Abstract: A binder including a conjugated diene-based copolymer (A). The conjugated diene-based copolymer (A) contains an aromatic vinyl unit based on an aromatic vinyl compound and a conjugated diene unit based on a conjugated diene compound. The conjugated diene-based copolymer (A) has a storage elastic modulus (G?) of 4.0×104 Pa or more and 2.0×105 Pa or less and a loss tangent (tan ?) of 0.10 or more and 0.80 or less. The storage elastic modulus and the loss tangent are measured using a dynamic viscoelasticity-measuring apparatus under conditions of a measurement temperature of 25° C., a frequency of 0.1 Hz, and a strain amount of 1%.

Abstract: A binder for an all-solid-state secondary battery, which can suppress binder migration in a production process for an electrode of an all-solid-state secondary battery, leading to satisfactory binding properties and flexibility of the resultant electrode, and to excellent lithium ion conductivity, and by extension, can achieve a satisfactory cycle life characteristic. The binder for an all-solid-state secondary battery includes a conjugated diene-based polymer (A) that has a conjugated diene unit based on a conjugated diene compound, and has a solubility parameter (SP value) of 16.80 MPa1/2 or more and 17.80 Mpa1/2 or less.

Abstract: An information processing apparatus in which data is accessed every predetermined data amount, wherein when writing data transmitted from a host system side, in the case where the data is presumed to be continuous data constituting a single file, metadata indicating that the data from the host system side is continuous data is written along with the data.

Abstract: A storage device of the disclosure includes: a storage section that stores data; a communication section that performs wireless communication with one or a plurality of electronic apparatuses; an interface section that performs exchange of the data with a host apparatus; and a control section that determines a distance to each of the electronic apparatuses through the wireless communication, and controls access to the storage section by the host apparatus, on the basis of the distance and whether the host apparatus is accessing the storage section.

Abstract: An aspect of the invention is directed to a packing box in which at least part of an opening through which to insert and take out an object to be packed is closed by inside lids that are opposed to each other in a plane, wherein: the inside lids have a cut portion including a cut that is shaped so as to be suitable for the external shape of a portion of the object and folded portions formed by folding the respective inside lids, and, when the inside lids are closed, the cut is fitted with the portion of the object housed in the packing box to fix the object in a state that walls, opposed to each other, of the respective folded portions are in contact with each other.

Abstract: An aspect of the invention is directed to a packing box in which at least part of an opening through which to insert and take out an object to be packed is closed by inside lids that are opposed to each other in a plane, wherein: the inside lids have a cut portion including a cut that is shaped so as to be suitable for the external shape of a portion of the object and folded portions formed by folding the respective inside lids, and, when the inside lids are closed, the cut is fitted with the portion of the object housed in the packing box to fix the object in a state that walls, opposed to each other, of the respective folded portions are in contact with each other.

Abstract: A storage device of the disclosure includes: a storage section that stores data; a communication section that performs wireless communication with one or a plurality of electronic apparatuses; an interface section that performs exchange of the data with a host apparatus; and a control section that determines a distance to each of the electronic apparatuses through the wireless communication, and controls access to the storage section by the host apparatus, on the basis of the distance and whether the host apparatus is accessing the storage section.

Abstract: A control apparatus includes a control unit configured to perform control in such a manner that in a case where data is to be written into a physical area, which is the unit in which an erasing operation is performed, subjected to processing in a first non-volatile memory in response to a write request and in a case where the end of the data does not match a boundary between physical regions, which are the smallest units in which a writing operation is performed, in the first non-volatile memory, first data having a size smaller than the smallest units is stored in a predetermined temporary storage area, and thereafter in a case where second data specified by the same logical address as the first data is requested to be written, the first data and the second data are combined and written into the physical area subjected to processing.

Abstract: A control device includes a control unit that performs control of writing of data with respect to a memory unit, in which a size of a physical block that is a deletion unit is larger than a size of a physical page that is a minimum writing unit, and generates logical and physical address management information that indicates a correspondence relation between a physical page address and a logical address in a writing target physical block, in which data is written through the control of writing, so as to perform control so that the logical and physical address management information is written in the writing target physical block.

Abstract: A memory device includes: a plurality of nonvolatile memory sections configured to allow one memory cell to record data of a plurality of bits, and to include a corresponding number of pages to the plurality of bits in accordance with a plurality of the memory cells as a write control unit; and a control section configured to control writing and reading data to and from the plurality of nonvolatile memory sections, wherein among the plurality of nonvolatile memory sections, if data is written into one of the nonvolatile memory sections, the data is written for each page in sequence from a low-order page to a high-order page, and when the data is written into the low-order page, control is performed such that the data to be written into the low-order page is written into any area of the other of the nonvolatile memory sections at same timing.

