mhurhangee/ep-ind-claims huggingface dataset:
An air duct connection system for connecting two air duct elements so as to form an air duct, having flange profiles which comprise a first chamber formed by profile legs (22, 23) and mountable onto the end of the air duct element and a second chamber formed by further profile legs (28, 29) which is disposed at an angle with respect to the first chamber, said second chamber being designed for receiving a leg of a corner bracket, the first profile leg of the first chamber and the first profile leg of the second chamber being oriented such as to form an L and the first profile leg of the second chamber having a backward-folded lug which is oriented essentially parallel to the first profile leg of the first chamber and forms an insertion pocket for receiving the end of the air duct element and the first profile leg of the first chamber comprising a backward-bent portion that extends outside of the first chamber, and an insertion chamber being formed which is provided adjacent to, and outside of, the first chamber in the prolongation of the backward-bent portion, and a fold of the backward-folded lug extending up to the transition portion between the second profile leg of the second chamber and the second profile leg of the first chamber, with two adjacent flange profiles being connected to each other in the corner region of the air duct element by a corner bracket and the respective leg of the corner bracket being inserted into the second chamber of the flange profile and the one end of the air duct element being inserted into the insertion pocket of the flange profile, characterised in that a sealing profile with a sealing profile body has an L-shaped cross-section and has a strip-shaped portion with a contact surface for an outer side of the first leg of the second chamber of a flange profile and comprises a profile portion that is insertable into the insertion chamber of the flange profile, and in that the sealing profile may be slid onto the flange profile(s) of the air duct element so as to extend along the flange profiles and the corner regions thus sealing the connection point between the respective end faces of two air duct elements.
Method for lightening keratin materials, which consists in treating the keratin materials with at least: a) a direct oil-in-water emulsion comprising one or more fatty substances other than fatty acids, including at least one oil, the fatty substance(s) being present in an amount greater than 25% by weight, one or more oxyethylenated non-ionic surfactants chosen from C 18 -C 30 oxyethylenated alcohols, the number of OE units being between 1 and 50; one or more oxidizing agents and an amount of water greater than 5% by weight of the total weight of the emulsion, b) a composition comprising one or more alkaline agents chosen from the organic amines. a) a direct oil-in-water emulsion comprising one or more fatty substances other than fatty acids, including at least one oil, the fatty substance(s) being present in an amount greater than 25% by weight, one or more oxyethylenated non-ionic surfactants chosen from C 18 -C 30 oxyethylenated alcohols, the number of OE units being between 1 and 50; one or more oxidizing agents and an amount of water greater than 5% by weight of the total weight of the emulsion, b) a composition comprising one or more alkaline agents chosen from the organic amines.
A process to produce a catalyst composition, the process comprising: (i) contacting an activator-support and an organoaluminum compound for a first period of time to form a precontacted mixture, wherein the time period is at least 10 minutes; and (ii) contacting the precontacted mixture with a metallocene compound for a second period of time to form the catalyst composition, wherein: the metallocene compound comprises a bridged metallocene containing an alkenyl substituent on the bridging group and/or on a cyclopentadienyl-type group, and wherein a single metallocene compound is employed in the process. (i) contacting an activator-support and an organoaluminum compound for a first period of time to form a precontacted mixture, wherein the time period is at least 10 minutes; and (ii) contacting the precontacted mixture with a metallocene compound for a second period of time to form the catalyst composition, wherein: the metallocene compound comprises a bridged metallocene containing an alkenyl substituent on the bridging group and/or on a cyclopentadienyl-type group, and wherein a single metallocene compound is employed in the process.
