mhurhangee/ep-ind-claims huggingface dataset:
An image formation apparatus, comprising: a liquid droplet adhesion unit which makes a first-type liquid droplet and a second-type liquid droplet adhere to a recording medium; a first irradiation controller which controls an irradiator to irradiate electromagnetic waves onto the first-type liquid droplet at a first frequency periodically, wherein the first frequency is specified in an irradiation condition table; and a second irradiation controller which controls an irradiator to irradiate electromagnetic waves onto the second-type liquid droplet at a second frequency periodically, wherein the second frequency is specified in the irradiation condition table and is different from the first frequency; wherein the second-type liquid droplet forms a base onto which the first-type liquid droplet is adhered; a surface glossiness of the second-type liquid droplet onto which the electromagnetic waves are irradiated by the second irradiation controller is lower than a threshold value; and a surface glossiness of the first-type liquid droplet onto which the electromagnetic waves are irradiated by the first irradiation controller is equal to or higher than the predetermined threshold value. a liquid droplet adhesion unit which makes a first-type liquid droplet and a second-type liquid droplet adhere to a recording medium; a first irradiation controller which controls an irradiator to irradiate electromagnetic waves onto the first-type liquid droplet at a first frequency periodically, wherein the first frequency is specified in an irradiation condition table; and a second irradiation controller which controls an irradiator to irradiate electromagnetic waves onto the second-type liquid droplet at a second frequency periodically, wherein the second frequency is specified in the irradiation condition table and is different from the first frequency; wherein the second-type liquid droplet forms a base onto which the first-type liquid droplet is adhered; a surface glossiness of the second-type liquid droplet onto which the electromagnetic waves are irradiated by the second irradiation controller is lower than a threshold value; and a surface glossiness of the first-type liquid droplet onto which the electromagnetic waves are irradiated by the first irradiation controller is equal to or higher than the predetermined threshold value.
A solvent system characterized by the fact that it comprises one or more dioxolane-derived esters of formula I where R1, R2 and R3 are the same or different, selected from hydrogen, alkyl, alkenyl and phenyl, and n is an integer between 1 and 5.
An apparatus comprising: a first power supply to conduct a start-up current for a controller and supply an operating voltage for the controller; and a second power supply to conduct a steady-state operational current for the controller and supply an operating voltage for the controller characterised in that the first power supply has a first source follower transistor and that the second power supply has a second source follower transistor. a first power supply to conduct a start-up current for a controller and supply an operating voltage for the controller; and a second power supply to conduct a steady-state operational current for the controller and supply an operating voltage for the controller
A single chain Fc polypeptide wherein the N- to C-terminal sequence is: a first CH2 domain linked via its C-terminus to the N-terminus of a first CH3 domain, and said first CH3 domain is linked at its C-terminus via an amino acid length linker comprising repeats of a sequence selected from GS, GSGGS, GGGGS and GGGS to the N-terminus of the second CH2 domain which is linked at its C-terminus to the N-terminus of second CH3 domain, wherein Fc domains, in said single chain Fc polypeptide consists of two CH2 domains and two CH3 domains characterized in that said CH2 and CH3 domains form a functional Fc domain within the polypeptide chain, in which a first CH2 domain is dimerised with a second CH2 domain and a first CH3 domain is dimerised with a second CH3 domain within the polypeptide chain, and linked to the N-terminus of a first CH2 domain of said single chain Fc polypeptide, is one biologically active molecule which is a monovalent binding protein selected from the group consisting of: scFv, Fab, Fab', V HH, Fv, V K, VH and Vλ. a first CH2 domain linked via its C-terminus to the N-terminus of a first CH3 domain, and said first CH3 domain is linked at its C-terminus via an amino acid length linker comprising repeats of a sequence selected from GS, GSGGS, GGGGS and GGGS to the N-terminus of the second CH2 domain which is linked at its C-terminus to the N-terminus of second CH3 domain, wherein Fc domains, in said single chain Fc polypeptide consists of two CH2 domains and two CH3 domains characterized in that said CH2 and CH3 domains form a functional Fc domain within the polypeptide chain, in which a first CH2 domain is dimerised with a second CH2 domain and a first CH3 domain is dimerised with a second CH3 domain within the polypeptide chain, and linked to the N-terminus of a first CH2 domain of said single chain Fc polypeptide, is one biologically active molecule which is a monovalent binding protein selected from the group consisting of: scFv, Fab, Fab', V HH, Fv, V K, VH and Vλ.
