mhurhangee/ep-ind-claims huggingface dataset:
A point-to-multipoint, p2mp, ring network protection method, characterized by comprising: performing following processing in one ring in the p2mp ring network: determining p2mp services (1000,2000) with an identical off-ring node as a protection group; and establishing a pair of closed loop channels in opposite directions for the protection group; for each p2mp service of the protection group, taking one of the closed loop channels as a working channel, and taking the other one of the closed loop channels as a protection channel. determining p2mp services (1000,2000) with an identical off-ring node as a protection group; and establishing a pair of closed loop channels in opposite directions for the protection group; for each p2mp service of the protection group, taking one of the closed loop channels as a working channel, and taking the other one of the closed loop channels as a protection channel.
A coaxial line slot array antenna, comprising: a coaxial line including an inner conductor, an outer conductor provided so as to surround a circumference of the inner conductor, and both ends short-circuited; feeding means for exciting the coaxial line; and a plurality of slots which are formed on the outer conductor with a certain angle with respect to a tube axis direction of the coaxial line and have approximately a resonance length, wherein: the coaxial line comprises a square coaxial line; characterized in that the plurality of slots are formed in one appropriate side surface of the outer conductor, which is parallel to the tube axis direction of the square coaxial line; and the square coaxial line, the feeding means, and the plurality of slots form a single sub-array, and a plurality of the sub-arrays are arranged on a plane to form a two-dimensional array antenna; wherein an interval between the outer conductor and the inner conductor at a position where one of the plurality of slots is formed differs for each of the plurality of slots, wherein either a diameter of the inner conductor or an inner diameter of the outer conductor is adjusted to change said interval. a coaxial line including an inner conductor, an outer conductor provided so as to surround a circumference of the inner conductor, and both ends short-circuited; feeding means for exciting the coaxial line; and a plurality of slots which are formed on the outer conductor with a certain angle with respect to a tube axis direction of the coaxial line and have approximately a resonance length, the coaxial line comprises a square coaxial line; characterized in that the plurality of slots are formed in one appropriate side surface of the outer conductor, which is parallel to the tube axis direction of the square coaxial line; and the square coaxial line, the feeding means, and the plurality of slots form a single sub-array, and a plurality of the sub-arrays are arranged on a plane to form a two-dimensional array antenna; wherein an interval between the outer conductor and the inner conductor at a position where one of the plurality of slots is formed differs for each of the plurality of slots, wherein either a diameter of the inner conductor or an inner diameter of the outer conductor is adjusted to change said interval.
Process for the removal of tetrahydrofuran from polyesters or copolyesters comprising 1,4-butylene dicarboxylate repeating units, or from compositions comprising them in the form of granules, powders, shavings, particles, lumps, pieces, fragments, flakes, chips of any shape obtained through a comminuting operation, and finished manufactured articles, comprising the steps of: 1. providing polyesters or copolyesters comprising 1,4-butylene dicarboxylate repeating units, by means of a polycondensation reaction, or compositions comprising them, wherein said polyesters or copolyesters have a molecular weight Mn over 30,000 and an inherent viscosity between 0.3 and 2 g/dl, said Mn and said inherent viscosity being measured as defined in the description; 2. contacting a gaseous flow with said polyesters or copolyesters comprising 1,4-butylene dicarboxylate repeating units, or with compositions comprising them, at a temperature in the range between 60 °C and 150 °C, at an absolute pressure between 800 mbar and 5 bar, wherein said gaseous flow is heated before it is placed in contact with said polyesters, copolyesters or their compositions and said polyesters, copolyesters or their compositions are placed in movement to optimize contact with said gaseous flow; 3. separating the gaseous flow containing tetrahydrofuran from the polyesters or copolyesters or compositions containing them; and 4. recovering the polyesters or copolyesters or compositions containing them with a residual tetrahydrofuran content of less than 10 ppm. 1. providing polyesters or copolyesters comprising 1,4-butylene dicarboxylate repeating units, by means of a polycondensation reaction, or compositions comprising them, wherein said polyesters or copolyesters have a molecular weight Mn over 30,000 and an inherent viscosity between 0.3 and 2 g/dl, said Mn and said inherent viscosity being measured as defined in the description; 2. contacting a gaseous flow with said polyesters or copolyesters comprising 1,4-butylene dicarboxylate repeating units, or with compositions comprising them, at a temperature in the range between 60 °C and 150 °C, at an absolute pressure between 800 mbar and 5 bar, wherein said gaseous flow is heated before it is placed in contact with said polyesters, copolyesters or their compositions and said polyesters, copolyesters or their compositions are placed in movement to optimize contact with said gaseous flow; 3. separating the gaseous flow containing tetrahydrofuran from the polyesters or copolyesters or compositions containing them; and 4. recovering the polyesters or copolyesters or compositions containing them with a residual tetrahydrofuran content of less than 10 ppm.
