mhurhangee/patent-ind-claim-en huggingface dataset:
A transmitting apparatus for an OFDM based wireless communication system , the wireless communication system adapted to support a plurality of pre-defined subcarrier spacing values comprising at least a first subcarrier spacing value Δ f 1 and at least a second subcarrier spacing value Δ f 2 , the transmitting apparatus including a processor and a transmitter , wherein the processor is configured to: generate a signal S 1 comprising a N SF time repetition of another signal S 2 , wherein a duration of the another signal S 2 is 1/Δ f 2 , and N SF = Δ f 2 / Δ f 1 is an integer greater than 1; and wherein the transmitter is configured for transmission of a symbol comprising S 1 ; wherein the N SF time repetition of the signal S 2 is a time continuous repetition of the signal S 2 , characterized in that the repeated signal S 2 is generated by multiplying the signal S 2 by a specific value such that the repeated signal S 2 is different from the signal S 2 , wherein the specific value is known to the transmitting apparatus and a corresponding receiving apparatus. generate a signal S 1 comprising a N SF time repetition of another signal S 2 , wherein a duration of the another signal S 2 is 1/Δ f 2 , and N SF = Δ f 2 / Δ f 1 is an integer greater than 1; and wherein the transmitter is configured for transmission of a symbol comprising S 1 ; wherein the N SF time repetition of the signal S 2 is a time continuous repetition of the signal S 2 , characterized in that the repeated signal S 2 is generated by multiplying the signal S 2 by a specific value such that the repeated signal S 2 is different from the signal S 2 , wherein the specific value is known to the transmitting apparatus and a corresponding receiving apparatus.
A chip for performing cryptographic operations, the chip comprising: a key storage module configured to store one or more cryptographic keys (K 1 , K 2 , ..., K n ); a rule storage module configured to store one or more rules (R 1 , R 2 , ..., R n ), each rule (R i ) comprising respective rule data, the rule data identifying a respective predetermined cryptographic operation (X Ri ) associated with the rule and further identifying at least one (K Ri ) of the one or more cryptographic keys to be used in the respective predetermined cryptographic operation; an interface module configured to receive (S410) a rule execution request , wherein the rule execution request comprises a rule identifier (R j ) to identify a specific rule of the one or more rules to be executed; and a cryptographic module configured to execute (S420) the specific rule so as to perform the respective predetermined cryptographic operation in response to the rule execution request; wherein the chip is configured such that the cryptographic keys and the cryptographic module may only be used by executing rules from the one or more rules in response to associated rule execution requests received by the interface module. a key storage module configured to store one or more cryptographic keys (K 1 , K 2 , ..., K n ); a rule storage module configured to store one or more rules (R 1 , R 2 , ..., R n ), each rule (R i ) comprising respective rule data, the rule data identifying a respective predetermined cryptographic operation (X Ri ) associated with the rule and further identifying at least one (K Ri ) of the one or more cryptographic keys to be used in the respective predetermined cryptographic operation; an interface module configured to receive (S410) a rule execution request , wherein the rule execution request comprises a rule identifier (R j ) to identify a specific rule of the one or more rules to be executed; and a cryptographic module configured to execute (S420) the specific rule so as to perform the respective predetermined cryptographic operation in response to the rule execution request; wherein the chip is configured such that the cryptographic keys and the cryptographic module may only be used by executing rules from the one or more rules in response to associated rule execution requests received by the interface module.
A method comprising: in a client device comprising a memory arranged as a user space and a kernel space: providing (S13.1) in the user space a user space control module for receiving one or more application calls destined for the kernel space; receiving (S13.2) by the user space control module an application call for requesting data transmission using one or more kernel space network services; and implementing (S13.3) the requested data transmission over multiple paths from the client device under the control of the user space control module; wherein the user space control module implements the requested data transmission in accordance with network usage rules, and wherein the user space control module receives one or more application calls destined for the kernel space by means of modifying an application execution environment in the user space. providing (S13.1) in the user space a user space control module for receiving one or more application calls destined for the kernel space; receiving (S13.2) by the user space control module an application call for requesting data transmission using one or more kernel space network services; and implementing (S13.3) the requested data transmission over multiple paths from the client device under the control of the user space control module; wherein the user space control module implements the requested data transmission in accordance with network usage rules, and wherein the user space control module receives one or more application calls destined for the kernel space by means of modifying an application execution environment in the user space.
