mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: a first mobile device including a short-range radio transceiver using the short-range radio transceiver to discover an identity expression of a user of a second mobile device , a corresponding low-level identifier permanently assigned to the second mobile device , and a flag indicating whether the user of the second mobile device gives permission to be monitored for proximity co-presence; storing the low-level identifier, identity expression, and flag for later use by the first mobile device ; the first mobile device using the short-range radio transceiver to monitor for proximity co-presence of the second mobile device by polling for the second mobile device using the low-level identifier of the second mobile device , but only if the stored flag indicates that the user of the second mobile device has granted permission to be monitored for proximity co-presence; during subsequent discovery or during the polling, receiving a changed identity expression of the user of the second mobile device ; determining that the stored identity expression has been changed; and replacing the stored identity expression with the changed identity expression. a first mobile device including a short-range radio transceiver using the short-range radio transceiver to discover an identity expression of a user of a second mobile device , a corresponding low-level identifier permanently assigned to the second mobile device , and a flag indicating whether the user of the second mobile device gives permission to be monitored for proximity co-presence; storing the low-level identifier, identity expression, and flag for later use by the first mobile device ; the first mobile device using the short-range radio transceiver to monitor for proximity co-presence of the second mobile device by polling for the second mobile device using the low-level identifier of the second mobile device , but only if the stored flag indicates that the user of the second mobile device has granted permission to be monitored for proximity co-presence; during subsequent discovery or during the polling, receiving a changed identity expression of the user of the second mobile device ; determining that the stored identity expression has been changed; and replacing the stored identity expression with the changed identity expression.
A molecular synthesis array comprising: a substrate ; an insulating layer arranged on the substrate ; a plurality of lower electrode lines extending in parallel along a column direction of the molecular synthesis array , and a plurality of upper electrode lines extending in parallel along a row direction of the molecular synthesis array , wherein the upper electrode lines are vertically separated from the lower electrode lines and extend across the lower electrode lines , and wherein the lower and upper electrode lines are embedded in the insulating layer ; and a plurality of synthesis wells , wherein each well is formed at a crossing between a lower electrode line and an upper electrode line and extends from an upper surface of the insulating layer to the lower electrode line , through the insulating layer and through the upper electrode line , and exposes an electrode surface portion of the upper electrode line and an electrode surface portion of the lower electrode line . a substrate ; an insulating layer arranged on the substrate ; a plurality of lower electrode lines extending in parallel along a column direction of the molecular synthesis array , and a plurality of upper electrode lines extending in parallel along a row direction of the molecular synthesis array , wherein the upper electrode lines are vertically separated from the lower electrode lines and extend across the lower electrode lines , and wherein the lower and upper electrode lines are embedded in the insulating layer ; and a plurality of synthesis wells , wherein each well is formed at a crossing between a lower electrode line and an upper electrode line and extends from an upper surface of the insulating layer to the lower electrode line , through the insulating layer and through the upper electrode line , and exposes an electrode surface portion of the upper electrode line and an electrode surface portion of the lower electrode line .
An abuse-proof solid pharmaceutical composition comprising an active ingredient with potential for abuse, silica in an amount of from 10 mg to 1000 mg, guar flour in an amount of from 100 mg to 300 mg, and a water soluble diluent in an amount of from 500 mg to 5000 mg.
Method for testing the transmission and reflection properties of an automotive radome body , comprising the following steps: a) placing an automotive radome body at an installation location , b) sending a first signal via at least one transmission antenna of an antenna system facing a first side of the radome body , wherein c) the reflected part of the first signal is received by several receiving antennas of the antenna system facing the first side in order to determine the reflection properties of the radome body , and d) sending a second signal via a remote transmission antenna facing a second side of the radome body being opposite to the first side , wherein e) the transmitted part of the second signal is received by the several receiving antennas in order to determine the transmission properties of the radome body , and f) receiving reflected and/or transmitted signals by means of a remote receiving antenna facing the second side of the radome body . a) placing an automotive radome body at an installation location , b) sending a first signal via at least one transmission antenna of an antenna system facing a first side of the radome body , wherein c) the reflected part of the first signal is received by several receiving antennas of the antenna system facing the first side in order to determine the reflection properties of the radome body , and d) sending a second signal via a remote transmission antenna facing a second side of the radome body being opposite to the first side , wherein e) the transmitted part of the second signal is received by the several receiving antennas in order to determine the transmission properties of the radome body , and f) receiving reflected and/or transmitted signals by means of a remote receiving antenna facing the second side of the radome body .
