mhurhangee/patent-ind-claim-en huggingface dataset:
A motorcycle tire comprising a bead portion (TB) to be fitted to a rim (R), wherein the bead portion (TB) includes a core extending in a circumferential direction, an outer surface of the bead portion (TB) includes a seat surface which includes a toe (PT) of the tire and comes into contact with a seat (S) of the rim (R), a flange surface which comes into contact with a flange (F) of the rim (R), and a heel surface which is located between the seat surface and the flange surface , the rim (R) is a normal rim (R), in a meridian cross-section of the tire , a point of intersection (PH) of a seat extension line (BS), of the seat surface , extended outward from an axially outer end of the seat surface and a flange reference line (BF) extending radially inward from a radially inner end of the flange surface is a heel reference point (PH), and a position, on the seat surface , at which a distance in an axial direction from the flange reference line (BF) is 7 mm is a seat reference point (PS), and an inner diameter dw of the core , a rim diameter D of the rim (R), an inner diameter dA of the tire at the heel reference point (PH), and an inner diameter dB of the tire at the seat reference point (PS) satisfy the following formulas, dw/D ≥ 1 .0041 , dA/D ≤ 0 .9966 , and dA − 1.72 ≤ dB ≤ dA − 0.73 , wherein units for dw, D, dA, and dB are mm. the bead portion (TB) includes a core extending in a circumferential direction, an outer surface of the bead portion (TB) includes a seat surface which includes a toe (PT) of the tire and comes into contact with a seat (S) of the rim (R), a flange surface which comes into contact with a flange (F) of the rim (R), and a heel surface which is located between the seat surface and the flange surface , the rim (R) is a normal rim (R), in a meridian cross-section of the tire , a point of intersection (PH) of a seat extension line (BS), of the seat surface , extended outward from an axially outer end of the seat surface and a flange reference line (BF) extending radially inward from a radially inner end of the flange surface is a heel reference point (PH), and a position, on the seat surface , at which a distance in an axial direction from the flange reference line (BF) is 7 mm is a seat reference point (PS), and a point of intersection (PH) of a seat extension line (BS), of the seat surface , extended outward from an axially outer end of the seat surface and a flange reference line (BF) extending radially inward from a radially inner end of the flange surface is a heel reference point (PH), and a position, on the seat surface , at which a distance in an axial direction from the flange reference line (BF) is 7 mm is a seat reference point (PS), and an inner diameter dw of the core , a rim diameter D of the rim (R), an inner diameter dA of the tire at the heel reference point (PH), and an inner diameter dB of the tire at the seat reference point (PS) satisfy the following formulas, dw/D ≥ 1 .0041 , dA/D ≤ 0 .9966 , and dA − 1.72 ≤ dB ≤ dA − 0.73 , wherein units for dw, D, dA, and dB are mm.
A disposable pacemaker, comprising: a housing including a stylet port ; a pulse generator printed circuit board assembly situated in the housing ; and a pacing lead secured to the housing and including a lumen aligned with the stylet port , such that the stylet port and the lumen of the pacing lead are configured to receive a stylet , wherein the housing includes a first portion and a second portion secured together to form the housing , wherein the pulse generator printed circuit board assembly includes a circuit board and pacing electronics on the circuit board that face the second portion and comprising a seal formed between or around the circuit board and the second portion , and wherein the pulse generator printed circuit board assembly includes a battery held on the circuit board , and further comprising a power pull-tab situated between the battery and the circuit board , the power pull-tab being removable therefrom to electrically connect the battery and the circuit board . a housing including a stylet port ; a pulse generator printed circuit board assembly situated in the housing ; and a pacing lead secured to the housing and including a lumen aligned with the stylet port , such that the stylet port and the lumen of the pacing lead are configured to receive a stylet , wherein the housing includes a first portion and a second portion secured together to form the housing , wherein the pulse generator printed circuit board assembly includes a circuit board and pacing electronics on the circuit board that face the second portion and comprising a seal formed between or around the circuit board and the second portion , and wherein the pulse generator printed circuit board assembly includes a battery held on the circuit board , and further comprising a power pull-tab situated between the battery and the circuit board , the power pull-tab being removable therefrom to electrically connect the battery and the circuit board .
