mhurhangee/ep-ind-claims huggingface dataset:
An insert element for inserting into a device for humidifying, cleaning and/or cooling a fluid, in particular a gas, such as e.g. air, said insert element comprising - an insert body adapted to be wetted with a liquid, in particular water, the outer side of the insert body comprising a flow inlet side and a flow outlet side and, between these sides, being provided with regions adapted to be wetted with the liquid and to be exposed to a gas, in particular air, wherein the insert body and its regions between the flow inlet side and the flow outlet side are configured to allow the gas to flow therethrough, - wherein the insert body has a multi-layered design and has a plurality of mutually abutting undulated grid-type plate elements which are each delimited by an edge (14,16) and are provided with elevations and depressions, - wherein, between at least two adjacent grid plate elements, at least one film-type plate element is arranged, - wherein the insert body comprises, per layer, a plurality of grid-type plate elements abutting each other by their mutually confronting edges, and - wherein at least one film-type plate element is arranged between the grid-type plate elements of at least one pair of adjacent layers of grid-type plate elements and covers these grid-type plate elements, characterized in that the at least one film-type plate element is plane. - an insert body adapted to be wetted with a liquid, in particular water, the outer side of the insert body comprising a flow inlet side and a flow outlet side and, between these sides, being provided with regions adapted to be wetted with the liquid and to be exposed to a gas, in particular air, wherein the insert body and its regions between the flow inlet side and the flow outlet side are configured to allow the gas to flow therethrough, - wherein the insert body has a multi-layered design and has a plurality of mutually abutting undulated grid-type plate elements which are each delimited by an edge (14,16) and are provided with elevations and depressions, - wherein, between at least two adjacent grid plate elements, at least one film-type plate element is arranged, - wherein the insert body comprises, per layer, a plurality of grid-type plate elements abutting each other by their mutually confronting edges, and - wherein at least one film-type plate element is arranged between the grid-type plate elements of at least one pair of adjacent layers of grid-type plate elements and covers these grid-type plate elements,
A residue clearing apparatus for a seeding implement, where the seeding implement comprises a plurality of shanks substantially equally spaced along a width of a frame of the seeding implement and a hoe type furrow opener mounted on a bottom end of each shank and configured to engage a ground surface, the apparatus comprising: a plurality of residue wheel pairs, each residue wheel pair comprising a right residue wheel and a left residue wheel (13B; a plurality of residue contact members connected to each residue wheel and configured to engage the ground surface adjacent to the one of the shanks to rotate the residue wheels, and wherein outer ends of the residue contact members pass forward of the shank above the furrow opener; a raising system operative to raise the residue wheel pairs to a wheel transport position; characterized in that said right residue wheel and said left residue wheel of each pair are fixed to corresponding right and left ends of a rigid axle; wherein each axle is adapted to be movably and rotatably mounted to the seeding implement with the right and left residue wheels on corresponding right and left sides of one of the shanks such that each residue wheel pair moves up and down independent of each other and of the shanks; and wherein the right residue wheel of a first residue wheel pair is connected to the left residue wheel of an adjacent second residue wheel pair such that rotation of the right residue wheel of the first residue wheel pair causes rotation of the left residue wheel of the adjacent second residue wheel pair. a plurality of residue wheel pairs, each residue wheel pair comprising a right residue wheel and a left residue wheel (13B; a plurality of residue contact members connected to each residue wheel and configured to engage the ground surface adjacent to the one of the shanks to rotate the residue wheels, and wherein outer ends of the residue contact members pass forward of the shank above the furrow opener; a raising system operative to raise the residue wheel pairs to a wheel transport position; characterized in that said right residue wheel and said left residue wheel of each pair are fixed to corresponding right and left ends of a rigid axle; wherein each axle is adapted to be movably and rotatably mounted to the seeding implement with the right and left residue wheels on corresponding right and left sides of one of the shanks such that each residue wheel pair moves up and down independent of each other and of the shanks; and wherein the right residue wheel of a first residue wheel pair is connected to the left residue wheel of an adjacent second residue wheel pair such that rotation of the right residue wheel of the first residue wheel pair causes rotation of the left residue wheel of the adjacent second residue wheel pair.
