mhurhangee/patent-ind-claim-en huggingface dataset:
A linear sensor including a row of N pixels that are formed in a semiconductor substrate, and a circuit for reading out the N pixels, which delivers an output signal for each of the N pixels of the row, the N pixels comprising image-capturing pixels that have a useful pixel photosensitive area able to receive photons and convert them into electric charge, which is in the shape that is higher than it is wide, where the width is in the direction of the row and the height is in the perpendicular direction, and at least two spaced-apart pairs of alignment-detecting pixels (PP L , PP G ), wherein the detecting pixels of each pair are pixels that are adjacent in the row of pixels and that have a useful photosensitive area the width of which varies monotonically in the height direction, but in opposite directions for the two detecting pixels of a same pair, characterized in that the shape is in the shape of a rectangle.
Composition for an acrylic bone cement for surgical or orthopedic use, obtained according to claim 15, wherein said composition comprises a solid phase comprising: a ternary mixture having the following composition: a polymethyl methacrylate (PMMA) homopolymer, a methyl methacrylate-styrene (MMA-styrene) copolymer and a methyl methacrylate -methyl acrylate (MMA-MA) copolymer, and a liquid phase comprising at least one acrylic monomer, further comprising at least a viscosizing polymer, wherein said viscosizing polymer is soluble in said liquid phase and comprises at least one of the components of said ternary mixture. a ternary mixture having the following composition: a polymethyl methacrylate (PMMA) homopolymer, a methyl methacrylate-styrene (MMA-styrene) copolymer and a methyl methacrylate -methyl acrylate (MMA-MA) copolymer, and a liquid phase comprising at least one acrylic monomer, further comprising at least a viscosizing polymer, wherein said viscosizing polymer is soluble in said liquid phase and comprises at least one of the components of said ternary mixture.
An air suspension system , in particular for commercial vehicles, comprising an air suspension bellows and an air suspension piston , wherein the air suspension bellows is indirectly and/or directly connected or designed to be connected to a first chassis part, in particular a vehicle frame, wherein the air suspension piston is indirectly and/or directly connected or designed to be connected to a second chassis part, in particular a link, wherein the air suspension bellows and the air suspension piston are indirectly and/or directly connected to each other or are designed to be connected, wherein the air suspension bellows and the air suspension piston at least partially enclose an inner air volume (L), wherein the air suspension piston has a rolling surface for the rolling of the air suspension bellows wherein the air suspension bellows has a contact portion for rolling on the rolling surface wherein the rolling surface and/or the contact portion have at least one opening , wherein contacting areas of the rolling surface and the contact portion define a contact surface (K), wherein a fluidic connection for an air flow (LS) through the at least one opening between the inner air volume (L) and an environment (U) is enabled or prevented by a change in the contact surface (K), in particular by a relative movement of the air suspension bellows to the air suspension piston , wherein the opening has a first end and a second end , the first end of the opening opening into the inner air volume (L), and the second end of the opening being arranged and/or opening in/into the rolling surface or in/into the contact portion , characterized in that the air suspension system comprises a valve arrangement , wherein the valve arrangement enables or prevents an air flow (LS) through the opening from the inner air volume (L) to the environment (U).
