mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a server computer for detecting Domain Name System, DNS, spoofing occurring at a client computer , the client computer being connected to the server computer by a network link , the DNS spoofing causing an IP request from the client computer to identify an incorrect destination host as the target of the IP request, the method comprising: receiving an IP request from the client computer via the network link, the IP request being originated by a browser application of the client computer, said IP request including a requested IP address and a desired hostname of a destination host to which the IP request is directed; detecting , by (a) comparing at least one property of the requested IP address with a comparable property of the desired hostname or (b) obtaining a true hostname associated with said requested IP address and comparing said true hostname with said desired hostname, whether the requested IP address matches the desired hostname; if the detecting indicates that said requested IP address matches said desired hostname, then performing the IP request as received; and if the detecting indicates that said requested IP address does not match said desired hostname, then performing handling procedures to handle the IP request as a malicious IP request. receiving an IP request from the client computer via the network link, the IP request being originated by a browser application of the client computer, said IP request including a requested IP address and a desired hostname of a destination host to which the IP request is directed; detecting , by (a) comparing at least one property of the requested IP address with a comparable property of the desired hostname or (b) obtaining a true hostname associated with said requested IP address and comparing said true hostname with said desired hostname, whether the requested IP address matches the desired hostname; if the detecting indicates that said requested IP address matches said desired hostname, then performing the IP request as received; and if the detecting indicates that said requested IP address does not match said desired hostname, then performing handling procedures to handle the IP request as a malicious IP request.
Device (1; 1') for adjusting the compression ratio of an internal combustion engine, the said adjusting device (1; 1') comprising: - a connecting rod comprising a connecting rod little end , a connecting rod big end intended to accept a crankshaft of the engine and a connecting rod body connecting the little end to the big end ; - a piston comprising a piston pin ; - an eccentric comprising - a main shaft installed at the level of the connecting rod little end and comprising an eccentric bore accepting the piston pin ; - a lever (43; 53) collaborating with the main shaft so as to cause the main shaft to rotate on itself as a result of the pivoting of the lever (43; 53); - at least one operating element (44; 54; 64) being connected on the one hand to the connecting rod body and on the other hand to the lever (43; 53) so as to cause the lever (43; 53) to pivot; the adjusting device (1; 1') being characterized in that the connecting rod and the operating element (44; 54; 64) are respectively made from materials having different thermal expansion coefficients and having an expansion differential able to cause the lever to pivot. - a connecting rod comprising a connecting rod little end , a connecting rod big end intended to accept a crankshaft of the engine and a connecting rod body connecting the little end to the big end ; - a piston comprising a piston pin ; - an eccentric comprising - a main shaft installed at the level of the connecting rod little end and comprising an eccentric bore accepting the piston pin ; - a lever (43; 53) collaborating with the main shaft so as to cause the main shaft to rotate on itself as a result of the pivoting of the lever (43; 53); - at least one operating element (44; 54; 64) being connected on the one hand to the connecting rod body and on the other hand to the lever (43; 53) so as to cause the lever (43; 53) to pivot; the adjusting device (1; 1') being characterized in that the connecting rod and the operating element (44; 54; 64) are respectively made from materials having different thermal expansion coefficients and having an expansion differential able to cause the lever to pivot.
Wheel , in particular a light metal wheel, comprising at least two wheel spokes and a hub , at least one cover being associated with at least one intermediate space between two adjacent wheel spokes , the cover being movable into an open position and into a closed position by means of at least one actuator of the wheel , the cover at least partially uncovering the intermediate space in the open position, the cover at least partially covering the intermediate space in the closed position, and the cover being pivotable about a radially extending pivot axis (R) of the wheel that is associated with the cover by the actuator being rotatable about the wheel axis (A) and relative to the wheel spokes , the radially extending pivot axis (R) being oriented perpendicularly to the wheel axis (A), characterized in that the wheel has an electrical energy generator, that the at least one actuator is electrically connected to the energy generator, and in that the wheel spokes have at least one projection in the circumferential direction, on which the cover rests in the closed position.