Drive system, having: a supporting belt with embedded, electrically conductive cord cables , a guide system for guiding, diverting and/or driving the supporting belt , and a device for determining a discard criteria value for the supporting belt , having: an eddy current sensor designed to generate an electromagnetic alternating field and to detect an attenuation of the alternating field owing to eddy currents induced by the alternating field in the cord cables , and an evaluation unit connected to the eddy current sensor via a signal connection , wherein the eddy current sensor is designed to be arranged in a predetermined measuring arrangement in relation to the supporting belt , wherein the eddy current sensor is designed to generate a sensor signal on the basis of the detected attenuation, wherein the eddy current sensor is designed to transmit the sensor signal via the signal connection to the evaluation unit , and wherein the evaluation unit is configured to determine a discard criteria value for the supporting belt on the basis of the sensor signal, wherein the discard criteria value represents a change in the arrangement of the cord cables in the supporting belt in relation to a predetermined reference cable arrangement of the cord cables in the supporting belt and/or a change in the cable diameters of the cord cables in relation to predetermined reference diameters for the cord cables , wherein the eddy current sensor of the device is connected to the guide system in such a way that the eddy current sensor is arranged in the predetermined measuring arrangement in relation to the supporting belt . an eddy current sensor designed to generate an electromagnetic alternating field and to detect an attenuation of the alternating field owing to eddy currents induced by the alternating field in the cord cables , and an evaluation unit connected to the eddy current sensor via a signal connection , wherein the eddy current sensor is designed to be arranged in a predetermined measuring arrangement in relation to the supporting belt , wherein the eddy current sensor is designed to generate a sensor signal on the basis of the detected attenuation, wherein the eddy current sensor is designed to transmit the sensor signal via the signal connection to the evaluation unit , and wherein the evaluation unit is configured to determine a discard criteria value for the supporting belt on the basis of the sensor signal, wherein the discard criteria value represents a change in the arrangement of the cord cables in the supporting belt in relation to a predetermined reference cable arrangement of the cord cables in the supporting belt and/or a change in the cable diameters of the cord cables in relation to predetermined reference diameters for the cord cables , wherein the eddy current sensor of the device is connected to the guide system in such a way that the eddy current sensor is arranged in the predetermined measuring arrangement in relation to the supporting belt .
A method for a network node of supporting ad hoc networking between user equipments, UEs, of a cellular network, wherein the network node is capable of accessing a user equipment capability database, the method comprising the following steps: - receiving an update message comprising information regarding a capability of a first user equipment, - updating the user equipment capability database with the information comprised in the received update message, wherein the user equipment capability database comprises identities of all the UEs that want to form the ad hoc networks in area supported by the network node and corresponding information of UE capabilities, - determining an identity of at least one further user equipment with which the first user equipment is able to communicate wirelessly ,by determining compatible UEs in the serving area by matching the capability information of the UEs stored in the user equipment capability database, wherein the compatible UEs comprises different levels of compatibility, and wherein the compatible UEs are said at least one further user equipment that are partially or fully compatible in terms of capabilities with the first user equipment, and - transmitting a message to the first user equipment and the at least one further user equipment comprising the determined identity of the at least one further user equipment and the first user equipment identity. - receiving an update message comprising information regarding a capability of a first user equipment, - updating the user equipment capability database with the information comprised in the received update message, wherein the user equipment capability database comprises identities of all the UEs that want to form the ad hoc networks in area supported by the network node and corresponding information of UE capabilities, - determining an identity of at least one further user equipment with which the first user equipment is able to communicate wirelessly ,by determining compatible UEs in the serving area by matching the capability information of the UEs stored in the user equipment capability database, wherein the compatible UEs comprises different levels of compatibility, and wherein the compatible UEs are said at least one further user equipment that are partially or fully compatible in terms of capabilities with the first user equipment, and - transmitting a message to the first user equipment and the at least one further user equipment comprising the determined identity of the at least one further user equipment and the first user equipment identity.
An apparatus comprising: a handle adapted to be removably attached to a rail , the handle pivotally attached to a frame housing a component oriented in a first direction; an elastic member attached to the frame and the handle , wherein the elastic member keeps the handle in an open position when no external force is applied to the handle ; a lock connected to the frame , wherein when the handle is lowered to lie flat against the top side of the frame the lock keeps the handle in place; a first pivot bar , wherein an end of the first pivot bar is pivoted to the frame and another end of the first pivot bar opposite to said end is slidably connected to the handle ; and a second pivot bar , wherein opposite two ends of the second pivot bar are respectively pivoted to the handle and the frame ; wherein when the handle is attached to the rail and pivoted down towards the frame , the component is caused to slide in a second direction to couple to a component coupling located on a chassis , and wherein the first direction is orthogonal to the second direction. a handle adapted to be removably attached to a rail , the handle pivotally attached to a frame housing a component oriented in a first direction; an elastic member attached to the frame and the handle , wherein the elastic member keeps the handle in an open position when no external force is applied to the handle ; a lock connected to the frame , wherein when the handle is lowered to lie flat against the top side of the frame the lock keeps the handle in place; a first pivot bar , wherein an end of the first pivot bar is pivoted to the frame and another end of the first pivot bar opposite to said end is slidably connected to the handle ; and a second pivot bar , wherein opposite two ends of the second pivot bar are respectively pivoted to the handle and the frame ; wherein when the handle is attached to the rail and pivoted down towards the frame , the component is caused to slide in a second direction to couple to a component coupling located on a chassis , and wherein the first direction is orthogonal to the second direction.