A polylactic acid resin, comprising: a hard segment comprising a polylactic acid repeating unit of the following Chemical Formula 1; and a soft segment comprising a polyurethane polyol repeating unit in which polyether polyol repeating units of the following Chemical Formula 2 are linearly linked via a urethane bond, wherein the polylactic acid resin has a glass transition temperature (Tg) of 22 to 55°C, and wherein the glass transition temperature is determined as disclosed in the description: wherein A is a linear or branched alkylene of 2 to 5 carbon atoms, m is an integer of 10 to 100, and n is an integer of 700 to 5000. a hard segment comprising a polylactic acid repeating unit of the following Chemical Formula 1; and a soft segment comprising a polyurethane polyol repeating unit in which polyether polyol repeating units of the following Chemical Formula 2 are linearly linked via a urethane bond, wherein the polylactic acid resin has a glass transition temperature (Tg) of 22 to 55°C, and wherein the glass transition temperature is determined as disclosed in the description: wherein A is a linear or branched alkylene of 2 to 5 carbon atoms, m is an integer of 10 to 100, and n is an integer of 700 to 5000.
An anchor bolt for an adhesive anchor for fixing via adhesive to an anchor hole formed in a fixed body, the anchor bolt comprising: a head part for inserting into a hole back part of the anchor hole; a shank part that is continuous with the head part and formed to have a diameter smaller than a diameter of the head part; and a sleeve part into which the shank part is inserted, the sleeve part intended to extend from an opening part to the hole back part of the anchor hole and having a tip end thereof abutted onto the head part, wherein: the head part, the shank part and the sleeve part are formed of steel or stainless steel, the sleeve part is anchored to the head part by welding, adhesion, or screw connection, an outer peripheral surface of the sleeve part for securing by the adhesive to contribute to tensile strength, and an inner peripheral surface of the sleeve part and an outer peripheral surface of the shank part are not adhered or secured to each other. a head part for inserting into a hole back part of the anchor hole; a shank part that is continuous with the head part and formed to have a diameter smaller than a diameter of the head part; and a sleeve part into which the shank part is inserted, the sleeve part intended to extend from an opening part to the hole back part of the anchor hole and having a tip end thereof abutted onto the head part, wherein: the head part, the shank part and the sleeve part are formed of steel or stainless steel, the sleeve part is anchored to the head part by welding, adhesion, or screw connection, an outer peripheral surface of the sleeve part for securing by the adhesive to contribute to tensile strength, and an inner peripheral surface of the sleeve part and an outer peripheral surface of the shank part are not adhered or secured to each other. the head part, the shank part and the sleeve part are formed of steel or stainless steel, the sleeve part is anchored to the head part by welding, adhesion, or screw connection, an outer peripheral surface of the sleeve part for securing by the adhesive to contribute to tensile strength, and an inner peripheral surface of the sleeve part and an outer peripheral surface of the shank part are not adhered or secured to each other.
Spring arrangement for operating a high and medium voltage circuit breaker comprising - a main frame comprising a cylindrical housing having a main axis, - an actuation rod, a first end of which being coupled to a rotary shaft of the circuit breaker, the second end of the rod being movable in the cylindrical housing along its main axis, - a coil spring arranged in the cylindrical housing and coaxially to main axis A, wherein a first end of the spring is mounted on the frame and the second end of the spring is coupled with the second end of the rod, and - a coupling arrangement coupling the second end of the spring with the second end of the rod, wherein the coupling arrangement comprises an articulation for rotational guidance of the second end of the rod with respect to the second end of the spring around a second axis perpendicular to said main axis which is located axially, along main axis A, at the second end of the spring and wherein the coupling arrangement comprises sliding means for the translational guiding of the second end of the rod along said main axis. - a main frame comprising a cylindrical housing having a main axis, - an actuation rod, a first end of which being coupled to a rotary shaft of the circuit breaker, the second end of the rod being movable in the cylindrical housing along its main axis, - a coil spring arranged in the cylindrical housing and coaxially to main axis A, wherein a first end of the spring is mounted on the frame and the second end of the spring is coupled with the second end of the rod, and - a coupling arrangement coupling the second end of the spring with the second end of the rod,