A method for cleaving adapter dimers produced in a ligation reaction, comprising: (a) ligating a T-tailed double-stranded adapter to A-tailed double-stranded fragments of nucleic acid to produce ligation products that comprise: (i) adapter-ligated double-stranded nucleic acid fragments and (ii) double-stranded adapter dimers that comprise a T:T mismatch at the ligation junction; and (b) cleaving both strands of the adapter dimers using EndoMS. (a) ligating a T-tailed double-stranded adapter to A-tailed double-stranded fragments of nucleic acid to produce ligation products that comprise: (i) adapter-ligated double-stranded nucleic acid fragments and (ii) double-stranded adapter dimers that comprise a T:T mismatch at the ligation junction; and (b) cleaving both strands of the adapter dimers using EndoMS.
Adhesive, where the adhesive is a barrier adhesive, the adhesive base of which, in the presence of a reactive resin after curing thereof, has a water vapour permeation rate of less than 100 g/m 2 d, determined to ASTM F-1249 at 37.5°C and a relative humidity of 90%, comprising a getter material and optionally a solvent, characterized in that the adhesive comprises a catalyst for the reaction of the getter material with a permeate, which is activatable by means of an external stimulus, where the getter material is at least one compound selected from the group comprising ethoxysilanes and where the permeate is water. a getter material and optionally a solvent, characterized in that the adhesive comprises a catalyst for the reaction of the getter material with a permeate, which is activatable by means of an external stimulus, where the getter material is at least one compound selected from the group comprising ethoxysilanes and where the permeate is water.
A swimming pool cleaner comprising: a body having a debris inlet and a debris outlet ; a removable nozzle (30, 30A-C) within the debris inlet to control debris-laden water flow; characterized by a tool-free nozzle-mounting structure at the debris inlet removably retaining the nozzle (30, 30A-C) within the debris inlet . a body having a debris inlet and a debris outlet ; a removable nozzle (30, 30A-C) within the debris inlet to control debris-laden water flow; characterized by a tool-free nozzle-mounting structure at the debris inlet removably retaining the nozzle (30, 30A-C) within the debris inlet .
Method for producing moulded hollow bodies from an elastomer material, wherein the method comprises at least the following operative steps, specifically: a) pushing in each case one prefabricated blank onto in each case at least one mandrel , wherein the mandrel has at least one region with a wall which is configured to be air-permeable, and each mandrel has at least one air chamber which is operatively connected to the at least one region with an air-permeable wall ; b) incorporating the one mandrel having the blank pushed thereon, or a plurality of mandrels having in each case a blank pushed thereon, into an autoclave known per se; c 1 ) impinging the autoclave with pressure and temperature, wherein air which is enclosed between the blank and the mandrel , or the blanks and the mandrels , is pressed through the region with an air-permeable wall into the respective air chamber , while fully vulcanizing the blanks in the process; d) depressurizing the autoclave, and cooling; e) retrieving the mandrels having completely vulcanized and moulded hollow bodies ; f 2 ) stripping the hollow bodies from the mandrels , characterized in that the mandrel is produced by means of a 3D printing method. a) pushing in each case one prefabricated blank onto in each case at least one mandrel , wherein the mandrel has at least one region with a wall which is configured to be air-permeable, and each mandrel has at least one air chamber which is operatively connected to the at least one region with an air-permeable wall ; b) incorporating the one mandrel having the blank pushed thereon, or a plurality of mandrels having in each case a blank pushed thereon, into an autoclave known per se; c 1 ) impinging the autoclave with pressure and temperature, wherein air which is enclosed between the blank and the mandrel , or the blanks and the mandrels , is pressed through the region with an air-permeable wall into the respective air chamber , while fully vulcanizing the blanks in the process; d) depressurizing the autoclave, and cooling; e) retrieving the mandrels having completely vulcanized and moulded hollow bodies ; f 2 ) stripping the hollow bodies from the mandrels ,
A battery diagnosing apparatus , comprising: a measuring unit (no) configured to measure voltage and temperature of a battery; an ohmic resistance determining unit configured to determine an ohmic resistance of the battery based on an impedance profile generated for the battery; and a control unit configured to calculate a voltage change amount by comparing the voltage of the battery measured by the measuring unit with a reference voltage, calculate a resistance change rate by comparing the ohmic resistance determined by the ohmic resistance determining unit with a reference resistance, judge an internal gas generation level of the battery by comparing magnitudes of the calculated resistance change rate and a criterion resistance change rate, and judge an internal gas generation cause of the battery by comparing magnitudes of the calculated voltage change amount and a criterion voltage change amount. a measuring unit (no) configured to measure voltage and temperature of a battery; an ohmic resistance determining unit configured to determine an ohmic resistance of the battery based on an impedance profile generated for the battery; and a control unit configured to calculate a voltage change amount by comparing the voltage of the battery measured by the measuring unit with a reference voltage, calculate a resistance change rate by comparing the ohmic resistance determined by the ohmic resistance determining unit with a reference resistance, judge an internal gas generation level of the battery by comparing magnitudes of the calculated resistance change rate and a criterion resistance change rate, and judge an internal gas generation cause of the battery by comparing magnitudes of the calculated voltage change amount and a criterion voltage change amount.
