mhurhangee/ep-ind-claims huggingface dataset:
Device for the production of a monolithic lens wafer that has a large number of microlenses with: - a die tool consisting of: a) a first die with a first embossing structure that has a first embossing side, and b) a second die with a second embossing structure that has a second embossing side, whereby at least one of the dies (1, 2) on its embossing side (6, 7) has a projection that at least partially borders the embossing space circumferentially, - a first holding system for holding of the first die to first holding side that faces away from the first embossing side, and - a second holding system for holding the second die on its second holding side that faces away from the second embossing side, - a control device, wherein a controlled movement of the second die in an X-Y plane and a Z-direction that runs orthogonally thereto as well as a controlled rotation around an axis of rotation that runs parallel to the Z-direction for orienting the first die to the second die can occur, which is controlled by the control device, and wherein the orientation can be controlled based on the position of the dies (1, 2) without contact between the dies (1, 2) during embossing. - a die tool consisting of: a) a first die with a first embossing structure that has a first embossing side, and b) a second die with a second embossing structure that has a second embossing side, whereby at least one of the dies (1, 2) on its embossing side (6, 7) has a projection that at least partially borders the embossing space circumferentially, a) a first die with a first embossing structure that has a first embossing side, and b) a second die with a second embossing structure that has a second embossing side, whereby at least one of the dies (1, 2) on its embossing side (6, 7) has a projection that at least partially borders the embossing space circumferentially, - a first holding system for holding of the first die to first holding side that faces away from the first embossing side, and - a second holding system for holding the second die on its second holding side that faces away from the second embossing side, - a control device, wherein a controlled movement of the second die in an X-Y plane and a Z-direction that runs orthogonally thereto as well as a controlled rotation around an axis of rotation that runs parallel to the Z-direction for orienting the first die to the second die can occur, which is controlled by the control device, and wherein the orientation can be controlled based on the position of the dies (1, 2) without contact between the dies (1, 2) during embossing.
Mounting support for mounting upper rails for blinds, comprising a support base, a first support limb, and a second support limb which are arranged in a U-shaped manner, wherein the first support limb and the second support limb are arranged parallel to each other and perpendicularly to the support base, and the mounting support can be spread in a reversible manner, wherein the first and second support limb (12, 13) have a spring effect and wherein the first support limb has a first retaining web which is oriented inwards on the end region facing away from the support base, and the second support limb has a second retaining web which is oriented inwards on the end region facing away from the support base, characterised in that a first latch which has a latch surface facing away from the support base and which protrudes inwards is provided at least on the first support limb in order to place a top rail corner region of a cuboidal top rail in an intermediate position, wherein the catch is designed in such a way that the top rail can be pressed upwards from the intermediate position into a mounting position for final fastening via the catch.
Use of a solvent composition in an ink for producing an electronic device by a printing method, the solvent composition comprising a miscible product of: a solvent and a compound represented by Formula below: wherein R is the same or different and represents an aliphatic hydrocarbon group having 1 or more carbon atoms, wherein the content of compound in the total amount of the miscible product (100 wt.%) is from 0.01 to 50 wt.%, and wherein the content of the solvent in the total amount of the miscible product (100 wt.%) is from 50 to 99.99 wt.%. wherein R is the same or different and represents an aliphatic hydrocarbon group having 1 or more carbon atoms, wherein the content of compound in the total amount of the miscible product (100 wt.%) is from 0.01 to 50 wt.%, and wherein the content of the solvent in the total amount of the miscible product (100 wt.%) is from 50 to 99.99 wt.%.
A data-set-and-node-cache-based scheduling method, comprising: obtaining storage resource information of each of host nodes; obtaining operation information of a training task in response to receiving the training task, and screening the host nodes to identify any host nodes that satisfy a requirement with respect to a space required by the training task according to the operation information and the storage resource information; giving a score to each of the host nodes according to the storage resource information in response to no host node satisfying the requirement with respect to the space required by the training task; selecting, from among all the host nodes, a task-executing host node that is used to execute the training task according to scoring results; and obtaining and deleting an obsolete data set cache in the task-executing host node, and executing the training task in the task-executing host node; wherein giving the score to each of the host nodes according to the storage resource information in response to no host node satisfying the requirement with respect to the space required by the training task further comprises: determining a size of each data set cache in each of the host nodes, taking the data set cache with the size less than a preset size threshold value as the obsolete data set cache, and giving a score to the host node according to the obsolete data set cache. obtaining storage resource information of each of host nodes; obtaining operation information of a training task in response to receiving the training task, and screening the host nodes to identify any host nodes that satisfy a requirement with respect to a space required by the training task according to the operation information and the storage resource information; giving a score to each of the host nodes according to the storage resource information in response to no host node satisfying the requirement with respect to the space required by the training task; selecting, from among all the host nodes, a task-executing host node that is used to execute the training task according to scoring results; and obtaining and deleting an obsolete data set cache in the task-executing host node, and executing the training task in the task-executing host node; wherein giving the score to each of the host nodes according to the storage resource information in response to no host node satisfying the requirement with respect to the space required by the training task further comprises: determining a size of each data set cache in each of the host nodes, taking the data set cache with the size less than a preset size threshold value as the obsolete data set cache, and giving a score to the host node according to the obsolete data set cache.
