mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a porous mineral building material based on calcium silicate hydrate, comprising the steps of: (i) providing an aqueous mixture which comprises water, SiO 2, calcium hydroxide, cement and a hardening accelerator, (ii) introducing at least one foaming agent into the aqueous mixture from step (i), (iii) foaming the mixture from step (ii) with the supply of a gas, in particular air, in an oscillation mixer in order to obtain a foamed mixture, (iv) transferring the foamed mixture from step (iii) to a further mixer, preferably a horizontal mixer, and mixing at low speed, preferably in the range of 20-200 rpm, in order to obtain a raw mixture, (v) leaving the raw mixture from step (iv) in a mould for at least 5 hours, preferably for at least 10 hours, and particularly preferably for at least 15 hours, in order to obtain a raw material, (vi) steam-hardening the raw material obtained in step (v) in an autoclave, if necessary after cutting said raw material into parts; and (vii) drying the steam-hardened raw material. (i) providing an aqueous mixture which comprises water, SiO 2, calcium hydroxide, cement and a hardening accelerator, (ii) introducing at least one foaming agent into the aqueous mixture from step (i), (iii) foaming the mixture from step (ii) with the supply of a gas, in particular air, in an oscillation mixer in order to obtain a foamed mixture, (iv) transferring the foamed mixture from step (iii) to a further mixer, preferably a horizontal mixer, and mixing at low speed, preferably in the range of 20-200 rpm, in order to obtain a raw mixture, (v) leaving the raw mixture from step (iv) in a mould for at least 5 hours, preferably for at least 10 hours, and particularly preferably for at least 15 hours, in order to obtain a raw material, (vi) steam-hardening the raw material obtained in step (v) in an autoclave, if necessary after cutting said raw material into parts; and (vii) drying the steam-hardened raw material.
A process for producing a green tea extract comprising: step 1 in which a liquid distillate obtained by fractionation from green tea leaves by vacuum steam distillation is removed, step 2 in which the green tea leaves from which the liquid distillate has been removed in step 1 are fractionated by atmospheric-pressure steam distillation to obtain a liquid distillate, step 3 in which the green tea leaf residue after steam distillation in step 2 is subjected to water extraction to obtain a liquid extract, step 4 in which the liquid distillate of step 2 and the liquid extract of step 3 are mixed to prepare a green tea extract, and step 5 in which the green tea extract of step 4 is subjected to thermal treatment at a temperature of no higher than 100°C, wherein the conditions for the vacuum steam distillation in step 1 are pressure reduction at a gauge pressure of -90 to -30 kN/m 2 [kPaG], steam distillation at a space velocity of 50 to 450 h-1, and a distillate volume of 5 to 100% (weight ratio) with respect to the tea leaf starting material.. step 1 in which a liquid distillate obtained by fractionation from green tea leaves by vacuum steam distillation is removed, step 2 in which the green tea leaves from which the liquid distillate has been removed in step 1 are fractionated by atmospheric-pressure steam distillation to obtain a liquid distillate, step 3 in which the green tea leaf residue after steam distillation in step 2 is subjected to water extraction to obtain a liquid extract, step 4 in which the liquid distillate of step 2 and the liquid extract of step 3 are mixed to prepare a green tea extract, and step 5 in which the green tea extract of step 4 is subjected to thermal treatment at a temperature of no higher than 100°C,
