mhurhangee/ep-ind-claims huggingface dataset:
A film formation apparatus for forming a metal film, comprising at least: an anode which is a porous body that has holes formed therein to pass a solution containing metal ions therethrough; a solid electrolyte membrane disposed between the anode and a substrate serving as a cathode, the solution containing metal ions contacting the anode side of the solid electrolyte membrane and impregnating the electrolyte membrane; and a power supply portion adapted to apply a voltage across the anode and the substrate to deposit metal out of the metal ions contained in the solid electrolyte membrane onto a surface of the substrate, thereby forming a metal film made of the metal, and the anode has a base material and a metal plating film formed over the base material, the base material being insoluble in the solution when the voltage is applied, and the metal plating film being made of the same metal as the metal film to be formed, wherein the film formation apparatus further comprises another anode for plating at a position that is opposite the anode on an opposite side of the substrate with the solution interposed therebetween, the anode for plating being made of the same metal as the metal film to be formed, wherein another power supply portion for plating is connected to the anode for plating and the anode, the power supply portion for plating being adapted to apply a voltage across the anode for plating and the anode to deposit metal of the anode for plating onto a surface of the anode via the solution. an anode which is a porous body that has holes formed therein to pass a solution containing metal ions therethrough; a solid electrolyte membrane disposed between the anode and a substrate serving as a cathode, the solution containing metal ions contacting the anode side of the solid electrolyte membrane and impregnating the electrolyte membrane; and a power supply portion adapted to apply a voltage across the anode and the substrate to deposit metal out of the metal ions contained in the solid electrolyte membrane onto a surface of the substrate, thereby forming a metal film made of the metal, and the anode has a base material and a metal plating film formed over the base material, the base material being insoluble in the solution when the voltage is applied, and the metal plating film being made of the same metal as the metal film to be formed,
-7-(2-Methoxy-3,5-dimethylpyridin-4-yl)-1-(tetrahydrofuran-3-y1)-1H-pyrazolo[4,3-c]quinolin-4 -one represented by formula or a pharmaceutically acceptable salt thereof for use in treating dementia with Lewy bodies.
A waste water pump comprising an impeller and a surrounding pump housing, wherein an impeller side chamber is formed between a circumferential wall of the impeller and a wall of the surrounding pump housing, said impeller side chamber having a first sealing between the impeller and the pump housing towards the intake side of the impeller and a second sealing between the impeller and the pump housing towards the pressure side of the impeller, characterized in that the first sealing is provided with conveying means (28, 30) designed to convey debris from the impeller side chamber to the intake side of the impeller and that the second sealing is provided with conveying means (38, 40) designed to convey debris from the impeller side chamber to the pressure side of the impeller. the first sealing is provided with conveying means (28, 30) designed to convey debris from the impeller side chamber to the intake side of the impeller and that the second sealing is provided with conveying means (38, 40) designed to convey debris from the impeller side chamber to the pressure side of the impeller.
A method of producing a polypeptide in a cell culture comprising steps of: culturing mammalian cells that contain a gene encoding a polypeptide of interest in a cell culture medium comprising between 0.5 and 5 μM copper and between 1.7 and 33 mM glutamate under conditions and for a time sufficient to permit expression of the polypeptide, wherein the fraction of misfolded and/or aggregated polypeptide, relative to the total polypeptide produced, is decreased compared to the fraction of misfolded and/or aggregated polypeptide that would be observed under otherwise identical conditions in an otherwise identical medium that lacks copper and glutamate, wherein the polypeptide is TNFR-Ig.