A method of analyzing at least two or more analytes of a plurality of single cells, said method comprising: (a) providing a plurality of contiguity preserving elements (CE), wherein each CE comprises a single cell; (b) lysing said single cell within each CE, wherein the analytes within said single cell are released within each CE; (c) providing a first reporter moiety to a first analyte within said single cell of each CE; (d) providing a second reporter moiety to a second analyte within said single cell of each CE; (e) modifying said analytes such that at least some of said first and second analytes of said CE comprise said first and second reporter moieties, respectively; (f) combining the CE comprising said analytes comprising said reporter moieties; (g) compartmentalizing the CE comprising said first and second analytes comprising said first and second reporter moieties, respectively into a plurality of compartments; (h) providing a third reporter moiety to said first analyte comprising said first reporter moiety of each CE within said compartments; (i) providing a fourth reporter moiety to said second analyte comprising said second reporter moiety of each CE within said compartments; (j) further modifying said analytes such that at least some first analytes comprise said first and third reporter moieties and at least some second analytes comprise said second and fourth reporter moieties; (k) analyzing said analytes comprising said reporter moieties of each compartment, wherein such analysis detects a single cell which is the source of each analyte. (a) providing a plurality of contiguity preserving elements (CE), wherein each CE comprises a single cell; (b) lysing said single cell within each CE, wherein the analytes within said single cell are released within each CE; (c) providing a first reporter moiety to a first analyte within said single cell of each CE; (d) providing a second reporter moiety to a second analyte within said single cell of each CE; (e) modifying said analytes such that at least some of said first and second analytes of said CE comprise said first and second reporter moieties, respectively; (f) combining the CE comprising said analytes comprising said reporter moieties; (g) compartmentalizing the CE comprising said first and second analytes comprising said first and second reporter moieties, respectively into a plurality of compartments; (h) providing a third reporter moiety to said first analyte comprising said first reporter moiety of each CE within said compartments; (i) providing a fourth reporter moiety to said second analyte comprising said second reporter moiety of each CE within said compartments; (j) further modifying said analytes such that at least some first analytes comprise said first and third reporter moieties and at least some second analytes comprise said second and fourth reporter moieties; (k) analyzing said analytes comprising said reporter moieties of each compartment, wherein such analysis detects a single cell which is the source of each analyte.
A vehicle measuring apparatus comprising: a base unit which rests on a plane (P) and comprises a target , a support structure which is coupled to said base unit and is provided with a support bar which has an approximately horizontal reference axis (A) and is arranged above said base unit , two auxiliary image acquisition devices which are mounted on said support bar so that the respective image acquisition visual fields are oriented towards said base unit so as to capture target images containing said target , an electronic control system which is operatively connected to said auxiliary image acquisition devices to receive said target images and is configured in order to determine the poses of the auxiliary image acquisition devices on the basis of said target-images. a base unit which rests on a plane (P) and comprises a target , a support structure which is coupled to said base unit and is provided with a support bar which has an approximately horizontal reference axis (A) and is arranged above said base unit , two auxiliary image acquisition devices which are mounted on said support bar so that the respective image acquisition visual fields are oriented towards said base unit so as to capture target images containing said target , an electronic control system which is operatively connected to said auxiliary image acquisition devices to receive said target images and is configured in order to determine the poses of the auxiliary image acquisition devices on the basis of said target-images.
A detergent product for treating textiles in the format of a single-use portion pack, in particular for cleaning textiles and/or for washing textiles, comprising a film bag having at least two bag chambers which are enclosed by at least one water-soluble film, the bag chambers being formed by at least two, preferably only two, layers of film sealed to one another in one or more sealing portions of a sealing plane, and contain a detergent preparation, - the film bag having at least one flow opening which is arranged outside the bag chambers and is provided in the region of a sealing portion between at least two adjacent bag chambers ; - the film bag having a base area (A2) lying in the sealing plane, the base area being predetermined by an outer contour line of the film bag in the sealing plane, the flow opening being provided in a central region of the base area (A2) of the film bag ; characterized in that - the proportion of the opening area (A3) of the flow opening to the base area (A2) of the film bag is between 0.5% and 50%, preferably between 4% and 20%. - the film bag having at least one flow opening which is arranged outside the bag chambers and is provided in the region of a sealing portion between at least two adjacent bag chambers ; - the film bag having a base area (A2) lying in the sealing plane, the base area being predetermined by an outer contour line of the film bag in the sealing plane, the flow opening being provided in a central region of the base area (A2) of the film bag ; - the proportion of the opening area (A3) of the flow opening to the base area (A2) of the film bag is between 0.5% and 50%, preferably between 4% and 20%.
