bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method of claim 1 wherein at least some of the records indicate one or more second lookup keys to be used in one or more respective further accesses to the data structure.

Related passage: Figs.5A and 5B illustrate overall flow for packet processing by a firewall which supports multiple domains.Such processing includes determining the domains which the packet is to cross examining the applicable rules to ascertain whether the packet may pass and determining whether any special processing is required.In the firewall each domain is associated with one or more network interfaces.Interfaces that support more than one domain are separated using an IP address range to distinguish the packets.The following steps are included501 an IP packet is received by the firewall at an interface 502 the session key is obtained from the IP header of the packet 503 on the basis of which interface received the packet and the source IP address of the received packet the source domain is determined as described separately below with reference to Figs.6 and 7 if no domain is found the process skips to step 505 504 using the session key from step 502 the cache of the source domain is searched for a match if a match is found in the cache and if the action is not drop the process continues with step 505 if a match is found in the cache and the action is drop the packet is dropped and the process returns to step 501 if no match is found in the cache the rule set for the source domain is searched for a match if a match is found in the rules and if the action is not drop the process continues with step 505 if a match is found in the rules and the action is drop a corresponding entry is included in the cache the packet is dropped and the process returns to step 501 if no match is found in the rules the packet is dropped and the process returns to step 501 505 the destination interface is determined using the local area network LAN address of the packet and if the source domain rule specifies a destination interface using that destination interface and a routing table506 using the destination interface and the destination address of the packet the destination domain is determined if the destination domain is not found or if the destination domain matches the domain just checked the process skips to step 508 507 cache lookup and if required rule set lookup for the destination domain are carried out in a manner analogous to that employed for the source domain in step 504 508 if a rule that applies to the packet calls for an address change e.g.to a proxy or for insertion of one packet into another tunnel option the process returns to step 505 for processing based on the changed destination 509 if the packet was not processed with respect to any domain the packet can be dropped as a firewall owner has no interest in supporting communications between interfaces which are not subject to any access rules 510 with all actions having resulted in pass the packet is sent out the appropriate network interface.
Patent claim: The method of claim 2 wherein the packet based network comprises the Internet 114.

Related passage: The service communications device 211 e.g.the Bluetooth unit 104a at the service access point 104 shown in fig.1 may comprise components similar to the user communications device a Bluetooth transceiver 216 a processing unit 214 including a RAM 214a a memory 215 with a ROM section 215a and an EPROMEEPROM section 215b.
Patent claim: The method of any of claims 15 further comprising allocating a transmission resource for at least one unicast DL transmission transmitting control information to the mobile station for each respective transmission comprising for each at least one unicast DL transmission transmitting a DL unicast control and traffic segment comprising a portion of the DL unicast control and traffic segment that defines the control information for use in transmitting the unicast DL transmission and a portion of the DL unicast control and traffic segment for transmitting data for the respective unicast DL transmission.

Related passage: In Fig.9 a general scheduling procedure with Node B controlled time and rate scheduling is shown.When a user equipment wants to be scheduled for transmission of data on EDCH it first sends a scheduling request to Node B.Tprop denotes here the propagation time on the air interface.The contents of this scheduling request are information scheduling information for example buffer status and power status of the user equipment.Upon receiving that scheduling request the Node B may process theobtained information and determine the scheduling assignment.The scheduling will require the processing time Tschedule.
Patent claim: The antenna structure 2200 FIG.17FIG.18 of claim 1 further comprising an isolation grounding gi3 or gi4 terminal for connecting the ground plane G5 an isolation section si3 or si4 being conductive extending from one ofthe feed terminal d5 and the tail grounding terminal g5 to the isolation grounding terminal along the loop 2202 without overlapping the head section sa5 and the intermediate section sb5.

Related passage: In a second slot antenna mode of operation components 421 and 423 may be closed low impedance state.Component 422 may be open or operating in a highimpedance state due to the operating frequency of the antenna.Path 92 may also be omitted from antenna 40 if desired.In this second slot mode of operation antenna40 functions as a slot antenna with inner perimeter HB2.The size of perimeter HB2 is smaller than the size of perimeter HB1 so antenna 40 will resonate in a higher frequency band in the second slot mode of operation than in the first slot mode of operation.
Patent claim: A mobile device MD comprisinga communication unit CU for communicating with a transponder TPa configuration unit CNF for configuring the mobile device MD wherein the configuration unit CNF is arranged to retrieve configuration data CD from the transponder TP and wherein the configuration unit CNF is arranged to configure the mobile device MD based on the configuration data CD.

