Abstract: Provided is a pneumatic tire including a pair of bead portions; at least one carcass layer extending between the pair of bead portions; a belt layer disposed outward of the carcass layer in a tire radial direction; a tread rubber disposed outward of the belt layer in the tire radial direction; a pair of sidewall rubbers disposed outward of the carcass layer in a tire lateral direction; and an electrically conductive portion extending between the pair of bead portions and having at least one separation portion, the electrically conductive portion having a linear structure, the linear structure including an electrically conductive linear member formed in a linear shape by molding an electrically conductive material with an electrical resistivity of less than 1×10{circumflex over (?)}8 ?/cm.

Abstract: A concentration measurement device 100 includes a light source 22 for generating incident light to a measurement space 10A, a photodetector 24 for receiving light emitted from the measurement space, and an arithmetic control circuit 26 for calculating a concentration of a measurement fluid on the basis of an output of the photodetector, and the light source includes a first light-emitting element 22a for generating light having a first wavelength, and a second light-emitting element 22b for generating light having a second wavelength, and the concentration measurement device is configured so as to calculate the concentration using either light of the first wavelength or the second wavelength on the basis of the pressure or temperature of the measurement fluid.

Abstract: A concentration measurement method is performed using a concentration measurement device comprising: a measurement cell for flowing a fluid to be measured; a light source for generating light incident on the measurement cell; a photodetector for detecting light emitted from the measurement cell; an arithmetic unit for calculating the absorbance and concentration of the fluid to be measured based on an output of the photodetector; and a temperature sensor for measuring the temperature of the fluid to be measured.

Abstract: A printing apparatus includes: a battery accommodating portion; a conveyor; a printing device; a power-source connector; an electric charger that charges the battery power source from an external power source when the power-source connector is connected to the external power source; and a degradation-degree detector that detects a degradation degree of the battery power source. A controller executes: a charge processing for controlling the electric charger using at least one charge parameter to charge the battery power source; storing data on the degradation degree of the battery power source based on a result of detection of the degradation-degree detector; a determining processing for determining whether a particular determination criterion relating to the degradation degree is satisfied in the stored data; and correcting the at least one charge parameter in accordance with a result of determination in the determining processing.

Abstract: A pneumatic tire is provided with an electrically conductive portion at least extending continuously from a bead portion to a belt layer. The electrically conductive portion has a linear structure. The linear structure includes an electrically conductive linear member linearly formed of electrically conductive material with an electrical line resistivity of less than 1×10{circumflex over (?)}8 ?/cm. The electrically conductive portion ensures an electrically conductive path from the bead portion to the belt layer.

Abstract: A concentration measurement method is performed using a concentration measurement device comprising: a measurement cell for flowing a fluid to be measured; a light source for generating light incident on the measurement cell; a photodetector for detecting light emitted from the measurement cell; an arithmetic unit for calculating the absorbance and concentration of the fluid to be measured based on an output of the photodetector; and a temperature sensor for measuring the temperature of the fluid to be measured.

Abstract: A concentration measurement device 100 includes a light source 22 for generating incident light to a measurement space 10A, a photodetector 24 for receiving light emitted from the measurement space, and an arithmetic control circuit 26 for calculating a concentration of a measurement fluid on the basis of an output of the photodetector, and the light source includes a first light-emitting element 22a for generating light having a first wavelength, and a second light-emitting element 22b for generating light having a second wavelength, and the concentration measurement device is configured so as to calculate the concentration using either light of the first wavelength or the second wavelength on the basis of the pressure or temperature of the measurement fluid.

Abstract: A printing apparatus includes: a conveyor; a printing device; a first storage storing templates, in each of which objects are arranged on a printing medium; a voice input device; an output device; and a controller. The controller is configured to: accept designation of a particular template by voice; make an inquiry about a content of at least one particular character to be assigned to each of the objects in the particular template; accept the content of the at least one particular character to be assigned to each of the objects in response to the inquiry, by voice; and create print data for each of the objects based on character data created by character recognition of the voice indicating the accepted content and control the conveyor and the printing device to perform printing on the printing medium based on the created print data.

Abstract: A printer connectable to a weight measuring apparatus includes: a head configured to perform printing on a print medium; a controller; a memory; and an operation part. The controller executes: an identifying processing of identifying the weight measuring apparatus based on identification information; a first storing processing of storing, in the memory, first data transmitted from the weight measuring apparatus in a first loading state; a second storing processing of storing, in the memory, second data transmitted from the weight measuring apparatus in a second loading state; a data specifying processing of specifying, as weight data areas, data areas having mutually different values and included in code strings constructing the first data and the second data, respectively; and a registering processing of registering, in the memory, the identification information and the weight data areas while associating the identification information and the weight data areas with each other.

Abstract: A non-transitory computer-readable medium storing a storage body management program for executing steps is provided. In a registration step, a total number of owned storage bodies including the storage body attached to an attaching part is acquired and registered. In a totalization step, consumption amounts of the storage bodies in the printer are totalized based on an identification result and a detection result. In a calculation step, an average consumption amount per unit period of the storage bodies are calculated based on a totalization result. In a prediction step, a consumption completion timing of the storage bodies is predicted based on a registration result and a calculation result. In an order step, an order process for at least one type of the storage bodies is executed in accordance with a prediction result and an expected delivery period of the storage bodies.