A system for manufacturing by electrospinning a composite fibre structure; wherein the system comprises: • a first device of solution electrospinning comprising ∘ a first head with a first nozzle, the first head being configured to be biased to a first voltage, and ∘ a pump in fluid communication with such first head; • a second device of melt electrospinning comprising ∘ a second head with a second nozzle, the second head configured to be electrically connected to ground, and ∘ heating means and an extruder in fluid communication with such second head; • a collector arranged spaced apart from the first and second heads, wherein the collector is configured to be either electrically connected to ground or biased to a second voltage; and • switching means configured to selectively assign the electrical status of the collector so that: ∘ when the first device is operating, the collector is electrically connected to ground so that there is a first voltage difference between the first head and the collector; and ∘ when the second device is operating, the collector is biased to a second voltage so that there is a second voltage difference between the second head and the collector. • a first device of solution electrospinning comprising ∘ a first head with a first nozzle, the first head being configured to be biased to a first voltage, and ∘ a pump in fluid communication with such first head; ∘ a first head with a first nozzle, the first head being configured to be biased to a first voltage, and ∘ a pump in fluid communication with such first head; • a second device of melt electrospinning comprising ∘ a second head with a second nozzle, the second head configured to be electrically connected to ground, and ∘ heating means and an extruder in fluid communication with such second head; ∘ a second head with a second nozzle, the second head configured to be electrically connected to ground, and ∘ heating means and an extruder in fluid communication with such second head; • a collector arranged spaced apart from the first and second heads, wherein the collector is configured to be either electrically connected to ground or biased to a second voltage; and • switching means configured to selectively assign the electrical status of the collector so that: ∘ when the first device is operating, the collector is electrically connected to ground so that there is a first voltage difference between the first head and the collector; and ∘ when the second device is operating, the collector is biased to a second voltage so that there is a second voltage difference between the second head and the collector. ∘ when the first device is operating, the collector is electrically connected to ground so that there is a first voltage difference between the first head and the collector; and ∘ when the second device is operating, the collector is biased to a second voltage so that there is a second voltage difference between the second head and the collector.
A method of supporting provisioning of one or more of a plurality of rules of a policy managing entity provided in a core network of a communication network, the policy managing entity being arranged between an access gateway of a wireless local area network and an authentication server of the core network of the communication network, the method comprising: - receiving (S504, S710), by the policy managing entity from the access gateway, an access request message comprising location information and identification information of a terminal in the coverage area of an access point connected with the access gateway, the identification information uniquely identifying the terminal; - evaluating, by the policy managing entity, one or more of the plurality of rules to be applied based on the location information; and creating, by the policy managing entity, a user session for the terminal by binding the identification information with the location information, wherein the policy managing entity acts as a proxy between the access gateway and the authentication server, and forwards the access request message to the authentication server. - receiving (S504, S710), by the policy managing entity from the access gateway, an access request message comprising location information and identification information of a terminal in the coverage area of an access point connected with the access gateway, the identification information uniquely identifying the terminal; - evaluating, by the policy managing entity, one or more of the plurality of rules to be applied based on the location information; and creating, by the policy managing entity, a user session for the terminal by binding the identification information with the location information, wherein the policy managing entity acts as a proxy between the access gateway and the authentication server, and forwards the access request message to the authentication server.
A motor drive system comprising: a power subassembly including power electronic switches controllable to provide controlled frequency AC power to an electric motor, and driver circuitry configured to apply gate drive signals to the power electronic switches; and a control subassembly separable from the power subassembly but physically configured to be attached to the power subassembly and to make electrical connections with the power subassembly when attached, the control subassembly including control circuitry configured that, in operation, applies control signals to the drive circuitry for controlling the power electronic switches, the control subassembly being configured to be coupled to a configuration station and characterized by the control subassembly further comprising an interface that identifies the motor drive system to the configuration station in conformance with a USB mass storage device class, wherein access to the control subassembly is limited by a password. a power subassembly including power electronic switches controllable to provide controlled frequency AC power to an electric motor, and driver circuitry configured to apply gate drive signals to the power electronic switches; and a control subassembly separable from the power subassembly but physically configured to be attached to the power subassembly and to make electrical connections with the power subassembly when attached, the control subassembly including control circuitry configured that, in operation, applies control signals to the drive circuitry for controlling the power electronic switches, the control subassembly being configured to be coupled to a configuration station and characterized by the control subassembly further comprising an interface that identifies the motor drive system to the configuration station in conformance with a USB mass storage device class, wherein access to the control subassembly is limited by a password.
