mhurhangee/ep-ind-claims huggingface dataset:
A method of reducing host cell protein level in a composition comprising a recombinantly produced polypeptide, the method comprising: providing a clarified cell culture supernatant comprising the recombinantly produced polypeptide and one or more HCP; loading the clarified cell culture supernatant onto a Protein A chromatography column; washing the Protein A chromatography column with a wash buffer comprising between 50 mM and 100 mM sodium caprylate at a pH between 8 to 9 to remove HCP. providing a clarified cell culture supernatant comprising the recombinantly produced polypeptide and one or more HCP; loading the clarified cell culture supernatant onto a Protein A chromatography column; washing the Protein A chromatography column with a wash buffer comprising between 50 mM and 100 mM sodium caprylate at a pH between 8 to 9 to remove HCP.
A drug delivery device comprising: a canister containing a drug formulation and having a discharge valve and a valve stem defining a valve stem passage through which the drug formulation is selectively discharged; characterized in that, the device further comprises a desiccant housing attached to the canister with the valve stem extending through the desiccant housing; and a desiccant material provided in the desiccant housing in fluid communication with the valve stem passage. a canister containing a drug formulation and having a discharge valve and a valve stem defining a valve stem passage through which the drug formulation is selectively discharged; characterized in that, the device further comprises a desiccant housing attached to the canister with the valve stem extending through the desiccant housing; and a desiccant material provided in the desiccant housing in fluid communication with the valve stem passage.
Skin penetrating water based composition for cosmetic applications comprising positively charged sugar based vesicles made of sugar based emulsiflers, at least one coemulsifier, positively charged molecules, solvents selected from water and water soluble solvents, retinol as lipophilic active, optional auxiliiary materials like chelating agents and preservatives having a particle size from 50 to 1000 nm and a zeta potential from 1 to 150 mV, wherein the emulsifier comprises an inulin backbone modified by linear C8-C22 alkyl groups and wherein the polyoxyethylene based coemulsifier comprises a polysorbate molecule. sugar based emulsiflers, at least one coemulsifier, positively charged molecules, solvents selected from water and water soluble solvents, retinol as lipophilic active, optional auxiliiary materials like chelating agents and preservatives having a particle size from 50 to 1000 nm and a zeta potential from 1 to 150 mV, wherein the emulsifier comprises an inulin backbone modified by linear C8-C22 alkyl groups and wherein the polyoxyethylene based coemulsifier comprises a polysorbate molecule.
A switching device for opening and closing a circuit between a first electrical terminal and a second electrical terminal, the switching device comprising: a bus-bar tank having a first end, the bus-bar tank filled with an insulating gas; a first bushing coupled to the first end of the bus-bar tank; a circuit-breaker tank having a first end, the circuit-breaker tank filled with the insulating gas; and a stationary contact supported by the first bushing, the stationary contact adapted to be disposed in electrical connection with the first electrical terminal in the bus-bar tank; and a circuit-breaker arrangement arranged inside the circuit-breaker tank, the circuit-breaker arrangement adapted to be disposed in electrical connection with the second electrical terminal therein, characterized in that: a fastening arrangement is adapted to establish physical connection between the first end of the circuit-breaker tank and the first bushing, to removably assemble the bus-bar tank and the circuit-breaker tank, and the circuit-breaker arrangement is adapted to extend into the first bushing, and to be disposed in contact with the stationary contact therein, when the bus-bar tank is assembled to the circuit-breaker tank. a bus-bar tank having a first end, the bus-bar tank filled with an insulating gas; a first bushing coupled to the first end of the bus-bar tank; a circuit-breaker tank having a first end, the circuit-breaker tank filled with the insulating gas; and a stationary contact supported by the first bushing, the stationary contact adapted to be disposed in electrical connection with the first electrical terminal in the bus-bar tank; and a circuit-breaker arrangement arranged inside the circuit-breaker tank, the circuit-breaker arrangement adapted to be disposed in electrical connection with the second electrical terminal therein, characterized in that: a fastening arrangement is adapted to establish physical connection between the first end of the circuit-breaker tank and the first bushing, to removably assemble the bus-bar tank and the circuit-breaker tank, and the circuit-breaker arrangement is adapted to extend into the first bushing, and to be disposed in contact with the stationary contact therein, when the bus-bar tank is assembled to the circuit-breaker tank. a fastening arrangement is adapted to establish physical connection between the first end of the circuit-breaker tank and the first bushing, to removably assemble the bus-bar tank and the circuit-breaker tank, and the circuit-breaker arrangement is adapted to extend into the first bushing, and to be disposed in contact with the stationary contact therein, when the bus-bar tank is assembled to the circuit-breaker tank.