Method for testing an autonomous system of which a virtual image exists, the virtual image comprising at least one virtual image of a robot (DT, DT(AC')) comprising the following steps: a) Acquiring of component data providing information in relation to a movement of the at least one virtual image of the robot (DT, DT(AC')); b) Creating, in the virtual image, at least one virtual object (DT) that can move within the virtual image; characterized in that c) Generating, in the virtual image, a corpus around the at least one virtual object (DT) or/and the virtual image of the at least one robot(DT,DT(AC')), the corpus defining a volume that cannot be entered by the virtual image of the at least one robot (DT, DT(AC')) or the virtual object(DT); d) Representing, in the virtual image, a movement of the at least one virtual object (DT) or/and the virtual image of the at least one robot (DT, DT(AC'), the movement being restricted in that the volume of any corpus cannot be entered; e) Acquiring reaction data in relation to the movement of the at least one virtual object (DT) or/and the virtual image of the at least one robot (DT, DT(AC')) indicating for which paths taken by the virtual object (DT) a collision is prone to happen; f) Evaluating a feasible course of movement of the at least one virtual object (DT) or/and the virtual image of the at least one robot (DT, DT(AC')) considering the reaction data. a) Acquiring of component data providing information in relation to a movement of the at least one virtual image of the robot (DT, DT(AC')); b) Creating, in the virtual image, at least one virtual object (DT) that can move within the virtual image; characterized in that c) Generating, in the virtual image, a corpus around the at least one virtual object (DT) or/and the virtual image of the at least one robot(DT,DT(AC')), the corpus defining a volume that cannot be entered by the virtual image of the at least one robot (DT, DT(AC')) or the virtual object(DT); d) Representing, in the virtual image, a movement of the at least one virtual object (DT) or/and the virtual image of the at least one robot (DT, DT(AC'), the movement being restricted in that the volume of any corpus cannot be entered; e) Acquiring reaction data in relation to the movement of the at least one virtual object (DT) or/and the virtual image of the at least one robot (DT, DT(AC')) indicating for which paths taken by the virtual object (DT) a collision is prone to happen; f) Evaluating a feasible course of movement of the at least one virtual object (DT) or/and the virtual image of the at least one robot (DT, DT(AC')) considering the reaction data.
An oral care composition for use in repairing or inhibiting or protection against or prevention of dental erosion, promoting dental remineralization, and/or enhancing the anti-cavity effects of fluoride comprising applying to teeth: a. an Anti Freeze Protein; b. an orally acceptable carrier, wherein AFP is present in the composition in an amount of from 0.01 weight % to 3 weight % by total weight of the composition. a. an Anti Freeze Protein; b. an orally acceptable carrier,
A method for controlling mobility of a terminal in a 3rd Generation Partnership Project, 3GPP, system, comprising: obtaining, by a terminal, a first threshold configured by a network side; after receiving configuration of a Signal Radio Bearer, SRB, 1, entering, by the terminal, a Radio Resource Control, RRC, connected state; and in response to that the terminal in the RRC connected state does not receive configuration of a Data Radio Bearer, DRB, and/or configuration of an SRB2, determining, by the terminal, whether to release an RRC connection and return to an idle state based on a measurement result of a serving cell and the first threshold, wherein determining, by the terminal, whether to release the RRC connection and return to the idle state based on the measurement result of the serving cell and the first threshold comprises: in response to that the measurement result of the serving cell is less than the first threshold, releasing, by the terminal, the RRC connection and returning to the idle state. obtaining, by a terminal, a first threshold configured by a network side; after receiving configuration of a Signal Radio Bearer, SRB, 1, entering, by the terminal, a Radio Resource Control, RRC, connected state; and in response to that the terminal in the RRC connected state does not receive configuration of a Data Radio Bearer, DRB, and/or configuration of an SRB2, determining, by the terminal, whether to release an RRC connection and return to an idle state based on a measurement result of a serving cell and the first threshold, wherein determining, by the terminal, whether to release the RRC connection and return to the idle state based on the measurement result of the serving cell and the first threshold comprises: in response to that the measurement result of the serving cell is less than the first threshold, releasing, by the terminal, the RRC connection and returning to the idle state.
