mhurhangee/ep-ind-claims huggingface dataset:
A powder for use in a negative electrode of a battery, comprising a mixture of: - a first number-based fraction of particles comprising a carbonaceous matrix material and silicon-based particles dispersed therein, and - a second number-based fraction of particles, comprising Si-free carbonaceous particles comprising graphitic domains, said powder being characterized in that: - said graphitic domains comprised in the Si-free carbonaceous particles have a mean size of at least 10 nm and at most 45 nm, as determined by the Scherrer equation applied to the powder's X-ray diffraction peak assigned to C, having a maximum intensity Ic at 2θ Cu between 26° and 27°, and - said particles comprising a carbonaceous matrix material and silicon-based particles dispersed therein are free of graphitic domains having a size larger than 5 nm, preferably free of graphitic domains having a size larger than 2 nm. - a first number-based fraction of particles comprising a carbonaceous matrix material and silicon-based particles dispersed therein, and - a second number-based fraction of particles, comprising Si-free carbonaceous particles comprising graphitic domains, - said graphitic domains comprised in the Si-free carbonaceous particles have a mean size of at least 10 nm and at most 45 nm, as determined by the Scherrer equation applied to the powder's X-ray diffraction peak assigned to C, having a maximum intensity Ic at 2θ Cu between 26° and 27°, and - said particles comprising a carbonaceous matrix material and silicon-based particles dispersed therein are free of graphitic domains having a size larger than 5 nm, preferably free of graphitic domains having a size larger than 2 nm.
A biopsy device for percutaneous tissue removal, comprising: an elongated housing having an operational axis; a stylet hub slidably mounted in the housing, wherein the stylet hub is movable relative to the housing between a proximal, armed position, and a distal, fired position, the stylet hub having a stylet strike; a cannula hub slidably mounted in the housing alongside the stylet hub, wherein the cannula hub is movable relative to the housing between a proximal, armed position, and a distal, fired position; and a spring-biased arming member moveably mounted to the housing proximal of the respective stylet and cannula hubs (108, 102), the arming member configured for manually-actuated movement from a relaxed, extended position to a loaded, compressed position to define a compressive arming stroke, wherein an arming member biasing spring restores the arming member from the compressed position to the extended position, the housing has a distal portion and a proximal portion, wherein the respective sylet hub and cannula hub are disposed within the distal portion of the housing, and the arming member is mounted to the proximal portion of the housing, the arming member having a surface configured to be depressed relative to the proximal portion of the housing to thereby move the arming member from the extended position into an interior of the proximal portion of the housing for completing a compressive arming stroke, characterized in that the arming member surface is depressed away from the distal portion of the housing for completing a compressive arming stroke. an elongated housing having an operational axis; a stylet hub slidably mounted in the housing, wherein the stylet hub is movable relative to the housing between a proximal, armed position, and a distal, fired position, the stylet hub having a stylet strike; a cannula hub slidably mounted in the housing alongside the stylet hub, wherein the cannula hub is movable relative to the housing between a proximal, armed position, and a distal, fired position; and a spring-biased arming member moveably mounted to the housing proximal of the respective stylet and cannula hubs (108, 102), the arming member configured for manually-actuated movement from a relaxed, extended position to a loaded, compressed position to define a compressive arming stroke, wherein an arming member biasing spring restores the arming member from the compressed position to the extended position, the housing has a distal portion and a proximal portion, wherein the respective sylet hub and cannula hub are disposed within the distal portion of the housing, and the arming member is mounted to the proximal portion of the housing, the arming member having a surface configured to be depressed relative to the proximal portion of the housing to thereby move the arming member from the extended position into an interior of the proximal portion of the housing for completing a compressive arming stroke, characterized in that the arming member surface is depressed away from the distal portion of the housing for completing a compressive arming stroke.
