bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Method to enforce watermarking instructions by a security module in a receiving device said receiving device further comprising a descrambling module for descrambling scrambled audiovideo data with at least a content key and a watermarking module to embed a watermark into the descrambled audiovideo data based on a watermarking data said method comprising the steps ofreceiving a security message by the security module comprising at least the content key watermark instructions and security message signature said watermark instruction activates or deactivates the watermarking moduledecrypting the security message with a transmission keyverifying the security message signature and in case of successful verificationreading the watermarking data by the watermarking moduleverifying the authenticity of the watermarking data and in case of successful verificationtransmitting the watermark instructions to the watermark module and the content key to the descrambling module.

Related passage: Security units as mentioned above can be implemented in a variety of manners such as on a microprocessor card on a smartcard or any electronic unit in the form of a badge or key.These units are generally portable and detachable from the receiverdecoder and are designed to be tamperproof.The most commonly used form has electrical contacts but contactless versions of type ISO 14443 also exist.Another implementation of the security unit exists where it is directly soldered inside the receiverdecoder a variation of this being a circuit on a socket or connector such as a SIM module.Yet another implementation is to have the security unit integrated on a chip which has another function e.g.on the descrambling module or on the microprocessor module of the receiverdecoder.The security unit can also be implemented in pure software without any dedicated hardware.Such software based implementation of the security unit evidently exposes a severe security gap.
Patent claim: A device as claimed in any of claims 1 to 6 wherein the taper angle of the outer surface of the distal tip is from 4 to 13 the taper angle may be from 7 to 11 the taper angle may be approximately 9.

Related passage: In treating spontaneous traumatic or iatrogenic pneumothorax or for evacuating air from the chest following thoracic surgery or percutaneous lung biopsy the vent kit may be used as follows1.Select a site preferably at the second interspace in the midclavicular line or at another appropriate location.2.Prepare the site using standard procedure.Place a fenestrated drape over the site.3.Infiltrate local anesthesia into the chest wall at the site indicated.4.Using a scalpel make a small incision at the selected site.5.Place a guidewire into the site using standard technique.Tract overdilation will ease placement.6.Introduce the removable cannula 30 into the vent unit 10 through the introducing port 22.The distal end of the cannula 74 should extend slightly beyond the end 80 of the catheter.7.Thread the guidewire through the removable cannula 30.8.Peel away the center portions of the paper cover from the selfadhesive strip 92.9.Introduce the removable cannula 30 and catheter 20 into the pleural space over the guidewire.10.Stop advancing the cannulacatheter assembly when the catheter end has entered the pleural cavity.11.Advance the catheter over the guidewire while holding the cannula stationary until the full length of the catheter is introduced into the pleural cavity.12.Remove the cannula and the guidewire from the vent unit.13.Check the indicator 46 for proper function.14.Peel away the paper from the side flaps of the selfadhesive strip 92 and adhere the strip to the chest wall.Make sure the chest surface is dry.15.If the patient is expected to be active place sutures through the adhesive patch and suture holes on top of the device to further anchor it in place.16.Fluids collected in the reservoir 16 can be extracted using the drainage port 60.17.The fluid passage leading from the catheter port 24 can be sealed by placing the plug 40 into the introduction port 22.18.When the pneumothorax is resolved the indicator will stop fluctuating.Confirm and the vent unit can be removed.
Patent claim: A method as claimed in any one of claims 11 to 13 comprising during an initial time period using a leftright control input for setting the microphone as a left or right microphone and using the leftright control input to control the overruling operation after the end of the initial time period.

Related passage: If an extended dynamic range is needed inside the baseband processor or if a constant gain is needed as in an acoustic echo canceller the inverse function implemented by the attenuator can be implemented within the baseband processor.This can be implemented without requiring complicated feedback or feedforward paths because the clip detect function is based on the PDM stream which is available in both the microphone module as well as in the baseband processor.
Patent claim: The customer edge device CE1 according to claim 13 characterised in that the customer edge device CE1 further comprises an address resolution proxy 25 adapted to intercept an Address Resolution Protocol request sent by a network device A of the Ethernet LAN LAN1 and send a corresponding lookup request to the centralised server 10 if it does not know the address mapping of IP and Ethernet addresses of a destination network device B addressed in the Address Resolution Protocol request and send a reply to the network device A once the address mapping is retrieved from the server 10.

