mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a polymeric micelle composition having poorly soluble drugs, comprising: dissolving a poorly soluble drug and an amphiphilic block copolymer into an organic solvent to obtain a solution; and adding an aqueous solution to the resultant solution to form polymeric micelles, wherein the method requires no separate operation to remove the organic solvent prior to the addition of aqueous solution, wherein the organic solvent is used in an amount of 0.5-15 wt%, based on the total weight of the composition, and wherein the aqueous solution comprises an osmolality adjusting agent which is at least one selected from a group consisting of sodium chloride, calcium chloride, sodium sulfate and magnesium chloride. dissolving a poorly soluble drug and an amphiphilic block copolymer into an organic solvent to obtain a solution; and adding an aqueous solution to the resultant solution to form polymeric micelles, wherein the method requires no separate operation to remove the organic solvent prior to the addition of aqueous solution, wherein the organic solvent is used in an amount of 0.5-15 wt%, based on the total weight of the composition, and wherein the aqueous solution comprises an osmolality adjusting agent which is at least one selected from a group consisting of sodium chloride, calcium chloride, sodium sulfate and magnesium chloride.
Oligosaccharide riclinoctaose for use in treating and/or preventing ischemia-reperfusion injury (IRI), wherein the oligosaccharide riclinoctaose has a structural formula as follows:
Cooking appliance with a cooking appliance control device, which has a control panel (10a - 10e) and an operator panel (14a-14e), wherein the operator panel (14a-14e) is a panel with associated control elements (20a-20e, 22a-22e, 24a-24e, 26a-26e, 28a-28e), characterised in that in at least one area the operator panel (14a-14e) at least substantially terminates with an upper and with a lower outer edge (16a-16e, 18a-18e) of the control panel (10a-10e).
Solid composition containing at least 2 wt% of methyl glycine-N,N-diacetic acid trisodium salt of crystal type III, based on the total weight of crystalline methyl glycine -N,N-diacetic acid trisodium salt compounds, wherein the crystal type III is the form of a crystal comprising a crystalline modification characterized by the reflections enlisted below when analyzed with X-ray diffraction analysis using Cu Kα radiation: Type III 2Θ d (Å) 5.8 15.2 7.5 11.8 8.1 10.9 9.5 9.3 11.7 7.6 139 6.4 151 5.9 16.5 5.4 17.3 5.1 18.5 4.8 19.1 4.65 20.1 4.4
A punching device (2; 31) for producing one or more rows of seamless dough rings, - with a punching head with one punch or a plurality of punches , wherein each punch is associated with a dough ring row, - with a dough piece carrier with a dough piece receptacle or a plurality of dough piece receptacles , wherein each of the dough piece receptacles of the dough piece carrier is associated with one of the punches , wherein in the dough piece receptacle or in each of the dough piece receptacles a passage opening for the associated punch is configured as a matrix, and - with a conveyor drive for conveying the dough piece carrier in a dough piece conveying direction , wherein the dough piece carrier is connected with an endlessly circulating traction means , characterized in that the endlessly circulating traction means forms a part of the conveyor drive , wherein a chain or belt is used as the traction means. - with a punching head with one punch or a plurality of punches , wherein each punch is associated with a dough ring row, - with a dough piece carrier with a dough piece receptacle or a plurality of dough piece receptacles , wherein each of the dough piece receptacles of the dough piece carrier is associated with one of the punches , wherein in the dough piece receptacle or in each of the dough piece receptacles a passage opening for the associated punch is configured as a matrix, and - with a conveyor drive for conveying the dough piece carrier in a dough piece conveying direction , wherein the dough piece carrier is connected with an endlessly circulating traction means , characterized in that the endlessly circulating traction means forms a part of the conveyor drive , wherein a chain or belt is used as the traction means.
A topical pharmaceutical preparation for use in reducing radiation-induced or chemotherapy-induced oral mucositis by oral topical administration to a patient treated or to be treated with a chemotherapeutic agent, radiation therapy, or a combination thereof, the pharmaceutical preparation comprising a vasoconstrictor comprising epinephrine, phenylephrine, norepinephrine, or a combination thereof in an amount effective to reduce said oral mucositis; a pharmaceutically acceptable delivery vehicle wherein said delivery vehicle comprises an aqueous alcohol mixture; and a flavoring agent that reduces, masks, or eliminates taste of the vasoconstrictor.