An apparatus for determining a height of a roof load of a vehicle, the apparatus being operable to: display a captured image of at least a portion of the vehicle and roof load on display means of the apparatus; superimpose a vehicle overlay on the image, the vehicle overlay comprising an image representing a virtual model of the vehicle from a first perspective, wherein at least a first dimension of the vehicle overlay corresponds to a known dimension of the vehicle; and allow a user to manipulate the vehicle overlay to comprise an image that represents the virtual model of the vehicle from a second perspective, thereby to obtain a prescribed correspondence between at least the first dimension of the overlay and the captured image; wherein the apparatus is further operable to calculate a height of the roof load and to provide an output corresponding to the calculated height. display a captured image of at least a portion of the vehicle and roof load on display means of the apparatus; superimpose a vehicle overlay on the image, the vehicle overlay comprising an image representing a virtual model of the vehicle from a first perspective, wherein at least a first dimension of the vehicle overlay corresponds to a known dimension of the vehicle; and allow a user to manipulate the vehicle overlay to comprise an image that represents the virtual model of the vehicle from a second perspective, thereby to obtain a prescribed correspondence between at least the first dimension of the overlay and the captured image; wherein the apparatus is further operable to calculate a height of the roof load and to provide an output corresponding to the calculated height.
A method of fabricating a fabric blank, comprising the steps of: - preparing a first plurality of cotton yarns; - preparing a second plurality of non-cotton yarns; said first plurality of cotton yarns and said second plurality of non-cotton yarns forming warp threads for warp knitting of a fabric blank; - warp knitting said fabric blank; - forming a selvedge of said fabric blank by intermeshing at least part of said first plurality of cotton yarns; wherein a proportion of cotton yarns is at lest 65 % by weight; and characterized by - laying down a cotton panel having two zones, with a pattern repeat length of 2, in particular with the ground guide bars GB1 and GB2 being GB1: 1 - 2/1 - 0 // and GB2: 3 - 1/0 - 2 //; wherein the drawing-in of warp threads has a pattern repeat width of 53, and in particular, GB1: A....AAAAAAAAAAAA.AAAAAAAAAAAAAAAAAAAAAA. AAAAAAAAAAAA GB2: C...BBBBBDCCCCCBBCCCCCDBBBBBBBBBDCCCCCBBCC CCCDBBBB.. wherein "." means void, i.e. no thread; and A, B, C, or D means a material of type A, type B, type C or type D. - preparing a first plurality of cotton yarns; - preparing a second plurality of non-cotton yarns; said first plurality of cotton yarns and said second plurality of non-cotton yarns forming warp threads for warp knitting of a fabric blank; - warp knitting said fabric blank; - forming a selvedge of said fabric blank by intermeshing at least part of said first plurality of cotton yarns; wherein a proportion of cotton yarns is at lest 65 % by weight; and characterized by - laying down a cotton panel having two zones, with a pattern repeat length of 2, in particular with the ground guide bars GB1 and GB2 being GB1: 1 - 2/1 - 0 // and GB2: 3 - 1/0 - 2 //; wherein the drawing-in of warp threads has a pattern repeat width of 53, and in particular, GB1: A....AAAAAAAAAAAA.AAAAAAAAAAAAAAAAAAAAAA. AAAAAAAAAAAA GB2: C...BBBBBDCCCCCBBCCCCCDBBBBBBBBBDCCCCCBBCC CCCDBBBB.. GB1: 1 - 2/1 - 0 // and GB2: 3 - 1/0 - 2 //; GB1: A....AAAAAAAAAAAA.AAAAAAAAAAAAAAAAAAAAAA. AAAAAAAAAAAA GB2: C...BBBBBDCCCCCBBCCCCCDBBBBBBBBBDCCCCCBBCC CCCDBBBB..