A lighting network comprising a plurality of lighting units and at least one controller, wherein each lighting unit comprises: a lighting emitting unit; a driver coupled to the lighting emitting unit; an AC/DC converter arranged to supply power to the driver; a DC battery unit, coupled to the driver, wherein the DC battery unit is arranged to supply power to the driver if the AC/DC converter cannot supply the power to the driver, characterized in that the controller is arranged to redistribute the DC power between the plurality of lighting units by enabling power from the DC battery unit to pass from one of the plurality of lighting units to another one of the plurality of lighting units on the lighting network. a lighting emitting unit; a driver coupled to the lighting emitting unit; an AC/DC converter arranged to supply power to the driver; a DC battery unit, coupled to the driver,
Nutritionally complete nutritional composition comprising a protein component, a lipid component, a carbohydrate component, minerals, vitamins and water, wherein the protein component comprises at least two different protein sources; wherein the nutritional composition has a caloric density of at least 2kcal/mL, the nutritional composition has a pH of 5.5-9.0, the protein component provides at least 15 EN% based on the total energy of the nutritional composition, and wherein a) the first protein source is low molecular weight protein having a molecular weight (M w) of from 1000 Da to 3000 Da, b) the lipid component provides at least 30 EN % of the total energy of the composition, c) the first source of protein represents 70-90 wt% based on the total weight of the protein component, d) the second protein source is selected from milk protein, wherein the milk protein represents 10-30 wt% based on the total weight of the protein component and e) wherein the nutritional composition comprises at least 14g protein per 100 ml product. a) the first protein source is low molecular weight protein having a molecular weight (M w) of from 1000 Da to 3000 Da, b) the lipid component provides at least 30 EN % of the total energy of the composition, c) the first source of protein represents 70-90 wt% based on the total weight of the protein component, d) the second protein source is selected from milk protein, wherein the milk protein represents 10-30 wt% based on the total weight of the protein component and e) wherein the nutritional composition comprises at least 14g protein per 100 ml product.
A method of analyzing a biological fluid sample, comprising the steps of: providing an analysis chamber defined by a first chamber panel having a first interior surface, and a second chamber panel having a second interior surface; disposing the biologic fluid sample in the analysis chamber and quiescently holding the fluid sample in the analysis chamber; disposing a plurality of beads between the interior surface of the first chamber panel and the interior surface of the second chamber panel; creating one or more images of the fluid sample including directing one or more wavelengths of light incident to the fluid sample while the fluid sample is quiescently residing with the beads within the analysis chamber, wherein the beads are configured to not reflect the one or more wavelengths of light incident to the fluid sample in an amount that appreciably interferes with a photometric analysis of the sample fluid; and analyzing the quiescently residing fluid sample using at least a portion of the one or more images of the sample. providing an analysis chamber defined by a first chamber panel having a first interior surface, and a second chamber panel having a second interior surface; disposing the biologic fluid sample in the analysis chamber and quiescently holding the fluid sample in the analysis chamber; disposing a plurality of beads between the interior surface of the first chamber panel and the interior surface of the second chamber panel; creating one or more images of the fluid sample including directing one or more wavelengths of light incident to the fluid sample while the fluid sample is quiescently residing with the beads within the analysis chamber, wherein the beads are configured to not reflect the one or more wavelengths of light incident to the fluid sample in an amount that appreciably interferes with a photometric analysis of the sample fluid; and analyzing the quiescently residing fluid sample using at least a portion of the one or more images of the sample.
A method for feeding air to a fluidized bed boiler burning fuel, the fluidized bed boiler comprising a fluidized bed and a boiler furnace comprising a first combustion zone, in which method air needed for burning the fuel in the fluidized bed is supplied in stages into the boiler furnace for causing substoichiometric combustion in the first combustion zone, and which method comprises: - supplying primary air into the first combustion zone from under the fluidized bed for fluidizing the bed material; - supplying combustion air for volatile matter into the first combustion zone along with the fuel supply, characterized in that - part of the combustion air for volatile matter is supplied as a first combustion air supply mixed with the fuel supply and part of the combustion air for volatile matter is supplied as a second combustion air supply surrounding at least part of the fuel supply, wherein the first combustion air supply comprises 60 to 70 % of the combustion air for volatile matter and the second combustion air supply comprises 30 to 40 % of the combustion air for volatile matter, and - the velocity at which the combustion air for volatile matter is supplied in both the first and the second combustion air supplies is 10 to 25 m/s. - supplying primary air into the first combustion zone from under the fluidized bed for fluidizing the bed material; - supplying combustion air for volatile matter into the first combustion zone along with the fuel supply, - part of the combustion air for volatile matter is supplied as a first combustion air supply mixed with the fuel supply and part of the combustion air for volatile matter is supplied as a second combustion air supply surrounding at least part of the fuel supply, wherein the first combustion air supply comprises 60 to 70 % of the combustion air for volatile matter and the second combustion air supply comprises 30 to 40 % of the combustion air for volatile matter, and - the velocity at which the combustion air for volatile matter is supplied in both the first and the second combustion air supplies is 10 to 25 m/s.
Lubrication system for the lubrication of rotating or oscillating components having at least one oil suction pipe, which is arranged in an oil reservoir, an oil pump connected to the oil suction pipe, and a heat source connected to the oil pump and downstream thereof further connecting lines for supplying oil to lubrication points which are structurally integrated in a metallic structural environment of a metal housing, after which the oil is returned to the oil reservoir, characterised in that at least one connecting line between the heat source and the lubrication point downstream of the heat source is insulated on the inside wall by an internal insulation, wherein the thermal conductivity of the internal insulation is 5% or less than the thermal conductivity of the connecting lines or of the rest of the structural environment, and the heat source is switched off or at least reduced in its heat output when a first upper oil limit temperature is reached.