A liquid paroxetine composition, comprising: (a) Paroxetine mesylate, in a concentration of at least 5 mg/ml expressed in terms of paroxetine base; (b) A non-carbohydrate sweetener; and (c) A solvent which comprises 60-100% of an organic solvent component comprising ethanol, polyol, or mixtures of two or more thereof, and 0-40% of water, wherein the paroxetine composition is in the form of a solution and has a pH less than 7.0, preferably between 3.5 and 7.0. (a) Paroxetine mesylate, in a concentration of at least 5 mg/ml expressed in terms of paroxetine base; (b) A non-carbohydrate sweetener; and (c) A solvent which comprises 60-100% of an organic solvent component comprising ethanol, polyol, or mixtures of two or more thereof, and 0-40% of water, wherein the paroxetine composition is in the form of a solution and has a pH less than 7.0,
An apparatus for eliminating slack and vibrations of the chain of a chain drive, the apparatus being configured to transfer the chain slack and vibrations through a sprocket wheel connected to the chain, the apparatus comprising: • a piston-cylinder arrangement; • a first piston, a cylinder in which said first piston is configured to reciprocate, said cylinder configured to be filled with a first fluid, a grease port defined in said cylinder for introducing and dispensing said first fluid into said cylinder or therefrom, and a pump in fluid communication with said grease port; characterized by a pressure sensor fitted inside said cylinder to sense pressure of said first fluid in said cylinder, said pressure sensor configured to be in communication with said pump, said grease port configured to enable operation of said pump when said pressure sensor senses a reduced pressure in said cylinder in response to a slackening of the chain, and thereby reduction in pressure exerted by said first piston on said first fluid inside said cylinder; the apparatus further comprising: • a second piston configured to reciprocate in a cavity defined inside said first piston, said second piston connected to said sprocket wheel at one end, a second compressible fluid filled in said cavity, said second piston arrangement configured such that the vibrations received by said second piston are damped by said second compressible fluid. • a piston-cylinder arrangement; • a first piston, a cylinder in which said first piston is configured to reciprocate, said cylinder configured to be filled with a first fluid, a grease port defined in said cylinder for introducing and dispensing said first fluid into said cylinder or therefrom, and a pump in fluid communication with said grease port; characterized by a pressure sensor fitted inside said cylinder to sense pressure of said first fluid in said cylinder, said pressure sensor configured to be in communication with said pump, said grease port configured to enable operation of said pump when said pressure sensor senses a reduced pressure in said cylinder in response to a slackening of the chain, and thereby reduction in pressure exerted by said first piston on said first fluid inside said cylinder; the apparatus further comprising: • a second piston configured to reciprocate in a cavity defined inside said first piston, said second piston connected to said sprocket wheel at one end, a second compressible fluid filled in said cavity, said second piston arrangement configured such that the vibrations received by said second piston are damped by said second compressible fluid.
Silica-based sol having an S value within the range of from 15 to 25 %, mole ratio Si:Al in the range of from 20:1 to 50:1, mole ratio Si:X, where X = alkali metal, in the range of from 3:1 to 17:1, SiO 2 content of at least 5 % by weight and containing silica-based particles having a specific surface area of at least 300 m 2 /g.
A floating photovoltaic power plant comprising a pliable net or perforated mat configured to be arranged on a surface of a body of water, the net or perforated mat having a plurality of photovoltaic modules fixed thereon, wherein each module is buoyant and the plurality of photovoltaic modules are interconnected in elongate strings or matrices by the net or perforated mat, characterized in that a back side of each module is configured to be thermally connected to the body of water via an aluminium heat sink (7, 11) attached to or forming part of the back side of the module.
A method of protecting a solar panel comprising covering the solar panel with a protective cover of a low color polyimide polymer produced by: (i) reacting at least one acid monomer with at least one diamine monomer to form a polyamic acid backbone, where the monomers are selected such that the polyamic acid backbone includes a non-terminal attachment point; (ii) after step (i), imidizing the polyamic acid backbone to form a polyimide polymer backbone; and (iii) after step (ii), attaching an oligomeric silsesquioxane compound to the attachment point on the polyimide polymer backbone, such that the OS compound is connected to the polyimide polymer backbone. (i) reacting at least one acid monomer with at least one diamine monomer to form a polyamic acid backbone, where the monomers are selected such that the polyamic acid backbone includes a non-terminal attachment point; (ii) after step (i), imidizing the polyamic acid backbone to form a polyimide polymer backbone; and (iii) after step (ii), attaching an oligomeric silsesquioxane compound to the attachment point on the polyimide polymer backbone, such that the OS compound is connected to the polyimide polymer backbone.
A process for self-sufficient enzymatic hydrolysis of lignocellulose-containing material, comprising the steps (a) subjecting a lignocellulose-containing material to a pretreatment in a pretreatment device; (b) contacting the pretreated lignocellulose-containing material of step a) with at least one hydrolase comprising one or more activities selected from the activities of exo- and endocellulases, that is to say Cellobiohydrolase I, II, endoglucanase I-IV, beta-Glucosidase, exo- and endohemicellulases, that is to say xylanase, xylosidase, xylobiase, arabinase, arabinofucosidase, mannanase, mannosidase, galactase and galactosidase, and esterases, in a hydrolysis vessel to form a hydrolyzate; (c) separating the hydrolyzate and subsequently dividing the hydrolyzate into two parts (i) and (ii), wherein part (i) is directed to a cultivation vessel; (d) fermenting part (i) of the hydrolyzate with at least one microorganism and/or fungus capable of the production of at least one enzyme belonging to the class of hydrolases; and (e) redirecting the fermented hydrolyzate of step d) to the hydrolysis vessel of step b); wherein the hydrolyzate is treated to remove at least one substance inhibitory to at least one enzyme and/or at least one microorganism and/or fungus. (a) subjecting a lignocellulose-containing material to a pretreatment in a pretreatment device; (b) contacting the pretreated lignocellulose-containing material of step a) with at least one hydrolase comprising one or more activities selected from the activities of exo- and endocellulases, that is to say Cellobiohydrolase I, II, endoglucanase I-IV, beta-Glucosidase, exo- and endohemicellulases, that is to say xylanase, xylosidase, xylobiase, arabinase, arabinofucosidase, mannanase, mannosidase, galactase and galactosidase, and esterases, in a hydrolysis vessel to form a hydrolyzate; (c) separating the hydrolyzate and subsequently dividing the hydrolyzate into two parts (i) and (ii), wherein part (i) is directed to a cultivation vessel; (d) fermenting part (i) of the hydrolyzate with at least one microorganism and/or fungus capable of the production of at least one enzyme belonging to the class of hydrolases; and (e) redirecting the fermented hydrolyzate of step d) to the hydrolysis vessel of step b); wherein the hydrolyzate is treated to remove at least one substance inhibitory to at least one enzyme and/or at least one microorganism and/or fungus.
