mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing film packaging bags, wherein a first film web is supplied in a production direction, wherein along the production direction at a uniform spacing film strips folded onto themselves are placed on the first film web to form side gussets transversely to the production direction, wherein a continuous strand with the two closure strips is arranged on the first film web in such a manner that a distance remains between the strand and an edge of the first film web, wherein along the production direction at the uniform spacing closure sliders are placed on the strand, wherein a second film web is supplied and is arranged over the first film web, wherein the film webs and the film strips are joined together by sealing seams incorporating the strand, whereby the strand with the two closure strips is joined to the two film webs, wherein the front walls with the film strips arranged in between are cut transversely to the production direction in such a manner that the side gussets of two consecutive film packaging bags in the production direction are formed from respectively one film strip, wherein individual bag blanks are provided, in which the reclosures formed from sections of the strand are each arranged at a distance from an upper bag edge, wherein the front walls formed from the film webs are joined together at the upper bag edge so that the reclosure is then arranged in a concealed manner inside the film packaging bag, wherein respectively one line of weakness is produced in the film webs, which runs along the production direction in sections on one side and in sections on the other side of the profile sections of the closure strips and which runs on the bag longitudinal edges above and between the bag longitudinal edges underneath the profile sections.
A subsea installation comprising a tank containing an insulation fluid or other fluid, a heat generating electric apparatus positioned at least partly within the tank , and a pressure compensator being in fluid communication with the tank and being configured to compensate volume variations of the insulation fluid or the other fluid by performing an expansive and a contracting movement, characterized in that the subsea installation further comprises means for heating the insulation fluid or the other fluid, said means for heating being configured to provide heating to the insulation fluid or the other fluid when the heat generating electric apparatus is in a non-operating state in order to reduce the volume variations of the insulation fluid or the other fluid.
A computer implemented method, comprising: receiving , by a data processing apparatus and from a client device , user data specifying one or more attributes of a user; generating , by the data processing apparatus, a unique entry for the user using the user data and a user identifier unique to the user; inserting , by the data processing apparatus, a privacy enhanced representation of the unique entry into a probabilistic data structure that includes a plurality of privacy enhanced representations of unique entries for a plurality of users, including: generating , by the data processing apparatus, a hash representation of the unique entry; updating , by the data processing apparatus, the probabilistic data structure based on the hash representation; discarding , by the data processing apparatus, the user data after inserting the privacy enhanced representation of the unique entry into the probabilistic data structure; receiving a query requesting a response specifying how many users have an attribute that matches a given attribute specified in the query; obtaining , by the data processing apparatus and using the probabilistic data structure, a first number of users that includes both an estimated number of users that match the given attribute and false positives returned from the probabilistic data structure; and determining , by the data processing apparatus, the estimated number of users based on the first number of users and a false positive rate of the probabilistic data structure. receiving , by a data processing apparatus and from a client device , user data specifying one or more attributes of a user; generating , by the data processing apparatus, a unique entry for the user using the user data and a user identifier unique to the user; inserting , by the data processing apparatus, a privacy enhanced representation of the unique entry into a probabilistic data structure that includes a plurality of privacy enhanced representations of unique entries for a plurality of users, including: generating , by the data processing apparatus, a hash representation of the unique entry; updating , by the data processing apparatus, the probabilistic data structure based on the hash representation; generating , by the data processing apparatus, a hash representation of the unique entry; updating , by the data processing apparatus, the probabilistic data structure based on the hash representation; discarding , by the data processing apparatus, the user data after inserting the privacy enhanced representation of the unique entry into the probabilistic data structure; receiving a query requesting a response specifying how many users have an attribute that matches a given attribute specified in the query; obtaining , by the data processing apparatus and using the probabilistic data structure, a first number of users that includes both an estimated number of users that match the given attribute and false positives returned from the probabilistic data structure; and determining , by the data processing apparatus, the estimated number of users based on the first number of users and a false positive rate of the probabilistic data structure.
