mhurhangee/ep-ind-claims huggingface dataset:
A fiber optical system comprising: a mixing optical fiber having a first end face with a first area and a second end face with the first area; a first input plastic optical fiber having a first end face with the first area and a second end face with a second area less than the first area, the second end face of the first input plastic optical fiber being attached to a first portion of the first end face of the mixing optical fiber; a second input plastic optical fiber having a first end face with the first area and a second end face with a third area less than the first area, the second end face of the second input plastic optical fiber being attached to a second portion of the first end face of the mixing optical fiber, wherein the first input plastic optical fiber has a first side face that intersects the second end face of the first input plastic optical fiber, and the second input plastic optical fiber has a second side face that intersects the second end face of the second input plastic optical fiber, the system comprising a layer of index matching epoxy disposed between, bonding, and optically coupling confronting portions of the first and second side faces; characterised by the system further comprising a plurality of output plastic optical fibers having end faces with a fourth area less than the first area attached to the second end face of the mixing optical fiber, wherein one end of one of the plurality of output plastic optical fibers is optically coupled to a photodetector of a monolithic receiver IC chip by way of a ball lens. a mixing optical fiber having a first end face with a first area and a second end face with the first area; a first input plastic optical fiber having a first end face with the first area and a second end face with a second area less than the first area, the second end face of the first input plastic optical fiber being attached to a first portion of the first end face of the mixing optical fiber; a second input plastic optical fiber having a first end face with the first area and a second end face with a third area less than the first area, the second end face of the second input plastic optical fiber being attached to a second portion of the first end face of the mixing optical fiber, wherein the first input plastic optical fiber has a first side face that intersects the second end face of the first input plastic optical fiber, and the second input plastic optical fiber has a second side face that intersects the second end face of the second input plastic optical fiber, the system comprising a layer of index matching epoxy disposed between, bonding, and optically coupling confronting portions of the first and second side faces; characterised by the system further comprising a plurality of output plastic optical fibers having end faces with a fourth area less than the first area attached to the second end face of the mixing optical fiber, wherein one end of one of the plurality of output plastic optical fibers is optically coupled to a photodetector of a monolithic receiver IC chip by way of a ball lens.
Device for assisting locking of a tongue of a safety belt in a locking/unlocking system for a motor vehicle booster seat, the device including a guide surface, an upper edge of which is intended to be disposed facing a lateral wall of a base of the booster seat and a lower edge of which is intended to be disposed in the vicinity of the locking/unlocking system so as to make it possible to guide the tongue toward the locking/unlocking system, characterized in that the guide surface includes projecting lateral edges and in that the guide surface has a trapezoidal general shape, the upper edge being longer than the lower edge, so as to form a funnel and so as to facilitate guiding the tongue to the casing of the locking/unlocking system.
A 25-hydroxycholecalciferol monohydrate crystal, wherein an X-ray powder diffraction spectrum of 25-hydroxycholecalciferol monohydrate crystal comprises the following peaks: Peak 2θ d Peak area Relative peak intensity (area%) 1 10.035 8.8072 17530 18.0 2 11.623 7.6070 5192 5.3 3 14.631 6.0494 26181 26.8 4 15.054 5.8801 17698 18.1 5 15.551 5.6936 32676 33.5 6 16.471 5.3774 4111 4.2 7 17.198 5.1518 46646 47.8 8 19.002 4.6664 97630 100 9 19.628 4.5192 13767 14.1 10 20.109 4.4120 36305 37.2 11 21.886 4.0576 33575 34.4 12 23.113 3.8451 15163 15.5 13 23.661 3.7572 12429 12.7 14 24.701 3.6012 6838 7.0 15 25.220 3.5284 48909 50.1 16 25.440 3.4983 27121 27.8 17 28.527 3.1264 25633 26.3 and wherein the 25-hydroxycholecalciferol monohydrate crystal is obtained via a preparation method comprising the following steps: 1) heating and refluxing 25-hydroxycholecalciferol in an organic solvent until 25-hydroxycholecalciferol is dissolved to obtain a 25-hydroxycholecalciferol solution; and 2) adding water to the 25-hydroxycholecalciferol solution while stirring until a solid is precipitated out, continuing to stir, and after being cooled to room temperature, filtering to obtain a filter cake, and drying the filter cake until moisture content in the filter cake is less than 20wt%, to prepare the 25-hydroxycholecalciferol monohydrate crystal. 1) heating and refluxing 25-hydroxycholecalciferol in an organic solvent until 25-hydroxycholecalciferol is dissolved to obtain a 25-hydroxycholecalciferol solution; and 2) adding water to the 25-hydroxycholecalciferol solution while stirring until a solid is precipitated out, continuing to stir, and after being cooled to room temperature, filtering to obtain a filter cake, and drying the filter cake until moisture content in the filter cake is less than 20wt%, to prepare the 25-hydroxycholecalciferol monohydrate crystal.
