Nederlandsch Octrooibureau

The present application relates to an application-type infusion device, which comprises a casing body, a storage and infusion mechanism, a needle holder, an injection needle, an operating unit, an elastic part and a first guiding part, wherein an accommodating cavity is formed in the casing body, a distal end surface of the casing body that is close to the skin of the user is used to affix to the skin surface of the user, the storage and infusion mechanism is used to store and deliver a drug liquid to the injection needle, the first guiding part is configured to extend between a distal end direction close to the skin of the user and a proximal end direction facing away from the skin of the user, the needle holder sleeves over the periphery of the first guiding part, and the elastic part is disposed between the casing body and the needle holder. According to the present application, under the elastic restoring force applied by the elastic part, the needle holder may automatically remove itself together with the injection needle from the skin with convenient and rapid removal operation. In addition, the needle holder drives the injection needle to move between the distal end direction and the proximal end direction, so the injection needle is capable of being removed perpendicularly to the skin surface, thus preventing secondary damage to the skin.

System for parallel control and readout of a plurality of qubits in a solid-state substrate, the system comprising the solid-state substrate comprising the plurality of qubits positioned in an arbitrary pattern, an excitation path comprising an array of light generating elements, wherein positions of the light generating elements correspond to positions of the plurality of qubits, a collection path comprising an array of light collecting elements, wherein positions of the light collecting elements correspond to the positions of the plurality of qubits, and a beam splitter configured to combine the excitation path and the optical collection path

Microwave device comprising a dielectric substrate comprising dielectric material and a conductive via extending through the dielectric substrate between a top surface of the dielectric substrate and a bottom surface of the dielectric substrate, a ground plate formed on the bottom surface of the dielectric substrate, and an antenna element formed on the top surface of the dielectric substrate, wherein the antenna element comprises a first region arranged to receive an input signal and a second region overlapping the conductive via such that is electrically connected to the ground plate through the conductive via.

A method to control a projector lamp unit (100) to display a pattern inside of a vehicle, wherein the method comprises obtaining (1402) vehicle user preferences, and controlling (1404) the projector lamp unit (100) to display the pattern based on the vehicle user preferences, wherein the vehicle user preferences comprise information indicating at least one of an identifier of the pattern to be displayed, a displaying speed of the pattern to be displayed, a displaying time of the pattern to be displayed, and a displaying colour of the pattern to be displayed.

The present application relates to the technical field of medical equipment, and disclosed thereby is a sensor implantation mechanism, which is configured to achieve the repeated use of auxiliary implantation devices. The sensor implantation mechanism comprises a sensor module and a reusable auxiliary implantation device. The sensor module comprises a packaging box, a module support, a guide needle, and a sensor device. The packaging box comprises a bottom shell and a box cover, and the box cover is detachably closed to the top of the bottom shell. The reusable auxiliary implantation device comprises an injection structure and a reset structure, and the injection structure can be fixed to the module support. The injection structure can drive the sensor device to be implanted into a human body. The injection structure is provided with a clamping component, which is configured to clamp the guide needle. When the injection structure moves in an opposite direction of the injection direction, the injection structure is also configured to drive the guide needle to detach from the sensor device. The reset structure is configured to drive a second engagement structure to detach from a first engagement structure and also to drive the guide needle to detach from the clamping component.

The present application relates to the technical field of medical equipment, and disclosed thereby is an auxiliary implantation device that can facilitate the removal of structures remaining in the auxiliary implantation device after the sensor device is implanted into a human body. The auxiliary implantation device comprises a shell and an injection module placed inside the shell, and a bottom of the injection module is configured to be connected to the sensor module. The injection module includes a clamping module for clamping a guide needle, and the injection module can move relatively to the shell along the axis direction of the shell. The shell comprises an upper shell and a lower cover, and the upper shell and the lower cover are detachably connected. A connection structure and a guide needle separation structure are arranged in the lower cover; when the lower cover is assembled with the upper shell connected to the module support, the connection structure is configured to fix to the module support such that when the lower cover is separated from the upper shell in the state of being fixed to the connection structure and the module support, the module support separates from the injection module; the guide needle separation structure is configured to drive the guide needle to release from the clamping module such that the guide needle falls into the lower cover.

A display module and a display device are provided. The display module includes a display panel, a protective adhesive layer, and a buffer member. The display panel includes a first body, a second body, and a bending portion connecting the first body and the second body. The first body and the second body are disposed opposite to each other, and the first body is disposed close to a light-emitting surface of the display module. The protective adhesive layer covers the bending portion, a part of the first body, and a part of the second body. The buffer member partially overlaps the protective adhesive layer covering the second body. The present application improves the stability of the display device.

The present disclosure relates to a cosmetic composition for blocking ultraviolet rays (UV) with excellent blocking efficacy against a wide range of UV, and more particularly, to a cosmetic composition for blocking UV with excellent blocking efficacy against a wide range of UV, in which the potency of the UV-blocking agent is maintained over time even when impregnated into a cushion by optimally blending an organic UV-blocking agent, an inorganic UV-blocking agent, and an aqueous thickener, thereby exhibiting excellent UV-blocking efficacy, and in which various types of UV-blocking agents are stabilized within the formulation.

An impression tray (100) can have a concave tray body (1) and a tab (2). The tray body (1) comprises a buccal wing (3) on a buccal side of the tray body (1) and a lingual wing (4) on a lingual side of the tray body (1). Support members (5, 6) extend from an edge (15) of the buccal wing (3) to a corresponding edge (16) of the lingual wing (4). A penetrable sheet (9) is stretched flat in a space between the buccal wing (3) and the lingual wing (4) and extending along the edge (15) of the buccal wing (3), the edge (16) of the lingual wing (4), and the plurality of support members (5, 6), The height (19) of the lingual wing (4) is at most half the distance (12) between the buccal wing (3) and the lingual wing (4).

The invention relates to a cooking hob (1) comprising a support plate (2) configured for supporting one or more cooking vessels. The support plate (2) comprises an extraction opening (3) for extracting air. The cooking hob (1) further comprises a housing (4) arranged below the support plate (2), wherein the housing (4) comprises an air inlet end (5) and an air outlet end (6) downstream therefrom, wherein the air inlet end (5) is connected to the extraction opening (3), and wherein the air outlet end (6) is configured for connection to a fan arrangement (7). The cooking hob (1) comprises a control unit (100), the control unit (100) comprising control elements. The control unit (100) is connected to the housing (4).