mhurhangee/ep-ind-claims huggingface dataset:
A cleaning device for electrostatically removing toner from an image bearer, comprising: a plurality of cleaners (101, 104, 107) including at least a first cleaner and a second cleaner, arranged next to each other in a traveling direction of the image bearer, characterized in that: the plurality of cleaners (101, 104, 107) includes a third cleaner, wherein the first to third cleaners (101, 104, 107) are arranged next to each other in a traveling direction of the image bearer; the first cleaner being disposed at an extreme upstream end of the traveling direction and supplied with a first voltage having a same polarity as a polarity of a normally-charged toner so as to electrostatically remove reversely charged toner; the cleaners (104, 107) other than the first cleaner, being disposed downstream from the first cleaner in the traveling direction of the image bearer and supplied with a second and third voltage having a polarity opposite the polarity of the normally-charged toner, so as to electrostatically remove the normally charged toner. a plurality of cleaners (101, 104, 107) including at least a first cleaner and a second cleaner, arranged next to each other in a traveling direction of the image bearer, characterized in that: the plurality of cleaners (101, 104, 107) includes a third cleaner, wherein the first to third cleaners (101, 104, 107) are arranged next to each other in a traveling direction of the image bearer; the first cleaner being disposed at an extreme upstream end of the traveling direction and supplied with a first voltage having a same polarity as a polarity of a normally-charged toner so as to electrostatically remove reversely charged toner; the cleaners (104, 107) other than the first cleaner, being disposed downstream from the first cleaner in the traveling direction of the image bearer and supplied with a second and third voltage having a polarity opposite the polarity of the normally-charged toner, so as to electrostatically remove the normally charged toner. the plurality of cleaners (101, 104, 107) includes a third cleaner, wherein the first to third cleaners (101, 104, 107) are arranged next to each other in a traveling direction of the image bearer; the first cleaner being disposed at an extreme upstream end of the traveling direction and supplied with a first voltage having a same polarity as a polarity of a normally-charged toner so as to electrostatically remove reversely charged toner; the cleaners (104, 107) other than the first cleaner, being disposed downstream from the first cleaner in the traveling direction of the image bearer and supplied with a second and third voltage having a polarity opposite the polarity of the normally-charged toner, so as to electrostatically remove the normally charged toner.
A packaging bag comprising a main bag body formed by superimposing and affixing two laminate films (20, 21) each having a counter profile defined by an upper edge part, a lower edge part and a pair of side edge parts (7a, 7b) sandwiched therebetween or affixing two folded portions of the laminate film (21, 22) to form a filling space for a packed material therein, and a film-shaped pouring nozzle attached to an upper portion of the main bag body and formed by superimposing and affixing two separate laminate films (20a, 20b) thinner than the laminate film for the main bag body (21a, 21b) or affixing two folded portions of the latter laminate film (21a, 21b) and mutually fusion-joining three peripheral portions thereof other than an end portion defined as a base part configured to form a pouring path communicating to the filling space of the main bag body and developing a self-sealing function through capillary action when the packed material in the filling space is poured through the pouring path, characterized in that the main bag body of the packaging bag is provided with a notch part defined by a removable portion of at least one shoulder part of the main bag body so as to communicate a portion of the upper edge part to a portion of the side edge part and fixing and holding the film-shaped pouring nozzle to a cutout edge part of the main bag body so as to fit the film-shaped pouring nozzle into the shoulder portion, at a position between the upper edge part and side edge part of the main bag body, and the notch part has an outer edge extending from the upper edge part and the side edge part of the main bag body and is separably connected to the cutout edge part and configured as a protect cover housing the film-shaped pouring nozzle therein, the film-shaped pouring nozzle is positioned in the notch part of the main bag body and the outer edges of the protective cover housing the film-shaped pouring nozzle therein are formed along the upper edge part and the side edge part of the main bag body and the film-shaped pouring nozzle is connected to the main bag body by fusion-joining an outer face of the base part to the inner face of the cutout edge part in the main bag body such that inner faces of the pouring path are unfused to permit the packed material to be poured.
