Industrial Technology Research Institute Patente

An alkyl bisphenol composition and a method for preparing the same are provided. The alkyl bisphenol composition includes 99.85wt% to 99.999wt% of an alkyl bisphenol; 0.0001wt% to 0.01wt% of a monophenolic compound; 0.0001wt% to 0.01wt% of a reaction adduct of alkyl bisphenol; and 0.0001wt% to 0.1497wt% of an aromatic compound, wherein the aromatic compound is not the alkyl bisphenol, the monophenolic compound, or the reaction adduct of alkyl bisphenol.

An imaging element cleaning device for cleaning a lens of an imaging element is provided, including a cleaning element and a driving component. The cleaning element includes a flexible sleeve that is hollow and includes a distal end and a proximal end opposite to the distal end, a cleaning part partially covering the distal end of the flexible sleeve, and a slit part penetrating through the cleaning part. The driving component includes a tube, which includes a distal end and a proximal end opposite to the distal end for the imaging element to pass through, and the flexible sleeve of the cleaning element is sleeved on the distal end of the tube, wherein when the driving component is driven to move the cleaning element, the lens of the imaging element passes through the slit part to be cleaned by the cleaning part.

A method for processing a physiological signal is provided. The method includes the following steps. A standard physiological signal as a first template to perform a first match filtering on an original physiological signal of a subject under test is used, thereby obtaining a first filtered physiological signal. A correlation evaluation on the first filtered physiological signal is performed and based on an evaluation result, whether interference has been sufficiently eliminated is determined. When determining that the interference has not been sufficiently eliminated, a personal physiological signal of the subject under test is used as a second template to perform a second match filtering on the first filtered physiological signal, thereby obtaining a second filtered physiological signal. A physiological parameter of the subject under test based on the second filtered physiological signal is generated.

A compound or a salt thereof is provided. The compound has a structure represented by Formula (I), Formula (II) or Formula (III): <img class="EMIRef" id="7f2c4b8f-582e-42a8-90ef-d95de9c572b7-ia01" /> <img class="EMIRef" id="7f2c4b8f-582e-42a8-90ef-d95de9c572b7-ia02" /> and <img class="EMIRef" id="7f2c4b8f-582e-42a8-90ef-d95de9c572b7-ia03" />

An eye drop platform for delivering active ingredients to anterior chamber tissue and/or posterior chamber tissue of eye is provided. The eye drop platform for delivering active ingredients to anterior chamber tissue and/or posterior chamber tissue of eye includes a delivery composition and a pharmaceutically acceptable solvent for dissolving the delivery composition to form a solution as the eye drop platform for delivering active ingredients to anterior chamber tissue and/or posterior chamber tissue of eye. The delivery composition includes cyclodextrin and/or a derivative thereof, and caffeine. The concentration of the cyclodextrin and/or the derivative thereof in the solution ranges from 5-500 mg/mL, and the concentration of the caffeine in the solution ranges from 0.5-50 mg/mL. The active ingredient is a hydrophilic compound, and the hydrophilic compound has a water solubility greater than 1 mg/mL.

A multi-feed antenna (1) includes first and second conductor layers (11, 21) and slit structures (131, 132). The first and second conductor layers are spaced apart at a first interval. The second conductor layer has a center slot structure (121). The slit structures are all formed at the second conductor layer, wherein each has a first end connecting with the center slot structure and a second end respectively extending to different side edges of the second conductor layer. The slit structures make the second conductor layer form radiating conductor plates. A total number of the slit structures equals to a total number of the radiating conductor plates. Each radiating conductor plate is electrically connected or electrically coupled to at least one signal source. Each signal source respectively excites the second conductor layer to generate at least one resonant mode. The resonant modes cover at least one identical first communication band.

An implant is provided, and the implant includes a body, a limiting portion and a filling portion. The body has a first end portion, a second end portion opposite to the first end portion, and a middle portion disposed between the first end portion and the second end portion. The limiting portion includes a first solid structure and is located at the first end portion. The filling part includes an elastic structure and is located from the middle portion to the second end portion. A diameter of the first end portion of the body is greater than a diameter of the middle portion, and a diameter of the second end portion is greater than the diameter of the middle portion.

A vehicle data processing device and vehicle data provision method, the device includes a communication unit, a sensing unit, a processing unit and a display unit. The communication unit receives first sensed object data. The sensing unit generates vehicle sensed data. The processing unit generates external object data based on the first sensed object data and the vehicle sensed data, generates a comparison result based on the position data in the external object data and the position data in the vehicle sensed data, and generates a trigger signal to the communication unit to request and receive vehicle see-through data if the comparison result includes at least one mismatched objects. The display unit provides display images based on the vehicle see-through data.

A concrete and a method for preparing the same are provided. The concrete includes 11wt% to 20wt% of sodium, 3wt% to 6wt% of magnesium, 7wt% to 11wt% of aluminum, 15wt% to 22wt% of silicon, 0.4wt% to 0.7wt% of potassium, and 49wt% to 53wt% of calcium, based on the total weight of sodium, magnesium, aluminum, silicon, potassium, and calcium in the concrete. Additionally, the concrete includes a calcium aluminosilicate compound.

Provided is an electrolysis equipment (10, 20, 30), including: a tank (100), which includes an inlet (110), an outlet (120), a vent hole (130) and an upper opening (140); a detachable upper cover (200), which covers the upper opening (140) of the tank (100), and the detachable upper cover (200) includes an inner side (2001) facing the tank (100), an outer side (200E) opposite to the inner side (2001), and a side (200S) of the detachable upper cover (200); an anode device (300), which is fixed to the inner side (2001) of the detachable upper cover (200) with a first bracket set (310); and a cathode device (400), which is removably fixed to the inner side (2001) of the detachable upper cover (200) with a second bracket set (410).

