mhurhangee/ep-ind-claims huggingface dataset:
A kit comprising a pair of component parts (71, 72) adapted for connection to each other to provide a detachable electrical device, wherein the connected components of the device may be subsequently disconnected, comprising: an array of electrical connectors, each electrical connector comprising an ionic liquid and/or an ionic solution as an electrically conductive liquid, wherein the electrically conducting liquid comprises a gel; and an array of electrodes; wherein the arrays can be brought into contact with each other so as to provide a plurality of electrical connections between the ionic liquid and/or ionic solution of the array of electrical connectors and the electrodes of the array of electrodes, and wherein the electrical connections may be subsequently broken by detaching the ionic liquid and/or ionic solution from the electrodes of the array, wherein each of the electrical connectors comprises a capillary, and each of the capillaries comprises a constriction; and wherein the constriction contains an electrically conductive ionic gel and the remaining portion of the capillary contains a non-crosslinked ionic liquid or ionic solution in contact with the electrically conductive gel. an array of electrical connectors, each electrical connector comprising an ionic liquid and/or an ionic solution as an electrically conductive liquid, wherein the electrically conducting liquid comprises a gel; and an array of electrodes; wherein the arrays can be brought into contact with each other so as to provide a plurality of electrical connections between the ionic liquid and/or ionic solution of the array of electrical connectors and the electrodes of the array of electrodes, and wherein the electrical connections may be subsequently broken by detaching the ionic liquid and/or ionic solution from the electrodes of the array, wherein each of the electrical connectors comprises a capillary, and each of the capillaries comprises a constriction; and wherein the constriction contains an electrically conductive ionic gel and the remaining portion of the capillary contains a non-crosslinked ionic liquid or ionic solution in contact with the electrically conductive gel.
A method for adapting lighting of at least one lighting module of a motor vehicle to sounds which are generated and output by a sound system of the motor vehicle, wherein the sounds are assigned at least one image which is automatically displayed by the at least one lighting module at least in sections and correlated in time with the output sounds, wherein respectively one section of the at least one image is selected and read in by a selection module, characterized in that respectively only one selected linear and/or slit-shaped section of the at least one image is displayed.
A process for producing a hydrophobized silica aerogel, comprising the following steps: a) preparing a hydrophobized silica gel comprising alkoxy groups wherein the silica gel is obtained by hydrolysis of an organosilicate selected from the group consisting of tetraethyl orthosilicate (TEOS), tetramethyl orthosilicate (TMOS), tetraisopropyl orthosilicate (TPOS), and mixtures or oligomers thereof or by gelification of an inorganic precursor selected from the group consisting of sodium silicate, waterglass, ion exchanged waterglass, silicic acid or colloidal silica and mixtures thereof wherein step a) is carried out using a hydrophobizing agent activatable by an acid catalyst, the hydrophobizing agent being selected from the group consisting of hexamethyldisiloxane, trimethylethoxysilane, trimethylmethoxysilane, and mixtures thereof; b) drying of the hydrophobized silica gel obtained in step a); c) treatment of the product obtained in step b) with a gas mixture comprising water and a base or an acid. a) preparing a hydrophobized silica gel comprising alkoxy groups wherein the silica gel is obtained by hydrolysis of an organosilicate selected from the group consisting of tetraethyl orthosilicate (TEOS), tetramethyl orthosilicate (TMOS), tetraisopropyl orthosilicate (TPOS), and mixtures or oligomers thereof or by gelification of an inorganic precursor selected from the group consisting of sodium silicate, waterglass, ion exchanged waterglass, silicic acid or colloidal silica and mixtures thereof wherein step a) is carried out using a hydrophobizing agent activatable by an acid catalyst, the hydrophobizing agent being selected from the group consisting of hexamethyldisiloxane, trimethylethoxysilane, trimethylmethoxysilane, and mixtures thereof; b) drying of the hydrophobized silica gel obtained in step a); c) treatment of the product obtained in step b) with a gas mixture comprising water and a base or an acid.