A method for locating a tracking device , comprising: accessing, by a central tracking system , information describing a set of safe zones, each safe zone comprising a geographic boundary such that a probability that a user will lose an object to which the tracking device is coupled while the user is located within the geographic boundary is lower than when the user is located outside the geographic boundary; receiving, by a central tracking system from a mobile device , a location of the tracking device , the mobile device configured to provide the location of the tracking device to the central tracking system in response to receiving a communication from the tracking device , the mobile device being associable with a plurality of tracking devices to report the location of the tracking devices ; determining, by the central tracking system , that the tracking device is located within a safe zone of the set of safe zones in response to the received location being located within the geographic boundary associated with the safe zone; and in response to determining that the tracking device is located within the safe zone, providing, by the central tracking system , an instruction to the mobile device to configure the tracking device to operate in a safe zone mode, the mobile device configured to configure the tracking device to operate in the safe zone mode in response to receiving the instruction, wherein a geographic boundary of one or more safe zones of the set of safe zones is defined by an owner of the tracking device. accessing, by a central tracking system , information describing a set of safe zones, each safe zone comprising a geographic boundary such that a probability that a user will lose an object to which the tracking device is coupled while the user is located within the geographic boundary is lower than when the user is located outside the geographic boundary; receiving, by a central tracking system from a mobile device , a location of the tracking device , the mobile device configured to provide the location of the tracking device to the central tracking system in response to receiving a communication from the tracking device , the mobile device being associable with a plurality of tracking devices to report the location of the tracking devices ; determining, by the central tracking system , that the tracking device is located within a safe zone of the set of safe zones in response to the received location being located within the geographic boundary associated with the safe zone; and in response to determining that the tracking device is located within the safe zone, providing, by the central tracking system , an instruction to the mobile device to configure the tracking device to operate in a safe zone mode, the mobile device configured to configure the tracking device to operate in the safe zone mode in response to receiving the instruction, wherein a geographic boundary of one or more safe zones of the set of safe zones is defined by an owner of the tracking device.
Method for the introduction into the cylinder of a reciprocating piston engine of fuel and an additional medium which promotes the combustion in the cylinder of an internal combustion engine of a reciprocating piston design, the cylinder head having an injection nozzle with a nozzle needle , and the medium being fed via the injection nozzle of the reciprocating piston engine, characterized in that the additional medium is a combustion air/fuel mixture which is removed from a pressure store and is introduced into the cylinder via the injection nozzle which feeds in the fuel.
A shuffling system, comprising: a first shuffling device which shuffle a card set made up of multiple cards based on a first random numerical value; and a second shuffling device which shuffles the card set shuffled by the first shuffling device based on a second random numerical value, wherein the first random numerical value and the second random numerical value are managed independently from one another. a first shuffling device which shuffle a card set made up of multiple cards based on a first random numerical value; and a second shuffling device which shuffles the card set shuffled by the first shuffling device based on a second random numerical value, wherein the first random numerical value and the second random numerical value are managed independently from one another.
A user equipment, comprising: means for receiving a test configuration sent from a system simulator; means for generating data for transmission according to the received test configuration; and means for transmitting the data to the system simulator; characterized in that the test configuration comprises at least one of the following: a number of running applications, an application specific congestion control for data communication category per application, a type of data per application, a number of uplink packets to be transmitted, an inter arrival time between uplink packets or between bursts of uplink packets per application, a delay between the user equipment receiving a downlink packet and looping back a burst of uplink packets or a number of uplink packet transmission attempts. means for receiving a test configuration sent from a system simulator; means for generating data for transmission according to the received test configuration; and means for transmitting the data to the system simulator; characterized in that the test configuration comprises at least one of the following: a number of running applications, an application specific congestion control for data communication category per application, a type of data per application, a number of uplink packets to be transmitted, an inter arrival time between uplink packets or between bursts of uplink packets per application, a delay between the user equipment receiving a downlink packet and looping back a burst of uplink packets or a number of uplink packet transmission attempts.
A method for migrating a subscriber session from a first authentication, authorization and accounting, AAA, accounting peer to a second AAA accounting peer, where the first AAA accounting peer is stateful, the method comprising: receiving an accounting start packet from an AAA client application; forwarding the accounting start packet to the first AAA accounting peer; receiving an accounting update or accounting stop packet from the AAA client application; determining whether the first AAA accounting peer is available in response to the receiving the accounting update or accounting stop packet; selecting a second AAA accounting peer from the available AAA accounting peers, in response to determination of a connection failure with the first AAA accounting peer; re-marking or re-labeling the accounting update packet, from the AAA client application, as an accounting start packet upon selecting the second AAA accounting peer; and sending the re-marked or re-labeled accounting start packet from the AAA client application to the second AAA accounting peer. receiving an accounting start packet from an AAA client application; forwarding the accounting start packet to the first AAA accounting peer; receiving an accounting update or accounting stop packet from the AAA client application; determining whether the first AAA accounting peer is available in response to the receiving the accounting update or accounting stop packet; selecting a second AAA accounting peer from the available AAA accounting peers, in response to determination of a connection failure with the first AAA accounting peer; re-marking or re-labeling the accounting update packet, from the AAA client application, as an accounting start packet upon selecting the second AAA accounting peer; and sending the re-marked or re-labeled accounting start packet from the AAA client application to the second AAA accounting peer.