A fusion protein comprising: a DNA-binding domain having an N-terminus and a C-terminus, wherein the DNA-binding domain binds to a nucleotide target site; a Fokl cleavage domain having an N-terminus and a C-terminus, the N-terminus residues of the Fokl cleavage domain are ELEEK; and a linker between the C-terminus of the DNA-binding domain and the N-terminus of the cleavage domain, wherein the linker is LRGSPISRARPLNPHP; LRGSISRARPLNPHP; LRGSPSRARPLNPHP; LRGSSRARPLNPHP; LRGSYAPMPPLALASP; LRGSAPMPPLALASP; LRGSPMPPLALASP; or LRGSMPPLALASP. a DNA-binding domain having an N-terminus and a C-terminus, wherein the DNA-binding domain binds to a nucleotide target site; a Fokl cleavage domain having an N-terminus and a C-terminus, the N-terminus residues of the Fokl cleavage domain are ELEEK; and a linker between the C-terminus of the DNA-binding domain and the N-terminus of the cleavage domain, wherein the linker is LRGSPISRARPLNPHP; LRGSISRARPLNPHP; LRGSPSRARPLNPHP; LRGSSRARPLNPHP; LRGSYAPMPPLALASP; LRGSAPMPPLALASP; LRGSPMPPLALASP; or LRGSMPPLALASP. LRGSPISRARPLNPHP; LRGSISRARPLNPHP; LRGSPSRARPLNPHP; LRGSSRARPLNPHP; LRGSYAPMPPLALASP; LRGSAPMPPLALASP; LRGSPMPPLALASP; or LRGSMPPLALASP.
A control room for monitoring and controlling a nuclear power plant including a first nuclear reactor unit and a second nuclear reactor unit, the control room comprising: a central workstation providing monitoring capability for both the first nuclear reactor unit and the second nuclear reactor unit; a first operator at the controls, OATC, workstation in front of and to one side of the central workstation providing monitoring and control capabilities for the first nuclear reactor unit but not for the second nuclear reactor unit; and a second OATC workstation in front of and to the other side of the central workstation providing monitoring and control capabilities for the second nuclear reactor unit but not for the first nuclear reactor unit; wherein the central workstation, the first OATC workstation and the second OATC workstation are disposed in the control room; characterized in that a first manual safety panel, MSP is located to the one side of the central workstation providing safety-related monitoring information for the first nuclear reactor unit; and a second MSP is located to the other side of the central workstation providing safety-related monitoring information for the second nuclear reactor unit; wherein the first MSP and the second MSP are disposed in the control room. a central workstation providing monitoring capability for both the first nuclear reactor unit and the second nuclear reactor unit; a first operator at the controls, OATC, workstation in front of and to one side of the central workstation providing monitoring and control capabilities for the first nuclear reactor unit but not for the second nuclear reactor unit; and a second OATC workstation in front of and to the other side of the central workstation providing monitoring and control capabilities for the second nuclear reactor unit but not for the first nuclear reactor unit; wherein the central workstation, the first OATC workstation and the second OATC workstation are disposed in the control room; characterized in that a first manual safety panel, MSP is located to the one side of the central workstation providing safety-related monitoring information for the first nuclear reactor unit; and a second MSP is located to the other side of the central workstation providing safety-related monitoring information for the second nuclear reactor unit; wherein the first MSP and the second MSP are disposed in the control room.
A collision mitigation mechanism which mitigates damage from a vehicle collision, comprising: a collision detection means that detects a collision of a vehicle; a clutch means that blocks transmission of a driving force of a drive source when a collision is detected by the collision detection means; a deceleration and stop means that rapidly decelerates and stops the vehicle; a backing up means that backs up and stops the vehicle after the vehicle is stopped by the deceleration and stop means; and a collision mitigation control means that, when a collision is detected by the collision detection means, rapidly decelerates and stops the vehicle by the deceleration and stop means, and after the vehicle stops, backs up and stops the vehicle by the backing up means. a collision detection means that detects a collision of a vehicle; a clutch means that blocks transmission of a driving force of a drive source when a collision is detected by the collision detection means; a deceleration and stop means that rapidly decelerates and stops the vehicle; a backing up means that backs up and stops the vehicle after the vehicle is stopped by the deceleration and stop means; and a collision mitigation control means that, when a collision is detected by the collision detection means, rapidly decelerates and stops the vehicle by the deceleration and stop means, and after the vehicle stops, backs up and stops the vehicle by the backing up means.
