mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission type target comprising: a target layer containing a target metal configured to generate an X-ray upon irradiation with electrons and having a thickness within a range of 1 μm or more and 20 μm or less; and a diamond substrate including a carbon-containing region containing sp2 bonds and configured to support the target layer and allow the X-ray generated in the target layer being to be passed through and a crystalline carbon region composed of diamond mainly composed of sp3 bonds, wherein an amount of the sp2 bonds contained in the carbon-containing region corresponds to at least 20% of an amount of carbon-carbon bonds included in the carbon-containing region, wherein the carbon-containing region has a thickness 0.005 times to 0.1 times a thickness of the target layer in the thickness direction of the target layer; wherein a thickness of the diamond substrate is 0.1 mm to 10 mm, and wherein the carbon containing region is located on a target layer side of the diamond substrate configured to be in contact with the target layer. a target layer containing a target metal configured to generate an X-ray upon irradiation with electrons and having a thickness within a range of 1 μm or more and 20 μm or less; and a diamond substrate including a carbon-containing region containing sp2 bonds and configured to support the target layer and allow the X-ray generated in the target layer being to be passed through and a crystalline carbon region composed of diamond mainly composed of sp3 bonds, wherein an amount of the sp2 bonds contained in the carbon-containing region corresponds to at least 20% of an amount of carbon-carbon bonds included in the carbon-containing region, wherein the carbon-containing region has a thickness 0.005 times to 0.1 times a thickness of the target layer in the thickness direction of the target layer; wherein a thickness of the diamond substrate is 0.1 mm to 10 mm, and wherein the carbon containing region is located on a target layer side of the diamond substrate configured to be in contact with the target layer.
A recombinant factor VIII fusion protein comprising a factor VIII polypeptide and at least one extended recombinant polypeptide (XTEN), wherein the factor VIII polypeptide comprises an A3 domain, an A2 domain, an A1 domain, a C2 domain, a C1 domain, and a B domain or a portion of the B domain, wherein the at least one XTEN is inserted into the factor VIII polypeptide at a site that corresponds to amino acid 745 of the sequence set forth in SEQ ID NO:1592, wherein the recombinant FVIII fusion protein retains at least 10% of the procoagulant activity of a corresponding factor VIII polypeptide lacking said XTEN, and wherein the recombinant FVIII fusion protein exhibits a prolonged terminal half-life when administered to a subject as compared to a corresponding factor VIII polypeptide lacking said XTEN.
A method for performing, by a first device, wireless communication, the method comprising: receiving sidelink channel state information reference signal, SL CSI-RS, from a second device, reserving a resource for transmitting physical sidelink shared channel, PSSCH, receiving (S1710) information related to a latency bound related to sidelink channel state information from a second device ; determining a time window for reporting the sidelink channel state information, wherein the time window is determined based on the latency bound; triggering a resource selection for transmitting the sidelink channel state information based on the SL CSI-RS, in case of an absence of a reserved resource within the time window that satisfies a first condition that the highest priority related to the reserved resource is equal to or less than a priority related to SL CSI, and performing the resource selection within a selection window when being triggered, wherein an end time of the selection window is determined based on the latency bound, and transmitting (S 1730) a Medium Access Control, MAC, Control Element, CE, including the sidelink channel state information based on the SL CSI-RS to the second device through the selected resource based on the resource selection; wherein in case of a presence of a reserved resource within the time window that satisfies the first condition, transmitting the MAC CE including the sidelink channel state information based on the SL CSI-RS to the second device through the reserved resource. receiving sidelink channel state information reference signal, SL CSI-RS, from a second device, reserving a resource for transmitting physical sidelink shared channel, PSSCH, receiving (S1710) information related to a latency bound related to sidelink channel state information from a second device ; determining a time window for reporting the sidelink channel state information, wherein the time window is determined based on the latency bound; triggering a resource selection for transmitting the sidelink channel state information based on the SL CSI-RS, in case of an absence of a reserved resource within the time window that satisfies a first condition that the highest priority related to the reserved resource is equal to or less than a priority related to SL CSI, and performing the resource selection within a selection window when being triggered, wherein an end time of the selection window is determined based on the latency bound, and transmitting (S 1730) a Medium Access Control, MAC, Control Element, CE, including the sidelink channel state information based on the SL CSI-RS to the second device through the selected resource based on the resource selection; wherein in case of a presence of a reserved resource within the time window that satisfies the first condition, transmitting the MAC CE including the sidelink channel state information based on the SL CSI-RS to the second device through the reserved resource.
