mhurhangee/patent-ind-claim-en huggingface dataset:
A method of using a controller that controls switches (SW1-SW5) in a forwarding network , wherein the forwarding network performs packet forwarding operations to forward network packets between end hosts (EH1-EH7) that are coupled to the forwarding network , the method comprising: with the controller , identifying a group of switch ports (P1, P2) on at least one of the switches (SW1) in the forwarding network that is connected to a network traffic analysis network ; and characterized by, with the controller , controlling a selected switch (SW3) of the forwarding network to copy at least a portion of the network packets that are forwarded between the end hosts of the forwarding network to the identified group of switch ports; with the controller , controlling the selected switch (SW3) to implement network forwarding paths by providing flow table entries for a forwarding table on the selected switch (SW3); and with the controller , controlling the selected switch (SW3) to generate and forward mirrored network packets by providing flow table entries for a mirroring table that is separate from the forwarding table on the selected switch (SW3). with the controller , identifying a group of switch ports (P1, P2) on at least one of the switches (SW1) in the forwarding network that is connected to a network traffic analysis network ; and characterized by, with the controller , controlling a selected switch (SW3) of the forwarding network to copy at least a portion of the network packets that are forwarded between the end hosts of the forwarding network to the identified group of switch ports; with the controller , controlling the selected switch (SW3) to implement network forwarding paths by providing flow table entries for a forwarding table on the selected switch (SW3); and with the controller , controlling the selected switch (SW3) to generate and forward mirrored network packets by providing flow table entries for a mirroring table that is separate from the forwarding table on the selected switch (SW3).
Tilt fitting for a window or door leaf, comprising a connecting rail which can be fastened to a stationary frame spar and to which a scissor element having a first and a second scissor member is connected, wherein a supporting strip is hinged at the free end of the first scissor member for fastening the leaf, and at the free end of the second scissor member a two-armed lever is pivotably mounted by means of a bearing pin and the lever is held on the one hand in an articulated manner on the supporting strip and on the other hand displaceably on the connecting rail , and wherein the first scissor member is pivotably connected to the second scissor member by means of an articulation pin , characterized in that the first scissor member is held longitudinally displaceably in the connecting rail , wherein the second scissor member is hinged to the connecting rail via a pivot pin .
Device comprising a compliant mechanism (54, 56; 90) comprising a first monolithic flexible element , having first and second ends defining a first longitudinal direction, arranged such that it is able to be subjected to an elastic deformation involving a relative movement between said first and second ends , and at least a second monolithic flexible element , having first and second ends defining a second longitudinal direction distinct from said first longitudinal direction, arranged such that it is able to be subjected to an elastic deformation involving a relative movement between said first and second ends , characterized in that each of said first and second monolithic flexible elements comprises at least one opening located between its first and second ends and defining a passage for a portion of the other of said first and second monolithic flexible elements such that said first and second monolithic flexible elements are interlocked. a first monolithic flexible element , having first and second ends defining a first longitudinal direction, arranged such that it is able to be subjected to an elastic deformation involving a relative movement between said first and second ends , and at least a second monolithic flexible element , having first and second ends defining a second longitudinal direction distinct from said first longitudinal direction, arranged such that it is able to be subjected to an elastic deformation involving a relative movement between said first and second ends , characterized in that each of said first and second monolithic flexible elements comprises at least one opening located between its first and second ends and defining a passage for a portion of the other of said first and second monolithic flexible elements such that said first and second monolithic flexible elements are interlocked.
An orthogonal frequency division multiplexing, OFDM, transmitting method comprising: generating a transmission signal; retrieving information corresponding to a type of data symbol of the transmission signal from a storage which stores position information of reserved tones into which a peak reduction kernel signal for reducing a peak to average power ratio, PAPR, is inserted, the position information of the reserved tones being different according to a type of data symbol; and inserting a peak reduction kernel signal for reducing a peak to average power ratio, PAPR, based on the retrieved information into the transmission signal; wherein the reserved tones comprise a tone excluding a tone which carries normal data and a tone which carries additional data. generating a transmission signal; retrieving information corresponding to a type of data symbol of the transmission signal from a storage which stores position information of reserved tones into which a peak reduction kernel signal for reducing a peak to average power ratio, PAPR, is inserted, the position information of the reserved tones being different according to a type of data symbol; and inserting a peak reduction kernel signal for reducing a peak to average power ratio, PAPR, based on the retrieved information into the transmission signal; wherein the reserved tones comprise a tone excluding a tone which carries normal data and a tone which carries additional data.