An electrically heating exhaust gas purifying apparatus comprising: an exhaust gas-treating body made of a resistance heating body; a metal casing for housing the exhaust gas-treating body; and a holding sealing material arranged between the exhaust gas-treating body and the metal casing to hold the exhaust gas-treating body, wherein the exhaust gas purifying apparatus further comprises: a first electrode penetrating through the metal casing and the holding sealing material and having a first end part bonded to the exhaust gas-treating body and a second end part exposed outside of the metal casing, and a second electrode penetrating through the metal casing and the holding sealing material and having a first end part bonded to the exhaust gas-treating body and a second end part exposed outside of the metal casing, characterized in that the holding sealing material comprises: an inorganic fiber sheet in which inorganic fibers are interlaced with one another, and a water-proof insulation sheet containing a flaky inorganic material. an exhaust gas-treating body made of a resistance heating body; a metal casing for housing the exhaust gas-treating body; and a holding sealing material arranged between the exhaust gas-treating body and the metal casing to hold the exhaust gas-treating body, wherein the exhaust gas purifying apparatus further comprises: a first electrode penetrating through the metal casing and the holding sealing material and having a first end part bonded to the exhaust gas-treating body and a second end part exposed outside of the metal casing, and a second electrode penetrating through the metal casing and the holding sealing material and having a first end part bonded to the exhaust gas-treating body and a second end part exposed outside of the metal casing, characterized in that the holding sealing material comprises: an inorganic fiber sheet in which inorganic fibers are interlaced with one another, and a water-proof insulation sheet containing a flaky inorganic material. a first electrode penetrating through the metal casing and the holding sealing material and having a first end part bonded to the exhaust gas-treating body and a second end part exposed outside of the metal casing, and a second electrode penetrating through the metal casing and the holding sealing material and having a first end part bonded to the exhaust gas-treating body and a second end part exposed outside of the metal casing, characterized in that the holding sealing material comprises: an inorganic fiber sheet in which inorganic fibers are interlaced with one another, and a water-proof insulation sheet containing a flaky inorganic material. an inorganic fiber sheet in which inorganic fibers are interlaced with one another, and a water-proof insulation sheet containing a flaky inorganic material.
A Radio Frequency Identification, RFID, system for enabling an RFID reader to identify all RFID tags through continuous communication between the RFID tags and the RFID reader, wherein a period, in which the RFID tags each send a signal, including an ID, to the RFID reader and the RFID reader sends feedback, is defined as a time slot, the RFID system comprising: an RFID reader for sending one piece of time slot type information to all of the RFID tags within an identification range of the RFID reader, wherein the piece of time slot type information is selected from among collision type information, indicating that signals from the RFID tags collide with each other, idle type information, indicating that there are no signals from the RFID tags; and readable type information, indicating that a signal has been received from a single RFID tag and the corresponding RFID tag has been identified as type information of a specific time slot, depending on the number of signals sent from the RFID tags in the corresponding time slot; and RFID tags for performing functions, in which, when information, indicating that a current time slot is a collision type, is fed back from the RFID reader, each of RFID tags that caused a collision selects one value of either 0 or 1 and assigns a time slot, for sending a signal to the RFID reader, wherein a single tag group that caused a collision is divided into two sub-groups depending on the assigned time slots based on the selected value, and all of the RFID tags of the different sub-groups send signals, including IDs thereof, to the RFID reader in different time slots for the respective sub-groups. an RFID reader for sending one piece of time slot type information to all of the RFID tags within an identification range of the RFID reader, wherein the piece of time slot type information is selected from among collision type information, indicating that signals from the RFID tags collide with each other, idle type information, indicating that there are no signals from the RFID tags; and readable type information, indicating that a signal has been received from a single RFID tag and the corresponding RFID tag has been identified as type information of a specific time slot, depending on the number of signals sent from the RFID tags in the corresponding time slot; and RFID tags for performing functions, in which, when information, indicating that a current time slot is a collision type, is fed back from the RFID reader, each of RFID tags that caused a collision selects one value of either 0 or 1 and assigns a time slot, for sending a signal to the RFID reader, wherein a single tag group that caused a collision is divided into two sub-groups depending on the assigned time slots based on the selected value, and all of the RFID tags of the different sub-groups send signals, including IDs thereof, to the RFID reader in different time slots for the respective sub-groups.