An air sampling device for sampling air in a controlled environment comprising: a housing body having a top and a side; an opening at the top of said housing body; a retaining assembly configured to retain a media plate , said retaining assembly located at the top of said housing body at said opening ; a mass flow meter having an input and an output ; and a blower inside said plenum and configured to draw air past the media plate , through the opening , through the plenum , and through the mass flow meter , , characterized in that said plenum has a top end and a bottom end, said top and bottom ends defining a longitudinal axis of the plenum therebetween, said top end being coupled to the top of the housing body at said opening , wherein said longitudinal axis of said plenum is substantially coaxial with said opening , whereby said plenum is in flow communication with said opening thereby allowing the air to move down longitudinally in the plenum, and wherein the input of the mass flow meter is coupled to the bottom end of said plenum and in flow communication with said plenum. a housing body having a top and a side; an opening at the top of said housing body; a retaining assembly configured to retain a media plate , said retaining assembly located at the top of said housing body at said opening ; a mass flow meter having an input and an output ; and a blower inside said plenum and configured to draw air past the media plate , through the opening , through the plenum , and through the mass flow meter , , characterized in that said plenum has a top end and a bottom end, said top and bottom ends defining a longitudinal axis of the plenum therebetween, said top end being coupled to the top of the housing body at said opening , wherein said longitudinal axis of said plenum is substantially coaxial with said opening , whereby said plenum is in flow communication with said opening thereby allowing the air to move down longitudinally in the plenum, and wherein the input of the mass flow meter is coupled to the bottom end of said plenum and in flow communication with said plenum.
An apparatus for shielding radiation emitted during a medical procedure, the apparatus comprising: a board positionable on top of a procedure table, the board extending laterally between a first board edge and a second board edge , and longitudinally between a third board edge and a fourth board edge , the board comprising a plurality of apertures distributed along at least one of the board edges ; and at least one radiation shield removably mountable to the board , the at least one radiation shield comprising at least one peg engageable with any one of the apertures in the board , characterized by each of the plurality of apertures in the board comprise an opposed pair of retention regions extending away from an insertion region , and the at least one peg of the at least one radiation shield is configured to be received in the insertion region of any one of the apertures and slidably engaged with one of the retention regions of that aperture , and preferably each of the retention regions extends longitudinally from the insertion region , and the at least one radiation shield comprises a first radiation shield and a second radiation shield, and while the at least one peg of the first radiation shield is engaged with one of the retention regions of any one of the apertures in the board , the at least one peg of the second radiation shield is engageable with the other of the retention regions of that aperture . a board positionable on top of a procedure table, the board extending laterally between a first board edge and a second board edge , and longitudinally between a third board edge and a fourth board edge , the board comprising a plurality of apertures distributed along at least one of the board edges ; and at least one radiation shield removably mountable to the board , the at least one radiation shield comprising at least one peg engageable with any one of the apertures in the board , characterized by each of the plurality of apertures in the board comprise an opposed pair of retention regions extending away from an insertion region , and the at least one peg of the at least one radiation shield is configured to be received in the insertion region of any one of the apertures and slidably engaged with one of the retention regions of that aperture , and preferably each of the retention regions extends longitudinally from the insertion region , and the at least one radiation shield comprises a first radiation shield and a second radiation shield, and while the at least one peg of the first radiation shield is engaged with one of the retention regions of any one of the apertures in the board , the at least one peg of the second radiation shield is engageable with the other of the retention regions of that aperture .
A method of synchronizing content between an on-premises computing system and a cloud-based computing system, comprising: in response to activity on a content item by the on-premises computing system: receiving , at the cloud-based computing system, information about the content item and one or more activities associated with the content item, wherein a pointer to the content item on the on-premises computing system is passed along with an activity stream to the cloud-based computing system, and wherein the content item on the on-premises computing system is not passed to the cloud-based computing system; synchronizing a corresponding content item on the cloud-based computing system with the content item on the on-premises computing system using the received information about the content item and one or more activities associated with the content item; and generating, at the cloud-based computing system, an index comprising the received information about the content item and the one or more activities associated with the content item and activities associated with the cloud-based content item, thereby providing a single index to search. receiving , at the cloud-based computing system, information about the content item and one or more activities associated with the content item, wherein a pointer to the content item on the on-premises computing system is passed along with an activity stream to the cloud-based computing system, and wherein the content item on the on-premises computing system is not passed to the cloud-based computing system; synchronizing a corresponding content item on the cloud-based computing system with the content item on the on-premises computing system using the received information about the content item and one or more activities associated with the content item; and generating, at the cloud-based computing system, an index comprising the received information about the content item and the one or more activities associated with the content item and activities associated with the cloud-based content item, thereby providing a single index to search.
