1114 results about "Left direction" patented technology

An object is to provide a mobile electronic device and an input method that can display soft keys corresponding to each of the characters of different character kinds appropriately even in a state where the display screen of the display unit is used horizontally. In a state where the display screen is used vertically, the control unit splits the display screen into upper and lower sides and displays the plurality of soft keys in the display screen uniformly. In a state where the display screen is used horizontally, the control unit splits the display screen into right and left sides, and displays the first character kind character on one side, and displays the second character kind character on the other side, and displays a plurality of soft keys on either one of the one side or the other side in a right-left direction.

In a thumbnail screen, categories and category thumbnails are disposed and displayed in the depth (Z-axis) direction and in the horizontal (X axis) direction, respectively. When focus is given by a focus to any of upper and lower category thumbnails, which are displayed on the most front side, and a category name display part, the row (layers) of the thumbnails scrolls in the horizontal direction. When the right and left direction keys of a remote controller are operated while the category name display has focus, the scroll in the depth direction is performed, thus enabling the specification of a desired category. This three-dimensionally displays the thumbnails and facilitates the operation for viewing information.

The present invention provides an electronic apparatus with display screen, wherein a direction key is provided on a side of the electronic apparatus, the display screen and a second menu display area, a plurality of first menu items arranged in right-left direction are displayed in the first menu display area, and a plurality of second menu items arranged in upper-down direction are displayed in the second menu display area, wherein the direction key and the first menu display area are positioned substantially on the same straight line extending in the right-left direction; the first menu items in the first menu display area can be selected when front portion/back portion of the direction key is pressed; the second menu items corresponding to the selected first menu items can be selected in the second menu display area when upper portion/lower portion of the direction key is pressed; and the selected menu items can be confirmed when center portion of the direction key is pressed. Compared with the prior art, in the present invention, the position where the direction key is provided corresponds substantially to the first menu display area in the horizontal direction, therefore, there is the intuitive relationship of correspondence between the direction key and the first menu, and the user can operate it more intuitively and conveniently.

In performing stereoscopic view, a shift information memory (21) stores, as a number of pixel lengths, an offset indicating how far in a right direction or a left direction to move coordinates of pixels to realize stereoscopic view. When realizing stereoscopic view, a plane shift engine (20) moves the coordinates of image data in a graphics plane in the right direction or the left direction by the number of pixel lengths indicated by the offset. When a scale of video data targeted for stereoscopic view is changed by a basic graphics plane (15), a shift distance of pixel coordinates by the plane shift engine (20) is based on a number of pixel lengths obtained by multiplying the offset by a changed scaling factor in the horizontal direction.

A solid-state imaging device includes a color filter array based on a checkered pattern array and in which two pixels adjacent to each other in at least one of upper/lower and right/left directions have the same color. The color filter array is a color filter array in which a spatial sampling point (x, y) is approximately arranged in at least one of (x=3*(2n−1+oe)+1±2 and y=3m−2 (n and m are an integer, oe has a value of 0 when m is an odd number and 1 when m is an even number)) and (x=3*(2n−1+oe)+1 and y=3m−2±2 (n and m denote an integer, and oe has a value of 0 when m is an odd number and 1 when m is an even number)).

The invention discloses an HEVC intra-frame prediction quick mode selection method based on texture analysis. According to the method, before intra-frame prediction is carried out on an encoding tree unit, the main texture direction and the texture complexity of each 4*4 unit in the encoding tree unit are determined according to the sum of absolute values of gradients in the horizontal direction, the vertical direction, the lower left direction and the lower right direction, and division of the current encoding tree unit is determined according to the principle that a larger encoding unit is adopted in a texture smooth area and a smaller encoding unit is adopted in a texture complex area. During prediction, according to the main texture direction of the prediction unit, a plurality of prediction modes with least probability are eliminated, and rough mode selection and rate-distortion optimization mode selection are carried out according to an HEVC encoding standard. According to the HEVC intra-frame prediction quick mode selection method based on texture analysis, on the premise that encoding quality is guaranteed, the encoding speed can be obviously improved.

[PROBLEMS] To cushion impact acting on an occupant who is not in a regular position. [MEANS FOR SOLVING PROBLEMS] When an abnormality occurs, an airbag device (1) inflates and expands in front of an occupant and absorbs an impact from the front of a vehicle. An airbag (2) to which gas from an inflator is supplied in an abnormality is provided with a vertical recess (2c) facing the head (Ph) of the occupant (P). The recess (2c) is located at the center, in the right and left direction of the vehicle, of an occupant restriction surface (2b) formed at a position facing the occupant (P) sitting on the seat during inflation and expansion. At least one fixed vent (2ea, 2eb) and at least one variable vent (2fan, 2fb) are provided at each of opposite sidewalls (2da, 2db). The fixed vent (2ea, 2eb) has an invariant opening area, and the variable vents (2fan 2fb) has an opening area variable depending on the sitting position of the occupant (P) during expansion. The recess (2c) and the opposite sidewalls (2da, 2db) are coupled in the airbag (2) by shape control members (3a,3b). [EFFECT] Even an occupant of out of position or an occupant not wearing a seat belt can be received relatively flexibly, and trouble caused on the occupant by the airbag is reduced.