Pharmaceutical tablet composition comprising eltrombopag olamine as active ingredient and one or more pharmaceutically acceptable excipients including one or more reducing sugars, characterized in that the composition comprises or consists of a) eltrombopag olamine in a therapeutically effective amount, b) lactose as reducing sugar, and c) povidone as polymeric binder agent, with the proviso that in case the pharmaceutical tablet composition is obtained by granulation compression exhibiting an intragranular composition and an extragranular composition, the eltrombopag olamine, the reducing sugar and the polymeric binder agent are present in the same composition. a) eltrombopag olamine in a therapeutically effective amount, b) lactose as reducing sugar, and c) povidone as polymeric binder agent, with the proviso that in case the pharmaceutical tablet composition is obtained by granulation compression exhibiting an intragranular composition and an extragranular composition, the eltrombopag olamine, the reducing sugar and the polymeric binder agent are present in the same composition.
A control apparatus for controlling a pass device coupled between an electrical power supply and a load, the apparatus comprising: an input for receiving power from the power supply; an output for supplying power to the load; and a current control circuit arranged to generate a first control signal for limiting, when in use, to a predetermined current level current flowing through the pass device; the apparatus characterised in that: a power control circuit is arranged to generate a second control signal for controlling, when in use, power dissipated by the pass device to a predetermined power dissipation level wherein the power control circuit is temporarily disableable for a predetermined period of time, in response to the power dissipated while the power control circuit is enabled being below the predetermined power dissipation level, wherein the predetermined period conforms to a predetermined frequency of occurrence. an input for receiving power from the power supply; an output for supplying power to the load; and a current control circuit arranged to generate a first control signal for limiting, when in use, to a predetermined current level current flowing through the pass device; the apparatus characterised in that: a power control circuit is arranged to generate a second control signal for controlling, when in use, power dissipated by the pass device to a predetermined power dissipation level wherein the power control circuit is temporarily disableable for a predetermined period of time, in response to the power dissipated while the power control circuit is enabled being below the predetermined power dissipation level, wherein the predetermined period conforms to a predetermined frequency of occurrence.
A tie rod-locking nut assembly comprising: a tie rod-locking nut engaged with a jack bolt; characterised by a jack bolt-locking nut inserted between the tie rod-locking nut and the jack bolt; an anti-loosening washer formed to wrap around an outer circumferential surface of the jack bolt-locking nut to prevent loosening of the jack bolt-locking nut; and a locking plate formed to cover the anti-loosening washer and engaging with an outer circumferential surface of the tie rod. a tie rod-locking nut engaged with a jack bolt; characterised by a jack bolt-locking nut inserted between the tie rod-locking nut and the jack bolt; an anti-loosening washer formed to wrap around an outer circumferential surface of the jack bolt-locking nut to prevent loosening of the jack bolt-locking nut; and a locking plate formed to cover the anti-loosening washer and engaging with an outer circumferential surface of the tie rod.
