mhurhangee/ep-ind-claims huggingface dataset:
A luminaire, in particular a suspended luminaire, comprising a light guide panel forming a room-side direct light surface; and a strip-shaped arrangement of LEDs associated with at least one longitudinal side of the light guide panel for coupling light into the light guide panel, characterized in that the frameless light guide panel is provided with a reflection layer over its narrow-side periphery and is centrally provided with a narrow, elongated recess for receiving a functional unit; in that the functional unit comprises at least one hollow body, extending substantially over the length of the recess and into this recess, in the form of a multifunctional hollow section comprising a central part and laterally molded leaf parts having profile grooves; in that LEDs arranged in a strip-shaped manner are laterally attached to the central part and opposite the light guide panel; in that the light guide panel is held between the leaf parts and a carrier surface which can be screwed to the central part, which at least substantially corresponds in its width to the width of the multifunctional hollow section and which in particular engages around the end faces of the light guide panel via angled portions; and in that, at both sides of the central part, the reflective carrier surface and a reflective intermediate layer which is disposed opposite it in each case and which contacts a leaf part form a light distribution and masking chamber in which the inwardly disposed light coupling regions of the light guide panel associated with the strip-shaped LEDs are received.
A device for evacuating individuals from a structure during an emergency, comprising: - a rotatable drum (31, 32, 33, 34) with a cable of suitable length, wound thereon; and - a rotation regulator, which is associated with the drum and is arranged to control the drum to limit a rotation speed thereof during unwinding of the cable from the drum; and - at least one additional drum (31, 32, 33, 34); characterized by a selector or a switch arranged to selectively connect at least one of the drum and the additional drum with the rotation regulator. - a rotatable drum (31, 32, 33, 34) with a cable of suitable length, wound thereon; and - a rotation regulator, which is associated with the drum and is arranged to control the drum to limit a rotation speed thereof during unwinding of the cable from the drum; and - at least one additional drum (31, 32, 33, 34);
An eddy current generation system for inspection of a tubular object comprising electrically conductive material, comprising; a first sensor array of magnetic field sensors; a first current carrying structure having a circular perimeter and comprising: three current carrying paths (610, 620, 630), wherein said three paths are substantially concentric about a common axis and are further spatially modulated in the axial direction, so that each of said three paths has an integer number of axial undulations around the perimeter of the structure, wherein the axial undulations around the perimeter of the structure are evenly distributed, such as there is a spatial relative phase of 60 degrees between the undulations of the three current carrying paths; characterised in that the system further comprises an electrical signal application unit configured to apply an alternating current having a first temporal phase, a second temporal phase being plus 120 degrees relative to said first temporal phase and a third temporal phase being minus 120 degrees relative to said first temporal phase; wherein said first temporal phase alternating current is supplied to a first of said three current carrying paths, said second temporal phase alternating current is supplied to a second of said three current carrying paths, and said third temporal phase alternating current is supplied to a third of said three current carrying paths. a first sensor array of magnetic field sensors; a first current carrying structure having a circular perimeter and comprising: three current carrying paths (610, 620, 630), wherein said three paths are substantially concentric about a common axis and are further spatially modulated in the axial direction, so that each of said three paths has an integer number of axial undulations around the perimeter of the structure, wherein the axial undulations around the perimeter of the structure are evenly distributed, such as there is a spatial relative phase of 60 degrees between the undulations of the three current carrying paths; an electrical signal application unit configured to apply an alternating current having a first temporal phase, a second temporal phase being plus 120 degrees relative to said first temporal phase and a third temporal phase being minus 120 degrees relative to said first temporal phase; wherein said first temporal phase alternating current is supplied to a first of said three current carrying paths, said second temporal phase alternating current is supplied to a second of said three current carrying paths, and said third temporal phase alternating current is supplied to a third of said three current carrying paths.
A method for providing a hybrid Unified Communications deployment including telephony, comprising: hosting a tenant in both a UC cloud deployment and a UC on-premise deployment for the tenant, wherein the tenant includes users and the UC cloud deployment hosts some users of the tenant and the UC on-premise deployment hosts other users of the tenant; and wherein the UC cloud deployment includes PSTN communications and the UC cloud deployment is integrated with the UC on-premise deployment; maintaining an identity of the tenant consistently between the UC cloud deployment and the UC on-premise deployment; storing policies that are used in both the UC cloud deployment and the UC on-premise deployment; and receiving a selection of a Telco provider from the tenant that is to provide PSTN services for one or more users of the tenant and providing a user interface for an authorized user of the tenant to configure aspects of the hybrid UC deployment comprising associating users between the UC cloud deployment and the UC on-premise deployment. hosting a tenant in both a UC cloud deployment and a UC on-premise deployment for the tenant, wherein the tenant includes users and the UC cloud deployment hosts some users of the tenant and the UC on-premise deployment hosts other users of the tenant; and wherein the UC cloud deployment includes PSTN communications and the UC cloud deployment is integrated with the UC on-premise deployment; maintaining an identity of the tenant consistently between the UC cloud deployment and the UC on-premise deployment; storing policies that are used in both the UC cloud deployment and the UC on-premise deployment; and receiving a selection of a Telco provider from the tenant that is to provide PSTN services for one or more users of the tenant and providing a user interface for an authorized user of the tenant to configure aspects of the hybrid UC deployment comprising associating users between the UC cloud deployment and the UC on-premise deployment.
