Abstract: An example charge pump circuit includes a conversion circuit and a charge pump, wherein an output end of the conversion circuit is coupled with an input end of the charge pump. An example conversion circuit is configured to convert an alternating current signal received at an input end of the conversion circuit into a direct current signal. The charge pump is configured to process the direct current signal to generate an output signal. According to the disclosure, by designing the conversion circuit to convert an alternating current signal that needs to be processed by the charge pump into a direct current signal, (in a case where the alternating current signal is the high-frequency signal) the charge pump may process the direct current signal converted from the high-frequency signal, instead of directly process the high-frequency signal, so that the output signal of the charge pump may meet an expected standard.

Abstract: The examples of the present disclosure provide calibration circuits and calibration methods thereof, memory devices and memory systems, relate to the field of semiconductor technology, can improve the accuracy and efficiency of the calibration and reduce the time consumption of calibration operation on data interaction. The calibration circuit includes a calibration power management circuit and a calibration sub-circuit. The calibration power management circuit is configured to receive a power supply voltage signal and output a calibrated power supply voltage signal based on the power supply voltage signal. The calibration sub-circuit is coupled to the calibration power management circuit and is configured to generate an impedance calibration code using the calibrated power supply voltage signal in response to a first driving signal.

Abstract: Systems, devices, and methods for managing ZQ calibration in semiconductor devices are provided. In one aspect, a circuit includes a memory configured to provide an offset code and a logic circuit. The logic circuit is configured to receive a ZQ calibration code as a first input and the offset code as a second input, and provide a resistor code as an output based on the ZQ calibration code and the offset code.

Abstract: Methods, devices, and systems for managing warmup operations in memory devices are provided. In one aspect, an input/output (I/O) interface of a memory device can be configured to receive a first address of first data to be read, receive warmup information that indicates a warmup period before reading the first data, and determine, based on the first address and the warmup information, a second address of second data to be read during the warmup period before reading the first data.

Abstract: Provided is a Spodoptera frugiperda pupa ovary cell line with high Baculovirus production. The cell line has the name of IOZCAS-Sf-1 and the deposit number of CGMCC No. 21014. Further disclosed are a method for preparing the cell line and the use of the cell line in the large-scale growth of the Baculovirus. The cell line can be used for replicating the Baculovirus, for the large-scale production of Baculovirus insecticides and for constructing a Baculovirus expression vector system.

Abstract: Implementations of the present disclosure provide a memory structure, a memory, and a memory system. The memory structure includes: a plurality of memory transistors arranged in an array along a first direction and a second direction; and a plurality of bit line groups extending along the first direction and arranged along the second direction, each of which includes a first, second, and third bit lines extending along the first direction and arranged along a third direction; wherein the memory transistor is connected to any one of the first, second, and third bit lines in the same bit line group, or the memory transistor is not connected to the first, second, and third bit lines in the same bit line group; the first direction intersects with the second direction, and both of the first and second directions are perpendicular to the third direction.

Abstract: An absorbent article has a front region, a back region, and a crotch region extending between and connecting the front region and the back region. The absorbent article can have non-linear leg edges extending between and connecting the front region and the back region. The absorbent article can have an absorbent article narrowest width positioned between the waist edge of the front region and the transverse axis of the absorbent article. A non-linear leg edge can extend between the first and third longitudinal direction side edges and can be formed such that a tangent line to any point on the first non-linear leg edge is not parallel to the transverse axis.

Abstract: An absorbent article (10) has a front region (20), a back region (30), and a crotch region (40) extending between and connecting the front region (20) and the back region (30). The absorbent article (10) can have non-linear leg edges (82, 84) extending between and connecting the front region (20) and the back region (30). The absorbent article (10) can have an absorbent article (10) narrowest width (80) positioned between the waist edge (22) of the front region (20) and the transverse axis (14) of the absorbent article (10). A non-linear leg elastic (140) can extend from one side edge (34) of the back region (30) to another side edge (36) of the back region (30) and can have an apex (142) located between the absorbent article (10) narrowest width (80) and the transverse axis (14).

Abstract: A control apparatus according to one or more embodiments generates poses of the measurement device to measure an object, determines, for the measurement device, a measurement path including the poses to cause the measurement device to move along the measurement path including the poses and to measure the object, instructs the robot to move the measurement device along a movement path including the measurement path and instructs the measurement device to measure the object in the poses, recognizes the object using obtained measurement data, and determines the measurement path for the measurement device for a next operating cycle.

Abstract: Values of parameters specifying conditions for obtaining 3D measurement data representing a measurement object are output as values satisfying a condition designated by a user.

Abstract: The present invention relates to a pharmaceutical composition for use preventing and curing respiratory diseases in winter. The composition comprises burdock seeds, blackberry lily, Platycodon grandiflorus, radix paeoniae rubra, Perilla frutescens, honeysuckle, fructus crataegi, Astragalus membranaceus, Reynoutria japonica, Glycyrrhiza uralensis, and non-essential fermented tea. The present invention also relates to a pharmaceutical preparation use of the pharmaceutical composition. The pharmaceutical composition can be used for nourishing Qi, moistening lungs, clearing throats, relieving sore throats and/or decontaminating, and can be used for preparing a pharmaceutical for treating and/or preventing pharyngitis.