A random access method, comprising: obtaining (S101), by a network device, a first random access preamble length and a second random access preamble length, wherein the first random access preamble length is duration of a first random access preamble sent by a first terminal device, the second random access preamble length is duration of a second random access preamble sent by a second terminal device, and a value of delay compensation performed by the network device when receiving the first random access preamble is different from a value of delay compensation performed by the network device when receiving the second random access preamble; determining (S102, S103, S104), by the network device, a first random access parameter of the first terminal device and a second random access parameter of the second terminal device based on the first random access preamble length and the second random access preamble length, wherein there is an overlapping part, in time domain, between a random access preamble indicated by the first random access parameter and a random access preamble indicated by the second random access parameter; and sending (S105), by the network device, the first random access parameter to the first terminal device, and sending the second random access parameter to the second terminal device. obtaining (S101), by a network device, a first random access preamble length and a second random access preamble length, wherein the first random access preamble length is duration of a first random access preamble sent by a first terminal device, the second random access preamble length is duration of a second random access preamble sent by a second terminal device, and a value of delay compensation performed by the network device when receiving the first random access preamble is different from a value of delay compensation performed by the network device when receiving the second random access preamble; determining (S102, S103, S104), by the network device, a first random access parameter of the first terminal device and a second random access parameter of the second terminal device based on the first random access preamble length and the second random access preamble length, wherein there is an overlapping part, in time domain, between a random access preamble indicated by the first random access parameter and a random access preamble indicated by the second random access parameter; and sending (S105), by the network device, the first random access parameter to the first terminal device, and sending the second random access parameter to the second terminal device.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a long term evolution, LTE, base station involved in a dual connectivity of the terminal, a first message via a first signaling radio bearer, SRB, established between the terminal and the LTE base station, the first message including configuration information of a second SRB; establishing the second SRB based on the configuration information of the second SRB included in the first message, the second SRB being established between the terminal and a new radio, NR, base station involved in the dual connectivity of the terminal; transmitting, to the LTE base station via the first SRB, a second message as a response to the first message; in case that a radio resource control, RRC, message to be transmitted is a response message in response to a received message from the NR base station via the second SRB, transmitting, to the NR base station via the second SRB, the RRC message, wherein the received message includes physical layer configuration information of the NR base station; and in case that an RRC message to be transmitted is not a response message, transmitting the RRC message to at least one of the LTE base station or the NR base station based on a configuration, wherein the configuration indicates to which base station the terminal transmits the RRC message. receiving, from a long term evolution, LTE, base station involved in a dual connectivity of the terminal, a first message via a first signaling radio bearer, SRB, established between the terminal and the LTE base station, the first message including configuration information of a second SRB; establishing the second SRB based on the configuration information of the second SRB included in the first message, the second SRB being established between the terminal and a new radio, NR, base station involved in the dual connectivity of the terminal; transmitting, to the LTE base station via the first SRB, a second message as a response to the first message; in case that a radio resource control, RRC, message to be transmitted is a response message in response to a received message from the NR base station via the second SRB, transmitting, to the NR base station via the second SRB, the RRC message, wherein the received message includes physical layer configuration information of the NR base station; and in case that an RRC message to be transmitted is not a response message, transmitting the RRC message to at least one of the LTE base station or the NR base station based on a configuration, wherein the configuration indicates to which base station the terminal transmits the RRC message.
An apparatus to secure access based on a geographic location, the apparatus comprising: a processor element ; and logic executable by the processor element, the logic to: receive broadcast information , the broadcast information to include indications of an ultrasound broadcast from an ultrasound beacon transmitter and a wireless broadcast from a wireless beacon transmitter; characterized in that the logic is further to: construct a geometric shape from one or more primitive shapes based on the ultrasound broadcast and the wireless broadcast; and align the geometric shape with a map of a physical space to form an allowed access area for a device . a processor element ; and logic executable by the processor element, the logic to: receive broadcast information , the broadcast information to include indications of an ultrasound broadcast from an ultrasound beacon transmitter and a wireless broadcast from a wireless beacon transmitter; characterized in that the logic is further to: construct a geometric shape from one or more primitive shapes based on the ultrasound broadcast and the wireless broadcast; and align the geometric shape with a map of a physical space to form an allowed access area for a device . construct a geometric shape from one or more primitive shapes based on the ultrasound broadcast and the wireless broadcast; and align the geometric shape with a map of a physical space to form an allowed access area for a device .
