mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a growth-factors containing platelet releasate from a fluid mammalian platelet concentrate, comprising the consecutive steps of a. subjecting the platelet concentrate to a first pathogen concentration reduction step with the purpose of disrupting both DNA and RNA of micro-organisms present in the platelet concentrate; b. subjecting the platelet concentrate to an activation step by contacting it with an activating agent, with the purpose of causing the platelets to release at least part of alpha granules and growth factors present therein, thereby providing a fluid platelets releasate; c. subjecting the fluid platelet releasate to a fibrinogen concentration reduction step and recovering a fibrinogen depleted fluid platelet releasate; d. subjecting the fibrinogen depleted fluid platelet releasate to a second pathogen concentration reduction step with the purpose of disrupting enveloped viruses; e. subjecting the platelet releasate to sterile filtering and recovering from the filtering step a filtrate liquid containing the growth factors, f. dividing the filtrate liquid into individual portions, wherein the volume of the individual portion is adjusted such that each portion contains approximately the same number of platelets, g. subjecting the thus obtained individual portions of filtrate liquid to lyophilisation. a. subjecting the platelet concentrate to a first pathogen concentration reduction step with the purpose of disrupting both DNA and RNA of micro-organisms present in the platelet concentrate; b. subjecting the platelet concentrate to an activation step by contacting it with an activating agent, with the purpose of causing the platelets to release at least part of alpha granules and growth factors present therein, thereby providing a fluid platelets releasate; c. subjecting the fluid platelet releasate to a fibrinogen concentration reduction step and recovering a fibrinogen depleted fluid platelet releasate; d. subjecting the fibrinogen depleted fluid platelet releasate to a second pathogen concentration reduction step with the purpose of disrupting enveloped viruses; e. subjecting the platelet releasate to sterile filtering and recovering from the filtering step a filtrate liquid containing the growth factors, f. dividing the filtrate liquid into individual portions, wherein the volume of the individual portion is adjusted such that each portion contains approximately the same number of platelets, g. subjecting the thus obtained individual portions of filtrate liquid to lyophilisation.
A battery pack for an electric appliance, the battery pack comprising - a data memory , which stores project data relating to a predefined sequence of project steps, wherein the project data includes a user text for each project step of the sequence; - a control unit with a voice synthesis circuit , which is configured to generate an audio signal corresponding to the associated user text for a preset project step of the sequence, wherein the control unit is configured to determine a current project status and to select the preset project step from the sequence depending on the current project status; and - a speaker , which is connected to the voice synthesis circuit for obtaining the audio signal and configured to generate a voice output based on the audio signal. - a data memory , which stores project data relating to a predefined sequence of project steps, wherein the project data includes a user text for each project step of the sequence; - a control unit with a voice synthesis circuit , which is configured to generate an audio signal corresponding to the associated user text for a preset project step of the sequence, wherein the control unit is configured to determine a current project status and to select the preset project step from the sequence depending on the current project status; and - a speaker , which is connected to the voice synthesis circuit for obtaining the audio signal and configured to generate a voice output based on the audio signal.
A system, comprising: a first milking box stall of a size sufficient to accommodate a dairy livestock; an equipment portion located adjacent to and at the rear of the first milking box stall , the equipment portion housing a robotic attacher ; a second milking box stall of a size sufficient to accommodate a dairy livestock, the second milking box stall located adjacent to the equipment portion ; wherein the robotic attacher is configured to service both the first milking box stall and the second milking box stall by extending from the rear between the rear legs of a dairy livestock located within either stall in order to attach milking equipment to the dairy livestock, caracterized in that the first milking box stall comprises a gate on one side of the first milking box stall and a wall on the other side of the first milking box stall ; and wherein the second milking box stall comprises a gate on one side of the second milking box stall and shares the wall with the first milking box stall on the other side of the second milking box . a first milking box stall of a size sufficient to accommodate a dairy livestock; an equipment portion located adjacent to and at the rear of the first milking box stall , the equipment portion housing a robotic attacher ; a second milking box stall of a size sufficient to accommodate a dairy livestock, the second milking box stall located adjacent to the equipment portion ; wherein the robotic attacher is configured to service both the first milking box stall and the second milking box stall by extending from the rear between the rear legs of a dairy livestock located within either stall in order to attach milking equipment to the dairy livestock, caracterized in that the first milking box stall comprises a gate on one side of the first milking box stall and a wall on the other side of the first milking box stall ; and wherein the second milking box stall comprises a gate on one side of the second milking box stall and shares the wall with the first milking box stall on the other side of the second milking box .