A process for preparation of 3-aryl-2-phosphoryl substituted 1-indanones of the general formula 1, wherein R 1 and R 2 - are the same or different and represent hydrogen atoms, metal atoms, sodium or potassium, or alkyl group containing 1-10 carbon atoms, R 3 - represents a hydrogen atom or a fluor atom, and ArI and ArII are the same or different and represent an aromatic ring or biaryl in the case of ArII containing aryl rings, substituted or unsubstituted, selected from the group consisting of benzene, naphthalene, pyrene, or six-membered heteroaromatic rings, substituted or unsubstituted, selected from the group consisting of pyridine, pyrimidine, or heteroaromatic rings, five-membered, substituted or unsubstituted, selected from the group consisting of thiophene, pyrrole or furan, characterized in that the cyclization reaction of esters of general formula 5 is carried out: wherein R 1 , R 2 , ArI and ArII are as defined above in the presence of a Lewis acid, eg. FeCl 3 and AlCl 3 under mild conditions, in an organic solvent, in a single reaction vessel, without isolation of intermediate products, for the preparation of compounds of formula 1, wherein R 1 , R 2 , ArI and ArII are as defined above and R 3 is a hydrogen atom, eg. compounds represented by the formulas 2, 3 or 4, as shown in Scheme I. wherein R 1 and R 2 - are the same or different and represent hydrogen atoms, metal atoms, sodium or potassium, or alkyl group containing 1-10 carbon atoms, R 3 - represents a hydrogen atom or a fluor atom, and ArI and ArII are the same or different and represent an aromatic ring or biaryl in the case of ArII containing aryl rings, substituted or unsubstituted, selected from the group consisting of benzene, naphthalene, pyrene, or six-membered heteroaromatic rings, substituted or unsubstituted, selected from the group consisting of pyridine, pyrimidine, or heteroaromatic rings, five-membered, substituted or unsubstituted, selected from the group consisting of thiophene, pyrrole or furan, characterized in that the cyclization reaction of esters of general formula 5 is carried out:
A packaging line for external shell molluscs, comprising loading trays for external shell molluscs provided with housings for receiving a mollusc and carried by a transfer conveyor , as well as a marking device for each external shell mollusc disposed on a loading tray comprising engraving means capable of engraving an imprint on a shell and control means capable of controlling the engraving of the imprint on the shells of molluscs disposed in housings of a loading tray .
A process for the preparation of a porous hierarchical scaffold for the replacement, repair, regeneration, reconstruction and/or simulation of a bone tissue, in particular of the trabecular and/or cortical bone tissue comprising the following steps: i) preparing by electrospinning a plurality of sacrificial clusters of nanofibers; ii) positioning said plurality of clusters prepared in step i) so as to form at least a single group; iii) electrospinning nanofibers so as to coat said at least one group of clusters with a sacrificial porous sheath, consisting of nanofibers, so as to form an external coating and to compact said plurality of clusters; iv) inserting the sacrificial hierarchical scaffold obtained with step iii) inside a hollow container, leaving the terminal ends exposed; v) filling said hollow container with a material capable of permeating within and/or incorporating said sacrificial hierarchical scaffold; vi) allowing said material to solidify; vii) removing said sacrificial hierarchical scaffold so as to obtain said porous hierarchical scaffold having internal pores organized according to a hierarchical structure. i) preparing by electrospinning a plurality of sacrificial clusters of nanofibers; ii) positioning said plurality of clusters prepared in step i) so as to form at least a single group; iii) electrospinning nanofibers so as to coat said at least one group of clusters with a sacrificial porous sheath, consisting of nanofibers, so as to form an external coating and to compact said plurality of clusters; iv) inserting the sacrificial hierarchical scaffold obtained with step iii) inside a hollow container, leaving the terminal ends exposed; v) filling said hollow container with a material capable of permeating within and/or incorporating said sacrificial hierarchical scaffold; vi) allowing said material to solidify; vii) removing said sacrificial hierarchical scaffold so as to obtain said porous hierarchical scaffold having internal pores organized according to a hierarchical structure.