A processor comprising: an integer multiplier configured to execute an integer multiply instruction to multiply significand bits of at least one floating point operand of a floating point multiply operation to generate an intermediate result of the floating point multiply operation; and a floating point multiplier configured to execute a special purpose floating point multiply accumulate instruction with respect to the intermediate result of the floating point multiply operation and the at least one floating point operand to generate a final floating point multiplication result. an integer multiplier configured to execute an integer multiply instruction to multiply significand bits of at least one floating point operand of a floating point multiply operation to generate an intermediate result of the floating point multiply operation; and a floating point multiplier configured to execute a special purpose floating point multiply accumulate instruction with respect to the intermediate result of the floating point multiply operation and the at least one floating point operand to generate a final floating point multiplication result.
Use of a variable reference blocking apparatus for blocking an optical article, wherein the variable reference blocking apparatus comprises: an adjustable ring unit comprising a plurality of concentric members positioned about a cavity comprising a central axis, each concentric member having a lip region configured for receiving at least a portion of a front face of the optical article ; a moveable base for supporting a block comprising an upper portion and a lower end, the moveable base positioned and moveable within the cavity; and an insert removably coupled with the upper portion of the moveable base, such that a first contacting surface of the insert opposes the front face of the optical article, wherein when positioned for use a filling space is configured for forming the block, the filling space defined between the front face of the optical article, at least one lip of plurality of concentric members , and the first contacting surface of the insert , and a hardenable blocking material is configured to be provided into the filling space, and characterized in that the adjustable ring unit further comprises a recess for entry of the hardenable blocking material. an adjustable ring unit comprising a plurality of concentric members positioned about a cavity comprising a central axis, each concentric member having a lip region configured for receiving at least a portion of a front face of the optical article ; a moveable base for supporting a block comprising an upper portion and a lower end, the moveable base positioned and moveable within the cavity; and an insert removably coupled with the upper portion of the moveable base, such that a first contacting surface of the insert opposes the front face of the optical article, wherein when positioned for use a filling space is configured for forming the block, the filling space defined between the front face of the optical article, at least one lip of plurality of concentric members , and the first contacting surface of the insert , and
Augment element for knee prosthesis, comprising a metal body of a substantially truncated conical shape configured to be inserted into a bone extremity and having an outer surface comprising a metal trabecular surface , said metal body being hollow with an axial through-cavity defining a plurality of substantially annular transversal sections, wherein said metal body is inclined in a direction of inclination, so as to define at least one eccentricity between a first transversal section at a first end of said axial through-cavity and a second transversal section at a second end of said axial through-cavity , characterized by further comprising a plurality of through-slits in said metal body , open from said first end up to an intermediate portion on said metal body , wherein said plurality of through-slits is configured for a radial compression of said metal body , locally reducing a circumference of said substantially annular transversal sections during insertion of said augment element , and increasing a press-fit towards a bone portion. said metal body being hollow with an axial through-cavity defining a plurality of substantially annular transversal sections, wherein said metal body is inclined in a direction of inclination, so as to define at least one eccentricity between a first transversal section at a first end of said axial through-cavity and a second transversal section at a second end of said axial through-cavity , characterized by further comprising a plurality of through-slits in said metal body , open from said first end up to an intermediate portion on said metal body , wherein said plurality of through-slits is configured for a radial compression of said metal body , locally reducing a circumference of said substantially annular transversal sections during insertion of said augment element , and increasing a press-fit towards a bone portion.
A client device for a wireless communication system , the client device being configured to obtain a serving beam configuration when being in a connected state, wherein the serving beam configuration indicates one or more serving beams to be monitored by the client device when being in a power saving state; monitor the one or more serving beams of a network access node according to the serving beam configuration when being in the power saving state; perform a beam reconfiguration procedure upon detecting a beam failure for the one or more monitored serving beams when being in the power saving state; wherein the client device is further configured to select a candidate beam upon detecting the beam failure for the one or more monitored serving beams; transmit a random access preamble associated with the selected candidate beam; transmit an inactive radio network temporary identifier, I-RNTI, of the client device upon transmitting the random access preamble . obtain a serving beam configuration when being in a connected state, wherein the serving beam configuration indicates one or more serving beams to be monitored by the client device when being in a power saving state; monitor the one or more serving beams of a network access node according to the serving beam configuration when being in the power saving state; perform a beam reconfiguration procedure upon detecting a beam failure for the one or more monitored serving beams when being in the power saving state; wherein the client device is further configured to select a candidate beam upon detecting the beam failure for the one or more monitored serving beams; transmit a random access preamble associated with the selected candidate beam; transmit an inactive radio network temporary identifier, I-RNTI, of the client device upon transmitting the random access preamble .