A dishwashing apparatus comprising: a housing containing a series of zones, each zone adapted for performing a step of a dishwashing cycle; a loading/unloading area atop the housing; a plurality of shuttles for receiving and conveying soiled items, the shuttles arranged in rows, each row containing shuttles of a different type to the other rows, the rows comprising: a row of plateware shuttles, each plateware shuttle configured to receive and carry an individual item of plateware, a row of cutlery shuttles, each cutlery shuttle configured to receive and carry an individual place-setting of cutlery and/or utensils, a row of cupware shuttles, each cupware shuttle configured to receive and carry an individual item of cupware; and a drive means for transporting a shuttle loaded with a soiled item in a loop from the loading/unloading area into the housing, through each of the wash-step zones and out of the housing back to the loading/unloading area, wherein the drive means is operable to transport a shuttle from one row of shuttles independently of shuttles from each other set of shuttles. a housing containing a series of zones, each zone adapted for performing a step of a dishwashing cycle; a loading/unloading area atop the housing; a plurality of shuttles for receiving and conveying soiled items, the shuttles arranged in rows, each row containing shuttles of a different type to the other rows, the rows comprising: a row of plateware shuttles, each plateware shuttle configured to receive and carry an individual item of plateware, a row of cutlery shuttles, each cutlery shuttle configured to receive and carry an individual place-setting of cutlery and/or utensils, a row of cupware shuttles, each cupware shuttle configured to receive and carry an individual item of cupware; and a row of plateware shuttles, each plateware shuttle configured to receive and carry an individual item of plateware, a row of cutlery shuttles, each cutlery shuttle configured to receive and carry an individual place-setting of cutlery and/or utensils, a row of cupware shuttles, each cupware shuttle configured to receive and carry an individual item of cupware; and a drive means for transporting a shuttle loaded with a soiled item in a loop from the loading/unloading area into the housing, through each of the wash-step zones and out of the housing back to the loading/unloading area, wherein the drive means is operable to transport a shuttle from one row of shuttles independently of shuttles from each other set of shuttles.
A control system (10, 118, 142, 160) for a vehicle, comprising: - a first storage device (20, 22) configured to store and release electrical energy; - a second storage device (20, 22) configured to store and release electrical energy; - an electromechanical system for a vehicle coupled to the first storage device (20, 22) and the second storage device (20, 22), and wherein the electromechanical system is configured to: - generate an energy demand; and - utilize electrical energy received from at least one of the first storage device (20, 22) and the second storage device (20, 22) to fulfill the energy demand; and - a controller communicatively and electrically coupled to the first storage device (20, 22), the second storage device (20, 22) and the electromechanical system, and wherein the controller is configured to optimize operation of the system relative to a first parameter by controlling the channeling of electric charge in a variable manner between the first storage device (20, 22), the second storage device (20, 22) and the electromechanical system wherein the first parameter comprises a sensed operational parameter, wherein the sensed operational parameter comprises performance based on weather conditions, fuel economy, life of the first storage device, life of the second storage device, monetary cost associated with electric charge drawn from an electrical grid, or a combination thereof.. - a first storage device (20, 22) configured to store and release electrical energy; - a second storage device (20, 22) configured to store and release electrical energy; - an electromechanical system for a vehicle coupled to the first storage device (20, 22) and the second storage device (20, 22), and wherein the electromechanical system is configured to: - generate an energy demand; and - utilize electrical energy received from at least one of the first storage device (20, 22) and the second storage device (20, 22) to fulfill the energy demand; and - generate an energy demand; and - utilize electrical energy received from at least one of the first storage device (20, 22) and the second storage device (20, 22) to fulfill the energy demand; and - a controller communicatively and electrically coupled to the first storage device (20, 22), the second storage device (20, 22) and the electromechanical system, and wherein the controller is configured to optimize operation of the system relative to a first parameter by controlling the channeling of electric charge in a variable manner between the first storage device (20, 22), the second storage device (20, 22) and the electromechanical system
Fin intended to disturb the flow of a fluid, referred to as first fluid, said fin being made up of a metal strip, said metal strip comprising at least one expanded metal part having a surface comprising meshes, referred to as mesh surface, characterized in that said fin comprises at least one louvre having a slot and a flap, said louvre being made in the mesh surface and intended to form a deflector for the flow of the first fluid.
