Abstract: A battery pack includes: a housing (18); one or more battery cells (12) housed inside the housing; one or more seat surfaces (52a, 54a, 56a, 58a) disposed inside the housing; a circuit board (16), which is housed inside the housing and is mounted on the seat surface(s); and one or more terminals (20b, 22b) electrically connected to the circuit board. One or more elastic sheets (60, 62) surround(s) the perimeter(s) of the terminal(s) and is (are) interposed between the circuit board and the seat surface(s).

Abstract: A communication device 2 according to the present disclosure includes (i) a synchronization signal receiver 203 to receive a synchronization signal from a master device 1 that has a reference time and transmits the synchronization signal every synchronization period, (ii) a synchronization signal determiner 210 to determine whether the synchronization signal is normal or abnormal, (iii) a synchronization processor 211 to perform, when the synchronization signal is determined to be normal by the synchronization signal determiner, synchronization processing based on the synchronization signal determined to be normal, and (iv) an additional transmission requester 214 to request the master device to additionally transmit the synchronization signal before transmitting the synchronization signal during a next period when the synchronization signal is determined to be abnormal by the synchronization signal determiner.

Abstract: A communication device 2 according to the present disclosure includes (i) a synchronization signal receiver 203 to receive a synchronization signal from a master device 1 that has a reference time and transmits the synchronization signal every synchronization period, (ii) a synchronization signal determiner 210 to determine whether the synchronization signal is normal or abnormal, (iii) a synchronization processor 211 to perform, when the synchronization signal is determined to be normal by the synchronization signal determiner, synchronization processing based on the synchronization signal determined to be normal, and (iv) an additional transmission requester 214 to request the master device to additionally transmit the synchronization signal before transmitting the synchronization signal during a next period when the synchronization signal is determined to be abnormal by the synchronization signal determiner.

Abstract: An information processing apparatus (20) includes: an operation/display portion (22); a reception processing portion (211) that receives a selection operation for selecting an objective related to setting a print job; and a display processing portion (214) that, when the reception processing portion (211) has received the selection operation, displays, among a plurality of setting items G22 to G29 related to the print job, a plurality of specific setting items G22 to G28 that have preliminarily been associated with the objective selected by the selection operation, in such a manner as to be distinguishable from the other setting item G29.

Abstract: An information processing apparatus (20) includes: an operation/display portion (22); a reception processing portion (211) that receives a selection operation for selecting an objective related to setting a print job; and a display processing portion (214) that, when the reception processing portion (211) has received the selection operation, displays, among a plurality of setting items G22 to G29 related to the print job, a plurality of specific setting items G22 to G28 that have preliminarily been associated with the objective selected by the selection operation, in such a manner as to be distinguishable from the other setting item G29.

Abstract: A battery pack includes: a housing (18); one or more battery cells (12) housed inside the housing; one or more seat surfaces (52a, 54a, 56a, 58a) disposed inside the housing; a circuit board (16), which is housed inside the housing and is mounted on the seat surface(s); and one or more terminals (20b, 22b) electrically connected to the circuit board. One or more elastic sheets (60, 62) surround(s) the perimeter(s) of the terminal(s) and is (are) interposed between the circuit board and the seat surface(s).

Abstract: A non-transitory recording medium stores a program including program codes for causing a computer (a) to read information necessary for a display from a base file, (b) to display information according to base file contents, (c) to read machine type dependent information that (i) is necessary for the display on an output apparatus, (ii) depends on an output apparatus machine type, and (iii) cannot be commonly used in multiple machine types, (d) to create a transaction file composed of function information and an argument necessary for the function without including a control code based on the machine type dependent information, and (e) to instruct the output apparatus to output the information according to the base file contents by using the transaction file and a fixed file that (i) does not depend on the machine type, (ii) can be commonly used in multiple machine types, and (iii) is composed of machine type independent information including the control code.

Abstract: An image forming system includes a terminal device and an image forming device. The image forming device includes a file returning unit that returns a PDL file of a print job to the source terminal device which had sent the print job as a comparison PDL file through a network. The terminal device includes a file transmitting unit that temporarily stores the PDL file of the print job in a first memory as a reference PDL file on transmission of the PDL file of the print job to the image forming device through the network, a file judging unit that judges whether or not the comparison PDL file returned from the image forming device matches with the reference PDL file, and a file storing unit that stores the comparison PDL file in the first memory if the comparison PDL file does not match with the reference PDL file.

Abstract: This memory management system has: (a) a logical partition management unit that manages allocation and release of a virtual memory used by an application in a logical address space; (b) a physical partition management unit that manages allocation and release of small size parts into which a physical memory is divided in a physical address space; and (c) a converter unit that converts an address between the logical address space and the physical address space.

