mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for fastening at least one elongated object in a motor vehicle, which in the mounting position has a receiving element fastened at a fixed point of the motor vehicle, with which in the mounting position a fastening element is connected by a detachable latching mechanism (5, 7, 8), to which a fastening means connected to the elongated object is attached, characterized in - that the fastening element as part of the latching mechanism has a release lever, which in the mounting position engages with a latch part attached to the same into an opening of the receiving element forming another part of the latching mechanism, - that the release lever as part of the fastening element is formed by two slots mounted in a wall of the same and is connected bendably with the same in such a manner that the latch part is removed without a tool from the opening of the receiving element, and - that a securing clip is attached to the fastening element for limiting the path of the release lever when it bends out of the mounting position. - that the fastening element as part of the latching mechanism has a release lever, which in the mounting position engages with a latch part attached to the same into an opening of the receiving element forming another part of the latching mechanism, - that the release lever as part of the fastening element is formed by two slots mounted in a wall of the same and is connected bendably with the same in such a manner that the latch part is removed without a tool from the opening of the receiving element, and - that a securing clip is attached to the fastening element for limiting the path of the release lever when it bends out of the mounting position.
A PET system with a data transmitting device, the data transmitting device comprising: n number of collecting modules in a serial connection, wherein the n number of collecting modules comprise an n-th collecting module, an i-th collecting module and a first collecting module; n is an integer greater than 1; i is an integer greater than 1 and less than n; the n-th collecting module is configured to transmit a data packet collected by itself to a (n-1)-th collecting module; the i-th collecting module is configured to transmit a data packet obtained by superposing a data packet collected by itself with a data packet received from a (i+1)-th collecting module to the (i-1)-th collecting module; the first collecting module is configured to transmit a data packet obtained by superposing a data packet collected by itself with a data packet received from a second collecting module to a host computer comprised in the PET system; and characterized in that, the host computer is configured to conduct a determination of a coincidence event based on the data packet received from the first collecting module. n number of collecting modules in a serial connection, wherein the n number of collecting modules comprise an n-th collecting module, an i-th collecting module and a first collecting module; n is an integer greater than 1; i is an integer greater than 1 and less than n; the n-th collecting module is configured to transmit a data packet collected by itself to a (n-1)-th collecting module; the i-th collecting module is configured to transmit a data packet obtained by superposing a data packet collected by itself with a data packet received from a (i+1)-th collecting module to the (i-1)-th collecting module; the first collecting module is configured to transmit a data packet obtained by superposing a data packet collected by itself with a data packet received from a second collecting module to a host computer comprised in the PET system; and characterized in that, the host computer is configured to conduct a determination of a coincidence event based on the data packet received from the first collecting module.
An electronic apparatus comprising: a memory; and a processor configured to control the electronic apparatus to: obtain input data including voice data and image data, obtain a plurality of information corresponding to the input data, the plurality of information being classified into a plurality of types to store in the memory, group the input data classified into the plurality of types, obtain representative data for each of the plurality of types based on the grouped input data to store in the memory, determine at least one information among the classified plurality of information based on a voice command being recognized in the input data, and provide response information corresponding to the voice command based on representative data corresponding to the determined at least one information. a memory; and a processor configured to control the electronic apparatus to: obtain input data including voice data and image data, obtain a plurality of information corresponding to the input data, the plurality of information being classified into a plurality of types to store in the memory, group the input data classified into the plurality of types, obtain representative data for each of the plurality of types based on the grouped input data to store in the memory, determine at least one information among the classified plurality of information based on a voice command being recognized in the input data, and provide response information corresponding to the voice command based on representative data corresponding to the determined at least one information. obtain input data including voice data and image data, obtain a plurality of information corresponding to the input data, the plurality of information being classified into a plurality of types to store in the memory, group the input data classified into the plurality of types, obtain representative data for each of the plurality of types based on the grouped input data to store in the memory, determine at least one information among the classified plurality of information based on a voice command being recognized in the input data, and provide response information corresponding to the voice command based on representative data corresponding to the determined at least one information.
An oligoribonucleotide of double-stranded structure (dsRNA) for inhibiting the expression of a given target gene in mammalian cells, wherein the dsRNA consists of 15 to 49 base pairs and one strand of the dsRNA has a region I, which is complementary to the target gene and consists of 49 consecutive nucleotide pairs at most, and wherein a region II, which is complementary within the double-stranded structure, is formed by two separate RNA single strands, wherein the oligoribonucleotide as a whole has a nucleotide sequence which is defined by region I, wherein region I has the same length as said dsRNA, and wherein said dsRNA is packaged in micellar structures, preferably in liposomes.