Aqueous dispersion comprising a polymer SCS, prepared by the successive radical emulsion polymerization of three mutually different monomer mixtures (A), (B), and (C) of olefinically unsaturated monomers, characterized in that at least one of the monomer mixtures (A), (B) or (C) comprises at least one polyurethane (P) containing at least one olefinically unsaturated group, where, before the polyurethane (P) is admixed to at least one of the monomer mixtures (A), (B), and (C), the monomer mixture (A) comprises at least 50 wt% of monomers having a solubility in water of less than 0.5 g/l at 25°C, and a polymer (a) prepared from the mixture (A) possesses a glass transition temperature of 10 to 65°C, the monomer mixture (B) comprises at least one polyunsaturated monomer, and a polymer (b) prepared from the mixture (B) possesses a glass transition temperature of -35 to 15°C, a polymer (c) prepared from the monomer mixture (C) possesses a glass transition temperature of -50 to 15°C, and where i. first of all the monomer mixture (A) is polymerized, ii. then the monomer mixture (B) is polymerized in the presence of the polymer prepared under i., and iii. thereafter the monomer mixture (C) is polymerized in the presence of the polymer prepared under ii., and the polyurethane (P) has a surface tension in the range from 40 mN/m to 55 mN/m at 23°C, and possesses a polydispersity d of less than 10. the monomer mixture (A) comprises at least 50 wt% of monomers having a solubility in water of less than 0.5 g/l at 25°C, and a polymer (a) prepared from the mixture (A) possesses a glass transition temperature of 10 to 65°C, the monomer mixture (B) comprises at least one polyunsaturated monomer, and a polymer (b) prepared from the mixture (B) possesses a glass transition temperature of -35 to 15°C, a polymer (c) prepared from the monomer mixture (C) possesses a glass transition temperature of -50 to 15°C, i. first of all the monomer mixture (A) is polymerized, ii. then the monomer mixture (B) is polymerized in the presence of the polymer prepared under i., and iii. thereafter the monomer mixture (C) is polymerized in the presence of the polymer prepared under ii.,
A time offset adjustment method performed by a first terminal of a communication system supporting the IEEE 1588v2 protocol or a protocol evolved based on the IEEE 1588v2 protocol, the method comprising the steps of: • obtaining (S 410) a first clock time by synchronizing with an upper-level device of the first terminal; • receiving (S 510) a first satellite system time from a satellite system clock source; • determining (S 520) a time offset value, wherein the time offset value is a difference between the first clock time and the first satellite system time; • adjusting (S 430) the first clock time based on the time offset value; • sending (S 540) the time offset value to a second terminal of the communication system, wherein the time offset value is used to adjust a second clock time, and the second clock time is a synchronization time obtained by the second terminal by synchronizing with the upper-level device of the first terminal. • obtaining (S 410) a first clock time by synchronizing with an upper-level device of the first terminal; • receiving (S 510) a first satellite system time from a satellite system clock source; • determining (S 520) a time offset value, wherein the time offset value is a difference between the first clock time and the first satellite system time; • adjusting (S 430) the first clock time based on the time offset value; • sending (S 540) the time offset value to a second terminal of the communication system, wherein the time offset value is used to adjust a second clock time, and the second clock time is a synchronization time obtained by the second terminal by synchronizing with the upper-level device of the first terminal.
An applicator comprising: a barrel cylinder formed of a rear barrel in which an application liquid is stored and a front barrel provided on a front end side of the rear barrel; and an applying body, formed of a brush having a flange portion, and arranged inside the front barrel so as to supply the application liquid to the applying body from a storage portion inside the rear barrel, wherein a receiving part of the flange portion of the applying body and the inner face of the front barrel are in contact with each other in a non-surface contact manner, and characterized in that a step portion is formed on an inner peripheral surface of a front end portion of the front barrel, the step portion having a level difference and configured with an engagement portion having multiple triangular tops formed at predetermined intervals on the inner peripheral surface of the front end portion of the front barrel with bottoms connected along a circumference of the engagement portion such that the receiving part of the flange portion makes point contacts with the step portion. a barrel cylinder formed of a rear barrel in which an application liquid is stored and a front barrel provided on a front end side of the rear barrel; and an applying body, formed of a brush having a flange portion, and arranged inside the front barrel so as to supply the application liquid to the applying body from a storage portion inside the rear barrel, wherein a receiving part of the flange portion of the applying body and the inner face of the front barrel are in contact with each other in a non-surface contact manner, and characterized in that a step portion is formed on an inner peripheral surface of a front end portion of the front barrel, the step portion having a level difference and configured with an engagement portion having multiple triangular tops formed at predetermined intervals on the inner peripheral surface of the front end portion of the front barrel with bottoms connected along a circumference of the engagement portion such that the receiving part of the flange portion makes point contacts with the step portion.