A positioning method comprising: sending a first global coordinate of a current location to a server; receiving local map data corresponding to the first global coordinate and mapping parameters corresponding to the local map data from the server, wherein the mapping parameters are configured to indicate a mapping relationship between global coordinates and local coordinates; obtaining a local coordinate of the current location according to the local map data and surrounding environment information of the current location; and obtaining a second global coordinate of the current location according to the local coordinate of the current location and the mapping parameters; wherein the local map data is visual simultaneous localization and mapping (vSLAM) map data, and the surrounding environment information of the current location is a current image frame obtained by a visual sensor, and said obtaining a local coordinate of the current location according to the local map data and surrounding environment information of the current location comprises: using the coordinate obtained by performing a vSLAM positioning operation according to the current image frame and the vSLAM map data as the local coordinate of the current location; wherein the first global coordinate, obtained by a global sensor, and the second global coordinate are absolute coordinates within a global geographic range, and the local coordinate is a relative coordinate within a local geographic range. sending a first global coordinate of a current location to a server; receiving local map data corresponding to the first global coordinate and mapping parameters corresponding to the local map data from the server, wherein the mapping parameters are configured to indicate a mapping relationship between global coordinates and local coordinates; obtaining a local coordinate of the current location according to the local map data and surrounding environment information of the current location; and obtaining a second global coordinate of the current location according to the local coordinate of the current location and the mapping parameters; wherein the local map data is visual simultaneous localization and mapping (vSLAM) map data, and the surrounding environment information of the current location is a current image frame obtained by a visual sensor, and said obtaining a local coordinate of the current location according to the local map data and surrounding environment information of the current location comprises: using the coordinate obtained by performing a vSLAM positioning operation according to the current image frame and the vSLAM map data as the local coordinate of the current location; wherein the first global coordinate, obtained by a global sensor, and the second global coordinate are absolute coordinates within a global geographic range, and the local coordinate is a relative coordinate within a local geographic range.
A dry-pipe fire suppression system comprising: at least one spray head; a drive source coupled to the at least one spray head by a supply line (15, 15a, 15b) that delivers an extinguishing medium thereto; a plurality of temperature indicators for measuring a surrounding temperature, the temperature indicators disposed within a portion of the supply line between a control valve and the spray head; and a control unit operably coupled to the drive source and the plurality of temperature indicators, wherein the control unit monitors a rate of change of the temperature measured by each of the plurality of temperature indicators to determine a location of a fire. at least one spray head; a drive source coupled to the at least one spray head by a supply line (15, 15a, 15b) that delivers an extinguishing medium thereto; a plurality of temperature indicators for measuring a surrounding temperature, the temperature indicators disposed within a portion of the supply line between a control valve and the spray head; and a control unit operably coupled to the drive source and the plurality of temperature indicators, wherein the control unit monitors a rate of change of the temperature measured by each of the plurality of temperature indicators to determine a location of a fire.
