mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising benzoyl peroxide, as the sole pharmaceutical active agent, for topical use in the treatment of rosacea of a subject in need thereof, wherein said benzoyl peroxide is in a solid form, wherein said benzoyl peroxide is present in the composition in an amount of about 2.5% to about 10% by weight of said composition, and wherein said solid benzoyl peroxide is encapsulated as the core of a microcapsule.
An introducer sheath assembly having an elongated sheath tube (12,60) of a first material having a distal end, a proximal end and a proximal end portion, and a hub affixed at the proximal end portion of the sheath tube (12,60), characterized in that: the hub is insert-molded of a second material different from the first material, about the proximal end portion of the sheath tube and includes an interior lining portion (46,70) extending along an inside surface of the sheath tube proximal end, the interior lining portion being of a material identical to or at least sufficiently compatible with the second material to form an integral joint therewith, whereafter joints of the second material integrally join the hub to the interior lining portion (46,70) through respective holes through the sheath tube (12,60) adjacent the sheath tube proximal end thereby joining the hub to the elongated sheath tube, wherein the sheath tube proximal end has at least one pair of opposed holes therethrough, resulting in at least one pair of opposed joints extending therethrough, and wherein the hub and the interior lining portion (46,70) are adapted to be manually split apart into associated halves after insertion of a catheter through the introducer sheath, and the elongated sheath tube (12,60) is adapted to be split upon splitting of the hub and interior lining portion (46,70), and respective ones of the at least one pair of opposed joints are joined to respective ones of the hub/lining portion halves. the hub is insert-molded of a second material different from the first material, about the proximal end portion of the sheath tube and includes an interior lining portion (46,70) extending along an inside surface of the sheath tube proximal end, the interior lining portion being of a material identical to or at least sufficiently compatible with the second material to form an integral joint therewith, whereafter joints of the second material integrally join the hub to the interior lining portion (46,70) through respective holes through the sheath tube (12,60) adjacent the sheath tube proximal end thereby joining the hub to the elongated sheath tube, wherein the sheath tube proximal end has at least one pair of opposed holes therethrough, resulting in at least one pair of opposed joints extending therethrough, and wherein the hub and the interior lining portion (46,70) are adapted to be manually split apart into associated halves after insertion of a catheter through the introducer sheath, and the elongated sheath tube (12,60) is adapted to be split upon splitting of the hub and interior lining portion (46,70), and respective ones of the at least one pair of opposed joints are joined to respective ones of the hub/lining portion halves.
A mobile radiation oncology coach system comprising: a trailer configured to include a control console area, a treatment area, and a vestibule area located between the control console area and the treatment area, the treatment area being equipped with a medical treatment facility that can emit radiation; a first internal shielding (148, 160) provided between the vestibule area and the treatment area; a first door constructed near a side of said trailer, the first door configured and providing access between the treatment area and the vestibule area, the first door including a first supplemental shielding; and a second door configured and providing access between the vestibule area and the control console area, the second door including second supplemental shielding and further configured to be constructed near an opposite side of said trailer than the first door, preventing a direct line of sight between the treatment area and the control console area. a trailer configured to include a control console area, a treatment area, and a vestibule area located between the control console area and the treatment area, the treatment area being equipped with a medical treatment facility that can emit radiation; a first internal shielding (148, 160) provided between the vestibule area and the treatment area; a first door constructed near a side of said trailer, the first door configured and providing access between the treatment area and the vestibule area, the first door including a first supplemental shielding; and a second door configured and providing access between the vestibule area and the control console area, the second door including second supplemental shielding and further configured to be constructed near an opposite side of said trailer than the first door, preventing a direct line of sight between the treatment area and the control console area.
Packaging for sheet-shaped cargo such as glass (1, 26, 162) or the like, with a circumferential edge protection as a profile (2, 3, 4, 5, 30, 35, 41, 45, 55, 60, 107, 124, 130, 140, 151, 230, 235, 240, 245, 260), wherein the edge protection (2, 3, 4, 5, 30, 35, 41, 45, 55, 60, 107, 124, 130, 140, 151, 230, 235, 240, 245, 260) consists at least partly of resilient material and a reinforcing material, wherein the resilient material surrounds the reinforcing material (152.1, 152.2), wherein the resilient material exhibits a resilience that is at least 20% greater than the resilience of the reinforcing material (152.1, 152.2), preferably at least 40%, even more preferably at least 60% and most preferably at least 80% greater than the resilience of the reinforcing material (152.1, 152.2), wherein the resilient material consists of plastic foam. characterised in that the resilient material of the circumferential edge protection on the edges is composed of sections (142, 143, 144, 145), wherein the sections are held together on the sheet-shaped cargo by a strapping or by a strap or by a lashing belt or by a tensioned wrapping film or by a tensioned wrapping fabric on the sheet-shaped cargo.