A method performed by a wireless device for handling communication of the wireless device in a wireless communication network, the method comprising - performing a beam recovery process of a selected beam upon beam failure detection, characterised in that the selected beam is associated to one cell of a configured set of cells, wherein the configured set of cells includes a primary cell and a set of neighbor cells. - performing a beam recovery process of a selected beam upon beam failure detection, characterised in that the selected beam is associated to one cell of a configured set of cells, wherein the configured set of cells includes a primary cell and a set of neighbor cells.
A method for selectively isolating an acidic, polar molecule from a sample, the method comprising the steps of: a) loading a sample containing an acidic, polar molecule onto a chromatographic separations device comprising a high purity chromatographic material comprising a chromatographic surface wherein the chromatographic surface comprises a hydrophobic surface group and one or more ionizable modifiers such that the acidic, polar molecule is selectively adsorbed onto the high purity chromatographic material, with the proviso that when the one or more ionizable modifiers do not contain a Zwitterion, the one or more ionizable modifiers do not contain a quaternary ammonium ion moiety; and b) eluting the adsorbed acidic, polar molecule from the high purity chromatographic material, thereby selectively isolating the acidic, polar molecule from the sample, wherein the acidic, polar molecule is eluted by an upward shift in pH, wherein the acidic, polar molecule is selected from the group consisting of succinic acid, malic acid, cis aconitate acid, nicotinic acid, glutamine, glucose 6 phosphate, fructose 6 phosphate, adenosine monophosphate, nicotinic acid mono nucleotide, adenosine diphosphate, glufosinate, glyphosate, aminomethylphosphonic acid, and mixtures thereof, and wherein the ionizable modifier is an amine-containing and bridging silanizing reagent, and the acidic, polar molecule is adsorbed to the high purity chromatographic material at a pH of 2.5 < pH < 10. a) loading a sample containing an acidic, polar molecule onto a chromatographic separations device comprising a high purity chromatographic material comprising a chromatographic surface wherein the chromatographic surface comprises a hydrophobic surface group and one or more ionizable modifiers such that the acidic, polar molecule is selectively adsorbed onto the high purity chromatographic material, with the proviso that when the one or more ionizable modifiers do not contain a Zwitterion, the one or more ionizable modifiers do not contain a quaternary ammonium ion moiety; and b) eluting the adsorbed acidic, polar molecule from the high purity chromatographic material, thereby selectively isolating the acidic, polar molecule from the sample, wherein the acidic, polar molecule is eluted by an upward shift in pH, wherein the acidic, polar molecule is selected from the group consisting of succinic acid, malic acid, cis aconitate acid, nicotinic acid, glutamine, glucose 6 phosphate, fructose 6 phosphate, adenosine monophosphate, nicotinic acid mono nucleotide, adenosine diphosphate, glufosinate, glyphosate, aminomethylphosphonic acid, and mixtures thereof, and wherein the ionizable modifier is an amine-containing and bridging silanizing reagent, and the acidic, polar molecule is adsorbed to the high purity chromatographic material at a pH of 2.5 < pH < 10.
Device for debranching living trees with at least one cutting device for cutting and removing the branches from the trees, with a base body, a drive unit (14, 16) of its own, and a motor, as well as driving means resting against the trunk in their operating position, as well as a supporting wheel resting against the trunk in its operating position, so that the device can move up and down the trunk of the tree autonomously, wherein - the cutting device comprises a first, lower cutting device and a second, upper cutting device located above the former, - the lower cutting device comprises two circularly extending blades arranged opposite each other, which are arranged to be offset in a vertical direction, - the two blades of the lower cutting device together form a circular arc encompassing a first part of the circumference of the trunk, wherein end portions of the two blades can overlap in their operating and cutting position due to the offset arrangement of the two blades, wherein the end portions of the two blades lie one above the other when seen in a vertical direction, - the upper cutting device comprises two oppositely arranged blades likewise extending in a circular shape, which extend in the same plane, - in the middle between the two blades of the upper cutting device, a third blade is arranged above the two blades of the upper cutting device, - the three blades (48, 50) of the upper cutting device together form a circular arc encompassing a second part of the circumference of the trunk so that the entire circumference of the trunk is grasped at any point along the area to be debranched by the blades (46, 48, 50) of the upper and lower cutting devices. - the cutting device comprises a first, lower cutting device and a second, upper cutting device located above the former, - the lower cutting device comprises two circularly extending blades arranged opposite each other, which are arranged to be offset in a vertical direction, - the two blades of the lower cutting device together form a circular arc encompassing a first part of the circumference of the trunk, wherein end portions of the two blades can overlap in their operating and cutting position due to the offset arrangement of the two blades, wherein the end portions of the two blades lie one above the other when seen in a vertical direction, - the upper cutting device comprises two oppositely arranged blades likewise extending in a circular shape, which extend in the same plane, - in the middle between the two blades of the upper cutting device, a third blade is arranged above the two blades of the upper cutting device, - the three blades (48, 50) of the upper cutting device together form a circular arc encompassing a second part of the circumference of the trunk so that the entire circumference of the trunk is grasped at any point along the area to be debranched by the blades (46, 48, 50) of the upper and lower cutting devices.
