mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition for use in the treatment of a stenosis and/or a stenotic lesion, and/or an occlusive lesion in a subject comprising an aggregate, the aggregate comprising a plurality of nanoparticles, the nanoparticles comprising copolymers of polylactic acid and polyglycolic acid, wherein: the aggregate disaggregates above a predetermined shear stress when exposed to said predetermined shear stress at the site of stenosis or occlusion; and the aggregate further comprises a molecule which is a therapeutic agent or pharmaceutically acceptable salt thereof, comprising an antithrombotic and/or thrombolytic agent, and/or a vasodilator. the aggregate disaggregates above a predetermined shear stress when exposed to said predetermined shear stress at the site of stenosis or occlusion; and the aggregate further comprises a molecule which is a therapeutic agent or pharmaceutically acceptable salt thereof, comprising an antithrombotic and/or thrombolytic agent, and/or a vasodilator.
A grille shutter unit comprising: a frame having a locked portion; an air guide which is formed of a material having lower stiffness than that of the frame, the air guide comprising a locking claw to be locked onto the locked portion; and a reinforcing member which is configured to limit bending of the locking claw, wherein the locking claw comprises a flexible plate portion (2b1) of which a root is connected to a base portion of the air guide, with a protruding portion (2b2) which protrudes from a surface of an end portion of the flexible plate portion and abuts against the locked portion, wherein the reinforcing member comprises a plurality of ribs (2b3, 2b4), the plurality of the ribs (2b3, 2b4) is fixed to the flexible plate portion, the plurality of the ribs has an elongated shape formed along a direction from the root of the flexible plate portion toward a tip end, the plurality of the ribs (2b3) is formed on the surface of the flexible plate portion on which the protruding portion (2b2) is provided, a region between adjacent ribs among the plurality of the ribs is a region where the locked portion is disposed, and the locked portion is disposed in the region when the locking claw is locked onto the locked portion. a frame having a locked portion; an air guide which is formed of a material having lower stiffness than that of the frame, the air guide comprising a locking claw to be locked onto the locked portion; and a reinforcing member which is configured to limit bending of the locking claw, wherein the locking claw comprises a flexible plate portion (2b1) of which a root is connected to a base portion of the air guide, with a protruding portion (2b2) which protrudes from a surface of an end portion of the flexible plate portion and abuts against the locked portion, wherein the reinforcing member comprises a plurality of ribs (2b3, 2b4), the plurality of the ribs (2b3, 2b4) is fixed to the flexible plate portion, the plurality of the ribs has an elongated shape formed along a direction from the root of the flexible plate portion toward a tip end, the plurality of the ribs (2b3) is formed on the surface of the flexible plate portion on which the protruding portion (2b2) is provided, a region between adjacent ribs among the plurality of the ribs is a region where the locked portion is disposed, and the locked portion is disposed in the region when the locking claw is locked onto the locked portion.
Nozzle device for emitting an emission medium onto a component, preferably for emitting the emission medium onto two side faces (101, 102) of a fold, an edge or a transition joint of the component, comprising an opening configuration for emitting the emission medium, the opening configuration comprising at least two openings (2.1, 2.2) for emitting at least two jets (S1, S2) of the emission medium and the at least two openings (2.1, 2.2) being oriented inwardly so that the at least two jets (S1, S2) approach one another toward the emission side, characterised in that a protruding horn structure (7.1, 7.2) is arranged on both sides externally beside the at least two openings (2.1, 2.2) and the horn structure (7.1, 7.2) comprises at least two inwardly formed inner flanks (8.1, 8.2), which act upon the jets (S1, S2) output from the at least two openings (2.1, 2.2), in order to deflect the jets (S1, S2) inwardly.