A non-transitory computer readable medium comprising instructions that, when executed by one or more processors of a user equipment, UE (101, 201, 301, 501, 800), for application specific congestion control for data communication, ACDC, the instructions to configure the UE (101, 201, 301, 501, 800) to: receive, at a radio resource control, RRC, layer of the UE (101, 201, 301, 501, 800) from an evolved node B, eNB (150, 250, 350, 550), an ACDC indication of ACDC parameters for one or more ACDC categories; receive, at a non-access stratum, NAS, layer of the UE (101, 201, 301, 501, 800) a first communication associated with a first application; determine, at the NAS layer, a category for the first application of a plurality of ACDC categories based on an open mobile alliance, OMA, management object, OMA-MO, comprising a plurality of application categories associated with ACDC for a wireless communication network, wherein the OMA-MO includes information for a matching of respective application IDs to the plurality of ACDC categories; indicate, by the NAS layer to the RRC layer, the category for an access request; identify, at the RRC layer, a set of current congestion control parameters associated with the category from the received ACDC parameters for one or more ACDC categories; perform, at the RRC layer, an ACDC check based on the current set of congestion control parameters associated with the category; and process the first communication based on a result of the ACDC check. receive, at a radio resource control, RRC, layer of the UE (101, 201, 301, 501, 800) from an evolved node B, eNB (150, 250, 350, 550), an ACDC indication of ACDC parameters for one or more ACDC categories; receive, at a non-access stratum, NAS, layer of the UE (101, 201, 301, 501, 800) a first communication associated with a first application; determine, at the NAS layer, a category for the first application of a plurality of ACDC categories based on an open mobile alliance, OMA, management object, OMA-MO, comprising a plurality of application categories associated with ACDC for a wireless communication network, wherein the OMA-MO includes information for a matching of respective application IDs to the plurality of ACDC categories; indicate, by the NAS layer to the RRC layer, the category for an access request; identify, at the RRC layer, a set of current congestion control parameters associated with the category from the received ACDC parameters for one or more ACDC categories; perform, at the RRC layer, an ACDC check based on the current set of congestion control parameters associated with the category; and process the first communication based on a result of the ACDC check.
Device for a milli-system fractionation of a fluid of a blood sample type containing particles of blood-like type, and for the extraction of a particle-lean volume and of a particle-rich volume, comprising: - a cylindrical reservoir equipped at a first end with an inlet orifice intended to supply the reservoir with fluid in a direction of pumping from said first end toward a second end of the reservoir; - a fractionation body, extending along a central axis (Δ) of said reservoir in which it is housed, between an upstream end and a downstream end, said upstream end of the fractionation body being positioned in vertical alignment above said inlet orifice, a cross section of said fractionation body reducing abruptly to a height less than one tenth of its total height at its downstream end forming a flat base; - the fractionation body defining, with said reservoir, a first passage forming a restriction zone of fluid flow and opening at said flat base onto a zone with a geometric singularity that is an abrupt enlargement of the section in which the fluid can pass downstream of the plane base, said geometric singularity zone forming a fluid recirculation zone; and - extraction means (30, 40), situated downstream of said fractionation body, intended to separate and extract said lean volume and said rich volume, said extraction means comprising a partition, for example an annular partition, delimiting an extraction volume ( V ext) intended, as fluid circulates in the direction of pumping, to receive a particle-lean phase formed in said recirculation zone in the region of said partition. - a cylindrical reservoir equipped at a first end with an inlet orifice intended to supply the reservoir with fluid in a direction of pumping from said first end toward a second end of the reservoir; - a fractionation body, extending along a central axis (Δ) of said reservoir in which it is housed, between an upstream end and a downstream end, said upstream end of the fractionation body being positioned in vertical alignment above said inlet orifice, a cross section of said fractionation body reducing abruptly to a height less than one tenth of its total height at its downstream end forming a flat base; - the fractionation body defining, with said reservoir, a first passage forming a restriction zone of fluid flow and opening at said flat base onto a zone with a geometric singularity that is an abrupt enlargement of the section in which the fluid can pass downstream of the plane base, said geometric singularity zone forming a fluid recirculation zone; and - extraction means (30, 40), situated downstream of said fractionation body, intended to separate and extract said lean volume and said rich volume, said extraction means comprising a partition, for example an annular partition, delimiting an extraction volume ( V ext) intended, as fluid circulates in the direction of pumping, to receive a particle-lean phase formed in said recirculation zone in the region of said partition.