An air conditioner comprising: an almost box-shaped main body having a suction port to take in room air and a blowing port to blow out conditioned air; a controller of the main body that controls operation of the air conditioner; and a remote controller that includes a remote controller main body, an acceleration sensor provided in the remote controller main body, and an interface display part, and allows a user to control operation of the air conditioner; characterized in that the interface display part is a full-dot liquid crystal display and the air conditioner further comprises a communication part that is configured to perform bidirectional communication between the controller of the main body and the remote controller, wherein, when the air conditioner is not operating and the user raises the remote controller; the remote controller transmits a request signal to the controller of the main body and the controller of the main body provides pre-operation information which is displayed on the full-dot liquid crystal display of the remote controller. an almost box-shaped main body having a suction port to take in room air and a blowing port to blow out conditioned air; a controller of the main body that controls operation of the air conditioner; and a remote controller that includes a remote controller main body, an acceleration sensor provided in the remote controller main body, and an interface display part, and allows a user to control operation of the air conditioner; characterized in that the interface display part is a full-dot liquid crystal display and the air conditioner further comprises a communication part that is configured to perform bidirectional communication between the controller of the main body and the remote controller, wherein, when the air conditioner is not operating and the user raises the remote controller; the remote controller transmits a request signal to the controller of the main body and the controller of the main body provides pre-operation information which is displayed on the full-dot liquid crystal display of the remote controller.
An ink set comprising: an ink A including water, an organic solvent A, a self-dispersible pigment, an anionic resin particle, and an amine compound having a boiling point of 120 - 200 degrees C and a molecular mass not greater than 100; and an ink B including water, an organic solvent B, and a resin-coated pigment, characterized in that when a mass content of the amine compound is determined as 1, a mass content of the anionic resin particle is 1 - 100 and a mass content of the resin-coated pigment is 10 - 200, while the mass content of the anionic resin particle and the mass content of the resin-coated pigment are respectively based on a content per unit of mass of the ink A and a content per unit of mass of the ink B. an ink A including water, an organic solvent A, a self-dispersible pigment, an anionic resin particle, and an amine compound having a boiling point of 120 - 200 degrees C and a molecular mass not greater than 100; and an ink B including water, an organic solvent B, and a resin-coated pigment, characterized in that when a mass content of the amine compound is determined as 1, a mass content of the anionic resin particle is 1 - 100 and a mass content of the resin-coated pigment is 10 - 200, while the mass content of the anionic resin particle and the mass content of the resin-coated pigment are respectively based on a content per unit of mass of the ink A and a content per unit of mass of the ink B.
A method for manufacturing a composite ceramic body (24, 86, 96) with occluding a plurality of pores that are open at its surface of a silicon nitride porous ceramic body, the method is characterized by comprising the steps of: impregnating a polysilazane solution including polysilazane having 500-5000 g/mol in its number-average molecular weight and having a repetition structure of fundamental units of at least one of [-Si (C n H 2n+1)-NH-] and [-Si(C n H 2n+1) 2 -NH-], and a predetermined organic solvent, into the plurality of pores of the silicon nitride porous ceramic body, and heating the silicon nitride porous ceramic body to convert the polysilazane in the plurality of pores into ceramic material, wherein, in the step of impregnating, the silicon nitride porous ceramic body is immersed in the polysilazane solution, and, in the step of heating, the silicon nitride porous ceramic body is heated in a condition that the silicon nitride porous ceramic body is immersed in the polysilazane solution. impregnating a polysilazane solution including polysilazane having 500-5000 g/mol in its number-average molecular weight and having a repetition structure of fundamental units of at least one of [-Si (C n H 2n+1)-NH-] and [-Si(C n H 2n+1) 2 -NH-], and a predetermined organic solvent, into the plurality of pores of the silicon nitride porous ceramic body, and heating the silicon nitride porous ceramic body to convert the polysilazane in the plurality of pores into ceramic material, wherein, in the step of impregnating, the silicon nitride porous ceramic body is immersed in the polysilazane solution, and, in the step of heating, the silicon nitride porous ceramic body is heated in a condition that the silicon nitride porous ceramic body is immersed in the polysilazane solution.
Method for arranging an aluminium ferrule to an eye of a high strength steel wire rope for fixation purposes, the aluminium ferrule is pressed to securely fix said eye and supposed to keep the ferrule's diameter within a certain standard limit up to a minimum breaking load, dependant on the dimension of said wire rope, said method comprises the following steps: a ring made of steel having an internally congruent shape but a smaller cross section area than that of the aluminium ferrule is arranged most close to said eye, before said aluminium ferrule together with the steel ring is pressed in a ferrule pressing tool to obtain the eye that is more stable than an eye having dimensions within said standard limit, characterized in that during pressing the floating of the aluminium ferrule is initiated prior to the pressing of the steel ring is begun, and that the aluminium ferrule during pressing pushes the steel ring forwardly towards the eye until the press tool reaches the steel ring, whereby the press tool presses also the steel ring into conformation with both the aluminium ferrule and the high strength steel wire rope.
