mhurhangee/patent-ind-claim-en huggingface dataset:
Non-reactive hot-melt adhesive comprising: - 10-90 wt.%, calculated on the weight of the adhesive, of amorphous thermoplastic resin which is compatible with polylactic acid, wherein the amorphous thermoplastic resin is a random copolymer of lactic acid and further reactive monomer, wherein an amorphous thermoplastic resin is defined as a thermoplastic resin which has an enthalpy of melting of at most 2.0 J/gram determined via Differential Scanning Calorimetry (DSC); and, - 10-90 wt.%, calculated on the weight of the adhesive, of a polylactic acid polymer unit (PLAU) selected from poly-L-lactic acid (PLLAU) and poly-D-lactic acid (PDLAU), the unit having a number average molecular weight (Mn) of at least 0.75 kg/mol, wherein Mn is determined by Relative Gel Permeation Chromatography (GPC) using chloroform as solvent and running phase, using polystyrene as a reference, with detection via Refractive Index. - 10-90 wt.%, calculated on the weight of the adhesive, of amorphous thermoplastic resin which is compatible with polylactic acid, wherein the amorphous thermoplastic resin is a random copolymer of lactic acid and further reactive monomer, wherein an amorphous thermoplastic resin is defined as a thermoplastic resin which has an enthalpy of melting of at most 2.0 J/gram determined via Differential Scanning Calorimetry (DSC); and, - 10-90 wt.%, calculated on the weight of the adhesive, of a polylactic acid polymer unit (PLAU) selected from poly-L-lactic acid (PLLAU) and poly-D-lactic acid (PDLAU), the unit having a number average molecular weight (Mn) of at least 0.75 kg/mol, wherein Mn is determined by Relative Gel Permeation Chromatography (GPC) using chloroform as solvent and running phase, using polystyrene as a reference, with detection via Refractive Index.
A media wall comprising a vertical frame arranged to be anchored to one or more of a floor, wall or ceiling, one or more display panels (3a to 3d) and a plurality of decorative panels (4a to 7d), the frame comprising: a plurality of uprights (9a to 9d); a plurality of display panel cross members (14a to 14d) suspended from the uprights (9a to 9d), by which the one or more display panels (3a to 3d) are supported; and a plurality of decorative panel cross members (15a to 15d) suspended from the uprights (9a to 9d), by which the plurality of decorative panels (4a to 7d) are supported, the decorative panel cross members (15a to 15e) being different to the display panel cross members, the media wall being characterised in that : each decorative panel (4a to 7d) comprises a ferromagnetic rear face and decorative front face ; the decorative panel cross members (15a to 15e) are extruded and have a number of channels running along their length; the media wall further comprises a plurality of fixings arranged to engage in the channels and to slide along the channels to a desired location; and in that each fixing comprises a magnet arranged to engage with a rear face of a decorative panel (4a to 7d). a plurality of uprights (9a to 9d); a plurality of display panel cross members (14a to 14d) suspended from the uprights (9a to 9d), by which the one or more display panels (3a to 3d) are supported; and a plurality of decorative panel cross members (15a to 15d) suspended from the uprights (9a to 9d), by which the plurality of decorative panels (4a to 7d) are supported, the decorative panel cross members (15a to 15e) being different to the display panel cross members, the media wall being characterised in that : each decorative panel (4a to 7d) comprises a ferromagnetic rear face and decorative front face ; the decorative panel cross members (15a to 15e) are extruded and have a number of channels running along their length; the media wall further comprises a plurality of fixings arranged to engage in the channels and to slide along the channels to a desired location; and in that each fixing comprises a magnet arranged to engage with a rear face of a decorative panel (4a to 7d). each decorative panel (4a to 7d) comprises a ferromagnetic rear face and decorative front face ; the decorative panel cross members (15a to 15e) are extruded and have a number of channels running along their length; the media wall further comprises a plurality of fixings arranged to engage in the channels and to slide along the channels to a desired location; and in that each fixing comprises a magnet arranged to engage with a rear face of a decorative panel (4a to 7d).
