mhurhangee/patent-ind-claim-en huggingface dataset:
A method for setting an alert condition during which users are alerted to status changes of multimedia assets, the method comprising: setting an alert condition for which a user wishes to be notified of status changes of multimedia assets; identifying, based on a search of multimedia asset listings in an interactive media guidance application, multimedia assets to be monitored for status changes in accordance with the alert condition; and monitoring the identified multimedia assets in the list for status changes in accordance with the alert condition. setting an alert condition for which a user wishes to be notified of status changes of multimedia assets; identifying, based on a search of multimedia asset listings in an interactive media guidance application, multimedia assets to be monitored for status changes in accordance with the alert condition; and monitoring the identified multimedia assets in the list for status changes in accordance with the alert condition.
A nucleic acid conjugate in which a sugar chain ligand is bonded to an oligonucleotide via a linker, the sugar chain ligand has the following structure: wherein R 1 and R 2 are each independently a group selected from the group consisting of a hydrogen atom, a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms, a substituted or unsubstituted alkenyl group having 2 to 20 carbon atoms, a substituted or unsubstituted alkynyl group having 3 to 20 carbon atoms, a substituted or unsubstituted aryl group, a substituted or unsubstituted heteroaryl group, a substituted or unsubstituted heteroalicyclic group, and a substituted or unsubstituted aralkyl group, Y 1 and Y 2 are each independently a group selected from the group consisting of an oxygen atom, a sulfur atom, and NR 3 , and R 3 is a hydrogen atom or a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms. R 1 and R 2 are each independently a group selected from the group consisting of a hydrogen atom, a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms, a substituted or unsubstituted alkenyl group having 2 to 20 carbon atoms, a substituted or unsubstituted alkynyl group having 3 to 20 carbon atoms, a substituted or unsubstituted aryl group, a substituted or unsubstituted heteroaryl group, a substituted or unsubstituted heteroalicyclic group, and a substituted or unsubstituted aralkyl group, Y 1 and Y 2 are each independently a group selected from the group consisting of an oxygen atom, a sulfur atom, and NR 3 , and R 3 is a hydrogen atom or a substituted or unsubstituted alkyl group having 1 to 20 carbon atoms.
A device for measurement of a speed of a gas flow, comprising: - a rigid probe (S) intended to be placed in the gas flow (EC), wherein the probe comprises an axial electrode which has one exposed end intended to be in contact with the gas, said exposed end having a radius of curvature (R1) suitable to produce an electrical field strengthening through tip effect, and comprises a peripheral electrode which is electrically isolated from the axial electrode and which has an exposed part also intended to be in contact with the gas, located away from the axial electrode; and - an electrical voltage supply source , having two output terminals (HT, G) which are electrically connected to the axial electrode for one of said output terminals and to the peripheral electrode for the other one of said output terminals, characterized in that the supply source produces an alternating voltage (AC), and in that the device further comprises: - a detection circuit , comprising at least one conducting turn arranged around an electrical connection which connects one of the electrodes of the probe (S) to one of the terminals of the supply source , or arranged around the axial electrode , and comprising a counter arranged for counting electrical pulses (I) which are generated in the turn by induction, selectively during at least one time-window (FN) during which an electrical potential of the axial electrode is less than an electrical potential of the peripheral electrode , whereby when the probe (S) is supplied with the alternating voltage (AC) by the supply source , a number of electrical pulses (I) which are counted by the detection circuit , corresponding to a number of electrical discharges which have appeared between the axial electrode and the peripheral electrode through the gas, constitutes a measurement of the speed of the flow (EC) of the gas. - a rigid probe (S) intended to be placed in the gas flow (EC), wherein the probe comprises an axial electrode which has one exposed end intended to be in contact with the gas, said exposed end having a radius of curvature (R1) suitable to produce an electrical field strengthening through tip effect, and comprises a peripheral electrode which is electrically isolated from the axial electrode and which has an exposed part also intended to be in contact with the gas, located away from the axial electrode; and - an electrical voltage supply source , having two output terminals (HT, G) which are electrically connected to the axial electrode for one of said output terminals and to the peripheral electrode for the other one of said output terminals, - a detection circuit , comprising at least one conducting turn arranged around an electrical connection which connects one of the electrodes of the probe (S) to one of the terminals of the supply source , or arranged around the axial electrode , and comprising a counter arranged for counting electrical pulses (I) which are generated in the turn by induction, selectively during at least one time-window (FN) during which an electrical potential of the axial electrode is less than an electrical potential of the peripheral electrode ,
