mhurhangee/patent-ind-claim-en huggingface dataset:
Process for producing nanoscale metal sulfides, comprising the steps of (a) providing nanoparticles composed of metal or metal oxide in a reservoir vessel equipped with a supply facility ; (b) continuously supplying and fluidizing the nanoparticles in a stream of a first process gas, consisting of 10 to 25 % by volume of H 2 , 75 to 90 % by volume of H 2 S and 0 to 15 % by volume of an inert gas selected from N 2 , Ar or a mixture thereof, where the nanoparticles are fluidized in the first process gas for a time of 30 to 300 s at a temperature of 600 to 900 °C; (c) depositing the nanoparticles on a surface of a dumped bed of nanoparticles in an oven chamber , where a second process gas composed of 10 to 25 % by volume of H 2 , 75 to 90 % by volume of H 2 S and 0 to 15 % by volume of an inert gas selected from N 2 , Ar or a mixture thereof is passed above the dumped bed into the oven chamber , and spent process gas is removed from the oven chamber in a lower region of the dumped bed ; (d) sulfiding the nanoparticles present in the dumped bed in the oven chamber , at a temperature of 600 to 900 °C for a time of 30 to 200 min; and (e) continuously removing nanoparticles from the oven chamber in a lower region of the dumped bed . (a) providing nanoparticles composed of metal or metal oxide in a reservoir vessel equipped with a supply facility ; (b) continuously supplying and fluidizing the nanoparticles in a stream of a first process gas, consisting of 10 to 25 % by volume of H 2 , 75 to 90 % by volume of H 2 S and 0 to 15 % by volume of an inert gas selected from N 2 , Ar or a mixture thereof, where the nanoparticles are fluidized in the first process gas for a time of 30 to 300 s at a temperature of 600 to 900 °C; (c) depositing the nanoparticles on a surface of a dumped bed of nanoparticles in an oven chamber , where a second process gas composed of 10 to 25 % by volume of H 2 , 75 to 90 % by volume of H 2 S and 0 to 15 % by volume of an inert gas selected from N 2 , Ar or a mixture thereof is passed above the dumped bed into the oven chamber , and spent process gas is removed from the oven chamber in a lower region of the dumped bed ; (d) sulfiding the nanoparticles present in the dumped bed in the oven chamber , at a temperature of 600 to 900 °C for a time of 30 to 200 min; and (e) continuously removing nanoparticles from the oven chamber in a lower region of the dumped bed .
An edible composition comprising castor oil and linseed oil, characterized in that the castor oil: linseed oil volumetric ratio is 25:75
Collision detection system for detecting and assessing the state of a fixedly erectable crash guard , comprising at least one crash guard , wherein said crash guard is provided with at most one sensor for registering an acceleration of the crash guard in order thus to detect a collision onto or against the said crash guard and, wherein said system comprises a processing unit which is provided to assess, on the basis of the signals generated by the sensor, the effect of a collision on the crash guard and to be able to initiate an alarm signal if necessary, characterized in that the assessment is made on the basis of the impact energy (Ei) of a collision onto or against the crash guard and on the basis of the stress-strain diagram of the material from which the crash guard is made.
A plastic recycling method for processing plastic waste, comprising the steps of: providing a plastic waste mixture stream which on the one hand has a variable proportion of 2D material and a variable proportion of 3D material and on the other hand has an inhomogeneous density distribution, wherein the proportions vary over time; jointly washing both proportions of the plastic waste mixture stream; jointly comminuting both proportions of the plastic waste mixture stream while supplying a cleaning fluid; density-based separation of the plastic waste mixture stream into at least two fractions, wherein the separation takes place as a function of a predeterminable density separation cut; in the case of at least one of the separated fractions: separating the proportion of 2D material and the proportion of 3D material from one another; detecting the proportion of 2D material and/or the proportion of 3D material in the plastic waste mixture stream; regulating a supply parameter of the plastic waste mixture stream as a function of the detected proportion of 2D and/or 3D material. providing a plastic waste mixture stream which on the one hand has a variable proportion of 2D material and a variable proportion of 3D material and on the other hand has an inhomogeneous density distribution, wherein the proportions vary over time; jointly washing both proportions of the plastic waste mixture stream; jointly comminuting both proportions of the plastic waste mixture stream while supplying a cleaning fluid; density-based separation of the plastic waste mixture stream into at least two fractions, wherein the separation takes place as a function of a predeterminable density separation cut; in the case of at least one of the separated fractions: separating the proportion of 2D material and the proportion of 3D material from one another; detecting the proportion of 2D material and/or the proportion of 3D material in the plastic waste mixture stream; regulating a supply parameter of the plastic waste mixture stream as a function of the detected proportion of 2D and/or 3D material.
