Abstract: An electronic device including a processor configured to execute a program stored in a memory, in which the processor executes input-screen display processing of causing a display to display an input screen, in order to accept input of data for a certain item, executes, when the input of the data for the certain item is accepted by a first method during display of the input screen, default-value setting processing of setting the data as a default value for the certain item, and executes data processing with the data, and executes, when the input of the data for the certain item is accepted by a second method during display of the input screen, default-value non-setting processing of not setting the data as the default value, and executes the data processing with the data.

Abstract: An electronic device including a processor configured to execute a program stored in a memory, in which the processor executes input-screen display processing of causing a display to display an input screen, in order to accept input of data for a certain item, executes, when the input of the data for the certain item is accepted by a first method during display of the input screen, default-value setting processing of setting the data as a default value for the certain item, and executes data processing with the data, and executes, when the input of the data for the certain item is accepted by a second method during display of the input screen, default-value non-setting processing of not setting the data as the default value, and executes the data processing with the data.

Abstract: A print controller includes a processor and a memory. When an instruction to execute a specific calculation function is received, the processor obtains a calculation result related to the specific calculation function. When an instruction to print is received, if the instruction to execute the specific calculation function has been received a plurality of times without printing the calculation result related to the specific calculation function, which was obtained when the instruction to execute the calculation function was received one or more times before the instruction received at a last time of the plurality of times, the processor causes a printing device to print the calculation result related to the specific calculation function, which was obtained when the instruction to execute the specific calculation function was received at the last time of the plurality of times.

Abstract: A calculator includes: a plurality of numeric keys; a plurality of operation keys; a delimiter key; a memory; and a processor, wherein said processor is configured to: when a first numerical data having at least a first integer, a delimiter, and a second integer arranged in that order has been received, upon receiving a prescribed operation of one of said plurality of operation keys, registers said first integer in said memory as a first operand, and registers said second integer in said memory as a second operand; and registers in said memory a target-operand that has been inputted via an operation or operations of at least one of said plurality of numeric keys, and performs a prescribed arithmetic operation on said target-operand registered in said memory using a plurality of registered operands that include the registered first and second operands.

Abstract: A print controller includes a processor and a memory. When an instruction to execute a specific calculation function is received, the processor obtains a calculation result related to the specific calculation function. When an instruction to print is received, if the instruction to execute the specific calculation function has been received a plurality of times without printing the calculation result related to the specific calculation function, which was obtained when the instruction to execute the calculation function was received one or more times before the instruction received at a last time of the plurality of times, the processor causes a printing device to print the calculation result related to the specific calculation function, which was obtained when the instruction to execute the specific calculation function was received at the last time of the plurality of times.

Abstract: A calculating device includes a key input unit, a display and a processor. The processor performs: calculating a payment data item from input calculation data including numerical data items and operation data items; in the case where input of a first deposit data item and an instruction of a change function are received, controlling the display to display a calculation result data item obtained by subtracting the payment data item from the first deposit data item, as a first change data item; and in the state where the display displays the first change data item, even though the input calculation data are not re-input, if a second deposit data item and an instruction of the change function are received, controlling the display to display a calculation result data item obtained by subtracting the payment data item from the second deposit data item, as a second change data item.

Abstract: A calculation apparatus in which a controlling unit performs a first storing process for storing a first value in a storing unit; a first displaying process for executing operation on a second value, using the first value to obtain and display a first and second output value on a displaying unit; a second displaying process for executing operation on a third value, using the first value to obtain and display a third and fourth output value on the displaying unit; a second storing process for adding the third output value to the first output value and the fourth output value to the second output value to obtain and store a first sum and a second sum in the storing unit; and a sum displaying process for displaying the first and second sum stored in the storing unit on the displaying unit in response to operation of the key unit.

Abstract: A calculation device comprises a display including both a first display area and a second display area, and a processor being configured to accept operations of at least one of a tax calculation key which are associated with a plurality of tax rates, respectively, to display, when the operation of the tax calculation key associated with any one of the plurality of tax rates was accepted with respect to numerical value data which indicates tax-excluded amount data displayed on the first display area, tax-included amount data on the first display area, the tax-included amount data being calculated based on the tax rate corresponding to the tax calculation key; and to display, on the second display area, tax-included total amount data which indicates a total of the tax-included amount data corresponding to at least one of the numerical value data.

Abstract: A calculator includes: a plurality of numeric keys; a plurality of operation keys; a delimiter key; a memory; and a processor, wherein said processor is configured to: when a first numerical data having at least a first integer, a delimiter, and a second integer arranged in that order has been received, upon receiving a prescribed operation of one of said plurality of operation keys, registers said first integer in said memory as a first operand, and registers said second integer in said memory as a second operand; and registers in said memory a target-operand that has been inputted via an operation or operations of at least one of said plurality of numeric keys, and performs a prescribed arithmetic operation on said target-operand registered in said memory using a plurality of registered operands that include the registered first and second operands.

Abstract: A calculating device includes a key input unit, a display and a processor. The processor performs: calculating a payment data item from input calculation data including numerical data items and operation data items; in the case where input of a first deposit data item and an instruction of a change function are received, controlling the display to display a calculation result data item obtained by subtracting the payment data item from the first deposit data item, as a first change data item; and in the state where the display displays the first change data item, even though the input calculation data are not re-input, if a second deposit data item and an instruction of the change function are received, controlling the display to display a calculation result data item obtained by subtracting the payment data item from the second deposit data item, as a second change data item.