A method of identifying cancer stem cell markers in a human primary tumor comprising: (a) in vivo passaging the primary tumor in an immunodeficient non-human animal, wherein cells of the primary tumor and passaged cells of the primary tumor are not subjected to iummunoisolation; and (b) comparing a level of at least one antigen in a first population of passaged tumor cells of the primary tumor with a second population of tumor cells of the primary tumor wherein said first population of passaged tumor cells are passaged in vivo for at least 10 passages, wherein said second population of tumor cells are: (i) non-passaged cells of the human primary tumor; or (ii) in vivo passaged cells of the human primary tumor, wherein said second population of tumor cells has been in vivo passaged for at least one less number of passages than said first population of passaged tumor cells, wherein an increase in the amount of said antigen in said first population of tumor cells as compared to the amount of said antigen in said second population of tumor cells is indicative of a cancer stem cell marker in the human primary tumor. (a) in vivo passaging the primary tumor in an immunodeficient non-human animal, wherein cells of the primary tumor and passaged cells of the primary tumor are not subjected to iummunoisolation; and (b) comparing a level of at least one antigen in a first population of passaged tumor cells of the primary tumor with a second population of tumor cells of the primary tumor wherein said first population of passaged tumor cells are passaged in vivo for at least 10 passages, wherein said second population of tumor cells are: (i) non-passaged cells of the human primary tumor; or (ii) in vivo passaged cells of the human primary tumor, wherein said second population of tumor cells has been in vivo passaged for at least one less number of passages than said first population of passaged tumor cells, wherein an increase in the amount of said antigen in said first population of tumor cells as compared to the amount of said antigen in said second population of tumor cells is indicative of a cancer stem cell marker in the human primary tumor. (i) non-passaged cells of the human primary tumor; or (ii) in vivo passaged cells of the human primary tumor, wherein said second population of tumor cells has been in vivo passaged for at least one less number of passages than said first population of passaged tumor cells,
Conveying apparatus for use of a transporting mechanism for conveying printed products along a conveying route, wherein the conveying apparatus consists of guide-channel portions, which are connected to one another via flanges (310, 320), are of tunnel-form design in a conveying direction and, opposite the transporting mechanism, which is movable on rollers, have a continuous opening on their underside for means which perform the task of conveying the printed products directly and/or indirectly along the conveying apparatus, wherein the interior of the guide-channel portions and of the flanges contains guide-rail elements (402-409; 402'-409'), which carry running-surface elements (510, 520) for the transporting mechanism, wherein, along the guide-channel portions and the associated flanges, the running-surface elements are supplemented by at least one means, and/or are provided with at least one measure, which create a continuous, planar transition for the rolling surface of the running-surface elements, said rolling surface being provided for the transporting mechanism, wherein the measure consists in providing at least one running-surface element with an excess length in relation to the length of the relevant guide-channel portion, and wherein the means provided is at least one adapter element (610, 620) in the form of a transition piece at least in the region of a separating plane (200/310; 310/320) between adjacent flanges, characterized in that the adapter element consists of at least two operatively connected transition pieces (611, 621), which cover the transition extents of abutting flanges in a parallel state in the running direction, in that the overall width of said transition pieces corresponds approximately to the width of the running-surface elements, which adjoin at the respective stop location, and in that each transition piece, within the transition extent, has a mirror-inverted and oppositely arranged end chamfer in relation to the adjacent transition piece.
A CD123 specific chimeric antigen receptor having a polypeptide structure comprising an extra cellular ligand binding-domain comprising a heavy chain variable region (V H) and a light chain variable region (V L) from a monoclonal anti-CD123 antibody, a FcγRIIIα, CD8α or IgG1 hinge, a CD8α transmembrane domain, and a cytoplasmic domain including a CD3 ζ signaling domain and a co-stimulatory domain from 4-1BB, wherein said V H comprises the CDR sequences of SEQ ID NOs. 67, 68 and 69 and said V L comprises the CDR sequences of SEQ ID NOs. 70, 71 and 72.
A punch for removing hair follicles by rotating said punch, comprising: a generally tubular body formed about a generally central axis and extending from a proximal cutting end to a distal end, the body having a follicle-receiving chamber defined by an interior wall extending distally from the proximal cutting end, the proximal end of the punch having a cutting edge, characterized in that at least a portion of the tubular body distal to the proximal end has a generally concave exterior segment extending distally away from the proximal end and having proximal and distal ends, and at least a portion of the follicle-receiving chamber is within the segment of the body and has an inner wall that converges in the distal direction a generally tubular body formed about a generally central axis and extending from a proximal cutting end to a distal end, the body having a follicle-receiving chamber defined by an interior wall extending distally from the proximal cutting end, the proximal end of the punch having a cutting edge, at least a portion of the tubular body distal to the proximal end has a generally concave exterior segment extending distally away from the proximal end and having proximal and distal ends, and at least a portion of the follicle-receiving chamber is within the segment of the body and has an inner wall that converges in the distal direction
Value document having a security marking in the form of at least two luminescing substances, wherein - the luminescing substances (A, B) are respectively present in a defined relative quantitative share, based on the total quantity of the luminescing substances (A, B), - the luminescing substances (A, B) are jointly excitable by one excitation pulse, - the time courses of the intensities of the emitted radiations of the luminescing substances (A, B) are different from each other, characterized in that - at least one luminescing substance (A, B) has a non-monoexponential time course of the intensity of the emitted radiation. - the luminescing substances (A, B) are respectively present in a defined relative quantitative share, based on the total quantity of the luminescing substances (A, B), - the luminescing substances (A, B) are jointly excitable by one excitation pulse, - the time courses of the intensities of the emitted radiations of the luminescing substances (A, B) are different from each other, characterized in that - at least one luminescing substance (A, B) has a non-monoexponential time course of the intensity of the emitted radiation.