Strength member for elastomeric articles of manufacture, in particular for the belt bandage of a pneumatic vehicle tire, wherein the strength member is a hybrid cord comprising at least one low-modulus yarn having an modulus of elasticity of not more than 100 mN/(tex·%) and at least one high-modulus yarn having an modulus of elasticity of not less than 200 mN/(tex·%), each to ASTM D885M at an elongation of 3% and wherein the low-modulus yarn or yarns has or have a cumulative fineness of not more than 550 dtex, characterized in that - the high-modulus yarn or yarns has or have a cumulative fineness of not more than 550 dtex, preferably a cumulative fineness of not more than 250 dtex, - the hybrid cord has a breaking extension of not less than 5%, - all the yarns of the hybrid core are folded together, and - the hybrid cord is provided an adhesive impregnation. - the high-modulus yarn or yarns has or have a cumulative fineness of not more than 550 dtex, preferably a cumulative fineness of not more than 250 dtex, - the hybrid cord has a breaking extension of not less than 5%, - all the yarns of the hybrid core are folded together, and - the hybrid cord is provided an adhesive impregnation.
A method of noise distribution shaping for signal acquisition of a Code Division Multiple Access, CDMA, signal the method comprising: demodulating (S101) the CDMA signal by multiplying with a carrier signal modulated with an estimated Doppler frequency, wherein the carrier of the carrier signal is the CDMA signal carrier; generating (S102) a test signal having a spreading sequence according to the CDMA signal, wherein the test signal is shifted by an estimated code delay; modifying (S103) the noise distribution of the CDMA signal to generate a modified CDMA signal by blanking samples of the CDMA signal, when the samples of the CDMA signal exceed an upper or lower blanking threshold, wherein the upper and lower blanking thresholds are offset by a square root of an estimated power, P est , of the CDMA signal multiplied by a chip value polarity of the generated test signal and a predefined scaling factor, α, wherein the upper blanking threshold is further offset by a positive value and the lower blanking threshold is further offset by a negative value, and wherein the positive and negative values are set by a scaled standard deviation of thermal noise and circumferential interference; and acquiring (S104) the CDMA signal, when a correlation between the modified CDMA signal and the generated test signal is above a predefined detection threshold. demodulating (S101) the CDMA signal by multiplying with a carrier signal modulated with an estimated Doppler frequency, wherein the carrier of the carrier signal is the CDMA signal carrier; generating (S102) a test signal having a spreading sequence according to the CDMA signal, wherein the test signal is shifted by an estimated code delay; modifying (S103) the noise distribution of the CDMA signal to generate a modified CDMA signal by blanking samples of the CDMA signal, when the samples of the CDMA signal exceed an upper or lower blanking threshold, wherein the upper and lower blanking thresholds are offset by a square root of an estimated power, P est , of the CDMA signal multiplied by a chip value polarity of the generated test signal and a predefined scaling factor, α, wherein the upper blanking threshold is further offset by a positive value and the lower blanking threshold is further offset by a negative value, and wherein the positive and negative values are set by a scaled standard deviation of thermal noise and circumferential interference; and acquiring (S104) the CDMA signal, when a correlation between the modified CDMA signal and the generated test signal is above a predefined detection threshold.
