bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A rubber or elastomer medical device comprising a surface treatment layer on at least a part of its rubber or elastomer surface the surface treatment layer comprising a functional layer formed of a silane compound containing a polyoxyalkylene group a metal saltcontaining hydrophilic group a halogen saltcontaining hydrophilic group or a fluorinecontaining hydrophobic group.

Related passage: To provide a desired function by forming polymer chains on the surface of a rubber vulcanizate or thermoplastic elastomer which usually has large irregularities it is necessary to form polymer chains having a certain height length from the surface with functional polymer chains being disposed on the top.Since functional monomers are usually very expensive the use of these monomers is economically disadvantageous unless the amount of polymer chains formed from these monomers is the minimum amount required to produce the desired function.In contrast the present invention provides a surface modification method in which polymer chains are first formed from inexpensive nonfunctional monomers on the surface of a modification target to build a certain scaffold a polymerizable silane compound is next polymerized or added to form silane polymer chains and a perfluoroether groupcontaining silane compound is further reacted with added to the silane polymer chains and the like whereby perfluoroether groupcontaining organic functional polymer chains are formed on the outermost surface.Thus the present invention can very costeffectively provide surfacemodified elastic bodies that are imparted with desired functions.It is to be noted that formation of only functional polymer chains having a perfluoroether group without forming nonfunctional polymer chains cannot give sufficient sliding properties.
Patent claim: The method according to any one of claims 7 to 9 wherein each clock gating cell is an integrated clock gating cell ICGC.

Related passage: The root clock signal may be distributed via additional instances of inverter 13 to various instances of a coarse clockgating unit 14 only one of which is shown here for the sake of illustration.Each coarse clockgating unit 14 is coupled to output a respective clock signal to a corresponding instance of functional unit 15.The clock signal output by each coarse clockgating unit 14 may be provided to via another inverter 13 to a number of different leaf nodes 17 in each of functional units 15.Each ofthe leaf nodes 17 includes a fine grain clockgating unit 16 and one or more synchronous circuits 19.The synchronous circuits 19 may include flipflops latches andor other types of circuits that operate in accordance with a clock signal.
Patent claim: The method of claim 1 wherein the first structure of the engine includes an engine case and the second structure of the engine includes a turbine section.

Related passage: The processor 78 passes the calculated rotor tip clearance to a comparator 86.The comparator also receives a predefined target clearance 60 for the same engine power demand 80.The target clearance 60 may for example be stored in memory or may be calculated from an ideal engine model.Preferably the comparator 86 applies the wider or narrower control bands 70 72 to the target clearance 60.It then compares the calculated rotor tip clearance to the thresholds of the control band 70 72.If the calculated clearance is within the control band 70 72 no tip clearance control action is required.However if the calculated clearance is outside the control band 70 72 a signal is sent to a tip clearance arrangement 88.Optionally a null or no action required signal may be sent to the tip clearance arrangement 88 where the calculated clearance is within the control band 70 72 to eliminate the possibility of a fault in the comparator 86 being interpreted as a calculated clearance that falls within the control band 70 72.
Patent claim: The method of claim 1 wherein the step of receiving a token further includes receiving the token from the ingress device 141 142 that obtains the token from a transmission of the wireless beacon 110 step 212.

Related passage: Also the present invention may be configured such that the vendor terminal comprises an information input device and a central processing devicewherein ticket reservation information and user identifier input using the information input device are transmitted to and stored in the central processing device and the venue terminal and central processing device communicate to verify the ticket reservation.
Patent claim: The energy management server of claim 1 wherein theduplex controller synchronizes the first data with the another energy management server in real time when the first data includes specific event data.

Related passage: Referring Figs.3 and 4 the energy management server 10 may create a list of measurement data received from the power system 20 operation S302 and create a data file like policy data on the basis of the created measurement data list operationS304.
Patent claim: The connector part according to claim 4 wherein when the connector part 100 is in an unmated state the movable element is located at the first position and wherein during the engagement of the connector part 100 with the second connector part 200 the movable element is moved into the second position.

Related passage: Note that front has to be understood with respect to the respective connector part 10 or 20.The front of the respective connector part is considered to be the part in which the tip of the pin 12 or the tip of the shuttle pin 22 is located.Backwardly or rearwardly means towards the other end of respective connector part e.g.towards the support 13 for the first connector part 10.
Patent claim: A loading unit 20 for use in a domestic heating system according to any one of the previous claims characterized in comprising said first 3way valve 15 said second 3way valve 16 and a housing 17 in which the valves 15 16 are integrated.