Abstract: A storage apparatus includes: a memory allowing an operation to be carried out in order to additionally write new write data into a storage area already used for storing previous write data so as to store the new data in the storage area along with the previous write data; an input/output section configured to receive write data in a write access; and a control section configured to write the write data into the memory on the basis of the write access, wherein, in internal processing based on the write access, the control section carries out an additional-write operation for a storage area already used for storing the previous write data in the internal processing.

Abstract: A storage apparatus includes: an input/output section configured to input and output data related to an external access; a memory for storing input data input by the input/output section by distributing the input data to a plurality of areas while making use of a cache area for temporarily storing the input data; and a control section configured to make an access to the memory on the basis of the external access and carry out a garbage collection operation on the areas including the cache area in order to release the cache area in the access made to the memory on the basis of the external access.

Abstract: A control apparatus includes a control unit configured to perform control in such a manner that in a case where data is to be written into a physical area, which is the unit in which an erasing operation is performed, subjected to processing in a first non-volatile memory in response to a write request and in a case where the end of the data does not match a boundary between physical regions, which are the smallest units in which a writing operation is performed, in the first non-volatile memory, first data having a size smaller than the smallest units is stored in a predetermined temporary storage area, and thereafter in a case where second data specified by the same logical address as the first data is requested to be written, the first data and the second data are combined and written into the physical area subjected to processing.

Abstract: A control device includes a control unit that performs control of writing of data with respect to a memory unit, in which a size of a physical block that is a deletion unit is larger than a size of a physical page that is a minimum writing unit, and generates logical and physical address management information that indicates a correspondence relation between a physical page address and a logical address in a writing target physical block, in which data is written through the control of writing, so as to perform control so that the logical and physical address management information is written in the writing target physical block.

Abstract: A control device includes a control unit that performs control of writing of data with respect to a first non-volatile memory, in which a size of a physical block that is a deletion unit is larger than a size of a physical page that is a minimum writing unit, and generates logical and physical address management information that indicates a correspondence relation between a physical page address and a logical address in a writing target physical block, in which data is written through the control of writing, so as to perform control so that the logical and physical address management information is stored in a second non-volatile memory every time data is written in the first non-volatile memory.

Abstract: A memory device includes: a plurality of nonvolatile memory sections configured to allow one memory cell to record data of a plurality of bits, and to include a corresponding number of pages to the plurality of bits in accordance with a plurality of the memory cells as a write control unit; and a control section configured to control writing and reading data to and from the plurality of nonvolatile memory sections, wherein among the plurality of nonvolatile memory sections, if data is written into one of the nonvolatile memory sections, the data is written for each page in sequence from a low-order page to a high-order page, and when the data is written into the low-order page, control is performed such that the data to be written into the low-order page is written into any area of the other of the nonvolatile memory sections at same timing.

Abstract: A control device includes an administration unit that administrates logical pages of respective logical blocks so that confirmation reading target pages are arranged in a manner to be dispersed in physical pages of first to nth non-volatile memories among a plurality of logical blocks, in a case where logical blocks including physical blocks of the first to nth non-volatile memories are formed, with respect to a storage device in which concurrent reading access can be performed to the first to nth non-volatile memories serving as non-volatile memories in which a physical block is composed of a plurality of physical pages, and a confirmation reading control unit that allows to perform concurrent reading of the confirmation reading target pages of the plurality of logical blocks by parallel access control with respect to the first to nth non-volatile memories, when the confirmation reading target pages are read respectively from the logical blocks.

Abstract: A memory device includes: a non-volatile memory erasing data in a block unit and writing and reading data to and from a block; and a control unit controlling an access operation to the non-volatile memory, monitoring levels of a data change state of the non-volatile memory, and controlling a refresh operation of the non-volatile memory. The control unit executes the refresh operation in accordance with a comparison result between a plurality of set emergency levels of the refresh operation and the levels of the data change state.

Abstract: A storage apparatus includes: a memory allowing an operation to be carried out in order to additionally write new write data into a storage area already used for storing previous write data so as to store the new data in the storage area along with the previous write data; an input/output section configured to receive write data in a write access; and a control section configured to write the write data into the memory on the basis of the write access, wherein, in internal processing based on the write access, the control section carries out an additional-write operation for a storage area already used for storing the previous write data in the internal processing.

Abstract: A storage apparatus includes: an input/output section configured to input and output data related to an external access; a memory for storing input data input by the input/output section by distributing the input data to a plurality of areas while making use of a cache area for temporarily storing the input data; and a control section configured to make an access to the memory on the basis of the external access and carry out a garbage correction operation on the areas including the cache area in order to release the cache area in the access made to the memory on the basis of the external access.