Artificial joint implant having a first bone abutment element , which is placeable or fixable on a first bone (16; 22) or bone part, and a second bone abutment element , which is placeable or fixable on a second bone (18; 24) or bone part, wherein the first and the second bone abutment element are arranged so as to be moveable relative to each other and are articulatedly coupled to each other, wherein the joint implant is formed in one piece, wherein the joint implant comprises at least one flexure joint which articulatedly connects the first and the second bone abutment element to each other, wherein the at least one flexure joint comprises at least one spring element , characterized in that the at least one spring element comprises two or more spring members which are wound in an undulating manner and are arranged equidistantly or substantially equidistantly from each other, which two or more spring members are arranged in the circumferential direction of the plate- or disc-shaped bone abutment elements in order to connect bearing elements of the two bone abutment elements to each other.
A method for video decoding, comprising: decoding a motion vector difference from a bitstream; obtaining a first motion vector for a current block in a video as a sum of a motion vector predictor and said decoded motion vector difference, said first motion vector being associated with a first motion resolution; searching one or more positions around a position indicated by said first motion vector in a reference picture, said one or more positions being associated with a second motion resolution, and said second motion resolution being higher than said first motion resolution; determining a second motion vector for said current block based on said searching; and decoding said current block based on said second motion vector. decoding a motion vector difference from a bitstream; obtaining a first motion vector for a current block in a video as a sum of a motion vector predictor and said decoded motion vector difference, said first motion vector being associated with a first motion resolution; searching one or more positions around a position indicated by said first motion vector in a reference picture, said one or more positions being associated with a second motion resolution, and said second motion resolution being higher than said first motion resolution; determining a second motion vector for said current block based on said searching; and decoding said current block based on said second motion vector.
Microorganism oil composition enriched in polyunsaturated fatty acids, characterized in that it has: - a saturated fatty acid content less than or equal to 40 mg/g of composition, - a content of omega-3 polyunsaturated fatty acids greater than or equal to 500 mg/g of composition, and in that it comprises, relative to the total amount of monoglycerides, diglycerides, triglycerides and ethyl esters of fatty acids: - an amount of triglycerides of between 40 and 67%, - an amount of diglycerides between 10 and 35%, - an amount of monoglycerides between 1 and 5%. - a saturated fatty acid content less than or equal to 40 mg/g of composition, - a content of omega-3 polyunsaturated fatty acids greater than or equal to 500 mg/g of composition, - an amount of triglycerides of between 40 and 67%, - an amount of diglycerides between 10 and 35%, - an amount of monoglycerides between 1 and 5%.
A multiplier-accumulator, MAC, system, comprising: a MAC circuit , including: plurality of output lines , each output line including a plurality of resistors , having respective resistances, a capacitor connected to the plurality of resistors to charge, in response to a plurality of input signals, the capacitor with electric charge, and a comparator ; and a time-to-digital converter, TDC, comprising a single global counter , connected to the plurality of output lines and configured to count a number of reference clocks in response to a start time instant at which the plurality of input signals are received, wherein the TDC comprises a hold circuit for each output line, the hold circuit configured to receive the number of reference clock signals counted by the single global counter until an output time instant is received from the comparator of the respective output line when a voltage of the capacitor of the respective output line exceeds a reference voltage, and the TDC is configured to output for each hold circuit a digital value based on the counted number of reference clock signals received at a respective hold circuit, wherein each digital value represents information of a charge time of the capacitor of the respective output line of the respective hold circuit and is an accumulation result of the MAC circuit. plurality of output lines , each output line including a plurality of resistors , having respective resistances, a capacitor connected to the plurality of resistors to charge, in response to a plurality of input signals, the capacitor with electric charge, and a comparator ; and a time-to-digital converter, TDC, comprising a single global counter , connected to the plurality of output lines and configured to count a number of reference clocks in response to a start time instant at which the plurality of input signals are received, wherein the TDC comprises a hold circuit for each output line, the hold circuit configured to receive the number of reference clock signals counted by the single global counter until an output time instant is received from the comparator of the respective output line when a voltage of the capacitor of the respective output line exceeds a reference voltage, and the TDC is configured to output for each hold circuit a digital value based on the counted number of reference clock signals received at a respective hold circuit, wherein each digital value represents information of a charge time of the capacitor of the respective output line of the respective hold circuit and is an accumulation result of the MAC circuit.