Capacitive voltage measuring apparatus and a busbar arrangement of a switchgear assembly, which voltage measuring apparatus has a connection element , which is arranged on an outer field control element of the busbar arrangement , and a connection line , which is connectable to the connection element and is passed through a sealing element of the busbar arrangement , for connection to a voltage indicator device, wherein the busbar arrangement is designed as a busbar termination, and wherein a first capacitance is formed by the outer field control element of the busbar arrangement , which, when used in a capacitive voltage measuring apparatus, is not at earth potential, and a busbar conductor of the busbar arrangement , and a second capacitance is formed by the voltage indicator device, wherein first and second capacitance are connected in series with one another such that it is possible to determine the voltage of the busbar arrangement by determining the voltage at the voltage indicator device, wherein - the outer field control element is formed by a volumetric body arranged on an insulating body of the busbar arrangement , said insulating body being provided for field control, or - the outer field control element is formed by a conducting varnish layer applied to an insulating body of the busbar arrangement, characterized in that the busbar termination is sealed off by means of a sealing cap consisting of insulating material. - the outer field control element is formed by a volumetric body arranged on an insulating body of the busbar arrangement , said insulating body being provided for field control, or - the outer field control element is formed by a conducting varnish layer applied to an insulating body of the busbar arrangement,
A computer-implemented method comprising: identifying, by a computer system, a keyword included in a data loss prevention, DLP, policy, the keyword comprising a plurality of characters; generating, by the computer system and in response to the identifying, a plurality of permutations of the characters of the keyword , wherein the generating includes: receiving user input specifying a maximum number of characters to be used to permute the keyword , the specified maximum number of characters being fewer than the number of characters in the keyword to limit the number of permutations generated for the keyword; and limiting the number of characters to be permuted to the specified maximum number of characters when generating the plurality of permutations of the keyword ; adding, by the computer system, the plurality of permutations to the DLP policy; and causing information content to be searched for the keyword and the plurality of permutations to detect a violation of the DLP policy in the information content. identifying, by a computer system, a keyword included in a data loss prevention, DLP, policy, the keyword comprising a plurality of characters; generating, by the computer system and in response to the identifying, a plurality of permutations of the characters of the keyword , wherein the generating includes: receiving user input specifying a maximum number of characters to be used to permute the keyword , the specified maximum number of characters being fewer than the number of characters in the keyword to limit the number of permutations generated for the keyword; and limiting the number of characters to be permuted to the specified maximum number of characters when generating the plurality of permutations of the keyword ; receiving user input specifying a maximum number of characters to be used to permute the keyword , the specified maximum number of characters being fewer than the number of characters in the keyword to limit the number of permutations generated for the keyword; and limiting the number of characters to be permuted to the specified maximum number of characters when generating the plurality of permutations of the keyword ; adding, by the computer system, the plurality of permutations to the DLP policy; and causing information content to be searched for the keyword and the plurality of permutations to detect a violation of the DLP policy in the information content.
Device comprising safe hardware and/or software components adapted for functionally safe data processing and/or transmission for performing a method for monitoring data processing and transmission in a safety chain of a safety system , and characterized in that the safe hardware and/or software components are adapted for, - receiving functionally safe data transmitted by a further device of the safety system and a first actual characteristic value with respect to a safety -relevant characterizing attribute of the data processing and/or transmission; - determining a second actual characteristic value with regard to the safety-relevant characterizing attribute; - processing the first actual characteristic value and the second actual characteristic value into a third actual characteristic value with regard to the safety-relevant characterizing attribute; - determining a nominal characteristic value for the safety-relevant characterizing attribute; - comparing the third actual characteristic value with the nominal characteristic value of the safety-relevant characterizing attribute; and - depending on the comparison result -- further processing and/or further transmitting the functionally safe data if the result of the comparison is positive, or -- triggering a predetermined safety reaction if the result of the comparison is negative. - receiving functionally safe data transmitted by a further device of the safety system and a first actual characteristic value with respect to a safety -relevant characterizing attribute of the data processing and/or transmission; - determining a second actual characteristic value with regard to the safety-relevant characterizing attribute; - processing the first actual characteristic value and the second actual characteristic value into a third actual characteristic value with regard to the safety-relevant characterizing attribute; - determining a nominal characteristic value for the safety-relevant characterizing attribute; - comparing the third actual characteristic value with the nominal characteristic value of the safety-relevant characterizing attribute; and - depending on the comparison result -- further processing and/or further transmitting the functionally safe data if the result of the comparison is positive, or -- triggering a predetermined safety reaction if the result of the comparison is negative. -- further processing and/or further transmitting the functionally safe data if the result of the comparison is positive, or -- triggering a predetermined safety reaction if the result of the comparison is negative.