A filtering body, in particular for a rotary separator, the filtering body extending about an axis and having: - a first axial face and a second axial face opposite to said first axial face, - a radially outer surface and a radially inner surface; the filtering body comprising: - a filtering net defined by filaments defining a plurality of pores therebetween; - a frame defined by non-porous solid elements, supporting said filtering net; said frame is integral with said filtering net; characterized in that: - said frame comprises a plurality of beams, extending in circumferential or tangential directions with respect to said axis and arranged in positions which are radially intermediate between said radially outer and inner surfaces (12,13) and are radially spaced apart from each other and from said radially outer and inner surfaces (12,13); said beams being arranged along at least one of said first and second axial faces (11a,11b). - a first axial face and a second axial face opposite to said first axial face, - a radially outer surface and a radially inner surface; - a filtering net defined by filaments defining a plurality of pores therebetween; - a frame defined by non-porous solid elements, supporting said filtering net; said frame is integral with said filtering net; characterized in that: - said frame comprises a plurality of beams, extending in circumferential or tangential directions with respect to said axis and arranged in positions which are radially intermediate between said radially outer and inner surfaces (12,13) and are radially spaced apart from each other and from said radially outer and inner surfaces (12,13); said beams being arranged along at least one of said first and second axial faces (11a,11b). - said frame comprises a plurality of beams, extending in circumferential or tangential directions with respect to said axis and arranged in positions which are radially intermediate between said radially outer and inner surfaces (12,13) and are radially spaced apart from each other and from said radially outer and inner surfaces (12,13); said beams being arranged along at least one of said first and second axial faces (11a,11b).
A synchronisation method in a computer system with multiple cores, wherein a group of threads each in the form of a sequence of programmed instructions executes in parallel on a plurality of cores (C0-C5), the group of threads being synchronised using barrier synchronisation in which each thread in the group waits for all the others at a barrier before progressing; the group of threads executes until a first thread reaches a barrier synchronisation point; characterised in that: the first thread enters a polling state, repeatedly checking for a release condition indicating the end of the barrier; subsequent threads to reach the barrier synchronisation point are moved to the core on which the first thread is executing; other cores are powered down to shut down once empty of active threads; in that when the first thread detects the release condition, the powered down cores are powered up and are available for use by the threads; and in that when the first thread detects the release condition, the moved threads are moved back to the cores on which they were previously executing. a group of threads each in the form of a sequence of programmed instructions executes in parallel on a plurality of cores (C0-C5), the group of threads being synchronised using barrier synchronisation in which each thread in the group waits for all the others at a barrier before progressing; the group of threads executes until a first thread reaches a barrier synchronisation point; characterised in that: the first thread enters a polling state, repeatedly checking for a release condition indicating the end of the barrier; subsequent threads to reach the barrier synchronisation point are moved to the core on which the first thread is executing; other cores are powered down to shut down once empty of active threads; in that when the first thread detects the release condition, the powered down cores are powered up and are available for use by the threads; and in that when the first thread detects the release condition, the moved threads are moved back to the cores on which they were previously executing. the first thread enters a polling state, repeatedly checking for a release condition indicating the end of the barrier; subsequent threads to reach the barrier synchronisation point are moved to the core on which the first thread is executing; other cores are powered down to shut down once empty of active threads; in that when the first thread detects the release condition, the powered down cores are powered up and are available for use by the threads; and in that when the first thread detects the release condition, the moved threads are moved back to the cores on which they were previously executing.
