Abstract: Disclosed herein are a display substrate and a related display device. The display substrate includes: a first substrate including a first region and a second region; a second substrate located on the first region of the first substrate, including a display region and a bonding region; an electrically conductive component located on at least one of the second region of the first substrate and the bonding region of the second substrate; and a sealing component located on the second region of the first substrate and on the bonding region of the second substrate, and configured to seal the conductive component. The sealing component includes a center portion and an peripheral portion at least partially surrounding the center portion. An orthogonal projection of the peripheral portion of the sealing component on the first substrate is separated from an orthogonal projection of the electrically conductive component on the first substrate.

Abstract: A soft pressure sensor comprises a stretchable top electrode, a stretchable bottom electrode, and an array of peaked structures between the stretchable top and bottom electrodes. The peaked structures comprise protruding regions of a continuous film conformally overlying an array of stiffening electrodes on the stretchable bottom electrode, where a tip of each protruding region is in contact with the stretchable top electrode and a base of each stiffening electrode is in contact with the stretchable bottom electrode. The soft pressure sensor includes one or more spacers extending between and bonded to the stretchable top electrode and the continuous film on the stretchable bottom electrode, where each of the one or more spacers is positioned outside the array of peaked structures. A capacitance measured by the soft pressure sensor is substantially invariant under in-plane stretching and/or bending.

Abstract: The present disclosure relates to a housing. The housing includes an inner housing and a silicone coating layer. The silicone coating layer is disposed on at least a portion of an outer surface of the inner housing, the silicone coating layer includes a first silicone coating layer and a second silicone coating layer sequentially stacked on the outer surface of the inner housing, the first silicone coating layer is bonded to the outer surface of the inner housing, the second silicone coating layer covers a side of the first silicone coating layer away from the inner housing, a hardness of the second silicone coating layer is greater than a hardness of the first silicone coating layer, a compressive modulus of the first silicone coating layer is within a range of 0.01 MPa to 0.1 MPa; and a bonding strength between the first silicone coating layer and the inner housing is not less than 0.005 MPa.

Abstract: A dark spot detection method and apparatus for a display panel and a computer-readable storage medium. The dark spot detection method includes: acquiring first luminances of multiple sub-pixels at a first viewing angle; acquiring a first mapping relationship between first distance and chief ray angle, wherein the first distance is a distance from a sub-pixel to a center of a display area, the chief ray angle is an included angle between a direction in which luminous intensity of the sub-pixel is greatest and a direction perpendicular to the display panel; acquiring luminances of a single sub-pixel at multiple viewing angles, obtaining a second mapping relationship between viewing angle and luminance of the single sub-pixel; determining second luminances of multiple sub-pixels at chief ray angles according to first luminances, first mapping relationship, and second mapping relationship, marking a sub-pixel whose second luminance is lower than a luminance threshold as dark spot.

Abstract: This disclosure provides an array substrate and a display device, the array substrate including a substrate comprising a cutting track region and a non-cutting track region, the non-cutting track region comprising a display region; a filling layer located on the substrate and arranged within the cutting track region; a functional layer located on the substrate and arranged within the non-cutting track region; and an evaporation layer comprising a first evaporation layer and a second evaporation layer separated from each other. A first distance between an upper surface of the filling layer and an upper surface of the substrate is substantially equal to a second distance between an upper surface of the functional layer and the upper surface of the substrate.

Abstract: A method according to an example includes identifying a plurality of volumes of an application to be included in a consistency group, wherein the application is executing on a primary cluster. The method includes replicating the plurality of volumes within the consistency group to a secondary cluster to provide consistency across replicated volumes at the secondary cluster. The method includes updating, at the primary cluster during the replicating, an individual state of each of the plurality of volumes and an overall state of the consistency group.

Abstract: The present disclosure discloses a measurement electrode and a wearable device. The measurement electrode includes a bottom layer, an electrode layer, and a pad. The bottom layer and the electrode layer are stacked. The pad is disposed between the bottom layer and the electrode layer, both an area of the electrode layer and an area of the bottom layer are greater than an area of the pad. The bottom layer and the electrode layer cover the pad. Through the above manner, the measurement electrode of the present disclosure can better conform to the skin and reduce motion artifacts.

Abstract: The present disclosure provides a device for monitoring physiological signals. The device for monitoring physiological signals includes a wearable body. The wearable body includes: one or more electrodes configured to contact human skin to collect human physiological signals, each of the one or more electrodes is formed by printing conductive silicone ink on a substrate; and a base body configured to carry the one or more electrodes and position the one or more electrodes at a target portion of a human body.

Abstract: This application provides voice interaction methods and apparatuses. In an implementation, A first apparatus obtains, by using a voice sensor, first voice information including a voice instruction of a user. The first apparatus determines, based on the first voice information, to perform a target operation indicated by the first voice information. The first apparatus may also send the first voice information to a second apparatus. The first apparatus may determine, based on a first preset condition, to perform a first operation or a second operation, wherein the first operation is determined by the first apparatus based on the first semantic recognition result, and wherein the second operation is indicated by a second apparatus.