A method of reducing settling of residual comminuted hydrocarbonaceous material during processing, comprising: a) forming a constructed permeability control infrastructure which defines a substantially encapsulated volume; b) introducing a composite comminuted hydrocarbonaceous material into the control infrastructure to form a permeable body, said composite hydrocarbonaceous material comprising comminuted hydrocarbonaceous material particles mixed with non-hydrocarbon yielding particulate structural material particles, wherein the non-hydrocarbon yielding particulate structural material particles comprise rock, shale, or combinations thereof and wherein the particulate structural material particles provides structural integrity to the permeable body sufficient to maintain convective flow of fluids throughout the permeable body during heating; c) heating the permeable body sufficient to remove hydrocarbons therefrom wherein the composite comminuted hydrocarbonaceous material is substantially stationary during heating, exclusive of subsidence and settling. a) forming a constructed permeability control infrastructure which defines a substantially encapsulated volume; b) introducing a composite comminuted hydrocarbonaceous material into the control infrastructure to form a permeable body, said composite hydrocarbonaceous material comprising comminuted hydrocarbonaceous material particles mixed with non-hydrocarbon yielding particulate structural material particles, wherein the non-hydrocarbon yielding particulate structural material particles comprise rock, shale, or combinations thereof and wherein the particulate structural material particles provides structural integrity to the permeable body sufficient to maintain convective flow of fluids throughout the permeable body during heating; c) heating the permeable body sufficient to remove hydrocarbons therefrom wherein the composite comminuted hydrocarbonaceous material is substantially stationary during heating, exclusive of subsidence and settling.
A machine implemented method comprising: dividing , at a server device , a first portion of a single stream of media data into multiple media files, each of the multiple media files to be stored as individual files in a memory in a transfer protocol compliant format, wherein the multiple media files represent segments from the single stream of media data of a program; generating a playlist file having a plurality of tags and a plurality of Universal Resource Indicators, URIs, the plurality of URIs indicating an ordering of the multiple media files that were divided from the first portion of the single stream of media data; said machine implemented method being characterized by : receiving additional data of the single stream of media data after generating the playlist file for the first portion of the single stream of media data; and generating an updated playlist file corresponding to changes to the multiple media files of the single stream of data, the updated playlist file comprising a plurality of updated URIs indicating an ordering of updated multiple media files to recreate a representation of the single stream of media data, the representation including the additional data. dividing , at a server device , a first portion of a single stream of media data into multiple media files, each of the multiple media files to be stored as individual files in a memory in a transfer protocol compliant format, wherein the multiple media files represent segments from the single stream of media data of a program; generating a playlist file having a plurality of tags and a plurality of Universal Resource Indicators, URIs, the plurality of URIs indicating an ordering of the multiple media files that were divided from the first portion of the single stream of media data; said machine implemented method being characterized by : receiving additional data of the single stream of media data after generating the playlist file for the first portion of the single stream of media data; and generating an updated playlist file corresponding to changes to the multiple media files of the single stream of data, the updated playlist file comprising a plurality of updated URIs indicating an ordering of updated multiple media files to recreate a representation of the single stream of media data, the representation including the additional data.