An expression vector for expression of rod-derived cone viability factor (RdCVF) comprising a) a RdCVF-encoding nucleotide sequence; b) a signal peptide-encoding nucleotide sequence positioned upstream of the RdCVF-encoding nucleotide sequence, wherein the signal peptide-encoding sequence is that of insulin growth factor-1 (IGF-1); and c) a nucleotide sequence having a furin cleavage consensus sequence located downstream of the signal peptide-encoding nucleotide sequence and immediately upstream of the initiating methionine coding sequence within the RdCVF-encoding nucleotide sequence. a) a RdCVF-encoding nucleotide sequence; b) a signal peptide-encoding nucleotide sequence positioned upstream of the RdCVF-encoding nucleotide sequence, wherein the signal peptide-encoding sequence is that of insulin growth factor-1 (IGF-1); and c) a nucleotide sequence having a furin cleavage consensus sequence located downstream of the signal peptide-encoding nucleotide sequence and immediately upstream of the initiating methionine coding sequence within the RdCVF-encoding nucleotide sequence.
An electronic device, comprising: a first memory ; a second memory ; and a processor configured to: identify (S813) whether an available capacity of the second memory is less than a predetermined value; obtain a list from the first memory to terminate at least one application among a plurality of applications which are running in background of the electronic device, in response to identifying that the available capacity of the second memory is less than the predetermined value (S901); identify (S905) whether all of the plurality applications are included in the list; identify (S913, S915) a first application, which is run in the background for the longest time, in applications not included in the list among the plurality of applications , in response to identifying that all of the plurality applications are not included in the list (S905, NO ; and terminate (S909) the first application, to obtain the available capacity. a first memory ; a second memory ; and a processor configured to: identify (S813) whether an available capacity of the second memory is less than a predetermined value; obtain a list from the first memory to terminate at least one application among a plurality of applications which are running in background of the electronic device, in response to identifying that the available capacity of the second memory is less than the predetermined value (S901); identify (S905) whether all of the plurality applications are included in the list; identify (S913, S915) a first application, which is run in the background for the longest time, in applications not included in the list among the plurality of applications , in response to identifying that all of the plurality applications are not included in the list (S905, NO ; and terminate (S909) the first application, to obtain the available capacity. identify (S813) whether an available capacity of the second memory is less than a predetermined value; obtain a list from the first memory to terminate at least one application among a plurality of applications which are running in background of the electronic device, in response to identifying that the available capacity of the second memory is less than the predetermined value (S901); identify (S905) whether all of the plurality applications are included in the list; identify (S913, S915) a first application, which is run in the background for the longest time, in applications not included in the list among the plurality of applications , in response to identifying that all of the plurality applications are not included in the list (S905, NO ; and terminate (S909) the first application, to obtain the available capacity.
A lubricating coating material for a stainless steel sheet comprising an acrylic resin, a polyethylene wax and an organic calcium compound, wherein the polyethylene wax has a melting point of 115°C or higher, the organic calcium compound is an overbasic petroleum calcium sulfonate, the lubricating coating material contains from more than 20 parts by mass to 50 parts by mass of the polyethylene wax with respect to 100 parts by mass of the acrylic resin, and the lubricating coating material contains 1 to 10 parts by mass of the organic calcium compound with respect to 100 parts by mass of the acrylic resin.
A device for producing three-dimensional molded parts of defined shape by means of successive deposition of multiple layers of a hardening plastic material on a delivery table , comprising: a movable print head consisting of a heated ejection unit, a feed unit and a nozzle through which the plastic melt for producing the three-dimensional molded part exits the ejection unit, as well as of a closing unit which is closed by a closing element during the printing operation, wherein the print head is fixed to a controllable, movable tool, which can trace the space curves necessary for the molded part to be produced, an extruder for processing the plastic melt, said extruder being fixed to a filling table and connected to the closing unit in a pressure-tight manner for filling the movable print head with plastic melt.