A computer implemented method for allowing an application to render a light effect via a networked lighting system, the method comprising: - receiving an event from the application, the event related to a light effect for being rendered by the networked lighting system, - determining an event type, from a set of event types, of the event received, wherein the set of event types comprises at least a first event type and a second event type, - selecting for execution a scenario from a set of scenarios based on the determined event type, wherein the set of scenarios comprises at least a first and a second scenario, and - executing the selected senario, wherein the first scenario comprises sending one or more lighting control commands for rendering the light effect related to the event received to the networked lighting system, and the second scenario comprises dismissing the event received by not sending a lighting control command to the networked lighting system, characterized in that the method further comprises: - determining a capacity of the networked lighting system for executing a lighting control command, and wherein selecting for execution a scenario from a set of scenarios is further based on the determined capacity of the networked lighting system. - receiving an event from the application, the event related to a light effect for being rendered by the networked lighting system, - determining an event type, from a set of event types, of the event received, wherein the set of event types comprises at least a first event type and a second event type, - selecting for execution a scenario from a set of scenarios based on the determined event type, wherein the set of scenarios comprises at least a first and a second scenario, and - executing the selected senario, - determining a capacity of the networked lighting system for executing a lighting control command, and
A vehicle exhaust component assembly comprising: a first exhaust component defining a first center axis; a second exhaust component downstream of the first exhaust component; an injection system configured to inject a reducing agent into engine exhaust gases upstream of the second exhaust component; a mixer connecting an outlet of the first exhaust component to an inlet to the second exhaust component, the mixer comprising an outer housing that is configured to direct a mixture of the reducing agent and the engine exhaust gases into the second exhaust component, wherein the outer housing has an injection opening for the injection system that is in an upstream portion of the outer housing and wherein the mixer includes at least one insulation feature that is configured to reduce heat lost at the outer housing,wherein the outer housing has a U-shape such that the outer housing comprises a common end cap cover for both the first and second exhaust components (20, 22), and that the outer housing includes a boss located on the outer housing adjacent the outlet of the first exhaust component, wherein the boss defines the injection opening which is configured to receive a doser that injects the reducing agent into the engine exhaust gases, characterized in that the injection opening faces the outlet of the first exhaust component, and that an area of the injection opening is oriented obliquely to the first center axis. a first exhaust component defining a first center axis; a second exhaust component downstream of the first exhaust component; an injection system configured to inject a reducing agent into engine exhaust gases upstream of the second exhaust component; a mixer connecting an outlet of the first exhaust component to an inlet to the second exhaust component, the mixer comprising an outer housing that is configured to direct a mixture of the reducing agent and the engine exhaust gases into the second exhaust component, wherein the outer housing has an injection opening for the injection system that is in an upstream portion of the outer housing and wherein the mixer includes at least one insulation feature that is configured to reduce heat lost at the outer housing,wherein the outer housing has a U-shape such that the outer housing comprises a common end cap cover for both the first and second exhaust components (20, 22), and that the outer housing includes a boss located on the outer housing adjacent the outlet of the first exhaust component, wherein the boss defines the injection opening which is configured to receive a doser that injects the reducing agent into the engine exhaust gases, characterized in that the injection opening faces the outlet of the first exhaust component, and that an area of the injection opening is oriented obliquely to the first center axis.
A classifying device for classifying cells in real-time, comprising: an alignment unit configured to align a cell to be classified along the cell's major axis; and a classifying unit configured to classify the aligned cell using a multilayer perceptron, MLP; wherein the MLP classifies the aligned cell by inputting images of aligned cells to be classified as information to the input layer of the MLP, wherein the alignment unit comprises a microfluidic channel through which the cell to be classified flows. an alignment unit configured to align a cell to be classified along the cell's major axis; and a classifying unit configured to classify the aligned cell using a multilayer perceptron, MLP; wherein the MLP classifies the aligned cell by inputting images of aligned cells to be classified as information to the input layer of the MLP, wherein the alignment unit comprises a microfluidic channel through which the cell to be classified flows.
A compensated amplification circuit for installation in a transmission line between a mobile radio unit in a motor vehicle or a receiving means at the motor vehicle end for the mobile radio unit, on the one hand, and an antenna of the motor vehicle, on the other, having a reception amplification device, by means of which a reception signal received via the antenna of the motor vehicle and supplied by the transmission line to the mobile radio unit can be amplified, a transmission amplification device by means of which a transmission signal transmitted by the mobile radio unit and supplied by the transmission line to the antenna of the motor vehicle can be amplified, a detector device (15, 16) by means of which an operating state of the mobile radio unit located in the motor vehicle can be detected and processed into a detector signal, a selection device (4, 5) by means of which the operating state of the compensated amplification circuit can be adapted to the operating state of the mobile radio unit located in the motor vehicle and an evaluation device by means of which the detector signal can be detected and by means of which the selection device (4, 5) can be influenced depending on the detector signal, characterized in that the selection device (4, 5) has filters with adaptable transmission characteristics and the transmission characteristics of the filters are correspondingly adjustable according to the detector signal by means of the evaluation device.