A process for producing microcapsules which contain a shell and a core of a liquid water-insoluble material, where (a) a premix is prepared from water and a protective colloid; (b) a further premix is prepared from the water-insoluble material and at least bifunctional isocyanate or a mixture of two or more different isocyanates containing; (c) the two premixes and are mixed together until an emulsion is formed; (d) at least a bifunctional amine is then poured into the emulsion from step (c); and (e) the emulsion is then heated until the microcapsules are formed; and where the liquid water-insoluble material comprises a pesticide, where the protective colloid is a polyvinyl alcohol copolymer having hydrolysis degrees from 60 to 99.9 %, where the polyvinyl alcohol copolymer contains comonomers with anionic groups, and wherein the isocyanate is selected from alicyclic or aliphatic isocyanates. (a) a premix is prepared from water and a protective colloid; (b) a further premix is prepared from the water-insoluble material and at least bifunctional isocyanate or a mixture of two or more different isocyanates containing; (c) the two premixes and are mixed together until an emulsion is formed; (d) at least a bifunctional amine is then poured into the emulsion from step (c); and (e) the emulsion is then heated until the microcapsules are formed; and
A method for allocating elevators in an elevator system, which comprises call input devices for registering hall calls at the floors, a group control system responsive to said hall calls, and a number of elevators controlled by elevator-specific elevator controllers on the basis of commands issued by the group control system, wherein the method comprises the steps of: generating a number of route alternatives on the basis of calls active; characterized by further comprising the steps of: decentralizing allocation calculation by calculating elevator-specific cost terms associated with the route alternatives in the elevator controllers; returning the cost terms to the group control system and allocating the hall calls to the elevators according to the route alternative giving the lowest allocation cost. decentralizing allocation calculation by calculating elevator-specific cost terms associated with the route alternatives in the elevator controllers; returning the cost terms to the group control system and allocating the hall calls to the elevators according to the route alternative giving the lowest allocation cost.
Method for connecting a terminal via connection means to a best mobile telephone network chosen out of a plurality of available mobile telephone networks (1a, 1b, 1c), the terminal comprising a subscriber identification card, the method being characterised in that it comprises during a relaunch of the subscriber identification card and/or of the connection means the steps of: (a) Reinitialisation by processing means of the subscriber identification card of at least one connection information file stored on data-storage means of the subscriber identification card; (b) Selection without bias of the best network according to a criterion of the connection means out of said plurality of available mobile telephone networks (1a, 1b, 1c), wherein a list of preferred networks, PPLMNs, chosen empty is stored on the data-storage means of the subscriber identification card. (a) Reinitialisation by processing means of the subscriber identification card of at least one connection information file stored on data-storage means of the subscriber identification card; (b) Selection without bias of the best network according to a criterion of the connection means out of said plurality of available mobile telephone networks (1a, 1b, 1c), wherein a list of preferred networks, PPLMNs, chosen empty is stored on the data-storage means of the subscriber identification card.
A resistive memory array comprising: a number of resistive memory elements to receive a common-valued read signal, in which a resistance of a resistive memory element defines a value within a matrix; a number of multiplication engines to perform a multiply operation by: receiving a memory element output from a corresponding resistive memory element; receiving an input signal; and generating a multiplication output based on a received memory element output and a received input signal; and an accumulation engine to sum multiplication outputs from the number of multiplication engines, in which summed multiplication outputs represent a multiplication of the matrix and a number of input signals. a number of resistive memory elements to receive a common-valued read signal, in which a resistance of a resistive memory element defines a value within a matrix; a number of multiplication engines to perform a multiply operation by: receiving a memory element output from a corresponding resistive memory element; receiving an input signal; and generating a multiplication output based on a received memory element output and a received input signal; and receiving a memory element output from a corresponding resistive memory element; receiving an input signal; and generating a multiplication output based on a received memory element output and a received input signal; and an accumulation engine to sum multiplication outputs from the number of multiplication engines, in which summed multiplication outputs represent a multiplication of the matrix and a number of input signals.
A housing of a sliding door installation, including an encasing profile for partially encasing an interior compartment of the housing, furthermore including a visual screening profile with a visual screening section for covering a sliding opening between the encasing profile and a walling profile of the housing, profile including a roller running path, and with a first locating section as well as a second locating section adjacent two different sides of the visual screening section, furthermore including at least one profile retaining clip with a flexible retaining section, which is attached to an encasing profile by means of the attachment part, and force-appallingly contacts the visual screening profile, wherein the profile retaining clip is configured separately from the encasing profile, and the attachment section is formed for an at least section-wise positive attaching to an attachment interface of the encasing profile, wherein the profile retaining clip includes a bracing section, which is disposed spaced apart from the attachment section by a lever distance for bracing the force-applying contacting of the retaining section with the visual screening profile, and the profile retaining clip includes at least two bracing sections with different lever distances, characterized in that the second locating section of the visual screening profile includes an at least partially concave locating surface for a locating at the roller running path of the wall profile.
