bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The mobile device as claimed in claim 1 or 2 wherein the first isolation element and the second isolation element each have a length which is substantially 0.25 wavelength of a central operation frequency of the antenna system.

Related passage: The isolation element 13 includes a first portion 131 and a second portion 132.The first antenna 11 the first portion 131 of the isolation element 13 the second portion 132 of the isolation element 13 and the second antenna 12 are sequentially arranged along an edge of the ground element 14.The first portion 131 has an inverted L shape and the second portion 132 also has an inverted L shape.A first end of the first portion 131 is coupled to the ground element 14 and the first portion 131 resonates in the first communication band.A first end of the second portion 132 is also coupled to the ground element 14 and the second portion 132 resonates in the second communication band.A second end 133 of the first portion 131 and a second end 134 of the second portion 132 are both open ends.Additionally the second end 133 of the first portion 131 is spaced apart a coupling distance 135 from the second end 134 of the second portion 132.Be noted that in this embodiment the second end 133 of the first portion 131 and the second end 134 of the second portion 132 are spaced to the ground element with the same distance.
Patent claim: A conductive film 1 comprising a substrate 10 and a first hard coated layer 12 disposed on the substrate a second hard coated layer 14 disposed on the first hard coated layer 12 and made of a silicon material a first refraction layer 16 disposed on the second hard coated layer 14 a second refraction layer 18 disposed on the first refraction layer 16 and a transparent conductive layer 20 disposed on the second refraction layer 18 and partially overlapping the second refraction layer 18 wherein when a light enters into the transparent conductive layer 20 of the conductive film 1 with an incident angle the first refraction layer 16 reflects the light by a first reflectance R1 when the light enters into the second refraction layer 18 with the incident angle the second refraction layer 18 reflects the light by a second reflectance R2 and a difference between the first reflectance R1 and the second reflectance R2 is less than a first threshold value.

Related passage: The undercoat layers 13 and 23 are formed from a laminate of two or more layers having different light refractive indices wherein the layer having a lower refractive index is formed on the side of the transparent conductive films 12 and 22 respectively in order to increase the transparency.
Patent claim: An User Equipment UE configured to carry out a method according to any of claims 1 to 14.

Related passage: A mobile station that operates in a PLMN system is associated with a home network i.e.an HPLMN Home Public Planned Mobile Network.Subscription is typically made for specific services herein referred to as HPLMN services permitted of the mobile station pursuant to its service subscription.When the mobile station is positioned to be in direct communication connectivity at the HPLMN such services are made available to the mobile station upon its authentication at the HPLMN.When however the mobile station roams beyond the coverage area of the HPLMN or otherwise does not communicate directly with the HPLMN the mobile station accesses the HPLMN by way of another network such as a WLAN.An authentication mechanism carried out by way of the other network for access by the mobile station to the HPLMN services is sometimes required.
Patent claim: The ultrasonic diagnostic apparatus of claim 1 wherein the blood flow information includes at least one of location of blood flow and distribution of blood flow.

Related passage: Hereinafter various embodiments for setting the first and second sets of scan lines will be described in detail with reference to FIGS.3 to 12.In one embodiment the first set of scan lines may be set to detect blood flow regions or blood vessel regions in thefull scan region while the second set of scan lines may be set to scan at least one blood flow region or blood vessel regions.The setting of the second set of scan lines may adaptively vary depending on the detection result of the blood flow during the scanning of the first set of scan lines.The scanning may be carried out by transmitting a transmit beam along each of the scan lines as many as a predetermined ensemble number or packet number and receiving echo signals.The detection of the blood flow may be implemented by detecting a Doppler shift frequency from the echo signals and comparing the Doppler shift frequency with a threshold.For example if the detected Doppler shift frequency is greater than the threshold then it may be determined that the blood flows exist.Otherwise it may be determined that the blood flows do not exist.In one embodiment a wide width of a transmit beam for scanning the first set of scan lines may be used to prevent errors upon occurrence of which the blood flow regions which are in fact existent are not detected.Also a multi beam or a flat beam may be used as the transmit beam for scanning the first set of scan lines.Further a zone beam forming may be utilized.
Patent claim: The method of Claim 1 wherein the step of applying a tip sweep comprises applying a negative sweep a neutral sweep or a positive sweep to the leading edge near the tip of the one or more rotor blades.

Related passage: Figure 4 illustrates schematically a method of improving aerodynamic efficiency of the turbofan engine 10 illustrated in Figure 1 by derivation for example.Modern turbofan engines are typically derived from existing engines having proven experience in commercial service.Corresponding changes or modifications thereof may then be effected in accordance with conventional design practices which however must be balanced in view of the various competing parameters such as efficiency and stall margin for example.Further increasing efficiency and aerodynamic loading typically requires reduction in stall margin and must therefore be balanced for overall performance.
Patent claim: The method according to claim 5 characterised in that the method further comprises the steps of announcing by the centralised server 10 the lookup reply which is sent by the centralised server 10 to the first customer edge device CE1 also to the other customer edge devices CE2 CE3 for their learning of addresses from the centralised server 10.