A refrigerator comprising: a storeroom (10a, 10b) configured to have a pantry install part; a pantry arranged in the pantry install part, the pantry comprising a pantry box configured to be moveable in front-back direction (x) of the storeroom (10a, 10b) and a pantry cover configured to cover the pantry box; and a filter case arranged in the pantry install part and configured to receive a water filter, wherein the pantry is configured to cover the filter case characterized in that the pantry box comprises a filter container configured to receive the filter case, the filter container comprising a filter container body arranged in the pantry box to form a container room and configured to receive the filter case, and a container cover formed to cover the container room and the filter case received in the container room, wherein when the pantry box is moved forward, the container cover is exposed, and when the container cover is opened, the filter case installed in the pantry install part is exposed. a storeroom (10a, 10b) configured to have a pantry install part; a pantry arranged in the pantry install part, the pantry comprising a pantry box configured to be moveable in front-back direction (x) of the storeroom (10a, 10b) and a pantry cover configured to cover the pantry box; and a filter case arranged in the pantry install part and configured to receive a water filter, wherein the pantry is configured to cover the filter case characterized in that the pantry box comprises a filter container configured to receive the filter case, the filter container comprising a filter container body arranged in the pantry box to form a container room and configured to receive the filter case, and a container cover formed to cover the container room and the filter case received in the container room, wherein when the pantry box is moved forward, the container cover is exposed, and when the container cover is opened, the filter case installed in the pantry install part is exposed.
A method for verifying the authenticity of a visible photographic image printed on a data carrier, which is encoded with detectable image-specific results, wherein the data carrier has several layers (27, 29), characterized in that image-specific results to be expected from the visible photographic image are calculated and then the correspondence between the calculated image-specific results and the image-specific results encoded in the photographic image or in an area of a layer above the photographic image is checked, the image-specific results calculated from the visible light image being contours or positions of individual specific points of a face.
An anthracene derivative represented by one of the following formulae and: wherein: R 1 to R 13 are independently hydrogen, an alkyl group having 1 to 6 carbon atoms, or a substituted or unsubstituted aryl group having 6 to 14 carbon atoms; A 1 is an unsubstituted diarylamino group and A 2 is hydrogen or an unsubstituted diarylamino group; and the substituent of the aryl group is selected from a phenyl group, an o-biphenyl group and a t-butyl group.
An electrolytic solution containing a first compound represented by formula and a second compound represented by formula: wherein X represents a hydrogen group, a fluorine group, a vinyl group or an ethynyl group; Y represents a vinyl group or an ethynyl group; R 1, R 2, R 3 and R 4 independently represent a hydrogen group, an alkyl group having 1 to 4 carbon atoms, an alkenyl group having 1 to 4 carbon atoms or an alkynyl group having 1 to 4 carbon atoms, wherein each of the alkyl group, the alkenyl group and the alkynyl group may have a substituent; I represents an integer of 0 to 16; m represents an integer of 1 to 18; and n represents an integer of 0 to 16; wherein R 5 and R 6 independently represent an alkyl group having 1 to 18 carbon atoms, an alkenyl group having 1 to 18 carbon atoms, an alkynyl group having 1 to 18 carbon atoms, an alkylene group having 2 to 18 carbon atoms, an alkenylene group having 2 to 18 carbon atoms or an alkynylene group having 2 to 18 carbon atoms, wherein each of the alkyl group, the alkenyl group, the alkynyl group, the alkylene group, the alkenylene group and the alkynylene group may have a substituent, or may have a cyclic structure, or may have a branched structure, or may have a substituent and a cyclic structure, or may have a substituent and a branched structure; Z represents a linking group selected from oxygen, sulfur, nitrogen, phosphorus and SO 2; p represents an integer of 0 to 2; q represents a numerical value obtained by subtracting 1 from a numerical value of a valency of Z; r represents an integer of 0 or more; s represents a numerical value obtained by subtracting 1 from a numerical value of a valency of F6; and t represents a numerical value obtained by subtracting 1 from a numerical value of a valency of R 5.
A process to form an ethylene-based polymer, said process comprising polymerizing a reaction mixture comprising ethylene, at least one monomeric chain transfer agent, and at least one chain transfer agent system comprising at least one chain transfer agent, and wherein the polymerization takes place in the presence of at least one free-radical initiator; and wherein the polymerization takes place in a reactor configuration comprising at least two reaction zones, reaction zone 1 and reaction zone i (i ≥ 2), wherein reaction zone i is downstream from reaction zone 1; and wherein the ratio of "the activity of the CTA system of the feed to the first reaction zone" to the "activity of the CTA system of the cumulative feed to the reaction zone i," (Z 1 /Z i), is less than or equal to (0.8-0.2*log(Cs)), wherein Cs at 130°C and 1360 atmospheres is from 0.0001 to 10.
