mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for making a three-dimensionally curved object, said apparatus comprising - a membrane having a moulding surface, - a joint system provided with joints for holding the membrane, - an array of actuators for acting on the joint system, wherein the apparatus is configured such that the membrane is configurable into a predetermined shape by individually adjusting the array of actuators acting on the surface opposite the moulding surface of said membrane, characterised in that the membrane is composed of a mixture of rubber material and magnetic powder and that the joint system is a magnetic joint system provided with magnetic joints for holding the magnetic membrane. - a membrane having a moulding surface, - a joint system provided with joints for holding the membrane, - an array of actuators for acting on the joint system,
A system for preventing oxygen inhibition of a light-initiated polymerization reaction at ambient conditions used by a three-dimensional, 3D, printing system, said system comprising: an ultraviolet, UV, light source; a UV curing space for accepting a workpiece having a layer of UV curable material; means for purging oxygen from the UV curing space to facilitate, within the UV curing space, UV curing of the UV curable material at times when the UV light source emits UV light onto the layer of UV curable material, wherein the means for purging oxygen include a gas diffusion system for introducing an inert gas into a workspace between the UV light source and the layer of UV material of the workpiece; and a transparent cover separating the UV light source and the workspace, wherein the gas diffusion system and the transparent cover are arranged relative to one another so as to permit an inert gas flowing in from one or more gas inlets of the gas diffusion system to flow out through a diffuser towards the workspace, and wherein the diffuser has a plurality of micro-holes with bridges of a UV transparent material arranged over said micro-holes so as to be positioned between respective entrances to the micro-holes and the transparent cover. an ultraviolet, UV, light source; a UV curing space for accepting a workpiece having a layer of UV curable material; means for purging oxygen from the UV curing space to facilitate, within the UV curing space, UV curing of the UV curable material at times when the UV light source emits UV light onto the layer of UV curable material, wherein the means for purging oxygen include a gas diffusion system for introducing an inert gas into a workspace between the UV light source and the layer of UV material of the workpiece; and a transparent cover separating the UV light source and the workspace, wherein the gas diffusion system and the transparent cover are arranged relative to one another so as to permit an inert gas flowing in from one or more gas inlets of the gas diffusion system to flow out through a diffuser towards the workspace, and wherein the diffuser has a plurality of micro-holes with bridges of a UV transparent material arranged over said micro-holes so as to be positioned between respective entrances to the micro-holes and the transparent cover.
A coating device for the purpose of coating composite pulp honeycomb support elements, each having a multiplicity of passages (5, 6) extending in an axial direction, with an impregnation coating for the purpose of increasing the fire and/or water resistance and/or the mechanical stability, in particular a cement-water mixture and/or an inorganic suspension, wherein means of conveyance are provided, with which the composite pulp honeycomb support elements are transported in a direction of feed along a filling station, which means of conveyance are designed such that with the latter impregnation agent can be filled from above into the passages (5, 6) of the composite pulp honeycomb support elements, characterised in that damming agents are provided in the region of the filling station, along which the composite pulp honeycomb support elements can be transported, and in that the damming agents are designed such that flow of the impregnation agent out of the passages (5, 6) downwards is prevented, or at least slowed down, such that the impregnation agent can build up in the passages (5, 6), in particular as far as an upper face of the composite pulp honeycomb support elements, and in that a draining station is arranged downstream of the filling station in the direction of feed, at which draining station excess impregnation agent can drain out of the passages (5, 6) of the composite pulp honeycomb support elements, and in that at the draining station, vibration means, preferably comprising rollers that can be vibrated, are provided for the purpose of setting the composite pulp honeycomb support elements into vibration, for the purpose of aiding, in particular, accelerating, the drainage process.
A power supply unit for an aerosol inhaler, the aerosol inhaler including a power supply configured to discharge electricity to a load that is configured to heat an aerosol generation source and has a correlation between temperature and electric resistance values, the power supply unit for the aerosol inhaler comprising: a first element connected in series to the load and having a first electric resistance value; a second series circuit that includes a second element having a second electric resistance value and a third element connected in series to the second element and having a third electric resistance value, the second series circuit being connected in parallel with a first series circuit including the load and the first element; and an operational amplifier connected to the first series circuit and the second series circuit, wherein the first electric resistance value is less than an electric resistance value of the load, characterised in that one of a non-inversion input terminal and an inversion input terminal of the operational amplifier is connected to a point between the first element and the load in the first series circuit, the other of the non-inversion input terminal and the inversion input terminal of the operational amplifier is connected to a point between the second element and the third element in the second series circuit, and a temperature of the load is detected based on an output signal of the operational amplifier. a first element connected in series to the load and having a first electric resistance value; a second series circuit that includes a second element having a second electric resistance value and a third element connected in series to the second element and having a third electric resistance value, the second series circuit being connected in parallel with a first series circuit including the load and the first element; and an operational amplifier connected to the first series circuit and the second series circuit, wherein the first electric resistance value is less than an electric resistance value of the load, characterised in that one of a non-inversion input terminal and an inversion input terminal of the operational amplifier is connected to a point between the first element and the load in the first series circuit, the other of the non-inversion input terminal and the inversion input terminal of the operational amplifier is connected to a point between the second element and the third element in the second series circuit, and a temperature of the load is detected based on an output signal of the operational amplifier.