Process for preparing an amine adduct, wherein in a 1 st step a polyamine is reacted with a monomer, in the form of an epoxide, an oxetane or a cyclic carbonate, to form an (intermediate) product which, in a subsequent 2 nd step, is reacted with a monomer, in the form of a lactone, an acyclic hydroxycarboxylic acid or a hydroxy-functional acyclic ester, to form a (downstream) product, wherein the polyamine has in each case at least three amino groups (A+) which are selected from primary and secondary amino groups and which in each case are reactive with the monomers and, the monomer contains no ester groups, no carboxyl groups, and no primary or secondary amino groups, and in the 1 st step reacts with ring opening and also formation of a hydroxyl group (H+) with one of the amino groups (A+) of the polyamine, with additional formation of either a carbon-nitrogen bond or a urethane bond, the monomer contains no primary or secondary amino groups, has a molecular weight of 90 - 300 g/mol, and reacts in the 2 nd step in such a way that any amino groups (A+) unreacted in the 1 st step are converted into amide groups, and hydroxyl groups (H+) formed in the 1 st step are converted into ester groups, wherein the monomer is selected such that either reaction thereof is accompanied by additional formation of a terminal hydroxyl group (H++) or that the monomer itself already possesses a terminal hydroxyl group (H++) and that via the terminal hydroxyl groups (H++), with formation of (poly)ester groups, there is further adduction of the monomer, wherein the process parameters are selected such that in the 1 st step and in the 2 nd step a total of at least 50 mol% of the amino groups (A+) are converted. the polyamine has in each case at least three amino groups (A+) which are selected from primary and secondary amino groups and which in each case are reactive with the monomers and, the monomer contains no ester groups, no carboxyl groups, and no primary or secondary amino groups, and in the 1 st step reacts with ring opening and also formation of a hydroxyl group (H+) with one of the amino groups (A+) of the polyamine, with additional formation of either a carbon-nitrogen bond or a urethane bond, the monomer contains no primary or secondary amino groups, has a molecular weight of 90 - 300 g/mol, and reacts in the 2 nd step in such a way that any amino groups (A+) unreacted in the 1 st step are converted into amide groups, and hydroxyl groups (H+) formed in the 1 st step are converted into ester groups, wherein the monomer is selected such that either reaction thereof is accompanied by additional formation of a terminal hydroxyl group (H++) or that the monomer itself already possesses a terminal hydroxyl group (H++) and that via the terminal hydroxyl groups (H++), with formation of (poly)ester groups, there is further adduction of the monomer, wherein the process parameters are selected such that in the 1 st step and in the 2 nd step a total of at least 50 mol% of the amino groups (A+) are converted.
A method for packaging items in blister packaging comprising a receiving part which receives the item and is closed by a material strip after receiving the item, wherein the receiving part is at least partially adapted to the item to be packed, wherein - the receiving part forms a receiving space for the item, which is encompassed by a partially rigid frame, - the receiving part, together with the item therein, is inserted into a tool (6, 6.1, 6.2) and - the region of the receiving part above the item is heated, wherein the receiving part is partially subjected to heat in that it is heated only in the region of a base or only in a partial region of a base, which is intended to lie around the item to be packed, whereby - in the region of the receiving part around the item, the receiving part is de-aerated from the inside or is subjected to pressure from the outside so that a space for the item forms in the receiving part, - wherein only the base of the receiving space or a part thereof above the item is deformed after heating or after being subjected to pressure, and - this space for the item is then closed by the material strip. - the receiving part forms a receiving space for the item, which is encompassed by a partially rigid frame, - the receiving part, together with the item therein, is inserted into a tool (6, 6.1, 6.2) and - the region of the receiving part above the item is heated, wherein the receiving part is partially subjected to heat in that it is heated only in the region of a base or only in a partial region of a base, which is intended to lie around the item to be packed, whereby - in the region of the receiving part around the item, the receiving part is de-aerated from the inside or is subjected to pressure from the outside so that a space for the item forms in the receiving part, - wherein only the base of the receiving space or a part thereof above the item is deformed after heating or after being subjected to pressure, and - this space for the item is then closed by the material strip.