A method of fabricating a fused product comprising LTM perovskite, L designating lanthanum (La), T being an element selected from strontium, calcium, magnesium, barium, and mixtures of these elements, possibly mixed with yttrium and/or ytterbium and/or cerium, and M designating manganese (Mn), said method comprising the following steps: a') mixing raw materials providing lanthanum, the element T, and manganese, so as to form a starting charge, the compounds providing the elements L, T, and M together representing more than 90% by weight of the ingredients of the starting charge; b') fusing the starting charge with an arc furnace or by induction to obtain a molten liquid; c') cooling said molten liquid until it has solidified completely, so as to obtain a fused product presenting the shape of a block having a thickness greater than 1 mm or the shape of a particle. a') mixing raw materials providing lanthanum, the element T, and manganese, so as to form a starting charge, the compounds providing the elements L, T, and M together representing more than 90% by weight of the ingredients of the starting charge; b') fusing the starting charge with an arc furnace or by induction to obtain a molten liquid; c') cooling said molten liquid until it has solidified completely, so as to obtain a fused product presenting the shape of a block having a thickness greater than 1 mm or the shape of a particle.
An apparatus for controlling a hybrid vehicle, comprising: an engine configured to generate power by combusting fuel; a drive motor configured to supplement the power from the engine and operate selectively as an electric generator to produce electrical energy; a clutch disposed between the engine and the drive motor; a battery configured to supply electrical energy to the drive motor and be charged with the electrical energy produced by the drive motor; multiple electric superchargers (31, 32) installed in multiple intake lines through which outside air to be supplied into a combustion chamber of the engine flows; and characterised by a controller configured to determine an operation mode of the multiple electric superchargers based on required power of a driver and a state of charge of the battery and adjust power output from the engine and power output from the drive motor, wherein the required power is determined based on an engagement degree of an accelerator pedal position sensor mounted within a vehicle and the required power is divided into a highest load state, a high load state, a middle load state, and a low load state. an engine configured to generate power by combusting fuel; a drive motor configured to supplement the power from the engine and operate selectively as an electric generator to produce electrical energy; a clutch disposed between the engine and the drive motor; a battery configured to supply electrical energy to the drive motor and be charged with the electrical energy produced by the drive motor; multiple electric superchargers (31, 32) installed in multiple intake lines through which outside air to be supplied into a combustion chamber of the engine flows; and characterised by a controller configured to determine an operation mode of the multiple electric superchargers based on required power of a driver and a state of charge of the battery and adjust power output from the engine and power output from the drive motor, wherein the required power is determined based on an engagement degree of an accelerator pedal position sensor mounted within a vehicle and the required power is divided into a highest load state, a high load state, a middle load state, and a low load state.
A closure comprising: an outer shell having an outer top panel, an outer cylindrical sidewall extending downward from the outer top panel, and an engagement groove disposed on an inner facing of the outer cylindrical sidewall; an inner shell nested within the outer shell and movable in an axial direction relative to the outer shell, said inner shell having an inner top panel, an inner skirt extending downward from the inner top panel, a radially protruding engagement feature disposed on an outer facing of the inner cylindrical sidewall and received and restrained within the engagement groove; wherein selectively interlocking child resistant features (260, 360) are formed on each of the outer shell and the inner shell along an interface therebetween; and characterised in that downward movement of the outer shell urges a ramped or flared flange on the protruding engagement feature into contact against a ramp on the engagement groove to produce an interference fit between the protruding engagement feature and the engagement groove. an outer shell having an outer top panel, an outer cylindrical sidewall extending downward from the outer top panel, and an engagement groove disposed on an inner facing of the outer cylindrical sidewall; an inner shell nested within the outer shell and movable in an axial direction relative to the outer shell, said inner shell having an inner top panel, an inner skirt extending downward from the inner top panel, a radially protruding engagement feature disposed on an outer facing of the inner cylindrical sidewall and received and restrained within the engagement groove; wherein selectively interlocking child resistant features (260, 360) are formed on each of the outer shell and the inner shell along an interface therebetween; and characterised in that downward movement of the outer shell urges a ramped or flared flange on the protruding engagement feature into contact against a ramp on the engagement groove to produce an interference fit between the protruding engagement feature and the engagement groove.
