mhurhangee/ep-ind-claims huggingface dataset:
A method for alternating, parallel synthesis of a combinatorial library comprising different bifunctional complexes, each bifunctional complex comprising a molecule part and a double stranded oligonucleotide coding part identifying the molecule part, said method comprising the steps of i) providing a scaffold "X" linked to an oligonucleotide "x" identifying scaffold "X" in each of a plurality of different reaction compartments; ii) providing a plurality of different reactants; iii) providing a plurality of different oligonucleotides, each oligonucleotide identifying a different reactant; iv) reacting a different reactant with scaffold "X" in each different reaction compartment, thereby generating different molecule parts; v) connecting oligonucleotide "x" with an oligonucleotide "a" identifying the reactant having reacted or is to be reacted in said different reaction compartments, thereby generating different oligonucleotide coding parts comprising oligonucleotide "x"; and vi) making the different oligonucleotide coding parts comprising oligonucleotide "x" double stranded by a process comprising a polymerase extension reaction wherein the different molecule parts are small, non-polymeric molecules with a molecular weight of less than 1000 Da. i) providing a scaffold "X" linked to an oligonucleotide "x" identifying scaffold "X" in each of a plurality of different reaction compartments; ii) providing a plurality of different reactants; iii) providing a plurality of different oligonucleotides, each oligonucleotide identifying a different reactant; iv) reacting a different reactant with scaffold "X" in each different reaction compartment, thereby generating different molecule parts; v) connecting oligonucleotide "x" with an oligonucleotide "a" identifying the reactant having reacted or is to be reacted in said different reaction compartments, thereby generating different oligonucleotide coding parts comprising oligonucleotide "x"; and vi) making the different oligonucleotide coding parts comprising oligonucleotide "x" double stranded by a process comprising a polymerase extension reaction
An access control device for persons, which is designed as a turnstile with one, two or three blocking arms (2, 3) which are connected with a main shaft borne on support, wherein as a function of the rotation of the main shaft the blocking arms (2, 3) each assume a blocking position and at least one clearance position, characterised in that the blocking arms (2, 3) have a section (6, 7) designed as a flat surface which can rotated about the longitudinal axis (8, 9) of the blocking arms (2, 3), wherein the rotation of the sections (6, 7) of the blocking arms (2, 3) designed as a flat surface takes place about the longitudinal axis (8, 9) of the blocking arms (2, 3) in such a way as a function of the rotation of the main shaft that in the blocking position of the blocking arms (2, 3) a predefined angular position of the section (6, 7) designed as a flat surface can be achieved in relation to the perpendicular direction, and in the clearance position the section (6, 7) designed as a flat surface is rotated in such a way that a person is able to pass through and the passage width is not restricted.
Cellular radio data processing method, implemented by computing means of a SIM card of a terminal, characterized in that the SIM card stores in a memory a list of current identifiers of respective cells in which the terminal is successively located, and, in mobility situation, after reception of a current cell identifier, performs the steps of: a) determining whether the current cell identifier is in said list and if the current cell identifier is not in the list: b) sending a cell change notification to a remote server checking the current location of the terminal, and c) adding said current cell identifier to the list, the sending of a notification to the server being conditioned on the absence of the current identifier in said list, the notification sent to the server including the current cell identifier. a) determining whether the current cell identifier is in said list and if the current cell identifier is not in the list: b) sending a cell change notification to a remote server checking the current location of the terminal, and c) adding said current cell identifier to the list,
A filtering device for filtering a fluid, in particular a liquefied plastic, comprising: - a housing having a receptacle for receiving a screen carrier, and a fluid inlet channel and a fluid outlet channel; - a screen carrier movable inside said receptacle, having at least one cavity for receiving a screen support plate having a filter element, wherein the screen carrier is movable from a filtering position into a screen replacement position, wherein the screen carrier and/or the receptacle has a filling recess for filling the cavity with fluid, which releases a flow cross-section whose size depends on the position of the screen carrier in the receptacle to feed fluid from the fluid inlet channel and/or the fluid outlet channel into the cavity, wherein the screen carrier has at least one ventilation recess for releasing any air which is in the cavity during filling, and a control unit which is configured and adapted in such a way that it changes the position of the screen carrier in steps and repeatedly or continuously by means of control signals, characterized in that the control unit is further configured and adapted to change the position of the screen carrier in steps and repeatedly or continuously by means of control signals in such a way that the fluid pressure in the fluid inlet channel and/or in the fluid outlet channel remains within definable pressure ranges while the cavity is being filled. - a housing having a receptacle for receiving a screen carrier, and a fluid inlet channel and a fluid outlet channel; - a screen carrier movable inside said receptacle, having at least one cavity for receiving a screen support plate having a filter element,