A biopsy sampler comprising: a penetration zone for receiving a part of an organism to be sampled, a ram situated at a first side of the penetration zone able to be actuated to move along a path between a withdrawn position and an advanced position, a sample collector that can cut a biopsy sample from tissue from said part interposed in the penetration zone , and a container that can receive the sample collector , the sample collector and the container being initially located on opposite sides of the penetration zone , a disposable shield initially located between the ram , when the ram is in the withdrawn position, and the penetration zone, wherein advance action of the ram from the withdrawn position to the advanced position bringing together the sample collector and container at a side of the penetration zone away from the ram, and bringing the disposable shield into the penetration zone , withdrawal action of the ram from the advanced position to the withdrawn position withdrawing the disposable shield to the first side of the penetration zone , leaving the tissue part free to leave the penetration zone , such that in use in collecting a sample the disposable shield contacts tissue surfaces and the ram does not contact tissue surfaces, and wherein the disposable shield is releasably fitted to the sample collector in an initial condition, and releasably connects to a leading end of the ram as the ram advances, and disconnects from the sample collector as the ram begins to withdraw, and disconnects from the ram as or before the ram reaches the withdrawn position on withdrawal. a penetration zone for receiving a part of an organism to be sampled, a ram situated at a first side of the penetration zone able to be actuated to move along a path between a withdrawn position and an advanced position, a sample collector that can cut a biopsy sample from tissue from said part interposed in the penetration zone , and a container that can receive the sample collector , the sample collector and the container being initially located on opposite sides of the penetration zone , a disposable shield initially located between the ram , when the ram is in the withdrawn position, and the penetration zone, wherein advance action of the ram from the withdrawn position to the advanced position bringing together the sample collector and container at a side of the penetration zone away from the ram, and bringing the disposable shield into the penetration zone , withdrawal action of the ram from the advanced position to the withdrawn position withdrawing the disposable shield to the first side of the penetration zone , leaving the tissue part free to leave the penetration zone , such that in use in collecting a sample the disposable shield contacts tissue surfaces and the ram does not contact tissue surfaces, and wherein the disposable shield is releasably fitted to the sample collector in an initial condition, and releasably connects to a leading end of the ram as the ram advances, and disconnects from the sample collector as the ram begins to withdraw, and disconnects from the ram as or before the ram reaches the withdrawn position on withdrawal.
A composite connector assembly comprising: first and second tubular members , each constructed from fibre-reinforced polymer and each comprising: a main portion ; an end portion with a clamping surface, the end portion comprising a wider outer diameter than the main portion; at least one layer of axial or helical fibre extending from the main portion into the end portion ; and an overclamp , which is arranged to at least partially enclose the end portions of the first and second tubular members and to apply a clamping force to the clamping surfaces so as to connect and hold the first and second tubular members together; wherein, in each end portion , the at least one layer of axial or helical fibre is diverted radially outwards; and characterised in that each end portion comprises an inner layer of circumferentially oriented fibre-reinforcement positioned radially inside the at least one layer of axial or helical fibre , and an additional layer of circumferential oriented fibre reinforcement positioned radially outside of the at least one layer of axial or helical fibre . a main portion ; an end portion with a clamping surface, the end portion comprising a wider outer diameter than the main portion; at least one layer of axial or helical fibre extending from the main portion into the end portion ; and an overclamp , which is arranged to at least partially enclose the end portions of the first and second tubular members and to apply a clamping force to the clamping surfaces so as to connect and hold the first and second tubular members together; wherein, in each end portion , the at least one layer of axial or helical fibre is diverted radially outwards; and characterised in that each end portion comprises an inner layer of circumferentially oriented fibre-reinforcement positioned radially inside the at least one layer of axial or helical fibre , and an additional layer of circumferential oriented fibre reinforcement positioned radially outside of the at least one layer of axial or helical fibre .
A surgical device for use in a minimally invasive surgical procedure, comprising: two or more hollow retractors having a proximal end and a distal end , the distal ends comprising distinct and independent patient-contacting surfaces formed to be substantially congruent with a plurality of corresponding anatomical features of a patient; a coupling device selectively attachable to the proximal ends of the two or more hollow retractors at a position that is above the patient's skin surface in use. two or more hollow retractors having a proximal end and a distal end , the distal ends comprising distinct and independent patient-contacting surfaces formed to be substantially congruent with a plurality of corresponding anatomical features of a patient; a coupling device selectively attachable to the proximal ends of the two or more hollow retractors at a position that is above the patient's skin surface in use.
