section 75 amendment ep1878177 · 2019-07-01 · ge. a network element (node b, 10) configured to:...
TRANSCRIPT
IN THE HIGH COURT OF JUSTICE
BUSINESS AND PROPERTY COURTS OF
ENGLAND AND WALES
TNTELLECTUAL PROPERTY LIST (ChD)
PATENTS COURT
BETWEEN:
Glaim No. HP-2017-000048
Claimant
Defendants
CONVERSANT WIRELESS LICENSING S.i r.l
(a company incorporated under the laws of Luxembourg)
-and-
HUAWEI TEGHNOLOGIES CO., Ltd.(a company incorporated under the laws of the People's Republic of Ghina)
HUAWEI TECHNOLOGIES (UK) CO., LIMITED
ZTE CORPORATION(a company incorporated under the laws of the People's Republic of China)
zTE (UK) LTMTTED
ANNEX 1
TO THE STATEMENT OF GROUNDS
FOR AMENDMENT OF EP (UKl1,878,177
Claims
1. A method comprising
signalling first control information on a shared control channel from a radio access network to
a mobile station (UE1, 10) for use in processing data packets transmitted on an associated shared data
channel carrvino both fixed allocation data packets. for which a fixed allocation is confioured. and
normal data packets without fixed allocation, and wherein the first control information comprises
transmissionparameters,thetransmissionparameterscomprising;
eeOing s€heme used
a modulation scheme:
radio resources used on the shared data channel, in the form of one or more
channelisation codes:
transport block size: and
HARQ-related information.;
transmitting a first data packet to the mobile station (UE1, 10) on the shared data channel using
the transmission parameters of the first control information. the first data packet beinq in a said fixed
a I I ocati o n ; €hara€terized+y
for at least one subsequent transmission on the shared data channel in the fixed allocation,
signalling control information to the mobile station (UE1 , 10) on the shared contr , the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent transmission differ from one or more
corresponding values used for transmitting the first data packet: and
indicating to the mobile station whether the transmission parameter values of the control
information sionalled for said at least one subsequent transmission should be stored bv the mobile
station.
52. A method comprising:
receiving first control information on a shared control channel from a radio access network at a
mobile station (UE1, 10)for use in processing data packets transmitted on an associated shared data
channel carrvinq both fixed allocation data packets. for which a fixed allocation is confiqured, and
normal data packets without fixed allocation. and wherein the first control information comprises
transmissionparameters,thetransmissionparameterscomprising;
a modulation scheme:
radio resources used on the shared data channel in the form of one or more
channelisation codes:
transport block size: and
HARQ-related information;,
receiving a first data packet on the shared data channel using the transmission parameters of
the first control information. the first data packet beinq in a said fixed allocation; €h€ra€tenzed+y
for at least one subsequent reception on the shared data channel in the fixed allocation,
receiving control information at the mobile station (UEl, 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent reception differ from one or more
corresponding values used for receiving the first data packeqeld
receivinq an indication from the radio access network whether the transmission parameter
values of the control information received for said at least one subsequent receotion should be stored
by the mobile station.
913. A network element (Node B, 10) configured to:
signal first control information on a shared control channel from the network
element (Node B, 10) to a mobile station (UE1, 10) for use in processing data packets
transmitted on an associated shared data channel carrying both fixed allocation data packets.
for which a fixed allocation is confiqured. and normal data packets without fixed allocation, and
wherein the first control information comprises transmission parameters, the transmission
parameters com prising;
ehannel-and
a modulation scheme:
radio resources used on the shared data channel. in the form of one or more
channelisation codes;
transport block size: and
HARQ-related information.
transmit a first data packet to the mobile station (UE1, 10) on the shared data channel using
the transmission parameters of the first control information. the first data packet beinq in a said fixed
allocation;
for at least one subsequent transmission on the shared data channel in the fixed allocation,
signal control information to the mobile station (UE1, 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent transmission differ from one or more
corresponding values used for transmitting the first data packet: and
indicate to the mobile station whether the transmission parameter values of the control
information siqnalled for said at least one subsequent transmission should be stored bv the mobile
station.