A wheel input device and a method thereof enable a four-way key stroke, space saving, effective key arrangement, and suitability for existing operating systems or application programs by using a scroll wheel. A direction change button may be used to control the directional property of the scroll wheel. By rotating the scroll wheel in the up/down direction after clicking the direction change button, a cursor on a screen display unit moves in the right/left direction differently from its initial function. By clicking the direction change button once again, the function of the scroll wheel returns to its initial function. A specific function may be set for a long click of the direction change button. Alternatively, a click identification unit may be used, instead of the direction change button, to provide a four-way key stroke.

Provided is an electronic shift lever assembly which can select a gear position by sensing the movement of a shift lever in forward, backward, right and left directions. The electronic shift lever assembly includes: a shift lever movable to select a gear position; a first sensor unit comprising a plurality of linear hall sensors for sensing vertical movement of the shift lever; and a second sensor unit comprising a plurality of switch hall sensors for sensing horizontal movement of the shift lever.

A manipulation button (62) of a first attitude adjusting mechanism (27) is located at a corner on a front side of a lower case (23), so that the manipulation button (62) can be operated with fingers of one hand while both corners of the front side of the lower case (23) is supported with both hands in controlling the attitude of a projector, thereby enabling to conduct adjustment work with the projector being stably supported to make it unlikely for an inclination in right and left direction approximately orthogonal with front and back direction of the projector, thus improving workability during attitude adjustment process of the projector.

A video game apparatus as a sound output apparatus includes a CPU, and the CPU detects acceleration data included in input information data transmitted from a controller. The acceleration data is numerical value data for accelerations in three axial directions set to the controller. For example, a swinging motion of the controller in a right direction or a left direction is determined based on the acceleration in a direction of one axis (x-axis) out of three axes. In addition, a downward swinging motion of the controller and a posture of the controller at the time of end of swing are determined based on the acceleration in directions of two axes (y-axis and z-axis) other than the one axis. Accordingly, for example, a performance of a musical instrument displayed on a game screen is individually instructed.

A mobile terminal and controlling method thereof are disclosed. The present invention includes a communication module configured to transceive data with at least one drone, a display module configured to output a screen for controlling a motion of the drone, a touch interface module configured to receive a random touch drag within the displayed screen, and a controller controlling the communication module, the display module and the touch interface module, the controller generating a 1^st control data for controlling an altitude of the drone if the received touch drag is recognized as a 1^st direction, the controller generating a 2^nd control data for controlling right and left directions of the drone if the received touch drag is recognized as a 2^nd direction.

The information display apparatus is equipped with: a display unit for displaying a plurality of choice items in the list form; a control unit for controlling an array of the choice items; and a track ball for instructing a coordinate signal. The choice items are displayed in a matrix array constructed of N rows M columns in which the choice items are sequentially arranged from an upper portion to a lower portion of said matrix array, and along right and left directions thereof; magnification is changed based upon a coordinate signal of the track ball along a Y-axis direction; a display screen is scrolled along right/left directions based upon a coordinate signal of the track ball along an X-axis direction; and the matrix array is changed based upon a number of rows to be displayed in correspondence with increased/decreased numbers of the rows.

A pants-type disposable diaper includes a pair of strip projecting parts projecting laterally from a line of connection between front and rear parts located respectively on the belly and back sides of a wearer, a first waist elastic member joined to a first waist region that is an upper part of a waist region extending along a waist opening, and a second waist elastic member joined to a second waist region that is a lower part of the waist region. In a state in which an outer covering sheet is elongated in a right-left direction, a first unit contractile force that is a contractile force in the right-left direction per unit width of the first waist region in an up-down direction is smaller than a second unit contractile force in the second waist region.

A shift manipulating device for an automatic transmission includes a shift lever of an automatic transmission device and a path formed on an upper cover of a control switch device. The path includes manipulating positions arranged in at least P range, R range, N range and D range in this order, and on three lines, that is, second line, third line and fourth line in right and left directions. The P range is arranged in a first path on the second line and at an end of the path, the R range is arranged in a second path on the fourth line of the first path, the N range is in a third path on the second line of the second path, and the D range is in a fourth path on the second line.

Thus the number of parts and man-hour for assembling are reduced.

A motor housing of housings forming an outer casing of a tool main body is provided with two battery attachment portions allowing attachment of rechargeable batteries. The two battery attachment portions are configured as slide attachment type battery attachment portions. The two battery attachment portions are suited to slide attachment type rechargeable batteries that are attached through sliding. The two rechargeable batteries are attached in the right-left direction of the tool main body so that the two rechargeable batteries can be arranged side by side in the direction in which the tool main body extends.

An occupant knee protection system for a vehicle (10) has an airbag (11), which is folded and stored in a part of a vehicle, inflate and deploy in front of the occupant's knees by gas supplied from an inflator (12), so as to protect the occupant's knees. The airbag (11) has in its inside a tether (11c) (gas flow dividing portion whose front and rear end portions are connected to front and rear walls (11a, 11b) of the airbag (11), both walls being arranged in a longitudinal direction of the vehicle, so as to appropriately regulate a longitudinal thickness (D) of the airbag (11) for dividing a gas flow from the inflator (12) in right and left directions of the vehicle.