Related passage: The determination unit 34 determines whether any one of the policy identifiers stored by the storage unit 33 is included in the data received from the RFID tags 5a b.In other words the determination unit 34 searches to find whether one of the policy identifiers stored by the storage unit 33 matches the policy ID in the data received from the RFID tags 5a b.Lets consider an example wherein the data received by the receive unit 31 has a policy ID 01h in the policy code.The determination unit 34 performs a search to find whether any one of the policy IDs 01h 02h 03h 04h stored by the storage unit 33 is in the received data.In the present embodiment the policy ID 01h stored by the storage unit 33 matches the policy ID 01h in the data received by the receive unit 31.In this case the determination unit 34 determines that the policy identifier 01h stored by the storage unit 33 is included in the data received by the receive unit 31.Furthermore the determination unit 34 extracts the control policy corresponding to the policy ID 01h in the data received by the receive un it 31.
Patent claim: The storage system according to claim 1 wherein the control module is configured to update a status of the target logical volume on which to perform the storage function.

Related passage: Fig.1 shows the structure of a storage system described as one embodiment of the invention.This storage system is operated in for example an IDC.In the figure a first storage control apparatus 10 and the second storage control apparatus 20 are disk array apparatuses that operate storage devices such as for example disk drives in RAID Redundant Array of Inexpensive Disks scheme execute data inputoutput processes to the storage devices using a data inputoutput control unit 19 in response to data inputoutput requests such as data writein requests and data readout requests transmitted from a host computer 30 and function as data storage for the host computer 30.The first and the second storage control apparatuses 10 20 may be sometimes also referred to as the transfer storage control apparatus and the ordinary storage control apparatus respectively in the specification.It is simply to more clearly distinguish the first and the second storage control apparatuses without intended to give any specific interpretation.
Patent claim: The microwave heating apparatus according any one of claims 1 to 7 wherein the control unit is configured to select for feeding the generated microwaves to the cavity transmission lines among the plurality of transmission lines based on the obtained signals and optionally based on at least one of a desired heating pattern in the cavity a predetermined cooking function and information about the load.

Related passage: The microwave heating device according to Embodiment 5 is configured such that provision of the phase control part 26 on one of the power feeding routes from the power divider part 27 makes it possible to control the phase difference of the microwave in one power feeding route.It is to be noted that similarly to the microwave heating device according to Embodiment 4 the power feeding routes are each provided with a power amplifier part that amplifies microwave power a power detecting part that detects the supply power and the reflected power and a power feeding part being an antenna.That is in the microwave heating device according to Embodiment 5 a power amplifier part 23a or 23b a power detecting part 24a or 24b and a power feeding part 25a or 25b are provided at the corresponding power feeding route.
Patent claim: The method of claim 5 wherein the updating the selected estimates based on the remaining nonselected estimates comprises calculating an expected value of the selected estimates based on the remaining nonselected estimates.

Related passage: First a single sparsity parameter was used to balance the model performance with the 11 penalty of the component gains.This invention proposes to use multiple sparsity parameters 1 one for each component to control the model sparsity on a percomponent basis.
Patent claim: The input device according to claim 1 wherein the preliminary determination processing includes processing to determine a manipulation region in which input will be made and the processor is configured to change the determination processing of the input manipulation detail according to the manipulation region.

Related passage: Here when the orientation of the display panel with respect to the user and the orientation of the GUI display do not match when the display panel is arranged in such a manner that the top thereof is oriented on the left side with respect to a user for example the user sometimes cannot intuitively input an operation in accordance with the direction of the GUI display.
Patent claim: A media registration method for an image forming device 10 comprising the steps of a printing a number of test charts 34 by forming with the image forming device 10 a predetermined pattern of test marks 50 on respective substrate sheets 20 b forming at least one substrate mark in each of the substrate sheets 20 c scanning both sides 46 48 of each test chart 34 d measuring positional relationships between the test marks 50 and the at least one substrate mark of each test chart and e comparing for each test chart 34 the positional relationships measured on a front side 46 of the test chart to those measured on a back side 48 characterized in that the step b includes punching at least one hole 54 through the substrate sheet 20 and step d includes using the punched hole 54 as a substrate mark.

