Abstract: A query and processed webpage content are received. A prompt for a large language model based on the received query and the received processed webpage content is generated. A query response is received from the large language model that is generated in response to providing the prompt to the large language model. Inference patterns are generated based on the query response. The inference patterns are stored in an inference patterns store. The query response is provided.

Abstract: A document associated with a query is preprocessed including by deconstructing the query into individual components and understanding a relationship between the individual components. A query response is received. An annotated version of the document is outputted. The annotated version of the document includes a visual indication of one or more portions of the original document that correspond to the query response.

Abstract: A device may include a mainboard including a grounding unit, a radio-frequency circuit, and a conductor, wherein an annular radiation slot is provided on the conductor. The device may include a feeding terminal having a first end connected to a feeding point of the conductor and a second end electrically connected to the radio-frequency circuit of the mainboard. The device may include a first inductor having a first end connected to a grounding point of the conductor and a second end electrically connected to the grounding unit of the mainboard. The device may include a first capacitor provided in the annular radiation slot and having two electrodes respectively connected to both ends of the annular radiation slot in a width direction of the annular radiation slot, located between the feeding terminal and the first inductor in a length direction of the annular radiation slot.

Abstract: The present disclosure relates to the technical field of electronic devices, and provides an apparatus with a slot antenna, including: a radiation slot formed in the apparatus; a feeding terminal having one end connected to a feeding point of the slot antenna across the radiation slot, and the other end electrically connected to a radio-frequency circuit of the apparatus; a first inductor having one end connected to a grounding point of the slot antenna across the radiation slot, and the other end electrically connected to a grounding unit of the apparatus; and a first capacitor provided in the radiation slot and having two electrodes respectively connected to both ends of the radiation slot in a width direction, where the first capacitor is located between the feeding terminal and the first inductor in a length direction of the radiation slot.

Abstract: The invention discloses a multi-port DC transfer switch based on a controllable negative voltage source, which belongs to the technical field of power equipment. It includes X (X=5 or 3) main branches, a current commutation branch and X groups of controllable conduction switches. The main branch is composed of through-current vacuum switch, and the current commutation branch is composed of a controllable negative voltage source and a square wave resonant DC circuit breaker in series. The five main branches at the sending terminal are connected to the positive rectifier at the sending terminal, etc., and the three main branches at the receiving terminal are connected to the positive rectifier at the receiving terminal, etc., which are connected to the current commutation branch through the controllable conduction switches.

Abstract: An antenna provided in this application may include a first element, a second element, a decoupling stub, a first parasitic structure, and a second parasitic structure. The decoupling stub is connected to the first element and the second element, there is a first gap between the decoupling stub and the first element, there is a second gap between the decoupling stub and the second element, the first parasitic structure is disposed in the first gap, and the second parasitic structure is disposed in the second gap.

Abstract: Disclosed implementations for determining a personalized audio profile. An audio signal and sensor data captured while a sound is broadcast from an audio source is received. Position data for the audio signal is determined based on the sensor data. A personalized audio profile is determined based at least on the audio signal and the position data. An audio stream is generated based on the second response.

Abstract: Disclosed in the present application is a high-spatial-accuracy electromagnetic fault injection method for a cryptographic chip. According to the method, a spatial position of an electromagnetic probe is adjusted according to a physical structure of a target chip and the characteristic of an integrated circuit, including accurate positioning of three dimensions of X, Y and Z as well as an angle with a surface of the chip, so that electromagnetic fault injection acts on a key area of the chip more accurately, thereby improving the pertinence and efficiency of fault injection.

Abstract: Disclosed in the present application are a high-temporal-accuracy power glitch fault injection method and apparatus for a cryptographic chip. According to the method, power glitch fault injection time is adjusted by considering rise time of a power glitch fault, so that the power glitch fault injection time is controlled more accurately, the limitation of the power glitch fault injection in temporal accuracy is reduced, and the success rate of the power glitch fault injection is increased.