A laundry treating apparatus comprising: a cabinet; a control panel having a power key and a display panel provided to one side of the cabinet; a display MICOM i.e. micro processor computer for controlling a frame to be displayed on a display of the display panel; and a main MICOM for putting a load into operation according to a washing stroke applied thereto, characterized in that the laundry treating apparatus further comprises: a standby power MICOM for generating a power supply signal to supply power to the display MICOM and the main MICOM in response to a power key applied signal generated as the power key is operated, wherein, in a state in which the power is connected, and the power key is not applied, the power is supplied to the standby power MICOM, and no power is supplied to the display MICOM and the main MICOM. a cabinet; a control panel having a power key and a display panel provided to one side of the cabinet; a display MICOM i.e. micro processor computer for controlling a frame to be displayed on a display of the display panel; and a main MICOM for putting a load into operation according to a washing stroke applied thereto, characterized in that the laundry treating apparatus further comprises: a standby power MICOM for generating a power supply signal to supply power to the display MICOM and the main MICOM in response to a power key applied signal generated as the power key is operated, wherein, in a state in which the power is connected, and the power key is not applied, the power is supplied to the standby power MICOM, and no power is supplied to the display MICOM and the main MICOM. a standby power MICOM for generating a power supply signal to supply power to the display MICOM and the main MICOM in response to a power key applied signal generated as the power key is operated, wherein, in a state in which the power is connected, and the power key is not applied, the power is supplied to the standby power MICOM, and no power is supplied to the display MICOM and the main MICOM.
Use of a heat-stable alpha-class carbonic anhydrase for extraction of carbon dioxide from a carbon dioxide-containing medium, wherein the alpha-class carbonic anhydrase has at least 70% identity to SEQ ID NO: 14 and maintains at least 40% activity for at least 15 minutes at temperatures above 50°C.
Method for the additive manufacture of a three-dimensional object comprising or forming a cosmetic composition, the cosmetic composition comprising at least one cosmetic powder and at least one binder, the method comprising the following steps: (a) forming a plane powder layer comprising at least one cosmetic powder; (b) applying a powder binding activator and binding the powder in at least a first region of the powder layer; (c) forming an additional plane powder layer comprising at least one cosmetic powder, the additional layer at least partially covering the previous layer; (d) applying a powder binding activator and binding the powder in at least a second region of the additional powder layer; (e) repeating steps (c) to (d) until the three-dimensional object is formed, wherein, after the three-dimensional object is formed, the cosmetic composition comprised in the three-dimensional object or forming the three-dimensional object is recoverable, in that at least a portion of the cosmetic composition comprised in the three-dimensional object or forming the three-dimensional object can be applied on a body surface of a user, the composition being capable of being at least partially detached from the three-dimensional object in order to remain on the body surface. (a) forming a plane powder layer comprising at least one cosmetic powder; (b) applying a powder binding activator and binding the powder in at least a first region of the powder layer; (c) forming an additional plane powder layer comprising at least one cosmetic powder, the additional layer at least partially covering the previous layer; (d) applying a powder binding activator and binding the powder in at least a second region of the additional powder layer; (e) repeating steps (c) to (d) until the three-dimensional object is formed,
Device for feeding preforms, in particular preforms made of thermoplastic material, which are designed to be formed into bottles, which device is designed for preforms comprising a body and a neck comprising a collar at its junction with the body, the device comprising: - a slide for passage of the preforms which comprises a longitudinal slot delimited transversely by two parallel rails each comprising a sliding path which is designed to support the preform upright by means of its collar, the body normally being suspended below the rails by its weight, thus keeping the neck of the preform above the rails in a central channel for passage of the necks; - at least one stop to stop the passage of preforms which are lying in the slide by abutment with the collar of such a preform, characterized in that the stop is arranged laterally, in line with the sliding path of a rail, transversely next to the channel for passage of the necks. - a slide for passage of the preforms which comprises a longitudinal slot delimited transversely by two parallel rails each comprising a sliding path which is designed to support the preform upright by means of its collar, the body normally being suspended below the rails by its weight, thus keeping the neck of the preform above the rails in a central channel for passage of the necks; - at least one stop to stop the passage of preforms which are lying in the slide by abutment with the collar of such a preform,
Refrigerated product carrier for a refrigeration appliance with a refrigerated product container which can be pulled out by means of a slide, wherein the slide has a guide part which can be fixedly arranged opposite the refrigeration appliance and a free rail part arranged on the refrigerated product container, and wherein the guide part and the refrigerated product container have a rotatably mounted roller (16, 17), which engages in a running channel formed from a guide part and a free rail part, wherein the running channel is widened in its forward end region, in order to enable removal of the refrigerated product container, wherein the guide part consists of an upper rail, an insertion rail and a lower rail, wherein the upper rail runs in parallel to the lower rail, and wherein the lower rail runs horizontally, the insertion rail connects with the upper rail seamlessly and without projecting lugs, and the insertion rail is shaped in such a way that it increases the width of the running channel in an elliptical path, and thereby permits one of the rollers to traverse the other roller.