A fresh air module comprising: a fresh air housing, comprising a main body and a mounting holder, wherein an edge of the main body is provided with a protruding edge and wherein the mounting holder is disposed at a middle portion of the main body and has a clamping space, a surface of the mounting holder away from the clamping space is defined with a reinforcing rib, the reinforcing rib being configured to extend from a center of the mounting holder to an edge of the fresh air housing, and is connected to the protruding edge; and a fresh air motor, mounted in the clamping space, wherein an extending direction of the reinforcing rib is perpendicular to an extending direction of the protruding edge. a fresh air housing, comprising a main body and a mounting holder, wherein an edge of the main body is provided with a protruding edge and wherein the mounting holder is disposed at a middle portion of the main body and has a clamping space, a surface of the mounting holder away from the clamping space is defined with a reinforcing rib, the reinforcing rib being configured to extend from a center of the mounting holder to an edge of the fresh air housing, and is connected to the protruding edge; and a fresh air motor, mounted in the clamping space, wherein an extending direction of the reinforcing rib is perpendicular to an extending direction of the protruding edge.
A hearing aid comprising an input transducer for producing an input signal, a hearing aid processor for processing the input signal to produce an output signal, an output transducer responsive to said output signal, and a logging device having an analyzer, a timer, and a memory, the memory having a set of histogram counters in respect of a predefined set of sound environments, - wherein the analyzer is adapted for processing the input signal and for classifying a sound event among the predefined set of sound environments, - wherein the timer is adapted for triggering the output of the classification of the sound event, - wherein the memory is adapted for receiving the classification and for incrementing a histogram count in at least one of said histogram counters in respect of the sound environment, and - wherein the memory has an overflow detector for monitoring the histogram counters and responding to the detection of an overflow event by rebasing all histogram counters through dividing the contents by a predetermined factor, characterized in that - the memory has means for analyzing the histogram counters for determining the width of a histogram profile and a timer decision logic for controlling the timer, which timer decision logic responds to signals from the analyzer for determining a new data acquisition sample rate based on the determined histogram width and altering the data acquisition sample rate accordingly. - wherein the analyzer is adapted for processing the input signal and for classifying a sound event among the predefined set of sound environments, - wherein the timer is adapted for triggering the output of the classification of the sound event, - wherein the memory is adapted for receiving the classification and for incrementing a histogram count in at least one of said histogram counters in respect of the sound environment, and - wherein the memory has an overflow detector for monitoring the histogram counters and responding to the detection of an overflow event by rebasing all histogram counters through dividing the contents by a predetermined factor, characterized in that - the memory has means for analyzing the histogram counters for determining the width of a histogram profile and a timer decision logic for controlling the timer, which timer decision logic responds to signals from the analyzer for determining a new data acquisition sample rate based on the determined histogram width and altering the data acquisition sample rate accordingly.
A method performed by a user equipment, UE, for decoding data from a network node in a telecommunications system, the method comprising: determining (100, 400) whether a discovery signal was received from the network node based on detection of a Primary Synchronization Signal, PSS, and/or a Secondary Synchronization Signal, SSS received from the network node; based on detecting that the PSS and/or SSS was received, determining (106, 402) whether a grant is present based on processing an Evolved Physical Downlink Control CHannel, ePDCCH, the determining (106, 402) comprising blindly decoding the ePDCCH, which is rate-matched around the discovery signal; and based on determining that the grant is present, decoding (108, 404) a Physical Downlink Shared Channel, PDSCH, using the ePDCCH and the discovery signal. determining (100, 400) whether a discovery signal was received from the network node based on detection of a Primary Synchronization Signal, PSS, and/or a Secondary Synchronization Signal, SSS received from the network node; based on detecting that the PSS and/or SSS was received, determining (106, 402) whether a grant is present based on processing an Evolved Physical Downlink Control CHannel, ePDCCH, the determining (106, 402) comprising blindly decoding the ePDCCH, which is rate-matched around the discovery signal; and based on determining that the grant is present, decoding (108, 404) a Physical Downlink Shared Channel, PDSCH, using the ePDCCH and the discovery signal.