An air inlet or outlet, in particular for a residential ventilation system, having a box forming an extraction or suction plenum which comprises at least one connection for a supply or removal line and at least one removable cover, and having at least one opening via which the plenum is flow-connected to the environment, wherein the box has height-adjustable supports, characterized in that the cover is mounted within the box likewise in a height-adjustable manner.
A method for implementing coordinated multi-point operation in a wireless network system including a first serving network node and a second cooperating network node, the method including: configuring a first transmission channel, the first transmission channel being established on the first serving network node; configuring a second transmission channel, the second transmission channel being established on the second cooperating node; and transmitting control information from the first serving network node to a user agent, UA, using the first transmission channel, the control information allocating a resource on the second transmission channel, wherein the second transmission channel is not physically transmitted by the first serving network node; characterised in that the first and second transmission channels are configured with different component carriers having different carrier frequencies (f1, f3) configuring a first transmission channel, the first transmission channel being established on the first serving network node; configuring a second transmission channel, the second transmission channel being established on the second cooperating node; and transmitting control information from the first serving network node to a user agent, UA, using the first transmission channel, the control information allocating a resource on the second transmission channel, wherein the second transmission channel is not physically transmitted by the first serving network node; characterised in that the first and second transmission channels are configured with different component carriers having different carrier frequencies (f1, f3)
The use of a delivery system for food additives, comprising or consisting of the following components: (a) at least one food additive dissolved in a solvent and (b) at least one emulsifier and/or at least one hydrocolloid dissolved in water, wherein the delivery system is an oil-in-water emulsion, for preventing the migration of food additives from one layer into another layer in multilayer food products. (a) at least one food additive dissolved in a solvent and (b) at least one emulsifier and/or at least one hydrocolloid dissolved in water, wherein the delivery system is an oil-in-water emulsion, for preventing the migration of food additives from one layer into another layer in multilayer food products. wherein the delivery system is an oil-in-water emulsion, for preventing the migration of food additives from one layer into another layer in multilayer food products.
Housing having an overpressure safety means, comprising a pressure relief opening that extends from the housing interior to the housing outer side, and a membrane sealing stopper made of a rubber-elastic material and arranged in the pressure relief opening in the sealing seat in order to close said opening in a fluid-tight manner, the membrane sealing stopper being arranged loosely in the pressure relief opening, and having a central portion and an angled free rim portion by means of which the membrane sealing stopper sealingly abuts, in a direction that is radial with respect to the central axis of the membrane sealing stopper, the entire circumference of the housing wall which defines the pressure relief opening, the free rim portion in the non-pressure-loaded operating state of the membrane sealing stopper extending away from the central portion in the direction of the housing outer side and in the axial direction extending as far as the housing outer side or protruding beyond the housing outer side, characterised in that a radial contact compression of the free rim portion of the membrane sealing stopper against the housing wall in the non-pressure-loaded operating state of the membrane sealing stopper decreases axially in the direction of the housing outer side, the central portion in the non-pressure-loaded state having a W-shaped cross section and a central indentation that is arranged on the central axis and points axially in the direction of the outer side of the housing and which has an apex which is arranged in the axial direction between the two rim portions of the membrane sealing stopper, the indentation in the central portion being formed by two central legs that together form an obtuse angle α that is open towards the housing interior and the central portion being deformable in the axial direction by means of an increasing housing internal pressure (Pi) in such a way that the rim portion can be gradually detached, in proportion to pressure, from the inside of the housing wall to the outside in the axial direction by a tensile stress derived from the deformation of the central portion, until the membrane sealing stopper unblocks the pressure relief opening upon a predefined maximum housing internal pressure (P i) being met or exceeded.