Related passage: The screen of the part b of Fig.7 shows media printing modes and an automatic feed selection.On the screen there are designated as the media Color Red Paper A4 as the printing mode perfecting print and as the automatic feed selection present.There is a possibility that a misregistration amount of images in the front and the back of a printing paper is varied in accordance with type and size of the printing paper.And thus a user designates the type and the size to print the abovementioned patterns A B C and D on the front and the back and measures and determines a misregistration amount beforehand.Thereafter designation of the media name on the screen of the part a of Fig.7 makes it possible for the user to identify the type and size of the printing paper.Thus the user knows a correcting value to be corrected and designates the correcting value.The designated correcting value is stored in the correcting storage section 5112 as the adjustment parameter H.In the manner as mentioned above when the perfecting print is designated a size of an image to be printed on the front of a printing paper is corrected on page description data representative of the image and the page description data adjusted in the size of the image is rasterized.Accordingly in the perfecting print it is possible to create data for printing in which sizes of images on the front and the back are sufficiently coincident with oneanother.
Patent claim: A method according to claim 4 wherein the process for determining the aggregate time stamp value is selected according to metadata associated with the individual time stamp values.

Related passage: Figure 3 provides a schematic illustration of a part of the system which is used for generating the highlight summary of the football match.In Figure 3 an ingestion processor 30 is arranged to receive the event log for example in a form of the flash memory 12 and is also arranged to receive the recording of the football match fromeach of the cameras 1 2 3 for example in the form of recorded DVDs 32 34 36.Also received by the ingestion processor 30 is an editing action list 38 although this may have already been preloaded into the ingestion processor 30.The editing action list 38 specifies for each of the possible event codes which the operator 4 may have selected during the football match actions which are to be performed on the recording or recordings of the football match to produce automatically the highlight summary of the football match.
Patent claim: Method 10 according to claim 8 wherein modifying 13 the packet header of the received Ethernet packet comprises modifying a MAC destination address field or a MAC source address field of the Ethernet packet.

Related passage: FIG.1 is a block diagram of an Ethernetswitched network 100.The network 100 includes a MAN 102 comprising a plurality of nodes represented in FIG.1 by nodes 10411045 10611066.Each of the nodes 10411045 10611066 comprises a router or switch.The nodes 10411045 comprise provider edge PE nodes located on the edge of the MAN 102 for permitting traffic ingress into and egress from the MAN from and to other networks.For example as shown in FIG.1 a first local area network LAN 108 is connected to the MAN 102 via a link between a client edge CE node 110 of the LAN and the PE node 1041.Similarly a second LAN 112 is connected to theMAN 102 via a link between a CE node 114 of the LAN and the PE node 1042.Each LAN 108 112 comprises a plurality of user devices represented in FIG.1 by devices 116A116D 118A118D which can transmit data to and receive data from other devices connected to the MAN 102 via the corresponding CE node 110 114.
Patent claim: A predictive motor vehicle driver assistance system according to any one of the preceding claims wherein the Route Identification function is further designed to compute attributes of each identified recurrent route comprisingRoute IdentifierRoute NameGeographic Attributes Waypoints belonging to the route route start Waypoint route end Waypoint total distance partial distances between adjacent Waypoints gradients etc.Use learning optimization etc.Driver Attributes average journey time Waypoint influence area crossing times namely elapsed time from when Waypoint Matching function determines that a Waypoint is the one closest to the current the motor vehicle position to when it determines that another one has become the closest Waypoint to the current the motor vehicle position journey average fuel consumption etc.Optimized attributes typically the optimal speed profile and in greater detailoptimal accelerator pedal positionoptimal gear.

Related passage: As shown in Fig.1 in a preferred embodiment the system of the current invention is designed to connect to a communication bus system 21 CAN bus or similar of a vehicle the same bus that all or some of the sensors 22 and vehicle monitoring devices are connected to.In this way the Driving Efficiency Improving System can have access to the data recorded captured or provided by the existing onboard sensors of the vehicle.
Patent claim: The assembly according to claim 1 wherein the joint part and the first frame are sheetshaped and the thickness of the joint part is larger than the thickness of the second frame.

Related passage: In addition ribs 8A and 8B receive reaction forces of gaskets 7B 7E and 7F which are positioned between separator 3 and assembly 1 on a surface that faces separator 2.According to this configuration rib 8A and 8B prevent first frame body 6A and second frame body 6B from being deformed.As a result it is possible to prevent the fuel gas from leaking toward a cathode surface side along a surface of MEA 5.Meanwhile frame portion 16C and second connection portion 16B look like individual bodies in FIG.2 but as illustrated in FIG.6 frame portion 16C and second connection portion 16B constitute third frame body 6C that is an integral member.
Patent claim: The method of any of claims 16 further comprising determining timing for receiving an ACKNAK from the mobile station based on configuration signalling in response to a previously sent transmission of the encoder packet.