A closure for a pressure vessel such as a keg, the closure comprising: a housing; at least one valve element that is movable with respect to the housing, inwardly into an open state and outwardly into a closed state; and a lock mechanism having a locking element that is movable with respect to the housing and is capable of holding the valve element in the open state; characterised in that the lock mechanism includes first and second couplings (503, 505) at which the locking element and the valve element are mutually engageable, and is arranged such that when the locking element and the valve element are engaged at the first coupling, the locking element moves with the valve element as the valve element moves from the open state into the closed state, said movement of the locking element enabling engagement between the locking element and the valve element at the second coupling, which engagement at the second coupling occurs on subsequent movement of the valve element into the open state to prevent the valve element returning to the closed state. a housing; at least one valve element that is movable with respect to the housing, inwardly into an open state and outwardly into a closed state; and a lock mechanism having a locking element that is movable with respect to the housing and is capable of holding the valve element in the open state;
A housing assembly for securing a printed circuit board comprising: a top housing component formed from a metal; a bottom housing component formed from a plastic, the bottom housing component comprising a plurality of flexible snap arms, wherein each flexible snap arm of the plurality of flexible snap arms comprises a head portion and a body portion, wherein the head portion includes an angled lower face located on a bottom surface of the head portion, wherein upon coupling of the top housing component with the bottom housing component, the angled lower face is configured to climb further onto a printed circuit board; and the printed circuit board residing in the bottom housing component, wherein each flexible snap arm of the plurality of flexible snap arms further comprises at least one horizontal crush rib and at least one vertical crush rib, and wherein upon coupling of the top housing component with the bottom housing component: the top housing component is configured to exert a horizontal force on the at least one horizontal crush rib of each flexible snap arm, and the top housing component is configured to exert a vertical force on the at least one vertical crush rib of each flexible snap arm. a top housing component formed from a metal; a bottom housing component formed from a plastic, the bottom housing component comprising a plurality of flexible snap arms, wherein each flexible snap arm of the plurality of flexible snap arms comprises a head portion and a body portion, wherein the head portion includes an angled lower face located on a bottom surface of the head portion, wherein upon coupling of the top housing component with the bottom housing component, the angled lower face is configured to climb further onto a printed circuit board; and the printed circuit board residing in the bottom housing component, wherein each flexible snap arm of the plurality of flexible snap arms further comprises at least one horizontal crush rib and at least one vertical crush rib, and wherein upon coupling of the top housing component with the bottom housing component: the top housing component is configured to exert a horizontal force on the at least one horizontal crush rib of each flexible snap arm, and the top housing component is configured to exert a vertical force on the at least one vertical crush rib of each flexible snap arm. the top housing component is configured to exert a horizontal force on the at least one horizontal crush rib of each flexible snap arm, and the top housing component is configured to exert a vertical force on the at least one vertical crush rib of each flexible snap arm.
A wound dressing for treating a wound on a patient, the wound dressing comprising: an absorbent layer having a first side and a second, patient-facing side, the absorbent layer in fluid communication with the wound and operable to receive body fluids from the wound; a covering having at least a portion formed from a liquid-impermeable, vapor-permeable material, the covering for covering the absorbent layer and the wound, the liquid-impermeable, vapor-permeable material operable to allow water from the body fluids from the absorbent layer to evaporate and exit the liquid-impermeable, vapor-permeable material; and a first wicking layer proximate to the second, patient-facing side of the absorbent layer; and a second wicking layer proximate to the first side of the absorbent layer and to the liquid-impermeable, vapor-permeable material. an absorbent layer having a first side and a second, patient-facing side, the absorbent layer in fluid communication with the wound and operable to receive body fluids from the wound; a covering having at least a portion formed from a liquid-impermeable, vapor-permeable material, the covering for covering the absorbent layer and the wound, the liquid-impermeable, vapor-permeable material operable to allow water from the body fluids from the absorbent layer to evaporate and exit the liquid-impermeable, vapor-permeable material; and a first wicking layer proximate to the second, patient-facing side of the absorbent layer; and a second wicking layer proximate to the first side of the absorbent layer and to the liquid-impermeable, vapor-permeable material.
