mhurhangee/ep-ind-claims huggingface dataset:
Method for applying a spray liquid to an agricultural area by means of an agricultural sprayer, comprising the steps of: - providing a spray liquid to be applied at one or more application elements of the agricultural sprayer; - automatically controlling the delivery pressure (p) of the spray liquid at the one or more application elements during the application process by means of the agricultural sprayer; and - automatic controlling the opening and closing times of the one or more application elements by pulse width modulation by means of the agricultural sprayer, wherein the automatic control of the supply pressure of the spray liquid and the automatic control of the opening and closing times of the one or more application elements are carried out simultaneously and/or in coordination with one another by means of pulse width modulation. - providing a spray liquid to be applied at one or more application elements of the agricultural sprayer; - automatically controlling the delivery pressure (p) of the spray liquid at the one or more application elements during the application process by means of the agricultural sprayer; and - automatic controlling the opening and closing times of the one or more application elements by pulse width modulation by means of the agricultural sprayer, wherein the automatic control of the supply pressure of the spray liquid and the automatic control of the opening and closing times of the one or more application elements are carried out simultaneously and/or in coordination with one another by means of pulse width modulation.
Natural gas liquefaction process in combination with a synthesis gas production process, the liquefaction process comprising the following stages: - stage a): pretreatment of a feed natural gas in order to remove the impurities liable to freeze during the liquefaction process by means of a pretreatment system using a regeneration stream; - stage b): extraction, from the gas stream resulting from stage a), of a stream enriched in hydrocarbons having more than two carbon atoms and of a stream depleted in hydrocarbons having more than two carbon atoms; - stage c): liquefaction of the gas stream depleted in hydrocarbons having more than two carbon atoms resulting from stage b); the synthesis gas production process comprising the following stages: - stage a'): desulfurization at a temperature of greater than 350°C of a natural gas feed stream; - stage b'): optional prereforming, at a temperature of greater than 500°C, in order to convert the hydrocarbon chains containing at least two carbon atoms of the gas stream resulting from stage a') into methane; - stage c'): reforming consisting in reacting, at a temperature of greater than 800°C, the gas stream resulting from stage a') or b') with steam in order to produce hydrogen, carbon dioxide and carbon monoxide; characterized in that at least a portion of the heat source required for the synthesis gas production process is produced by at least a portion of the regeneration stream used during stage a), the heat energy of the regeneration stream used during stage a) representing from 5% to 35%, preferably from 10% to 20%, of the amount of fuel of the heat source required for the synthesis gas production process. - stage a): pretreatment of a feed natural gas in order to remove the impurities liable to freeze during the liquefaction process by means of a pretreatment system using a regeneration stream; - stage b): extraction, from the gas stream resulting from stage a), of a stream enriched in hydrocarbons having more than two carbon atoms and of a stream depleted in hydrocarbons having more than two carbon atoms; - stage c): liquefaction of the gas stream depleted in hydrocarbons having more than two carbon atoms resulting from stage b); - stage a'): desulfurization at a temperature of greater than 350°C of a natural gas feed stream; - stage b'): optional prereforming, at a temperature of greater than 500°C, in order to convert the hydrocarbon chains containing at least two carbon atoms of the gas stream resulting from stage a') into methane; - stage c'): reforming consisting in reacting, at a temperature of greater than 800°C, the gas stream resulting from stage a') or b') with steam in order to produce hydrogen, carbon dioxide and carbon monoxide;
A cathode for alkaline water electrolysis comprising: a conductive substrate; and a catalyst layer containing at least platinum formed on a surface of the conductive substrate, wherein the conductive substrate is a mesh of metal wires containing at least one metal including nickel, wherein the mesh is a plain weave mesh knitted with fine wires of nickel having a wire diameter of 0.05 mm or more and 1.0 mm or less with a mesh count of 20 mesh to 60 mesh, wherein the mesh count refers to the number of threads per inch contained in the mesh, and an inch is equal to 25.4mm, each of the metal wires containing at least one metal including nickel has a circular or elliptical shape in a cross section perpendicular to its axial direction, the catalyst layer has a weight per unit area, determined as described in the description, of 6.0 g/m 2 or more and 40.0 g/m 2 or less, and the platinum has a weight per unit area, determined as described in the description, of 5.5 g/m 2 or more and 25.0 g/m 2 or less. a conductive substrate; and a catalyst layer containing at least platinum formed on a surface of the conductive substrate, wherein the conductive substrate is a mesh of metal wires containing at least one metal including nickel, wherein the mesh is a plain weave mesh knitted with fine wires of nickel having a wire diameter of 0.05 mm or more and 1.0 mm or less with a mesh count of 20 mesh to 60 mesh, wherein the mesh count refers to the number of threads per inch contained in the mesh, and an inch is equal to 25.4mm, each of the metal wires containing at least one metal including nickel has a circular or elliptical shape in a cross section perpendicular to its axial direction, the catalyst layer has a weight per unit area, determined as described in the description, of 6.0 g/m 2 or more and 40.0 g/m 2 or less, and the platinum has a weight per unit area, determined as described in the description, of 5.5 g/m 2 or more and 25.0 g/m 2 or less.