Device for diagnosing errors in track signals of a position-change sensor , comprising - a first evaluation unit , - a further evaluation unit - and a gate unit , the first evaluation unit being configured to evaluate the track signals on the basis of digital signal parameters, the first evaluation unit being configured such as to calculate at least one piece of status information from the digital signal parameters and to make it available at a first output of the first evaluation unit , the first evaluation unit being configured such as to generate an error signal at a further output of the first evaluation unit when an error status of the digital signal parameters is detected, the further evaluation unit being configured such as to generate an error signal at the output of the further evaluation unit, characterised in that the further evaluation unit is configured such as to evaluate the track signals on the basis of analogue signal parameters and to generate, at the output of the further evaluation unit , the error signal generated by the further evaluation unit when the analogue signal parameters leave a validity range, the gate unit being configured such as to generate, by means of logical gating, a resultant error signal at the output of the gate unit depending on the calculated status information, the status of the error signal of the first evaluation unit and the status of the error signal of the further evaluation unit and to forward at least the resultant error signal of the gate unit to a first output of the device. - a first evaluation unit , - a further evaluation unit - and a gate unit , the first evaluation unit being configured such as to calculate at least one piece of status information from the digital signal parameters and to make it available at a first output of the first evaluation unit , the first evaluation unit being configured such as to generate an error signal at a further output of the first evaluation unit when an error status of the digital signal parameters is detected, the further evaluation unit being configured such as to generate an error signal at the output of the further evaluation unit, characterised in that the further evaluation unit is configured such as to evaluate the track signals on the basis of analogue signal parameters and to generate, at the output of the further evaluation unit , the error signal generated by the further evaluation unit when the analogue signal parameters leave a validity range, the gate unit being configured such as to generate, by means of logical gating, a resultant error signal at the output of the gate unit depending on the calculated status information, the status of the error signal of the first evaluation unit and the status of the error signal of the further evaluation unit and to forward at least the resultant error signal of the gate unit to a first output of the device.
Method for printing a three-dimensional part with an additive manufacturing system, the method comprising: feeding a consumable filament to a liquefier assembly retained by the additive manufacturing system, wherein the consumable filament has a composition that comprises at least 50% by weight of one or more elastomers with a flexural modulus and up to 50% by weight of one or more reinforcing additives, and which filament has a flexural modulus, as measured by a dynamic mechanical analysis (DMA) in a three point bending configuration, greater than the flexural modulus of the elastomer(s) and greater than 300 megaPascals (MPa) and wherein the one or more reinforcing additives in the filament comprise one or more of mineral whiskers, mineral salts, thermoplastic fibers, water-soluble polymers or combinations thereof; melting the fed consumable filament in the liquefier assembly; extruding the melted filament from a nozzle of the liquefier assembly using, at least in part, a viscosity-pump action from the fed consumable filament; depositing the extruded melted filament as a series of roads to print the three-dimensional part in a layer-by-layer manner; and characterized by modifying the composition of the filament by a melting operation for melting the additive or by a chemically processing for dissolving, fracturing, softening or otherwise degrading the additive, to reduce the flexural modulus of the composition. feeding a consumable filament to a liquefier assembly retained by the additive manufacturing system, wherein the consumable filament has a composition that comprises at least 50% by weight of one or more elastomers with a flexural modulus and up to 50% by weight of one or more reinforcing additives, and which filament has a flexural modulus, as measured by a dynamic mechanical analysis (DMA) in a three point bending configuration, greater than the flexural modulus of the elastomer(s) and greater than 300 megaPascals (MPa) and wherein the one or more reinforcing additives in the filament comprise one or more of mineral whiskers, mineral salts, thermoplastic fibers, water-soluble polymers or combinations thereof; melting the fed consumable filament in the liquefier assembly; extruding the melted filament from a nozzle of the liquefier assembly using, at least in part, a viscosity-pump action from the fed consumable filament; depositing the extruded melted filament as a series of roads to print the three-dimensional part in a layer-by-layer manner; and characterized by modifying the composition of the filament by a melting operation for melting the additive or by a chemically processing for dissolving, fracturing, softening or otherwise degrading the additive, to reduce the flexural modulus of the composition.
An inverter , wherein an input end of the inverter is configured to connect to at least one photovoltaic string of a photovoltaic device , and the inverter comprises a control circuit and a reverse charging circuit ; the control circuit is configured to enable the reverse charging circuit to output a first direct current when the inverter tests the photovoltaic string of the photovoltaic device ; the reverse charging circuit is configured to output the first direct current to the photovoltaic string of the photovoltaic device ; the first direct current is used to excite the photovoltaic string of the photovoltaic device to emit light; wherein input of the reverse charging circuit comprises a second direct current; and characterised by a confluence circuit and an inverter circuit , an input end of the confluence circuit is connected to the input end of the inverter , an output end of the confluence circuit is connected to an input end of the inverter circuit , and an output end of the inverter circuit is connected to an output end of the inverter. the control circuit is configured to enable the reverse charging circuit to output a first direct current when the inverter tests the photovoltaic string of the photovoltaic device ; the reverse charging circuit is configured to output the first direct current to the photovoltaic string of the photovoltaic device ; the first direct current is used to excite the photovoltaic string of the photovoltaic device to emit light; wherein input of the reverse charging circuit comprises a second direct current; and characterised by a confluence circuit and an inverter circuit , an input end of the confluence circuit is connected to the input end of the inverter , an output end of the confluence circuit is connected to an input end of the inverter circuit , and an output end of the inverter circuit is connected to an output end of the inverter.