Abstract: This memory management system has: (a) a logical partition management unit that manages allocation and release of a virtual memory used by an application in a logical address space; (b) a physical partition management unit that manages allocation and release of small size parts into which a physical memory is divided in a physical address space; and (c) a converter unit that converts an address between the logical address space and the physical address space.

Abstract: This memory management system has: (a) a logical partition management unit that manages allocation and release of a virtual memory used by an application in a logical address space; (b) a physical partition management unit that manages allocation and release of small size parts into which a physical memory is divided in a physical address space; and (c) a converter unit that converts an address between the logical address space and the physical address space.

Abstract: The present invention claims and discloses an electronic equipment capable of executing a processing executing program that performs a predetermined processing. The electronic equipment comprises a memory; a setting unit that sets an allocation time for a memory region in the memory that the processing executing program is to use; and a memory leak detecting unit that detects when the memory region has not been deallocated within the allocation time.

Abstract: A non-transitory recording medium stores a program including program codes for causing a computer (a) to read information necessary for a display from a base file, (b) to display information according to base file contents, (c) to read machine type dependent information that (i) is necessary for the display on an output apparatus, (ii) depends on an output apparatus machine type, and (iii) cannot be commonly used in multiple machine types, (d) to create a transaction file composed of function information and an argument necessary for the function without including a control code based on the machine type dependent information, and (e) to instruct the output apparatus to output the information according to the base file contents by using the transaction file and a fixed file that (i) does not depend on the machine type, (ii) can be commonly used in multiple machine types, and (iii) is composed of machine type independent information including the control code.

Abstract: This memory management system has: (a) a logical partition management unit that manages allocation and release of a virtual memory used by an application in a logical address space; (b) a physical partition management unit that manages allocation and release of small size parts into which a physical memory is divided in a physical address space; and (c) a converter unit that converts an address between the logical address space and the physical address space.

Abstract: The present invention claims and discloses an electronic equipment capable of executing a processing executing program that performs a predetermined processing. The electronic equipment comprises a memory; a setting unit that sets an allocation time for a memory region in the memory that the processing executing program is to use; and a memory leak detecting unit that detects when the memory region has not been deallocated within the allocation time.

Abstract: A process and apparatus for measuring pressure buildup in a body compartment that encases muscular tissue. The method includes assessing the body compartment configuration and identifying the effect of pulsatible components on compartment dimensions and muscle tissue characteristics. This process is used in preventing tissue necrosis, and in decisions of whether to perform surgery on the body compartment for prevention of Compartment Syndrome. An apparatus is used for measuring pressure build-up in the body compartment having components for imparting ultrasonic waves such as a transducer, placing the transducer to impart the ultrasonic waves, capturing the imparted ultrasonic waves, mathematically manipulating the captured ultrasonic waves and categorizing pressure build-up in the body compartment from the mathematical manipulations.

Abstract: A method and apparatus for measuring pressure buildup in a body compartment that encases muscular tissue. The method includes assessing the body compartment configuration and identifying the effect of pulsatile components on at least one compartment dimension. This process is used in preventing tissue necrosis, and in decisions of whether to perform surgery on the body compartment for prevention of Compartment Syndrome. An apparatus is used for measuring excess pressure in the body compartment having components for imparting ultrasonic waves such as a transducer, placing the transducer to impart the ultrasonic waves, capturing the reflected imparted ultrasonic waves, and converting them to electrical signals, a pulsed phase-locked loop device for assessing a body compartment configuration and producing an output signal, and means for mathematically manipulating the output signal to thereby categorize pressure build-up in the body compartment from the mathematical manipulations.

Abstract: A plasma having a certain density is generated between a test electrode and an electrode on a display substrate comprising a TFT array which is a circuit under test, and a test signal is transmitted between the electrode and the test electrode via the plasma. With this technique, a probe means and a testing apparatus enabling measurement of the electrical characteristics of the TFT array formed on the display substrate in a non-contact manner can be provided.

Abstract: A method for inspecting a thin film transistor active matrix substrate comprises a step for opposing a probe to the substrate, a step for supplying a dielectric fluid between the substrate and the probe, a step for supplying power to a closed circuit containing the substrate and the probe, and a step for sensing a signal passed through the closed circuit by the power supply. Using this method, a non-contact TFT array substrate inspection apparatus with high throughput, which is also suitable for organic EL substrates, can be realized.

Abstract: A plasma having a certain density is generated between a test electrode and an electrode on a display substrate comprising a TFT array which is a circuit under test, and a test signal is transmitted between the electrode and the test electrode via the plasma. With this technique, a probe means and a testing apparatus enabling measurement of the electrical characteristics of the TFT array formed on the display substrate in a non-contact manner can be provided.