A dual antenna system for vehicles, the antenna system comprising first and second radiating elements and a substantially flat ground plane in common for the two radiating elements , wherein the two radiating elements are placed above and overlap an upper surface of the ground plane , and wherein each radiating element is folded to form vertical and horizontal surfaces , wherein the vertical surfaces of the two radiating elements are substantially orthogonal to the ground plane and parallel to each other, wherein the horizontal surfaces of the two radiating elements are substantially coplanar between them, and substantially parallel to the ground plane , wherein the antenna system further comprises two feeding ports respectively connected between the radiating elements and the ground plane , wherein the shape of the horizontal surface of each radiating element comprises a part of an ellipse curve or is configured as a parabolic curve, wherein the first and second radiating elements further comprise first and second arms respectively extending from the vertical surface , each arm having a first horizontal segment substantially parallel to the ground plane , wherein the shape of the vertical surface of each radiating element comprises a part of an ellipse curve or is configured as a parabolic curve, and wherein the radiating elements are not directly connected with the ground plane . wherein the two radiating elements are placed above and overlap an upper surface of the ground plane , and wherein each radiating element is folded to form vertical and horizontal surfaces , wherein the vertical surfaces of the two radiating elements are substantially orthogonal to the ground plane and parallel to each other, wherein the horizontal surfaces of the two radiating elements are substantially coplanar between them, and substantially parallel to the ground plane , wherein the antenna system further comprises two feeding ports respectively connected between the radiating elements and the ground plane , wherein the shape of the horizontal surface of each radiating element comprises a part of an ellipse curve or is configured as a parabolic curve, wherein the first and second radiating elements further comprise first and second arms respectively extending from the vertical surface , each arm having a first horizontal segment substantially parallel to the ground plane , wherein the shape of the vertical surface of each radiating element comprises a part of an ellipse curve or is configured as a parabolic curve, and wherein the radiating elements are not directly connected with the ground plane .
A frame component that forms a frame of an eyewear , the frame component comprising: a housing having a first surface on which a first recessed portion is formed and a first hole that opens to the first recessed portion ; a first device disposed in the first recessed portion ; and a fastening member that is inserted through the first hole and fixes the first device to the housing , characterized in that the housing includes an accommodation space that is a space separated from the first recess portion by a wall portion configured by the bottom portion of the first recess portion , the frame component includes a substrate that is disposed in the accommodation space of the housing , including a substrate-side through hole , and supporting an electronic component; and the fastening member is inserted, as well as the first hole, through the substrate-side through hole . a housing having a first surface on which a first recessed portion is formed and a first hole that opens to the first recessed portion ; a first device disposed in the first recessed portion ; and a fastening member that is inserted through the first hole and fixes the first device to the housing , characterized in that the housing includes an accommodation space that is a space separated from the first recess portion by a wall portion configured by the bottom portion of the first recess portion , the frame component includes a substrate that is disposed in the accommodation space of the housing , including a substrate-side through hole , and supporting an electronic component; and the fastening member is inserted, as well as the first hole, through the substrate-side through hole .
An antibody comprising: a first site-specific non-natural amino acid residue and a second site-specific non-natural amino acid residue; wherein the first non-natural amino acid residue and the second non-natural amino acid residue have different reactive groups that are orthogonal to each other and wherein the different reactive groups are capable of mutually non-overlapping orthogonal site-specific conjugations with different drugs in the same reaction, wherein different chemistries can be used to site specifically conjugate different drugs to the antibody; the site-specific non-natural amino acid residues are not one of the 20 common amino acids or pyrrolysine or selenocysteine, or post-translationally modified variants thereof, and wherein each site specific non-natural amino acid residue comprises an acetyl, hydrazino, hydrazido, semicarbazido, azido, alkynyl or tetrazine. a first site-specific non-natural amino acid residue and a second site-specific non-natural amino acid residue; wherein the first non-natural amino acid residue and the second non-natural amino acid residue have different reactive groups that are orthogonal to each other and wherein the different reactive groups are capable of mutually non-overlapping orthogonal site-specific conjugations with different drugs in the same reaction, wherein different chemistries can be used to site specifically conjugate different drugs to the antibody; the site-specific non-natural amino acid residues are not one of the 20 common amino acids or pyrrolysine or selenocysteine, or post-translationally modified variants thereof, and wherein each site specific non-natural amino acid residue comprises an acetyl, hydrazino, hydrazido, semicarbazido, azido, alkynyl or tetrazine.