A user equipment, UE, for wireless communication over a non-terrestrial network, comprising: a memory; and one or more processors, coupled to the memory, configured to: determine that a downlink communication is to be transmitted to the UE with a configurable gap; determine the configurable gap; and receive the downlink communication from a satellite of the non-terrestrial network based at least in part on the configurable gap, wherein one or more parameters of the configurable gap are different than a fixed transmission gap for terrestrial networks. a memory; and one or more processors, coupled to the memory, configured to: determine that a downlink communication is to be transmitted to the UE with a configurable gap; determine the configurable gap; and receive the downlink communication from a satellite of the non-terrestrial network based at least in part on the configurable gap, wherein one or more parameters of the configurable gap are different than a fixed transmission gap for terrestrial networks. determine that a downlink communication is to be transmitted to the UE with a configurable gap; determine the configurable gap; and receive the downlink communication from a satellite of the non-terrestrial network based at least in part on the configurable gap, wherein one or more parameters of the configurable gap are different than a fixed transmission gap for terrestrial networks.
A method of determining transit power for data transmission between a network and a user equipment,comprising: the network sending a first message to the user equipment, wherein the first message is associated with a radio bearer reconfiguration procedure and includes a first information element associated with an interpolation formula; the network sending a second message to the user equipment, wherein the second message is associated with updating an active set of the user equipment; the user equipment computing a first gain factor using an extrapolation formula if the second message does not include a second information element associated with the interpolation formula; characterized by: the user equipment computing a second gain factor using the interpolation formula if data cannot be transmitted based on the first gain factor; and the user equipment transmitting the data based on the second gain factor. the network sending a first message to the user equipment, wherein the first message is associated with a radio bearer reconfiguration procedure and includes a first information element associated with an interpolation formula; the network sending a second message to the user equipment, wherein the second message is associated with updating an active set of the user equipment; the user equipment computing a first gain factor using an extrapolation formula if the second message does not include a second information element associated with the interpolation formula; characterized by: the user equipment computing a second gain factor using the interpolation formula if data cannot be transmitted based on the first gain factor; and the user equipment transmitting the data based on the second gain factor. the user equipment computing a second gain factor using the interpolation formula if data cannot be transmitted based on the first gain factor; and the user equipment transmitting the data based on the second gain factor.
A graphics apparatus, comprising: an order dependency analyzer adapted to determine an order dependency between two or more draw calls; and a draw call re-orderer communicatively coupled to the order dependency analyzer adapted to re-order the two or more draw calls based on the determined order dependency; wherein the order dependency analyzer is further adapted to determine a resource requirement and data address range for the two or more draw calls; and wherein the draw call re-orderer is further adapted to determine that no data dependency is violated when the two or more draw calls are re-ordered, and, in response to determining that no data dependency is violated when the two or more draw calls are re-ordered, is further adapted to schedule draw calls that use same data address ranges next to each other, wherein scheduling includes re-ordering the draw calls to ensure that a draw call that uses data produced by another draw call is ordered directly after said another draw call. an order dependency analyzer adapted to determine an order dependency between two or more draw calls; and a draw call re-orderer communicatively coupled to the order dependency analyzer adapted to re-order the two or more draw calls based on the determined order dependency; wherein the order dependency analyzer is further adapted to determine a resource requirement and data address range for the two or more draw calls; and wherein the draw call re-orderer is further adapted to determine that no data dependency is violated when the two or more draw calls are re-ordered, and, in response to determining that no data dependency is violated when the two or more draw calls are re-ordered, is further adapted to schedule draw calls that use same data address ranges next to each other, wherein scheduling includes re-ordering the draw calls to ensure that a draw call that uses data produced by another draw call is ordered directly after said another draw call.