An electric field sensor which measures an electric field generated by a target utilizing an electro-optic effect, the electric field sensor comprising: a light source; an electro-optic crystal on which light in a predetermined polarization state emitted from the light source is incident and which is subjected to the electric field generated by the target; a reference electric field applicator (11, 15, 16) configured to apply, while the electro-optic crystal receives the electric field generated by the target, an electric field based on a reference signal with a known signal level to the electro-optic crystal; a light receiver configured to receive light emitted from the electro-optic crystal and to convert the received light into an electric signal; and a separation corrector configured to separate the electric signal into a measurement signal based on the electric field generated by the target and the reference signal and to correct a signal level of the measurement signal on the basis of the signal level of the separated reference signal. a light source; an electro-optic crystal on which light in a predetermined polarization state emitted from the light source is incident and which is subjected to the electric field generated by the target; a reference electric field applicator (11, 15, 16) configured to apply, while the electro-optic crystal receives the electric field generated by the target, an electric field based on a reference signal with a known signal level to the electro-optic crystal; a light receiver configured to receive light emitted from the electro-optic crystal and to convert the received light into an electric signal; and a separation corrector configured to separate the electric signal into a measurement signal based on the electric field generated by the target and the reference signal and to correct a signal level of the measurement signal on the basis of the signal level of the separated reference signal.
A gear unit housing for a planetary gear unit with a hollow-cylindrical housing body which has first internal gearing, and with a bearing flange which at least in portions engages coaxially in the housing body, so that a region of overlap is formed, wherein the housing body and the bearing flange are connected together by a material-formed bond in the region of overlap by laser transmission welding, characterised in that the bearing flange has second internal gearing in the region of overlap.
A method for starting a music application, comprising: when a non-music application is started, performing a search in an audio association information list according to identifier information of the started non-music application, the audio association information list refers to a list of a correspondence between an application and an audio file; characterized in that when the audio association information list comprises an audio file corresponding to the started non-music application, starting a music application in the background to play the audio file corresponding to the started non-music application; when the music application is started in the background, execution of the non-music application being started is displayed in the foreground; receiving an audio association editing request sent by a user using a preset key; displaying the audio association information list; receiving edited audio association information entered by the user and replacing the audio association information with the edited audio association information. when a non-music application is started, performing a search in an audio association information list according to identifier information of the started non-music application, the audio association information list refers to a list of a correspondence between an application and an audio file; characterized in that when the audio association information list comprises an audio file corresponding to the started non-music application, starting a music application in the background to play the audio file corresponding to the started non-music application; when the music application is started in the background, execution of the non-music application being started is displayed in the foreground; receiving an audio association editing request sent by a user using a preset key; displaying the audio association information list; receiving edited audio association information entered by the user and replacing the audio association information with the edited audio association information.
A method of operating a network node having a first communications interface connectable to a first communications network and a second communications interface connectable to a second communications network, the method comprising the steps of: the network node accessing a service using the first communications network; analysing data relating to the first communications network to identify a plurality of fault-indicative events; determining a first rate of the plurality of fault-indicative events over a first unit of time; the network node accessing the service using the second communications network if the first rate satisfies a first trigger threshold, characterised by: determining a second rate of the plurality of fault-indicative events over a second unit of time, wherein the first trigger threshold is varied as a function of the second rate. the network node accessing a service using the first communications network; analysing data relating to the first communications network to identify a plurality of fault-indicative events; determining a first rate of the plurality of fault-indicative events over a first unit of time; the network node accessing the service using the second communications network if the first rate satisfies a first trigger threshold, characterised by: determining a second rate of the plurality of fault-indicative events over a second unit of time, wherein the first trigger threshold is varied as a function of the second rate. determining a second rate of the plurality of fault-indicative events over a second unit of time, wherein the first trigger threshold is varied as a function of the second rate.
