1. A colloidal detergent composition comprising a continuous liquid phase and a discontinuous solid phase comprising suspended solid particles, the detergent composition comprising less than 15 wt % of water, the total ionic strength of the colloidal detergent composition which is present in the liquid phase (TISlc) being of less than 4300 mmolkg, the total ionic strength of the colloidal detergent composition which is present in the solid phase (TISsc) being of more than 100 mmolkg, the ratio TISscTISlc being above 0.025.
2. A colloidal detergent composition according to claim 1, comprising less than 12 wt % of water.
3. A colloidal detergent composition according to claim 1, the total ionic strength of the colloidal detergent composition which is present in the liquid phase (TISlc) being of less than 4000 mmolkg.
4. A colloidal detergent composition according to claim 1, the total ionic strength of the colloidal detergent composition which is present in the solid phase (TISsc) being of more than 250 mmolkg.
5. A colloidal detergent composition according to claim 1, the ratio TISscTISlc being above 0.075.
6. A colloidal detergent composition according to claim 1, comprising from 4 wt % to 15 wt % of solid phase.
7. A colloidal detergent composition according to claim 1, comprising from 85 wt % to 96 wt % of liquid phase.
8. A colloidal detergent composition according to claim 1, wherein the total ionic strength of the solid phase (TISsol) is of at least 4500 mmol per kg of the solid phase.
9. A colloidal detergent composition according to claim 1, wherein the total ionic strength of the liquid phase (TISliq) is of at most 4500 mmol per kg of the liquid phase.
10. A colloidal detergent composition according to claim 1, wherein the ratio TISliqTISsol is of less than 2.5.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A data stream transmissionreception device that connects a first external device on a bus to a first internal hardware resource via a logical plug to perform data stream transmissionreception, and connects a second external device on the bus to a second internal hardware resource via an other logical plug to perform data stream transmissionreception, the data stream transmissionreception device comprising:
a first status register operable to indicate a status of the logical plug for connection to the first internal hardware resource;
a second status register operable to indicate a status of the other logical plug for connection to the second internal hardware resource;
a source identification unit operable to identify a transmission-source external device with reference to an access therefrom; and
a response switch unit operable to, (i) if the identified transmission-source external device is the first external device, assign an address of a preferentially-used plug to the first status register, the address existing in an address space that receives the access from the transmission-source external device, and (ii) if the identified transmission-source external device is the second external device, assign the address of the preferentially-used plug to the second status register.
2. The data stream transmissionreception device of claim 1, wherein
each external device on the bus has been assigned a different node number for unique identification, and
the source identification unit identifies the transmission-source external device by extracting, from an asynchronous packet received via the bus, the node number that uniquely identifies the transmission-source external device.
3. The data stream transmissionreception device of claim 2, wherein
the response switch unit is further operable to (i) detect a reset signal indicating that a structure of the bus connecting the data stream transmissionreception device to the first and second external devices has changed after a reset, and (ii) upon detecting the reset signal, reconfirm the node number of each external device by, for each external device, acquiring the node number thereof that was assigned after the reset and a unique device identification number, and suspend assignment of the address until the reconfirmation of the node numbers has been completed.
4. The data stream transmissionreception device of claim 1, further comprising:
a subunit model check unit operable to request a subunit model notification from each external device on the bus, and receive a response transmitted in accordance with the subunit model notification request; and
a subunit model notification unit operable to, if the subunit model notification request has been received from the first external device, notify thereto a subunit model that manages the connection to the first internal hardware resource via the preferentially-used plug, and if the subunit model notification request has been received from the second external device, notify a subunit model that manages the connection to the second internal hardware resource via the preferentially-used plug.
5. The data stream transmissionreception device of claim 4, further comprising:
a check command transmissionreception unit operable to transmit, to each external device on the bus that has the same function as the subunit model notification unit, a command for checking to which of two or more internal hardware resources of said external device the data stream transmissionreception device is to be connected, and receive a response transmitted in accordance with the check command; and
a check command response unit operable to, if the check command has been received from the first external device, notify thereto that connection is to be established with the first internal hardware resource, and if the check command has been received from the second external device, notify thereto that connection is to be established with the second hardware resource, wherein
if the first and second internal hardware resources are subunits having mutually different functions, the subunit model notification unit transmits the subunit model notification in response to the received subunit model notification request only after reception of the response to the check command from the notification request source has been completed.
6. The data stream transmissionreception device of claim 4, further comprising:
a device identification number notification unit operable to notify a different device identification number to each of the first and second external devices, each device identification number uniquely identifying the data stream transmissionreception device.
7. The data stream transmissionreception device of claim 1, wherein
the response switch unit is further operable to, for each internal hardware resource with which an external connection is to be established, manage each external device on the bus in one of a group to which the first external device belongs and a group to which the second external device belongs, and
in response to an access from an external device on the bus other than the first and second external devices, the source identification unit identifies said external device, and the response switch unit assigns the address of the preferentially-used plug to, of the first and second status registers, the status register that indicates a connection status of the internal hardware resource corresponding to the group to which said external device belongs.
8. The data stream transmissionreception device of claim 7, further comprising:
a group setting unit operable to, for each external device on the bus, determine to which group the external device is to belong by judging, based on a type of a command to be received from the external device, whether the external device is to be connected to the first internal hardware resource or the second internal hardware resource.
9. The data stream transmissionreception device of claim 7, further comprising:
a group setting unit operable to cause a display device to display a list including each external device on the bus, and receive a user operation instructing to which group an external device, from among the listed external devices, is to belong.
10. The data stream transmissionreception device of claim 7, further comprising:
a group setting unit operable to issue, to one of the external devices on the bus, a command to display a list including each external device on the bus, and receive, from the one of the external devices on the bus, a command notifying information that indicates to which of the groups each external device on the bus belongs.
11. The data stream transmissionreception device of claim 7, further comprising:
an automatic allocation unit operable to, in response to an access from one of the external devices on the bus, assign the one of the external devices to the group corresponding to the first internal hardware resource, and in response to a subsequent access from an other one of the external devices on the bus, assign the other one of the external devices to the group corresponding to the second internal hardware resource.