233results about How to "Improve the sense of operation" patented technology

A helmet massager and a helmet thereof are provided. The helmet massager comprises a helmet. The helmet comprises a first helmet body. The first helmet body comprises a first left helmet body and a first right helmet body which are butt jointed. The first left helmet body and the first right helmet body respectively have a first left rack and a first right rack. The helmet further comprises an adjusting device. The adjusting device comprises a base, a gear, a ratchet body with ratchet teeth, and a knob for driving the ratchet body to rotate. The base is located at a butt-joint site of the first left helmet body and the first right helmet body. Each of the first left rack and the first right rack engages with the gear. The ratchet body is positioned on the gear. The knob is mounted on the ratchet body. The base has a ring of locking teeth. The ratchet body has a rotating state and a rest state. When it is desired to adjust a size of a head room, the knob is turned in a forward direction or a reverse direction so that, via the ratchet body, the gear is driven by the knob to rotate. In this way, two adjacent butt-joint ends are driven by the gear to move away from or close to each other to change the size of the head room.

Device names and device control parameters are registered in a content table of a terminal. These device names and control parameters are each associated in the content table with partial images forming a total image. A user causes an arbitrary partial image to be displayed on a display screen of the terminal by moving the position of the total image relative to the display screen. After reading the device name and the control parameters corresponding to the arbitrary partial image from the content table, the terminal remotely controls the targeted terminal based on the information read. Therefore, the targeted device and the control description thereof can be selected using a simple operation, such as moving the position of the image to be displayed on the display screen. The addition or replacement of targeted devices can be easily accommodated by updating the content table.

A coordinate input device includes a coordinate input unit which performs a coordinate input operation by sliding an operating member on an operation surface which is formed in a convex shape, a concave shape, or the shape of a polyhedron. More specifically, the coordinate input device includes a capacitive sensor substrate formed by laminating two electrode layers with an upper substrate (dielectric layer) therebetween, each electrode layer including a plurality of electrodes arranged in a striped pattern. In addition, the coordinate input device also includes the operation surface formed in a convex (or concave) shape which is used for performing a coordinate input operation by sliding the operating member thereon.

Provided is an input device which has excellent operability by not requiring a finger to be released from a key during operation requiring the finger to shift and preventing the finger from touching a plurality of keys at the same time. A key (12) surrounding a selection key (18) is arranged. On a board (41), four metal domes (14) are arranged at positions corresponding to the four positions, i.e., upper, lower, right and left positions, of the key (12). A touch sensor (13) is arranged on an upper layer above the metal dome (14). The touch sensor (13) is brought into contact with a touch sensor presser (53), and an electrical value (for instance, a resistance value) is changed corresponding to shift of the finger on the key (12). When the key (12) is strongly pressed down, the top of the metal dome (14) is pressed into the substrate (41) side and electricity is carried between contact points (14a, 14b).

A handheld electronic apparatus comprises a touch panel, a front cover and a display panel. The front cover has a support portion with a first opening. The touch panel is placed on the support portion and covers the first opening. The touch panel comprises a touch panel body and a flexible printed circuit (FPC). The touch panel body has a first substrate having a notch configured to accommodate one end of the flexible printed circuit connected to the touch panel body. When the touch panel is assembled with the front cover, the flexible printed circuit will not be too-sharply bent due to the notch design.

The invention discloses and provides a method and device for processing information, a storage medium and electronic equipment. The method comprises the steps that whether a preset triggering condition is met or not is detected; when it is detected that the preset triggering condition is met, whether a screen sliding touch event happens in a sight bead control area or not is judged; when the screen sliding touch event happens in the sight head control area, a sight bead is controlled to move according to the detected screen sliding touch event; when no screen sliding touch event happens in thesight head control area, the sight bead is controlled to move according to the deflection angle of mobile equipment, and therefore when a player controls the sight bead, the sight bead can be alignedto a target actively for adjustment, and a certain definite position of the target can be accurately aimed at. The opportunity of selecting different aiming modes according to conditions is given tothe player, therefore, the operation sense of the player is increased, the technical problem that in the autonomy and accuracy of player operation can hardly be achieved at the same time in the auxiliary aiming process is solved, and the user experience is effectively improved.

A push button switch device mounted on an equipment body includes a push button member disposed on a cover constituting an outer surface of the equipment body, the push button member being configured to be light-transmissible, a switching element located behind the push button member so that its operation axis substantially corresponds with a central axis of the push button member, light sources disposed around the switching element to illuminate the outer surface of the push button member, the light sources being operated by the push button member, and an incidence plane located on a rear surface of the push button member so that light from the light sources is incident thereon, the incidence plane including a concave curved surface that is located so as to substantially face the light sources and a flat or convex curved surface located outside and is continuous to the concave curved surface.