Conveying installation for transporting articles, in particular goods, along a predetermined route, comprising a running rail and at least one carriage , which runs on said running rail and is freely movable along the running rail , and also comprising a driven engagement apparatus which extends, at least in part, along the running rail and comprises a plurality of engagement elements (23, 23', 23"), which can be moved along the running rail and, in order to control the movement of the at least one carriage , can be brought into engagement with the carriage , characterized in that the engagement elements (23, 23', 23") can be moved back and forth between two stable positions, wherein the engagement elements (23, 23', 23") respectively latch in in the two stable positions, wherein, in the first stable position, the engagement elements (23, 23', 23") can be moved, relative to the at least one carriage , past the carriage without coming into engagement with the carriage - non-engagement position, and wherein, in the second stable position, the engagement elements (23, 23', 23") when moving, relative to the at least one carriage , past the carriage in an engagement position inevitably end up engaged with the at least one carriage .
A method of repacking tasks in a graphics pipeline, the method comprising, in response to a task reaching a repack instruction in a program, the repack instruction specifying a checkpoint in the program: determining if the task is eligible for repacking ; and in response to determining that the task is eligible for repacking: de-scheduling the task ; determining whether repacking conditions are satisfied ; in response to determining that the repacking conditions are satisfied, determining whether there is a pair of compatible and non-conflicting tasks at the checkpoint ; and in response to identifying a pair of compatible and non-conflicting tasks at the checkpoint, transferring one or more instances between the pair of tasks , each instance corresponding to a fragment, and wherein a pair of tasks are conflicting if: any transfer of instances between the pair of tasks will not result in one of the tasks being emptied; or both tasks comprise an instance relating to an identical pixel address. determining if the task is eligible for repacking ; and in response to determining that the task is eligible for repacking: de-scheduling the task ; determining whether repacking conditions are satisfied ; in response to determining that the repacking conditions are satisfied, determining whether there is a pair of compatible and non-conflicting tasks at the checkpoint ; and in response to identifying a pair of compatible and non-conflicting tasks at the checkpoint, transferring one or more instances between the pair of tasks , each instance corresponding to a fragment, and wherein a pair of tasks are conflicting if: any transfer of instances between the pair of tasks will not result in one of the tasks being emptied; or both tasks comprise an instance relating to an identical pixel address. de-scheduling the task ; determining whether repacking conditions are satisfied ; in response to determining that the repacking conditions are satisfied, determining whether there is a pair of compatible and non-conflicting tasks at the checkpoint ; and in response to identifying a pair of compatible and non-conflicting tasks at the checkpoint, transferring one or more instances between the pair of tasks , each instance corresponding to a fragment, and wherein a pair of tasks are conflicting if: any transfer of instances between the pair of tasks will not result in one of the tasks being emptied; or both tasks comprise an instance relating to an identical pixel address. any transfer of instances between the pair of tasks will not result in one of the tasks being emptied; or both tasks comprise an instance relating to an identical pixel address.
A plasmonic structure comprising: - a substrate , and - at least one electro conductor provided in or on the substrate , the at least one electro conductor comprising a first part configured to provide a first series of plasmon resonance modes for incident radiation of a first wavelength, and a second part configured to provide a second series of plasmon resonance modes for incident radiation of a second wavelength different from the first wavelength, the first part and second part being functionally connected in a linkage region , the electro conductor being shaped in said linkage region such as to form a capacitive gap , - the electro conductor being configured to direct radiation incident on the plasmonic structure of the first wavelength predominantly toward a first direction and to direct radiation incident on the plasmonic structure of the second wavelength predominantly toward a second direction, the first direction and the second direction being separated by an angle of at least 60°; characterized in that : the first part and the second part each form an open loop, with the ends of the loop of the first part and of the loop of the second part connected one on one in the linkage region , such that the gap separating the ends of each loop is shared and is the capacitive gap . - a substrate , and - at least one electro conductor provided in or on the substrate , the at least one electro conductor comprising a first part configured to provide a first series of plasmon resonance modes for incident radiation of a first wavelength, and a second part configured to provide a second series of plasmon resonance modes for incident radiation of a second wavelength different from the first wavelength, - the electro conductor being configured to direct radiation incident on the plasmonic structure of the first wavelength predominantly toward a first direction and to direct radiation incident on the plasmonic structure of the second wavelength predominantly toward a second direction, the first direction and the second direction being separated by an angle of at least 60°;