A syringe for carpules , comprising: - a body having a cavity for receiving a fluid-containing carpule , said body having a first through opening , facing the cavity and adapted to be engaged by a needle , and a second through opening , facing the cavity and configured to allow insertion of said carpule into said cavity ; - a plunger configured to evacuate said fluid from the carpule ; - a cover attached to said body and adapted to be switched between a closed position, in which the cover engages said second opening , and an open position, in which said second opening is free, - said cover having a hole , said plunger being configured to be slidingly inserted in said hole , when said cover is in said closed position, characterized in that: - said cover comprises a locking member , which is defined by a protuberance projecting from an edge of the cover , - said body has a seat , said protuberance being configured to irreversibly grip into said seat and maintain the cover in the closed position, the seat being shaped complementarily to the protuberance, thereby holding it therein irreversibly. - a body having a cavity for receiving a fluid-containing carpule , said body having a first through opening , facing the cavity and adapted to be engaged by a needle , and a second through opening , facing the cavity and configured to allow insertion of said carpule into said cavity ; - a plunger configured to evacuate said fluid from the carpule ; - a cover attached to said body and adapted to be switched between a closed position, in which the cover engages said second opening , and an open position, in which said second opening is free, - said cover having a hole , said plunger being configured to be slidingly inserted in said hole , when said cover is in said closed position, - said cover comprises a locking member , which is defined by a protuberance projecting from an edge of the cover , - said body has a seat , said protuberance being configured to irreversibly grip into said seat and maintain the cover in the closed position, the seat being shaped complementarily to the protuberance, thereby holding it therein irreversibly.
An organic electronic device comprising an anode layer , a cathode layer , at least one emission layer (EML) and at least one hole injection layer (HIL) , wherein the hole injection layer is arranged between the anode layer and the at least one emission layer; wherein - the hole injection layer comprises an organic matrix compound (OMC) and a metal complex, wherein the metal complex has the formula (II): M n⊕ (L ⊝ ) n (II), wherein M is a metal ion, n is the valency of M, L is a ligand, n is an integer from 1 to 4; and - the at least one emission layer comprises at least one emitter matrix compound (EMC), wherein the HOMO level of the emitter matrix compound (EMC) and the HOMO level of the organic matrix compound (OMC) fulfills the following equation: − 0.24 eV < HOMO level EMC − HOMO level OMC ≤ 0.8 eV , wherein the HOMO level of the organic matrix compound (OMC) and the HOMO level of the emitter matrix compound (EMC) are calculated with the program package TURBOMOLE V6.5, available from TURBOMOLE GmbH, Litzenhardtstrasse 19, 76135 Karlsruhe, Germany, wherein the optimized geometries and the HOMO level of the molecular structures are determined by applying the hybrid functional B3LYP with a 6-31G* basis set in the gas phase. - the hole injection layer comprises an organic matrix compound (OMC) and a metal complex, wherein the metal complex has the formula (II): M n⊕ (L ⊝ ) n (II), wherein M is a metal ion, n is the valency of M, L is a ligand, n is an integer from 1 to 4; and M is a metal ion, n is the valency of M, L is a ligand, n is an integer from 1 to 4; and - the at least one emission layer comprises at least one emitter matrix compound (EMC), wherein the HOMO level of the emitter matrix compound (EMC) and the HOMO level of the organic matrix compound (OMC) fulfills the following equation: − 0.24 eV < HOMO level EMC − HOMO level OMC ≤ 0.8 eV , wherein the HOMO level of the organic matrix compound (OMC) and the HOMO level of the emitter matrix compound (EMC) are calculated with the program package TURBOMOLE V6.5, available from TURBOMOLE GmbH, Litzenhardtstrasse 19, 76135 Karlsruhe, Germany, wherein the optimized geometries and the HOMO level of the molecular structures are determined by applying the hybrid functional B3LYP with a 6-31G* basis set in the gas phase.
