Lorenz Seidler Gossel Part. mbB

A vibration module includes a substantially rectangular case and a core. The core is disposed inside the case and performs linear reciprocating vibration. The case is provided with a recess at at least one of four corners of the rectangle.

A spark plug (10) includes an insulator (11) extending along an axial line (X), a center electrode (13) held within the insulator (11), a metal shell (15) placed on the insulator (11), and a ground electrode (16, 30) including an end portion (17) located on a distal side relative to the center electrode (13), the ground electrode (16,30) being connected to the metal shell (15). The ground electrode (16,30) includes a parent material (18), a first core material (19) provided inside the parent material (18), and a second core material (20) provided inside the first core material (19) and being made of a different material from the first core material (19). The end portion (17) includes a melt-formed portion (21) in which the parent material (18) is melted and that contains precious metal, and a discharge surface (22) forming a surface of the melt-formed portion (21) and facing the center electrode (13) in a direction of the axial line (X). The melt-formed portion (21) is in contact with the first core material (19) and the second core material (20).

This application discloses an implantation device for an analyte sensor, including: an outer housing, provided with an accommodating cavity; a monitoring unit, arranged inside the accommodating cavity and including a first module and a second module, where the first module and the second module are spaced apart; and a driving unit, arranged inside the accommodating cavity and configured to drive the monitoring unit to move along a first direction, where in a process in which the driving unit drives the monitoring unit to move along the first direction, at least one of the first module and the second module moves toward the other of the first module and the second module, to complete assembly between the first module and the second module. The first module and the second module of the monitoring unit are arranged independently of each other, and therefore, can be sterilized in two different sterilization manners. Alternatively, a separation barrier may be installed between the first module and the second module to implement local sterilization, thereby simplifying a sterilization process. The monitoring unit is already assembled with the outer housing before delivery. After obtaining a product, a user does not need to perform an additional assembly step, so that operation steps are reduced.

The present invention discloses an anti-theft and dust-proof aerosol actuator. The actuator comprises an actuator body capable of being fixedly connected to a container. The actuator body is provided with a press head, the press head is provided with a spray head, and the spray head is provided with a spout. The spray head is pivotally connected to a dust-proof cap configured to cover the spout. An outer cap is connected to the actuator body. The outer cap comprises an upper cap and an anti-theft base connected to the upper cap via a plurality of connecting ribs. After the connecting ribs are broken by screwing the upper cap, the upper cap is separated from the anti-theft base. When installed on an aerosol canister product, initial use requires screwing the upper cap, causing the connecting ribs to break for subsequent use. This forms an irreversible separated state, enabling sellers and consumers to directly judge whether the product has been illegally opened or replaced by observing the integrity of the connecting ribs, effectively preventing the goods from being used in advance prior to sale or the outer cap from being maliciously exchanged.

A computer-implemented method includes obtaining from a running game application, designation information that indicates one or more camera image display modes among a plurality of camera image display modes different in degree of visibility of surroundings of a face of a person located within a field of view of a camera, performing selection processing based on the designation information for selecting one camera image display mode, and causing the running game application to obtain camera image data corresponding to the selected camera image display mode.

The present invention relates to a suspension housing 11, which is provided to be spaced forward from a cabin front surface portion 700 constituting a front surface of a box-shaped cabin structure 1A, and a pair of left and right front frames 14 supporting the suspension housing 11 on both left and right sides of a front space of the cabin front surface portion 700 are provided. In the front space, the cast body 500 that is integrally formed by including a front frame corresponding portion 141 constituting a part of the front frame 14 and the suspension housing 11 is provided. A closed cross-sectional frame portion 142 of the front frame 14 includes: an upper arm support region UHZ provided with an upper arm attachment portion 145 of an upper arm 401 of a front suspension 400; and an extension region EZ extending forward from a front end portion of the front frame corresponding portion 141. A crash can 37 is coupled to a front end portion 14a of the extension region EZ. The present invention further relates to a vehicle having such suspension housing.

[The present invention relates to a dash panel 2 that separates a cabin CR and a power unit room PR in a vehicle front-rear direction, a pair of left and right front frames 14 extending in a vehicle front direction from the dash panel 2, a cowl structure 12 provided along a vehicle width direction as a gutter for receiving water flowing along a front windshield, and an auxiliary machine provided on an outer side in the vehicle width direction of an outer end portion in the vehicle width direction of the cowl structure 12 in front of the dash panel 2 are provided. An upper wall portion 14Ra of the rear portion 14R of the front frame 14 is provided below a lower end of the auxiliary machine, and the upper wall portion 14Ra is provided along the outer side in the vehicle width direction of the auxiliary machine from the outer end portion in the vehicle width direction of the cowl structure 12 in a manner to constitute a flow path FP for discharging water flowing down from the cowl structure 12 to the outside of a vehicle body. The present invention also refers to a vehicle comprising such dash panel 2.

The present invention relates to a vehicle interior display device. On a meter 12 of the vehicle interior display device, first lines 12a, 12b and second lines 12c, 12d are displayed inside a rim 11a of a steering wheel 11. The first lines 12a, 12b are displayed to be disposed along an inner circumference 11d of the rim 11a and away from each other on left and right sides in a vehicle width direction. The second lines 12c, 12d are displayed to be disposed away from each other on the left and right sides in the vehicle width direction. On the meter 12, the second lines 12c, 12d are connected to the first lines 12a, 12b via connection lines 12g, 12h, respectively. The connection portions 12g, 12h are displayed at positions in the vicinity of the inner circumference 11d of the rim 11a, respectively. The present invention further relates to a vehicle comprising such vehicle interior display device.

Die vorliegende Erfindung zeigt eine Hydrozyklon-Entgasungsvorrichtung zur Entgasung einer Flüssigkeit, mit einem Entgasungsbehälter, im welchem sich im Betrieb entlang einer Rotationsachse ein äußerer Flüssigkeitszyklon und ein innerer Gaszyklon bilden, wobei der Entgasungsbehälter mindestens einen Zulauf für die Flüssigkeit, mindestens einem Ablauf für die Flüssigkeit und mindestens eine Ablassöffnung für das Ablassen von Gas aufweist. Dabei ist vorgesehen, dass die Hydrozyklon-Entgasungsvorrichtung so ausgestaltet ist, dass zum Ablassen von Gas aus dem Entgasungsbehälter der Flüssigkeitsstrom aus Entgasungsbehälter gestoppt und/oder reduziert wird, so dass der Flüssigkeitspegel innerhalb des Entgasungsbehälters durch die durch den Zulauf nachströmende Flüssigkeit ansteigt.

This application discloses an implantation device for implanting an analyte sensor into a subcutaneous tissue, including an outer housing having a first end and a second end that are oppositely disposed in a first direction, where a mounting port is formed in the first end, and a mounting channel is disposed within the outer housing; a sealing unit disposed within the mounting channel and having a sealed chamber; a monitoring unit including a housing, an electronic module, and a monitoring module, where the housing is arranged at the first end; the electronic module is disposed within the housing; the monitoring module is disposed within the sealed chamber; and a driving unit capable of driving the monitoring module to move in the first direction such that the monitoring module is assembled to the housing, the monitoring module is electrically connected to the electronic module, and the monitoring module is partially implanted into a subcutaneous tissue of an implantee. In this application, the independent sealing unit is provided inside the outer housing, and the monitoring module is mounted inside the sealing unit to form a sterilization unit, so that a volume of the sterilization unit can be reduced, and a plurality of sterilization units can be sterilized once, thereby enhancing sterilization efficiency and reducing sterilization costs.