A method of wireless communication executed at a scheduling entity, comprising: communicating with a plurality of scheduled entities including a first scheduled entity and a second scheduled entity; determining that the first scheduled entity is not near or at a cell edge and that the second scheduled entity is near or at the cell edge based on received signal strength or signal quality of uplink, UL, reference signals from the respective first and second scheduled entities; determining to transmit a normal subframe to the first scheduled entity as a result of the first scheduled entity not being located near the cell edge and determining to transmit a special subframe to the second scheduled entity as a result of the second scheduled entity being near or at the cell edge, wherein the special subframe utilizes a less complex modulation or a lower coding rate than the normal subframe; configuring the first scheduled entity to utilize a first process for estimating the downlink, DL, channel, involving estimation of the covariance of the received signal and noise based on DL reference signals of the normal subframe; configuring the second scheduled entity to utilize a second process for estimating the DL channel, involving estimation of the covariance of the received signal and noise based on DL reference signals and data of the special subframe, wherein the second process for estimating the DL channel is different from the first process for estimating the DL channel. communicating with a plurality of scheduled entities including a first scheduled entity and a second scheduled entity; determining that the first scheduled entity is not near or at a cell edge and that the second scheduled entity is near or at the cell edge based on received signal strength or signal quality of uplink, UL, reference signals from the respective first and second scheduled entities; determining to transmit a normal subframe to the first scheduled entity as a result of the first scheduled entity not being located near the cell edge and determining to transmit a special subframe to the second scheduled entity as a result of the second scheduled entity being near or at the cell edge, wherein the special subframe utilizes a less complex modulation or a lower coding rate than the normal subframe; configuring the first scheduled entity to utilize a first process for estimating the downlink, DL, channel, involving estimation of the covariance of the received signal and noise based on DL reference signals of the normal subframe; configuring the second scheduled entity to utilize a second process for estimating the DL channel, involving estimation of the covariance of the received signal and noise based on DL reference signals and data of the special subframe, wherein the second process for estimating the DL channel is different from the first process for estimating the DL channel.
A method for forming an imaging member having a patterned surface in the outer layer, comprising: providing a mold (10,15) for imprinting, wherein the mold comprises a pattern on one face of the mold, the pattern comprising an array of periodically ordered protrusions or indentations,; providing an imaging member comprising a substrate and disposed thereover a soft outer layer coating for being imprinted; pressing the patterned face of the mold and the soft outer layer coating of the imaging member together in a manner such that the pattern structure of the mold (10, 15) is replicated onto the soft outer layer coating (10, 15); and hardening the soft outer layer coating to form a patterned structure on an outer surface of the imaging member, characterized in that the step of providing the mold for imprinting comprises Ink-jet printing a nano-or-micro-scale pattern onto a substrate to create a photo-mask master pattern, curing onto the photo-mask master pattern a flexible material to form the mold, and removing the flexible material from the photo-mask master pattern to produce a flexible mold providing a mold (10,15) for imprinting, wherein the mold comprises a pattern on one face of the mold, the pattern comprising an array of periodically ordered protrusions or indentations,; providing an imaging member comprising a substrate and disposed thereover a soft outer layer coating for being imprinted; pressing the patterned face of the mold and the soft outer layer coating of the imaging member together in a manner such that the pattern structure of the mold (10, 15) is replicated onto the soft outer layer coating (10, 15); and hardening the soft outer layer coating to form a patterned structure on an outer surface of the imaging member, characterized in that the step of providing the mold for imprinting comprises Ink-jet printing a nano-or-micro-scale pattern onto a substrate to create a photo-mask master pattern, curing onto the photo-mask master pattern a flexible material to form the mold, and removing the flexible material from the photo-mask master pattern to produce a flexible mold
Vehicle for public transport comprising a rack module suitable for housing at least one bottle suitable for containing a pressurized gas utilizable during the operation of said vehicle, said vehicle comprising a roof on which said rack module is mounted, said rack module being at least partially sunk into said roof and being realized integrated in said roof and comprising a housing substantially shaped as a box and defining a volume for housing at least one of said bottles which can be positioned either longitudinally or transversally with respect to said housing, said housing comprising a lower wall and a lateral wall extending axially from at least part of the perimeter of said lower wall, said rack module further comprising a cover configured to close said volume defined by said housing, wherein said rack module is sunk so that the height of said rack module with respect to the ground is lower than the sum of the height (hr) of the roof with respect to the ground and the height (hm) of said rack module and wherein the height of said rack module with respect to the ground is at maximum equal to the height of another module placed on said roof, said housing comprising an inclined wall extending from an upper extremity of said lateral wall and being configured to cooperate with said cover so as to isolate said volume from environment when said cover is closed.