An electronic device comprising: a housing ; a plate attached to the housing to form an inner space together with the housing and including a flat portion facing in a first direction and a curved portion extended from an edge of the flat portion and forming an obtuse angle with the first direction; and an antenna module positioned in the inner space, wherein the antenna module includes: a first partial layer having a first size, a second partial layer including a first antenna pattern, the second partial layer having a second size smaller than the first size, and stacked on the first partial layer, and a third partial layer including a second antenna pattern, the third partial layer having a third size smaller than the second size, and stacked on the second partial layer, and wherein the third partial layer overlaps in the first direction at least a portion of the flat portion, and at least a portion of the second partial layer overlaps in the first direction at least a portion of the curved portion. a housing ; a plate attached to the housing to form an inner space together with the housing and including a flat portion facing in a first direction and a curved portion extended from an edge of the flat portion and forming an obtuse angle with the first direction; and an antenna module positioned in the inner space, wherein the antenna module includes: a first partial layer having a first size, a second partial layer including a first antenna pattern, the second partial layer having a second size smaller than the first size, and stacked on the first partial layer, and a third partial layer including a second antenna pattern, the third partial layer having a third size smaller than the second size, and stacked on the second partial layer, and wherein the third partial layer overlaps in the first direction at least a portion of the flat portion, and at least a portion of the second partial layer overlaps in the first direction at least a portion of the curved portion. a first partial layer having a first size, a second partial layer including a first antenna pattern, the second partial layer having a second size smaller than the first size, and stacked on the first partial layer, and a third partial layer including a second antenna pattern, the third partial layer having a third size smaller than the second size, and stacked on the second partial layer, and wherein the third partial layer overlaps in the first direction at least a portion of the flat portion, and at least a portion of the second partial layer overlaps in the first direction at least a portion of the curved portion.
An optical transmission system comprising: an optical fiber transmission line including a span from a repeater to a next stage repeater , the span consisting of an optical fiber , the optical fiber comprising: a core extending along a predetermined axis; and a cladding provided on an outer periphery of the core, each of the core and the cladding being configured to satisfy the following formula: 0.44 α 1550 _ dB < Aeff 1450 ⋅ α 1450 < 22 α 1550 _ dB ⋅ 100 − 12 where Aeff 1450 [μm 2 ] is an effective area at a wavelength of 1450 nm; α 1450 [/km] is a transmission loss at a wavelength of 1450 nm; and α 1550 dB [dB/km] is a transmission loss at a wavelength of 1550 nm; an Er-doped optical fiber amplifier which is configured to amplify signal light transmitted through the optical fiber transmission line; and a Raman amplifier (22;40) which is configured to Raman-amplify the signal light transmitted through the optical fiber transmission line, characterized in that : the following formula is satisfied: 0.11 Aeff P ⋅ α P ⋅ P Pump < α SdB ⋅ L − 0.11 Aeff P ⋅ α P ⋅ P Pump < 0.19 L − 0.028 P Pump − 1 where Aeff P [μm 2 ] is an effective area of the optical fiber at a wavelength of pumping light for Raman amplification; α P [/km] is a transmission loss of the optical fiber transmission line at the wavelength of the pumping light for Raman amplification; α SdB [dB/km] is a transmission loss of the optical fiber transmission line at a signal light wavelength; L is a span length [km] of the optical fiber transmission line; and P Pump [mW] is a pumping light power. an optical fiber transmission line including a span from a repeater to a next stage repeater , the span consisting of an optical fiber , the optical fiber comprising: a core extending along a predetermined axis; and a cladding provided on an outer periphery of the core, each of the core and the cladding being configured to satisfy the following formula: 0.44 α 1550 _ dB < Aeff 1450 ⋅ α 1450 < 22 α 1550 _ dB ⋅ 100 − 12 where Aeff 1450 [μm 2 ] is an effective area at a wavelength of 1450 nm; α 1450 [/km] is a transmission loss at a wavelength of 1450 nm; and α 1550 dB [dB/km] is a transmission loss at a wavelength of 1550 nm; an Er-doped optical fiber amplifier which is configured to amplify signal light transmitted through the optical fiber transmission line; and a Raman amplifier (22;40) which is configured to Raman-amplify the signal light transmitted through the optical fiber transmission line, characterized in that : the following formula is satisfied: 0.11 Aeff P ⋅ α P ⋅ P Pump < α SdB ⋅ L − 0.11 Aeff P ⋅ α P ⋅ P Pump < 0.19 L − 0.028 P Pump − 1 where Aeff P [μm 2 ] is an effective area of the optical fiber at a wavelength of pumping light for Raman amplification; α P [/km] is a transmission loss of the optical fiber transmission line at the wavelength of the pumping light for Raman amplification; α SdB [dB/km] is a transmission loss of the optical fiber transmission line at a signal light wavelength; L is a span length [km] of the optical fiber transmission line; and P Pump [mW] is a pumping light power.
