Abstract: There is provided a filling packaging machine which does not cause poor sealing between a sealing tape and the inner surface of a tubular packaging material in a laterally sealed portion as formed by ultrasonic sealing. A filling packaging machine includes a tape attachment device, a vertical sealing device and a lateral sealing device. The tape attachment device attaches a predetermined-width portion of a sealing tape to one end of one surface of a web-like packaging material in such a manner that a first edge of both edges of the sealing tape, which is to be located on an overlapping portion side of a tubular packaging material when viewed from an inner step of an overlapping portion, will be disposed at a position displaced from an outer step of the overlapping portion when viewed in the thickness direction of the tubular packaging material.

Abstract: Provided is a base station that is a base station apparatus connected to a terminal apparatus, the terminal apparatus being connected to a plurality of the base station apparatuses through physical link channels. In a case that a bandwidth assistant information request is received from the terminal apparatus, bandwidth assistant information for each of the physical link channels to which the terminal apparatus is connected is transmitted to the terminal apparatus.

Abstract: The present disclosure includes a control unit that performs an uplink (UL) data transmission setting according to a radio resource control (RRC) message and a transmitting unit that transmits UL data according to the UL data transmission setting. The RRC message includes setting information of a plurality of configured UL grants (CGs). The setting information includes at least first and second CGs for each of at least one bandwidth part (BWP). The setting information further includes setting information related to transmission intervals for the first and second CGs. The control unit sets at least the first and second CGs for each BWP according to the setting information. The transmitting unit, when at least a part of the transmission interval of the first and second CGs overlap each other, interrupts UL data transmission of the first CG to perform UL data transmission of the second CG.

Abstract: The present disclosure relates to a heat exchanger and an air conditioner including the same. The heat exchanger may be provided for heat exchange between refrigerant and air. The heat exchanger may include a plurality of refrigerant tubes that are disposed with a clearance (C) therebetween in a first direction (A), in which the air moves, and are disposed to be spaced apart in a second direction (B) crossing the first direction (A) and a plurality of heat exchange fins that are disposed between the plurality of refrigerant tubes disposed to be spaced apart in the second direction (B).

Abstract: A terminal apparatus includes a transmitter configured to transmit PUSCH data and a receiver configured to receive RRC information. The transmitter transmits the PUSCH data by using a resource associated with an HARQ process ID determined by symbol information for transmission of the PUSCH data, a period, and the number of HARQ processes. In a case that the receiver receives no response to the transmission of the PUSCH data with the HARQ process ID after the transmission of the PUSCH data is performed and before a timer included in the RRC information expires, the transmitter transmits new PUSCH data by using the resource associated with the HARQ process ID determined by the symbol information for the transmission of the PUSCH data, the period, and the number of HARQ processes.

Abstract: A terminal apparatus includes: a control information detection unit configured to detect RRC information; and a transmitter configured to transmit an SR for requesting a PUSCH resource, wherein a configuration of a PUCCH detected includes multiple configurations for the SR, including at least a first resource used to transmit the SR for transmission of a first transport block and a second resource used to transmit the SR for transmission of a second transport block, an MCS table used for the transmission of the first transport block can specify an MCS with a frequency utilization efficiency lower than a lowest frequency utilization efficiency usable in an MCS table used for the transmission of the second transport block, and the transmitter transmits the SR in the first resource in a case that a higher layer provides at least the first transport block, and transmits the SR in the second resource in a case that the higher layer provides the second transport block.

Abstract: The present invention provides a terminal apparatus for communicating with a base station apparatus, the terminal apparatus including: a controller configured to use an MCS table among a first MCS table, a second MCS table, and a third MCS table, and an MCS index, to determine a modulation order and a target coding rate to be used in a PDSCH, wherein the third MCS table is used in a case that at least a higher parameter for an MCS table is configured to a prescribed value, and a PDSCH is scheduled by a PDCCH with a CRC scrambled by a first RNTI, or a PDSCH is scheduled by a PDCCH with a CRC scrambled by a second RNTI is added.

Abstract: To provide a base station apparatus, a terminal apparatus, and a communication method capable of ensuring high reliability and low latency of URLLC. There are included a receiver configured to detect first and second DCI formats and RRC information, and a transmitter capable of data transmission based on any of a first uplink grant to be available via activation by using a radio resource periodicity included in the RRC information and the first DCI format, a second uplink grant to be available via activation by using the radio resource periodicity included in the RRC information and the second DCI format, and a third uplink grant to be available after detection of the second DCI format, wherein multiple DCI formats are detected, the transmitter performs an override, in a case that the third uplink grant overlaps in a time domain with the second uplink grant, and performs an override, in a case that the first uplink grant overlaps in a time domain with the third uplink grant.

Abstract: To provide a base station apparatus, a terminal apparatus, and a communication method that enable to secure high reliability and low latency of URLLC. An apparatus includes a receiver configured to detect a DCI format, and a transmitter configured to perform first data transmission based on a first DCI format and second data transmission based on a second DCI format. The receiver detects the first DCI format for the first data transmission in a first CC, and detects the second DCI format for the second data transmission in a second CC. In a case that the first data transmission and the second data transmission overlap in a time domain, and a sum of transmit power of the first data transmission and transmit power the second data transmission exceeds maximum transmit power, the transmitter allocates the transmit power to the first data transmission not to exceed the maximum transmit power.