Use of a nitrogen rich fraction derived from a refinery process stream or fuel blend which distil within a diesel oil boiling range of 150-400°C and such that the nitrogen rich fraction has an absolute nitrogen content of at least 2000 ppm by weight, and the sulphur to nitrogen atom ratio in said nitrogen rich fraction is less than 1, the nitrogen rich fraction being derived from a refinery process stream or fuel blend by a method comprising: a. using a stationary/liquid phase separation method in which the stationary phase is an absorbent selected from alumina, silica, silicic acid, clay and/or a zeolite, or b. a liquid/liquid phase separation based on the preferential partition of the components of the appropriate fractions between mutually immiscible solvents, for enhancing the lubricity of a diesel base fuel having a sulphur content of less than 50 ppm by weight and a T 95 ≤ 370 °C. a. using a stationary/liquid phase separation method in which the stationary phase is an absorbent selected from alumina, silica, silicic acid, clay and/or a zeolite, or b. a liquid/liquid phase separation based on the preferential partition of the components of the appropriate fractions between mutually immiscible solvents,
A method of sharing a virtualized host access key, comprising: having a first host, operable to access a resource upon being authorized and whereby the authorization includes determining that a first host key (108A, 108B) associated with the identity of the host is associated with a license repository, wherein the first host is configured to provide a virtualized computing environment; creating a second host with a second host key, wherein the second host is configured to provide a virtualized computing environment; copying the first host key (108A, 108B) and license repository to the second host; receiving by the second host a request to access the resource; denying the request to access the resource by the second host until the second host has been authorized; and authorizing the second host to access the resource upon a) determining that the second host key is associated with a known system identifier of the second host, b) determining that the second host has the first host key, and c) determining the first host key is associated with the license repository copied to the second host. having a first host, operable to access a resource upon being authorized and whereby the authorization includes determining that a first host key (108A, 108B) associated with the identity of the host is associated with a license repository, wherein the first host is configured to provide a virtualized computing environment; creating a second host with a second host key, wherein the second host is configured to provide a virtualized computing environment; copying the first host key (108A, 108B) and license repository to the second host; receiving by the second host a request to access the resource; denying the request to access the resource by the second host until the second host has been authorized; and authorizing the second host to access the resource upon a) determining that the second host key is associated with a known system identifier of the second host, b) determining that the second host has the first host key, and c) determining the first host key is associated with the license repository copied to the second host.
Method for detecting, characterizing, and assessing the quality of a spray, which is produced by atomizing liquids using nozzles of various designs and structural designs with an application-specific droplet size distribution of fine to very coarse drops and different speeds, using a continuous wave radar generates a radar signal directed at the spray and a correspondingly reflected one due to the Doppler effect on the moving spray f D = 2 ⋅ f O ⋅ v c O ⋅ cos α and where the frequency-shifted signal is received, the transmitted and the received signal are mixed by means of a mixer, and the resulting low-frequency Doppler levitation signal, which is sampled at a specific rate by means of analogue-digital conversion f S = | f O - f D | f S = |f O -f D |is stored in a data array with the index n = [0,1,2,..., N] and transformed from the time domain into a frequency domain, characterised in that the current radar signature of an individual nozzle in a higher-level processing system either a) for an individual nozzle by means of a nozzle- and application-specific standard signature learned in advance using a supervised machine learning method or b) in the process for a single nozzle of a spray system - consisting of a plurality of similar nozzles - with the normal signature of the averaged current radar signature of all nozzles j=[0,1,2,...,k] of the spray system is compared and evaluated. a) for an individual nozzle by means of a nozzle- and application-specific standard signature learned in advance using a supervised machine learning method or b) in the process for a single nozzle of a spray system - consisting of a plurality of similar nozzles - with the normal signature of the averaged current radar signature of all nozzles j=[0,1,2,...,k] of the spray system
A microscope device comprising: a sample placement unit (11, 411, 511, 611, 711) on which a sample is settable; an imaging unit configured to take an image of the sample that is set on the sample placement unit; a case (10, 410, 510, 610, 710) in which the sample placement unit is provided and the imaging unit is disposed; a display unit (21, 421, 521, 621, 721) configured to display the image taken by the imaging unit; and a moving unit (20, 420, 520, 620, 720), provided integrally with the display unit, configured to be movable relative to the sample placement unit, wherein the moving unit (20, 420, 520, 620, 720) is movable to a first position at which the sample placement unit is covered by the moving unit, and to a second position at which the sample placement unit is opened such that the sample placement unit can be accessed. a sample placement unit (11, 411, 511, 611, 711) on which a sample is settable; an imaging unit configured to take an image of the sample that is set on the sample placement unit; a case (10, 410, 510, 610, 710) in which the sample placement unit is provided and the imaging unit is disposed; a display unit (21, 421, 521, 621, 721) configured to display the image taken by the imaging unit; and a moving unit (20, 420, 520, 620, 720), provided integrally with the display unit, configured to be movable relative to the sample placement unit, wherein the moving unit (20, 420, 520, 620, 720) is movable to a first position at which the sample placement unit is covered by the moving unit, and to a second position at which the sample placement unit is opened such that the sample placement unit can be accessed.