A pharmaceutical formulation comprising: (a) 25 mg/mL ± 3.75 mg/mL of a human IgG1 antibody that binds specifically to human delta-like ligand 4; (b) 10 mM ± 1.5 mM phosphate, pH 6 ± 0.5; (c) 0.2% ± 0.03% polysorbate 20; (d) 150 mM ± 22.5 mM sodium chloride; and (e) 10% ± 1.5% sucrose, wherein: (a) the antibody comprises a heavy chain variable domain (HCVD) of SEQ ID NO: 1 and a light chain variable domain (LCVD) of SEQ ID NO: 5; (b) the antibody has a molecular weight of about 150 kDa; and (c) about 82% to about 87% of the antibodies are fucosylated. (a) 25 mg/mL ± 3.75 mg/mL of a human IgG1 antibody that binds specifically to human delta-like ligand 4; (b) 10 mM ± 1.5 mM phosphate, pH 6 ± 0.5; (c) 0.2% ± 0.03% polysorbate 20; (d) 150 mM ± 22.5 mM sodium chloride; and (e) 10% ± 1.5% sucrose, wherein: (a) the antibody comprises a heavy chain variable domain (HCVD) of SEQ ID NO: 1 and a light chain variable domain (LCVD) of SEQ ID NO: 5; (b) the antibody has a molecular weight of about 150 kDa; and (c) about 82% to about 87% of the antibodies are fucosylated. (a) the antibody comprises a heavy chain variable domain (HCVD) of SEQ ID NO: 1 and a light chain variable domain (LCVD) of SEQ ID NO: 5; (b) the antibody has a molecular weight of about 150 kDa; and (c) about 82% to about 87% of the antibodies are fucosylated.
A fusion protein, comprising an integrin αvβ3 ligand sequence, an antiangiogenesis polypeptide sequence, and an Fc sequence of an antibody IgGl or IgG2 or IgG4 or HyFc; and wherein the amino acid sequence of said fusion protein is selected from SEQ ID NO. 15, SEQ ID NO. 17, SEQ ID NO. 19, SEQ ID NO. 21, and SEQ ID NO. 23, and wherein the anti-angiogenesis polypeptide sequence in the fusion proteins defined by amino acid sequences SEQ ID NO. 15, SEQ ID NO. 17, and SEQ ID NO. 19 is linked to the antibody sequence by a flexible amino acid linker.
A method for preparing a solid phase extraction material comprising mixing and adsorbing a dispersion of reduced graphene oxide with a solid phase support to prepare the solid phase extraction material; wherein the solid phase support is glass beads or magnetic beads, the diameter of the glass beads is 100 μm to 300 μm and the diameter of the magnetic beads is 10 nm to 5 μm, wherein the solid phase support is positively charged, wherein the magnetic beads are amino magnetic beads, and wherein the glass beads are silanized glass beads having amino groups on their surface.
An absolute position measurement type encoder, comprising: a light-emitting element; a scale having an absolute pattern based on a pseudorandom code and forming bright and dark patterns by the absolute pattern on the projection light from the light-emitting element; a light-receiving element for receiving the bright and dark patterns; an edge position detection circuit for binarizing a digital signal in accordance with a signal output from the light-receiving element, differentiating the binarized value and obtaining a position, at which an absolute value of the differentiated binarized value is locally maximized, for each of the minimum line width (P ABS) zones of the absolute pattern; a peak position detection circuit for preparing a histogram for the position where the absolute position is locally maximized in the minimum line width zone and for obtaining the peak position from the histogram; a decoding circuit for decoding pseudorandom codes based on the binarized value; a position detection circuit for calculating the absolute position of the scale in regard to the light-receiving element by referencing the decoded pseudorandom code with respect to the design value of the pseudorandom code; and a position data synthesizing circuit for correcting the absolute position of the scale, which has been obtained by the position detection circuit, by the peak position. a light-emitting element; a scale having an absolute pattern based on a pseudorandom code and forming bright and dark patterns by the absolute pattern on the projection light from the light-emitting element; a light-receiving element for receiving the bright and dark patterns; an edge position detection circuit for binarizing a digital signal in accordance with a signal output from the light-receiving element, differentiating the binarized value and obtaining a position, at which an absolute value of the differentiated binarized value is locally maximized, for each of the minimum line width (P ABS) zones of the absolute pattern; a peak position detection circuit for preparing a histogram for the position where the absolute position is locally maximized in the minimum line width zone and for obtaining the peak position from the histogram; a decoding circuit for decoding pseudorandom codes based on the binarized value; a position detection circuit for calculating the absolute position of the scale in regard to the light-receiving element by referencing the decoded pseudorandom code with respect to the design value of the pseudorandom code; and a position data synthesizing circuit for correcting the absolute position of the scale, which has been obtained by the position detection circuit, by the peak position.