Abstract: A camera system includes: a first camera and a second camera; a camera adaptor box; and a camera control unit.

Abstract: A terminal apparatus includes a control information detection unit configured to detect first and second DCI, and a transmitter configured to perform UL data transmission based on the first DCI or cancel a resource allocated in the second DCI. A UL grant using the first DCI is detected, when performing UL data transmission based on the UL grant, after the data transmission, a first timer for a corresponding HARQ process is started and a second timer is stopped, and when the first timer expires, the second timer for a HARQ process is started. When cancellation of the UL data transmission using the second DCI is detected, at a timing for the data transmission canceled, the second timer is restarted in a case that the first timer expires and the second timer is running, and the second timer is started in a case that the second timer is not running.

Abstract: In a case that multiple configured uplink grants are configured in a single serving cell, there is a problem that normal communication cannot be performed unless appropriate control is performed to prevent transmissions in a radio resource (slot) of the same timing. A mobile station apparatus in a communication system including at least a base station apparatus and the mobile station apparatus for which the base station apparatus allocates a normal uplink and a supplementary uplink in a single serving cell, wherein the mobile communication apparatus is configured to configure a configured uplink grant individually for each of the normal uplink and the supplementary uplink, and validate, in a case that the serving cell is activated, one of the configured uplink grant configured for the normal uplink and the configured uplink grant configured for the supplementary uplink and suspend another one.

Abstract: To provide a base station apparatus, a terminal apparatus, and a communication method capable of ensuring high reliability of URLLC using a scheduled access.

Abstract: In a case that an uplink timing alignment timer expires, Type 1 configured uplink grants configured in all serving cells belonging to a TAG associated with the uplink timing alignment timer are suspended. A random access response including a timing advance command configured for the TAG is received. In a case that a random access preamble included in the random access response is not a contention based random access preamble, or in a case that the random access response includes the contention based random access preamble and includes information indicating successful random access contention resolution, and the timing alignment timer associated with the TAG is not running, the Type 1 configured uplink grants configured and suspended in the all serving cells belonging to the TAG are re-initialized.

Abstract: A terminal apparatus for communicating with a base station apparatus, the terminal apparatus including: a receiver configured to receive control information; and a transmitter configured to perform data transmission in accordance with the control information, wherein the receiver receives at least RRC and DCI, the RRC includes configuration of a target received power, a fractional TPC, and an index of a closed loop TPC to be used for PUSCH transmission, and information for indicating at least a target received power, a fractional TPC, and an index of a closed loop TPC as parameters for transmission power control to be switched depending on the DCI, and in a case that the DCI for indicating switching of a transmission power value is detected, a transmission power used for data transmission is caused to be different from a transmission power value calculated using parameters notified as the parameters for transmission power control to be switched.

Abstract: There is a concern that communication failure may occur in a case that the state of a serving cell is not properly managed during communication of SPS or GF. A mobile station apparatus of a communication system including at least a base station apparatus and a mobile station apparatus configured to perform communication by using carrier aggregation that simultaneously uses multiple serving cells configured by the base station apparatus according to an aspect of the present invention, wherein the mobile station apparatus restarts a deactivation timer of a serving cell of the multiple serving cells at a timing indicated by a configured uplink grant configured for the serving cell.

Abstract: A camera system includes: a first camera and a second camera; a camera adaptor box; and a camera control unit.

Abstract: A state managing unit configured to control a prescribed communication resource allocating process and a reception processing unit configured to receive a control element (CE) are included. The prescribed communication resource allocating process is a process of allocating a communication resource at a predetermined time interval, and the state managing unit suspends an uplink grant configured for the prescribed communication resource allocating process in a case that the reception processing unit receives an SCell Activation/Deactivation MAC CE for deactivating a secondary cell, or an sCellDeactivationTimer configured for the secondary cell expires, and the state managing unit reinitializes the uplink grant suspended, in a case that the reception processing unit receives the SCell Activation/Deactivation MAC CE for activating the secondary cell after the state managing unit suspends the uplink grant.

Abstract: A terminal apparatus includes a transmitter configured to transmit PUSCH data and a receiver configured to receive RRC information. The transmitter transmits the PUSCH data by using a resource associated with an HARQ process ID determined by symbol information for transmission of the PUSCH data, a period, and the number of HARQ processes. In a case that the receiver receives no response to the transmission of the PUSCH data with the HARQ process ID after the transmission of the PUSCH data is performed and before a timer included in the RRC information expires, the transmitter transmits new PUSCH data by using the resource associated with the HARQ process ID determined by the symbol information for the transmission of the PUSCH data, the period, and the number of HARQ processes.

Abstract: An object of the present invention is to provide a polyolefin composition prepared by kneading a hygroscopic inorganic filler into a polyolefin, without substantially using an additive such as a dispersant or an antioxidant, the polyolefin composition having good dispersibility of the hygroscopic inorganic filler as well as excellent moldability. By kneading anhydrous magnesium sulfate as a hygroscopic inorganic filler into a polyolefin, without substantially adding an additive such as a dispersant or an antioxidant, and by setting the moisture content in the kneaded product to 0.1 wt % or less, a polyolefin composition having good dispersibility of anhydrous magnesium sulfate as well as excellent moldability can be obtained.