Ironing cover to cover the top surface of an ironing board and form a support for the clothing to be ironed during ironing, comprising an upper covering part in the form of a cover, in particular of a material permitting a pattern to be printed on it, for example cotton, and at least one part defining an envelope said active in which air is received in an airtight manner to form at least one air layer, the envelope being disposed between the upper covering part and the side of the cover that comes into contact with the upper surface of the board, characterised in that the active envelope is made in the form of a bubble film, the active envelope comprising a basic film from one side of which project domes forming airtight bubbles and containing air.
A flameless candle, comprising a flame-shaped chip, a candle-shaped housing and a needle , the flame-shaped chip having an upper flame-shaped piece , wherein the needle is arranged on the housing and contacts the flame-shaped chip or arranged on the flame-shaped chip and contacts the housing, the highest point of the needle is higher than the lowest point of a top end face of the housing, characterized in that : the flameless candle comprises an umbrella arranged at a bottom of the flame-shaped piece, the umbrella covering the housing for sheltering an internal structure arranged in the housing, the needle is arranged in the umbrella as an umbrella rod, and the flame-shaped piece and the umbrella are combined with the housing from the top end face of the housing through the needle.
A multi-lined detection device , comprising a bottom card , at least two test strips located above the bottom card and arranged side by side, and at least two sealing films located above the bottom card and the test strips , the thickness of the bottom card is greater than the thickness of the sealing film , wherein the at least two sealing films each form a cavity with the bottom card in the area where the test strip is located, and a bonding band connecting said sealing film to the bottom card is formed around the cavity ; the test strip is received in the cavity ; and the bottom card forms a cutting line, which is incompletely disconnected, in an area between two adjacent bonding bands ; and two adjacent sealing films are completely disconnected in the area between the two adjacent bonding bands .
Method for manufacturing a food product in the form of a rod , said method comprising the following steps: - obtaining (S1, S2, S3) at least three strips of food dough, - scarification (S4) of the first strip of food dough and the second strip of food dough, - winding (S5) of said first strip of scarified food dough on itself in the direction of its width, - winding (S6) of said second strip of scarified food dough around the first strip of food dough wound on itself, - winding (S8) of the third strip of unscarified food dough, forming an envelope, around the two strips wound to form a roll, - cutting (S11) of the roll to form rods . - obtaining (S1, S2, S3) at least three strips of food dough, - scarification (S4) of the first strip of food dough and the second strip of food dough, - winding (S5) of said first strip of scarified food dough on itself in the direction of its width, - winding (S6) of said second strip of scarified food dough around the first strip of food dough wound on itself, - winding (S8) of the third strip of unscarified food dough, forming an envelope, around the two strips wound to form a roll, - cutting (S11) of the roll to form rods .
A method for converting a gaseous fuel into syngas, the method comprising: feeding the gaseous fuel and composite metal oxides into a reduction reactor having a top and a bottom, wherein the gaseous fuel and the composite metal oxides are fed into the top of the reduction reactor, whereupon the composite metal oxides form a packed bed and the composite metal oxides and the gaseous fuel flow downward through the reactor in a co-current flow pattern relative to one another; reducing the composite metal oxides with the gaseous fuel to form syngas and reduced composite metal oxides; removing the syngas and the reduced composite metal oxides from the bottom of the reduction reactor, wherein the reduced metal oxides comprise FeO•TiO 2 or wherein the reduced metal oxides comprise FeO•Al 2 O 3 ; transporting the reduced composite metal oxides to an oxidation reactor; regenerating the composite metal oxides by oxidizing the reduced composite metal oxides with an oxidizing reactant in the oxidation reactor; and recycling the regenerated composite metal oxides to the reduction reactor for subsequent reduction reactions to produce syngas. feeding the gaseous fuel and composite metal oxides into a reduction reactor having a top and a bottom, wherein the gaseous fuel and the composite metal oxides are fed into the top of the reduction reactor, whereupon the composite metal oxides form a packed bed and the composite metal oxides and the gaseous fuel flow downward through the reactor in a co-current flow pattern relative to one another; reducing the composite metal oxides with the gaseous fuel to form syngas and reduced composite metal oxides; removing the syngas and the reduced composite metal oxides from the bottom of the reduction reactor, wherein the reduced metal oxides comprise FeO•TiO 2 or wherein the reduced metal oxides comprise FeO•Al 2 O 3 ; transporting the reduced composite metal oxides to an oxidation reactor; regenerating the composite metal oxides by oxidizing the reduced composite metal oxides with an oxidizing reactant in the oxidation reactor; and recycling the regenerated composite metal oxides to the reduction reactor for subsequent reduction reactions to produce syngas.