A valve assembly for use in an actuation assembly , with the actuation assembly including an actuation housing coupled to a transmission of a vehicle to direct fluid, said valve assembly comprising: a valve support adapted to be coupled to the actuation housing , with said valve support having a body portion defining a plurality of solenoid bores ; a plurality of solenoids with each one of said plurality of solenoids disposed within a corresponding one of said plurality of solenoid bores , and with said plurality of solenoids being directly mounted to said valve support for controlling a flow of fluid; an electrical power distribution device at least partially coupled to said valve support with said electrical power distribution device connected to each of said plurality of solenoids to provide electrical power to said plurality of solenoids to actuate said plurality of solenoids for controlling the flow of fluid; and a tray coupled to said body portion of said valve support to support a portion of said electrical power distribution device , wherein said tray comprises a plurality of connector portions disposed about said body portion , characterized in that each of said connector portions of said plurality of connector portions is further defined as a connector arm and a connector body , with said connector arm extending from said tray toward said body portion of said valve support , and with said connector body disposed adjacent one of said plurality of solenoids . a valve support adapted to be coupled to the actuation housing , with said valve support having a body portion defining a plurality of solenoid bores ; a plurality of solenoids with each one of said plurality of solenoids disposed within a corresponding one of said plurality of solenoid bores , and with said plurality of solenoids being directly mounted to said valve support for controlling a flow of fluid; an electrical power distribution device at least partially coupled to said valve support with said electrical power distribution device connected to each of said plurality of solenoids to provide electrical power to said plurality of solenoids to actuate said plurality of solenoids for controlling the flow of fluid; and a tray coupled to said body portion of said valve support to support a portion of said electrical power distribution device , wherein said tray comprises a plurality of connector portions disposed about said body portion , characterized in that each of said connector portions of said plurality of connector portions is further defined as a connector arm and a connector body , with said connector arm extending from said tray toward said body portion of said valve support , and with said connector body disposed adjacent one of said plurality of solenoids .
Process for molding and filling of containers made of plastic, in which preforms are reshaped into containers in hollow molds by means of at least partial introduction of an incompressible molding fluid under overpressure, and in which the containers in the hollow molds are filled with a product by replacing the molding fluid by the product or partially replacing the molding fluid by at least one component of the product, whereby an internal negative pressure (P1) is created in the container for the filling process of the product or the product component.
A communication system comprising a first bus load monitoring device coupled to a bus for which, at least, a bus-off state is defined as a communication state, wherein the first bus load monitoring device includes: a determination circuit that determines whether the first bus load monitoring device is in the bus-off state or a normal state other than the bus-off state; a first monitoring circuit that monitors the load of the bus when the first bus load monitoring device is in the normal state; a second monitoring circuit that monitors the load of the bus when the first bus load monitoring device is in the bus-off state, and a switching circuit that switches a monitoring circuit monitoring the load of the bus to the first monitoring circuit or the second monitoring circuit on the basis of the determination result of the determination circuit . a determination circuit that determines whether the first bus load monitoring device is in the bus-off state or a normal state other than the bus-off state; a first monitoring circuit that monitors the load of the bus when the first bus load monitoring device is in the normal state; a second monitoring circuit that monitors the load of the bus when the first bus load monitoring device is in the bus-off state, and a switching circuit that switches a monitoring circuit monitoring the load of the bus to the first monitoring circuit or the second monitoring circuit on the basis of the determination result of the determination circuit .
A method comprising: receiving, by a computing device for monitoring a virtualization infrastructure, from each of a plurality of agents executing within corresponding servers of a computer network, result data for probes issued by each agent to at least one other agent, wherein each of the servers is a member of one or more aggregates, and wherein each of the aggregates comprises one or more of the servers; determining, by the computing device for each aggregate of the one or more aggregates, at least one status for communications between the aggregate and at least one other aggregate of the one or more aggregates, the at least one status for communications determined based on a selected metric and based on the result data associated with one or more probes issued by one or more agents of the plurality of agents that are grouped into the aggregate, the probes destined to the at least one other aggregate of the one or more aggregates; generating, by the computing device, a graphical user interface that includes respective graphical elements representing the one or more aggregates and also includes, for each aggregate of the aggregates, one or more graphical indicators that are indicative of the at the least one status determined for communications directed toward the aggregate and originating from the at least one other aggregate of the one or more aggregates; and outputting, by the computing device, the graphical user interface for display at a display device . receiving, by a computing device for monitoring a virtualization infrastructure, from each of a plurality of agents executing within corresponding servers of a computer network, result data for probes issued by each agent to at least one other agent, wherein each of the servers is a member of one or more aggregates, and wherein each of the aggregates comprises one or more of the servers; determining, by the computing device for each aggregate of the one or more aggregates, at least one status for communications between the aggregate and at least one other aggregate of the one or more aggregates, the at least one status for communications determined based on a selected metric and based on the result data associated with one or more probes issued by one or more agents of the plurality of agents that are grouped into the aggregate, the probes destined to the at least one other aggregate of the one or more aggregates; generating, by the computing device, a graphical user interface that includes respective graphical elements representing the one or more aggregates and also includes, for each aggregate of the aggregates, one or more graphical indicators that are indicative of the at the least one status determined for communications directed toward the aggregate and originating from the at least one other aggregate of the one or more aggregates; and outputting, by the computing device, the graphical user interface for display at a display device .