A carbon dioxide absorbent comprising: a heterocyclic amine expressed by Formula, and the heterocyclic amine having a pKa of any one amino group included in a heterocyclic ring in Formula in a range of 7.0 or more to 8.6 or less; and an organic solvent having a boiling point of 150°C or more at 1 atm, wherein a total mass of the heterocyclic amine and the organic solvent is 70 mass% or more to 100 mass% or less of the carbon dioxide absorbent, each of R 1 to R 4 in Formula is H, oxygen double-bonded with carbon of the heterocyclic ring, CH 3, OH, or an alkyl chain optionally including a functional group, and X 1 in Formula is H, CH 3, CHO, C OC 2 H 5, C OC 3 H 7, C OCH(CH 3) 2, C OC(CH 3) 3, C OCH 3, C CH 3, or C C 2 H 5, a ratio of the heterocyclic amine to the organic solvent is 1.5 or more to 9.0 or less, and the organic solvent is a solvent having an amide bond or an alcohol having 6 to 12 carbon atoms. a heterocyclic amine expressed by Formula, and the heterocyclic amine having a pKa of any one amino group included in a heterocyclic ring in Formula in a range of 7.0 or more to 8.6 or less; and an organic solvent having a boiling point of 150°C or more at 1 atm, wherein a total mass of the heterocyclic amine and the organic solvent is 70 mass% or more to 100 mass% or less of the carbon dioxide absorbent, each of R 1 to R 4 in Formula is H, oxygen double-bonded with carbon of the heterocyclic ring, CH 3, OH, or an alkyl chain optionally including a functional group, and X 1 in Formula is H, CH 3, CHO, C OC 2 H 5, C OC 3 H 7, C OCH(CH 3) 2, C OC(CH 3) 3, C OCH 3, C CH 3, or C C 2 H 5, a ratio of the heterocyclic amine to the organic solvent is 1.5 or more to 9.0 or less, and the organic solvent is a solvent having an amide bond or an alcohol having 6 to 12 carbon atoms.
A biomaterial collection device, comprising: a wire comprising a functional member comprising a proximal end, a distal end, a first flat surface (380; 351) and a second flat surface (380; 352) opposing the first surface, the functional member configured to fit within a body lumen, wherein the functional member comprises binding elements configured to bind circulating biomaterials of interest, wherein the functional member comprises curved portions that form revolutions around the longitudinal axis of the device, characterized in that the wire comprises 8, 9 or 10 revolutions per 1 cm of length of the wire. a wire comprising a functional member comprising a proximal end, a distal end, a first flat surface (380; 351) and a second flat surface (380; 352) opposing the first surface, the functional member configured to fit within a body lumen, wherein the functional member comprises binding elements configured to bind circulating biomaterials of interest, wherein the functional member comprises curved portions that form revolutions around the longitudinal axis of the device, characterized in that the wire comprises 8, 9 or 10 revolutions per 1 cm of length of the wire.
Beverage dispensing machine comprising a chamber for receiving a beverage container, in particular a keg, forming a beverage refill, and a lid movable between an open position in which the beverage container can be installed in or removed from the receiving chamber and a closed position in which the beverage container is in place and the beverage can be dispensed, said beverage dispensing machine comprising at least one latch (21, 22) movable between a holding position in which it engages with at least one receiving housing (26, 27) to hold the lid in the closed position and a release position in which it is moved out of said at least one receiving housing (26, 27) to allow the lid to move to the open position, characterised in that said beverage dispensing machine comprises a means for returning the at least one latch (21, 22) to the holding position, a handle and a separating member, the handle and the separating member being movable between an activated position in which the separating member moves the lid away from the receiving chamber to move the at least one latch (21, 22) into the release position, against the return means; and a rest position in which the separating member acts neither on the cover nor on the receiving chamber.
A display apparatus comprising: a display that has a display face on which an image is displayed and which is a front face of the display, the display comprising a first front and a second rear transparent plate (8, 9) which are disposed opposite to each other, and a first polarizing film attached to the front face of the first front transparent plate; a back chassis that is disposed at the rear face of the display which is opposite to the display face of the display; and a cover film that reaches from the display face around to the rear side of the back chassis which is opposite to the display face, wherein one end of the cover film is attached to at least a portion of the outer peripheral portion of the display, wherein at least another end of the cover film is attached to the back chassis, wherein the display is held by the cover film, wherein the cover film is the first polarizing film. a display that has a display face on which an image is displayed and which is a front face of the display, the display comprising a first front and a second rear transparent plate (8, 9) which are disposed opposite to each other, and a first polarizing film attached to the front face of the first front transparent plate; a back chassis that is disposed at the rear face of the display which is opposite to the display face of the display; and a cover film that reaches from the display face around to the rear side of the back chassis which is opposite to the display face, wherein one end of the cover film is attached to at least a portion of the outer peripheral portion of the display, wherein at least another end of the cover film is attached to the back chassis, wherein the display is held by the cover film, wherein the cover film is the first polarizing film.