A composite material molding jig for molding a long member made of a fiber base material and a resin on a plate member , the composite material molding jig comprising: a first member (21a,b) that is made of a material having a thermal expansion coefficient equivalent to a thermal expansion coefficient of the long member , internally includes a space (S) serving as a mold of the long member and inside of which the fiber base material is to be placed, and has an outer surface formed flat in a longitudinal direction (LD); and a second member (22a,b) which internally includes a space shaped to contain the first member (21a,b) and inside of which the first member (21a,b) is to be placed, and has an inner surface formed flat in the longitudinal direction (LD), characterized in that the second member (22a,b) is made of a material lighter than the material of the first member (21a,b), wherein the second member (22a,b) is made up of a plurality of second members (22a-1,22a-2,22a-3,22b-1,22b-2,22b-3) which are provided at a plurality of positions of a part of the entire length of the first member (21a,b) in the longitudinal direction (LD), and wherein a surface of the first member (21a,b) and a surface of the second members (22a-1,22a-2,22a-3,22b-1,22b-2,22b-3) coming into contact with each other are coated with a mold release agent, are stuck with a mold release tape, or are subjected to mold release coating. a first member (21a,b) that is made of a material having a thermal expansion coefficient equivalent to a thermal expansion coefficient of the long member , internally includes a space (S) serving as a mold of the long member and inside of which the fiber base material is to be placed, and has an outer surface formed flat in a longitudinal direction (LD); and a second member (22a,b) which internally includes a space shaped to contain the first member (21a,b) and inside of which the first member (21a,b) is to be placed, and has an inner surface formed flat in the longitudinal direction (LD), characterized in that the second member (22a,b) is made of a material lighter than the material of the first member (21a,b), wherein the second member (22a,b) is made up of a plurality of second members (22a-1,22a-2,22a-3,22b-1,22b-2,22b-3) which are provided at a plurality of positions of a part of the entire length of the first member (21a,b) in the longitudinal direction (LD), and wherein a surface of the first member (21a,b) and a surface of the second members (22a-1,22a-2,22a-3,22b-1,22b-2,22b-3) coming into contact with each other are coated with a mold release agent, are stuck with a mold release tape, or are subjected to mold release coating.
An information processing system comprising: an information processing apparatus comprising a processor configured to: propose, in response to receipt of designation of a user as a destination of content data at a time of transmitting the content data, at least one transmission method to be used to transmit the content data to the user among a plurality of transmission methods characterized in that the information processing system further comprises a server including a use frequency management database which is configured to compile and store information regarding the numbers of times of use of transmission methods used by the users of the individual information processing apparatuses, and the processor is configured to propose, based on the information regarding the numbers of times of use of the individual transmission methods by the user obtained from the use frequency management database, the at least one transmission method to be used to transmit the content data to the user among the plurality of transmission methods. propose, in response to receipt of designation of a user as a destination of content data at a time of transmitting the content data, at least one transmission method to be used to transmit the content data to the user among a plurality of transmission methods characterized in that the information processing system further comprises a server including a use frequency management database which is configured to compile and store information regarding the numbers of times of use of transmission methods used by the users of the individual information processing apparatuses, and the processor is configured to propose, based on the information regarding the numbers of times of use of the individual transmission methods by the user obtained from the use frequency management database, the at least one transmission method to be used to transmit the content data to the user among the plurality of transmission methods.
Ruminal release dry formulation of the anaerobic probiotic bacteria Megasphaera elsdenii prepared according to a method, comprising the following steps of: (a) providing a culture of the anaerobic probiotic bacteria Megasphaera e / sdenir, (b) subjecting said culture to centrifugation to separate bacteria as a wet cake; (c) mixing said wet cake with an encapsulating agent in an anaerobic chamber forming a lyoslurry, wherein said encapsulating agent is a mixture of 1 % carboxymethlycellulose, 1 % pectin, and 2.5 % glycerol; (d) lyophilising said lyoslurry under desired conditions forming a lyopowder; and (e) packaging said lyopowder in an air-tight container. (a) providing a culture of the anaerobic probiotic bacteria Megasphaera e / sdenir, (b) subjecting said culture to centrifugation to separate bacteria as a wet cake; (c) mixing said wet cake with an encapsulating agent in an anaerobic chamber forming a lyoslurry, wherein said encapsulating agent is a mixture of 1 % carboxymethlycellulose, 1 % pectin, and 2.5 % glycerol; (d) lyophilising said lyoslurry under desired conditions forming a lyopowder; and (e) packaging said lyopowder in an air-tight container.