A cable organizer of a telecommunications closure, comprising: a framework ; a cable organizer plate ; a tower mounted to an end of the cable organizer plate and angled relative to a plane defined by the cable organizer plate; and trays mounted to the tower at hinges for pivoting movement of the trays to allow selected access to a desired one of the trays , the angling of the tower relative to the cable organizer plate allowing the trays to lie flat on top of one another, each tray configured to receive an incoming and outgoing single fiber or multiple fibers which can be managed by each tray, wherein the hinges between adjacent ones of the trays are staggered; wherein the cable organizer plate includes: a first organizer element including a figure 8 configuration for changing cable directions and/or allowing cable passage from one side of the cable organizer plate to the other; and a second organizer element configured to hold cables for storage. a framework ; a cable organizer plate ; a tower mounted to an end of the cable organizer plate and angled relative to a plane defined by the cable organizer plate; and trays mounted to the tower at hinges for pivoting movement of the trays to allow selected access to a desired one of the trays , the angling of the tower relative to the cable organizer plate allowing the trays to lie flat on top of one another, each tray configured to receive an incoming and outgoing single fiber or multiple fibers which can be managed by each tray, wherein the hinges between adjacent ones of the trays are staggered; wherein the cable organizer plate includes: a first organizer element including a figure 8 configuration for changing cable directions and/or allowing cable passage from one side of the cable organizer plate to the other; and a second organizer element configured to hold cables for storage. a first organizer element including a figure 8 configuration for changing cable directions and/or allowing cable passage from one side of the cable organizer plate to the other; and a second organizer element configured to hold cables for storage.
A strain of Rhodotorula sp. OMK-1, wherein its preservation number is CCTCC M 2015326.
A method of communications, comprising: configuring, by a gNB, a first numerology parameter that enables at least symbol repetition and a modified cyclic prefix; and transmitting, by the gNB, a downlink signal/channel that is configured based at least on the symbol repetition and modified cyclic prefix ; wherein the first numerology parameter is configured such that the first numerology parameter is lower in value than a second numerology parameter, and the first numerology parameter is a time numerology parameter and the second numerology parameter is a transmission numerology parameter; wherein the transmission numerology parameter is a scaling factor which defines scaling for different numerologies. configuring, by a gNB, a first numerology parameter that enables at least symbol repetition and a modified cyclic prefix; and transmitting, by the gNB, a downlink signal/channel that is configured based at least on the symbol repetition and modified cyclic prefix ; wherein the first numerology parameter is configured such that the first numerology parameter is lower in value than a second numerology parameter, and the first numerology parameter is a time numerology parameter and the second numerology parameter is a transmission numerology parameter; wherein the transmission numerology parameter is a scaling factor which defines scaling for different numerologies.
An encryption method of a terminal device, the method comprising: setting a scaling factor; and reflecting the scaling factor in a message to be encrypted, and performing encryption using a public key to generate a homomorphic ciphertext, wherein the generating the homomorphic ciphertext comprises: calculating an error from a discrete Gaussian distribution or a distribution that is within a short statistical distance to the discrete Gaussian distribution; and multiplying the message by the scaling factor and adding the error to the multiplied message, and performing encryption using the public key to generate the homomorphic ciphertext. wherein the homomorphic encryption is, based on a decryption being performed, in a form that a result value obtained by adding the error to a value obtained by reflecting the scaling factor in the message is restored, characterized in that : a modulus of the homomorphic ciphertext is set as an exponentiation of one scaling factor setting a scaling factor; and reflecting the scaling factor in a message to be encrypted, and performing encryption using a public key to generate a homomorphic ciphertext, wherein the generating the homomorphic ciphertext comprises: calculating an error from a discrete Gaussian distribution or a distribution that is within a short statistical distance to the discrete Gaussian distribution; and multiplying the message by the scaling factor and adding the error to the multiplied message, and performing encryption using the public key to generate the homomorphic ciphertext. calculating an error from a discrete Gaussian distribution or a distribution that is within a short statistical distance to the discrete Gaussian distribution; and multiplying the message by the scaling factor and adding the error to the multiplied message, and performing encryption using the public key to generate the homomorphic ciphertext. wherein the homomorphic encryption is, based on a decryption being performed, in a form that a result value obtained by adding the error to a value obtained by reflecting the scaling factor in the message is restored, characterized in that : a modulus of the homomorphic ciphertext is set as an exponentiation of one scaling factor