Related passage: At step 210 the IRSCP 106 determines the protocol control values to be set within each router to fulfill the group assignments.In one embodiment of the invention there are seven BGP protocol control values that can be set in any router.The protocol control values are referred to in BGP as the community values i.e.local preferences.These community values include five route preferences one route denial and another value that is used for denying the route for all route groups except for a specific route group.A customer can use these seven defined community values to communicate their policies to the provider.In one embodiment any given edge router may be included in up to thirty two different route groups within various network configurations.As such an edge router may be contained within a number of different route groups defining different regions of the network.Once the community values are determined for each edge router to fulfill the policy requirements the method 200 proceeds to step 212.At step 212 the IRSCP creates BGP messages to communicate the customer policy into the edge routers by using control knobs such as local preferences.IRSCP can use other protocolsbesides BGP or use other knobs besides local preference to communicate the routing policy to the edge routers..
Patent claim: The communication system of any one of the preceding claims wherein the first conductor path and the second conductor path are comprised in a dualconductor optical cable.

Related passage: Figure 2 shows an exemplary embodiment of the distribution box 4.It may include a pressureresistant sea case 20 of high tensile steel which houses all the electrical and optical components a pair of hybrid connectors 21 and 22 to connect the trunk cables 3 and a plurality of secondary hybrid connectors 25 to connect the secondary cables 24.Secondary connectors 25 may be provided in any number e.g.between 1 and 10 or more depending on applications.Hybrid connectors with suitable properties in terms of mechanical resistance electrical losses and optical losses are commercially available.The details of the connectors are not shown on Figure 2.
Patent claim: A plurality of silicon domains having a size distribution with a d10 a d50 and a d90 whereby d50 is 500nm or less and the ratio d90d10d50 is 2.8 or less.

Related passage: As shown in FIG.6 while the range of D10 to D90 of silicon nanoparticles prepared in Comparative Example 1 shows a wide dispersion in the range of about 5 to about 300 nm the range of D10 to D90 of silicon nanoparticles prepared in Example 1 shows a narrow dispersion in the range of about 10 to about 90 nm.Thus the negative active material prepared in Example 1 has better size dispersion characteristics of silicon nanoparticles than those prepared in Comparative Example 1.
Patent claim: A consumer device as described in claim 1 where the duration of a temporary control status is the duration of a timeout period for user input.

Related passage: The method may involve determining the time relative to an initial instruction at which a subsequent instruction is received during the time period.This time value could then be used to determine the adjustment to the time delay particularly by multiplying the time between the successive instructions by a predetermined factor.Alternatively the time at which a subsequent instruction is received relative to an initial instruction could be compared with one or more threshold values and the time delay can be increased if the time at which the subsequent instruction is received is below a first threshold value.Similarly the delay period can be decreased if the time at which the subsequent instruction is received is above a second threshold value.The first and second threshold values may be the same value or different values.
Patent claim: Method for controlling the speed of a rotating drum of a horizontal axis washing machine comprising a step for assessing the weight of the laundry load characterized in that it comprises a step to determine for the assessed load weight a drum speed which maximizes the mechanical action to the laundry andor a drum speed which corresponds to the highest efficiency of the motor.

Related passage: The control unit of the textile treatment apparatus is adapted to modify the drum rotation mode in dependency of the textile type the humidity of the textiles or the textile weight.Or the modification is made in dependency of two or all of these textile parameters.The drum rotation mode is sometimes called the mechanics i.e.the physical mechanical action onto the textiles by the drum rotation.The mechanics is influenced by the rotation speed of course it is assumed that the drum as such can not be modified the ratio of drum rotation periods versus drum stop periods andthe ratio of forward drum rotation period to inverse rotation period.
Patent claim: The wireless communications device of claim 12 wherein the remote destination 112 is a preconfiguration server configured to provide preconfiguration information for one or more subsequent shortrange communication sessions with the proximate wireless communications device 110.

Related passage: In the example of fig.1 a user 107 who arrives in the underground area 109 and who has not yet subscribed to the electronic ticket service may subscribe to the service by connecting his Bluetooth device 107a to a Bluetooth access point 104 of the service provider via a Bluetooth service device 104a.At the access point 104 the customer 104 may perform a payment transaction select a desired subscription and receive a link key.With the link key the users Bluetooth device 107a may subsequently establish secure Bluetooth connections with the Bluetooth transceivers 101 and 102af.
Patent claim: The method of claim 9 wherein configuring the mobile device comprises displaying services accessible by the IVIS from the mobile device when connected.

