mhurhangee/ep-ind-claims huggingface dataset:
A lighting device, comprising: a light-technical cover which is at least partially transparent, and at least one lighting means in the form of an LED, wherein the LED is arranged on a circuit board and is electrically contacted, and a lens body made of silicone, which is attached to a surface of the cover facing the LED, in particular is printed there, and is positioned opposite the LED such that light of the LED enters the lens body, wherein for positioning the lens body opposite the LED, a mechanical contact is formed between the lens body of the circuit board, or the circuit board and the LED, wherein a portion of the lens body engages with a projection in an opening of the circuit board, the opening is a through-hole, and the projection engages at the portion of the lens body through the through-hole in the direction of a housing portion of the lighting device, characterised in that the projection cooperates with the housing portion in a form-fitting manner. a light-technical cover which is at least partially transparent, and at least one lighting means in the form of an LED, wherein the LED is arranged on a circuit board and is electrically contacted, and a lens body made of silicone, which is attached to a surface of the cover facing the LED, in particular is printed there, and is positioned opposite the LED such that light of the LED enters the lens body, wherein for positioning the lens body opposite the LED, a mechanical contact is formed between the lens body of the circuit board, or the circuit board and the LED, wherein a portion of the lens body engages with a projection in an opening of the circuit board, the opening is a through-hole, and the projection engages at the portion of the lens body through the through-hole in the direction of a housing portion of the lighting device, characterised in that the projection cooperates with the housing portion in a form-fitting manner.
A silane compound having the general formula SiR 1 n (R 2) 4-n wherein each R 1 is same or different and is, independently of one another, selected from radicals having the general formula -OCH(CH 2 COOR 3)COXR 3 wherein X is O or N, and each R 3 is same or different and is, independently of one another, selected from the group consisting of substituted or unsubstituted, linear or branched alkyl radicals having from 1 to 22 carbon atoms, aryl radicals having from 6 to 16 carbon atoms, and cycloalkyl radicals having from 5 to 27 carbon atoms, where R 3 may contain at least one heteroatom selected from O, N, S and/or Si; each R 2 is same or different and is, independently of one another, selected from the group consisting of a hydrogen atom, a hydroxyl group, substituted or unsubstituted monovalent hydrocarbon radicals having from 1 to 18 carbon atoms, and alkoxy radicals having from 1 to 8 carbon atoms; and n is 2, 3, or 4. wherein X is O or N, and each R 3 is same or different and is, independently of one another, selected from the group consisting of substituted or unsubstituted, linear or branched alkyl radicals having from 1 to 22 carbon atoms, aryl radicals having from 6 to 16 carbon atoms, and cycloalkyl radicals having from 5 to 27 carbon atoms, where R 3 may contain at least one heteroatom selected from O, N, S and/or Si; each R 2 is same or different and is, independently of one another, selected from the group consisting of a hydrogen atom, a hydroxyl group, substituted or unsubstituted monovalent hydrocarbon radicals having from 1 to 18 carbon atoms, and alkoxy radicals having from 1 to 8 carbon atoms; and n is 2, 3, or 4.
A method of producing a population of electrically active neurons, comprising a) contacting adult neural cells with a growth factor under conditions to achieve confluence on a substrate; b) contacting the adult neural cells of step a) with a cdk5 inhibitor; and c) contacting the adult neural cells of step b) with a neurotransmitter, wherein the adult neural cells develop into a population of electrically active neurons. a) contacting adult neural cells with a growth factor under conditions to achieve confluence on a substrate; b) contacting the adult neural cells of step a) with a cdk5 inhibitor; and c) contacting the adult neural cells of step b) with a neurotransmitter, wherein the adult neural cells develop into a population of electrically active neurons.
A composition containing at least 90% by weight of dimer diol containing a mixture of monomers, dimers and trimers, for use in a method for the surgical or therapeutic treatment of the human or animal body as a body fluid replacement substance selected from the group comprising artificial tears, artificial mucous membrane and endotamponades, wherein the dimer diol contains less than 10% by weight of monomers and trimers with respect to the sum of monomers, dimers and trimers, has a Brookfield viscosity according to ISO 2555 at 25°C of from 1500 to 3200 mPa.s, preferably of from 1800 to 2800 mPa.s, and a surface tension of at least 30 mN/m, measured in accordance with the Wilhelmy-Plate method.
A delayed release delivery system comprising at least one treated particle, the treated particle comprising a core particle having a porous surface, and having a liquid absorbed therein, wherein a ratio of the weight of the liquid to the weight of the core particle is at least about 400:1; wherein the liquid contains a fragrance oil, a skin benefit active, a scalp benefit active, a hair benefit active, or a combination thereof; the core particle is formed from an inorganic material selected from the group consisting of: silica, silica silylate, and calcium silicate; and the treated particle further comprises a polymer coated on the surface thereof wherein the polymer comprises a hydrophobic silicone backbone and hydrophilic polyglycerol side chains. silica, silica silylate, and calcium silicate; and the treated particle further comprises a polymer coated on the surface thereof wherein the polymer comprises a hydrophobic silicone backbone and hydrophilic polyglycerol side chains.