A therapeutic composition for use in reducing lung inflammation, comprising a pharmaceutically acceptable carrier or excipient and a histidyl-tRNA synthetase (HRS)-Fc fusion polypeptide that comprises an amino acid sequence at least 98% identical to SEQ ID NO: 337, where the HRS-Fc fusion polypeptide has an anti-inflammatory activity, and has altered pharmacokinetics relative to an unmodified HRS polypeptide having an amino acid sequence according to SEQ ID NO: 6, where the altered pharmacokinetics are increased serum half-life, increased bioavailability, and/or decreased clearance.
A multi-well-based cell culture test device having an array structure of a plurality of aligned well units , each of which comprises a first sub-well adapted to accommodate a first fluid, a second sub-well adapted to accommodate a second fluid, and a barrier located between the first sub-well and the second sub-well to partition the first sub-well and the second sub-well , wherein the first sub-well has a recess in the depth direction with respect to its bottom to accommodate a solid thin film formed by solidifying the first fluid and the barrier has such a height that the first fluid does not overflow into the second sub-well when the first fluid is loaded into the first sub-well to fill the recess .
A method comprising: displaying on a display a representation of a building space ; allowing a user to enter a user input via a user interface in order to place a representation of each of a plurality of intrusion sensors at a location on the representation of the building space that corresponds to an actual or planned installation location of the corresponding intrusion sensor in the building space , each of the plurality of intrusion sensors being a non-video based motion sensor and/or a glass break sensor and each having a predefined detection zone representative of a geographic area that the corresponding intrusion sensor covers; storing the representation of a building space and the placement location of each of the plurality of intrusion sensors; displaying on the representation of the building space a visual representation of the predefined detection zone for each of the placed intrusion sensors ; identifying an overlap region in the building space where the predefined detection zones of two or more intrusion sensors overlap, and grouping the corresponding placed intrusion sensors into a first group; monitoring an output of each of the intrusion sensors for detected intrusion events; and assigning a greater confidence level over a default confidence level to detected intrusion events that are detected to be occurring at a common time by two or more of the intrusion sensors in the first group. displaying on a display a representation of a building space ; allowing a user to enter a user input via a user interface in order to place a representation of each of a plurality of intrusion sensors at a location on the representation of the building space that corresponds to an actual or planned installation location of the corresponding intrusion sensor in the building space , each of the plurality of intrusion sensors being a non-video based motion sensor and/or a glass break sensor and each having a predefined detection zone representative of a geographic area that the corresponding intrusion sensor covers; storing the representation of a building space and the placement location of each of the plurality of intrusion sensors; displaying on the representation of the building space a visual representation of the predefined detection zone for each of the placed intrusion sensors ; identifying an overlap region in the building space where the predefined detection zones of two or more intrusion sensors overlap, and grouping the corresponding placed intrusion sensors into a first group; monitoring an output of each of the intrusion sensors for detected intrusion events; and assigning a greater confidence level over a default confidence level to detected intrusion events that are detected to be occurring at a common time by two or more of the intrusion sensors in the first group.
A surgical access device , comprising: a proximal housing , a distal cannula , and a working channel extending through the proximal housing and the distal cannula that is sized and configured to receive a surgical instrument; a seal disposed within the proximal housing configured to seal the working channel when no surgical instrument is disposed therethrough, the seal having an opening extending therethrough and positioned to receive a surgical instrument passed through the working channel; and a fluid remover disposed within the proximal housing and positioned distal of the seal, the fluid remover having an opening extending therethrough and positioned to receive a surgical instrument passed through the working channel, and the fluid remover being configured such that, when an instrument occludes the opening in the fluid remover, the fluid remover allows insufflation gas to pass from the distal cannula to a proximal side of the fluid remover to thereby equalize a pressure on proximal and distal sides of the fluid remover, characterised wherein the fluid remover includes a scraper configured to scrape fluid off of a surgical instrument passed through the opening. a proximal housing , a distal cannula , and a working channel extending through the proximal housing and the distal cannula that is sized and configured to receive a surgical instrument; a seal disposed within the proximal housing configured to seal the working channel when no surgical instrument is disposed therethrough, the seal having an opening extending therethrough and positioned to receive a surgical instrument passed through the working channel; and a fluid remover disposed within the proximal housing and positioned distal of the seal, the fluid remover having an opening extending therethrough and positioned to receive a surgical instrument passed through the working channel, and the fluid remover being configured such that, when an instrument occludes the opening in the fluid remover, the fluid remover allows insufflation gas to pass from the distal cannula to a proximal side of the fluid remover to thereby equalize a pressure on proximal and distal sides of the fluid remover, characterised wherein the fluid remover includes a scraper configured to scrape fluid off of a surgical instrument passed through the opening.