A composite structured organic film comprising a plurality of segments which are linked together by a plurality of linkers forming a covalent organic framework, wherein the SOF is a substantially defect-free film, and wherein the SOF further comprises a secondary component, characterised in that the secondary component is heterogeneously distributed in said SOF.
An emulsion, comprising: a non-aqueous phase, which comprises: a solid silicone resin; and a siloxane carrier vehicle capable of carrying said solid silicone resin, said siloxane carrier vehicle comprising a resinous silicone and having an average of at least one silicon-bonded functional group per molecule; an aqueous phase comprising water; and a surfactant; wherein said emulsion is substantially free from organic solvents. a non-aqueous phase, which comprises: a solid silicone resin; and a siloxane carrier vehicle capable of carrying said solid silicone resin, said siloxane carrier vehicle comprising a resinous silicone and having an average of at least one silicon-bonded functional group per molecule; a solid silicone resin; and a siloxane carrier vehicle capable of carrying said solid silicone resin, said siloxane carrier vehicle comprising a resinous silicone and having an average of at least one silicon-bonded functional group per molecule; an aqueous phase comprising water; and a surfactant; wherein said emulsion is substantially free from organic solvents.
Optical assembly for realizing horizontal and vertical spot-size conversion to couple light between an expanded end of a thin waveguide (103, 203, 303, 403) to one end of a thick waveguide (105, 205, 305, 405), wherein the thin waveguide (103, 203, 303, 403) is thin compared to the thick waveguide (105, 205, 305, 405), said assembly comprising: - at least one first thin waveguide with a first section having a first optical mode field and a horizontal spot-size expansion section providing spot-size conversion for a first horizontal dimension of said first optical mode field of a light beam propagating in said first waveguide; - at least one second thick waveguide with a second section having a second optical mode field and a horizontal spot-size reduction section providing spot-size conversion for a second horizontal dimension of said second optical mode field of a light beam propagating in said second waveguide; characterized in that the expanded end of said at least one first thin waveguide is aligned and rotated to interface with said one end of said at least one second thick waveguide, so that the mode fields in said at least one first thin and at least one second thick waveguides are rotated 90 degrees with respect to each other, whereby the spot size of a light beam so coupled between the at least one first thin and at least one second thick waveguides is expanded or shrunk in both transverse dimensions, depending on the direction of the light beam. - at least one first thin waveguide with a first section having a first optical mode field and a horizontal spot-size expansion section providing spot-size conversion for a first horizontal dimension of said first optical mode field of a light beam propagating in said first waveguide; - at least one second thick waveguide with a second section having a second optical mode field and a horizontal spot-size reduction section providing spot-size conversion for a second horizontal dimension of said second optical mode field of a light beam propagating in said second waveguide; characterized in that
An air conditioning apparatus comprising: a partition panel forming a connection between a first cabinet and a second cabinet of the air conditioning apparatus; a first link member separably fastened, by a first fastener, to an upper portion of the partition panel; and a second link member separably fastened, by a second fastener, to a lower portion of the partition panel, wherein the first link member and the second link member form an airtight seal between the first and second cabinets (120, 140), wherein each of the first and second link members (170, 170a) comprises: a centre portion (171, 171a) separably connected to the partition panel, a first extension portion (173, 173a) extending toward the first cabinet, and a second extension portion (175, 175a) extending toward the second cabinet, and wherein the first and second extension portions (171, 171a, 175, 175a) of the first and second link members (170, 170a) contact an upper plate (129, 149) and a lower plate (127, 147), respectively, of the first and second cabinets (120, 140) to form the airtight seal. a partition panel forming a connection between a first cabinet and a second cabinet of the air conditioning apparatus; a first link member separably fastened, by a first fastener, to an upper portion of the partition panel; and a second link member separably fastened, by a second fastener, to a lower portion of the partition panel, wherein the first link member and the second link member form an airtight seal between the first and second cabinets (120, 140), wherein each of the first and second link members (170, 170a) comprises: a centre portion (171, 171a) separably connected to the partition panel, a first extension portion (173, 173a) extending toward the first cabinet, and a second extension portion (175, 175a) extending toward the second cabinet, and a centre portion (171, 171a) separably connected to the partition panel, a first extension portion (173, 173a) extending toward the first cabinet, and a second extension portion (175, 175a) extending toward the second cabinet, and wherein the first and second extension portions (171, 171a, 175, 175a) of the first and second link members (170, 170a) contact an upper plate (129, 149) and a lower plate (127, 147), respectively, of the first and second cabinets (120, 140) to form the airtight seal.
