mhurhangee/ep-ind-claims huggingface dataset:
A Marchand balun, comprising: a primary transmission line from a first primary port (Port1) to an open termination having a length corresponding to half of a wavelength within an intended operating range; a first secondary transmission line from a first secondary port (Port2) to ground having a length corresponding to quarter of a wavelength within an intended operating range; a second secondary transmission line from ground to a second secondary port (Port3) having a length corresponding to a quarter of a wavelength within an intended operating range, the first and second secondary transmission lines (60,62) each being electromagnetically coupled with and following the shape of a respective section of the primary transmission line; wherein the primary transmission line has a width smaller than the second secondary transmission line, and the second secondary transmission line has a width smaller than the first secondary transmission line, and wherein the first secondary transmission line is longer than the second secondary transmission line. a primary transmission line from a first primary port (Port1) to an open termination having a length corresponding to half of a wavelength within an intended operating range; a first secondary transmission line from a first secondary port (Port2) to ground having a length corresponding to quarter of a wavelength within an intended operating range; a second secondary transmission line from ground to a second secondary port (Port3) having a length corresponding to a quarter of a wavelength within an intended operating range, the first and second secondary transmission lines (60,62) each being electromagnetically coupled with and following the shape of a respective section of the primary transmission line; wherein the primary transmission line has a width smaller than the second secondary transmission line, and the second secondary transmission line has a width smaller than the first secondary transmission line, and wherein the first secondary transmission line is longer than the second secondary transmission line.
Process for treating a gaseous effluent obtained from a pyrolytic decomposition of a polymer or of a polymer blend, for recovering one or more monomers contained in said gaseous effluent, said process being characterized in that it comprises the following steps: - a condensation step which consists in injecting the gaseous effluent into a condensation chamber maintained at a first pressure p 1 between 0.1 and 5 bar and in placing it in contact with an absorbent liquid, the temperature of said absorbent liquid being at least 50°C and not more than 450°C below the temperature of the gaseous effluent, so that said monomer(s) condense(s) in the absorbent liquid by heat exchange, - a step of partial vaporization of the condensate obtained on conclusion of the condensation step, by expansion of the condensate in a chamber maintained at a second pressure p 2 below the first pressure p 1, said second pressure p 2 being of between 0.001 and 0.8 bar, the pressure difference as an absolute value between the first condensation chamber and the second chamber being greater than or equal to 0.5 bar, - a reinjection step which consists in at least partly redirecting a first liquid or vapour fraction, obtained on conclusion of the partial vaporization step, to the condensation chamber to once again absorb the monomer(s) contained in the gaseous effluent, where appropriate the vapour fraction being recondensed before it is introduced into the condensation chamber, and - a recovery step including purification of a second liquid or vapour fraction, obtained on conclusion of the partial vaporization step and charged with monomer(s), said purification being chosen from filtration, decantation and centrifugation. - a condensation step which consists in injecting the gaseous effluent into a condensation chamber maintained at a first pressure p 1 between 0.1 and 5 bar and in placing it in contact with an absorbent liquid, the temperature of said absorbent liquid being at least 50°C and not more than 450°C below the temperature of the gaseous effluent, so that said monomer(s) condense(s) in the absorbent liquid by heat exchange, - a step of partial vaporization of the condensate obtained on conclusion of the condensation step, by expansion of the condensate in a chamber maintained at a second pressure p 2 below the first pressure p 1, said second pressure p 2 being of between 0.001 and 0.8 bar, the pressure difference as an absolute value between the first condensation chamber and the second chamber being greater than or equal to 0.5 bar, - a reinjection step which consists in at least partly redirecting a first liquid or vapour fraction, obtained on conclusion of the partial vaporization step, to the condensation chamber to once again absorb the monomer(s) contained in the gaseous effluent, where appropriate the vapour fraction being recondensed before it is introduced into the condensation chamber, and - a recovery step including purification of a second liquid or vapour fraction, obtained on conclusion of the partial vaporization step and charged with monomer(s), said purification being chosen from filtration, decantation and centrifugation.