Related passage: The signalling system 20 interconnects the various components of the network 10 including source router 50 intermediate routers 60 and destination router 70 to routing processor 130.Preferably the signalling system 20 used by the network is an SS7 network of interconnected STPs 120.As is well known the SS7 network utilizes a SS7 protocol which consists of four basic subprotocols.These subprotocols are message transfer part MTP which provides the function of basic routing of signaling messages between signaling points a signaling connection control part SCCP whichprovides additional routing and management functions for transfer of messages other than call setup between the signaling points an integrated services digital network ISDN user part ISUP which transfers call setup signaling information between signaling points and a transaction capabilities part TCAP which transfers noncircuit related information between the signaling points.
Patent claim: A device comprising a transmission circuit configured and arranged to transmit data in accordance with a signal bus protocol that uses passive bias to set a signal bus to a recessive value in the absence of an activelydriven signal value and including a first driver circuit configured and arranged to actively drive the signal bus to a dominant value that is different from the recessive value and a second driver circuit configured and arranged to actively drive the signal bus to the recessive value and a control circuit configured and arranged to disable the second driver circuit in response to the device operating in a first data transmission mode and enable the second driver circuit in response to the device entering a second transmission mode.

Related passage: When the packet data 105a to be transmitted iswritten to the transmission data register 200 the bus output control section 201 transmits the packet data to the data bus 104 in synchronism with the clock signal 103 which is output from the output driver 208 by using an arbitrary one of the PP output driver 206 and the OD output driver 207.Furthermore the bus output control section 201 outputs an OD output signal to the protocol analysis section 202 in an OD output period.Furthermore the bus output control section 201 stops transmission of the packet data when receiving the data differential signal from the protocol analysis section 202.
Patent claim: A method of calculation of receive power in a radar device 100 comprising sending out radio waves W from an antenna 1 receiving radio waves RW1RWn which are reflected from at least one target at a plurality of antennas A1An processing the receive signals using a predetermined angle estimation system estimating the directions of arrival of the reflected waves RW1RWn and calculating receive powers of the reflected waves RW1RWn to detect the targets characterized bydetecting angles of directions of arrival of said reflected waves from receive signals of the antennas finding mode vectors for the detected angles using these mode vectors as the basis to decompose a vector of the receive signals into vectors of directions of the mode vectors and defining the magnitudes of the vectors of the mode vector directions of the decomposed receive signals as the power values of the detected angles.

Related passage: The sensor array 11 is built up by NApieces of sensor elements A1ANA.The sensor elements are arrayed linearly in e.g.a single line and respectively receive arriving signals arriving waves.The received arriving waves are after being processed by a baseband BB circuit etc within the baseband generator 31 undergo sampling with every predetermined sampling period and are converted into digital signals by an AD converter within the baseband generator 31.Then the baseband generator 31 generates baseband signals based on the converted digital signals and outputs the baseband signals to the DOA estimating unit 41.
Patent claim: The pulse wave measuring apparatus according to any one of the preceding claims wherein the light received by the first light receiving unit is radiated through the light emitting unit through which the light received by the second light receiving unit is radiated.

Related passage: The configuration of the sensor unit 30 reflection type photodetection apparatus is described next.Fig.3 is a plan view of the sensor unit and Fig.4 is a section view of the sensor unit.As shown in Figs.3 and 4 the LED 31 and photodiodes 32 and 33 are formed on a surface of a circuit board 36.An opamp 34 and circuit element 35 are formed on the back of circuit board 36.The opamp 34 and circuit element 35 amplify the difference between the output signals from photodiodes 32 and 33.This is described further below.In addition a top case 38 in which is held transparent glass 37 is formed around the edge of the top of circuit board 36.This transparent glass 37 protects LED 31 and photodiodes 32 and 33 while enabling the passage of light.A bottom case 39 having an opening for passing cable 20 is also formed on the back of circuit board 35.
Patent claim: An image display control program for selecting two or more pieces of image information from a plurality of pieces of image information to which identification numbers are granted and for performing preview display on a display device the program causing a computer to execute a creation step of creating display data of a track bar having a bar portion with a fixed length and a slider that is freely movable along an extending direction of the bar portion an allocation step of assigning each of the identification numbers according to a standard scale obtained by matching a full range of the identification number with an entire position of the bar portion and a determination step of determining a selection range of the assigned identification number from an instruction position of the slider of the track bar displayed based on the created display data wherein in the allocation step each of the identification numbers is assignedaccording to an enlarged scale which is larger than the standard scale at a peripheral position of the slider.

Related passage: FIG.7 shows a structure of a touch screen control apparatus according to an embodiment of the present invention.
Patent claim: A flexible implant system comprising a flexible implant configured to loop around a portion of a bony element an implant housing including a housing body defining a rod passage and an implant passage the rod passage configured to receive a portion of a rod the implant passage receiving a portion of the flexible implant and an implant set screw for engaging the flexible implant to fix the flexible implant to the implant housing.