An inkjet recording apparatus (100, 101, 102) comprising: a fabric feeding section having a medium for recording composed of a fabric; an inkjet section for performing inkjet recording on the medium for recording fed from the fabric feeding section to form a recorded medium; and a treating section (C1, C2) having a drying section (11, 21) for drying the recorded medium and a collecting section (12, 22) for collecting the dried recorded medium, the drying section (11, 21) and the collecting section (12, 22) being integrated with each other, wherein the treating section (C1, C2) is attachable to and detachable from the inkjet section, characterized in that a rear portion of the inkjet section is provided with a portion to be positioned with respect to the treating section (C1, C2) composed of a box-shaped block guide having an inclination portion, a front portion of the treating section (C1, C2) is provided with a positioning portion composed of an L-shaped plate guide, and by causing at least two faces of the plate guide to abut on the block guide, the treating section (C1, C2) is positioned with respect to the inkjet section. a fabric feeding section having a medium for recording composed of a fabric; an inkjet section for performing inkjet recording on the medium for recording fed from the fabric feeding section to form a recorded medium; and a treating section (C1, C2) having a drying section (11, 21) for drying the recorded medium and a collecting section (12, 22) for collecting the dried recorded medium, the drying section (11, 21) and the collecting section (12, 22) being integrated with each other, wherein the treating section (C1, C2) is attachable to and detachable from the inkjet section, characterized in that a rear portion of the inkjet section is provided with a portion to be positioned with respect to the treating section (C1, C2) composed of a box-shaped block guide having an inclination portion, a front portion of the treating section (C1, C2) is provided with a positioning portion composed of an L-shaped plate guide, and by causing at least two faces of the plate guide to abut on the block guide, the treating section (C1, C2) is positioned with respect to the inkjet section.
Actuation device for brakes and/or clutches, in particular for motor cycles, provided with a device body, the device comprising - an attachment portion suitable for permitting the attachment of the device to the handlebar of an associable motor cycle, a support and guide portion of an actuation element of the device, such as for example an actuation lever, - wherein the attachment portion comprises at least one attachment bracket, partially counter-shaped to an associable handlebar so as to present a housing seat suitable for partially receiving the portion of handlebar used for the attachment of the actuation device, - the attachment portion comprises a locking bracket attached to the attachment bracket on the side opposite the associable handlebar, so as to identify a seat suitable for locking a portion of handlebar in the middle to block the actuating device, characterised by the fact that - the locking bracket is at least partially in metal and extends in a single piece from a first to a second end (48, 52), the first end facing the attachment portion and the second end facing the support and guide portion, so as to intercept and connect further to each other the attachment portion and the support and guide portion. - an attachment portion suitable for permitting the attachment of the device to the handlebar of an associable motor cycle, a support and guide portion of an actuation element of the device, such as for example an actuation lever, - wherein the attachment portion comprises at least one attachment bracket, partially counter-shaped to an associable handlebar so as to present a housing seat suitable for partially receiving the portion of handlebar used for the attachment of the actuation device, - the attachment portion comprises a locking bracket attached to the attachment bracket on the side opposite the associable handlebar, so as to identify a seat suitable for locking a portion of handlebar in the middle to block the actuating device, - the locking bracket is at least partially in metal and extends in a single piece from a first to a second end (48, 52), the first end facing the attachment portion and the second end facing the support and guide portion, so as to intercept and connect further to each other the attachment portion and the support and guide portion.
A method for wireless communication by a user equipment, UE, which is configured with a first set of closed loop power control functions and a second set of closed loop power control functions, the method comprising: identifying that an uplink data transmission is to occur; identifying whether a communication type of the uplink data transmission is a semi-persistent scheduling, SPS, communication type or a non-SPS communication type; if the identified communication type is an SPS type, determining a closed-loop power control function from the first set of configured closed-loop power control functions to use for the uplink data transmission; if the identified communication type is a non-SPS type, determining a closed-loop power control function from the second set of configured closed-loop power control functions to use for the uplink data transmission; and applying the closed-loop power control function to the uplink data transmission. identifying that an uplink data transmission is to occur; identifying whether a communication type of the uplink data transmission is a semi-persistent scheduling, SPS, communication type or a non-SPS communication type; if the identified communication type is an SPS type, determining a closed-loop power control function from the first set of configured closed-loop power control functions to use for the uplink data transmission; if the identified communication type is a non-SPS type, determining a closed-loop power control function from the second set of configured closed-loop power control functions to use for the uplink data transmission; and applying the closed-loop power control function to the uplink data transmission.