A single-use fluid circuit for processing a fluid including a suspension of biological cellular components configured for use in combination with a hardware component of an apheresis system comprising one or more flow controlling devices (30, 32) and hangers, comprising: a) a container (16, 24, 28) for the fluid, which is configured, when in use, to suspend from a hanger from the hardware component; b) a separation device for retaining selected biological cellular components and allowing other biological cellular components of said fluid to pass therethrough; c) a tubing (18, 22, 26) connecting the container (16, 24, 28) to the separation device, wherein in use the tubing (18, 22, 26) defines a flow path that is routed vertically downwards from the container (16, 24, 28) and then directed generally laterally toward the separation device and wherein in use a flow controlling device (30, 32) is associated with the tubing (18, 26) for controlling fluid flow therein, wherein the tubing (18, 26) has a segment (18b, 26b, 42) in close proximity to the container (16, 28) with a configuration including a positive slope, said configuration being provided and maintained in the single-use fluid circuit, so that when in use during an interruption in an apheresis procedure the container (16, 28) is left unagitated for a period of time, biological cellular components moving through the tubing segment (18b, 26b, 42) are subjected to a gravitational force tending to impede movement through the flow path segment (18b, 26b, 42). a) a container (16, 24, 28) for the fluid, which is configured, when in use, to suspend from a hanger from the hardware component; b) a separation device for retaining selected biological cellular components and allowing other biological cellular components of said fluid to pass therethrough; c) a tubing (18, 22, 26) connecting the container (16, 24, 28) to the separation device, wherein in use the tubing (18, 22, 26) defines a flow path that is routed vertically downwards from the container (16, 24, 28) and then directed generally laterally toward the separation device and wherein in use a flow controlling device (30, 32) is associated with the tubing (18, 26) for controlling fluid flow therein,
An electrophotographic toner, which is decolorized by heating, comprising an electron donating color former compound, an electron accepting color developing agent, a polyester binder resin having a weight average molecular weight Mw of 6000 or more and 25000 or less, and a release agent having softening point from 50°C to 120°C, characterized in that the electrophotographic toner further comprises a temperature control agent_selected from a group consisting of an ester of a carboxylic acid containing a substituted aromatic ring, an ester of a carboxylic acid containing an unsubstituted aromatic ring with an aliphatic alcohol, an ester of a carboxylic acid containing a cyclohexyl group in the molecule, an ester of a fatty acid with an unsubstituted aromatic alcohol or a phenol, an ester of a fatty acid with a branched aliphatic alcohol, an ester of a dicarboxylic acid with an aromatic alcohol or a branched aliphatic alcohol, dibenzyl cinnamate, heptyl stearate, didecyl adipate, dilauryl adipate, dimyristyl adipate, dicetyl adipate, distearyl adipate, trilaurin, trimyristin, tristearin, dimyristin, and distearin.
Method for production of lactoferrin comprising at least the steps of: a) disposing of raw material that has not been treated at a temperature greater than 50°C and selected from the group consisting of skim milk, free-caseinate milk, cheese-whey and skim colostrum; b) submitting this raw material to a step of extraction on a cation-exchange resin using an excluded solute concentration of sodium chloride in order to obtain a solution of Lactenin or Milk Basic Protein; c) submitting this LN or MBP solution to a step of purification on a cation exchange resin equilibrated with an acetate buffer at a pH between 4 and 9 and eluted with a sodium chloride buffer solution throughout four elution steps: i. a step to collect impurities performed at a pH of 6.5 and with a NaCl solution at concentration of 0.05 M; ii. a step to collect lactoperoxidase, performed with a NaCl solution at concentration of 0.3 M at a pH of 6.5; iii. a step to collect LPS, other endotoxins and angiogenin, performed and with a NaCl solution at concentration of 0.5 M at a pH of 8; and iv. a step to collect lactoferrin performed and with a NaCl solution at concentration of 1 M at a pH of 8; and d) collecting a fraction containing lactoferrin having more than 95 % of purity, having no polymers and comprising less than 50 pg/mg of LPS, other endotoxins and angiogenin. a) disposing of raw material that has not been treated at a temperature greater than 50°C and selected from the group consisting of skim milk, free-caseinate milk, cheese-whey and skim colostrum; b) submitting this raw material to a step of extraction on a cation-exchange resin using an excluded solute concentration of sodium chloride in order to obtain a solution of Lactenin or Milk Basic Protein; c) submitting this LN or MBP solution to a step of purification on a cation exchange resin equilibrated with an acetate buffer at a pH between 4 and 9 and eluted with a sodium chloride buffer solution throughout four elution steps: i. a step to collect impurities performed at a pH of 6.5 and with a NaCl solution at concentration of 0.05 M; ii. a step to collect lactoperoxidase, performed with a NaCl solution at concentration of 0.3 M at a pH of 6.5; iii. a step to collect LPS, other endotoxins and angiogenin, performed and with a NaCl solution at concentration of 0.5 M at a pH of 8; and iv. a step to collect lactoferrin performed and with a NaCl solution at concentration of 1 M at a pH of 8; and i. a step to collect impurities performed at a pH of 6.5 and with a NaCl solution at concentration of 0.05 M; ii. a step to collect lactoperoxidase, performed with a NaCl solution at concentration of 0.3 M at a pH of 6.5; iii. a step to collect LPS, other endotoxins and angiogenin, performed and with a NaCl solution at concentration of 0.5 M at a pH of 8; and iv. a step to collect lactoferrin performed and with a NaCl solution at concentration of 1 M at a pH of 8; and d) collecting a fraction containing lactoferrin having more than 95 % of purity, having no polymers and comprising less than 50 pg/mg of LPS, other endotoxins and angiogenin.