€18. A mobile station (UE1, 10) configured to:
receive first control information on a shared control channel from a radio access
network at the mobile station (UE1, 10) for use in processing data packets transmitted on an
associated shared data channel carrvino both fixed allocation data packets. for which a fixed
allocation is confiqured. and normal data packets without fixed allocation, and wherein the first
control information comprises transmission parameters, the transmission parameters
comprising;
a modulation scheme:
radio resources used on the shared data channel. in the form of one or more
channelisation codes;
transport block size: and
HARQ-related information.
receive a first data packet on the shared data channel using the transmission parameters of
the first control information. the first data packet beinq in a said fixed allocation; €h€ra€terized+ybein€t
een+igu+ed+o
for at least one subsequent reception on the shared data channel in the fixed allocation, receive
control information at the mobile station (UE1 , 10) on the shared control channel. the control information
comprising one or more different transmission parameter values, only if one or more transmission
parameter values for said at least one subsequent reception differ from one or more corresponding
values used for receiving the first data packet: and
receive an indication from the radio access network whether the transmission parameter values
of the control information received for said at least one subsequent reception should be stored by the
mobile station.
+4. A method comprising:
signalling first control information on a shared control channel from a radio access network to a
mobile station (UE1, 10) for use in processing data packets transmitted on an associated shared data
channel carrvino both fixed allocation data . for which a fixed allocation is confioured, and
normal data oackets without fixed allocation, and wherein the first control information comprises
transmissionparameters,thetransmissionparameterscomprising:
a modulation scheme:
radio resources used on the shared data channel, in the form of one or more channelisation
codes;
transport block size: and
HARQ-related information.
transmitting a first data packet to the mobile station (UE1 , 10) on the shared data channel using
the transmission parameters of the first control information. the first data packet beinq in a said fixed
a I I ocati o n ; ena+aeg+izea+V
for at least one subsequent transmission on the shared data channel in the fixed allocation,
signalling control information to the mobile station (UEl , 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent transmission differ from one or more
corresponding values used for transmitting the first data packet';
isins
signalling second control information, the second control information for defining a periodicity
of transmissions of data packets in the fixed allocation, from the radio access network to the mobile
station (UE1 , 10) on the shared data channel, the second control information beinq siqnalled at a radio
resource control laver; and
sionallinq. at the radio resource control laver. a HARQ process lD used for the fixed allocation.
528. A method comprising:
receiving first control information on a shared control channel from a radio access network at a
mobile station (UE1, 10) for use in processing data packets transmitted on an associated shared data
channel carryinq both fixed allocation data packets. for which a fixed allocation is confioured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmissionparameters,thetransmissionparameterscomprising:
a modulation scheme:
radio resources used on the shared data channel in the form of one or more
channelisation codes;
transport block size: and
HARQ-related inform ation.
receiving a first data packet on the shared data channel using the transmission parameters of
the first control information. the first data packet being in a said fixed allocation; eharae{e+ized+y
for at least one subsequent reception on the shared data channel in the fixed allocation,
receiving control information at the mobile station (UEl, 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent reception differ from one or more
corresponding values used for receiving the first data packet';
einsreceiving second control information, the second control information for defining a periodicity of
transmissions of data packets in the fixed allocation, from the radio access network to the mobile station
(UE1 , 10) on the shared data channel, the second control information beinq siqnalled at a radio resource
control laver: and
receiving, at the radio resource control layer. a HARQ process lD used for the fixed allocation.
ge. A network element (Node B, 10) configured to:
signal first control information on a shared control channel from the network element (Node B,
10) to a mobile station (UE1 , 10) for use in processing data packets transm itted on an associated shared
data channel carrvinq both fixed allocation data packets, for which a fixed allocation is confiqured. and
normal data packets without fixed allocation, and wherein the first control information comprises
transmissionparameterS,thetransmissionparameterscomprising;
a modulation scheme:
radio resources used on the shared data channel. in the form of one or more
channelisation codes;
transoort block size; and
HARQ-related information,
transmit a first data packet to the mobile station (UE1, 10) on the shared data channel using
the transmission parameters of the first control information, the first data packet beinq in a said fixed
allocation;
eharaeterized by being eenfigured te:
for at least one subsequent transmission on the shared data channel in the fixed allocation,
signal control information to the mobile station (UEl, 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent transmission differ from one or more
corresponding values used for transmitting the first data packet.;
10, The netwerk element (Nede B' 10) ef Claim 9' further eenfigured te:
signal second control information, the second control information for defining a periodicity of
transmissions of data packets in the fixed allocation. from the network element (Node B, 10) to the
mobile station (UE1, 10) on the shared data channel, the second control information beinq sisnalled at
a radio resource control laver: and
siqnal. at the radio resource control laver, a HARQ orocess lD used for the fixed allocation.