A catheter apparatus comprising: a telescope section including telescoped inner and outer tubular catheter members; a sheath having a proximal end anchored to a distal end of one of said outer or inner tubular catheter member; and an elongated flexible drive member coaxially extending through said outer tubular catheter member and being proximally and distally movable through said sheath, said elongated flexible drive member having a distal portion disposed within said sheath, and a second portion extending proximally beyond said sheath and having a stiffness greater than that of said distal portion of said elongated flexible drive member so as to be self-supporting during operation within the telescope section when the inner tubular catheter member is proximally moved away from a retracted position toward or completely to an extended position. a telescope section including telescoped inner and outer tubular catheter members; a sheath having a proximal end anchored to a distal end of one of said outer or inner tubular catheter member; and an elongated flexible drive member coaxially extending through said outer tubular catheter member and being proximally and distally movable through said sheath, said elongated flexible drive member having a distal portion disposed within said sheath, and a second portion extending proximally beyond said sheath and having a stiffness greater than that of said distal portion of said elongated flexible drive member so as to be self-supporting during operation within the telescope section when the inner tubular catheter member is proximally moved away from a retracted position toward or completely to an extended position.
A process comprising bringing a compound of general formula into the gaseous or aerosol state L m ----M-X n and depositing the compound of general formula from the gaseous or aerosol state onto a solid substrate, wherein R 1, R 2, R 3, and R 4 are independent of each other an alkyl group, an aryl group or a trialkylsilyl group, M is Mn, Ni or Co, X is a ligand which coordinates M, wherein at least one X is a neutrally charged ligand, m is 1, 2 or 3 and n is at least 1, wherein the molecular weight of the compound of general formula is up to 1000 g/mol. R 1, R 2, R 3, and R 4 are independent of each other an alkyl group, an aryl group or a trialkylsilyl group, M is Mn, Ni or Co, X is a ligand which coordinates M, wherein at least one X is a neutrally charged ligand, m is 1, 2 or 3 and n is at least 1,
A method for the production of particles, said method comprising the steps of: a. providing - non-magnetic porous particles (Pp) having an exterior surface, pores and a connected interior surface defined by said pores, the porous particles (Pp) comprising at least one polymer, the porous particles (Pp) comprising at least one type of functional groups on said exterior and interior surfaces, and - magnetic particles (Mp) comprising at least one type of functional groups on their surface wherein the smallest diameter of at least 95wt% of all magnetic particles (Mp) is larger than the average diameter of the pores of the porous particles (Pp), and wherein a fraction of the magnetic particles (Mp) have a diameter such that enter the porous particles (Pp), and b. reacting functional groups on the surface of the non-magnetic porous particle (Pp), with functional groups on the surface of the magnetic particles (Mp) to form a covalent bond, to obtain particles supplemented with magnetic particles (Mp) covalently bound to at least one selected from the interior surface and the exterior surface of the porous particles (Pp), wherein all of the at least one type of functional groups on the surface of the magnetic particles (Mp) have not reacted to form covalent bonds with the at least one type of functional groups on the exterior and interior surfaces of the porous particles (Pp) so that a fraction of the at least one type of functional groups remain available on at least one selected from the magnetic particles (Mp) and the porous particles (Pp). a. providing - non-magnetic porous particles (Pp) having an exterior surface, pores and a connected interior surface defined by said pores, the porous particles (Pp) comprising at least one polymer, the porous particles (Pp) comprising at least one type of functional groups on said exterior and interior surfaces, and - magnetic particles (Mp) comprising at least one type of functional groups on their surface wherein the smallest diameter of at least 95wt% of all magnetic particles (Mp) is larger than the average diameter of the pores of the porous particles (Pp), and wherein a fraction of the magnetic particles (Mp) have a diameter such that enter the porous particles (Pp), and - non-magnetic porous particles (Pp) having an exterior surface, pores and a connected interior surface defined by said pores, the porous particles (Pp) comprising at least one polymer, the porous particles (Pp) comprising at least one type of functional groups on said exterior and interior surfaces, and - magnetic particles (Mp) comprising at least one type of functional groups on their surface wherein the smallest diameter of at least 95wt% of all magnetic particles (Mp) is larger than the average diameter of the pores of the porous particles (Pp), and wherein a fraction of the magnetic particles (Mp) have a diameter such that enter the porous particles (Pp), and b. reacting functional groups on the surface of the non-magnetic porous particle (Pp), with functional groups on the surface of the magnetic particles (Mp) to form a covalent bond,