A Bluetooth low energy-based communication method, wherein the method is applied to an electronic device that supports Bluetooth low energy, and the method comprises: receiving (S101), by the electronic device, a user operation; and sending (S102), by the electronic device, a help seeking advertising packet on a Bluetooth low energy advertising channel in response to the user operation, wherein the help seeking advertising packet comprises a significant data part and a non-significant data part, the significant data part comprises at least one advertising data unit, the advertising data unit comprises a length part and a data part, the length part is used to indicate a length of the data part, and the data part comprises an advertising data field and an advertising data type field, wherein the significant data part comprises a plurality of advertising data units, and a second advertising data unit in the advertising data units uses the advertising data field to carry location information of the electronic device; and a first advertising data unit in the advertising data units uses the advertising data field to carry emergency help seeking information. receiving (S101), by the electronic device, a user operation; and sending (S102), by the electronic device, a help seeking advertising packet on a Bluetooth low energy advertising channel in response to the user operation, wherein the help seeking advertising packet comprises a significant data part and a non-significant data part, the significant data part comprises at least one advertising data unit, the advertising data unit comprises a length part and a data part, the length part is used to indicate a length of the data part, and the data part comprises an advertising data field and an advertising data type field, wherein the significant data part comprises a plurality of advertising data units, and a second advertising data unit in the advertising data units uses the advertising data field to carry location information of the electronic device; and a first advertising data unit in the advertising data units uses the advertising data field to carry emergency help seeking information.
A precursor composition for a curable adhesive, said precursor comprising: a) a part (A) comprising: i. a first epoxy curing agent comprising at least one polyether amine and having an amine equivalent weight of at least 45 grams per mole of amine equivalents; ii. a second epoxy curing agent distinct from the first epoxy curing agent or a secondary curative; iii. from 1.5 to 13 wt.-% of a metal nitrate catalyst, based on the total weight of the part (A); iv. optionally, a metal triflate catalyst; and b) a part (B) comprising: i. at least one multifunctional first epoxy resin having at least three functional groups; ii. at least one second epoxy resin distinct from the first epoxy resin; iii. a core-shell polymer toughening agent; iv. a filler material; and v. optionally, an epoxy-based reactive diluent; wherein the composition does not comprise norbornane diamine. a) a part (A) comprising: i. a first epoxy curing agent comprising at least one polyether amine and having an amine equivalent weight of at least 45 grams per mole of amine equivalents; ii. a second epoxy curing agent distinct from the first epoxy curing agent or a secondary curative; iii. from 1.5 to 13 wt.-% of a metal nitrate catalyst, based on the total weight of the part (A); iv. optionally, a metal triflate catalyst; and i. a first epoxy curing agent comprising at least one polyether amine and having an amine equivalent weight of at least 45 grams per mole of amine equivalents; ii. a second epoxy curing agent distinct from the first epoxy curing agent or a secondary curative; iii. from 1.5 to 13 wt.-% of a metal nitrate catalyst, based on the total weight of the part (A); iv. optionally, a metal triflate catalyst; and b) a part (B) comprising: i. at least one multifunctional first epoxy resin having at least three functional groups; ii. at least one second epoxy resin distinct from the first epoxy resin; iii. a core-shell polymer toughening agent; iv. a filler material; and v. optionally, an epoxy-based reactive diluent; wherein the composition does not comprise norbornane diamine. i. at least one multifunctional first epoxy resin having at least three functional groups; ii. at least one second epoxy resin distinct from the first epoxy resin; iii. a core-shell polymer toughening agent; iv. a filler material; and v. optionally, an epoxy-based reactive diluent; wherein the composition does not comprise norbornane diamine.