A ureteral stent comprising: a first section having a first wall defining a first luminal section; and a second section, longitudinally separated from the first section, having a second wall defining a second luminal section, enabled to substantially close at times when external pressure is applied to the stent, characterized in that the second section further comprises a plurality of walls defining luminal sections enabled to substantially close at times when external pressure is applied to the stent. a first section having a first wall defining a first luminal section; and a second section, longitudinally separated from the first section, having a second wall defining a second luminal section, enabled to substantially close at times when external pressure is applied to the stent, characterized in that the second section further comprises a plurality of walls defining luminal sections enabled to substantially close at times when external pressure is applied to the stent.
A method for detecting shed or circulating tumor cells from prostate cancer comprising contacting a urine sample with a labeled pituitary adenylate cyclase activating peptide (PACAP) or vasoactive intestinal peptide, and determining binding of the PACAP or VIP to shed or circulating tumor cells from prostate cancer in the urine sample thereby detecting shed or circulating tumor cells from prostate cancer.
At least one Cdc42-specific inhibitor for use in a method of treatment of age-related depression, sarcopenia, or frailty, said treatment resulting in increasing the life span of a subject and said treatment comprising: administering an effective amount of said at least one Cdc42-specific inhibitor; wherein said at least one Cdc42-specific inhibitor is CASIN or a compound selected from the group consisting of:
A fairing element intended to fair an elongate element comprising a canal intended to accept the elongate object and being profiled in such a way as to reduce the hydrodynamic drag of the elongate object when the elongate object is at least partially immersed, said fairing element comprising a leading edge and a trailing edge (BAPb), said fairing element being intended to be pivot-mounted on the elongate element around the longitudinal axis of the canal, said fairing element comprising a bearing edge comprising a first bearing edge (Bzb) which is mitered with respect to the leading edge, the first bearing edge (Bzb) being arranged in such a way that the distance between the leading edge and the bearing edge (BAPb), considered perpendicular to the leading edge, decreases continuously, along an axis parallel to the leading edge, from a first end of the first bearing edge (Bzb) to a second end of the first bearing edge, said fairing element being referred to as a mitered fairing element, characterized in that the mitered fairing element comprises a first part and a second part which are joined together along a first bearing edge (Bzb) so that the fairing element can pass from a deployed configuration in which the trailing edge is parallel to the leading edge to a folded configuration in which the fairing element is folded along the first bearing edge (Bzb).
A vaporizer comprising: an outer chamber having an inlet and an outlet, wherein a longitudinal axis is defined between the inlet and the outlet; an inner chamber disposed at least partially within the outer chamber, wherein the inner chamber has an end disposed proximate the inlet of the outer chamber; an elongate boat disposed at least partially within the inner chamber, wherein the elongate boat has a distal end that is configured to extend and retract relative to the end of the inner chamber and along the longitudinal axis between at least an extended position and a fully retracted position, wherein the elongate boat is configured, when in the fully retracted position, to allow a portion of heated gas to pass into the inner chamber, and wherein the elongate boat is prevented from rotating about the longitudinal axis; and a heater at least partially surrounding the elongate boat. an outer chamber having an inlet and an outlet, wherein a longitudinal axis is defined between the inlet and the outlet; an inner chamber disposed at least partially within the outer chamber, wherein the inner chamber has an end disposed proximate the inlet of the outer chamber; an elongate boat disposed at least partially within the inner chamber, wherein the elongate boat has a distal end that is configured to extend and retract relative to the end of the inner chamber and along the longitudinal axis between at least an extended position and a fully retracted position, wherein the elongate boat is configured, when in the fully retracted position, to allow a portion of heated gas to pass into the inner chamber, and wherein the elongate boat is prevented from rotating about the longitudinal axis; and a heater at least partially surrounding the elongate boat.