A device and method for processing of substrates having a separation system , with which processed substrate can be separated into at least one waste part and at least one blank , wherein the separation system comprises a transport cylinder and a break-out cylinder associated therewith and the transport cylinder has means for securing a replaceable packing , as well as first and second openings which, when the packing is secured, are at least partially covered by perforations that may be formed in the packing , wherein first air supply means for supplying the first openings with air and second air supply means for supplying the second openings with air independently of the supply of the first openings are provided and the first and/or the second air supply means can be switched between a suction air supply and a blower air supply.
A head rest device , wherein an accommodation space partitioned by a partitioning plate is provided inside a core material of a head rest main body, and a secondary battery is accommodated inside the accommodation space , and wherein preferably the accommodation space is placed at a lower part of the core material , characterized in that a) the accommodation space i) has a guiding port opening toward a lower side of the core material , or ii) includes a groove for causing a wall face of the accommodation space to break when an internal pressure increases, and b) a protective cushioning material is provided on a surface of the core material and on a front side of the accommodation space . a) the accommodation space i) has a guiding port opening toward a lower side of the core material , or ii) includes a groove for causing a wall face of the accommodation space to break when an internal pressure increases, and i) has a guiding port opening toward a lower side of the core material , or ii) includes a groove for causing a wall face of the accommodation space to break when an internal pressure increases, and b) a protective cushioning material is provided on a surface of the core material and on a front side of the accommodation space .
A sensor unit that is mountable on a rotatable element on a platform that is itself movable at a slower rate than the rotational motion of the rotatable element with respect to the platform , the sensor unit comprising: an orientation sensor arranged to take measurements that are dependent on the absolute orientation of the sensor unit ; and a processor arranged to derive a rotational position signal representing the rotational position of the rotatable element with respect to the platform from the measurements; and a buffer arranged to buffer a series of recent measurements taken by the orientation sensor over a predetermined period of time, wherein the processor is arranged to derive the rotational position signal making a correction to compensate for the effect of the motion of the platform on the measurements on the basis of the overall series of measurements buffered in the buffer . an orientation sensor arranged to take measurements that are dependent on the absolute orientation of the sensor unit ; and a processor arranged to derive a rotational position signal representing the rotational position of the rotatable element with respect to the platform from the measurements; and a buffer arranged to buffer a series of recent measurements taken by the orientation sensor over a predetermined period of time, wherein the processor is arranged to derive the rotational position signal making a correction to compensate for the effect of the motion of the platform on the measurements on the basis of the overall series of measurements buffered in the buffer .
Baking oven comprising an oven cavity with a cavity wall , wherein the cavity wall is at least partially covered by a baking oven insulation , the baking oven insulation comprising at least a first insulating layer composed of a fibre material, a metallic sheet material layer and a second insulating layer at least partially composed of a fibre material, wherein the first and second insulating layers are located at opposite sides of the metallic sheet material layer , wherein the first insulating layer is an inner layer to be arranged immediately at the outer side of a cavity wall of a baking oven and the second insulating layer is an outer layer spaced from the cavity wall of the baking oven , wherein the fibre material of the first insulating layer is made of glass wool with a material density between 20 - 50 kg/m 3 , preferably between 30 - 40 kg/m 3 , most preferably 35 kg/m 3 , or rock wool with a material density between 40 - 60 kg/m 3 , preferably 45 kg/m 3 characterised in that the first insulating layer comprises a thickness d 1 and the second insulating layer comprises a thickness d 2 , wherein the ratio d1/d2 is in the range between 0.25 and 0.75, the second insulating layer comprising a fibre material with higher material density than the first insulating layer and/or that the second insulating layer is formed by a stack of insulating sub-layers (4.1, 4.2) comprising at least a first and a second sub-layer, wherein said first and second sub-layers (4.1, 4.2) are interconnected such that the second sub-layer (4.2) is adhered to the first sub-layer (4.1), wherein the material density of a second insulating sub-layer (4.2) being spaced from the metallic sheet material layer by means of the first insulating sub-layer (4.1) is at least 10% higher than the material density of the first insulating sub-layer (4.1).