A battery comprising: a battery case which contains a power generating element therein and whose top surface is opened; a cover which covers the top surface of the battery case and includes an expanding portion that is formed as a part of the cover expanding outward, wherein a recess is formed as a space inside of the expanding portion at an inner surface of the cover; an external terminal (14,42) whose at least part is disposed outside of the cover; a current collector which electrically connects the power generating element to the external terminal (14,42), the current collector including a base, and a leg for electric and mechanical connection to the power generating element, said base being provided with a caulked portion and a mount from which the leg extends; and a rivet (22,41) which fixes the caulked portion of the base of the current collector to the expanding portion of the cover by means of its caulking head (22c,41a) in such a manner that the caulked portion of the base of the current collector is contained inside of the recess and disposed on an outer side of the caulking head (22c,41a) of the rivet (22,41), wherein the caulking head (22c,41a) of the rivet (22,41) is contained in the recess of the cover. a battery case which contains a power generating element therein and whose top surface is opened; a cover which covers the top surface of the battery case and includes an expanding portion that is formed as a part of the cover expanding outward, wherein a recess is formed as a space inside of the expanding portion at an inner surface of the cover; an external terminal (14,42) whose at least part is disposed outside of the cover; a current collector which electrically connects the power generating element to the external terminal (14,42), the current collector including a base, and a leg for electric and mechanical connection to the power generating element, said base being provided with a caulked portion and a mount from which the leg extends; and a rivet (22,41) which fixes the caulked portion of the base of the current collector to the expanding portion of the cover by means of its caulking head (22c,41a) in such a manner that the caulked portion of the base of the current collector is contained inside of the recess and disposed on an outer side of the caulking head (22c,41a) of the rivet (22,41), wherein the caulking head (22c,41a) of the rivet (22,41) is contained in the recess of the cover.
Cutting machine for cutting a loaf of resilient material into slices, comprising - a base frame, - a forming tube turret which is mounted in the base frame so as to be rotatable about an axis of rotation and in which a plurality of forming tube openings (1.1 - 1.5), which extend in the axial direction of the forming tube turret and are open at both end faces are arranged, for receiving one loaf in each case, - a longitudinal pressing drive which can apply a force, on the base frame at a location of the peripheral contour of the forming tube turret, in the axial direction, for axially retracting a longitudinal plunger (4.1 - 4.5) into the forming tube (1.1) located at this location, from the loading end, and pushing forward and longitudinally pressing the loaf located therein, in the direction of the cutting end of the forming tube turret, - a cutting device comprising a blade which is arranged in front of the cutting end of the forming tube turret and is displaceable in the radial direction, relative to the forming tube turret, - in each case a transverse plunger (5.1 - 5.5) is arranged on or in the forming tube openings (1.1 - 1.5), which plunger is displaceable in the radial direction (11.1) of the cross-section of the forming tube opening (1.1 - 1.5), - a transverse pressing drive is provided for applying force to a transverse plunger (5.1 - 5.5) in the displacement direction thereof, characterised in that - the movement of the longitudinal pressing drive and/or the transverse pressing drive and/or the blade is force-actuated. - a base frame, - a forming tube turret which is mounted in the base frame so as to be rotatable about an axis of rotation and in which a plurality of forming tube openings (1.1 - 1.5), which extend in the axial direction of the forming tube turret and are open at both end faces are arranged, for receiving one loaf in each case, - a longitudinal pressing drive which can apply a force, on the base frame at a location of the peripheral contour of the forming tube turret, in the axial direction, for axially retracting a longitudinal plunger (4.1 - 4.5) into the forming tube (1.1) located at this location, from the loading end, and pushing forward and longitudinally pressing the loaf located therein, in the direction of the cutting end of the forming tube turret, - a cutting device comprising a blade which is arranged in front of the cutting end of the forming tube turret and is displaceable in the radial direction, relative to the forming tube turret, - in each case a transverse plunger (5.1 - 5.5) is arranged on or in the forming tube openings (1.1 - 1.5), which plunger is displaceable in the radial direction (11.1) of the cross-section of the forming tube opening (1.1 - 1.5), - a transverse pressing drive is provided for applying force to a transverse plunger (5.1 - 5.5) in the displacement direction thereof, characterised in that - the movement of the longitudinal pressing drive and/or the transverse pressing drive and/or the blade is force-actuated.