An endotracheal intubation device comprising: a shaft having a steerable distal end; a steering control mechanism housed in an outer housing, for moving the steerable distal end of the shaft to a number of different angular positions, wherein the mechanism is manually movable, and comprises a control disc mounted for pivotal movement on a conical spring and further comprising a spring mounting structure within the outer casing wherein an end of the spring is connected to the control disc and another end is connected to the spring mount within the interior of the outer casing, and at least one control cable, each end of the at least one control cable being attached to the steerable distal end of the shaft thereby forming a closed loop connected to the disc; and wherein the mechanism is configured such that when pressure is applied to the control disc at the periphery, the control disc tilts, causing the at least one control cable to be pulled to move the steerable end of the shaft into different angular positions; and wherein the steering control mechanism further comprises a locking mechanism to lock and unlock each control cable loop to the control disc. a shaft having a steerable distal end; a steering control mechanism housed in an outer housing, for moving the steerable distal end of the shaft to a number of different angular positions, wherein the mechanism is manually movable, and comprises a control disc mounted for pivotal movement on a conical spring and further comprising a spring mounting structure within the outer casing wherein an end of the spring is connected to the control disc and another end is connected to the spring mount within the interior of the outer casing, and at least one control cable, each end of the at least one control cable being attached to the steerable distal end of the shaft thereby forming a closed loop connected to the disc; and wherein the mechanism is configured such that when pressure is applied to the control disc at the periphery, the control disc tilts, causing the at least one control cable to be pulled to move the steerable end of the shaft into different angular positions; and wherein the steering control mechanism further comprises a locking mechanism to lock and unlock each control cable loop to the control disc.
A pole component assembly for a circuit breaker, comprising: a circuit breaker portion assembly having a main body provided with a fixing electrode and an operating electrode therein, an insulating rod provided in an lower portion of the main body and coupled to the operating electrode to move the operating electrode up and down, and a current carrying portion coupled to the insulating rod to be connected to an external terminal, wherein the main body is coated with an elastomer, and an upper end of the main body is most thickly coated, characterised in that it further comprises: an external insulating housing having a lower body provided with a lower terminal accommodating portion to accommodate a lower terminal electrically connected to the circuit breaker portion assembly and connectable to an external power source, and a upper body provided with an upper terminal accommodating portion to accommodate an upper terminal electrically connected to the circuit breaker portion assembly and connectable to the external power source, the upper body formed integrally with an upper portion of the lower body and having a shape in which a diameter of a portion thereof gradually decreases toward an upper portion thereof, and wherein the circuit breaker portion assembly is detachably inserted into the external insulating housing after the external insulating housing is made. an external insulating housing having a lower body provided with a lower terminal accommodating portion to accommodate a lower terminal electrically connected to the circuit breaker portion assembly and connectable to an external power source, and a upper body provided with an upper terminal accommodating portion to accommodate an upper terminal electrically connected to the circuit breaker portion assembly and connectable to the external power source, the upper body formed integrally with an upper portion of the lower body and having a shape in which a diameter of a portion thereof gradually decreases toward an upper portion thereof, and wherein the circuit breaker portion assembly is detachably inserted into the external insulating housing after the external insulating housing is made.
A method for molding a display module, the method comprising: forming a cavity using a die plate of a first die and a plurality of side surface dies; filling the cavity with a coating material; fixing a display module to a second die using a coupling body disposed on a second surface of the display module, opposite of a first surface of the display module disposed with a plurality of LEDs; soaking the display module in the coating material filled in the cavity; curing the coating material; and separating the cured coating material of the display module from the die plate. forming a cavity using a die plate of a first die and a plurality of side surface dies; filling the cavity with a coating material; fixing a display module to a second die using a coupling body disposed on a second surface of the display module, opposite of a first surface of the display module disposed with a plurality of LEDs; soaking the display module in the coating material filled in the cavity; curing the coating material; and separating the cured coating material of the display module from the die plate.