Guide system for supply lines for a handling device, particularly for a robot, having a guide base, displaying a guide rail, a deflecting element that is guided along a linear travel path by the guide base and located on a slide that is guided by the guide rail along the travel path, and a chain-like, hose-like or belt-like strand, in or on which the supply lines can be arranged, where the strand, forming a reversing bend, is guided around the deflecting element and displays two branches (5, 6) adjoining the ends of the reversing bend, each having a connecting point located on its free end, specifically a first connecting point that is stationary relative to the guide base and a second connecting point that moves relative to the guide base, and where the deflecting element can travel from a retracted position into an extended position, by means of a tensile force acting on the branch (5, 6) having the second connecting point and against a restoring force, where the restoring force can be generated by a restoring device located on or in the guide base, characterized in that the restoring device displays at least one elastic cord or elastic belt that is guided around a deflecting device located on the guide base, adjacent to the retracted position of the deflecting element, and, adjoining it, a first section that is connected to the deflecting element, and a second section that is connected to the guide base, where the end of the first section of the at least one elastic cord or belt is fastened to the slide and the deflecting device is located on the face end of the guide rail that faces in the direction of the travel path from the extended position of the deflecting element to the retracted position and displays a housing, the side of which facing towards the deflecting element displays an opening for the two sections of the at least one elastic belt or cord.
A dimeric ligand of PSD-95 comprising a first peptide (P 1) and a second peptide (P 2), wherein P 1 and P 2 individually comprise at least two proteinogenic or non-proteinogenic amino acid residues, both P 1 and P 2 are conjugated to a first linker L 1 via their N-termini, L 1 comprises polyethylene glycol wherein at least one oxygen atom of said PEG is substituted with a nitrogen atom to give N PEG, an albumin binding moiety is linked to the nitrogen atom of the N PEG by an amide bond, or via an optional linker L2, wherein L 2 comprises a nitrogen atom, the albumin binding moiety is a fatty acid, and wherein said dimeric ligand has the generic structure of formula, wherein L 2 is optional: or a pharmaceutically acceptable salt or prodrug thereof. P 1 and P 2 individually comprise at least two proteinogenic or non-proteinogenic amino acid residues, both P 1 and P 2 are conjugated to a first linker L 1 via their N-termini, L 1 comprises polyethylene glycol wherein at least one oxygen atom of said PEG is substituted with a nitrogen atom to give N PEG,
An oriented web of polymeric film comprising: a first and second surface a pressure sensitive adhesive layer positioned on either first or second surface and; a plurality of perforations in the polymeric film extending through the first and second surfaces, arranged in a desired tear path; each perforation: defining an open area therewithin, having a raised ridge at their boundaries; and having a shape comprising two ends, a narrow end and an opposite wide end; wherein the desired tear path extends through a central portion of the wide end and through the narrow end of each perforation and the narrow end of each perforation being proximal to the wide end of an adjacent perforation along the same desired tear path. a first and second surface a pressure sensitive adhesive layer positioned on either first or second surface and; a plurality of perforations in the polymeric film extending through the first and second surfaces, arranged in a desired tear path; each perforation: defining an open area therewithin, having a raised ridge at their boundaries; and having a shape comprising two ends, a narrow end and an opposite wide end; defining an open area therewithin, having a raised ridge at their boundaries; and having a shape comprising two ends, a narrow end and an opposite wide end;
A collation device comprising: a memory (24b, 24c) that stores, as a registration image group, a random pattern depending on microscopic irregularity on a side surface of a target having an elliptic cylindrical shape including a columnar shape; and a processor,wherein a whole circumference of the side surface includes a plurality of predetermined intervals, the plurality of predetermined intervals respectively correspond to a plurality of positions, wherein the registration image group is composed of a plurality of registration images respectively acquired at the plurality of positions over a whole circumference of the side surface, and the processor executes a program to collate a collation image obtained by imaging the side surface at an angle of view with at least one registration image among the plurality of registration images composing the registration image group, output coincidence as a collation result and end the processing directly in a case where the collation image is similar to any one of the plurality of registration images composing the registration image group by a threshold value or greater, and output non-coincidence as the collation result and obtain another collation image by imaging the side surface at another angle of view in a case where the collation image is not similar to any of the plurality of registration images composing the registration image group. a memory (24b, 24c) that stores, as a registration image group, a random pattern depending on microscopic irregularity on a side surface of a target having an elliptic cylindrical shape including a columnar shape; and a processor,wherein a whole circumference of the side surface includes a plurality of predetermined intervals, the plurality of predetermined intervals respectively correspond to a plurality of positions, wherein the registration image group is composed of a plurality of registration images respectively acquired at the plurality of positions over a whole circumference of the side surface, and the processor executes a program to collate a collation image obtained by imaging the side surface at an angle of view with at least one registration image among the plurality of registration images composing the registration image group, output coincidence as a collation result and end the processing directly in a case where the collation image is similar to any one of the plurality of registration images composing the registration image group by a threshold value or greater, and output non-coincidence as the collation result and obtain another collation image by imaging the side surface at another angle of view in a case where the collation image is not similar to any of the plurality of registration images composing the registration image group.