A process for preparing one or more metal complexes of the general formula [M a L x X n]Y m where M is a metal from the group of Mn, Mn, Mn, Fe, Fe or Fe, X is a coordinating compound selected from singly, doubly or triply charged anions or uncharged molecules capable of mono-, bi- or tridentate coordination to a metal, Y is a noncoordinating counterion which ensures the charge balance of the complex, a is a number from 1 to 2, x is a number from 1 to 2, n is a number from 0 to 4, m is a number from 0 to 8, and L is a ligand of the general formula or the protonated or deprotonated form thereof where R is hydrogen, hydroxyl or C 1 -C 4 alkyl; R 1 is C 1 -C 4 alkyl, C 6 -C 10 aryl, pyridinyl-C 1 -C 4 -alkyl or (CH 2) k N(C 1 -C 4 -alkyl) 2; R 2 is C 1 -C 20 alkyl, C 6 -C 10 aryl or pyridinyl-C 1 -C 4 -alkyl; R 3 is C 1 -C 4 alkyl; z is C=O or C 2 and k is a number from 1 to 6, which comprises performing the reaction of one or more ligands of the formula with an iron or manganese salt in heterogeneous reaction in water, the reaction being performed within a temperature range from 35 to 50°C and the pH of the reaction mixture after addition of the iron or manganese salt being from 1 to 3. M is a metal from the group of Mn, Mn, Mn, Fe, Fe or Fe, X is a coordinating compound selected from singly, doubly or triply charged anions or uncharged molecules capable of mono-, bi- or tridentate coordination to a metal, Y is a noncoordinating counterion which ensures the charge balance of the complex, a is a number from 1 to 2, x is a number from 1 to 2, n is a number from 0 to 4, m is a number from 0 to 8, and L is a ligand of the general formula or the protonated or deprotonated form thereof R is hydrogen, hydroxyl or C 1 -C 4 alkyl; R 1 is C 1 -C 4 alkyl, C 6 -C 10 aryl, pyridinyl-C 1 -C 4 -alkyl or (CH 2) k N(C 1 -C 4 -alkyl) 2; R 2 is C 1 -C 20 alkyl, C 6 -C 10 aryl or pyridinyl-C 1 -C 4 -alkyl; R 3 is C 1 -C 4 alkyl; z is C=O or C 2 and k is a number from 1 to 6,
A computed tomography apparatus comprising: - spaced radiation sources (82, 84) which each are configured to propagate a cone-beam of radiation (40, 50) into an examination region, the radiation sources being spaced in a linear scanning direction (z); - a detector which is configured to detect radiation which has passed through the examination region; characterized in that the computed tomography apparatus further comprises: - an attenuation system interposed between the radiation sources and the examination region for cone-angle dependent filtering of the cone beams, wherein the attenuation system is configured to provide a minimum attenuation of rays which enter the field of view at a minimum cone angle and a maximum attenuation of rays which enter the field of view at a maximum cone angle, wherein the cone angle (α) is the angle between a ray of the beam and a direction normal to the scanning direction (z), such that the attenuation varies in the scanning direction (z), wherein the attenuation system includes a first filter (56, 62) which filters the first cone beam and a second filter (58, 64) which filters the second cone beam, and wherein the first filter and the second filter each have an upper surface and a lower surface that meet at a common edge and a side surface which extends between the upper surface and the lower surface. - spaced radiation sources (82, 84) which each are configured to propagate a cone-beam of radiation (40, 50) into an examination region, the radiation sources being spaced in a linear scanning direction (z); - a detector which is configured to detect radiation which has passed through the examination region; characterized in that the computed tomography apparatus further comprises: - an attenuation system interposed between the radiation sources and the examination region for cone-angle dependent filtering of the cone beams, wherein the attenuation system is configured to provide a minimum attenuation of rays which enter the field of view at a minimum cone angle and a maximum attenuation of rays which enter the field of view at a maximum cone angle, wherein the cone angle (α) is the angle between a ray of the beam and a direction normal to the scanning direction (z), such that the attenuation varies in the scanning direction (z), wherein the attenuation system includes a first filter (56, 62) which filters the first cone beam and a second filter (58, 64) which filters the second cone beam, and wherein the first filter and the second filter each have an upper surface and a lower surface that meet at a common edge and a side surface which extends between the upper surface and the lower surface.