A process for the preparation of 2-substituted-1,4-benzenediamines, a cosmetically acceptable salt thereof, or mixture thereof comprising the steps of: a) in situ generation of diazonium salt of formula from the 2-substituted aniline of formula followed by addition of the unreacted 2-substituted aniline of formula to form the triazene intermediate of formula: b) rearrangement of the triazene intermediate of formula to the diazo compound of formula: c) reduction of the diazo compound of formula to obtain an equimolar amount of 2-substituted-1,4-benzenediamines and the 2-substituted aniline of formula: d) optionally converting 2-substituted-1,4-benzenediamines into a cosmetically acceptable salt using at least one acid HZ: wherein R is selected from the group consisting of a hydrogen atom and a C 1 -C 4 alkyl group, preferably wherein R is a methyl group; wherein X is a mineral or an organic anion, wherein m =0.5, 1 or 2. a) in situ generation of diazonium salt of formula from the 2-substituted aniline of formula followed by addition of the unreacted 2-substituted aniline of formula to form the triazene intermediate of formula: b) rearrangement of the triazene intermediate of formula to the diazo compound of formula: c) reduction of the diazo compound of formula to obtain an equimolar amount of 2-substituted-1,4-benzenediamines and the 2-substituted aniline of formula: d) optionally converting 2-substituted-1,4-benzenediamines into a cosmetically acceptable salt using at least one acid HZ: wherein R is selected from the group consisting of a hydrogen atom and a C 1 -C 4 alkyl group, preferably wherein R is a methyl group; wherein X is a mineral or an organic anion, wherein m =0.5, 1 or 2. wherein R is selected from the group consisting of a hydrogen atom and a C 1 -C 4 alkyl group, preferably wherein R is a methyl group; wherein X is a mineral or an organic anion, wherein m =0.5, 1 or 2.
A composition comprising at least one IL-17 antagonist of at least one IL-17 isoform for its use for the treatment of cancer, wherein the IL-17 isoform is IL-17B, wherein the IL-17 antagonist is an antibody or an antigen binding antibody fragment against IL-17B or its receptor IL-17RB, and wherein the treatment is for increasing the effectiveness of a chemotherapeutic agent.
A network system comprising: a utility network including an energy generating unit; a home network consuming energy generated from the energy generating unit and including an energy consuming unit operating based on energy information including at least one energy price information and an energy managing unit; and a power adjusting device through which a current or a voltage supplied for an operation of the energy consuming unit is passed, characterized in that the power adjusting device comprises: a connecting plug adapted to be in communication with the energy managing unit and receiving energy for charging; a charging unit provided for charging the energy delivered through the connecting plug; and a home appliance interface adapted to deliver the charged energy to the energy consuming unit in response to the energy consuming unit being connected through a connection cable to the power adjusting device; wherein the connecting plug comprises: a plug communication unit adapted to communicate with the energy managing unit; and a switch cutting off selectively energy supplied to the charging unit according to price information of energy received from the energy managing unit. a utility network including an energy generating unit; a home network consuming energy generated from the energy generating unit and including an energy consuming unit operating based on energy information including at least one energy price information and an energy managing unit; and a power adjusting device through which a current or a voltage supplied for an operation of the energy consuming unit is passed, characterized in that the power adjusting device comprises: a connecting plug adapted to be in communication with the energy managing unit and receiving energy for charging; a charging unit provided for charging the energy delivered through the connecting plug; and a home appliance interface adapted to deliver the charged energy to the energy consuming unit in response to the energy consuming unit being connected through a connection cable to the power adjusting device; a connecting plug adapted to be in communication with the energy managing unit and receiving energy for charging; a charging unit provided for charging the energy delivered through the connecting plug; and a home appliance interface adapted to deliver the charged energy to the energy consuming unit in response to the energy consuming unit being connected through a connection cable to the power adjusting device; wherein the connecting plug comprises: a plug communication unit adapted to communicate with the energy managing unit; and a switch cutting off selectively energy supplied to the charging unit according to price information of energy received from the energy managing unit. a plug communication unit adapted to communicate with the energy managing unit; and a switch cutting off selectively energy supplied to the charging unit according to price information of energy received from the energy managing unit.
Method for improving the driving stability of a motor vehicle in which driver-independent braking interventions are triggered if a critical driving situation is to be expected on the basis of route information and instantaneous position data of the motor vehicle, characterized in that the driver predefines, via a human/machine interface, information about the maximum coefficient of friction to be utilized, which information is used as the basis for the prediction of a critical driving situation.