€35. A mobile station (UE1, 10) configured to:
receive first control information on a shared control channel from a radio access network at the
mobile station (UE1 , 10) for use in processing data packets transmitted on an associated shared data
channel carrvinq both fixed allocation data packets. for which a fixed allocation is confiqured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmissionparameters,thetransmissionparameterscomprising;
a modulation scheme;
radio resources used on the shared data channel. in the form of one or more
channelisation codes;
transport block size: and
HARQ-related information.
receive a first data packet on the shared data channel using the transmission parameters of
the first control information. the first data packet beins in a said fixed allocation; @eennsu{€d+o-for at least one subsequent reception on the shared data channel in the fixed
allocation, receive control information at the mobile station (UEl , 10) on the shared control channel, the
control information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent reception differ from one or more
corresponding values used for receiving the first data packet';
14, The mebile statien (UEl ; 10) ef Claim 1 3; further eenfigured te:
receive second control information, the second control information for defining a periodicity of
transmissions of data packets in the fixed allocation, from the radio access network to the mobile station
(UE1 , 10) on the shared data channel, the second control information beinq sionalled at a radio resource
control laver: and
receive. at the radio resource control laver. a HARQ process lD used for the fixed allocation.
IN THE HIGH COURT OF JUSTICE
BUSINESS AND PROPERW COURTS OF
ENGLAND AND WALES
TNTELLECTUAL PROPERTY LIST (ChD)
PATENTS COURT
BETWEEN:
Claim No. HP-2017-000048
Claimant
Defendants
CONVERSANT WIRELESS LICENSING S.i r.l(a company incorporated under the laws of Luxembourg)
-and-
HUAWEI TECHNOLOGIES CO., Ltd.(a company incorporated under the laws of the People's Republic of China)
HUAWEI TECHNOLOGIES (UK) CO., LIMITED
ZTE CORPORATION(a company incorporated under the laws of the People's Republic of Ghina)
zTE (UK) LTMTTED
ANNEX 2
TO THE STATEMENT OF GROUNDS
FOR AMENDMENT OF EP (UKl1,878,177
Support for conditional claim set Annex 1
Claim (granted) Claim (amended) PCT
1 ,5,9, 1 3 1,7, 13,18 Page2lines 3-13Page T lines 9-15Page 7 lines 20,21Page 8 lines 19-21Page 12lines 6-12Paoe 17 lines 11-18
1+2,5+6,9+10, 13+14 24,28,32,35 Page2lines 3-13Page T lines 9-15PageT lines 20, 21Page 8 lines 19-20Page 11 lines 17-18Page 12lines 6-12Paoe 10 lines 26-27 (oranted claim 4)
IN THE HIGH COURT OF JUSTICE
BUSINESS AND PROPERTY COURTS OF
ENGLAND AND WALES
TNTELLECTUAL PROPERTY LIST (ChD)
PATENTS COURT
BETWEEN:
Claim No. HP-201 7-000048
Glaimant
Defendants
CONVERSANT WIRELESS LICENSING S.i r.l(a company incorporated under the laws of Luxembourg)
-and-
HUAWEI TECHNOLOGIES CO., Ltd.(a company incorporated under the laws of the People's Republic of China)
HUAWEI TECHNOLOGIES (UK) CO., LIMITED
ZTE CORPORATION(a company incorporated under the laws of the People's Republic of Ghina)
zTE (UK) LTMTTED
ANNEX 3
TO THE STATEMENT OF GROUNDS
FOR AMENDMENT OF EP (UKl1,878,177
Claims
1. A method comprising:
signalling first control information on a shared control channel from a radio access network to
a mobile station (UEl , 10) for use in processing data packets transmitted on an associated shared data
channel carrying both fixed allocation data packets, for which a fixed allocation is configured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmission parameters, the transmission parameters comprising:
a modulation scheme;
radio resources used on the shared data channel, in the form of one or more
channelisation codes;
transport block size; and
HARQ-related information,
transmitting a first data packet to the mobile station (UE1, 10) on the shared data channel using
the transmission parameters of the first control information, the first data packet being in a said fixed
allocation;
for at least one subsequent transmission on the shared data channel in the fixed allocation,
signalling control information to the mobile station (UE1, 10)on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent transmission differ from one or more
corresponding values used for transmitting the first data packet; and
indicating to the mobile station whether the transmission parameter values of the control
information signalled for said at least one subsequent transmission should be stored by the mobile
station.