Coated lithium-nickel composite oxide particles for a lithium-ion battery positive-electrode active substance, comprising: particles of nickel-based lithium-nickel composite oxide with a coating material; wherein the coating material is an alkyl thiol group-containing molecule selected from the group consisting of ethanethiol, propanethiol, butanthiol, pentanethiol, hexanethiol, heptanethiol, octanethiol, nonanethiol, decanethiol, dodecanethiol, tetradecanethiol, hexadecanethiol, heptadecanethiol and octadecanethiol; or a thiol group-containing molecule having a cyclic skeleton or an aromatic ring or a heterocyclic ring; or a disulfide group-containing molecule having a cyclic skeleton of an aromatic or a heterocyclic ring; wherein the amount of coating material is 4.05 × 10 -6 mol/m 2 or more to 1.62 × 10 -5 mol/m 2 or less relative to the specific surface area of the lithium-nickel composite oxide particles; wherein the coating material formed on the coated lithium-nickel composite oxide particles is in the form of a monomolecular film; and wherein the nickel-based lithium-nickel composite oxide is represented by the following Formula , Li x Ni (1-y-z) M y N z O 2 ··· wherein x is a value of 0.80 to 1.10, y is a value of 0.01 to 0.20, z is a value of 0.01 to 0.15, and 1-y-z is a value exceeding 0.65, and M represents at least one element selected from Co or Mn, and N represents at least one element selected from Al, In or Sn.
A method performed by a user equipment, UE, for transmitting a Sounding Reference Signal, SRS, the method comprising: receiving downlink control information triggering an aperiodic SRS transmission; identifying a slot indicated by the downlink control information for the aperiodic SRS transmission by the UE; and the method characterised in that if the slot indicated by the downlink control information is a downlink slot, transmitting the SRS in a slot that is not a downlink slot. receiving downlink control information triggering an aperiodic SRS transmission; identifying a slot indicated by the downlink control information for the aperiodic SRS transmission by the UE; and the method characterised in that if the slot indicated by the downlink control information is a downlink slot, transmitting the SRS in a slot that is not a downlink slot.
An eyeglass frame comprising a temple on each one of the left and right side and comprising a rim comprising a connection element on each one of the left and right side, the temple-side end of which facing towards the temple in its expanded state, each temple being divided by three leaf springs (3; 4; 5) on the rim-side and each one of the external leaf springs being provided with a bend , by means of which the temple is pivotally attached to a shoulder of the connecting element , wherein each connection element has vertical recesses and wherein, with expanded temple , the central leaf spring will with its free end be adjacent to the surface of the connection element which is averted from the face of the spectacle wearer and the two external leaf springs will initially be adjacent to the surface of the connection element facing the face of the spectacle wearer in the direction of their free ends and then will pass the vertical recesses of the connection element and finally will become adjacent to the surface of the connection element which is averted from the face of the spectacle wearer, such that the central leaf spring of the temple with a sliding surface slides along a counter surface provided at the free end of the connection element during pivoting, characterized in that the central leaf spring has a recess (15;16) formed on the internal surface of the temple , which opens towards the spectacle wearer, which recess (15;16) is arranged in such a position on the central leaf spring that the recess (15;16) will come into engagement with the free end of the connecting element forming an abutment in order to inhibit a continuous sliding motion of the central leaf spring in the folded-in state and to keep the temple from expanding spontaneously from its folded-in position.
A method for wireless communication, comprising: transmitting , in accordance to a first tone spacing, a first control symbol at a first control start time within a first subframe, and a first data symbol at a first data start time within the first subframe; and transmitting , in accordance to a second tone spacing, a second control symbol at a second control start time within a second subframe, a second data symbol at a second data start time within the second subframe, and a third control symbol at a third control start time within a second subframe, characterized in the second control start time being the same as the first control start time, the second data start time being different from the first data start timeand the third control start time being after the second data start time, and each of the first, second and third control symbols containing control information intended for a respective different user equipment and each of the corresponding first, second and third data symbol being assigned to said respective user equipment. transmitting , in accordance to a first tone spacing, a first control symbol at a first control start time within a first subframe, and a first data symbol at a first data start time within the first subframe; and transmitting , in accordance to a second tone spacing, a second control symbol at a second control start time within a second subframe, a second data symbol at a second data start time within the second subframe, and a third control symbol at a third control start time within a second subframe, characterized in the second control start time being the same as the first control start time, the second data start time being different from the first data start timeand the third control start time being after the second data start time, and each of the first, second and third control symbols containing control information intended for a respective different user equipment and each of the corresponding first, second and third data symbol being assigned to said respective user equipment.