A method for providing Internet protocol, IP services based at least in part on a domain for a mobile device, comprising: receiving a domain identifier related to a user of a mobile device (202, 302) indicating compatible IP protocols that can be utilized by the device to communicate in the domain from an authentication, authorization, and accounting, AAA server (208, 308) following authentication/authorization of the mobile device by the AAA server (208, 308); determining, based at least in part on the received domain identifier, one or more IP protocols compatible with the domain according to the domain identifier, wherein the one or more compatible IP protocols include a simple and/or a mobile IP protocol; and configuring communication parameters related to the one or more IP protocols for the mobile device to facilitate subsequent communication in the domain; wherein the authentication of the mobile device comprises additional authentication for a user of the mobile device at a disparate AAA server, wherein the authentication for the user from the disparate AAA server is obtained by determining and configuring a protocol compatible with the domain of the disparate AAA server based on protocol authorization information provided by the AAA server (208, 308) and facilitating communication between the mobile device and the disparate AAA server based on the determined protocol compatible with the domain of the disparate AAA server. receiving a domain identifier related to a user of a mobile device (202, 302) indicating compatible IP protocols that can be utilized by the device to communicate in the domain from an authentication, authorization, and accounting, AAA server (208, 308) following authentication/authorization of the mobile device by the AAA server (208, 308); determining, based at least in part on the received domain identifier, one or more IP protocols compatible with the domain according to the domain identifier, wherein the one or more compatible IP protocols include a simple and/or a mobile IP protocol; and configuring communication parameters related to the one or more IP protocols for the mobile device to facilitate subsequent communication in the domain; wherein the authentication of the mobile device comprises additional authentication for a user of the mobile device at a disparate AAA server, wherein the authentication for the user from the disparate AAA server is obtained by determining and configuring a protocol compatible with the domain of the disparate AAA server based on protocol authorization information provided by the AAA server (208, 308) and facilitating communication between the mobile device and the disparate AAA server based on the determined protocol compatible with the domain of the disparate AAA server.
A plasma cord coating device comprising: a pair of opposite and parallel plate electrodes having a first electrode and a second electrode; a pair of planar and parallel dielectric barriers including a first dielectric barrier and a second dielectric barrier, wherein the first electrode is covered by the first dielectric barrier on a side facing the second electrode and the second electrode is covered by the second dielectric barrier on a side facing the first electrode so as to form a gap between the first and the second dielectric barriers (21, 22); a pair of driven conveyor foils comprising a first foil and a second foil, wherein the first foil extends through the gap and covers the first dielectric barrier and the second foil extends through the gap and covers the second dielectric barrier so as to form a plasma treatment zone between the first foil and the second foil; transport means for continuously transporting, in a direction of transport (t) and spaced apart from the first foil and the second foil, at least one cord through the plasma treatment zone; and a gas supply means for directing gas into the plasma treatment zone, wherein said gas supply means is positioned upstream the plasma treatment zone with respect to the direction of transport (t). a pair of opposite and parallel plate electrodes having a first electrode and a second electrode; a pair of planar and parallel dielectric barriers including a first dielectric barrier and a second dielectric barrier, wherein the first electrode is covered by the first dielectric barrier on a side facing the second electrode and the second electrode is covered by the second dielectric barrier on a side facing the first electrode so as to form a gap between the first and the second dielectric barriers (21, 22); a pair of driven conveyor foils comprising a first foil and a second foil, wherein the first foil extends through the gap and covers the first dielectric barrier and the second foil extends through the gap and covers the second dielectric barrier so as to form a plasma treatment zone between the first foil and the second foil; transport means for continuously transporting, in a direction of transport (t) and spaced apart from the first foil and the second foil, at least one cord through the plasma treatment zone; and a gas supply means for directing gas into the plasma treatment zone, wherein said gas supply means is positioned upstream the plasma treatment zone with respect to the direction of transport (t).
A method for artificially ageing a material, wherein the material is a heat treatable aluminium alloy that has been formed into a form by being heated to its solution heat treatment temperature, by being hot stamped and subsequently by being quenched in cold dies, wherein the method comprises the steps after forming of a component of: a) applying a pre-ageing heat treatment by heating the material according to a predefined temperature profile, wherein the temperature profile comprises a varying target temperature; and, subsequently, b) applying a paint bake cycle to the material and wherein the predefined temperature profile of step (a) comprises a first period and a second period, wherein the first period comprises a first holding period having a first holding time and having a first target holding temperature and the target holding temperature during the first holding period is constant, is above 50°C and is less than the Guinier-Preston solvus temperature, and wherein the second period comprises a second holding period having a second holding time and having a second target holding temperature and the target holding temperature during the second holding period is between 180°C and 270°C, the target holding temperature during the second holding period is constant and the target holding temperature during the second holding period exceeds the Guinier-Preston solvus temperature. a) applying a pre-ageing heat treatment by heating the material according to a predefined temperature profile, wherein the temperature profile comprises a varying target temperature; and, subsequently, b) applying a paint bake cycle to the material and