A syringe with adjustable penetration depth, comprising: a tubular syringe barrel; a plunger positioned within the syringe barrel; a hub bearing a needle, the hub being separate from and directly attached to the syringe barrel; a tubular adapter attached to a distal end of the syringe barrel, the tubular adapter surrounding the hub and including a circumferential channel that is pitched at an angle with respect to an end wall of the tubular adapter; and a tubular sleeve received around the adapter and having a tab, the tab engaged with the circumferential channel of the adapter at one of two releasably fixed positions, each exposing a different length of the needle beyond a distal end of the sleeve, wherein the circumferential channel guides the tubular sleeve to simultaneously rotate and move axially with respect to the tubular adapter while traveling to each releasably fixed position, wherein the needle does not move with respect to the tubular adapter. a tubular syringe barrel; a plunger positioned within the syringe barrel; a hub bearing a needle, the hub being separate from and directly attached to the syringe barrel; a tubular adapter attached to a distal end of the syringe barrel, the tubular adapter surrounding the hub and including a circumferential channel that is pitched at an angle with respect to an end wall of the tubular adapter; and a tubular sleeve received around the adapter and having a tab, the tab engaged with the circumferential channel of the adapter at one of two releasably fixed positions, each exposing a different length of the needle beyond a distal end of the sleeve, wherein the circumferential channel guides the tubular sleeve to simultaneously rotate and move axially with respect to the tubular adapter while traveling to each releasably fixed position, wherein the needle does not move with respect to the tubular adapter.
An automatic transmission to be combined with an engine which performs an idle stop, comprising: a mechanical oil pump which is driven by power of the engine; an electrical oil pump; a starting frictional engagement element to which a hydraulic pressure produced in the mechanical oil pump or the electrical oil pump is supplied; and idle stop associated hydraulic control means adapted to operate the electrical oil pump in a steady mode, in which an operating load of the electrical oil pump is set at a steady load, during the idle stop, but operate the electrical oil pump in a high-pressure mode, in which the operating load of the electrical oil pump is set at a load higher than the steady load, for a predetermined period when the engine stops rotating. a mechanical oil pump which is driven by power of the engine; an electrical oil pump; a starting frictional engagement element to which a hydraulic pressure produced in the mechanical oil pump or the electrical oil pump is supplied; and idle stop associated hydraulic control means adapted to operate the electrical oil pump in a steady mode, in which an operating load of the electrical oil pump is set at a steady load, during the idle stop, but operate the electrical oil pump in a high-pressure mode, in which the operating load of the electrical oil pump is set at a load higher than the steady load, for a predetermined period when the engine stops rotating.
A method for distributing a resource, characterized by comprising: receiving, by a base station, a result reported by a user equipment, UE, of determining whether a resource distributed on dual carriers of the UE is sufficient; the determining whether the resource distributed on the dual carriers of the UE is sufficient, comprising: if transmission data on one carrier of the dual carriers of the UE reaches maximum transmission data supported in a scope allowed by service grant, SG, and a transmission power of the UE is capable of improving a data transmission rate of the carrier, and the carrier and the other one carrier of the dual carriers both are incapable of completing transmitting total buffer status data in a same delay period, determining that the resource distributed to the UE on the carrier is insufficient; otherwise, determining that the resource distributed to the UE on the carrier is sufficient. receiving, by a base station, a result reported by a user equipment, UE, of determining whether a resource distributed on dual carriers of the UE is sufficient; the determining whether the resource distributed on the dual carriers of the UE is sufficient, comprising: if transmission data on one carrier of the dual carriers of the UE reaches maximum transmission data supported in a scope allowed by service grant, SG, and a transmission power of the UE is capable of improving a data transmission rate of the carrier, and the carrier and the other one carrier of the dual carriers both are incapable of completing transmitting total buffer status data in a same delay period, determining that the resource distributed to the UE on the carrier is insufficient; otherwise, determining that the resource distributed to the UE on the carrier is sufficient. if transmission data on one carrier of the dual carriers of the UE reaches maximum transmission data supported in a scope allowed by service grant, SG, and a transmission power of the UE is capable of improving a data transmission rate of the carrier, and the carrier and the other one carrier of the dual carriers both are incapable of completing transmitting total buffer status data in a same delay period, determining that the resource distributed to the UE on the carrier is insufficient; otherwise, determining that the resource distributed to the UE on the carrier is sufficient.