Related passage: Bypass valves intended for this purpose are already known and widely used in the art.The valves of the known type generally comprise a delivery duct and a return duct for a heat exchange fluid.The two delivery and return ducts are connected through a central duct and can be fluidically connected to each other or isolated by operating a pair of valves.
Patent claim: A noise suppression device comprising a dividing unit that divides a first voice signal into frames each having a predetermined length of time such that the two successive frames overlap each other the first voice signal being obtained by a first voice input unit a time frequency transform unit that transforms the first voice signal into a frequency domain for each of the frames to compute a first frequency spectrum for the first voice signal a noise suppression unit that removes for each of the frames a noise component from an amplitude component of the first frequency spectrum for each frequency to compute a noise suppression amplitude component a comparison unit that compares for each pair of the successive frames the amplitude components or the noise suppression amplitude components for each frequency of the first frequency spectrum to compute a comparison value for each frequency a gain computation unit that computes for each pair of the successive frames a gain according to the comparison value for each frequency a correction unit that computes for each pair of the successive frames a corrected amplitude component for each frequency by multiplying the noise suppression amplitude component of one of the frames for each frequency by the corresponding gain a frequency time transform unit that computes for each of the frames a corrected frequency spectrum from a phase component of the first frequency spectrum and the corrected amplitude component for each frequency and transforms the corrected spectrum into a time domain to compute a corrected voice signal.

Related passage: Further in step S3 the output amplitude 12 from the inverse Fourier transformation unit 5 is expressed in Sin and an output signal 14 is calculated by multiplying the amplitude adjusting coefficient gn to the output amplitude 12 by using an equation 9.Sout nSin n X g
Patent claim: The method according to claim 5 or 6 wherein said natural fibre comprises a flame retardant.

Related passage: The method comprises the following steps a impregnating the natural fibres with nonhalogenated fire retardant b impregnating the fireresistant natural fibres with inorganic thermoset resin c laying up the resinimpregnated natural fibres to sandwich the core thereby forming a stack of the core sandwiched between the resinimpregnated natural fibres and d curing the stack to form the fire resistant sustainable aircraft interior panel that comprises the core sandwiched between the first and second skins.
Patent claim: A device as claimed in claim 1 or 2 in which the first connector is formed of a plastics material and the second connector is formed of a metal.

Related passage: Figure 2 shows readily how the indicator may be dismantled and subsequently reassembled.Thus the various parts of the indicator can be taken apart by unscrewing the connector portion 44 from the ring 40 by unscrewing the connector portion 48 from the inner body part 14 by unscrewing the shank portion 28 of the line engagement clip 26 from the inner body part 14 and from the sleeve 34 to enable the outer body part 16 to be slid off the inner body part 14 and if necessary to enable the betalight 24 to be slid out from the inner body part 14.The reverse procedure can be used to reassemble the parts shown in Figure 2 to create the assembled indicator shown in Figure 1.
Patent claim: The access point of claim 8 wherein the controller is further configured to detect the number of contention subslots between which a collision occurs due to BSR frames in the BSR phase if the BSR frame is not successfully received and adjust the number of contention subslots given in a BSR phase after the BSR phase based on the detected number of the contention subslots.

Related passage: Since the VoIP bearer is the only active radio bearer it can be assumed that the configured uplink grant is sufficient to empty the buffer of the UE.This means that all data in the buffer can be transmitted in the semipersistently configured uplink resourceand that the next VoIP data packet will arrive in an empty buffer at UE side.Furthermore it can be assumed that while the VoIP bearer is the only active bearer it is not the only radio bearer that is set up by the UE.Since the VoIP data arrives in an empty buffer of the UE a buffer status report is triggered.This buffer status report becomes available in a TTI where no uplink resources are available.According to the standard LTE specifications this situation triggers a scheduling request to be sent by the UE.The scheduling request is delivered to eNode B at the next available TTI with a configured uplink control channel PUCCH.The scenario described so far is exemplarily shown in Fig.8.
Patent claim: A recording medium for executing a program including commands capable of executing a method for operating an electronic device comprising a first communication module and a second communication module of any one of claims 9 to 14.