Electric grater comprising: a support body having a first portion extending along a first direction and a second portion extending from said first portion along a second direction perpendicular to said first direction; an electric motor supported by said second portion; a button designed to provide, if pressed, the electric connection to said motor; and an internally hollow cylindrical grating body, which is arranged along a third direction and is cinematically coupled to said motor; and being characterised in that said first portion forms a handle for the user, said third direction is parallel to said first direction and in that it comprises an electric battery installed inside said first portion, said button being designed to provide, if pressed, the electric connection between said battery and said motor. a support body having a first portion extending along a first direction and a second portion extending from said first portion along a second direction perpendicular to said first direction; an electric motor supported by said second portion; a button designed to provide, if pressed, the electric connection to said motor; and an internally hollow cylindrical grating body, which is arranged along a third direction and is cinematically coupled to said motor; and being characterised in that said first portion forms a handle for the user, said third direction is parallel to said first direction and in that it comprises an electric battery installed inside said first portion, said button being designed to provide, if pressed, the electric connection between said battery and said motor.
A modified cell, comprising a) a first polynucleotide encoding a first chimeric polypeptide, wherein the first chimeric polypeptide comprises a membrane-associated polypeptide region and a first multimerizing region, wherein the membrane-associated polypeptide region comprises a chimeric antigen receptor; and b) a second polynucleotide encoding a second chimeric polypeptide, wherein the second chimeric polypeptide comprises a Caspase-9 polypeptide and a second multimerizing region, wherein the second multimerizing region has a different amino acid sequence than the first multimerizing region; wherein the first and second multimerizing regions bind to a first multimeric ligand and wherein the second multimerizing region binds to a second multimeric ligand that does not significantly bind to the first multimerizing region. a) a first polynucleotide encoding a first chimeric polypeptide, wherein the first chimeric polypeptide comprises a membrane-associated polypeptide region and a first multimerizing region, wherein the membrane-associated polypeptide region comprises a chimeric antigen receptor; and b) a second polynucleotide encoding a second chimeric polypeptide, wherein the second chimeric polypeptide comprises a Caspase-9 polypeptide and a second multimerizing region, wherein the second multimerizing region has a different amino acid sequence than the first multimerizing region; wherein the first and second multimerizing regions bind to a first multimeric ligand and wherein the second multimerizing region binds to a second multimeric ligand that does not significantly bind to the first multimerizing region.
Method for positional monitoring and/or positional adjustment of at least one component slidably guided within a press frame between counter-bearings of the press frame, particularly of a moving crosshead and/or of a receiver holder, wherein the method comprises continuous measurement of a central orientation of the slidably guided component within the press frame and correction of the orientation of the slidably guided component within the press frame in dependence on the detected measurement result with the help of automatically settable guide elements of sliding guides of the press, characterised in that measurement of the central orientation of the slidably guided component within the press frame is carried out by positional detection by means of two reference points of the slidably guided component in a plane extending transversely to the longitudinal centre axis of the press, wherein the positional detection of the reference points is carried out by means of at least one measuring arrangement provided at the press frame.
Method for producing (1S,2S)-norpseudoephedrine, characterised in that benzaldehyde is in a first reaction step with an acetyl donor according to formula with R = H or COOH by means of the -selective lyase ApPDC-E469G from Acetobacter pasteurianus is converted into an enantiomer mixture according to formulas and and the compound according to formula is converted into (1S,2S)-norpseudoephedrine in a second step with an amine donor by means of an -selective transaminase.
Method for a network simulation for testing a power producer or power consumer connectable to an electric power grid, wherein the power producer or power consumer is connected to a terminal point, and wherein a converter circuit is provided, by means of which voltage (Vpcc) applied to the terminal point can be influenced, wherein the converter circuit is connected via a transformer or a choke coil to the terminal point, characterised in that a series connection is provided which is set up with a choke coil and a first switch and which is connected to the terminal point, in that in a time-coordinated manner firstly the first switch is closed and the converter circuit is influenced such that the voltage (Vpcc) has a desired value at the terminal point and the first switch is then opened; wherein the closing of the first switch leads to a drop in voltage (Vpcc) at the terminal point and this drop is counteracted by the influence of the converter circuit; and wherein the opening of the first switch leads to an increase in voltage (Vpcc) at the terminal point.