Abstract: A measurement parameter for use when measuring an object with a measuring device provided on a robot may be adjusted and optimized significantly more easily than in conventional technology. A measurement parameter optimization method or operations performed by a processor may include: acquiring N captured images of objects with first measurement parameters; estimating recognized object counts Zi for the objects based on acquiring N/j captured images of the objects with second measurement parameters, and storing the recognized object counts Zi as first data; based on acquiring N/j/k captured images of the objects with third measurement parameters, estimating recognized object counts Zi for the objects based on the first data and storing the recognized object counts Zi as second data; and determining an optimized measurement parameter that satisfies a predetermined judgment criterion from among the second data.

Abstract: A control apparatus according to one or more embodiments generates poses of the measurement device to measure an object, determines, for the measurement device, a measurement path including the poses to cause the measurement device to move along the measurement path including the poses and to measure the object, instructs the robot to move the measurement device along a movement path including the measurement path and instructs the measurement device to measure the object in the poses, recognizes the object using obtained measurement data, and determines the measurement path for the measurement device for a next operating cycle.

Abstract: Values of parameters specifying conditions for obtaining 3D measurement data representing a measurement object are output as values satisfying a condition designated by a user.

Abstract: An absorbent article (10) has a front region (20), a back region (30), and a crotch region (40) extending between and connecting the front region (20) and the back region (30). The absorbent article (10) can have non-linear leg edges (82, 84) extending between and connecting the front region (20) and the back region (30). The absorbent article (10) can have an absorbent article (10) narrowest width (80) positioned between the waist edge (22) of the front region (20) and the transverse axis (14) of the absorbent article (10). A non-linear leg elastic (140) can extend from one side edge (34) of the back region (30) to another side edge (36) of the back region (30) and can have an apex (142) located between the absorbent article (10) narrowest width (80) and the transverse axis (14).

Abstract: An absorbent core layer (18) for absorbing and retaining body exudate includes a first longitudinally directed end region (25), a second opposing longitudinally directed end region (26), and a middle region (22) positioned between the end regions. The middle region (22) includes a first embossing pattern and has a first thickness. The first longitudinally directed end region (25) and second opposing longitudinally directed end region (26) each include a second embossing pattern different from the first embossing pattern, and also having apertures. The end regions (25, 26) each have a second thickness, the second thickness being less than the first thickness.

Abstract: Provided are a measurement system, a measurement device, a measurement method, and a measurement program. 3D data is registered to 3D data based on the displacements of joints of a robot at a point in time when a 3D sensor measures 3D data of a measurement object at a specific measurement point while the robot is stopped, and the displacements of the joints of the robot at a point in time when the 3D sensor measures 3D data of the measurement object at a measurement point other than the specific measurement point while that robot is in motion. The 3D data is further registered to the 3D data such that a registration error between the 3D data and the 3D data is less than a threshold value. Similarly, each of 3D data is registered to the 3D data.

Abstract: A measurement parameter for use when measuring an object with a measuring device provided on a robot may be adjusted and optimized significantly more easily than in conventional technology. A measurement parameter optimization method or operations performed by a processor may include: acquiring N captured images of objects with first measurement parameters; estimating recognized object counts Zi for the objects based on acquiring N/j captured images of the objects with second measurement parameters, and storing the recognized object counts Zi as first data; based on acquiring N/j/k captured images of the objects with third measurement parameters, estimating recognized object counts Zi for the objects based on the first data and storing the recognized object counts Zi as second data; and determining an optimized measurement parameter that satisfies a predetermined judgment criterion from among the second data.

Abstract: An absorbent article (10) is disclosed. The absorbent article (10) can have a topsheet layer (30), a liquid impermeable layer (36), and an absorbent assembly (40) positioned between the topsheet layer (30) and the liquid impermeable layer (36). The absorbent assembly (40) can have a body conforming layer (38) which has a plurality of slits (50) and at least one crease (60) extending in the longitudinal direction (X). The presence of the plurality of slits (50) and the crease (60) in the body conforming layer (38) can provide for a reduction in the stiffness of the absorbent assembly (40). The absorbent article (10) can deform under pressure and have an improvement in conformity to the body of the wearer of the absorbent article (10).

Abstract: A light-projecting and image-capturing part may include at least a first unit, and a second unit. A pattern storage part may store predetermined pattern. A calculation part may select target pixels from captured images of a measurement object and may calculate three-dimensional positions of the target pixels based on a predetermined pattern in captured images and predetermined pattern stored in the pattern storage part. A light-projecting and image-capturing part may project a first patterned light and a second patterned light individually onto the measurement object, and may capture images of the measurement object, onto which the first patterned light and the second patterned light are individually projected, with a first image capturing part and a second image capturing part.