Related passage: After the portable information processor 10 is detached from the first device 1 step S16 YES assume that this portable information processor 10 is connected to the second device 2 step S17.Then assume that the information acquiring unit 13 acquires the device identification information specific to the connected second device 2 and determines the connected device executes step S2 and step S3 of Fig.2.
Patent claim: Laundry washing machine 1 according to claim 13 or 14 wherein said retaining element 18 comprises a base portion 18a fixed or fixable to said upper edge 200a of said jacket 200 and a retaining portion 18b fixable to said base portion 18a in such a way that at least a portion of said one or more pipes 21 is fixed to the cabinet 2 by said support element 115.

Related passage: The wash aid container 200 may be a commercially available container and may be used asis without modification.Alternatively the liquid wash aid may be stored in a container adapted for such a purpose for the washing machine.
Patent claim: The method of any one of the claims 1 or 2 wherein the at least one intersection 105 1051 1052 connects a plurality of road segments 11011107 stored in the database 504 wherein the curved path 210 deviates at least partially from the road segments 11011107 of the at least one intersection 105 1051 1052.

Related passage: In a case B the road 1301 has a painted road sign 1321 for traffic regulation.The painted road sign 1321 includes a left turn arrow a straight arrow and a right turn arrow but does not include an arrow going obliquely leftward to the road 1303.In the case B the guiding line 1332 going obliquely leftward to the road 1303 should be omitted from the guiding lines set in the case A.The Uturn guiding line 1335 is omitted from the illustration of the case B.The guiding line 1335 may be set in a Uturn allows intersection region.
Patent claim: The electronic apparatus 100 as claimed in any one of claims 1 to 3 wherein the authentication information includes subsystem identification and key information for accessing the AP.

Related passage: Referring to FIG.5 at operation S500 the electronic device 100 executes an application.As explained above with reference to FIG.3 the electronic device 100 may download an application with an NFC tagging operation and execute the downloaded application.
Patent claim: The solar cell of one of claims 1 and 2 wherein the antireflection layer 130 comprises at least one layer.

Related passage: An ntype singlecrystal thin plate is cut out of an ntype singlecrystal silicon ingot.A through hole penetrating from the lightreceiving surface to the back surface of the ntype singlecrystal silicon thin plate is formed thereby the ntype singlecrystal silicon substrate 11 is formed.
Patent claim: A method according any one of claims 11 to 12 wherein the method further comprises replacing one or more supply reservoirs of a plurality of supply reservoirs in the treatment solution source while delivering treatment solution to the first intermediate container or the second intermediate container.

Related passage: The device thus does not require frequent weighing or adjustment operations by the staff and is capable of continuously performing treatment in a safe manner while appropriately controlling the body fluid weight of the patient.Furthermore a dialysate reservoir unit 21 or a replacement fluid reservoir unit 22 can be exchanged as needed or in the case where the filtrate and dialysis drain fluid are collected in a tank the tank can be exchanged as needed without directly affecting the measurement of the weight of removed body fluid or without terminating the treatment.
Patent claim: An ink container being attacheddetached to a container installed part of an inkjet image forming apparatus to store an ink comprising an RFID tag configured to carry out wireless communication with an RFID sensing circuit board of the container installed part a pouch pack configured to contain the ink and to include a supply port discharging the ink and a container case configured to house the pouch pack wherein the container case includes a pack holding part configured to hold the pouch pack to which the supply port is fixed anda tag fixing part to which the RFID tag is fixed at a distance from the pack holding part provided adjacent to the pack holding part and having a needle insertion part in which a needle of the container installed part is inserted.

Related passage: In the description of each embodiment the section for making possible data transfer to and from the data transfer section 34 by electric conduction of the contacts isillustrated as the interface section 54 but the scope of the invention is not limited to it a section containing a coil antenna for making possible data transfer to and from the data transfer section 34 in a noncontact manner is also included as the interface section 54.In this case relative positioning between the antenna placed in the interface section 54 and an antenna placed in the data transfer section 34 is carried out reliably the reception and transmission correspondence between the antennas is established precisely and reliable data transfer is realized.Other points are similar to each embodiment described above and similar advantages are provided.
Patent claim: Method according to claim 1 or 2 characterised in that ZrO2 sensors are used as said species concentration sensors 22 22aI 23.