Related passage: In this embodiment of the present invention it is taken into consideration that the network side has more detailed information.Therefore the network side for example the eNB may formulate the scheduling policy.The network side sends the formulated scheduling policy to theUE.After receiving a confirmation message Confirm sent by the UE the network side may determine that the scheduling policy is successfully negotiated with the UE.A specific process of negotiating the scheduling policy may beA.The UE sends a scheduling policy negotiation request message to the network side for example the eNB.B.The UE receives a policy command returned by the network side where the policy command carries the scheduling policy.C.The UE acquires the scheduling policy and sends a scheduling policy negotiation confirmation message to the network side.
Patent claim: A method for scheduling multiflow transmission comprising determining a media access control MAC layer configuration parameter corresponding to a media access control MAC entity wherein when there are at least two MAC entities the MAC layer configuration parameter of each MAC entity comprises a set of mapping and the mapping comprises a third mapping andor a fourth mapping and sending the MAC layer configuration parameter to a terminal so that the terminal executes a MAC layer function according to the MAC layer configuration parameter and performs MAC layer data transmission wherein the first mapping is a mapping between a logic channelradio bearer RB and a transport channel the second mapping is a mapping between a transport channel and a cellphysical entity the third mapping is a mapping between a logic channelradio bearer RB and a transport channeleach MAC entity and the fourth mapping is a mapping between a transport channeleach MAC entity and a cellphysical entity.

Related passage: After reception and decoding of transmitted packets on enhanced uplink dedicated channel EDCH the Node B has to inform the user equipment if transmission was successful by respectively sending ACKNAK in the downlink.
Patent claim: The electronic device according to any one of claims 1 to 6 wherein the control means further includes a switching control means that is configured to control switching of the reception means and the switching control means is configured to cause a program to be received from other broadcast station after the currently received program is synchronized with the same program.

Related passage: Generally digital audio information such as contained in the DAB signal has a linking information to analog audio information such as contained in the FM signal to enable tuning to a signal which has the same audio content.Particularly the broadcasting landscape should be known to the system for example in the form of a station or channel list of analog and digital broadcasting.In this way the system knows which of the analog and digital broadcasting signals at a particular frequency or in a particular frame respectively include the same or corresponding audio content for switching between them.Further DABDAB linking same audio content on different ensemble is mostly not synchronized as well.Therefore DABDAB seamless switching faces substantially the same problems as the switching between analog and digital audio sources as described above.Moreover other radio standards such as DRM Digital Radio Mondial and switchingbetween DRM and AM signals and HD Radio Digital only mode face the same difficulties of unsynchronous transmission.
Patent claim: The vehicle running test system according to claim 3 comprising an informing part adapted to when the driving index exceeds the allowable range impart information on the driving index exceeding the allowable range.

Related passage: Concretely as shown in Fig.2 the vehicle driving mode display device 2 displays a graph G1 plotted with the time as the vertical axis and a vehicle speed as the horizontal axis the axes may be reversed on the display screen and a running speed pattern S determined by the driving mode a tolerance range H obtained based on the running speed pattern S and a maker P indicating the vehicle speed at the moment are displayed on the graph G1 by operating the CPU or the like based on the program stored in the memory.The upper direction indicates a future side on the graph G1 in Fig.2.
Patent claim: A method according to claim 4 wherein the compressor comprises a minimum pressure valve with a known minimum pressure and a maximum pressure valve with a known maximum pressure and wherein determining of the second intermediate function comprises determining time instants of the output pressure reaching the minimumand maximum pressure by detecting stepwise changes in the slope of the first intermediate function and determining the second intermediate function on the basis of the determined time instants the known minimum pressure and the known maximum pressure.

Related passage: An advantage of the present solution is that no additional instrumentation is needed since modelbased solutions can be used for the estimation of the flow rate and pressure of the pump.A sensorless implementation can be based on modelbased pump operating point estimation methods known per se.These estimation methods may comprise using pump characteristic curves such as the examples illustrated in Figures 4a and 4b affinity laws known per se as a model of the pump and frequency converter estimates of the motor rotational speed and shaft power as inputs.The characteristics and general performance of a centrifugal pump for example can be visualized by characteristic curves for the pressure or head H shaft power consumption P and efficiencyas a function of the flow rate Q at a constant rotational speed.The best efficiency point BEP of a centrifugal pump in which the pump should be typically driven is typically also provided by the pump manufacturer.
Patent claim: The threaded connection make up monitoring system 62 according to claim 1 wherein the acoustic emission transducer 102 comprises at least one of a piezoelectric sensor and an electromagnetic acoustic transducer EMAT.