A liquid-cooled internal combustion engine comprising an engine block, which includes a plurality of cylinders, and cylinder heads closing the cylinders, wherein each cylinder is surrounded by a respective cooling liner and each cylinder head has provided therein at least one separate cooling chamber (20, 30) connected to the cooling liner of the associated cylinder via at least one transition channel (25, 26), wherein the transition channels (25, 26) of at least two cylinders are interconnected via a pressure compensation chamber, characterized in that a distributing chamber is provided, which is adapted to be connected to an external pressure source via a pressure connection and which communicates with at least one cooling chamber (20, 30) of each cylinder head via at least one channel, so that coolant can flow from the distributing chamber into the at least one cooling chamber (20, 30).
A method for receiving, by a user equipment, UE, a machine type communication physical downlink control channel, MPDCCH, the method comprising: receiving, by the UE, a first common search space configuration for a first common search space; monitoring, by the UE, the first common search space to detect a first MPDCCH scheduling a message related to a random access procedure based on the first common search space configuration; and monitoring, by the UE, a UE-specific search space to detect a second MPDCCH scheduling unicast data for the UE, wherein the UE monitors the UE-specific search space based on a configuration identical to the first common search space configuration until the UE receives information on a UE-specific search space configuration, wherein the first common search space configuration comprises information on a maximum number of MPDCCH repetitions for the first common search space, wherein the information on the UE-specific search space comprises information on a maximum number of MPDCCH repetitions for the UE-specific search space, and wherein monitoring the UE-specific search space based on the configuration identical to the first common search space configuration comprises: monitoring the UE-specific search space based on a maximum number of MPDCCH repetitions identical to the maximum number of MPDCCH repetitions for the first common search space until the UE receives the information on the maximum number of MPDCCH repetitions for the UE-specific search space. receiving, by the UE, a first common search space configuration for a first common search space; monitoring, by the UE, the first common search space to detect a first MPDCCH scheduling a message related to a random access procedure based on the first common search space configuration; and monitoring, by the UE, a UE-specific search space to detect a second MPDCCH scheduling unicast data for the UE, wherein the UE monitors the UE-specific search space based on a configuration identical to the first common search space configuration until the UE receives information on a UE-specific search space configuration, wherein the first common search space configuration comprises information on a maximum number of MPDCCH repetitions for the first common search space, wherein the information on the UE-specific search space comprises information on a maximum number of MPDCCH repetitions for the UE-specific search space, and wherein monitoring the UE-specific search space based on the configuration identical to the first common search space configuration comprises: monitoring the UE-specific search space based on a maximum number of MPDCCH repetitions identical to the maximum number of MPDCCH repetitions for the first common search space until the UE receives the information on the maximum number of MPDCCH repetitions for the UE-specific search space.
Machine tool comprising a frame provided on the front with a table which is intended to receive the part to be produced or converted, a barrel mounted on a shaft having a transverse axis (XX') which is in parallel with said table, the machine tool being characterized in that the barrel is carried by horizontal translatable means in the direction away from and/or toward said table between two lateral walls (10, 11) of said frame on slide systems, so as to allow a front-to-rear translation of said barrel which radially carries tools that are each capable of being used individually to process said part according to the pivoting of said barrel at a chosen angle, said horizontal translation being able to be carried out between each change of tool.
A process for purifying virus-like particles (VLPs) comprising Enterobacteria phage MS2 capsid protein defined by SEQ ID NO:3, and enclosing at least one heterologous cargo molecule, the process comprising: (a) obtaining a cell lysate comprising a plurality of the VLPs; (b) contacting the cell lysate with a protease for a time and under a condition sufficient to hydrolyze cell lysis products other than the VLPs to form a hydrolysate; and (c) isolating the VLPs from the hydrolysate.