A drive mechanism for a medicament delivery device, comprising: a housing having a proximal end and a distal end; a container carrier arranged within the housing and being axially movable in relation to the housing; a drive assembly partially arranged within the housing and being axially movable in relation to the housing; and wherein the drive assembly comprises a proximally extended rack arm; a cogwheel arranged within the housing and being rotatable but axially fixed in relation to the housing; wherein the cogwheel is selectively coupled to the rack arm through a tangential engagement with a first set of rack teeth or a second set of rack teeth which are arranged on the rack arm; wherein the first set of rack teeth or the second set of rack teeth forces the cogwheel to rotate when the drive assembly is axially moved towards the proximal end in relation to the housing; characterized in that the cogwheel further comprises a connecting member configured to connect to a counter connecting member which is arranged on the container carrier; wherein the connecting member is a protruded pin perpendicularly arranged in relation to the edge of the cogwheel; wherein the counter connecting member is a transverse recess; and wherein the protruded pin is arranged in the transverse recess; wherein the connecting member will gradually press on an edge of the transverse recess, such that the container carrier is moved axially by the connecting member, such that a rotational movement of the cogwheel is converted into a linear movement of the container carrier. a housing having a proximal end and a distal end; a container carrier arranged within the housing and being axially movable in relation to the housing; a drive assembly partially arranged within the housing and being axially movable in relation to the housing; and wherein the drive assembly comprises a proximally extended rack arm; a cogwheel arranged within the housing and being rotatable but axially fixed in relation to the housing; wherein the cogwheel is selectively coupled to the rack arm through a tangential engagement with a first set of rack teeth or a second set of rack teeth which are arranged on the rack arm; wherein the first set of rack teeth or the second set of rack teeth forces the cogwheel to rotate when the drive assembly is axially moved towards the proximal end in relation to the housing; characterized in that the cogwheel further comprises a connecting member configured to connect to a counter connecting member which is arranged on the container carrier; wherein the connecting member is a protruded pin perpendicularly arranged in relation to the edge of the cogwheel; wherein the counter connecting member is a transverse recess; and wherein the protruded pin is arranged in the transverse recess; wherein the connecting member will gradually press on an edge of the transverse recess, such that the container carrier is moved axially by the connecting member, such that a rotational movement of the cogwheel is converted into a linear movement of the container carrier.
A method for pasteurising and/or sterilising particulate material, containing the following steps: a) producing an electron beam, b) pasteurising and/or sterilising the material by means of the electron beam in a treatment zone, wherein - the electrons of the electron beam have an energy that lies in the range of from 80 keV to 300 keV, preferably from 140 keV to 280 keV, particularly preferably from 180 keV to 260 keV, - the electron beam in the treatment zone has a mean electron current density that lies in the range of from 10 15 s -1 ·cm -2 to 2.77·10 15 s -1 ·cm -2, - the material is exposed to the electron beam for a treatment time that lies in the range of from 5 ms to 25 ms. a) producing an electron beam, b) pasteurising and/or sterilising the material by means of the electron beam in a treatment zone, wherein - the electrons of the electron beam have an energy that lies in the range of from 80 keV to 300 keV, preferably from 140 keV to 280 keV, particularly preferably from 180 keV to 260 keV, - the electron beam in the treatment zone has a mean electron current density that lies in the range of from 10 15 s -1 ·cm -2 to 2.77·10 15 s -1 ·cm -2, - the material is exposed to the electron beam for a treatment time that lies in the range of from 5 ms to 25 ms. - the electrons of the electron beam have an energy that lies in the range of from 80 keV to 300 keV, preferably from 140 keV to 280 keV, particularly preferably from 180 keV to 260 keV, - the electron beam in the treatment zone has a mean electron current density that lies in the range of from 10 15 s -1 ·cm -2 to 2.77·10 15 s -1 ·cm -2, - the material is exposed to the electron beam for a treatment time that lies in the range of from 5 ms to 25 ms.
A method for cleaning coked cavities or valves in inlet channels of an internal combustion engine, comprising the steps of: introducing a water-soluble cleaning powder as a pressurized gas powder jet into a cavity to be cleaned by means of a pressurized gas, simultaneously introducing an aqueous liquid into said cavity to be cleaned, such that when said cleaning powder hits contaminated areas a cleaning liquid for chemical cleaning is formed in said cavity to be cleaned by dissolving said cleaning powder in said aqueous liquid, and suctioning said cleaning liquid and the introduced gas with the dirt constituents dispersed therein out of said cavity. introducing a water-soluble cleaning powder as a pressurized gas powder jet into a cavity to be cleaned by means of a pressurized gas, simultaneously introducing an aqueous liquid into said cavity to be cleaned, such that when said cleaning powder hits contaminated areas a cleaning liquid for chemical cleaning is formed in said cavity to be cleaned by dissolving said cleaning powder in said aqueous liquid, and suctioning said cleaning liquid and the introduced gas with the dirt constituents dispersed therein out of said cavity.