A component mounting apparatus for holding a component (P) and mounting the component (P) on a target object (S), the component mounting apparatus comprising: a holding member configured to hold a component (P); a head ; a first raising and lowering device configured to raise and lower a raising and lowering member with respect to the head ; a second raising and lowering device , with a raising and lowering stroke shorter than a raising and lowering stroke of the first raising and lowering device , configured to relatively raise and lower the holding member with respect to the raising and lowering member ; a load measuring section configured to measure a load applied to the holding member ; and a control device configured to, when mounting the component (P) held by the holding member on the target object (S), perform raising and lowering control of performing drive control of the first raising and lowering device to lower the holding member to a target position, and performing drive control of the second raising and lowering device to further lower the holding member such that a load measured by the load measuring section is a target load, and then perform releasing of holding of the component (P) by the holding member , wherein the control device is configured to, when the raising and lowering stroke of the second raising and lowering device has reached a stroke end before the component (P) held by the holding member contacts the target object (S), change the target position, perform raising and lowering control again, and release the holding of the component (P) by the holding member . a holding member configured to hold a component (P); a head ; a first raising and lowering device configured to raise and lower a raising and lowering member with respect to the head ; a second raising and lowering device , with a raising and lowering stroke shorter than a raising and lowering stroke of the first raising and lowering device , configured to relatively raise and lower the holding member with respect to the raising and lowering member ; a load measuring section configured to measure a load applied to the holding member ; and a control device configured to, when mounting the component (P) held by the holding member on the target object (S), perform raising and lowering control of performing drive control of the first raising and lowering device to lower the holding member to a target position, and performing drive control of the second raising and lowering device to further lower the holding member such that a load measured by the load measuring section is a target load, and then perform releasing of holding of the component (P) by the holding member , wherein the control device is configured to, when the raising and lowering stroke of the second raising and lowering device has reached a stroke end before the component (P) held by the holding member contacts the target object (S), change the target position, perform raising and lowering control again, and release the holding of the component (P) by the holding member .
An apparatus comprising: a radio-frequency, RF, path that includes an antenna tuner ; and calibration circuitry coupled to the antenna tuner , the calibration circuitry comprising a switched load and configured to selectively isolate an antenna from a component of the RF path. a radio-frequency, RF, path that includes an antenna tuner ; and calibration circuitry coupled to the antenna tuner , the calibration circuitry comprising a switched load and configured to selectively isolate an antenna from a component of the RF path.
A liquid crystal display panel comprising a color filter substrate , and an array substrate formed opposite and spaced apart from the color filter substrate , and a photo spacer disposed between the color filter substrate and the array substrate , a side of the array substrate toward the color filter substrate provided with a contact hole , a side of the color filter substrate toward the array substrate provided with a projection , a height of the projection larger than a height of the photo spacer , and a top of the projection inserted into the contact hole , so that the projection blocks the contact hole in such a way that the projection abuts against peripheral sides of the contact hole ; wherein the color filter substrate comprises a first substrate body , a color filter layer , and an over coat layer , wherein the projection comprises part of the color filter layer and part of the over coat layer and penetrates the over coat layer such that the over coat layer encompasses and holds a periphery of the projection .
Baby bottle device comprising a teat having a teat volume , a container having a container volume , a partitioning element at an open end of the container between the teat volume and the container volume , having a plurality of openings for letting fluid in the container volume flow into the teat volume , and a floater having a buoyancy, wherein the floater is adapted to float in the liquid in the container volume if liquid is present at the open end of the container , characterized in that , when floating, the floater is adapted to close at least one opening of the partitioning element which is located at a vertically upper region of the partitioning element, due to the bouyancy of the floater causing the floater to float to said vertically upper region of the partitioning element, and to open at least one opening of the partitioning element which is located at a vertically lower region of the partitioning element and in that the floater is coupled to the partitioning element. a teat having a teat volume , a container having a container volume , a partitioning element at an open end of the container between the teat volume and the container volume , having a plurality of openings for letting fluid in the container volume flow into the teat volume , and a floater having a buoyancy, wherein the floater is adapted to float in the liquid in the container volume if liquid is present at the open end of the container , characterized in that , when floating, the floater is adapted to close at least one opening of the partitioning element which is located at a vertically upper region of the partitioning element, due to the bouyancy of the floater causing the floater to float to said vertically upper region of the partitioning element, and to open at least one opening of the partitioning element which is located at a vertically lower region of the partitioning element and in that the floater is coupled to the partitioning element.