A reaction force control apparatus for controlling a reaction force to be applied to an operation unit operated by a driver of a vehicle, the reaction force control apparatus includes a steering operation torque measuring unit for measuring steering operation torque applied to the operation unit, a vehicle movement measuring unit for measuring movement of the vehicle, and a reaction force control unit setting the reaction force to be greater as a measured value measured by the vehicle movement measuring unit is greater, and setting the reaction force to be smaller as a measured value measured by the steering operation torque measuring unit is greater.

A structure for supporting an air guide vane in a supply opening for air conditioning prevents abrupt changes of load resistance to rotation of the air guide van and provides a good operational feel when rotating the air guide vane. A supporting member of the air guide vane is an olefin-based thermoplastic elastomer having a hardness of between Shore A80 and Shore D60. The degree of mold transferability of olefin-based thermoplastic elastomer is characteristically lower than that of other thermoplastic elastomers. By virtue of molding an olefin-based thermoplastic elastomer microscopic concavities and convexities are formed on the surface of the supporting member. The rotation shaft of the air guide vane is supported by multiple point contacts with the inner surface respective through-holes.

A roller shutter type storage container includes a container body, a roller shutter accommodating portion, a pair of guide grooves, and a roller shutter. Each of the guide grooves extends linearly in an opening formed in the container body and is curved in the roller shutter accommodating portion. The roller shutter is configured by connecting a plurality of slats each having shafts formed at two ends of the slat with respect to the widthwise direction in a bendable manner. As the two shafts of each of the slats slide in the corresponding guide grooves, the roller shutter slides between an open position for opening the opening and a close position for closing the opening. Each one of the shafts is spaced from a vertical wall surface of the corresponding one of the guide grooves. A projection formed of soft material projects outward from each shaft of each slat in the widthwise direction and contacts the corresponding vertical wall surface in an elastically deformed state.

An electronic device includes a device main frame portion, a display portion supported by the device main frame portion, a keyboard, and a casing on which the keyboard is disposed. The keyboard includes a plurality of operating keys, a placement base in which the plurality of operating keys are disposed, and a plurality of retaining portions disposed on at least portions of the placement base of the keyboard other than an outer circumferential portion. The keyboard is disposed on a casing. A plurality of connection retaining portions are provided on the casing, on which connection retaining portions the plurality of retaining portions of the placement base are retained, respectively.

An electrical switch (100) includes an insulative housing (110) forming a receiving space therein, a fixed contact set (121, 122) retained in the housing (110), a movable contact set (131, 132) located above the fixed contact set (121, 122), and a cover (140) mounted upon the housing, wherein the moveable contact set (131, 132) further includes at least three outwardly and downwardly extending protrusions (133) on a periphery at equal intervals so as to support up-and-down movement of the moveable contact set (131, 132) during operation with a superior manual feeling.

The invention discloses an XML file data access method, which comprises the following steps: judging the index file of XML file exists; establishing the index file if not existing; reading the index file of XML file in the internal memory; finding the mark information in the index file according to the predefined regulation; obtaining the location parameter of marked information; prompting the data object or element in the XML file according to the location parameter of marked information. The invention quickens the data access speed of large-type XML file, which makes the user feel better operation.

This ultrasound diagnostic apparatus, to which a probe having a transducer can be connected, is provided with a controller (100) that: performs a transmission process that sends ultrasonic waves into a subject by driving a probe (1), and a reception process that generates a received signal based on reflected ultrasonic waves received by said probe from the subject; and when a prescribed condition based on the received signal is satisfied, performs an automatic freeze process, wherein at least one of the signal transmission process or reception process is stopped. The controller (100) inhibits the automatic freeze process for a prescribed period after receiving a prescribed operation event.

The invention provides an information terminal processing device and a vibration generating device which can improve operation feeling of operation of a touch-sensitive panel. The information terminal processing device (1A) having a touch panel (3) and a housing (2) which accommodates a circuit board inside has a touch panel (3), a vibration actuator (6A) and a vibration transmission unit (7), the vibration actuator (6A) has a movable component (16A) which moves back and forth and an enclosure (8) accommodating the movable component (16A), according to the operation on the touch panel (3), the movable component (16A) impacts the enclosure (8), the vibration transmission unit (7) is clamped by the vibration actuator (6A) and the touch panel (3), and frequency of vibration generated by the vibration actuator (6A) is reduced and vibration is transmitted to the touch panel (3).