A composition comprising: an active agent; and hydroxypropyl methyl cellulose acetate succinate (HPMCAS) having a degree of substitution of methoxy groups (DS M) of ≤ 1.45, and a combined degree of substitution of acetyl groups (DS Ac) and succinoyl groups (DSs) of (DS Ac + DS S) ≥ 1.25. an active agent; and hydroxypropyl methyl cellulose acetate succinate (HPMCAS) having a degree of substitution of methoxy groups (DS M) of ≤ 1.45, and a combined degree of substitution of acetyl groups (DS Ac) and succinoyl groups (DSs) of (DS Ac + DS S) ≥ 1.25.
A method for constructing a gripping sock, the method comprising: knitting threads to create a fabric structure conforming to a user's foot to construct a sock that defines an inner surface and an outer surface, wherein said inner surface is proximal to a user contact surface and distal to an external contact surface, and wherein said outer surface is proximal to said external contact surface and distal to said user contact surface; configuring a gripping material into one or more of a plurality of shapes for selective application of said gripping material on said inner surface and said outer surface of said sock; and selectively applying the configured gripping material on said inner surface and said outer surface of said sock, wherein said gripping material on said inner surface and said outer surface of said sock adheres to said user contact surface and said external contact surface respectively; wherein the gripping material comprises a non-slip material such that in use said adherence of said gripping material on said inner surface and said outer surface of said sock to said user contact surface and said external contact surface respectively provides grip to a user's foot between the user's foot and the sock, and simultaneously provides grip to the user's foot between the sock and an inside surface of footwear worn by the user. knitting threads to create a fabric structure conforming to a user's foot to construct a sock that defines an inner surface and an outer surface, wherein said inner surface is proximal to a user contact surface and distal to an external contact surface, and wherein said outer surface is proximal to said external contact surface and distal to said user contact surface; configuring a gripping material into one or more of a plurality of shapes for selective application of said gripping material on said inner surface and said outer surface of said sock; and selectively applying the configured gripping material on said inner surface and said outer surface of said sock, wherein said gripping material on said inner surface and said outer surface of said sock adheres to said user contact surface and said external contact surface respectively; wherein the gripping material comprises a non-slip material such that in use said adherence of said gripping material on said inner surface and said outer surface of said sock to said user contact surface and said external contact surface respectively provides grip to a user's foot between the user's foot and the sock, and simultaneously provides grip to the user's foot between the sock and an inside surface of footwear worn by the user.
Separating device for separating a gaseous phase from a liquid phase of a two-phase material flow, having: - a first duct for conducting the material flow, which is to be degassed, in a flow direction extending along the duct, and - a space for receiving the gaseous phase, wherein the first duct is separated off from the space by an element having a multiplicity of through-openings which extends along the first duct, wherein a drop separator extending along the first duct is arranged on a side of the element facing away from the first duct, such that the gaseous phase can pass transversely to the flow direction of the material flow through those through-openings of the element and through the drop separator and can arrive in that space, wherein the drop separator is designed to retain drops of the liquid phase that are entrained in the gaseous phase, characterized in that the first duct is separated by means of a sieve plate from a third duct for receiving the liquid phase. - a first duct for conducting the material flow, which is to be degassed, in a flow direction extending along the duct, and - a space for receiving the gaseous phase,
A method of self-calibrating a lighting device, comprising: - monitoring a calibration area, which encompasses at least a part of an area being illuminable by the lighting device; wherein said monitoring comprises repeating: - detecting a change comprising at least a light intensity change in the calibration area during a monitoring time, while keeping the light output of the lighting device constant; - determining an amount of the change within the monitoring time; and - comparing the amount of the change with a limit value; until the amount of the change is below the limit value; and - calibrating one or more light output settings of the lighting device only when the amount of the change is below the limit value, characterized in that said detecting the change is preceded by one of: - randomly determining the monitoring time within a predetermined monitoring time interval; and - determining the monitoring time by picking a next monitoring time of a predetermined sequence of monitoring times. - monitoring a calibration area, which encompasses at least a part of an area being illuminable by the lighting device; - detecting a change comprising at least a light intensity change in the calibration area during a monitoring time, while keeping the light output of the lighting device constant; - determining an amount of the change within the monitoring time; and - comparing the amount of the change with a limit value; until the amount of the change is below the limit value; and - calibrating one or more light output settings of the lighting device only when the amount of the change is below the limit value, - randomly determining the monitoring time within a predetermined monitoring time interval; and - determining the monitoring time by picking a next monitoring time of a predetermined sequence of monitoring times.