Abstract: Provided are a method, apparatus, device and medium for managing a tool in an application. In one method, in response to a creation request for creating a tool in an application being received, a creation page is presented, the tool being used for performing a predetermined task, and the creation page including: a first area for specifying a description of the predetermined task represented in a natural language; and a second area for specifying a visual representation corresponding to the tool; in response to receiving an interaction request for the creation page, a tool is created based on the visual representation and the description of the predetermined task specified by the interaction request; and the visual representation corresponding to the tool is presented in the application.

Abstract: Provided is a device for monitoring a physiological signal. The device for monitoring the physiological signal includes: a strap configured to be worn on a body of a user, the strap includes an inner surface and an outer surface; a plurality of electrodes arranged on the inner surface of the strap and configured to receive electrical signals from the body of user, at least a portion of the electrode on the strap 331 is located between a first portion of one or more conductive threads and the body of user, and a second portion of the one or more conductive thread extends to the inner surface and electrically connects the first portion of the one or more conductive threads to the body of the user, providing electrostatic shielding for the plurality of electrodes.

Abstract: A method, an apparatus, a device, and a medium for generating a response are provided. In a method, a first data object is obtained. A plurality of candidate attitudes for a response to the first data object are provided. In response to receiving a first interaction request for a candidate attitude among the plurality of candidate attitudes, a second data object is generated as the response to the first data object, wherein second content of the second data object is determined based on first content of the first data object and the candidate attitude. In aid of the example embodiments of this disclosure, by providing a plurality of candidate attitudes, a user can easily select a desired attitude, and a response is automatically generated. Thereby, the complexity of user’s operation can be reduced, and a response is generated in a simpler and more efficient way.

Abstract: A data processing method and a related device are disclosed to reduce computing resource occupation in multi-sound zone interaction. The data processing method includes obtaining a plurality of pieces of audio. The plurality of pieces of audio come from a plurality of sound zones. The data processing method further includes obtaining user information of the plurality of sound zones. The user information indicates whether a user exists in the sound zone. The data processing method includes processing the plurality of pieces of audio based on the user information of the plurality of sound zones.

Abstract: The present disclosure provides a display panel (PNL) and a display device. The display panel (PNL) comprises a display area (AA) and a binding area (BB) located on one side of the display area (AA); wherein, in the binding area (BB), there are multiple pads (PAD) arranged in sequence along a first direction DH; wherein, the multiple pads (PAD) comprise at least multiple first pads (PA) and multiple second pads (PB); each of the first pads (PA) comprises a first connection portion (PAY) and a first structure (PAX) located on one side of the first connection portion (PAY) near the display area (AA), a maximum width of the first structure (PAX) is greater than that of the first connection portion (PAY). The first structure (PAX) is located on one side of the second pad (PB) near the display area (AA).

Abstract: A method, an apparatus, a device, and a medium for generating a response are provided. In a method, a first data object is obtained. A plurality of candidate attitudes for a response to the first data object are provided. In response to receiving a first interaction request for a candidate attitude among the plurality of candidate attitudes, a second data object is generated as the response to the first data object, wherein second content of the second data object is determined based on first content of the first data object and the candidate attitude. In aid of the example embodiments of this disclosure, by providing a plurality of candidate attitudes, a user can easily select a desired attitude, and a response is automatically generated. Thereby, the complexity of user's operation can be reduced, and a response is generated in a simpler and more efficient way.

Abstract: A method, an apparatus, a device, and a medium for generating a response are provided. In a method, a first data object is obtained. A plurality of candidate attitudes for a response to the first data object are provided. In response to receiving a first interaction request for a candidate attitude among the plurality of candidate attitudes, a second data object is generated as the response to the first data object, wherein second content of the second data object is determined based on first content of the first data object and the candidate attitude. In aid of the example embodiments of this disclosure, by providing a plurality of candidate attitudes, a user can easily select a desired attitude, and a response is automatically generated. Thereby, the complexity of user's operation can be reduced, and a response is generated in a simpler and more efficient way.

Abstract: Disclosed are a display panel and a display device. The display panel is provided with an display region and a peripheral region, and includes a display substrate and at least one alignment mark disposed in the peripheral region. The display substrate is sequentially provided with a first packaging layer, a light-shielding layer, and a second packaging layer at a side, distal to the base substrate, of a second electrode layer. The light-shielding layer is provided with an opening hole, and a distance between a medial edge of the opening hole and a first end of the light-shielding layer is greater than a distance between a lateral edge of the opening hole and a second end of the light-shielding layer.

Abstract: A display substrate and a display apparatus are provided.

Abstract: This disclosure provides a predictive risk assessment tools to determine personalized risk of multiple diseases in a subject using microbiome. Current risk prediction test using microbiome may only detect one disease or health condition at a time. By determining multiple diseases simultaneously, the disclosed techniques can provide a cost-effective method to support clinical decision making, and hence to help improve disease prevention and management.

Abstract: An intent state management method, network element, and system are described. A first network element obtains a first network parameter value corresponding to an intent; and determines, based on the first network parameter value corresponding to the intent, that a condition for achieving the intent is not satisfied. In accordance with the determination, the first network element suspends execution of the intent, sends a first notification message to a second network element, where the first notification message notifies the intent to enter a sleep state; and sets the sleep state to an active state when the condition for achieving the intent is satisfied or the intent is modified. Network resources of the first network element can be saved. When the condition for achieving the intent is satisfied or the intent is modified, the intent enters the active state, so that a state of the intent can be adjusted in time.