reference diagram illustrating the state of use, the article relating to this design can be used by inserting the thumb through the opening, and is used, for example, when operating input devices such as keyboards and mice.

The invention relates to a non-corrosive degreasing concentrate and ready to use formulation. In particular, non-corrosive compositions capable of removing polymerized grease as effectively as some alkali metal hydroxide (i.e. caustic) based degreasers without requiring the use of personal protective equipment are disclosed.

The invention provides a baby waist stool with an X-shaped stress structure and a one-step wearing and taking-off function. The invention discloses a baby waist stool with an X-shaped stress structure and a one-step wearing and taking-off function. The baby waist stool comprises a rear supporting surface, according to the baby waist stool with the X-shaped stress structure and the one-step wearing and taking-off function, concentrated pressure is dispersed into multi-directional pulling force through the back X-shaped stress surface structure, single-point stress of the waist is avoided, the fatigue feeling of long-time wearing is reduced, the wearing comfort is remarkably improved, the waist stool is effectively prevented from inclining forwards or sideslipping through a multi-directional force dispersion mechanism, and the wearing comfort is improved. The sitting posture stability of the infant is improved, and the structural stability and safety are enhanced; the average wearing time is shortened, the device is suitable for outdoor, single-hand operation or infant crying and screaming and other emergency scenes, and the use convenience is improved; multi-step adjustment is eliminated, 'wearing and using 'is achieved, product usability and user experience are remarkably improved, the industry problem that an existing waist stool is not understood in use is solved, and the learning cost of a user is reduced.

The invention discloses an interaction method and device of wearable equipment, the wearable equipment and electronic equipment, and belongs to the technical field of wearable equipment. The method comprises the following steps: determining personal information of a user in response to a first input of the user; acquiring physiological data, collected by the wearable device, of the user; and processing the personal information and the physiological data through a large language model to obtain feedback data corresponding to the user, and displaying the feedback data through the wearable device. According to the method, the feedback data displayed to the user is described by using the natural language, so that the user can more clearly and intuitively know the own health condition, the feedback data integrates the physiological data and personal information of the user, the personal condition of the user is better met, the user can obtain personalized health suggestions through the feedback data, and the user experience is improved. And the health condition is timely improved.

The invention relates to a non-corrosive degreasing concentrate and ready to use formulation. In particular, non-corrosive compositions capable of removing polymerized grease as effectively as some alkali metal hydroxide (i.e. caustic) based degreasers without requiring the use of personal protective equipment are disclosed.

We offer accessory tools that allow for an extremely wide range of originality. [Solution] The accessory 1 consists of a base accessory 3 and additional accessories 5 and 9. By operating the carabiner 25, the additional accessories 5 and 9 can be selected according to preference and attached to the ring body 15. After attaching the preferred additional accessories 5 and 9 to the ring body 15, the accessory 1 is attached to the bag handle by operating the carabiner 17 of the base accessory 3. Any accessory that can be attached to and detached from the ring body 15 using a carabiner or the like can be attached to the ring body 15 other than the additional accessories 5 and 9. Therefore, the accessory 1 offers an extremely wide range of possibilities for expressing originality.

The utility model relates to a turnover pedal assembly which is characterized in that the turnover pedal assembly comprises a mounting base and a pedal which are arranged in a split mode, the mounting base is provided with a clamping groove with an opening in the lower end, and the pedal is arranged at the upper end of the mounting base and movably connected with the mounting base so as to achieve turnover of the pedal. By the adoption of the technical scheme, the turnover pedal assembly is installed on the connecting rod of the desk, can be used during noon break and daily life, and is high in practicability, simple in structure and convenient to install.

This allows the user to use their desired operating module without having to replace the glove itself, which is worn on the user's hand. [Solution] The glove-type device 1 is used to receive operations performed by the user and includes a connection part 111 to which one of several types of operation modules 2 that receive user operations is detachably connected, and a processing execution unit 114 that executes a first subprogram corresponding to the type of operation module 2 connected to the connection part 111.

The present invention relates to a stable ready to use suspension of empagliflozin Particularly, the present invention relates to a stable, taste-masked, ready to use suspension of empagliflozin and the process for preparing it. The present invention also relates to a method for treating patients with diabetes, type 1 or type 2 by administering a stable, taste-masked, ready-to-use suspension comprising empagliflozin and pharmaceutically acceptable excipients.

This utility model discloses a tire deflation device. Its structure consists of a detachable pin mounted on a nail holder. When a car tire runs over the device, the pin punctures the tire, causing a leak and thus creating a roadblock. After the pin punctures the tire, it separates from the nail holder. The pin moves with the tire while the nail holder remains in its original position on the ground. Compared to traditional nail holders that may move with the tire, this device does not damage the vehicle, does not increase the weight of the nail holder, and does not require fixing the nail holder to the road surface. It is ready to use immediately upon unfolding, making it convenient and quick.

An apparatus (6) as well as a method for the pre-treatment of packaging blanks are disclosed (10). These each have through-openings for receiving articles (12) and for forming packaging units (18).A weakening of the at least one through-opening of the packaging blank (10) can be carried out in each case using at least two different expansion dies (44; 44a, 44b, 44c). The expansion dies (44; 44a, 44b, 44c) are each equipped with expansion tools with different opening widths and / or different contours for respectively influencing an extent of the weakening of the at least one through-opening.At least one handling robot (70, 88, 90, 108) serves to bring together the packaging blanks (10) with at least one of the at least two available expansion dies (44; 44a, 44b, 44c).

Provided herein are systems and methods for detecting the temperature of and indicating if a pharmaceutical product is ready to be used after a specified amount of time has elapsed. The detectors provided herein are configured to be attached to the pharmaceutical product that contains an active pharmaceutical ingredient (API) therein, and comprise a temperature sensor configured to detect a temperature of the pharmaceutical product; at least one timer configured to start measuring a passage of time if the temperature of the pharmaceutical product detected by the temperature sensor reaches or exceeds a breach temperature; and at least one indicator configured to generate, if a specified amount of time has elapsed on the at least one timer, an indication that the pharmaceutical product is ready to be used.

To reduce the workload on people discussing products. [Solution] The information processing device 100 stores a plurality of items 120 that are requirements for considering products belonging to the first type. There is a group 101 that is the main body that considers products belonging to the first type. The information processing device 100 acquires selection information that identifies the items 120 selected by each user 110 within the group 101 from among the plurality of items 120, and stores it in the storage unit 102. The information processing device 100 refers to the selection information stored in the storage unit 102 and generates and outputs screen information 130 that displays in a way that distinguishes between the items 120 selected by all users 110 within the group 101 and the items 120 selected by some users 110. For example, the information processing device 100 can use the screen information 130 to make it easier for multiple users 110 to discuss what requirements they consider important regarding the apartment property that will be the product.