A method for allocating a hybrid automatic repeat request, HARQ, buffer in a wireless communication system, the method being characterised by comprising: determining whether to release an HARQ buffer region allocated for an HARQ burst of an HARQ channel based on management information related to the HARQ channel, the management information including first information indicating whether an HARQ burst has been allocated within a current frame to the HARQ channel, second information indicating whether the allocated HARQ burst corresponds to a retransmitted burst of the HARQ channel, and third information indicating one of an acknowledgement, ACK, and a non-acknowledgement, NACK according to a result of decoding of an HARQ burst allocated to the HARQ channel up to a previous frame; and releasing the HARQ buffer region and allocating the released HARQ buffer region for a burst of another HARQ channel, when the first information indicates that the HARQ burst has been allocated, the second information indicates that the HARQ burst is a retransmitted burst, and the third information indicates the ACK. determining whether to release an HARQ buffer region allocated for an HARQ burst of an HARQ channel based on management information related to the HARQ channel, the management information including first information indicating whether an HARQ burst has been allocated within a current frame to the HARQ channel, second information indicating whether the allocated HARQ burst corresponds to a retransmitted burst of the HARQ channel, and third information indicating one of an acknowledgement, ACK, and a non-acknowledgement, NACK according to a result of decoding of an HARQ burst allocated to the HARQ channel up to a previous frame; and releasing the HARQ buffer region and allocating the released HARQ buffer region for a burst of another HARQ channel, when the first information indicates that the HARQ burst has been allocated, the second information indicates that the HARQ burst is a retransmitted burst, and the third information indicates the ACK.
A guidance template device for providing guidance for a targeted tissue treatment or tissue removal procedure, the guidance template device comprising: a cover portion shaped and sized to fit over a surface of a patient near a target tissue to undergo a treatment or removal procedure, the cover portion including at least one form including a patient-specific interior surface customized based on images obtained during pre-procedure imaging to match the surface of the patient such that the cover portion correspondingly fits over the surface of the patient and maintains the surface of the patient in a desired position; at least one access site integrally formed with the cover portion and positioned so as to direct a working end of a first medical device to a location associated with the target tissue when the cover portion is placed on the surface of the patient, the position of the at least one access site with respect to the target tissue having been determined based on the pre-procedure images; characterised by at least one imaging jig integrally formed with the cover portion and configured to retain an in-procedure imaging device therein and further configured to control positioning and/or movement of the in-procedure imaging device relative to the location associated with the target tissue when the cover portion is placed on the surface of the patient. a cover portion shaped and sized to fit over a surface of a patient near a target tissue to undergo a treatment or removal procedure, the cover portion including at least one form including a patient-specific interior surface customized based on images obtained during pre-procedure imaging to match the surface of the patient such that the cover portion correspondingly fits over the surface of the patient and maintains the surface of the patient in a desired position; at least one access site integrally formed with the cover portion and positioned so as to direct a working end of a first medical device to a location associated with the target tissue when the cover portion is placed on the surface of the patient, the position of the at least one access site with respect to the target tissue having been determined based on the pre-procedure images; characterised by at least one imaging jig integrally formed with the cover portion and configured to retain an in-procedure imaging device therein and further configured to control positioning and/or movement of the in-procedure imaging device relative to the location associated with the target tissue when the cover portion is placed on the surface of the patient.
A method for the specific fluorescence labeling of aluminosilicates, in particular of zeolites, and in particular of clinoptilolites purified from heavy metals, with lumogallion (5-chloro-3-(2,4-dihydroxyphenylazo)-2-hydroxybenzenesulfonic acid), whereby the aluminosilicates are incubated with a lumogallion solution in a buffer ranging from physiological pH 7.2 to acidic pH 4.0, either for a short period of time from 2 to 4 hours at high temperatures of 60 to 80 °C, or for a longer period of time from 12 to 24 hours at low temperatures of 20 to 30 °C, and stabilized using a mounting medium, characterized in that , the mounting medium contains or consists of para-phenylenediamine (1,4-diaminobenzene) in glycerol.