Abstract: A query that includes one or more variables is received. The one or more variables correspond to one or more interactive elements. A large language model is utilized to generate a query response that associates one or more variables included in the query to the one or more interactive elements. A script is generated utilizing the query response that associates the one or more variables included in the query to the one or more interactive elements.

Abstract: A control method of the composite robot includes acquiring multiple forces and multiple torques collected by the force sensor in the current motion when the robot arm is pulled to move; calculating multiple displacement value sets according to the multiple forces, the multiple torques, a preset desired force, a preset desired torque, and a preset model; calculating the optimal solution according to the multiple displacement value sets to obtain a first target displacement value corresponding to the robot arm and a second target displacement value corresponding to the motion mechanism; controlling the robot arm and the motion mechanism to move according to the first target displacement value and the second target displacement value; and repeating the operation of acquiring multiple forces and multiple torques collected by the force sensor in the current motion until the robot arm and the motion mechanism stop moving.

Abstract: Disclosed in the present application are a high-temporal-accuracy electromagnetic fault injection method and apparatus for a cryptographic chip. The method includes: adjusting fault injection time jointly according to peak time and rise time of an electromagnetic pulse signal, thereby enhancing the accuracy of controlling injection time, improving the analysis efficiency and effect of differential fault analysis, and increasing the success rate of the effective fault injection.

Abstract: A document associated with a query is preprocessed including by deconstructing the query into individual components and understanding a relationship between the individual components. A query response is received. An annotated version of the document is outputted.

Abstract: A rotating shaft mechanism for folding an electronic device, a housing assembly and an electronic device are provided. The rotating shaft mechanism includes a supporting frame, a rotating member and a resilient piece. An end of the rotating member is rotatably disposed on the supporting frame; and the resilient piece is disposed on the supporting frame and is configured to apply a damping force to the rotating member.

Abstract: The present invention belongs to the field of medicine and specifically relates to the use of Selonsertib in the preparation of drugs for the treatment of cancer. The Selonsertib is the English name of the compound 5-(4-cyclopropyl-1H-imidazole-1-yl)-2-fluoro-N-(6-(4-isopropyl-4H-1,2,4-triazol-3-yl)pyridine-2-yl)-4-methylbenzamide, and its chemical formula is C24H24FN7O, CAS No.: 1448428-04-3. The results of the present invention show that Selonsertib can efficiently inhibit the activity of RSK4 kinase, and has a significant inhibitory effect on the growth of a variety of tumors, and can reduce the resistance of tumors to EGFR-TKI-targeted drugs when combined with EGFR-TKI-targeted drugs. Selonsertib in combination with Anti-PD1 has a significant effect on inhibiting tumor growth compared with the drug alone. The pharmaceutical composition containing Selonsertib provided by the present invention has a good application prospect in the targeted therapy of a variety of cancers.

Abstract: A query is received from a client device. A large language model is prompted to generate a plurality of subtopics on the query and to generate a corresponding plurality of keywords for each of the plurality of subtopics. One or more search engines are utilized to perform a plurality of searches utilizing the plurality of subtopics and the corresponding plurality of keywords received from the large language model. A plurality of responses corresponding to the plurality of subtopics and the corresponding plurality of keywords is received from the one or more search engines. The plurality of responses is evaluated based on the corresponding plurality of keywords.

Abstract: A query that includes one or more variables is received. The one or more variables correspond to one or more interactive elements. A large language model is utilized to generate a query response that associates one or more variables included in the query to the one or more interactive elements. A script is generated utilizing the query response that associates the one or more variables included in the query to the one or more interactive elements.

Abstract: A query and processed webpage content are received. A prompt for a large language model based on the received query and the received processed webpage content is generated. A query response is received from the large language model that is generated in response to providing the prompt to the large language model. Inference patterns are generated based on the query response. The inference patterns are stored in an inference patterns store. The query response is provided.