Elastomer/metal bearing as a bearing component having elastomermaterial fire protection integrated in the component, having at least two spaced-apart metal bearing parts (3, 6; 11, 12; 25) which are non-deformable in the intended operation, and which in an installed state of the elastomer/metal bearing according to the intended operation are in each case connectable to one of two structural components (15, 16) and/or add-on parts which are capable of being elastically supported in relation to one another, and having between the at least two metal bearing parts (3, 6; 11, 12; 25) at least one elastomer element (5; 13) which in relation to the two metal bearing parts (3, 6; 11, 12; 25) has a connection which is covered in a planar manner as well as has elastomer clearance face regions (7, 7'; 19; 24) which are freely accessible from the outside in such a manner that the at least one elastomer element (5; 13) and the elastomer clearance face regions (7, 7'; 19; 24) are dynamically deformable in an operation-related relative movement of the structural components (15, 16) and thus of the metal bearing parts (3, 6; 11, 12; 25), characterized in that fire protection material which foams under the effect of heat is disposed as so-called HEABM (8, 8'; 18; 26; 30; 28; 40) in the proximity of elastomer clearance face regions (7, 7'; 19; 24) on at least one non-deformable metal bearing part (3, 6; 11, 12; 25) in such a manner that the assembly and/or the foaming direction are/is aligned such that, in the event of a foaming procedure triggered by the effect of heat, a heat shield encapsulation (9, 9'; 20; 31; 33; 34) of all elastomer clearance face regions (7, 7'; 19) of the elastomer/metal bearing is capable of being configured by foamed HEABM.
A method in a communication device, the method comprising receiving system information, characterized in that the system information including pointer information indicating where the communication device may obtain information about multiple core networks (120, 122, 124, 126) sharing a common access network from which the system information was received; the system information including a common identity for the multiple core networks (120, 122, 124, 126) sharing the common access network; attempting to connect to one of the multiple core networks (120, 122, 124, 126) using the information about multiple core networks (120, 122, 124, 126) sharing the common access network from which the system information was received upon satisfaction of a condition.
An environmental control system of an aircraft comprising: a compressing device including: a compressor and a turbine configured to receive a flow of first medium sequentially; and a second turbine arranged in fluid communication with an outlet of the compressor, the second turbine being configured to receive a flow of second medium distinct from the first medium; a dehumidification system in fluid communication with the turbine; and a first bypass valve configured to divert at least a portion of the flow of the first medium output from the compressor around the turbine; and a second bypass valve configured to divert at least a portion of the flow of first medium output from the compressor to the second turbine; wherein the first medium is fresh or outside ambient air; and wherein the second medium is bleed air. a compressing device including: a compressor and a turbine configured to receive a flow of first medium sequentially; and a second turbine arranged in fluid communication with an outlet of the compressor, the second turbine being configured to receive a flow of second medium distinct from the first medium; a compressor and a turbine configured to receive a flow of first medium sequentially; and a second turbine arranged in fluid communication with an outlet of the compressor, the second turbine being configured to receive a flow of second medium distinct from the first medium; a dehumidification system in fluid communication with the turbine; and a first bypass valve configured to divert at least a portion of the flow of the first medium output from the compressor around the turbine; and a second bypass valve configured to divert at least a portion of the flow of first medium output from the compressor to the second turbine; wherein the first medium is fresh or outside ambient air; and wherein the second medium is bleed air.
A method of wireless communication of an initiator user equipment, UE (710, 712), comprising: determining (812, 1404) a network address of a target UE based on a target expression, the target expression including a set of characters broadcast by the target UE for facilitating a discovery and communication with other UEs; sending (814, 1406) a connection request including information associated with the initiator UE (710, 712) to the target UE at the determined network address; sending (818, 1408) information associated with the target UE to a mobility management entity, MME serving the initiator UE (710, 712); receiving (824, 1410), from the MME serving the initiator UE (710, 712), one or more parameters for communicating with the target UE, the one or more parameters being determined by the MME serving the initiator UE (710, 712) and an MME serving the target UE different from the MME serving the initiator UE (710, 712); and communicating (834, 1414) with the target UE based on the one or more parameters. determining (812, 1404) a network address of a target UE based on a target expression, the target expression including a set of characters broadcast by the target UE for facilitating a discovery and communication with other UEs; sending (814, 1406) a connection request including information associated with the initiator UE (710, 712) to the target UE at the determined network address; sending (818, 1408) information associated with the target UE to a mobility management entity, MME serving the initiator UE (710, 712); receiving (824, 1410), from the MME serving the initiator UE (710, 712), one or more parameters for communicating with the target UE, the one or more parameters being determined by the MME serving the initiator UE (710, 712) and an MME serving the target UE different from the MME serving the initiator UE (710, 712); and communicating (834, 1414) with the target UE based on the one or more parameters.