Use of 2-(4-styrylphenyl)benzoxazole in production of polymeric scintillators comprising the first fluorescent addition and the second fluorescent addition, characterised in that 2-(4-styrylphenyl)benzoxazole is used as the second fluorescent addition being the wavelength shifter, wherein the task of said wavelength shifter is absorption of the energy from the first UV range and emission in the visible light range and wherein the emission spectrum of the first fluorescent addition is overlapping with the absorption spectrum of the second fluorescent addition.
An anchor for a fall arrest or fall safety system, the anchor comprising a plate for securing to a structure, the plate being formed to have an upwardly extending spine , the upwardly extending spine being provided with a pair of spaced securing formations , wherein the anchor includes peripheral marginal wings upwardly extending from the plate in the same direction as the spine and fixing means (6a-6d) for securing to a structure are provided in the upstanding wings , characterized in that the spine comprises a fold in the plate. (6a-6d) for securing to a structure are provided in the upstanding wings , characterized in that the spine comprises a fold in the plate.
A method of manufacturing a fabricated part having complex geometry, the method comprising: generating a digital model of a tooling having a complex geometry; additively manufacturing a tooling based on the digital model from tooling material; laying-up fabrication materials on the tooling ; curing the fabrication materials on the tooling to form a fabricated part ; and removing the tooling from the fabricated part , characterized in that the removing the tooling from the fabricated part further comprises breaking the tooling , and in that the fabricated part is an aircraft, oil rig, or vehicle part. generating a digital model of a tooling having a complex geometry; additively manufacturing a tooling based on the digital model from tooling material; laying-up fabrication materials on the tooling ; curing the fabrication materials on the tooling to form a fabricated part ; and removing the tooling from the fabricated part , characterized in that the removing the tooling from the fabricated part further comprises breaking the tooling , and in that the fabricated part is an aircraft, oil rig, or vehicle part.
A method of controlling a building automation system for controlling at least one device selected from a window, blind, shutter, awning, door, ventilation shaft and/or light source, wherein said building automation system comprises one or more controllable units being associated with said at least one device , wherein one or more mobile clients wirelessly transmits a client identifier (CI, CI1-CI5) for identifying the mobile client , and wherein said building automation system comprises a receiver , which receiver receives said client identifier(s) (CI, CI1-CI5) transmitted from said one or more mobile clients , wherein said received client identifiers (CI, CI1-CI5) are processed based on client identifier information (CII) of said system , said client identifier information (CII) comprising information of one or more registered client identifiers (CI, CI1-CI5) of mobile clients , wherein said system comprises client status information (CSI) comprising information of registered mobile client(s) which are registered as present, and wherein said client status information (CSI) is updated according to said processing of received client identifiers (CI, CI1-CI5), characterized by : wherein at least one of said one or more controllable units is controlled according to a first predefined set of rules (RS1, RS 1_1, RS 1_2, RS 1_3) if at least one registered mobile client is registered as present according to said client status information (CSI), and wherein said at least one controllable unit is controlled according to a second predefined set of rules (RS2) if no registered mobile clients are registered as present according to said client status information (CSI), wherein said client identifier information data (CII) comprises information of a plurality of registered mobile clients , wherein different predefined sets of rules (RS 1_1, RS 1_2, RS 1_3) are used for operating one or more controllable units dependent on which registered mobile client(s) that is/are determined as present. wherein at least one of said one or more controllable units is controlled according to a first predefined set of rules (RS1, RS 1_1, RS 1_2, RS 1_3) if at least one registered mobile client is registered as present according to said client status information (CSI), and wherein said at least one controllable unit is controlled according to a second predefined set of rules (RS2) if no registered mobile clients are registered as present according to said client status information (CSI), wherein said client identifier information data (CII) comprises information of a plurality of registered mobile clients , wherein different predefined sets of rules (RS 1_1, RS 1_2, RS 1_3) are used for operating one or more controllable units dependent on which registered mobile client(s) that is/are determined as present.