A testing device of a turbine blade comprising: a non-compressive elastic medium brought into close contact with a platform of the turbine blade, the platform of the turbine blade being a portion whose shape being continuously changed from an upper end surface of a fastening portion to a rise of a body of the turbine blade; a probe which has piezoelectric elements arranged in an array, the probe is configured to transmit ultrasound waves toward the fastening portion of the turbine blade through the elastic medium and to receive echo waves; a holding portion comprising an accommodating chamber and an opening portion, the accommodating chamber accommodates the probe and the elastic medium, and the elastic medium accommodated in the chamber is configured to bring into close contact with the platform at the opening portion; and a display portion for imaging an internal region of the fastening portion on the basis of the echo waves and displaying the same. a non-compressive elastic medium brought into close contact with a platform of the turbine blade, the platform of the turbine blade being a portion whose shape being continuously changed from an upper end surface of a fastening portion to a rise of a body of the turbine blade; a probe which has piezoelectric elements arranged in an array, the probe is configured to transmit ultrasound waves toward the fastening portion of the turbine blade through the elastic medium and to receive echo waves; a holding portion comprising an accommodating chamber and an opening portion, the accommodating chamber accommodates the probe and the elastic medium, and the elastic medium accommodated in the chamber is configured to bring into close contact with the platform at the opening portion; and a display portion for imaging an internal region of the fastening portion on the basis of the echo waves and displaying the same.
A metal cable having a flat upper and a flat lower surface, comprising at least one hollow integrated riser having a bottom surface, said riser extending approximately 90 degrees from one of the flat surfaces of the first metal cable, the hollow riser being configured to house an end of a second metal cable, said riser and the cable being made as one part, without interconnecting welds or joints.
A storage bag comprising: a body having a top opening; a fitting portion (20, 30) disposed in the vicinity of the opening of the body, the fitting portion (20, 30) being adapted to be fixed to a storage bag holder for holding the storage bag; an adhesive portion (40, 42) disposed on an inner surface of the body in the vicinity of the opening, the adhesive portion (40, 42) being configured to seal the body; and a release sheet (50, 60, 70) detachably adhering to the adhesive portion (40, 42), the release sheet (50, 60, 70) protecting the adhesive portion (40, 42), characterized in that the release sheet (50, 60, 70) covers the fitting portion (20, 30), the release sheet (50, 60, 70) includes a first sheet segment (52, 62, 72, 76) adhering to the adhesive portion (40, 42) and a second sheet segment (54, 64, 74, 78) adjoining the first sheet segment (52, 62, 72, 76) via a fold, and the release sheet (50, 60, 70) covers the fitting portion (20, 30) such that the fitting portion (20, 30) is sandwiched between the first sheet segment (52, 62, 72, 76) and the second sheet segment (54, 64, 74, 78). a body having a top opening; a fitting portion (20, 30) disposed in the vicinity of the opening of the body, the fitting portion (20, 30) being adapted to be fixed to a storage bag holder for holding the storage bag; an adhesive portion (40, 42) disposed on an inner surface of the body in the vicinity of the opening, the adhesive portion (40, 42) being configured to seal the body; and a release sheet (50, 60, 70) detachably adhering to the adhesive portion (40, 42), the release sheet (50, 60, 70) protecting the adhesive portion (40, 42),
A computer-implemented method for resetting a secure element within a contactless network computing device, the method comprising: receiving an encrypted reset request message at the secure element of the contactless network computing device, the encrypted reset request message being associated with a request to change access to the secure element from a first trusted service manager associated with the secure element to a second trusted service manager; the reset request message originating from a source other than the first trusted service manager; providing a communication key within the secure element; decrypting the encrypted reset request message within the secure element using the communication key; verifying authorization for the reset request message; clearing parameters associated with the first trusted service manager from the secure element based on instructions provided in the reset request message; and validating, at the secure element, based on instructions provided in the reset request message, access to the secure element by the second trusted service manager. receiving an encrypted reset request message at the secure element of the contactless network computing device, the encrypted reset request message being associated with a request to change access to the secure element from a first trusted service manager associated with the secure element to a second trusted service manager; the reset request message originating from a source other than the first trusted service manager; providing a communication key within the secure element; decrypting the encrypted reset request message within the secure element using the communication key; verifying authorization for the reset request message; clearing parameters associated with the first trusted service manager from the secure element based on instructions provided in the reset request message; and validating, at the secure element, based on instructions provided in the reset request message, access to the secure element by the second trusted service manager.