Electromagnet-operated conveying device comprising: - a movable conveying element, - at least one permanent magnet (5, 24, 25) arranged on the conveying element for the onward movement of the conveying element, and - a cleaning device (10, 20, 30, 40) for removing particles from a surface of the permanent magnet (5, 24, 25), characterized in that the conveying device is constructed as a planar drive conveying device, which comprises an electromagnetic transport surface for the planar movement of the conveying element, wherein the transport surface has a gap, in which the cleaning device is arranged. - a movable conveying element, - at least one permanent magnet (5, 24, 25) arranged on the conveying element for the onward movement of the conveying element, and - a cleaning device (10, 20, 30, 40) for removing particles from a surface of the permanent magnet (5, 24, 25),
A data storage device, comprising: multiple memory chips (118a, 118b); and a controller that is operably coupled to the multiple memory chips (118a, 118b), the controller having an interface to receive multiple groups of commands from a host, wherein each group of commands is assigned a group number and each command in a specific group includes a same group number to identify the commands as part of the specific group, a command processor to process the group of the commands using the multiple memory chips (118a, 118b), and an interrupt processor to generate and send a single interrupt to the host for each of the groups when each of the groups of commands completes processing, the data storage device characterized in that the command processor is configured to dispatch commands designated for the same storage location in one of the multiple memory chips in order, and that the command processor is configured to re-order and dispatch commands designated for different storage locations out of order. multiple memory chips (118a, 118b); and a controller that is operably coupled to the multiple memory chips (118a, 118b), the controller having an interface to receive multiple groups of commands from a host, wherein each group of commands is assigned a group number and each command in a specific group includes a same group number to identify the commands as part of the specific group, a command processor to process the group of the commands using the multiple memory chips (118a, 118b), and an interrupt processor to generate and send a single interrupt to the host for each of the groups when each of the groups of commands completes processing, the data storage device characterized in that the command processor is configured to dispatch commands designated for the same storage location in one of the multiple memory chips in order, and that the command processor is configured to re-order and dispatch commands designated for different storage locations out of order.
A carrier-effect based optical switch comprising: input and output optical couplers; first and second optical waveguide arms each connecting the input optical coupler to the output optical coupler; a first junction diode proximate to the first optical waveguide arm for providing a first optical phase delay thereto due to at least a carrier-based effect; and a first resistive heater proximate to the second optical waveguide arm for providing a second optical phase delay thereto due to a thermo-optic effect, characterized in that the first optical phase delay comprises a thermo-optic portion due to the thermo-optic effect and a carrier-based portion due to the carrier-based effect, and wherein the first resistive heater is configured to provide the second phase delay so as to at least partially offset the thermo-optic portion of the first optical phase delay, wherein the first resistive heater is electrically connected in series with the first junction diode. input and output optical couplers; first and second optical waveguide arms each connecting the input optical coupler to the output optical coupler; a first junction diode proximate to the first optical waveguide arm for providing a first optical phase delay thereto due to at least a carrier-based effect; and a first resistive heater proximate to the second optical waveguide arm for providing a second optical phase delay thereto due to a thermo-optic effect, characterized in that the first optical phase delay comprises a thermo-optic portion due to the thermo-optic effect and a carrier-based portion due to the carrier-based effect, and wherein the first resistive heater is configured to provide the second phase delay so as to at least partially offset the thermo-optic portion of the first optical phase delay, wherein the first resistive heater is electrically connected in series with the first junction diode.