A grain conveyor for a combine harvester comprising: a grain elevator having an inlet for receiving a flow of grain; and a transition chamber connected to the grain elevator, the transition chamber including: an inlet having a non-circular opening, and an outlet in fluid communication with the transition chamber inlet and the grain elevator inlet, characterized in that the transition chamber outlet has an asymmetric non-circular opening larger than the non-circular opening of the transition chamber inlet. a grain elevator having an inlet for receiving a flow of grain; and a transition chamber connected to the grain elevator, the transition chamber including: an inlet having a non-circular opening, and an outlet in fluid communication with the transition chamber inlet an inlet having a non-circular opening, and an outlet in fluid communication with the transition chamber inlet and the grain elevator inlet, characterized in that the transition chamber outlet has an asymmetric non-circular opening larger than the non-circular opening of the transition chamber inlet.
Valve upper part for a sanitary fitting, in particular a shower or bath fitting, with a head piece, which is penetrated by a spindle, which is arranged rotatably, but axially fixed, in the head piece and which is connected to a valve element, which can be controlled via the spindle, wherein means are arranged for the surmountable limitation of the maximum angle of rotation of the spindle, wherein the means comprise at least one resiliently mounted locking element, which engages in a recess arranged in the spindle or in the head piece in a defined rotational position of the spindle, wherein an annular spring is arranged engaging around the spindle, via which the at least one locking element is mounted so as to be resiliently pretensioned against the spindle, wherein the spindle has at least one recess for engagement of a locking element in a specific rotational position, wherein the at least one locking element is guided in a cylinder holder, which is rotatably penetrated by the spindle and which is encompassed by the annular spring, wherein fixing means are arranged, via which the cylinder holder can be fixed in a desired rotational position in the head piece, characterised in that the fixing means can be operated from the end face of the head piece.
A base station of a cellular network comprising radiofrequency transmission and reception means and suitable for establishing, via said radio transmission/reception means, connections on uplink and downlink radiofrequency channels, implementing a first radio communication protocol, with user terminals located within a radio cell associated with the base station; said base station being suitable for exchanging, according to the first radio protocol, data frames with user terminals on downlink and/or uplink radio channels, after having inserted at least one empty subframe therein, and said base station being characterized in that it is suitable for synchronizing the occurrence of said empty subframes with that of the empty sub-frames inserted by the other base stations of the cellular network, and in order, during the occurrence of the empty subframes, to communicate, according to a second radio protocol, via said transmission/reception means, with at least one neighboring base station, said second protocol implemented by said base station being separate from the first radio protocol implemented by said base station; the first radio protocol is a protocol of the LTE type, and the empty subframes are subframes of the "Almost Blanked Subframe" type defined by configuration of the base stations; and the second protocol is a protocol of the MANET type. said base station being suitable for exchanging, according to the first radio protocol, data frames with user terminals on downlink and/or uplink radio channels, after having inserted at least one empty subframe therein, and said base station being characterized in that it is suitable for synchronizing the occurrence of said empty subframes with that of the empty sub-frames inserted by the other base stations of the cellular network, and in order, during the occurrence of the empty subframes, to communicate, according to a second radio protocol, via said transmission/reception means, with at least one neighboring base station, said second protocol implemented by said base station being separate from the first radio protocol implemented by said base station; the first radio protocol is a protocol of the LTE type, and the empty subframes are subframes of the "Almost Blanked Subframe" type defined by configuration of the base stations; and the second protocol is a protocol of the MANET type.