An input and output IO port usable with an electronic apparatus, which allows an external apparatus to be connected thereto, the IO port comprising: a plurality of signal pins (350, 360) accommodated in an outer casing and arranged to exchange signals between the external apparatus and the electronic apparatus by connection with a plurality of signal pins (16,17) of the external apparatus; and at least one discharge pin (340, 370) arranged to be electrically connected to the external apparatus ahead of the plurality of signal pins when the external apparatus is connected to the IO port, and arranged to discharge at least a portion of static electricity accumulated in the external apparatus, wherein the discharge pin is electrically connected to a filter (233, 235) to damp the discharge of the static electricity accumulated in the external apparatus. a plurality of signal pins (350, 360) accommodated in an outer casing and arranged to exchange signals between the external apparatus and the electronic apparatus by connection with a plurality of signal pins (16,17) of the external apparatus; and at least one discharge pin (340, 370) arranged to be electrically connected to the external apparatus ahead of the plurality of signal pins when the external apparatus is connected to the IO port, and arranged to discharge at least a portion of static electricity accumulated in the external apparatus, wherein the discharge pin is electrically connected to a filter (233, 235) to damp the discharge of the static electricity accumulated in the external apparatus.
A gas turbine system, comprising: a gas turbine; at least a first load and a second load powered by said gas turbine wherein said first load and said second load comprise a first compressor and a second compressor, respectively; and wherein both said first compressor and said second compressor comprise a respective vertically split casing; and wherein said gas turbine comprises: a gas generator; a low pressure turbine; a power shaft powered by said low pressure turbine, said power shaft having a first shaft end drivingly connected to said first load and a second shaft end drivingly connected to said second load, said first load and said second load being arranged at opposite sides of said gas turbine and said power shaft axially extending through said gas turbine from a first end to a second end thereof. a gas turbine; at least a first load and a second load powered by said gas turbine wherein said first load and said second load comprise a first compressor and a second compressor, respectively; and wherein both said first compressor and said second compressor comprise a respective vertically split casing; and wherein said gas turbine comprises: a gas generator; a low pressure turbine; a power shaft powered by said low pressure turbine, said power shaft having a first shaft end drivingly connected to said first load and a second shaft end drivingly connected to said second load, said first load and said second load being arranged at opposite sides of said gas turbine and said power shaft axially extending through said gas turbine from a first end to a second end thereof. a gas generator; a low pressure turbine; a power shaft powered by said low pressure turbine, said power shaft having a first shaft end drivingly connected to said first load and a second shaft end drivingly connected to said second load, said first load and said second load being arranged at opposite sides of said gas turbine and said power shaft axially extending through said gas turbine from a first end to a second end thereof.
An integrated transformer comprising a primary coil and a secondary coil, the primary coil comprising a first subsection and a second subsection, the first subsection extending in a different plane to a plane in which the second subsection extends, the planes spaced from one another, the secondary coil comprising a first subsection and a second subsection, the first subsection extending in a different plane to a plane in which the second subsection extends, the planes spaced from one another; wherein the first subsection of the primary coil is stacked with the second subsection of the secondary coil and the second subsection of the primary coil is stacked with the first subsection of the secondary coil, the first and second subsections of the primary coil, and the first and second subsections of the secondary coil are each arranged in a figure of eight configuration, and wherein for both of the primary and secondary coils, the first subsection comprises two connecting ends (4,5;11,12) for connecting to two corresponding connecting ends (7,8;14,17) of the second subsection of the same coil, the connecting ends connected, between the different planes in which the subsections lie, by at least one connector finger (6a,6b,9;15a,15b,13) per ends connection.
Method for detecting a blocked pressure line in an SCR system of an internal combustion engine, which has a conveyor pump, a metering module, and a pressure sensor, comprising the following steps: - measuring a reference signal of a pressure (p) in the pressure line over a measuring time (t M) when no injection of a reducing agent solution by the metering module takes place and computing a signal energy (E R) of the reference signal; - measuring a pressure signal over the measuring time (t M) during an injection of a metered mass of the reducing agent solution by the metering module and computing a signal energy (E p) of the pressure signal; - computing a ratio (V E) of the signal energy (E p) of the pressure signal to the signal energy (E R) of the reference signal; and - detecting the blocked pressure line if the ratio (V E) falls below a first predefinable threshold value (S 1). - measuring a reference signal of a pressure (p) in the pressure line over a measuring time (t M) when no injection of a reducing agent solution by the metering module takes place and computing a signal energy (E R) of the reference signal; - measuring a pressure signal over the measuring time (t M) during an injection of a metered mass of the reducing agent solution by the metering module and computing a signal energy (E p) of the pressure signal; - computing a ratio (V E) of the signal energy (E p) of the pressure signal to the signal energy (E R) of the reference signal; and - detecting the blocked pressure line if the ratio (V E) falls below a first predefinable threshold value (S 1).