A lower attachment system for a trimmable horizontal stabiliser actuator comprising: a ballnut for being disposed on a screwshaft of the actuator and forming a part of a primary load path of the lower attachment system; a trunnion connected to the ballnut and forming a part of the primary load path of the lower attachment system; a failsafe plate disposed about the trunnion and forming a part of a secondary load path; a secondary connection connected to the failsafe plate and forming a part of the secondary load path; and a sheet plate attached to a first mounting point on the secondary connection and a second mounting point on the ballnut; characterised by an adjustment mechanism provided with the sheet plate for adjusting the size or position of the sheet plate to adapt it to fit a distance between the first and second mounting points. a ballnut for being disposed on a screwshaft of the actuator and forming a part of a primary load path of the lower attachment system; a trunnion connected to the ballnut and forming a part of the primary load path of the lower attachment system; a failsafe plate disposed about the trunnion and forming a part of a secondary load path; a secondary connection connected to the failsafe plate and forming a part of the secondary load path; and a sheet plate attached to a first mounting point on the secondary connection and a second mounting point on the ballnut; characterised by an adjustment mechanism provided with the sheet plate for adjusting the size or position of the sheet plate to adapt it to fit a distance between the first and second mounting points.
A method for treating through oxidation waste containing an organic material and nitrates in a reaction medium comprising water in the supercritical state at a pressure higher than 221 bar and a temperature higher than 374°C in a reactor comprising a body delimiting a reaction zone , an inlet for the material to be treated in the reaction zone , an introduction point for an oxidant in the reaction zone , at least one outlet for the material treated outside the reaction zone , the material to be treated travelling a defined path in the reaction zone between its inlet and its outlet, the introduction point for the oxidant into the reaction zone being located downstream of the inlet of the material and is spaced apart from the same by some distance so as to define an anoxia zone between the inlet of the material to be treated and the introduction point for the oxidant, in which zone the fluid medium is in anoxia, the reactor comprising an inner tube connected to the body at a first end, the internal volume of the inner tube delimiting a central zone , the inner tube delimiting an annular zone with the body , a communication passage between the central zone of the tube and the annular zone being provided at a second end of the inner tube, the inlet of the material to be treated opening into the central zone of the inner tube, on its first end side, the introduction point for the oxidant being located in the vicinity of the second end of the inner tube, the oxidation zone being located downstream of the anoxia zone in the annular zone , the treating method comprising the following steps of: - introducing a material to be treated into the reaction zone through the inlet of the material; - introducing an oxidant into the reaction zone through the introduction point , oxidising the organic material by the nitrates which are reduced by being converted into nitrogen under supercritical hydrothermal oxidation conditions in the anoxia zone , the oxidation of the waste being completed in the oxidation zone downstream of the anoxia zone and of the oxidant inlet . - introducing a material to be treated into the reaction zone through the inlet of the material; - introducing an oxidant into the reaction zone through the introduction point , oxidising the organic material by the nitrates which are reduced by being converted into nitrogen under supercritical hydrothermal oxidation conditions in the anoxia zone , the oxidation of the waste being completed in the oxidation zone downstream of the anoxia zone and of the oxidant inlet .