Abstract: A printer connectable to a weight measuring apparatus includes: a printing head performing printing on a print medium; and a controller. The controller performs: a data base obtaining processing of obtaining a data base having first and second fields; a template obtaining processing of obtaining a template having an input object and an output object arranged therein in a predetermined aspect; a weight data allocating processing of allocating the weight data received from the weight measuring apparatus to the input object of the template; an output value allocating processing of allocating, to the output object, an output value corresponding to the weight data and determined based on the data base; and a printing processing of performing the printing on the print medium based on the template wherein the weight data is allocated to the input object and the determined output value is allocated to the output object.

Abstract: Provided is a pneumatic tire including a pair of bead portions; at least one carcass layer extending between the pair of bead portions; a belt layer disposed outward of the carcass layer in a tire radial direction; a tread rubber disposed outward of the belt layer in the tire radial direction; a pair of sidewall rubbers disposed outward of the carcass layer in a tire lateral direction; and an electrically conductive portion extending between the pair of bead portions and having at least one separation portion, the electrically conductive portion having a linear structure, the linear structure including an electrically conductive linear member formed in a linear shape by molding an electrically conductive material with an electrical resistivity of less than 1×10{circumflex over (?)}8 ?/cm.

Abstract: The disclosure discloses a non-transitory computer-readable medium storing a printed-matter producing program for executing steps on a controller of a printed-matter producing apparatus. In a consistency determination step, it is determined whether or not medium specification information acquired is identical to medium specification information stored in a medium specification information storage memory. In a medium specification information replacement step, the stored medium specification information is not replaced with the acquired medium specification information in the case that the acquired medium specification information is identical, and the stored medium specification information is replaced with the acquired medium specification information in the case that the acquired medium specification information is not identical.

Abstract: A printing apparatus includes: a conveyor; a printing device; a first storage storing templates, in each of which objects are arranged on a printing medium; a voice input device; an output device; and a controller. The controller is configured to: accept designation of a particular template by voice; make an inquiry about a content of at least one particular character to be assigned to each of the objects in the particular template; accept the content of the at least one particular character to be assigned to each of the objects in response to the inquiry, by voice; and create print data for each of the objects based on character data created by character recognition of the voice indicating the accepted content and control the conveyor and the printing device to perform printing on the printing medium based on the created print data.

Abstract: A printing apparatus includes: a battery accommodating portion; a conveyor; a printing device; a power-source connector; an electric charger that charges the battery power source from an external power source when the power-source connector is connected to the external power source; and a degradation-degree detector that detects a degradation degree of the battery power source. A controller executes: a charge processing for controlling the electric charger using at least one charge parameter to charge the battery power source; storing data on the degradation degree of the battery power source based on a result of detection of the degradation-degree detector; a determining processing for determining whether a particular determination criterion relating to the degradation degree is satisfied in the stored data; and correcting the at least one charge parameter in accordance with a result of determination in the determining processing.

Abstract: The disclosure discloses a printer including a CPU that executes a detection process, a first determination process, and a first mode switching process. In the detection process, a type of a storage body is detected. In the first determination process, it is determined on the basis of a detection result whether the type of the storage body attached to the attaching part is a first type in an ordering state associated with insufficiency in quantity or a second type other than the first type. In the first mode switching process a control mode is switched from a normal mode prepared in advance correspondingly to the second type to a medium-saving mode prepared in advance correspondingly to the first type for reducing a consumption amount of the print-receiving medium than the normal mode, in the case that the type is determined as the first type.

Abstract: A printer connectable to a weight measuring apparatus includes: a head configured to perform printing on a print medium; a controller; a memory; and an operation part. The controller executes: an identifying processing of identifying the weight measuring apparatus based on identification information; a first storing processing of storing, in the memory, first data transmitted from the weight measuring apparatus in a first loading state; a second storing processing of storing, in the memory, second data transmitted from the weight measuring apparatus in a second loading state; a data specifying processing of specifying, as weight data areas, data areas having mutually different values and included in code strings constructing the first data and the second data, respectively; and a registering processing of registering, in the memory, the identification information and the weight data areas while associating the identification information and the weight data areas with each other.

Abstract: A printer connectable to a weight measuring apparatus includes: a printing head performing printing on a print medium; and a controller. The controller performs: a data base obtaining processing of obtaining a data base having first and second fields; a template obtaining processing of obtaining a template having an input object and an output object arranged therein in a predetermined aspect; a weight data allocating processing of allocating the weight data received from the weight measuring apparatus to the input object of the template; an output value allocating processing of allocating, to the output object, an output value corresponding to the weight data and determined based on the data base; and a printing processing of performing the printing on the print medium based on the template wherein the weight data is allocated to the input object and the determined output value is allocated to the output object.

Abstract: The disclosure discloses a non-transitory computer-readable medium storing a storage body management program for executing steps. In a registration step, a total number of owned storage bodies including the storage body attached to an attaching part is acquired and registered. In a totalization step, consumption amounts of the storage bodies in the printer are totalized on the basis of an identification result and a detection result. In a calculation step, an average consumption amount per unit period of the storage bodies are calculated on the basis of a totalization result. In a prediction step, a consumption completion timing of the storage bodies is predicted on the basis of a registration result and a calculation result. In an order step, an order process for at least one type of the storage bodies is executed in accordance with a prediction result and an expected delivery period of the storage bodies.

Abstract: The disclosure discloses a non-transitory computer-readable medium storing a printed-matter producing program for executing steps on a controller of a printed-matter producing apparatus. In a consistency determination step, it is determined whether or not medium specification information acquired is identical to medium specification information stored in a medium specification information storage memory. In a medium specification information replacement step, the stored medium specification information is not replaced with the acquired medium specification information in the case that the acquired medium specification information is identical, and the stored medium specification information is replaced with the acquired medium specification information in the case that the acquired medium specification information is not identical.