Method for cleaning fumes containing nitrogen oxides, wherein the fumes to be treated (1; 1001), into which an alkaline reagent is introduced in order to remove acidic compounds therefrom, pass in succession through a gas-solid separator (201; 1201) and a catalytic denitrification reactor (301; 1301), and wherein at least 80% by mass of the solid residues (5; 1005) collected by the gas-solid separator (201; 1201) are sent to an activation reactor (101; 1101): - from which there leaves a stream (10; 1010) which is recycled into the fumes to be treated (1; 1001) upstream of the gas-solid separator, - to which there are also sent a first stream of urea and a stream (11; 1011) containing water, and - wherein, at the same time, the alkaline reagent contained in the solid residues passing therethrough is reactivated and the urea is at least partially decomposed to generate reactive species which are used by the denitrification reactor (301; 1301). - from which there leaves a stream (10; 1010) which is recycled into the fumes to be treated (1; 1001) upstream of the gas-solid separator, - to which there are also sent a first stream of urea and a stream (11; 1011) containing water, and - wherein, at the same time, the alkaline reagent contained in the solid residues passing therethrough is reactivated and the urea is at least partially decomposed to generate reactive species which are used by the denitrification reactor (301; 1301).
A liquid composition for forming a Mn and Nb co-doped PZT-based piezoelectric film used for forming a PZT-based piezoelectric film formed of Mn and Nb co-doped composite metal oxides by a sol-gel method, the composition comprising: PZT-based precursors containing metal atoms configuring the composite metal oxides; acetylacetone as a stabilizer; a diol as a solvent; and a linear monoalcohol having 6 to 12 carbon atoms whose rate is from 0.6 mass% to 10 mass% in 100 mass% of the liquid composition; wherein the PZT-based precursors are contained in the liquid composition so that a metal atom ratio Pb:Mn:Nb:Zr:Ti in the composition satisfies 1.00 to 1.25:0.002 to 0.056:0.002 to 0.056:0.40 to 0.60:0.40 to 0.60, a rate of Mn is from 0.20 to 0.80 when the total of metal atom rates of Mn and Nb is 1, a rate of Zr is from 0.40 to 0.60 when the total of metal atom rates of Zr and Ti is 1, and the total rate of Zr and Ti is from 0.9300 to 0.9902 when the total of metal atom rates of Mn, Nb, Zr, and Ti is 1, wherein the PZT-based precursors include Pb, Mn, Nb, Zr, and Ti compounds, in each of which organic groups are bonded with Pb, Mn, Nb, Zr, and Ti, respectively, through oxygen or nitrogen atoms, each of the Pb, Mn, Nb, Zr, and Ti compounds is one or more types of: metal alkoxides, a metal diol complex, a metal triol complex, metal carboxylate, a metal β-diketonate complex, a metal β-diketoester complex, a metal β-iminoketo complex, and a metal amino complex; and a concentration of the PZT-precursors with respect to 100 % by mass of the liquid composition is 10 to 35 % by mass in terms of an oxide concentration. PZT-based precursors containing metal atoms configuring the composite metal oxides; acetylacetone as a stabilizer; a diol as a solvent; and a linear monoalcohol having 6 to 12 carbon atoms whose rate is from 0.6 mass% to 10 mass% in 100 mass% of the liquid composition; wherein the PZT-based precursors are contained in the liquid composition so that a metal atom ratio Pb:Mn:Nb:Zr:Ti in the composition satisfies 1.00 to 1.25:0.002 to 0.056:0.002 to 0.056:0.40 to 0.60:0.40 to 0.60, a rate of Mn is from 0.20 to 0.80 when the total of metal atom rates of Mn and Nb is 1, a rate of Zr is from 0.40 to 0.60 when the total of metal atom rates of Zr and Ti is 1, and the total rate of Zr and Ti is from 0.9300 to 0.9902 when the total of metal atom rates of Mn, Nb, Zr, and Ti is 1, wherein the PZT-based precursors include Pb, Mn, Nb, Zr, and Ti compounds, in each of which organic groups are bonded with Pb, Mn, Nb, Zr, and Ti, respectively, through oxygen or nitrogen atoms, each of the Pb, Mn, Nb, Zr, and Ti compounds is one or more types of: metal alkoxides, a metal diol complex, a metal triol complex, metal carboxylate, a metal β-diketonate complex, a metal β-diketoester complex, a metal β-iminoketo complex, and a metal amino complex; and a concentration of the PZT-precursors with respect to 100 % by mass of the liquid composition is 10 to 35 % by mass in terms of an oxide concentration.