Abstract: A calculation apparatus in which a controlling unit performs a first storing process for storing a first value in a storing unit; a first displaying process for executing operation on a second value, using the first value to obtain and display a first and second output value on a displaying unit; a second displaying process for executing operation on a third value, using the first value to obtain and display a third and fourth output value on the displaying unit; a second storing process for adding the third output value to the first output value and the fourth output value to the second output value to obtain and store a first sum and a second sum in the storing unit; and a sum displaying process for displaying the first and second sum stored in the storing unit on the displaying unit in response to operation of the key unit.

Abstract: A calculation device comprises a display including both a first display area and a second display area, and a processor being configured to accept operations of at least one of a tax calculation key which are associated with a plurality of tax rates, respectively, to display, when the operation of the tax calculation key associated with any one of the plurality of tax rates was accepted with respect to numerical value data which indicates tax-excluded amount data displayed on the first display area, tax-included amount data on the first display area, the tax-included amount data being calculated based on the tax rate corresponding to the tax calculation key; and to display, on the second display area, tax-included total amount data which indicates a total of the tax-included amount data corresponding to at least one of the numerical value data.

Abstract: A figure display device, a figure display method and a storage medium having a figure display program are described. According to one implementation, a figure display device includes a figure display section; an assumed equation input section; and a figure assumed portion discrimination display control section. The figure display section displays a figure. The assumed equation input section is used to input an assumed equation of the figure according to user operation. The figure assumed portion discrimination display control section deforms a corresponding portion of the assumed equation in the figure to match a figure portion obtained by the assumed equation, and illustrates a content represented by the assumed equation in the figure displayed with discrimination.

Abstract: A figure display device, a figure display method and a storage medium having a figure display program are described. According to one implementation, a figure display device includes a figure display section; an assumed equation input section; and a figure assumed portion discrimination display control section. The figure display section displays a figure. The assumed equation input section is used to input an assumed equation of the figure according to user operation. The figure assumed portion discrimination display control section deforms a corresponding portion of the assumed equation in the figure to match a figure portion obtained by the assumed equation, and illustrates a content represented by the assumed equation in the figure displayed with discrimination.

Abstract: An electronic apparatus having a graph display function comprises an expression memory configured to store an expression including expression elements, a parameter setting unit configured to set an expression element included in the expression stored in the expression memory as a coordinate parameter in accordance with operation made by a user, and a graph plotting unit configured to plot a graph of the expression based on the coordinate parameter set by the parameter setting unit.

Abstract: A control system for an occupant restraint system mounted on the vehicle including an air-bag to protect the vehicle occupant from direct contact with a steering wheel or a windshield, comprises a control circuit for detecting deceleration of the vehicle, for integrating the value obtained by subtracting a predetermined integration offset from the deceleration to obtain an integrated value, for making a decision to operate the occupant restraint system when the integrated value exceeds a predetermined threshold level, for calculating a physical amount representative of a deceleration condition of the vehicle, for setting a changing timing at which the integration offset is changed in accordance with the physical amount, and for changing the integration offset of the changing timing.

Abstract: A control system for an occupant restraint system including an airbag which is mounted on an automotive vehicle to protect a vehicle occupant from coming into direct contact with a steering wheel and/or a windshield. The control system comprises a control circuit including a microcomputer. The microcomputer is adapted to execute the following control. A decision is made to operate (inflate) the airbag when a vehicle deceleration exceeds a predetermined threshold level. The threshold level is changed at a timing which is set in accordance with a physical amount representative of a deceleration condition of the vehicle, thereby securely operating the airbag merely by making a simple adjustment to the control system.

Abstract: An airbag restraint system for an automotive vehicle includes an airbag made up of front and rear sheets which are generally circular and sewn together at their peripheral portions. When retracted in a central part of a steering wheel, the airbag is folded in a deflated condition along two lines which are parallel and separate from each other and located such that a central opening for an inflator is positioned therebetween. A region of the rear sheet between the two bending lines is coated with a coating material to prevent gas flow therethrough. When retracted in the steering wheel, the airbag has a space which is formed between the coated section of the rear sheet and the front sheet, which is coated at its whole surface with the coating material, so that the space is confined by the coated sections of the front and rear sheets. When gas is ejected from an inflator into the space, the airbag can be effectively developed to ensure inflation of the airbag.

Abstract: An airbag of an airbag restraint system for an automotive vehicle. The airbag is formed of a circular doubly woven cloth including generally circular front and rear cloth parts which are separable from and integral at their periphery with each other to define therebetween a gas chamber to be filled with high pressure gas from an inflator. Each of front and rear cloth parts is formed with a generally rectangular reinforcement regions located near the periphery of the cloth part. The reinforcement region includes two warp band-like regions which are separate from each other and located near the periphery of the cloth part. The reinforcement region further includes two weft band-like regions which are separate from each other and located near the periphery of the cloth part. The weft band-like regions cross the warp yarn band-like regions, so that the reinforcement region is formed generally rectangular. Reinforcement yarns are woven in each of the warp and weft band-like regions.

Abstract: A method of producing an airbag of an airbag restraint system to protect an automotive vehicle passenger from a secondary impact inside the vehicle in the event of a serious collision. The producing method is carried out as follows: A loom weaves an extending cloth including a linearly aligned doubly woven cloth sections each having first and second singly woven cloth portions which are separate from each other, each doubly woven cloth section forming part of an airbag. A first coating is formed continuously on whole one surface of the extending woven cloth. A second coating is formed continuously on a straight extending central part of the other surface of the extending woven cloth. A hole for an inflator is formed at a central part of the second singly woven cloth portion of the doubly woven cloth section. Each part of the woven cloth corresponding to the airbag is trimmed from the extending woven cloth. Finally, the trimmed part is turned inside out by drawing the inside surface through the hole.