An evaporator , comprising: an inlet header having one end formed with a refrigerant inlet ; an outlet header having one end formed with a refrigerant outlet ; a plurality of heat exchange tubes each connected between the inlet and outlet headers to communicate the inlet and outlet headers; and a plurality of fins interposed between adjacent heat exchange tubes respectively, characterized in that the evaporator further comprises: a defrosting tube defining a first end connected to the inlet header to communicate with an interior of the inlet header, in which a position of the first end of the defrosting tube connected to the inlet header is spaced apart from the one end of the inlet header by a predetermined distance. an inlet header having one end formed with a refrigerant inlet ; an outlet header having one end formed with a refrigerant outlet ; a plurality of heat exchange tubes each connected between the inlet and outlet headers to communicate the inlet and outlet headers; and a plurality of fins interposed between adjacent heat exchange tubes respectively, characterized in that the evaporator further comprises: a defrosting tube defining a first end connected to the inlet header to communicate with an interior of the inlet header, in which a position of the first end of the defrosting tube connected to the inlet header is spaced apart from the one end of the inlet header by a predetermined distance.
A food processing machine for processing a food product, the food processing machine comprising: a housing defining a cavity ; a conveyor with a belt comprising metal for conveying the food product through the cavity in a longitudinal direction; a convection heating system for heating air in the cavity such that heated air heats the food product as the food product is conveyed through the cavity; a microwave launch box system configured to emit microwave energy into the cavity in a lateral direction transverse to the longitudinal direction to thereby further heat the food product as the food product is conveyed through the cavity; characterized in that the food processing machine further comprises: a microwave monitoring detector for detecting microwave energy leaking from the machine; and a controller in communication with the microwave monitoring detector, the controller being configured to shut off at least one launch box assembly or magnetron of the microwave launch box system when the microwave energy detected by the microwave monitoring detector is equal to or greater than a maximum allowable microwave energy leakage value. a housing defining a cavity ; a conveyor with a belt comprising metal for conveying the food product through the cavity in a longitudinal direction; a convection heating system for heating air in the cavity such that heated air heats the food product as the food product is conveyed through the cavity; a microwave launch box system configured to emit microwave energy into the cavity in a lateral direction transverse to the longitudinal direction to thereby further heat the food product as the food product is conveyed through the cavity; characterized in that the food processing machine further comprises: a microwave monitoring detector for detecting microwave energy leaking from the machine; and a controller in communication with the microwave monitoring detector, the controller being configured to shut off at least one launch box assembly or magnetron of the microwave launch box system when the microwave energy detected by the microwave monitoring detector is equal to or greater than a maximum allowable microwave energy leakage value. a microwave monitoring detector for detecting microwave energy leaking from the machine; and a controller in communication with the microwave monitoring detector, the controller being configured to shut off at least one launch box assembly or magnetron of the microwave launch box system when the microwave energy detected by the microwave monitoring detector is equal to or greater than a maximum allowable microwave energy leakage value.
A method for molding a display module , the method comprising: forming a cavity (C) using a die plate of a first die and a plurality of side surface dies ; filling the cavity (C) with a coating material (T); fixing a display module to a second die using a coupling body disposed on a second surface (41-2) of the display module , opposite of a first surface (41-1) of the display module disposed with a plurality of LEDs (P); soaking the display module in the coating material (T) filled in the cavity (C); curing the coating material (T); and separating the cured coating material (T) of the display module from the die plate . forming a cavity (C) using a die plate of a first die and a plurality of side surface dies ; filling the cavity (C) with a coating material (T); fixing a display module to a second die using a coupling body disposed on a second surface (41-2) of the display module , opposite of a first surface (41-1) of the display module disposed with a plurality of LEDs (P); soaking the display module in the coating material (T) filled in the cavity (C); curing the coating material (T); and separating the cured coating material (T) of the display module from the die plate .