Water-insoluble, matrix tablets containing oxycodone or one of its pharmaceutically acceptable salts, capable of releasing oxycodone into the body over an extended time period and containing oxycodone within a compression matrix, said matrix consisting of a mixture of microcrystalline cellulose and [polyvinyl acetate/polyvinylpyrrolidone (80:20)], said compression matrix further comprising a viscosity-increasing agent, leading to formation of a gel when the tablet is dissolved in a minimum amount of water, characterized in that: - oxycodone or one of its pharmaceutically acceptable salts represents 10 to 50 weight % of the total weight of the tablet, - said compression matrix represents 50 to 98 weight % of the total weight of said tablet, advantageously 85 to 95 %, - said mixture of microcrystalline cellulose and [polyvinyl acetate/polyvinylpyrrolidone (80:20)] represents 40 to 100 %, advantageously 50 to 90 weight % of the total weight of the matrix, and - obtained by applying compression forces comprised between 10 kN and 160 kN. - oxycodone or one of its pharmaceutically acceptable salts represents 10 to 50 weight % of the total weight of the tablet, - said compression matrix represents 50 to 98 weight % of the total weight of said tablet, advantageously 85 to 95 %, - said mixture of microcrystalline cellulose and [polyvinyl acetate/polyvinylpyrrolidone (80:20)] represents 40 to 100 %, advantageously 50 to 90 weight % of the total weight of the matrix, and - obtained by applying compression forces comprised between 10 kN and 160 kN.
A communication method comprises: receiving (403,1001), by a session management function node, a request message from an access control and mobility management function node, wherein the request message is used to request to activate a session; before activating the session based on the request message, determining, by the session management function node, that the session is in an active state; and deleting (404,1002), by the session management function node, (radio) access network, AN, tunnel information of the session in response to the session being in the active state. receiving (403,1001), by a session management function node, a request message from an access control and mobility management function node, wherein the request message is used to request to activate a session; before activating the session based on the request message, determining, by the session management function node, that the session is in an active state; and deleting (404,1002), by the session management function node, (radio) access network, AN, tunnel information of the session in response to the session being in the active state.
A method of traffic engineering in a computer network having a plurality of fabric blocks in communication with one another, the method comprising: identifying, by one or more processors, a source fabric block FB s from among the plurality of fabric blocks; evaluating, in round-robin order, each destination fabric block of the plurality of fabric blocks; choosing in round-robin order, by the one or more processors, a single destination middle block MB d in a selected destination fabric block FB d; selecting in round-robin order, by the one or more processors, a source fabric block FB s; identifying, by the one or more processors, a subset M of source middle blocks from among all middle blocks in the source fabric block FB s, the subset of middle blocks being identified as having a shortest available path length to the destination middle block MB d; and selecting for use in a network path, by the one or more processors, one of the source middle blocks MB s in the subset M that maximizes the following condition: min(demand(MB s, FB d), spf_capacity(MB s, MB d)), in which spf_capacity(MB s, MB d) represents a shortest path capacity between the source middle block MB s and the destination middle block MB d, and demand(MB s, FB d) represents a demand between the source middle block MB s and the destination fabric block FB d. identifying, by one or more processors, a source fabric block FB s from among the plurality of fabric blocks; evaluating, in round-robin order, each destination fabric block of the plurality of fabric blocks; choosing in round-robin order, by the one or more processors, a single destination middle block MB d in a selected destination fabric block FB d; selecting in round-robin order, by the one or more processors, a source fabric block FB s; identifying, by the one or more processors, a subset M of source middle blocks from among all middle blocks in the source fabric block FB s, the subset of middle blocks being identified as having a shortest available path length to the destination middle block MB d; and selecting for use in a network path, by the one or more processors, one of the source middle blocks MB s in the subset M that maximizes the following condition: min(demand(MB s, FB d), spf_capacity(MB s, MB d)), in which spf_capacity(MB s, MB d) represents a shortest path capacity between the source middle block MB s and the destination middle block MB d, and demand(MB s, FB d) represents a demand between the source middle block MB s and the destination fabric block FB d. min(demand(MB s, FB d), spf_capacity(MB s, MB d)), in which spf_capacity(MB s, MB d) represents a shortest path capacity between the source middle block MB s and the destination middle block MB d, and demand(MB s, FB d) represents a demand between the source middle block MB s and the destination fabric block FB d.