Battery having a housing and at least a first battery module and a second battery module, wherein a housing of the first battery module has a groove, a housing of the second battery module has a tongue, the first battery module is connected to the housing of the battery by means of a connecting means, and the tongue and the connecting means are at least partially arranged in the groove, in particular are received in the groove without play, wherein the connecting means is connected to the housing of the battery by means of a screwing means, and the connecting means has a recess through which the screwing means is at least partially guided, characterized in that the connecting means is arranged in the groove in a manner displaceable in a direction of extent of the groove. a housing of the first battery module has a groove, a housing of the second battery module has a tongue, the first battery module is connected to the housing of the battery by means of a connecting means, and the tongue and the connecting means are at least partially arranged in the groove, in particular are received in the groove without play, wherein the connecting means is connected to the housing of the battery by means of a screwing means, and the connecting means has a recess through which the screwing means is at least partially guided, characterized in that the connecting means is arranged in the groove in a manner displaceable in a direction of extent of the groove.
A method of producing a single-crystal thin film of an organic semiconductor compound, comprising (i) applying an organic solvent having a dielectric constant of ≥ 4.5 and in which the organic semiconductor compound is soluble, on a substrate, to form a liquid film; (ii) supplying and dissolving organic semiconductor compound into the liquid film of the organic solvent; and (iii) crystallizing organic semiconductor compound in the organic solvent, characterized in that the organic solvent is an amino-based compound, a carboxylic acid compound, an amide-based compound, an adipic acid ester-based compound, a phthalate ester-based compound or a phosphate ester-based compound. (i) applying an organic solvent having a dielectric constant of ≥ 4.5 and in which the organic semiconductor compound is soluble, on a substrate, to form a liquid film; (ii) supplying and dissolving organic semiconductor compound into the liquid film of the organic solvent; and (iii) crystallizing organic semiconductor compound in the organic solvent,
A monitoring device of at least a physical characteristic of a building material adapted to be buried inside a block of said building material, comprising a sensor of said physical characteristic having a secondary inductor and a circuit adapted to provide an internal supply voltage of said sensor when immersed in a variable electromagnetic field and to transmit a signal representative of the sensed physical characteristic, characterized by further comprising a wireless power supplier of said sensor adapted to generate a variable electromagnetic field, comprising a resonant L-C circuit (L0, L1, C0) buried in a dielectric layer and having a primary inductor adapted to be magnetically coupled with the secondary inductor of the sensor, the power supplier having two current terminals that come out of said dielectric layer and that are connectable to an external reading circuit of said representative signal; said sensor being installed on said dielectric layer such to magnetically couple said primary inductor and secondary inductor.
A method of injection molding comprising: continuously feeding a supply of molten polymeric material to a nozzle in selective fluid communication with at least one of a plurality of mold cavities, wherein the nozzle is disposed at a higher elevation than an inlet of at least one of the plurality of mold cavities characterized in that a melt pressure of the molten polymeric material is maintained during filling at a constant pressure of less than 103,42136 MPa (15,000 psi) fluctuating less than 30%. continuously feeding a supply of molten polymeric material to a nozzle in selective fluid communication with at least one of a plurality of mold cavities, wherein the nozzle is disposed at a higher elevation than an inlet of at least one of the plurality of mold cavities characterized in that a melt pressure of the molten polymeric material is maintained during filling at a constant pressure of less than 103,42136 MPa (15,000 psi) fluctuating less than 30%.