A method for wireless communication comprising: implementing a wireless local area network, WLAN, communications link with a WLAN module; transmitting a beacon frame containing a power save information element including information indicating that the WLAN module is in an active mode; transmitting a beacon frame containing a power save information element including information indicating that the WLAN module will enter a power save mode; and transmitting a series of beacon frames having a power save information element with a count value that decrements from an initial value with each transmission after the communications link has been inactive for a predefined period of time. implementing a wireless local area network, WLAN, communications link with a WLAN module; transmitting a beacon frame containing a power save information element including information indicating that the WLAN module is in an active mode; transmitting a beacon frame containing a power save information element including information indicating that the WLAN module will enter a power save mode; and transmitting a series of beacon frames having a power save information element with a count value that decrements from an initial value with each transmission after the communications link has been inactive for a predefined period of time.
A system for determining the output capacity of a power generating system, comprising: a sensor configured to monitor at least one condition of the power generating system and output the monitored condition data; a power measuring device in communication with the power generating system, for determining the instantaneous power output level of the power generating system; a power capability determination device connected to the sensor for receiving the outputted monitored condition data, the power capability determination device comprising a theoretical performance module for outputting a theoretical full capacity of the power generating system; and an adaptive learning module for determining performance metrics based upon the instantaneous power level values accumulated over a time period and outputting a correction factor which is used to adjust the theoretical full capacity based upon the performance metrics; characterized in that the correction factor is based on data including data on degradation in performance of the power generation module. a sensor configured to monitor at least one condition of the power generating system and output the monitored condition data; a power measuring device in communication with the power generating system, for determining the instantaneous power output level of the power generating system; a power capability determination device connected to the sensor for receiving the outputted monitored condition data, the power capability determination device comprising a theoretical performance module for outputting a theoretical full capacity of the power generating system; and an adaptive learning module for determining performance metrics based upon the instantaneous power level values accumulated over a time period and outputting a correction factor which is used to adjust the theoretical full capacity based upon the performance metrics; characterized in that the correction factor is based on data including data on degradation in performance of the power generation module.
A method for adapting uplink-downlink, UL-DL, time-division duplexing, TDD, subframe configurations in a heterogeneous network, HetNet, the method comprising the steps of: determining, at a reference enhanced Node B, eNB, a preferred adaptive UL-DL configuration; and receiving, at the reference eNB node configuration information for at least one neighboring node; and further comprising reconfiguring, at the reference eNB, the adaptive UL-DL configuration for the reference eNB and the at least one neighboring node based on the node configuration information and sounding reference signal, SRS, subframe scheduling of the reference eNB and the at least one neighboring node. determining, at a reference enhanced Node B, eNB, a preferred adaptive UL-DL configuration; and receiving, at the reference eNB node configuration information for at least one neighboring node; and further comprising reconfiguring, at the reference eNB, the adaptive UL-DL configuration for the reference eNB and the at least one neighboring node based on the node configuration information and sounding reference signal, SRS, subframe scheduling of the reference eNB and the at least one neighboring node.
The use of a profile for covering insulation edges of insulating layers on buildings, in particular, perimeter insulating layers on foundation walls, characterized in that the profile consists of a web made of flat material with bending lines running parallel to its longitudinal direction, along which side sections (5, 6) are bendable and the web is provided with a plurality of bending lines, that the web has a center section selectable through the bending lines in width for covering the insulation edges, to which on both sides the bendable side sections (5, 6) are attached for fastening to the outside of the building and to the insulation.