Cosmetic preparation comprising a) 2,4-bis{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine (INCI Bis-Ethylhexyloxyphenol Methoxyphenyl Triazine), b) one or more chelating agents selected from the group one or more compounds from the group - 1-hydroxyethane-(1,1-diphosphonic acid)/ HEDP - aminotrimethylenephosphonic acid/ ATMP - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - phosphonobutanetricarboxylic acid/ PBTC - tetrasodium pyrophosphate - and/or alkali metal salts thereof. a) 2,4-bis{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine (INCI Bis-Ethylhexyloxyphenol Methoxyphenyl Triazine), b) one or more chelating agents selected from the group one or more compounds from the group - 1-hydroxyethane-(1,1-diphosphonic acid)/ HEDP - aminotrimethylenephosphonic acid/ ATMP - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - phosphonobutanetricarboxylic acid/ PBTC - tetrasodium pyrophosphate - and/or alkali metal salts thereof. - 1-hydroxyethane-(1,1-diphosphonic acid)/ HEDP - aminotrimethylenephosphonic acid/ ATMP - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - phosphonobutanetricarboxylic acid/ PBTC - tetrasodium pyrophosphate - and/or alkali metal salts thereof.
Method for providing predefined nominal drive characteristics (38,50) in an aircraft, wherein the nominal drive characteristics comprise a torque/speed map and/or information concerning a response behaviour, characterised in that a thrust generating element of the aircraft is driven by an electric motor having actual drive characteristics which at least partially include the nominal drive characteristics (38,50) but are also partially different therefrom, and, when the operator device of the aircraft is actuated, operating points of the electric motor are set by a control device solely according to the nominal drive characteristics (38,50), and a plurality of nominal drive characteristics (38,50) are stored in the control device and the control device switches between the nominal drive characteristics (38,50) depending on how a selector device of the control device is actuated.
A concentrate of hydrophobic nutraceutical nanometer droplets said concentrate readily dispersible into a clear aqueous solution and comprising: a sucrose fatty acid ester as primary emulsifier initially dissolved in a solution of water, sucrose and hydrophilic cosolvents; and a hydrophobic nutraceutical initially dissolved with a lecithin compound to form a nutraceutical oil, wherein the sucrose fatty acid ester solution and the nutraceutical oil are homogenized together to form the concentrate of hydrophobic nutraceutical nanoparticles containing at least 0.5% by weight hydrophobic nutraceutical. a sucrose fatty acid ester as primary emulsifier initially dissolved in a solution of water, sucrose and hydrophilic cosolvents; and a hydrophobic nutraceutical initially dissolved with a lecithin compound to form a nutraceutical oil, wherein the sucrose fatty acid ester solution and the nutraceutical oil are homogenized together to form the concentrate of hydrophobic nutraceutical nanoparticles containing at least 0.5% by weight hydrophobic nutraceutical.
An aerosol inhalation device comprising: a first sensor configured to output one of a value concerning an electrical resistance value of a load and the electrical resistance value, the load being configured to heat an aerosol source and having a correlation between a temperature and the electrical resistance value; and a power supply, characterized by comprising: a second sensor comprising a thermistor configured to detect a temperature of the power supply, and a control unit configured to calculate the temperature of the load and/or judge whether the aerosol source is depleted based on an output value of the first sensor and an output value of the second sensor, which are obtained before a start of power feed to the load for aerosol generation, and an output value of the first sensor which is obtained after the start of power feed to the load for aerosol generation; a first unit including the load; and a second unit including the first sensor, the second sensor, the power supply and the control unit, wherein the first unit is detachable from the second unit. a first sensor configured to output one of a value concerning an electrical resistance value of a load and the electrical resistance value, the load being configured to heat an aerosol source and having a correlation between a temperature and the electrical resistance value; and a power supply, characterized by comprising: a second sensor comprising a thermistor configured to detect a temperature of the power supply, and a control unit configured to calculate the temperature of the load and/or judge whether the aerosol source is depleted based on an output value of the first sensor and an output value of the second sensor, which are obtained before a start of power feed to the load for aerosol generation, and an output value of the first sensor which is obtained after the start of power feed to the load for aerosol generation; a first unit including the load; and a second unit including the first sensor, the second sensor, the power supply and the control unit, wherein the first unit is detachable from the second unit. a second sensor comprising a thermistor configured to detect a temperature of the power supply, and a control unit configured to calculate the temperature of the load and/or judge whether the aerosol source is depleted based on an output value of the first sensor and an output value of the second sensor, which are obtained before a start of power feed to the load for aerosol generation, and an output value of the first sensor which is obtained after the start of power feed to the load for aerosol generation; a first unit including the load; and a second unit including the first sensor, the second sensor, the power supply and the control unit, wherein the first unit is detachable from the second unit.