A mirror device comprising: a mirror substrate; a mirror which is supported to be pivotable with respect to said mirror substrate; an electrode substrate which faces said mirror substrate and has conductivity; a first insulating layer which is formed on said electrode substrate; a driving electrode (1003-1, 1003-2, 1003-3, 1003-4) which is formed on said first insulating layer; and an interconnection (1005-1, 1005-2, 1005-3, 1005-4, 1006) which is formed on said first insulating layer to supply a driving voltage to said driving electrode (1003-1, 1003-2, 1003-3, 1003-4); characterized by comprising a conductive member which is equipotential to said mirror and arranged at a position closer to said interconnection (1005-1, 1005-2, 1005-3, 1005-4, 1006) than said mirror, said conductive member either including a conductive layer which is formed on a second insulating layer on said interconnection (1005-1, 1005-2, 1005-3, 1005-4, 1006), or comprising a conductive wall-shaped member which is arranged on said electrode substrate between said mirror and said interconnection (1005-1, 1005-2, 1005-3, 1005-4, 1006). a mirror substrate; a mirror which is supported to be pivotable with respect to said mirror substrate; an electrode substrate which faces said mirror substrate and has conductivity; a first insulating layer which is formed on said electrode substrate; a driving electrode (1003-1, 1003-2, 1003-3, 1003-4) which is formed on said first insulating layer; and an interconnection (1005-1, 1005-2, 1005-3, 1005-4, 1006) which is formed on said first insulating layer to supply a driving voltage to said driving electrode (1003-1, 1003-2, 1003-3, 1003-4); characterized by comprising a conductive member which is equipotential to said mirror and arranged at a position closer to said interconnection (1005-1, 1005-2, 1005-3, 1005-4, 1006) than said mirror, said conductive member either including a conductive layer which is formed on a second insulating layer on said interconnection (1005-1, 1005-2, 1005-3, 1005-4, 1006), or comprising a conductive wall-shaped member which is arranged on said electrode substrate between said mirror and said interconnection (1005-1, 1005-2, 1005-3, 1005-4, 1006).
A method for regulating, by means of a computer, a resistive element arranged to deice and/or demist a support, the method comprising: a) a loop for monitoring the temperature T and the moisture level H at the support; b) a deicing and/or demisting sequence which, as long as the temperature T and the moisture level H monitored by the monitoring loop a) are indicative of an absence of frost or mist on the support, keeps the resistive element inactive and, in the contrary case, demands, in a step b2), the circulation of a current I in the resistive element so that the latter dissipates a thermal power P th, adjusted according to the temperature T and the moisture level H, and allowing deicing or demisting of the support over a predetermined period D p, wherein the deicing sequence b) comprises: b1) a step of determining the thermal power P th on the basis of the temperature T and the moisture level H monitored by the loop a) executed before step b2), characterized in that the resistive element comprises a stack of layers formed by a first layer and a second layer separated by an insulating layer, the first layer comprising a two-dimensional material with resistance that is variable under the effect of an electrical field and is intended to dissipate the adjusted thermal power P th, while the second layer comprises a resistive material and is intended, as soon as it is subjected to an electrical potential V g, to impose an electrical field on the first layer, the deicing sequence b) also comprises a step b3), executed before step b1), of determining the resistance R of the first layer as a function of a potential Vg applied to the second layer. a) a loop for monitoring the temperature T and the moisture level H at the support; b) a deicing and/or demisting sequence which, as long as the temperature T and the moisture level H monitored by the monitoring loop a) are indicative of an absence of frost or mist on the support, keeps the resistive element inactive and, in the contrary case, demands, in a step b2), the circulation of a current I in the resistive element so that the latter dissipates a thermal power P th, adjusted according to the temperature T and the moisture level H, and allowing deicing or demisting of the support over a predetermined period D p, b1) a step of determining the thermal power P th on the basis of the temperature T and the moisture level H monitored by the loop a) executed before step b2), characterized in that the resistive element comprises a stack of layers formed by a first layer and a second layer separated by an insulating layer, the first layer comprising a two-dimensional material with resistance that is variable under the effect of an electrical field and is intended to dissipate the adjusted thermal power P th, while the second layer comprises a resistive material and is intended, as soon as it is subjected to an electrical potential V g, to impose an electrical field on the first layer, the deicing sequence b) also comprises a step b3), executed before step b1), of determining the resistance R of the first layer as a function of a potential Vg applied to the second layer.