A heat exchanger plate (44A, 44B; 44B') for providing heat transfer between a first flow along a first flowpath and a second flow along a second flowpath, the heat exchanger plate (44A, 44B; 44B') comprising a substrate having: a first face and a second face opposite the first face; a leading edge along the second flowpath and a trailing edge along the second flowpath; a proximal portion having a plurality of inlet ports (46A-46C) along the first flowpath and a plurality of outlet ports (48A-48C) along the first flowpath; and a plurality of passageways (960A-960C; 960A'-960C') along the first flowpath, each passageway (960A-960C; 960A'-960C') extending between a respective associated said inlet port (46A-46C) of the plate (44A, 44B; 44B') and a respective associated said outlet port (48A-48C) of the plate (44A, 44B; 44B'), characterized in that: the inlet ports (46A-46C) are closer to the first face than are the outlet ports (48A-48C); and the outlet ports (48A-48C) are closer to the second face than are the inlet ports (46A-46C). a first face and a second face opposite the first face; a leading edge along the second flowpath and a trailing edge along the second flowpath; a proximal portion having a plurality of inlet ports (46A-46C) along the first flowpath and a plurality of outlet ports (48A-48C) along the first flowpath; and a plurality of passageways (960A-960C; 960A'-960C') along the first flowpath, each passageway (960A-960C; 960A'-960C') extending between a respective associated said inlet port (46A-46C) of the plate (44A, 44B; 44B') and a respective associated said outlet port (48A-48C) of the plate (44A, 44B; 44B'), the inlet ports (46A-46C) are closer to the first face than are the outlet ports (48A-48C); and the outlet ports (48A-48C) are closer to the second face than are the inlet ports (46A-46C).
The compound of Formula I wherein: R 1 is H, or OH; R 2 is O(CH 2) r NH 2, O(CH 2),NHC (CH 2) m CO 2 H, or Z- p -G; wherein: Z is selected from the group consisting of: -N(R 4)-, -O-, -S-, -heteroalkyl-; R 4 is H, an alkyl group, cycloalkyl group, aralkyl group, or substituted or unsubstituted aryl group; Y is an organic spacer group; G is a carboxylic acid group, acyl halide, active ester, isocyanate, isothiocyanate, alkyl halide, amino group, thiol group, maleimide group, acrylate group or vinyl sulfone group; p is 0, or 1; r is 1, 2, 3, 4, or 5; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5. R 1 is H, or OH; R 2 is O(CH 2) r NH 2, O(CH 2),NHC (CH 2) m CO 2 H, or Z- p -G; wherein: Z is selected from the group consisting of: -N(R 4)-, -O-, -S-, -heteroalkyl-; R 4 is H, an alkyl group, cycloalkyl group, aralkyl group, or substituted or unsubstituted aryl group; Y is an organic spacer group; G is a carboxylic acid group, acyl halide, active ester, isocyanate, isothiocyanate, alkyl halide, amino group, thiol group, maleimide group, acrylate group or vinyl sulfone group; p is 0, or 1; r is 1, 2, 3, 4, or 5; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5. -N(R 4)-, -O-, -S-, -heteroalkyl-; R 4 is H, an alkyl group, cycloalkyl group, aralkyl group, or substituted or unsubstituted aryl group; Y is an organic spacer group; G is a carboxylic acid group, acyl halide, active ester, isocyanate, isothiocyanate, alkyl halide, amino group, thiol group, maleimide group, acrylate group or vinyl sulfone group; p is 0, or 1; r is 1, 2, 3, 4, or 5; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5.