A method for switching from a passive islanding control mode to a grid-connected control mode for a VSC, voltage Source Converter, HVDC transmission system, the method comprising the following steps: 1) when a converter station (201, 202) of the VSC HVDC transmission system is in a passive islanding operation state, detecting whether an overcurrent phenomenon occurs in a converter valve-side three-phase alternating-current or a converter bridge arm current of said converter station, wherein an overcurrent constant value setting is taken as n times a converter rated valve-side current or a rated bridge arm current; if overcurrent phenomenon occurs, and the overcurrent phenomenon lasts for a duration t1, performing step 2); and otherwise, performing step 1) again; 2) blocking said converter, and detecting whether an alternating-current side voltage is lower than a threshold; if the voltage is lower than the threshold and lasts for a duration t2, unlocking said converter and performing step 1) again; and otherwise, performing step 3); and 3) setting a phase-locked loop to track a current alternating-current side voltage phase, and at the same time, starting to switch to the active grid-connected control mode, wherein starting to switch to the active grid-connected control mode comprises switching from a current passive islanding control mode of the converter station of the VSC HVDC transmission system to the active grid-connected control mode, and deblocking said converter. 1) when a converter station (201, 202) of the VSC HVDC transmission system is in a passive islanding operation state, detecting whether an overcurrent phenomenon occurs in a converter valve-side three-phase alternating-current or a converter bridge arm current of said converter station, wherein an overcurrent constant value setting is taken as n times a converter rated valve-side current or a rated bridge arm current; if overcurrent phenomenon occurs, and the overcurrent phenomenon lasts for a duration t1, performing step 2); and otherwise, performing step 1) again; 2) blocking said converter, and detecting whether an alternating-current side voltage is lower than a threshold; if the voltage is lower than the threshold and lasts for a duration t2, unlocking said converter and performing step 1) again; and otherwise, performing step 3); and 3) setting a phase-locked loop to track a current alternating-current side voltage phase, and at the same time, starting to switch to the active grid-connected control mode, wherein starting to switch to the active grid-connected control mode comprises switching from a current passive islanding control mode of the converter station of the VSC HVDC transmission system to the active grid-connected control mode, and deblocking said converter.
Method for connecting a first component with at least one second component, wherein at least the first component is formed from a plastic reinforced with fibres, wherein at least the first component is heated in a joining region in which the at least one first component is to be connected with the at least one second component and is in the joining region mechanically loaded by pressing, wherein the first component is connected by means of at least one fastening element with the at least one second component, wherein at least the first component when being connected is mechanically loaded by the at least one fastening element, wherein a hole is bored at least into the first component in the joining region into which hole the at least one fastening element is inserted, characterised in that the at least one first component is heated in the joining region to a temperature which is at least as high as a glass transition temperature of the plastic reinforced with fibres and lower than a decomposition temperature of the plastic reinforced with fibres, wherein a cooling of the joining region during the mechanical pressing below the glass transition temperature is delayed until the rearrangement processes of the fibres in the plastic caused by the pressing are finished.
A metal oxide dispersion for a dye-sensitised solar cell, comprising metal oxide fine particles, a binder selected from polymer compounds having N-vinylacetamide or acrylamide as a monomer unit and a solvent, wherein the metal oxide fine particles contain titanium oxide produced by a gas phase method in which titanium tetrachloride is oxidized at a high temperature with an oxidising gas.
Storage device for stackable containers for conveying items of luggage in a sorting conveyor system in an airport, comprising a lifting conveyor with a container receiving device able to be moved between an upper conveying plane and a lower conveying plane, for storing at least one container, a feed conveyor arranged in the upper conveyor plane for feeding containers to be stored to a receiving position, a discharge conveyor arranged in the upper conveying plane for discharging containers from a transfer position, and a moving device for moving a container from the receiving position onto the empty container receiving device or onto the respective container deposited at the top on the container receiving device as well as for moving the container deposited at the top on the container receiving device to the transfer position, wherein the container receiving device has a transverse conveyor, by means of which, on the lower conveying plane a stack of stored containers is able to be transferred from the container receiving device to transport means or is able to be received from said means, and comprising a control device for controlling a container receiving device of the lifting conveyor, which are configured such that the container receiving device, for moving a container, is moved from the receiving position far enough upwards for the container gripped by the moving device to be deposited on the empty container receiving device or to be stacked on the uppermost container stored on said device.
A drug delivery device, comprising: a non-erodible, non-porous housing member defining a reservoir, said housing member having first and second opposing ends; a porous partition positioned in the housing member; and contained within said reservoir, a drug formulation comprised of risperidone octanoate, risperidone hexanoate or risperidone pentanoate, to provide a concentration of risperidone in the reservoir such that when the drug formulation is hydrated risperidone is released at a rate that provides a therapeutic dose of risperidone over a period of at least 30 days. a non-erodible, non-porous housing member defining a reservoir, said housing member having first and second opposing ends; a porous partition positioned in the housing member; and contained within said reservoir, a drug formulation comprised of risperidone octanoate, risperidone hexanoate or risperidone pentanoate, to provide a concentration of risperidone in the reservoir such that when the drug formulation is hydrated risperidone is released at a rate that provides a therapeutic dose of risperidone over a period of at least 30 days.