9results about "Indication elements" patented technology

The utility model relates to an instrument dial plate convenient to disassemble. According to the technical scheme, a circle of clamping ring is arranged on the inner side wall of an instrument shell d, four semicircular notches are arrayed on the periphery of the inner ring edge of the clamping ring, shaft sleeves are arranged on the left side and the right side of the center of the bottom of the instrument shell respectively, fixing lugs are arranged on the center of the bottom and the edge of the right rear side of the instrument shell respectively, and clamping assemblies are sleeved with the front fixing lug and the rear fixing lug. The clamping assembly comprises an H-shaped jacking pin with the left end and the right end movably inserted into the left shaft sleeve and the right shaft sleeve respectively, the shaft sleeves on the left side and the right side of the H-shaped jacking pin are sleeved with first springs, jacking rods are movably inserted into the front fixing lugs and the rear fixing lugs, and vertical rods are upwards and fixedly connected to the front ends of the jacking rods and the one-third positions of the rear sides of the front ends. The upper ends of the front vertical rod and the rear vertical rod are fixedly connected with the front end and the rear end of the lower side of the stop block respectively, a second spring sleeves the ejector rod at the rear of the rear fixing lug, a spring fixing ring sleeves the rear of the second spring, and a dial plate assembly is clamped at the upper end of the instrument shell. The beneficial effects of the utility model are that the dismounting is convenient, and the maintenance efficiency is improved.

The invention relates to a sensor (1) with at least one housing (2) in which sensor components are integrated. The housing (2) has at least one housing part (9) made of a light-conducting material. The housing part (9) has at least one light-conducting element (11) forming a display element, which has an inclined surface (13) and a light-exit surface (12) on the outside of the housing (2). Visible light emitted by a light source arranged in the interior of the housing (2) is coupled into the light-conducting element (11) via the inclined surface (13) and guided therein to the light-exit surface (12). The housing part (9) has a plate-shaped base body (10), from which the or each light-conducting element (11) protrudes, wherein the or each light-conducting element (11) is formed integrally with the plate-shaped base body (10).

Exemplary disclosed embodiments include systems, methods, and devices for graphical, aural, and tactile user interfaces. The systems, methods, and devices may include one or more computer hardware processors in communication with a non- transitory computer storage medium, and the one or more computer hardware processors may be configured to execute the computer-executable instructions including, for example, receiving one or more input associated with an energy usage of a vehicle, determining a power consumption of the vehicle based on the input; and displaying a ripple on the screen based on the power consumption. In some embodiments, a sound may be generated for the user to indicate a change in a vehicle's condition.

Device, method, and system for detecting overinfusion of a fluid due to a mechanical failure of an infusion pump. A pressure sensor of an infusion pump measures the pressure of a fluid in an infusion line loaded into the pump over at least a portion of a pump cycle. The pump cycle includes applying at least one occluder and at least one pump finger to the infusion line to move the fluid through the infusion line. A control unit connected to the pump determines a measured value based on the pressure measurement over the at least one portion of the pump cycle, determines whether the measured value meets an error threshold corresponding to a pump failure, and, in response to this determination, issues a warning indicating the pump failure and stops or reduces the pumping of the fluid through the infusion line.

A method for manufacturing a cover glass (108) for a display for a vehicle comprises providing a glass pane (110) and successively applying a transparent adhesion promoter layer to a back side of the glass pane, a black mask layer (332) to the adhesion promoter layer (330) and a smoke layer (336) to the black mask layer (332).

Optical adaptation device (100) for a display device (20) with a display surface (25), comprising a support element (120) with a support surface (121) and a viewing surface (125), wherein the support surface (121) is adapted to the shape of the display surface (25) so that the support element (120) can be mounted on the display surface (25) such that the support surface (121) is in planar contact with the display surface (25), wherein the support element (120) comprises, as at least one optical adaptation element (145), a fiberboard (150, 170) with an entry side (151, 171) and an exit side (152, 172), wherein the exit side (152, 172) faces the viewing surface (125) and the viewing surface (125) has a three-dimensional, non-planar shape, characterized in that the support element (120) includes a basic element (140),which is formed from tempered glass or tempered plastic and on or in a recess of which the at least one optical matching element (145) is arranged, wherein a bottom side (141) of the base element (140) forms at least part of the contact surface (121), wherein, if the at least one optical matching element (145) is arranged in one recess of the base element, the entry side (151) of one fiber plate (150) forms part of the contact surface (121).

motor vehicle (1), comprising - a recording device (11) for determining speed information describing the current speed of the motor vehicle (1), - a display device (4) which has a display area (3) directed towards the front of the motor vehicle (1) on a vehicle front (2) of the motor vehicle (1), wherein the display area (3) comprises independently controllable display segments (7) for forming different display images (13, 17, 18, 19, 20), and - a control device (9) for controlling the display device (4), wherein the control device (9) is designed to determine a display image (13, 17, 18, 19, 20) showing the speed according to the speed information and to control the display device (4) to output the display image (13, 17, 18, 19, 20) on the display surface (3), wherein the display image (13, 17, 18, 19, 20) includes a stripe scale (14) of speed, wherein the number of displayed and / or highlighted stripes (15) indicates the speed.

An infusion system comprises a syringe pump, a display device, sensors, and a processor. The sensors can be configured to generate data associated with physical interaction with the syringe pump. The processor can be configured to monitor the data generated by the sensors, detect the physical interaction with the syringe pump based on this data, and respond to the detected physical interaction. For example, the processor can respond by determining the syringe insertion status. If the insertion status indicates that the syringe is not inserted into the receptacle, the processor can cause insertion instructions to be displayed on the display device.Alternatively, if the insertion status indicates that the syringe has been inserted into the receptacle, the processor can determine the infusion status of the syringe and cause the display device to show a withdrawal instruction if the infusion status indicates that the syringe has been used in an infusion.