Related passage: The packet scheduler for uplink is distributed between Radio Network Controller RNC and user equipment in 3GPP UMTS R99R4R5.On the uplink the air interface resource to be shared by different users is the total received power at a Node B and consequently the task of the scheduler is to allocate the power among the user equipments.In current UMTS R99R4R5 specifications the RNC controls the maximum ratepower a user equipment is allowed to transmit during uplink transmission by allocating a set of different transport formats modulation scheme code rate etc.to each user equipment.
Patent claim: The method of claim 1 further comprising prior to receiving the temporary subscriber identity determining the current location of the mobile device detecting that the current location is in a visited zone other than the first home zone and in response to the detecting transmitting a temporary identity request to the subscriber identity server the temporary identity request comprising an indication of the current location.

Related passage: The Mobile station 10 now loads all this information in its SIM stored in a store 43.This data is used in preference to the original subscription data 41.The original data may be retained on the SIM or it may be stored in the home network 11 and downloaded again when the user returns to his home network 11.
Patent claim: The UE of claim 21 further configured to if the upper layers indicate that there is no more PS data for a prolonged period of time and if the UE is in CELLPCH or URAPCH state and the triggered value is FALSE set the triggered value to TRUE and send the second SCRI message.

Related passage: As suggested above in some implementations the absence of a cause in a transition indication may also be used to determine whether the transition indication is a result of a normal or an abnormal condition and whether an alarm must be raised.For example if a cause is added only to denote normal conditions ie.nonabnormal such as for e.g.a request for PS data session end andor transition to idle mode and the network element receives a transition indication with no cause added the network element may infer from the absence of a cause that the transition indication is a result of an abnormal condition and raise an alarm.Conversely in another example if a cause is added only to denote abnormal conditions and the network element receives a transition indication with no cause the network element may infer from the absence of a cause that the transition indication is a result of a normal condition e.g.request for PS data session end andor transition to idle mode and not raise an alarm.
Patent claim: The rechargeable battery of one of the preceding claims wherein the connection member 35 is configured to be directly coupled to the terminal 31 and to the current collector 34.

Related passage: The secondary battery 100 includes a can 111 having an open upper end an electrode assembly 112 disposed in the can 111 and a cap assembly 120 coupled to the open upper end of the can 111 to seal the can 111.A thermal fuse 10 functions as a secondary protective device and is electrically connected to the electrode assembly 112 and the cap assembly 120.The thermal fuse 10 is disposed in the can 111 in the embodiment shown in Figure 5.
Patent claim: The apparatus as claimed in claim 9 wherein the device control information is address information of an external device which is referred by the first program.

Related passage: Referring to FIG.1A the image forming apparatus 100 may include a Universal Serial Bus USB interface unit 110 and a control unit 120.The image forming apparatus 100 may be printers copiers scanners facsimile machines or multifunction peripherals MFPs having combined functions in a single device.
Patent claim: A vehicle headlamp comprising a lamp unit adapted to incorporate a light source therein a bracket adapted to turnably support the lamp unit around an upper support shaft and a lower support shaft that are coaxially formed each other and an actuator adapted to turn the lamp unit through the lower support shaft the upper support shaft being retained on the bracket via a bearing holder wherein the bearing holder is formed integrally with a fixing portion for bracket a bearing holding portion adapted to hold a bearing for inserting the upper support shaft and a spring portion adapted to compress a tip end of the upper support shaft the fixing portion includes the bearing holding portion adapted to hold the bearing on a flat plate member in a manner that a center of the bearing is positioned in a plane including the flat plate member the fixing portion is provided with an elongated hole that is adjacent to the bearing holding portion and that extends in a direction crossing the upper support shaft the tip end of the upper support shaft to be inserted into the bearing is configured so as to be positioned in the elongated hole the spring portion includes a first extension portion that is extended to be bent from the fixing portion to the flat plate member a curved portion and a second extension portion that is further extended so as to be loosely engaged into the elongated hole of the fixing portion and the second extension portion is loosely engaged into the elongated hole in a direction that is substantially orthogonal to a direction of the flat plate member of the fixing portion and is configured so as to compress the tip end of the upper support shaft.

Related passage: Some vehicle lamps such as vehicle headlamps have a structure that allows an irradiating direction to be changed while the vehicle is operating.
Patent claim: A carbon fiber rim comprising a circular rim which comprises carbon fiber composites wherein the circular rim comprises two opposite side surfaces facing two brake pads and comprises two opposite hooks extending outward radially to hold tires and a heat conduction layer arranged on the side surface for forming a braking region facing the brake pad wherein the heat conduction layer comprise a porous or mesh heat conduction material.

Related passage: In other words the thermally conductive layers 544 and 546 the second portion are disposed inside of the structural support layers 532 534 and 536 the first portion that form the first and second circumferential side walls 522 and 524 in the thickness direction with respect to the center plane P.