A lifting unit for a working vehicle , comprising: a body connectable to the working vehicle at a loading area thereof, two lifting means connected to the body , the two lifting means being electrically driven and movable in lateral in relation to the body of the lifting unit , and a drive unit connected to the two lifting means , wherein the two lifting means are movable along the entire width of body , simultaneously as well as in relation to each other, characterized in that the drive unit comprises an electric motor , a driving gear , and a gear wheel , the gear wheel being in engagement with a gear rack . a body connectable to the working vehicle at a loading area thereof, two lifting means connected to the body , the two lifting means being electrically driven and movable in lateral in relation to the body of the lifting unit , and a drive unit connected to the two lifting means , wherein the two lifting means are movable along the entire width of body , simultaneously as well as in relation to each other, characterized in that the drive unit comprises an electric motor , a driving gear , and a gear wheel , the gear wheel being in engagement with a gear rack .
A rail clamp connector , for connecting a rail clamp (20; 20a) to a beam , the rail clamp connector comprising: a first part connectable to the beam ; characterised in that the rail clamp connector further comprises: a second part connectable to the rail clamp (20; 20a), the second part being pivotally connected to the first part by virtue of a pivotal connection such that the first part is adjustable to compensate for leaning of a rail (40; 40a) to which the rail clamp is connectable when in use; and a vibration damping device to reduce the transmittal of vibration from the second part to the first part . a first part connectable to the beam ; characterised in that the rail clamp connector further comprises: a second part connectable to the rail clamp (20; 20a), the second part being pivotally connected to the first part by virtue of a pivotal connection such that the first part is adjustable to compensate for leaning of a rail (40; 40a) to which the rail clamp is connectable when in use; and a vibration damping device to reduce the transmittal of vibration from the second part to the first part . a second part connectable to the rail clamp (20; 20a), the second part being pivotally connected to the first part by virtue of a pivotal connection such that the first part is adjustable to compensate for leaning of a rail (40; 40a) to which the rail clamp is connectable when in use; and a vibration damping device to reduce the transmittal of vibration from the second part to the first part .
A user token device comprising: a memory configured to store information relating to at least one medicament pertaining to a user, wherein the information includes identification of one or more permitted cartridge type; a transmitter configured to transmit to an injection pen information identifying a permitted cartridge type to prevent use of a cartridge other than a cartridge of the permitted cartridge type in the injection pen; a receiver configured to receive from the injection pen , following receipt by the injection pen of the information identifying the permitted cartridge type, information relating to a detected cartridge type that is included in the injection pen ; a determiner configured to determine whether the information received from the injection pen relating to the cartridge type is in accordance with the stored information relating to the at least one medicament pertaining to the user; and an indicator configured to indicate whether the injection pen may be used based on whether the cartridge type detected is a permitted cartridge type in accordance with the stored information relating to the at least one medicament pertaining to the user. a memory configured to store information relating to at least one medicament pertaining to a user, wherein the information includes identification of one or more permitted cartridge type; a transmitter configured to transmit to an injection pen information identifying a permitted cartridge type to prevent use of a cartridge other than a cartridge of the permitted cartridge type in the injection pen; a receiver configured to receive from the injection pen , following receipt by the injection pen of the information identifying the permitted cartridge type, information relating to a detected cartridge type that is included in the injection pen ; a determiner configured to determine whether the information received from the injection pen relating to the cartridge type is in accordance with the stored information relating to the at least one medicament pertaining to the user; and an indicator configured to indicate whether the injection pen may be used based on whether the cartridge type detected is a permitted cartridge type in accordance with the stored information relating to the at least one medicament pertaining to the user.