Mixing system for the introduction of chemical substances in a fluid to be treated, comprising: - a container comprising an external wall, an internal wall, a bottom and a cover, - at least two concentric mixing chambers, a first central chamber defined within said internal wall and a second chamber defined outside said internal wall, said first chamber and second chamber being in communication with each other, - an inlet duct for a fluid to be treated, configured for the introduction of said fluid from the outside into said first chamber, - an outlet duct for said treated fluid, configured for the outflow of said fluid from said second chamber to the outside of said container, said inlet duct, first chamber, second chamber and outlet duct being configured to define a labyrinthine mixing path, - stirring blades positioned inside said first chamber, operated by drive means through a rotation shaft, - at least one injection passage for the introduction of a chemical additive in one or more points of said labyrinthine mixing path, said inlet duct being positioned below said outlet duct with respect to a configuration of use of said mixing system, - said stirring blades comprising at least one first group of blades, - said first group of blades being positioned below said inlet duct with respect to a configuration of use of the mixing system, characterized in that said at least one injection passage comprises: - a first injection pipe directly connected to said inlet duct; - a second injection pipe directly connected to said first chamber; - a third injection pipe directly connected to said second chamber. - a container comprising an external wall, an internal wall, a bottom and a cover, - at least two concentric mixing chambers, a first central chamber defined within said internal wall and a second chamber defined outside said internal wall, said first chamber and second chamber being in communication with each other, - an inlet duct for a fluid to be treated, configured for the introduction of said fluid from the outside into said first chamber, - an outlet duct for said treated fluid, configured for the outflow of said fluid from said second chamber to the outside of said container, said inlet duct, first chamber, second chamber and outlet duct being configured to define a labyrinthine mixing path, - stirring blades positioned inside said first chamber, operated by drive means through a rotation shaft, - at least one injection passage for the introduction of a chemical additive in one or more points of said labyrinthine mixing path, said inlet duct being positioned below said outlet duct with respect to a configuration of use of said mixing system, - said stirring blades comprising at least one first group of blades, - said first group of blades being positioned below said inlet duct with respect to a configuration of use of the mixing system, characterized in that said at least one injection passage comprises: - a first injection pipe directly connected to said inlet duct; - a second injection pipe directly connected to said first chamber; - a third injection pipe directly connected to said second chamber.
A connection mechanism for detachably installing a carrier device to a supporting device, characterized by comprising: a first base fixable on the supporting device; a second base fixable on the carrier device and detachably connected to the first base; a latch movably disposed on the second base, the latch corresponding to the first base; and an operating component disposed on the second base and operably connected to the latch, the operating component selectively driving the latch to move to a locking position so that the second base is locked to the first base, or driving the latch to move to an unlocking position so that the second base is unlocked from the first base, wherein the operating component comprises a first operating part movably disposed on a first portion of the second base and connected to the latch, and the first operating part selectively drives the latch to move to the locking position or drives the latch to move to the unlocking position; and wherein a movement direction of the first operating part is parallel to a movement direction of the latch, characterized in that the first operating part comprises a first operating body having a first long slot, the second base comprises a rod body accommodated in the first long slot so that the first operating part is capable of moving on the second base, and the movement direction of the first operating part and the movement direction of the latch are parallel to an extension direction of the first long slot. a first base fixable on the supporting device; a second base fixable on the carrier device and detachably connected to the first base; a latch movably disposed on the second base, the latch corresponding to the first base; and an operating component disposed on the second base and operably connected to the latch, the operating component selectively driving the latch to move to a locking position so that the second base is locked to the first base, or driving the latch to move to an unlocking position so that the second base is unlocked from the first base, wherein the operating component comprises a first operating part movably disposed on a first portion of the second base and connected to the latch, and the first operating part selectively drives the latch to move to the locking position or drives the latch to move to the unlocking position; and wherein a movement direction of the first operating part is parallel to a movement direction of the latch, characterized in that the first operating part comprises a first operating body having a first long slot, the second base comprises a rod body accommodated in the first long slot so that the first operating part is capable of moving on the second base, and the movement direction of the first operating part and the movement direction of the latch are parallel to an extension direction of the first long slot.
A compound having the structure of Formula I, a stereoisomer thereof, or a pharmaceutically acceptable salt of any of the foregoing; wherein L 1 is a C 0 to C 4 alkyl group optionally substituted with one or more F; R is a PEG having from 40 to 50 ethylene oxide units, wherein the PEG comprises a linker group, L 2, wherein L 2 is a C 1-6 unsubstituted heteroalkylene having one or two nitrogen atoms. a stereoisomer thereof, or a pharmaceutically acceptable salt of any of the foregoing; wherein L 1 is a C 0 to C 4 alkyl group optionally substituted with one or more F; R is a PEG having from 40 to 50 ethylene oxide units, wherein the PEG comprises a linker group, L 2, wherein L 2 is a C 1-6 unsubstituted heteroalkylene having one or two nitrogen atoms.