Related passage: In the described embodiment the locking means are constituted by a screw 26 having a head 26a that is engaged in a bore 28 formed in the first end 22a of the longitudinal element 22.The first end 20a of the longitudinal element 20 is pierced by a tapped bore 28 for cooperating with the threaded shank 26b of the screw 26.Each longitudinal element 20 22 has an outside face 20c 22c and an inside face 20d 22d.The longitudinal elements 20 and 22 are mounted in such a manner that the inside faces 20d 22d of the longitudinal elements face each other.The inside faces 20d 22d of the longitudinal elements 20 and 22 have respective mutuallyfacing recesses 30 and 32 each of substantially semicylindrical shape.The recesses 30 and 32 define walls 34 and 36 which are ruled surfaces having generator lines parallel to the pivot axis 24.Finally slots 38 and 40 cause the bottoms of the recesses 30 and 32 to communicate with the outside faces 20c and 22c of the longitudinal elements 20 and 22.As explained in greater detail below the recesses 30 and 32 are for receiving the rod 18 together with a strand of the ligature 14 the slots 38 and 40 serving to pass the ligature 14.
Patent claim: The system as recited in claim 8 wherein at least one of the actuators is configured to rotate a stator vane assembly at least one of the actuators is configured to adjust a position of a variable area nozzle and at least one of the other actuators is configured to adjust a bleed valve position.

Related passage: In the current federated architecture the EEC receives input from various sensors and issues commands to the appropriate actuators or subsystems such as the fuel system.Electronic feedback is provided back to the EEC to confirm proper operation.In this prior art architecture the EEC performs innerloop control of the actuator.By way of contrast in the example distributed electronic engine control system 19 the engine IO modules 30a 30b receive input from various sensors and issues a position command signal 46 for a stator vane 64 to the stator vane actuator SVA 34b for example as illustrated in Figure 4.The SVA 34b is positioned by smart distributed electronics 62 at the point of actuation using sensor information available on the serial buses 40 42.The engine IO modules 30a 30b receive a signal back from the smart actuator reporting on status.Actuator loop closure is accomplished outside the EEC module 28 by the smart actuator electronics 62.Thatsame actuator electronics can also report on health indicators for the actuator that it is controlling.
Patent claim: The device according to any one of the preceding claims designed to be coupled to an item of footwear of said user.

Related passage: The method described which envisages the choice of an optimal value of TDELAY and K enables implementation of an active control of the mean value and of the ripple of the currentsupplied by the transducer and enables an optimal impedance matching to be obtained between the transducer 22 and the scavenging interface 24.This ensures a high efficiency SCAV of the scavenging interface 24b irrespective of the speed of rotation of the tyres 202 and of the conditions of storage of the energy in the capacitor 27.
Patent claim: A capsule 1 as claimed in claim 1 wherein the first and second sections 55 56 are interconnected by a deformable section 16.

Related passage: Preferably the circumferential wall is substantially rigid.Hence the capsule will not be prone to deform by shipping andor handling so that the capsule 2 will always fit in the receptacle 106.In addition the circumferential wall is preferably resilient so that any possible deformation of the circumferential first wall will be reversed once the force causing the deformation is removed.In order to improve rigidity of the capsule 2 the capsule 2 may comprise stiffening ribs integral with the circumferential wall 10.The stiffening ribs may extend from the first end 14 towards the second end 18.Alternatively or additionally the stiffening ribs may extend in a circumferential direction.When the bottom 12 is integral with thecircumferential wall 10 the stiffening ribs may also be integral with the bottom 12.
Patent claim: A development device which is installed into an image forming apparatus together with a toner container including a container main body provided with a discharge port configured to discharge a toner comprising a development device main body having a replenishment port configured to receive a toner discharged from the discharge port and a shutter configured to openclose the replenishment port wherein the shutter is configured to openclose the replenishment port by turning along the outside face of the development device main body.

Related passage: The T shutter 27 is opened and closed by the relative movement between the process cartridge 1 and the toner cartridge 2 in the mountinganddemounting direction direction Y.Thus both when the process cartridge 1 is in the main assembly 14 of the image forming apparatus and the toner cartridge 2 is inserted in this state and when the process cartridge 1 is inserted after the toner cartridge 2 is inserted into the main assembly 14 of the image forming apparatus the groove portion 27b of the T shutter 27 is engaged with either one of the projections 19b 19c of the P shutter cover 19 so that opening and closing operation of the T shutter 27 is properly opened and closed.Therefore if the process cartridge 1 is not mounted to the main assembly 14 of apparatus the T shutter 27 does not operate and therefore the toner outlet hole 23 is kept closed even if the toner cartridge 2 is inserted into the main assembly 14 of the apparatus.
Patent claim: The information processing program according to claim 1 wherein the first display range setting means includes attitude display range setting means 5 S94 S95 for in accordance with the attitude of the portable display device calculated based on the data output from the sensor setting the first display range and display range offsetting means 5 S97 S98 for in accordance with the operation made on the operation means offsetting in the display target image the first display range set by the attitude display range setting means andthe first display control means displays in the display target image an image in the offset first display range on the portable display device.