A method for increasing the capacity of a urea production complex, the method comprising the steps of: (a) providing an existing urea complex, said urea complex comprising a syngas production unit, an ammonia production unit and a urea production unit, which units produce respectively syngas, ammonia and urea, (b) adding to said existing urea production complex a CO 2 production unit, wherein the CO 2 production unit comprises: - a short contact time catalytic partial oxidation reactor (SCT-CPO reactor) provided with an inlet for a hydrocarbon feed, an inlet for an oxygen containing feed and an outlet for a first gas mixture, - a water gas shift (WGS) reactor provided with an inlet for the first gas mixture and an outlet for a second gas mixture, - and a CO 2 removal unit, provided with an inlet for the second gas mixture, an outlet for a CO 2 stream and an outlet for a hydrogen containing stream, wherein CO 2 is separated from the second gas mixture, wherein the CO 2 removal unit is connected with the urea production unit so that the CO 2 stream obtained in the CO 2 removal unit is used as a CO 2 feed for urea production. (a) providing an existing urea complex, said urea complex comprising a syngas production unit, an ammonia production unit and a urea production unit, which units produce respectively syngas, ammonia and urea, (b) adding to said existing urea production complex a CO 2 production unit, wherein the CO 2 production unit comprises: - a short contact time catalytic partial oxidation reactor (SCT-CPO reactor) provided with an inlet for a hydrocarbon feed, an inlet for an oxygen containing feed and an outlet for a first gas mixture, - a water gas shift (WGS) reactor provided with an inlet for the first gas mixture and an outlet for a second gas mixture, - and a CO 2 removal unit, provided with an inlet for the second gas mixture, an outlet for a CO 2 stream and an outlet for a hydrogen containing stream, wherein CO 2 is separated from the second gas mixture, wherein the CO 2 removal unit is connected with the urea production unit so that the CO 2 stream obtained in the CO 2 removal unit is used as a CO 2 feed for urea production. - a short contact time catalytic partial oxidation reactor (SCT-CPO reactor) provided with an inlet for a hydrocarbon feed, an inlet for an oxygen containing feed and an outlet for a first gas mixture, - a water gas shift (WGS) reactor provided with an inlet for the first gas mixture and an outlet for a second gas mixture, - and a CO 2 removal unit, provided with an inlet for the second gas mixture, an outlet for a CO 2 stream and an outlet for a hydrogen containing stream, wherein CO 2 is separated from the second gas mixture,
A lubrication system for a transmission assembly comprising: a primary reservoir ; at least one primary jet ; a primary circulating system fluidly coupling the primary reservoir and the at least one primary jet and comprising a primary pump for delivering lubricant from the primary reservoir to the at least one primary jet ; a secondary reservoir ; at least one secondary jet ; and a secondary circulating system fluidly coupling the primary reservoir and the at least one secondary jet and fluidly coupling the primary reservoir and the secondary reservoir , further comprising a secondary pump , a second conduit extending between the secondary pump and the at least one secondary jet , characterized by a third conduit extending between the secondary pump and the secondary reservoir , wherein the second conduit and the third conduit are arranged in parallel, wherein the secondary circulating system further comprises a pressure regulating valve located within the third conduit , upstream from the secondary reservoir . a primary reservoir ; at least one primary jet ; a primary circulating system fluidly coupling the primary reservoir and the at least one primary jet and comprising a primary pump for delivering lubricant from the primary reservoir to the at least one primary jet ; a secondary reservoir ; at least one secondary jet ; and a secondary circulating system fluidly coupling the primary reservoir and the at least one secondary jet and fluidly coupling the primary reservoir and the secondary reservoir , further comprising a secondary pump , a second conduit extending between the secondary pump and the at least one secondary jet , characterized by a third conduit extending between the secondary pump and the secondary reservoir , wherein the second conduit and the third conduit are arranged in parallel, wherein the secondary circulating system further comprises a pressure regulating valve located within the third conduit , upstream from the secondary reservoir .
Process for producing foamed concrete, in which air pores are introduced into aqueous concrete compositions by means of one or more air pore formers and/or by introducing air, wherein the aqueous concrete compositions are based on one or more foam stabilizers, one or more protective colloid-stabilized polymers of ethylenically unsaturated monomers in the form of aqueous dispersions or water-redispersible powders, 30% to 95% by weight of cement, based on the dry weight of the components for production of the concrete compositions, optionally one or more fillers and optionally one or more additives, with the proviso that the cement consists of quick-setting cement and one or more portland cements, wherein the quick-setting cement is selected from the group comprising aluminate cement, calcium sulfoaluminate cements and alumina cement, and wherein the concrete compositions are based to an extent of 25% to 55% by weight on quick-setting cement, based on the total weight of the cement used overall. wherein the aqueous concrete compositions are based on one or more foam stabilizers, one or more protective colloid-stabilized polymers of ethylenically unsaturated monomers in the form of aqueous dispersions or water-redispersible powders, 30% to 95% by weight of cement, based on the dry weight of the components for production of the concrete compositions, optionally one or more fillers and optionally one or more additives, with the proviso that the cement consists of quick-setting cement and one or more portland cements, wherein the quick-setting cement is selected from the group comprising aluminate cement, calcium sulfoaluminate cements and alumina cement, and wherein the concrete compositions are based to an extent of 25% to 55% by weight on quick-setting cement, based on the total weight of the cement used overall.