A capping assembly for mounting on a covering, the capping assembly comprising: a cap which can be disposed on the covering; a securing arrangement to enable the capping assembly to be secured on the covering; and an insertion member for insertion through the covering, wherein the cap is attachable to the insertion member; wherein the insertion member has first and second perpendicular dimensions, the first dimension being longer than the second dimension; and the capping assembly further includes an orienting arrangement to orient the insertion member, the orienting arrangement being manipulable to orient the insertion member to a desired orientation; characterised in that the orienting arrangement comprises two elongate flexible orienting members, each orienting member being attached to the insertion member at a respective different point along the first dimension thereof. a cap which can be disposed on the covering; a securing arrangement to enable the capping assembly to be secured on the covering; and an insertion member for insertion through the covering, wherein the cap is attachable to the insertion member; wherein the insertion member has first and second perpendicular dimensions, the first dimension being longer than the second dimension; and the capping assembly further includes an orienting arrangement to orient the insertion member, the orienting arrangement being manipulable to orient the insertion member to a desired orientation; characterised in that the orienting arrangement comprises two elongate flexible orienting members, each orienting member being attached to the insertion member at a respective different point along the first dimension thereof.
A clutch actuation device, in particular for a motor vehicle, having a master unit having a master cylinder, having a slave unit having a slave cylinder and having a pressure line connecting the master cylinder and the slave cylinder and having a reservoir connected to the pressure line, wherein an automation apparatus (40, 140) is arranged in the pressure line and has two fluid circuits (50, 52) separated from one another, wherein a first fluid circuit is configured for a manual clutch actuation and the first fluid circuit together with a second fluid circuit is configured for an automated clutch actuation and wherein the automation apparatus (40, 140) has a first pressure chamber having a first pressure piston and a second pressure chamber having a second pressure piston, wherein the first pressure chamber and the second pressure chamber are interconnected and wherein the first pressure piston can be activated by a power source, characterized in that the automation apparatus (40, 140) has at least two connections (60, 62, 104) to the master cylinder and one connection to the slave cylinder.
A circuit comprising: a transistor, a switch and a signal source, a base of the transistor being switchably connectable to the signal source through the switch; a first diode connected between the base of the transistor and a reference voltage, wherein the first diode is configured such that when the signal source is not connected to the base of the transistor, a voltage applied at an emitter of the transistor causes a current flow through the base of the transistor and through the first diode sufficient that the transistor is in an ON state; the impedance of the signal source is lower than the impedance of the transistor through the emitter and base; the first diode is additionally selected to provide a current limiting function such that when the signal source is connected to the base of the transistor, current flow through the base reduces such that the transistor switches to an OFF state; and in which the circuit further comprises a second diode, the second diode comprised from a semiconductor region that provides the base of the transistor and a further semiconductor region in direct contact with the semiconductor region that provides the base of the transistor; and in which the signal source is connectable to the base of the transistor through the second diode. a transistor, a switch and a signal source, a base of the transistor being switchably connectable to the signal source through the switch; a first diode connected between the base of the transistor and a reference voltage, wherein the first diode is configured such that when the signal source is not connected to the base of the transistor, a voltage applied at an emitter of the transistor causes a current flow through the base of the transistor and through the first diode sufficient that the transistor is in an ON state; the impedance of the signal source is lower than the impedance of the transistor through the emitter and base; the first diode is additionally selected to provide a current limiting function such that when the signal source is connected to the base of the transistor, current flow through the base reduces such that the transistor switches to an OFF state; and in which the circuit further comprises a second diode, the second diode comprised from a semiconductor region that provides the base of the transistor and a further semiconductor region in direct contact with the semiconductor region that provides the base of the transistor; and in which the signal source is connectable to the base of the transistor through the second diode.