A method of developing a standardized protocol for ensuring a sufficient degree of diffusion of a fluid into multiple different types of tissue samples, said method comprising: (a) immersing each of a plurality of different types of tissue samples in a volume of the fluid; (b) transmitting ultrasonic waves at an intensity of 0.5 W/cm 2 or less through multiple portions of the tissue sample and monitoring movement of the fluid into each of the plurality of different types of tissue samples in each of the multiple portions by measuring time of flight of the ultrasonic waves transmitted through each of the portions of each of the tissue samples; and (c) determining, from the changes of the measured TOF as a function of time, a decay constant for each of the portions of each of the plurality of different types of tissue samples, the decay constants being used for determining the amount of time ( τ) required to reach a predefined end point, the end point being a predefined decay constant or a time period threshold; and (d) identifying, for each of the tissue samples, the longest τ determined in (c) in the multiple portions in said tissue sample ( τ slowest); (e) selecting a standardized diffusion time for the standardized protocol that is at least 0.5 x τ slowest. (a) immersing each of a plurality of different types of tissue samples in a volume of the fluid; (b) transmitting ultrasonic waves at an intensity of 0.5 W/cm 2 or less through multiple portions of the tissue sample and monitoring movement of the fluid into each of the plurality of different types of tissue samples in each of the multiple portions by measuring time of flight of the ultrasonic waves transmitted through each of the portions of each of the tissue samples; and (c) determining, from the changes of the measured TOF as a function of time, a decay constant for each of the portions of each of the plurality of different types of tissue samples, the decay constants being used for determining the amount of time ( τ) required to reach a predefined end point, the end point being a predefined decay constant or a time period threshold; and (d) identifying, for each of the tissue samples, the longest τ determined in (c) in the multiple portions in said tissue sample ( τ slowest); (e) selecting a standardized diffusion time for the standardized protocol that is at least 0.5 x τ slowest.
A method comprising: configuring, in a network node of a network, forwarding state for a pair of maximally redundant trees, MRTs, computed, based on a network topology modified to include a virtual proxy node as a root of the MRTs, from the network node in the modified network topology to the virtual proxy node in the modified network topology, wherein the virtual proxy node in the modified network topology represents a first multicast source (14A, 112F) that outputs a first redundant multicast stream for multicast content and that also represents a second multicast source (14B, 112C) that outputs a second redundant multicast stream for the multicast content; forwarding, by the network node, according to the forwarding state configured for a first MRT of the pair of MRTs, a first message (24A, 124A) requesting to receive a multicast stream for the multicast content; and forwarding, by the network node, according to the forwarding state configured for a second MRT of the pair of MRTs, a second message (24B, 124B) requesting to receive a multicast stream for the multicast content. configuring, in a network node of a network, forwarding state for a pair of maximally redundant trees, MRTs, computed, based on a network topology modified to include a virtual proxy node as a root of the MRTs, from the network node in the modified network topology to the virtual proxy node in the modified network topology, wherein the virtual proxy node in the modified network topology represents a first multicast source (14A, 112F) that outputs a first redundant multicast stream for multicast content and that also represents a second multicast source (14B, 112C) that outputs a second redundant multicast stream for the multicast content; forwarding, by the network node, according to the forwarding state configured for a first MRT of the pair of MRTs, a first message (24A, 124A) requesting to receive a multicast stream for the multicast content; and forwarding, by the network node, according to the forwarding state configured for a second MRT of the pair of MRTs, a second message (24B, 124B) requesting to receive a multicast stream for the multicast content.
An auxiliary payment station in the form of a shopping trolley including a loading container, mounted on a carrying frame provided with wheels, with a scale fixed to a bottom of said loading container, elements of electronic equipment located in a casing mounted in the container, and visual elements of the electronic equipment fixed to a handle of the container, characterized in that a loading inner container is located in an outer container, and a mounting plate of the carrying frame is fixed to a bottom of the scale, and an edge mounting plate of the carrying frame is fixed to a bottom of the outer container, at its edge, wherein the mounting plate of the carrying frame is fixed on a bar of the carrying frame extending through an opening in the bottom of the outer container.