A method of processing a screen on a first device, performed by a head-mounted display HMD , the method comprising: obtaining, at the HMD , an actual display screen displayed on the first device and information related to the actual display screen according to a screen display request regarding the first device (operation 210); determining, at the HMD , an additional screen to be displayed based on the actual display screen on the first device and the information related to the actual display screen (operation 220); displaying the additional screen as a virtual image viewed near the actual display screen on the first device (operation 230); detecting an input performed on the additional screen (operation 520); and transmitting the detected input from the HMD to the first device so that the first device processes a content of the additional screen and outputs an updated display screen on the first device (operation 515), the updated display screen corresponding to the detected input. obtaining, at the HMD , an actual display screen displayed on the first device and information related to the actual display screen according to a screen display request regarding the first device (operation 210); determining, at the HMD , an additional screen to be displayed based on the actual display screen on the first device and the information related to the actual display screen (operation 220); displaying the additional screen as a virtual image viewed near the actual display screen on the first device (operation 230); detecting an input performed on the additional screen (operation 520); and transmitting the detected input from the HMD to the first device so that the first device processes a content of the additional screen and outputs an updated display screen on the first device (operation 515), the updated display screen corresponding to the detected input.
Follicle-stimulating hormone (FSH) ligand which potentiates the bioactivity of FSH, of luteinizing hormone (LH) and of chorionic gonadotropin (CG), characterized in that said ligand is an antibody or a fragment thereof and in that : the heavy chain variable domain contains the following CDRs: - VH-CDR1, defined by the sequence GFTFSDFY (SEQ ID NO : 9); - VH-CDR2, defined by the sequence SRNKAKDYTT (SEQ ID NO : 10); - VH-CDR3, defined by the sequence ARDARFAY (SEQ ID NO : 11); and the light chain variable domain contains the following CDRs: - VL-CDR1, defined by the sequence QSLLYSSNQKNY (SEQ ID NO : 12); - VL-CDR2, defined by the sequence WAS; - VL-CDR3, defined by the sequence QQYYSYPRT (SEQ ID NO : 13). the heavy chain variable domain contains the following CDRs: - VH-CDR1, defined by the sequence GFTFSDFY (SEQ ID NO : 9); - VH-CDR2, defined by the sequence SRNKAKDYTT (SEQ ID NO : 10); - VH-CDR3, defined by the sequence ARDARFAY (SEQ ID NO : 11); and - VH-CDR1, defined by the sequence GFTFSDFY (SEQ ID NO : 9); - VH-CDR2, defined by the sequence SRNKAKDYTT (SEQ ID NO : 10); - VH-CDR3, defined by the sequence ARDARFAY (SEQ ID NO : 11); and the light chain variable domain contains the following CDRs: - VL-CDR1, defined by the sequence QSLLYSSNQKNY (SEQ ID NO : 12); - VL-CDR2, defined by the sequence WAS; - VL-CDR3, defined by the sequence QQYYSYPRT (SEQ ID NO : 13). - VL-CDR1, defined by the sequence QSLLYSSNQKNY (SEQ ID NO : 12); - VL-CDR2, defined by the sequence WAS; - VL-CDR3, defined by the sequence QQYYSYPRT (SEQ ID NO : 13).
A twist drill comprising a cemented carbide or high speed steel substrate and a coating, wherein the coating comprises a first layer system having a multilayered structure covering substantially the whole active part of the drill, characterised in that the coating further comprises a second layer system on the first layer system, the second layer system having a multilayered structure covering only the tip area of the drill, wherein the tip area of the drill is defined as the distance from the tip to a distance towards the base of drill of 0.3 to 1.5 times the diameter of the drill, and the first and/or second layer system comprises one or more sections having an aperiodic structure. characterised in that the coating further comprises a second layer system on the first layer system, the second layer system having a multilayered structure covering only the tip area of the drill, wherein the tip area of the drill is defined as the distance from the tip to a distance towards the base of drill of 0.3 to 1.5 times the diameter of the drill, and the first and/or second layer system comprises one or more sections having an aperiodic structure.