A transformer system for a direct current converter system , comprising a plurality of windings for three electrical phases , the windings being electrically connected to provide a 15° phase shift, and comprising at least three separate tanks , wherein the windings associated to different electrical phases are located in different ones of the separate tanks , comprising for each electrical phase at least one first winding and at least one second winding electrically connected to each other, wherein the first winding and the second winding for the same electrical phase are located in the same tank , wherein the first winding and the second winding for the same electrical phase are located on a common core , wherein the windings are connected in an extended-side delta connection, where the first windings are connected to each other in a delta configuration and the second windings are the extended windings and are connected between the associated first windings and the electrical phases . comprising a plurality of windings for three electrical phases , the windings being electrically connected to provide a 15° phase shift, and comprising at least three separate tanks , wherein the windings associated to different electrical phases are located in different ones of the separate tanks , comprising for each electrical phase at least one first winding and at least one second winding electrically connected to each other, wherein the first winding and the second winding for the same electrical phase are located in the same tank , wherein the first winding and the second winding for the same electrical phase are located on a common core , wherein the windings are connected in an extended-side delta connection, where the first windings are connected to each other in a delta configuration and the second windings are the extended windings and are connected between the associated first windings and the electrical phases .
A lithium secondary battery comprising: a positive electrode; a negative electrode; and an electrolyte disposed between the positive electrode and the negative electrode, wherein the positive electrode comprises a positive electrode active material represented by Formula 1, the electrolyte comprises a lithium salt; a non-aqueous solvent; and a phosphate-based compound represented by Formula 2, and the phosphate-based compound is comprised at an amount of lower than 3 wt% based on the total weight of the electrolyte: <Formula 1> Li x Ni y M 1-y O 2-z A z wherein, in Formula 1, 0.9≤x≤1.2, 0.7≤y≤0.98, and 0≤z<0.2, M is at least one element selected from the group consisting of Al, Mg, Mn, Co, Fe, Cr, V, Ti, Cu, B, Ca, Zn, Zr, Nb, Mo, Sr, Sb, W, and Bi; A is an element having an oxidation number of -1, -2, or -3; wherein, in Formula 2, R 1 to R 3 are each independently an unsubstituted linear or branched C 1 -C 30 alkyl group or an unsubstituted C 6 -C 60 aryl group. a positive electrode; a negative electrode; and an electrolyte disposed between the positive electrode and the negative electrode, wherein the positive electrode comprises a positive electrode active material represented by Formula 1, the electrolyte comprises a lithium salt; a non-aqueous solvent; and a phosphate-based compound represented by Formula 2, and the phosphate-based compound is comprised at an amount of lower than 3 wt% based on the total weight of the electrolyte: <Formula 1> Li x Ni y M 1-y O 2-z A z wherein, in Formula 1, 0.9≤x≤1.2, 0.7≤y≤0.98, and 0≤z<0.2, M is at least one element selected from the group consisting of Al, Mg, Mn, Co, Fe, Cr, V, Ti, Cu, B, Ca, Zn, Zr, Nb, Mo, Sr, Sb, W, and Bi; A is an element having an oxidation number of -1, -2, or -3; wherein, in Formula 2, R 1 to R 3 are each independently an unsubstituted linear or branched C 1 -C 30 alkyl group or an unsubstituted C 6 -C 60 aryl group.
A winding device , comprising: a bobbin that winds up a striatum ; a cover that covers the bobbin and includes a slit parallel to an axial direction of the bobbin such that the striatum is inserted; and a roller that guides the striatum directly to the bobbin ; characterized by a mechanism for moving the roller relative to the bobbin or moving a location of the slit of the cover in a circumferential direction, depending on a bobbin winding body diameter (Dn) of the striatum of the bobbin . a bobbin that winds up a striatum ; a cover that covers the bobbin and includes a slit parallel to an axial direction of the bobbin such that the striatum is inserted; and a roller that guides the striatum directly to the bobbin ; characterized by a mechanism for moving the roller relative to the bobbin or moving a location of the slit of the cover in a circumferential direction, depending on a bobbin winding body diameter (Dn) of the striatum of the bobbin .