A method for transmitting a mobility reference signal, MRS, during a mobility measurement session to a wireless device, WD , the method being performed in a radio access network node, RANN , the RANN being configurable to transmit using a set of transmission beams , the method being characterized by : - dynamically assigning (S1) on a per-mobility measurement session basis, an MRS identifier to each candidate transmission beam in a set of candidate transmission beams, wherein the MRS identifier is indicative of a MRS sequence parameter per candidate transmission beam and a MRS field parameter per candidate transmission beam, wherein the MRS field parameter comprises a time-frequency resource field indicator and the MRS sequence parameter per candidate transmission beam enables detection of the MRS and/or separation of a plurality of MRSs stacked on a same resource element and wherein the MRS sequence parameter and MRS field parameter is indicative of how the WD should configure its receiver in order to perform measurements on a given candidate transmission beam; - transmitting (S2) control information to the WD , the control information comprising the MRS identifier for each corresponding candidate transmission beam; and - transmitting (S3) the mobility reference signal, MRS, to the WD in accordance with the transmitted control information. - dynamically assigning (S1) on a per-mobility measurement session basis, an MRS identifier to each candidate transmission beam in a set of candidate transmission beams, wherein the MRS identifier is indicative of a MRS sequence parameter per candidate transmission beam and a MRS field parameter per candidate transmission beam, wherein the MRS field parameter comprises a time-frequency resource field indicator and the MRS sequence parameter per candidate transmission beam enables detection of the MRS and/or separation of a plurality of MRSs stacked on a same resource element and wherein the MRS sequence parameter and MRS field parameter is indicative of how the WD should configure its receiver in order to perform measurements on a given candidate transmission beam; - transmitting (S2) control information to the WD , the control information comprising the MRS identifier for each corresponding candidate transmission beam; and - transmitting (S3) the mobility reference signal, MRS, to the WD in accordance with the transmitted control information.
Grinding disc for a grinding machine , wherein the grinding disc has a machine side assigned to the grinding machine and a machining face assigned to the machining of a workpiece (V), wherein there are provided on the machine side a tool holder mounting for attaching to a tool holder of the grinding machine , and on the machining face an abrasive means for machining a workpiece (V) or holding means for releasable holding of such abrasive means , and wherein the machining face of the grinding disc has an annular edge zone for forming a flat support surface of the abrasive means on the workpiece (V) and a central zone surrounded by the annular edge zone , wherein the annular edge zone extends from the central zone towards the workpiece (V) and/or wherein the grinding disc has a lower compressive modulus in the central zone than in the edge zone so that, with a contact pressure (P) acting on the tool holder mounting in the direction of the machining face , substantially the edge zone is loaded towards the workpiece (V) for abrasive machining of the workpiece (V) or is in contact with the workpiece (V), characterised in that the abrasive means for machining the workpiece (V) or the holding means for releasable holding of such abrasive means extend substantially over the whole machining face including its centre.
Polyestercarbonate, comprising the structural formula in which A independently per repeating unit represents at least either structural unit (A) or structural unit (B), where (A) represents chemical formula and (B) represents chemical formula where x represents a cycloalkylene group having 4 to 20, preferably 5 to 15 carbon atoms and where the polyestercarbonate always comprises the structural units (A) and (B), y each independently represents chemical formula (IV) and 0 < x < 1 , where the * in each case indicate the position at which the chemical formulae are incorporated into the polyestercarbonate, characterized in that the polyestercarbonate consists to an extent of 5 mol% to 30 mol%, preferably 7 mol% to 25 mol%, particularly preferably 9 mol% to 20 mol%, of the structural motif based on the total sum of the following structural motifs and A independently per repeating unit represents at least either structural unit (A) or structural unit (B), where (A) represents chemical formula and (B) represents chemical formula where x represents a cycloalkylene group having 4 to 20, preferably 5 to 15 carbon atoms and where the polyestercarbonate always comprises the structural units (A) and (B), (A) represents chemical formula and (B) represents chemical formula y each independently represents chemical formula (IV) and 0 < x < 1 , where the * in each case indicate the position at which the chemical formulae are incorporated into the polyestercarbonate, characterized in that the polyestercarbonate consists to an extent of 5 mol% to 30 mol%, preferably 7 mol% to 25 mol%, particularly preferably 9 mol% to 20 mol%, of the structural motif based on the total sum of the following structural motifs and
Stimulation device for the clitoris , which is a portable hand-held device, with: - a stimulation head to be placed on the clitoris ; - a linear drive device , which is coupled to the stimulation head , and is configured to set the stimulation head in vibration, wherein the linear drive device has a plunger coil arrangement with a moving coil and a vibrating element ; - a control device , which is configured to activate the linear drive device , wherein by means of the control device the vibration amplitude of the stimulation head and at least one vibration frequency of the stimulation head can be controlled independently of one another; - a battery for the supply of power to the control device , and - a housing , which comprises the control device and the battery . - a stimulation head to be placed on the clitoris ; - a linear drive device , which is coupled to the stimulation head , and is configured to set the stimulation head in vibration, wherein the linear drive device has a plunger coil arrangement with a moving coil and a vibrating element ; - a control device , which is configured to activate the linear drive device , wherein by means of the control device the vibration amplitude of the stimulation head and at least one vibration frequency of the stimulation head can be controlled independently of one another; - a battery for the supply of power to the control device , and - a housing , which comprises the control device and the battery .