Related passage: As mentioned above because the composition of the combustion gas is largely preserved the oxygen sensor or multiple sensors may be placed in any location downstream of the flame 32 where it is in contact with the products of combustion with a low or moderate dilution of air.Thus the location may be any location between the outlet of the combustion chamber 26 and the exhaust of the turbine portion 16.In the illustrated example the gas turbine system 10 comprises more than one turbines and the oxygen sensor 34 is placed in the location 40 at an intermediate passage between two turbines.Alternatively the oxygen sensor 34 may be placed in a location adjacent to a turbine blade in a passage between a turbine blade and a guide vane within the turbine portion 16.Alternately for convenience of access and servicing the oxygen sensorsensors may be placed at the location 42 after the last stage of the turbine portion 16.Still alternately the oxygen sensorsensors may also be placed at a location 44 at the outlet of the combustion chambers 26.
Patent claim: The branching unit 210 of any previous claim whereinthe optical cable is a submarine cable andthe branching unit 210 is configured for submarine applications.

Related passage: The optical branching device 40 is constituted by optical amplification sections 411 and 412 and the optical branching section 42.The optical amplification sections 411 and 412 each redirect the pump light originated from the branch station 30 and propagated through the line to the paired line through which the optical signal transmitted from the branch station 30 flows to excite an amplification medium 41c inserted in the paired line and doped with an active material for optical amplification and thereby amplify the power of theoptical signal transmitted from the branch station 30.
Patent claim: Method according to claim 9 or 10 wherein at least one of the step of calculating and the step of adapting are periodically repeated to keep at least the adapted time uptodate.

Related passage: Although the scheduled transmission time for the queue from which a packet should be transmitted with the highest priority is also stored in the scheduled transmission time storage 12 as described above there is a possibility that the queue with the highest priority has been changed because the scheduled transmission time 30 and the packet validity flag 32 have been updated according to the packet reception.Therefore the sorting circuit 17 performs sorting on the basis of the updated information to select a queue with the highest priority.
Patent claim: A surgical apparatus comprising a detachable shaft module and a handle module connected to the detachable shaft module for collectively performing a surgical procedure wherein the handle module comprises a rotary drive system for driving the detachable shaft module an electric motor coupled to the rotary drive system for powering the rotary drive system means for monitoring a performance parameter of at least one of the electric motor and the rotary drive system and means for taking a remedial action upon a determination that the performance parameter is outside an acceptable performance band.

Related passage: In some embodiments the sensors 20 may detect failure or impending failure of an individual component 110180 and send a signature to alert the user to replace the handle 30 or the surgical instrument 10.The sensor 20 may send an audible signature such as a tone or the sensor 20 may send an electronic signature to the processor 22 to provide visual indicia on the display 36 as shown in FIG.4.In some embodiments the processor 22 may disable the handle 30 from future use when the processor 22 receives a signature corresponding to failure of a component e.g.components 110180 of the handle 30 or the surgical instrument 10.Additionally or alternatively the processor 22 may provide audible indicia of a failure or impending failure.In addition the failure or impending failure may be transmitted as data to the cloud 55 FIG.1 or to the processing unit 60.
Patent claim: A carbon dioxide recovery system comprising a carbon dioxide absorbing device 20 for absorbing carbon dioxide in combustion exhaust gas into an absorbing solution by bringing the combustion exhaust gas into contact with the absorbing solution which absorbs carbon dioxide a dissolved oxygen removing device 20 for removing dissolved oxygen in a rich absorbing solution 5 into which carbon dioxide has been absorbed by the carbon dioxide absorbing device a bubble removing device 30 for removing bubbles containing oxygen in the rich absorbing solution 5 into which carbon dioxide has been absorbed by the carbon dioxide absorbing device and a regenerating device 40 which regenerates the absorbing solution by releasing carbon dioxide from the absorbing solution from which oxygen has been removed by the dissolved oxygen removing device and the bubble removing device and obtains carbon dioxide gas.

Related passage: Within stripping column 151 the oxygen scavenging gas rises in countercurrent flow against downflowing carbon dioxide loaded absorbent.Stripping column 151contains column internals or mass transfer elements such as trays or random or structural packing.As the oxygen scavenging gas rises oxygen within the absorbent is stripped from the downflowing absorbent into the upflowing scavenging gas resulting in oxygen containing scavenging gas at the top of stripping column 151 and into oxygen depleted carbon dioxide loaded absorbent at the bottom of stripping column 151.The oxygen containing scavenging gas is withdrawn from the upper portion of column 151 in stream 150.Stream 150 will typically contain some carbon dioxide in addition to oxygen and other species.This stream can be vented to the atmosphere used as is or mixed with the final product carbon dioxide in stream 16 as shown in the Figure as stream 72.The oxygen depleted carbon dioxide loaded absorbent typically containing less than 2 ppm oxygen and preferably less than 0.5 ppm is withdrawn from the lower portion of column 151 in stream 153 passed to liquid pump 8 and from there in stream 9 to and through heat exchanger 10 wherein it is heated by indirect heat exchange to a temperature generally within the range of from 90 to 120C preferably from 100 to 110C.