A method and a wireless communication device of configuring a radio resource in satellite communication. The method includes: a first channel matrix gain and a first noise gain are calculated according to precoding information and a first channel matrix (S802); a lookup table is obtained, and the lookup table includes mapping relationships among a modulation coding scheme, a spectral efficiency, and a required signal-to-noise ratio (S803); a first power change for increasing a first spectral efficiency of a first baseband data stream of a first user equipment and a second power change for increasing a second spectral efficiency of a second baseband data stream of the first user equipment are calculated (S804); and in response to the first power change being less than the second power change, a first modulation coding scheme corresponding to the first baseband data stream of the first user equipment is updated (S805).

The embodiments of the disclosure provide a handling a channel status information, CSI, report and a user equipment, UE, (200). The method includes: determining (S310) a first CSI according to a first set of reference signal, wherein the first set of reference signal is determined according to a first configuration transmitted by a network device; transmitting (S320) the first CSI according to the first configuration; determining (S330) a second CSI according to a second set of reference signal; performing (S340) a cell switch with a target candidate cell according to a first information transmitted by the network device; in response to determining that the second CSI does not comprise invalid CSI, transmitting (S360) the second CSI to the target candidate cell; and in response to determining that the second CSI comprises at least one invalid CSI, transmitting (S370) the second CSI comprising at least one CQI corresponding to a lowest index to the target candidate cell.

A heat dissipation assembly (10, 10a, 10b, 10c, 10d, 10e, 10f, 10g) including first chamber (100, 100a, 100d, 100e, 100g), connecting chambers (200), first heat sinks (300) and second chamber (500, 500b, 500d, 500e). The first chamber has thermal contact surface (131, 131d) and first inner space (S1). The thermal contact surface is in thermal contact with heat source (20, 20c, 20d). The connecting chambers each include at least one communicating channel (210) in fluid communication with the first inner space. The first heat sinks are disposed between the connecting chambers, respectively. The second inner space (S2, S2b) is in fluid communication with the first inner space via communicating channel. A normal direction (N) of the thermal contact surface is parallel to extending direction (E) of communicating channel of connecting chambers. The communicating channel is entirely located between first and second inner spaces.

A high-frequency component test device including a test key and a test module is provided. The test key includes a front-level key and a back-level key which are arranged symmetrically and have the same electrical length and characteristic impedance. The test module is used to measure an S parameter of the front-level key and the back-level key connected directly and an S parameter of a structure where a device under test (DUT) is added between the front-level key and the back-level key. The test module performs S parameter calculation in the frequency domain and converts the S parameter into an ABCD parameter matrix, and then obtains an ABCD parameter of a de-embedded OUT using a matrix root-opening operation and an inverse matrix operation.

A processing method using integrated sensing and communication technology and user equipment (110, 110a, 110b) using the same is related to the processing method including receiving (S2410) a query information of a collaborative sensing service from a first network entity, transmitting (S2420) a response message of the query information to the first network entity, receiving (S2430) a first collaborative sensing configuration information of the collaborative sensing service from the first network entity, and enabling (S2440) the collaborative sensing service based on the first collaborative sensing configuration information.

A variable gain amplifier (100) includes first (110) and second (120) stage common-source (CS) amplifiers and a first transformer (130). The second stage CS amplifier (120) includes a differential circuit (121) and a current steering circuit (122). The differential circuit and the current steering circuit are coupled to a common connecting node (P), and the current steering circuit draws at least part of a current flowing through the differential circuit from the common connecting node (P). The first transformer (130) includes primary (130) and secondary (132) sides. A first terminal of the primary side (131) is coupled to an output terminal of the first stage CS amplifier, and a second terminal of the primary side is coupled to the common connecting node. A first terminal of the secondary side (132) is coupled to a first differential input terminal, and a second terminal is coupled to a second differential input terminal.

A method and an electronic device (100) of matching a mobile device (200) with an object are provided. The method includes: receiving first positioning information of a first mobile device (200) and first sensed information of a first object; determining whether the first mobile device (200) and the first object are located in a first area (A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P) according to the first positioning information and the first sensed information; in response to determining the first mobile device (200) and the first object are located in the first area (A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P), matching the first mobile device (200) with the first object to generate a matching result; and outputting the matching result.

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A cell and tissue sheet forming package (100) includes a container body (10), a membrane (20), a sliding door plate (30) and a sealing film (40). The sliding door plate (30) is disposed horizontally and slidably on a top of the container body (10) so as to cover or expose the membrane (20). The sliding door plate (30) has a hole (31) and a passive magnetic assembly (32). The cell injection equipment (200) includes a carrier (50), an injection mechanism (60) and a drive mechanism. The carrier (50) is to carry the cell and tissue sheet forming package (100), and the drive mechanism is to move the carrier (50) and the injection mechanism (60) so as to have the injection mechanism (60) to inject a solution (SL), through the hole (31), into the cell and tissue sheet forming package (100). A heating element (53) of the carrier (50) is introduced to heat the membrane (20) and the solution (SL) so as to transform the solution (SL) into a colloid sheet on the membrane for being treated as a cell and tissue sheet. Then, the positive magnetic assembly (54) engages magnetically the passive magnetic assembly (32) to slide the sliding door plate (30) to expose the cell and tissue sheet.

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A method and a user equipment of implementing non-terrestrial network accessing are provided. The method includes: receiving a service accessing configuration, wherein the service accessing configuration includes information of at least one intended area (S151); and determining whether the user equipment is allowed to perform service accessing according to the service accessing configuration (S152).