A method of recycling urea in a process of purifying unsaturated substances through a urea adduction method, comprising the following steps: urea adduction: adducting an aqueous solution including a raw material, urea and a lower alcohol aqueous solution at 45-65°C of temperature, wherein a ratio of the raw material to the urea is 1:1-4, a ratio of the urea and the lower alcohol is 1:3-6; and then crystallizing at 0-10°C of crystallization temperature; and afterwards filtrating to obtain a filtrate of unsaturated substances and a filter cake of urea-saturated substance adducts; and then removing solvent from the filtrate to obtain target unsaturated components, and the filter cake is a urea adduct; releasing the urea adduct: adding a polar solvent to the urea adduct to form a solution, the polar solvent is lower alcohol, or a mixture of water and lower alcohol in any proportion; then heating and stirring the solution for dissolution at 50-90 °C of temperature, and standing for layering to obtain a urea solution; and then washing the upper layer of the urea solution with water to obtain a component adducted by urea; urea crystallization: adding an organic solvent to the lower layer of the urea solution, wherein the organic solvent is lower alcohol, n-hexane, acetone, aether, ethyl acetate, or a mixture thereof in any proportion; and then stirring and mixing, cooling for crystallization slowly; and afterwards filtering, and drying to obtain urea crystals for urea reusing. urea adduction: adducting an aqueous solution including a raw material, urea and a lower alcohol aqueous solution at 45-65°C of temperature, wherein a ratio of the raw material to the urea is 1:1-4, a ratio of the urea and the lower alcohol is 1:3-6; and then crystallizing at 0-10°C of crystallization temperature; and afterwards filtrating to obtain a filtrate of unsaturated substances and a filter cake of urea-saturated substance adducts; and then removing solvent from the filtrate to obtain target unsaturated components, and the filter cake is a urea adduct; releasing the urea adduct: adding a polar solvent to the urea adduct to form a solution, the polar solvent is lower alcohol, or a mixture of water and lower alcohol in any proportion; then heating and stirring the solution for dissolution at 50-90 °C of temperature, and standing for layering to obtain a urea solution; and then washing the upper layer of the urea solution with water to obtain a component adducted by urea; urea crystallization: adding an organic solvent to the lower layer of the urea solution, wherein the organic solvent is lower alcohol, n-hexane, acetone, aether, ethyl acetate, or a mixture thereof in any proportion; and then stirring and mixing, cooling for crystallization slowly; and afterwards filtering, and drying to obtain urea crystals for urea reusing.
- A system for assisting in the erection and placement of a longitudinal building element, such as a post, which longitudinal building element is intended to be suspended from a handling machine of the crane type by its top opposite its base, which system comprises means for guiding the pivoting of the longitudinal building element between vertical and horizontal positions, the guiding means comprising a gripping part adapted to grip said longitudinal member in the vicinity of the base thereof and a support part carrying the gripping part and intended to be mounted on the platform of a vehicle having a longitudinal direction, the gripping part being connected to the support part by a connection allowing free pivoting of the gripping part about a horizontal pivoting axis extending in a so-called transverse direction, which transverse direction is, when the support part is mounted on the vehicle, perpendicular to the longitudinal direction of the vehicle, characterised in that the support part comprises a translational guiding element intended to be transversely fixed to the platform of the vehicle, and at least one movable arm carrying the gripping part and mounted on the guiding element so as to be movable in translation in both directions along the guiding element by control means, such that the gripping part is adapted to be moved between an operational position in which the gripping part is laterally cantilevered from the vehicle, and a transport position in which the gripping part has been moved towards the centre of the platform and is not laterally cantilevered from the vehicle.
A method of fabricating a composite structure, comprising: forming a plurality of composite modules each having an edge; and, joining the modules together along respective edges of three adjacently positioned modules by forming a scarf join between the respective edges; wherein each of the modules includes a plurality of plies, and joining the modules together along their edges includes: forming a crenulated pattern along the edges of each module to be joined; wherein the crenulated patterns are arranged into two groups (240a, 240b); and wherein the phase of the groups (240a, 240b) is offset. forming a plurality of composite modules each having an edge; and, joining the modules together along respective edges of three adjacently positioned modules by forming a scarf join between the respective edges; wherein each of the modules includes a plurality of plies, and joining the modules together along their edges includes: forming a crenulated pattern along the edges of each module to be joined; wherein the crenulated patterns are arranged into two groups (240a, 240b); and wherein the phase of the groups (240a, 240b) is offset. forming a crenulated pattern along the edges of each module to be joined; wherein the crenulated patterns are arranged into two groups (240a, 240b); and wherein the phase of the groups (240a, 240b) is offset.