7. A method comprising:
receiving first control information on a shared control channel from a radio access network at a
mobile station (UE1, 10)for use in processing data packets transmitted on an associated shared data
channel carrying both fixed allocation data packets, for which a fixed allocation is configured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmission parameters, the transmission parameters comprising:
a modulation scheme;
radio resources used on the shared data channel in the form of one or more
channelisation codes;
transport block size; and
HARQ-related information,
receiving a first data packet on the shared data channel using the transmission parameters of
the first control information, the first data packet being in a said fixed allocation;
for at least one subsequent reception on the shared data channel in the fixed allocation,
receiving control information at the mobile station (U E 1 , 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent reception differ from one or more
corresponding values used for receiving the first data packet; and
receiving an indication from the radio access network whether the transmission parameter
values of the control information received for said at least one subsequent reception should be stored
by the mobile station.
13. A network element (Node B, 10) configured to:
signal first control information on a shared control channel from the network element (Node B,
1 0) to a mobile station (U E 1 , 10) for use in processing data packets transmitted on an associated shared
data channel carrying both fixed allocation data packets, for which a fixed allocation is configured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmission parameters, the transmission parameters comprising:
a modulation scheme;
radio resources used on the shared data channel, in the form of one or more
channelisation codes;
transport block size; and
HARQ-related information,
transmit a first data packet to the mobile station (UE1, 10) on the shared data channel using
the transmission parameters of the first control information, the first data packet being in a said fixed
allocation;
for at least one subsequent transmission on the shared data channel in the fixed allocation,
signal control information to the mobile station (UE1, 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent transmission differ from one or more
corresponding values used for transmitting the first data packet; and
indicate to the mobile station whether the transmission parameter values of the control
information signalled for said at least one subsequent transmission should be stored by the mobile
station.
'18. A mobile station (UE1, 10) configured to:
receive first control information on a shared control channel from a radio access network at the
mobile station (UE1, 10)for use in processing data packets transmitted on an associated shared data
channel carrying both fixed allocation data packets, for which a fixed allocation is configured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmission parameters, the transmission parameters comprising:
a modulation scheme;
radio resources used on the shared data channel, in the form of one or more
channelisation codes;
transport block size; and
HARQ-related information,
receive a first data packet on the shared data channel using the transmission parameters of
the first control information, the first data packet being in a said fixed allocation;
for at least one subsequent reception on the shared data channel in the fixed allocation, receive
control information at the mobile station (U E1 , 10) on the shared control channel, the control information
comprising one or more different transmission parameter values, only if one or more transmission
parameter values for said at least one subsequent reception differ from one or more corresponding
values used for receiving the first data packet; and
receive an indication from the radio access network whether the transmission parameter values
of the control information received for said at least one subsequent reception should be stored by the
mobile station.