Related passage: To solve the object the present inventors have vigorously examined them and as a result have obtained the following findings.1 The contact interfacial pressure between the shoulder part of the pin and the shoulder part of the box is changed according to the fastening state of these respective shoulder parts.Specifically in a state where the shoulder part of the pin and the shoulder part of the box are tightly contacted with each other the contact interfacial pressure is raised as compared to that in a nontightcontact state.2 The contact interfacial pressure between both shoulder parts and the transmitted wave intensity or reflected wave intensity of ultrasonic surface waves transmitted toward both shoulder parts from the internal surface of the pin or box have a correlation.Specifically the transmitted wave intensity of ultrasonic surface waves transmitted toward both shoulder parts having a higher contact interfacial pressure is increased while the reflected wave intensity of the same is decreased.Inversely the transmitted wave intensity of ultrasonic surface waves transmitted toward both shoulder parts having a lower contact interfacial pressure or no contact interfacial pressure with a clearance being given is decreased while the reflected wave intensity of the same is increased.
Patent claim: An electromagnetic device comprising a first circuit configured to generate a first electromagnetic field a second circuit responsive to the first electromagnetic field a damping circuit configured to generate a second electromagnetic field in response to a current induced by the first electromagnetic field and wherein the second electromagnetic field reduces the second circuits responsiveness to the first electromagnetic field.

Related passage: Coil circuit 280 comprises a sense coil 320 and a generator coil 300.Sense coil 320 senses the magnetic field in the vicinity of the connector.Based on the sensed magnetic field driver circuit 290 drives generator coil 300 so as to generate an opposing magnetic field that counteracts the sensed magnetic field.In other words coil 300 generates an opposing magnetic field that cancels or at least considerably reduces the magnetic field sensed by coil 320.As a result the net magnetic field that affects the connector terminals and wiring is canceled or considerably reduced.
Patent claim: The device according to claims 1 and 5 characterized in that said slider 14 accommodates internally a combination element 19 with two or more cams 21a 21b provided with magnets 20a 20b which can move integrally with said slider 14 and is adapted to allowblock temporarily the sliding of said slider 14 with respect to said covering element 10 in order to conceal said front window 13 temporarily.

Related passage: The specific magnetic combination preset on the actuator 36 causes the misalignment of the magnetic means 22 23 and thus the counterclockwise rotation with reference to figure 3b of the first and the second cam 21 21 so as to bring the first notch 24 into axial alignment with the first pin 30 and correspondingly the second notch 25 with the second pin 31.The springs 32 33 thus push the respective pins 30 31 into engagement with the notches 24 25.
Patent claim: The controller 100 for a bicycle image capturing device 70 according to claim 8 wherein the reception unit 102 obtains at least one of a heart rate of the rider temperature of the rider perspiration of the rider and movement of the rider.

Related passage: In the event that the tilt sensor 417 detects that the vehicle has tilted beyond the predetermined value the image processing means 405 processes the data received from the camera 403 according to an algorithm and establishes that portion of the data which represents a predetermined portion of the captured image and sends that portion of the data to the image display means 407 to enable the predetermined portion of the captured image to be displayed on the image display means 407.In particular in the event that the motorcycle is crossing a roundabout for example as shown in Figure 7 an image of the road directly behind his motorcycle represented by arrow A on Figure 7 is not necessarily the most useful to him at that time.A more useful image to be presented to him would be the portion Z of the captured image as illustrated in Figure 8 representing the road in his blind spot to the left represented by arrow B in Figure 7.The presentation of this portion of the image would alert him to another vehicle potentially on collision course with his motorcycle.
Patent claim: The variablecapacity compressor control valve according to claim 9 wherein the support member is formed of a stainless steel material and the body member is formed of one of an aluminum material a brass material or a resin material.

Related passage: In addition with an upper surface of the bottom part 52b of the connecting cylinder 52 and that of the mushroomlike head part 15e the flangelike spring receiving part 15h and the large diameter part 15g of the upper convex member 15B are brought into contact.
Patent claim: A downhole system according to claim 7 or 8 wherein the downhole manipulation tool comprises a stroking tool section 22 configured to provide an axial force along the axial extension.

Related passage: In Fig.8A the detection tool 50 comprises a centraliser 57 for maintaining the detection tool at a predetermined radial distance r from the completion component.The detection tool further comprises a measurement device 59adapted to continuously measure the radial distance from the detection tool to the completion component.The detection tool further comprises a processor device 58 adapted to process observations provided by the detectors for calculating the first distance on the basis of the detectors detecting the respective markers.The processor device may also be arranged in the detection unit.The detection tool comprises a communication unit 60 adapted for communicating the determined first distance to an external source.The communication may be performed via a wireline connecting the detection tool with surface.