A display panel, comprising: a base substrate; a peripheral circuit located on the base substrate, the peripheral circuit comprising a first circuit, a second circuit and a third circuit, and the first circuit, the second circuit and the third circuit respectively comprising a first electrode pattern, a second electrode pattern and a third electrode pattern; and a protection structure, located in at least one circuit of the first circuit, the second circuit and the third circuit and configured for preventing an electrode pattern located in the at least one circuit from being disconnected, wherein the protection structure comprises a first protection structure located in the first circuit, the first protection structure comprises a gate electrode, a dielectric layer and the first electrode pattern sequentially provided on the base substrate; the dielectric layer comprises at least one first via hole, at least a portion of the first electrode pattern is in contact with and overlays an edge of the at least one first via hole; the first electrode pattern is in contact with the gate electrode through the at least one first via hole; characterized in that the first electrode pattern comprises a second via hole located at a bottom of the first via hole, and the gate electrode is exposed at the second via hole. a base substrate; a peripheral circuit located on the base substrate, the peripheral circuit comprising a first circuit, a second circuit and a third circuit, and the first circuit, the second circuit and the third circuit respectively comprising a first electrode pattern, a second electrode pattern and a third electrode pattern; and a protection structure, located in at least one circuit of the first circuit, the second circuit and the third circuit and configured for preventing an electrode pattern located in the at least one circuit from being disconnected, wherein the protection structure comprises a first protection structure located in the first circuit, the first protection structure comprises a gate electrode, a dielectric layer and the first electrode pattern sequentially provided on the base substrate; the dielectric layer comprises at least one first via hole, at least a portion of the first electrode pattern is in contact with and overlays an edge of the at least one first via hole; the first electrode pattern is in contact with the gate electrode through the at least one first via hole; characterized in that the first electrode pattern comprises a second via hole located at a bottom of the first via hole, and the gate electrode is exposed at the second via hole.
A load carrier for a vehicle, such as a bike carrier, adapted to be mounted to a vehicle for transporting a load, said load carrier comprising a first and a second load receiving section (10, 11), said first and a second load receiving sections (10, 11) comprising at least a first and a second pivot arm (30, 31, 32, 33) adapted to at least partly carry said load, said first and said second pivot arms (30, 31, 32, 33) being pivotally connected to a center piece at a first and a second connection portion (42, 43) and pivotable about a first and a second pivot axis (P1, P2), said center piece comprises a bridging portion between said first and said second connection portions (42, 43), characterized in that said first and said second pivot arms (30, 31, 32, 33) comprises a framework structure formed by a load facing wall (45, 65) and a lower wall (46, 66), said load facing wall (45, 65) and said lower wall (46, 66) defining a void (V0; PV0) there between, at least one supportive wall extending between said load facing wall (45, 65) and said lower wall (46, 66), said at least one supportive wall partitioning said void (V0, PV0) to at least a first and a second sub-void (V1-V2, PV1-PVn), said first and said second pivot arms (30, 31, 32, 33) are formed by extrusion and extruded in a first direction, wherein said first and said second pivot arms (30, 31, 32, 33) are positioned so that said first direction is parallel with said first and said second pivot axis (P1, P2).
A self-propelled agricultural harvester comprising a driver's cab accessible by way of a climbing means, wherein the climbing means has a plurality of steps arranged staircase-like relative to each other, characterised in that integrated into the climbing means is a plurality of lighting elements (4, 5, 6) which serve to light the climbing means and which are respectively associated with one or more steps in order to light same and which are arranged distributed over the climbing means to light different steps, wherein the steps are at least partially translucent.
A 240 degree rotatable deck, comprising: a rotatable deck; a scissor-frame lift assembly; a structural frame; a rotatable sub-frame; a fixed sub-frame; and a slew gear having a fixed ring and a rotatable ring; said scissor-frame lift assembly connecting said rotatable sub-frame to said rotatable deck enabling pivotal movement of said rotatable deck; said fixed sub-frame attached to and supported by said structural frame; said fixed ring attached to said fixed sub-frame; said rotatable ring attached to said rotatable sub-frame; and a hydraulic motor, and a pinion gear connected with the hydraulic motor, the pinion gear being connected to the rotatable ring for communicating motion from the hydraulic motor to the rotatable ring and to the rotatable deck to rotate said deck 240 degrees; and wherein a fitting with a controlled rate orifice is connected to the hydraulic motor to control the pinion gear rotation rate. a rotatable deck; a scissor-frame lift assembly; a structural frame; a rotatable sub-frame; a fixed sub-frame; and a slew gear having a fixed ring and a rotatable ring;