Related passage: The first camera control means may control the position and the attitude of the first virtual camera based on the attitude of the object and the position of the object in the virtual world.
Patent claim: A computer program comprising instructions that when executed in a computer perform any of the methods of claims 1 to 7.

Related passage: Within a wireless multihop adhoc network a number of services can be available at the same time.Some of them might be seen as a conglomerate service e.g.the television control and the surround control services might be seen as one home entertainment service.In case a service user wants to find such a conglomerate service it specifies such within a query.Decomposing the conglomerate service into particular services and discovering them within the network is then done by the service discovery protocol according to the present invention.For this purpose a request for the conglomerate service is spread within the network and each peer wishing to contribute to it will send back a corresponding response.These responses are collected at the requesting peer and a check is done if the conglomerate service can be created or not.
Patent claim: Locking system of weapons by satellite tracking according to previous claim characterizes that the GPS third emitter signal chip 19 is installed on a piece of clothing such as a vest 18 or on an accessory such as a cap or a bracelet to emit a signal which is located by a symbol 6 or 11 the position of any person which is wearing such garment or accessory in the GPS signal receiver system.

Related passage: The input unit 540 may also comprise a location device.The location device may determine the location of the computing device 500 via one or more location technologies such as Global Position System GPS triangulation of electromagnetic waves dead reckoning or by another location technology.
Patent claim: A thermal conductivity detector according to claim 1 wherein said outer layer is nonmetallic.

Related passage: Voltages at terminals C and D of a bridge circuit including the resistance temperature detector 4 the resistance temperature detector for air 5 and the resistors 26 and 27 are inputted to the control circuit 28 and resistance values of the heat element 3 the resistance temperature detector 4 the resistance temperature detector for air 5 and the resistors 25 26 and 27 are set so that a temperature Th of the resistance temperature detector 4 indirectly heated by the heat element 3 becomes higher than a temperature Tr of the resistance temperature detector for air 5 corresponding to an air temperature by a predetermined value for example Th150C.The resistance values are controlled by the control circuit 28.When the temperature of the resistance temperature detector 4 is lower than the set value the output of the control circuit 28 controls the transistor 24 to turn on so as to supply a heating current to the heat element 3.On the other hand when the temperature of the resistance temperature detector 4 is higher than the set value the output of the control circuit 28 controls the transistor 24 to turn off so as to control the temperature to the set value.At this time theheating current corresponding to potential B of the resistor 25 flowing to the heat element 3 represents the air flow rate Q.
Patent claim: The method for cutting a honeycomb molded body according to any one of claims 1 to 5 wherein the cell wall has a thickness of 0.1 mm or more and less than 0.2 mm.

Related passage: In this case a motor 7 is provided for each bobbin 8 and a tension of the fine line 2 is provided by imparting a rotational force in counter directions to the two motors and the intensity thereof is adjusted by acting on the extent of the rotational force.From the point of view of preventing breakage of the fine line 2 caused by superannuating and thus preventing a decrease in the cutting efficiency caused by an increased efficiency of restretching and tension adjustment of the fine line 2 the motor may be rotated and the position of the fine line used for cutting may be changed every an appropriate number of runs of cutting.The kind of the motor is not limited so far as it permits use for the aforementioned purposes.Among others however a servo motor or a torque motor is suitably applicable.
Patent claim: Method according to claim 2 or 3 characterised in that the RF communication is a Bluetooth communication or WIFI communication or Bluetooth low energy or Zigbbe.

Related passage: In another embodiment the ability of a slave application to execute transactions is restricted by means of constraints which are provided by one or more applications included in the master element 108 and which are observed by one ormore slave applications executed in the slave element 107.Particularly a master application may provide constraints for the corresponding slave application or an application of the master element 108 may provide constraints for several predetermined slave applications.In this embodiment the slave element 107 preferably disposes of a security mechanism which prevents or makes it difficult that the constraints are being avoided.However it is an advantage of this embodiment that the constraints can be defined within the communication unit 101 autonomously while in the embodiment described before the restrictions have to be made available to the terminals 102.