A method for predicting the sensitivity of a subject cancer patient, to a c-MET protein kinase inhibitor comprising: (a) measuring the expression level of a Recepteur d'Origine Nantais (RON) in an active form comprising a splicing variant or mutant of RON gene within a biological sample obtained from a subject by a detection method using an agent selected from an antisense oligonucleotide, a primer pair, or a probe which specifically binds to mRNA of the active RON or an antibody, a peptide, or a nucleotide that specifically binds to the active RON protein ; and (b) determining the sensitivity of the subject to a protein kinase inhibitor based on the result measured in step (a). (a) measuring the expression level of a Recepteur d'Origine Nantais (RON) in an active form comprising a splicing variant or mutant of RON gene within a biological sample obtained from a subject by a detection method using an agent selected from an antisense oligonucleotide, a primer pair, or a probe which specifically binds to mRNA of the active RON or an antibody, a peptide, or a nucleotide that specifically binds to the active RON protein ; and (b) determining the sensitivity of the subject to a protein kinase inhibitor based on the result measured in step (a).
A system comprising: an external computing device that is configured to: establish a wireless communication link with a sound processor apparatus associated with a patient and located external to the patient, receive a first dataset from the sound processor apparatus by way of the wireless communication link, obtain a second dataset from a source other than the sound processor apparatus, and perform a predetermined action with respect to the sound processor apparatus in accordance with the first and second datasets, characterized in that the first dataset indicates data representative of one or more sound processing programs loaded onto the sound processor apparatus, wherein the performing of the predetermined action includes: identifying, based on the first and second datasets, a sound processing program not already loaded onto the sound processor apparatus , and transmitting, by way of the wireless communication link, data representative of the sound processing program to the sound processor apparatus. an external computing device that is configured to: establish a wireless communication link with a sound processor apparatus associated with a patient and located external to the patient, receive a first dataset from the sound processor apparatus by way of the wireless communication link, obtain a second dataset from a source other than the sound processor apparatus, and perform a predetermined action with respect to the sound processor apparatus in accordance with the first and second datasets, establish a wireless communication link with a sound processor apparatus associated with a patient and located external to the patient, receive a first dataset from the sound processor apparatus by way of the wireless communication link, obtain a second dataset from a source other than the sound processor apparatus, and perform a predetermined action with respect to the sound processor apparatus in accordance with the first and second datasets, characterized in that the first dataset indicates data representative of one or more sound processing programs loaded onto the sound processor apparatus, wherein the performing of the predetermined action includes: identifying, based on the first and second datasets, a sound processing program not already loaded onto the sound processor apparatus , and transmitting, by way of the wireless communication link, data representative of the sound processing program to the sound processor apparatus. identifying, based on the first and second datasets, a sound processing program not already loaded onto the sound processor apparatus , and transmitting, by way of the wireless communication link, data representative of the sound processing program to the sound processor apparatus.
A method comprising: establishing a group of radios disposed in respective vehicles by a first radio of the group of radios in the respective vehicles, said group of radios comprising a first plurality of radios and the first radio disposed in a first vehicle; generating a first communication signal at a second radio in a second vehicle not within the group, the first communication signal comprising a first radio identifier and first position data corresponding to the second radio; receiving the first communication signal at the first radio; determining second position data of the first radio at the first radio; comparing , by the first radio, the first position data and the second position data to obtain a distance; and when the distance is within a predetermined distance in response to comparing , adding , by the first radio in the first vehicle, the second vehicle to the group, assigning a timeslot for communication with the other vehicles to the second radio, and broadcasting, from the second radio, the first radio identifier and the first position data to the group using the timeslot. establishing a group of radios disposed in respective vehicles by a first radio of the group of radios in the respective vehicles, said group of radios comprising a first plurality of radios and the first radio disposed in a first vehicle; generating a first communication signal at a second radio in a second vehicle not within the group, the first communication signal comprising a first radio identifier and first position data corresponding to the second radio; receiving the first communication signal at the first radio; determining second position data of the first radio at the first radio; comparing , by the first radio, the first position data and the second position data to obtain a distance; and when the distance is within a predetermined distance in response to comparing , adding , by the first radio in the first vehicle, the second vehicle to the group, assigning a timeslot for communication with the other vehicles to the second radio, and broadcasting, from the second radio, the first radio identifier and the first position data to the group using the timeslot.