An operating table comprising: a table on which to place a patient; a base buried or fixed to a floor; and an articulated robotic arm including a first end supported on the base and a second end supporting the table at a position near a first end in a longitudinal direction (X) of the table , wherein the robotic arm assumes a first posture in which the robotic arm is housed under the table when the table is situated at a first predetermined position, and a length of the robotic arm , in a plan view, in the first posture in the longitudinal direction (X) of the table is shorter than or equal to 1/2 of a length of the table in the longitudinal direction (X), characterized in that the robotic arm includes a horizontal articulated assembly including three or more horizontal joints and a vertical articulated assembly including three or more vertical joints , and each of the horizontal joints is rotatable about an axis (A1, A2, A3) along a vertical direction (Z) and each of the vertical joints is rotatable about an axis (B1, B2, B3) along a horizontal direction. a table on which to place a patient; a base buried or fixed to a floor; and an articulated robotic arm including a first end supported on the base and a second end supporting the table at a position near a first end in a longitudinal direction (X) of the table , wherein the robotic arm assumes a first posture in which the robotic arm is housed under the table when the table is situated at a first predetermined position, and a length of the robotic arm , in a plan view, in the first posture in the longitudinal direction (X) of the table is shorter than or equal to 1/2 of a length of the table in the longitudinal direction (X), characterized in that the robotic arm includes a horizontal articulated assembly including three or more horizontal joints and a vertical articulated assembly including three or more vertical joints , and each of the horizontal joints is rotatable about an axis (A1, A2, A3) along a vertical direction (Z) and each of the vertical joints is rotatable about an axis (B1, B2, B3) along a horizontal direction.
Mobile frame for at least one seat, comprising: - a load-bearing structure suitable for supporting the seat on a support surface (S), and - an anchoring element coupled with the load-bearing structure to selectively constrain the mobile frame to the support surface (S), wherein the anchoring element comprises: - a fixing mechanism that can go from a non-anchored configuration, where at least one fixing element is retracted inside the load-bearing structure , to an anchored configuration, where the fixing element protrudes beyond the load-bearing structure to constrain the mobile frame to the support surface (S); characterized in that the fixing mechanism comprises a slide that is articulatedly coupled with the fixing element , and at least one guide plate provided with guide grooves , wherein the slide and the fixing element are slidingly joined with a first guide groove and a second guide groove , respectively, in such a way that a sliding movement of the slide along the first guide groove makes the fixing element slide along the second guide groove , moving the fixing mechanism from the anchored configuration to the non-anchored configuration and vice versa. - a load-bearing structure suitable for supporting the seat on a support surface (S), and - an anchoring element coupled with the load-bearing structure to selectively constrain the mobile frame to the support surface (S), - a fixing mechanism that can go from a non-anchored configuration, where at least one fixing element is retracted inside the load-bearing structure , to an anchored configuration, where the fixing element protrudes beyond the load-bearing structure to constrain the mobile frame to the support surface (S);
Trailer coupling comprising a ball neck which supports a coupling ball , and also which comprises a socket receptacle for a socket for the power supply of units acting on the coupling ball , the socket having a socket housing with a housing sleeve , which is provided with an insertion opening , and the insertion opening being closable by a cover that is mounted pivotably on the housing sleeve , wherein the socket receptacle has a receiving channel , into which the housing sleeve extends starting from a first side of the socket receptacle , wherein the housing sleeve bears against the first side of the socket receptacle via a bearing surface , and wherein the housing sleeve is fixed to the socket receptacle by a retaining element , which is fitted starting from a second side of the socket receptacle and which is supported on the socket receptacle and is connected to the housing sleeve by a latched connection , characterized in that , for fixing the retaining element to the socket receptacle, the retaining element is supported in the receiving channel .
A method, comprising: receiving an anatomical mapping, comprising multiple measurements acquired at multiple respective locations within an organ of a patient; computing an estimated surface of the organ based on the measurements; defining a three-dimensional shell of the organ, which extends inwards from the estimated surface of the organ and has a predefined thickness; and estimating a quality of the anatomical mapping, based on the measurements whose locations fall within the 3D shell, wherein estimating the quality of the anatomical mapping comprises selecting within the volume of the shell one or more slices and wherein (i) the shell comprises multiple volume pixels (voxels), and wherein estimating the quality is based on, for each slice of the one or more slices, a portion of the voxels, within the slice, in which the measurements fall, or (ii) the shell comprises a surface comprising multiple pixels, and wherein estimating the quality is based on, for each slice of the one or more slices, a portion of the pixels , within the slice, in which the measurements fall. receiving an anatomical mapping, comprising multiple measurements acquired at multiple respective locations within an organ of a patient; computing an estimated surface of the organ based on the measurements; defining a three-dimensional shell of the organ, which extends inwards from the estimated surface of the organ and has a predefined thickness; and estimating a quality of the anatomical mapping, based on the measurements whose locations fall within the 3D shell, wherein estimating the quality of the anatomical mapping comprises selecting within the volume of the shell one or more slices and wherein (i) the shell comprises multiple volume pixels (voxels), and wherein estimating the quality is based on, for each slice of the one or more slices, a portion of the voxels, within the slice, in which the measurements fall, or (ii) the shell comprises a surface comprising multiple pixels, and wherein estimating the quality is based on, for each slice of the one or more slices, a portion of the pixels , within the slice, in which the measurements fall.