A penetration device comprising: a casing; a propellant positioned in the casing; and a flyer plate coupled to the casing and adjacent to the propellant, the flyer plate being configured to detach as a whole from the casing to be propelled or accelerated toward, into, and/or through an object, the flyer plate comprising: a center portion having a substantially constant first thickness; and a peripheral portion around the center portion and defining an edge, the peripheral portion including one or more recesses (222, 934) in a first surface (232, 234) of the peripheral portion, wherein the one or more recesses (222, 934) comprise through holes. a casing; a propellant positioned in the casing; and a flyer plate coupled to the casing and adjacent to the propellant, the flyer plate being configured to detach as a whole from the casing to be propelled or accelerated toward, into, and/or through an object, the flyer plate comprising: a center portion having a substantially constant first thickness; and a peripheral portion around the center portion and defining an edge, the peripheral portion including one or more recesses (222, 934) in a center portion having a substantially constant first thickness; and a peripheral portion around the center portion and defining an edge, the peripheral portion including one or more recesses (222, 934) in a first surface (232, 234) of the peripheral portion,
A method for downloading data including filtering rules from a remote server onto a mobile device, wherein the method comprises: determining a first list, from a plurality of lists of filtering rules, having a highest indicator of frequency of actuation of the filtering rules from the list, wherein the filtering rules from the lists are designated for use by a first application on the mobile device, and wherein the filtering rules filter one or more of web content, actions, applications, incoming calls and messages by one or more of telephone number and message content; transmitting the determined list to the mobile device with the aid of a second application, the second application on the mobile device being a provider of the filtering rules for the first application; dividing each of the remaining non-downloaded lists of filtering rules intended for downloading onto the mobile device into a plurality of parts having a first size; generating a set of groups of filtering rules, in each of whose groups is placed not more than one part of each remaining non-downloaded list of filtering rules; and transmitting the groups of filtering rules to the mobile device during time intervals having a first duration until the generated set of groups are fully downloaded onto the mobile device. determining a first list, from a plurality of lists of filtering rules, having a highest indicator of frequency of actuation of the filtering rules from the list, wherein the filtering rules from the lists are designated for use by a first application on the mobile device, and wherein the filtering rules filter one or more of web content, actions, applications, incoming calls and messages by one or more of telephone number and message content; transmitting the determined list to the mobile device with the aid of a second application, the second application on the mobile device being a provider of the filtering rules for the first application; dividing each of the remaining non-downloaded lists of filtering rules intended for downloading onto the mobile device into a plurality of parts having a first size; generating a set of groups of filtering rules, in each of whose groups is placed not more than one part of each remaining non-downloaded list of filtering rules; and transmitting the groups of filtering rules to the mobile device during time intervals having a first duration until the generated set of groups are fully downloaded onto the mobile device.
A method for reserving non-monetary resources in a telecommunication network, the method comprising: receiving, at a node, a first service request to reserve a quantity of resources from a subscriber's first account, wherein the quantity of resources requested to be reserved are greater than an amount of available resources in the subscriber's first account; determining, at the node, that the quantity of resources needed to be reserved is within an overbooking limit associated with the subscriber's first account; and reserving, based on the determining step, the requested quantity of resources deducting, by the node when the resources associated with actual usage of the first service request are less than or equal to a total amount of resources associated with all of the subscriber's accounts, resources from the subscriber's first account followed by resources from the subscriber's one or more other accounts based on a priority order; and deducting, by the node when the resources associated with actual usage of the first service request are greater than the total amount of resources associated with all of the subscriber's accounts, all of the resources from the subscriber's accounts and initiating a charge towards the subscriber for a difference in resources deducted from the subscriber's accounts and the resources used in the first service request. receiving, at a node, a first service request to reserve a quantity of resources from a subscriber's first account, wherein the quantity of resources requested to be reserved are greater than an amount of available resources in the subscriber's first account; determining, at the node, that the quantity of resources needed to be reserved is within an overbooking limit associated with the subscriber's first account; and reserving, based on the determining step, the requested quantity of resources deducting, by the node when the resources associated with actual usage of the first service request are less than or equal to a total amount of resources associated with all of the subscriber's accounts, resources from the subscriber's first account followed by resources from the subscriber's one or more other accounts based on a priority order; and deducting, by the node when the resources associated with actual usage of the first service request are greater than the total amount of resources associated with all of the subscriber's accounts, all of the resources from the subscriber's accounts and initiating a charge towards the subscriber for a difference in resources deducted from the subscriber's accounts and the resources used in the first service request.