24. A method comprising:
signalling first control information on a shared control channel from a radio access network to a
mobile station (UE1, 10) for use in processing data packets transmitted on an associated shared data
channel carrying both fixed allocation data packets, for which a fixed allocation is configured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmission parameters, the transmission parameters comprising:
a modulation scheme;
radio resources used on the shared data channel, in the form of one or more channelisation
codes;
transport block size; and
HARQ-related information,
transmitting a first data packet to the mobile station (UE1 , 10) on the shared data channel using
the transmission parameters of the first control information, the first data packet being in a said fixed
allocation;
for at least one subsequent transmission on the shared data channel in the fixed allocation,
signalling control information to the mobile station (UE1 , 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent transmission differ from one or more
corresponding values used for transmitting the first data packet;
signalling second control information, the second control information for defining a periodicity
of transmissions of data packets in the fixed allocation, from the radio access network to the mobile
station(UE1,1O)ontheshareddatachannel,thesecondcontrol informationbeingsignalledataradio
resource control layer; and
signalling, at the radio resource control layer, a HARQ process lD used for the fixed allocation.
28. A method comprising:
receiving first control information on a shared control channel from a radio access network at a
mobile station (UE1, 10) for use in processing data packets transmitted on an associated shared data
channel carrying both fixed allocation data packets, for which a fixed allocation is configured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmission parameters, the transmission parameters comprising:
a modulation scheme;
radio resources used on the shared data channel in the form of one or more
channelisation codes;
transport block size; and
HARQ-related information,
receiving a first data packet on the shared data channel using the transmission parameters of
the first control information, the first data packet being in a said fixed allocation;
for at least one subsequent reception on the shared data channel in the fixed allocation,
receiving control information atthe mobile station (UE1, 10) on the shared controlchannel, the control
information comprising one or more ditferent transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent reception differ from one or more
corresponding values used for receiving the first data packet;
receiving second control information, the second control information for defining a periodicity of
transmissions of data packets in the fixed allocation, from the radio access network to the mobile station
(UE1, 10) on the shared data channel, the second control information being signalled at a radio resource
control layer; and
receiving, at the radio resource control layer, a HARQ process lD used for the fixed allocation.
32. A network element (Node B, 10) configured to:
signal first control information on a shared control channel from the network element (Node B,
10) to a mobile station (UE1 , 10) for use in processing data packets transmitted on an associated shared
data channelcarrying both fixed allocation data packets, forwhich a fixed allocation is configured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmission parameters, the transmission parameters comprising:
a modulation scheme;
radio resources used on the shared data channel, in the form of one or more
channelisation codes;
transport block size; and
HARQ-related information,
transmit a first data packet to the mobile station (UE1, 10) on the shared data channel using
the transmission parameters of the first control information, the first data packet being in a said fixed
allocation;
for at least one subsequent transmission on the shared data channel in the fixed allocation,
signal control information to the mobile station (UE1, 10) on the shared control channel, the control
information comprising one or more different transmission parameter values, only if one or more
transmission parameter values for said at least one subsequent transmission differ from one or more
corresponding values used for transmitting the first data packet;
signal second control information, the second control information for defining a periodicity of
transmissions of data packets in the fixed allocation, from the network element (Node B, 10) to the
mobile station (UE1, 10)on the shared data channel, the second control information being signalled at
a radio resource control layer, and
signal, at the radio resource control layer, a HARQ process lD used for the fixed allocation.
35. A mobile station (UE1, 10)configured to:
receive first control information on a shared control channel from a radio access network at the
mobile station (UEl, 10)for use in processing data packets transmitted on an associated shared data
channel carrying both fixed allocation data packets, for which a fixed allocation is configured, and
normal data packets without fixed allocation, and wherein the first control information comprises
transmission parameters, the transmission parameters comprising:
a modulation scheme;
radio resources used on the shared data channel, in the form of one or more
channelisation codes;
transport block size; and
HARQ-related information,
receive a first data packet on the shared data channel using the transmission parameters of
the first control information, the first data packet being in a said fixed allocation;
for at least one subsequent reception on the shared data channel in the fixed allocation, receive
control information at the mobile station (UE1, 10) on the shared control channel, the control information
comprising one or more different transmission parameter values, only if one or more transmission
parameter values for said at least one subsequent reception differ from one or more corresponding
values used for receiving the first data packet;
receive second control information, the second control information for defining a periodicity of
transmissions of data packets in the fixed allocation, from the radio access network to the mobile station
(U E1 , 10) on the shared data channel, the second control information being sig nalled at a radio resource
control layer; and
receive, at the radio resource control layer, a HARQ process lD used for the fixed allocation.