mhurhangee/ep-ind-claims huggingface dataset:
Base assembly of a tumble dryer having a housing, with at least one base partition arranged below a heat source and a heat sink of a heat pump of the tumble dryer, on which base partition the heat source and the heat sink stand, characterised in that at least one trough-like, watertight recess that is open in the direction of the heat source is formed in the base partition, wherein a base of the recess lies completely below a maximum liquid fill height of a liquid tank arranged on the base side below the base partition, and the heat source stands on the base.
A self-propelled combine harvester, comprising - a cutting means for cutting plants, - an inclined conveyor for conveying cut plants from the cutting means to a threshing means, - a threshing means for detaching fruits of the plants from plant residues, - a grain pan disposed below the threshing means, by means of which fruits separated out by a threshing concave of the threshing means can be transferred, - a separating means for separating detached fruits from coarse plant residues, - a sieve means for separating detached fruits from fine plant residues, as well as - an air suction fan for producing a volumetric air flow, by means of which the sieve means can be continuously cleaned, wherein, when considered in the longitudinal direction of the combine harvester, the air suction fan is disposed behind the sieve means and has a suction side associated with the sieve means at which suction side the volumetric air flow can be drawn in, wherein, in front of the sieve means when considered in the longitudinal direction of the combine harvester, at least one air intake cross section is formed through which the volumetric air flow can be drawn in, wherein the air intake cross section is formed at an air intake structure, wherein the air intake structure has a flowing grain shield which reduces an unwanted escape of fruits through the air intake cross section, characterized in that the air intake structure is disposed between the threshing means and the grain pan. - a cutting means for cutting plants, - an inclined conveyor for conveying cut plants from the cutting means to a threshing means, - a threshing means for detaching fruits of the plants from plant residues, - a grain pan disposed below the threshing means, by means of which fruits separated out by a threshing concave of the threshing means can be transferred, - a separating means for separating detached fruits from coarse plant residues, - a sieve means for separating detached fruits from fine plant residues, as well as - an air suction fan for producing a volumetric air flow, by means of which the sieve means can be continuously cleaned, wherein, when considered in the longitudinal direction of the combine harvester, the air suction fan is disposed behind the sieve means and has a suction side associated with the sieve means at which suction side the volumetric air flow can be drawn in, wherein, in front of the sieve means when considered in the longitudinal direction of the combine harvester, at least one air intake cross section is formed through which the volumetric air flow can be drawn in, wherein the air intake cross section is formed at an air intake structure, wherein the air intake structure has a flowing grain shield which reduces an unwanted escape of fruits through the air intake cross section, characterized in that the air intake structure is disposed between the threshing means and the grain pan.
A coated flexible substrate having a coating, wherein the coating intrudes a) at least two layers of an inorganic material other than silica, each of said layers having a thickness of from 5 to 100 nanometers and being produced by an atomic layer deposition process, and b) a flexibilizing layer or layers interposed between each adjacent pair of layers of the inorganic material, the flexibilizing layer or layers having a total thickness of from 10 to 150% of the thickness of the thicker of said adjacent pair of layers of the inorganic material, wherein the flexibilizing layer is a hybrid organic-inorganic polymer that is deposited by a molecular layer deposition process. a) at least two layers of an inorganic material other than silica, each of said layers having a thickness of from 5 to 100 nanometers and being produced by an atomic layer deposition process, and b) a flexibilizing layer or layers interposed between each adjacent pair of layers of the inorganic material, the flexibilizing layer or layers having a total thickness of from 10 to 150% of the thickness of the thicker of said adjacent pair of layers of the inorganic material, wherein the flexibilizing layer is a hybrid organic-inorganic polymer that is deposited by a molecular layer deposition process.
An intramedullary nail for the radius having a curvature of its longitudinal axis corresponding to a mean curvature radius 100 mm < R < 1,000 mm, having a fastening head for a target apparatus and having an inclined transverse bore which lies in the plane of the curvature of the longitudinal axis of the intramedullary nail for the radius and which intersects the longitudinal axis at a distance of less than 30 mm from the end of the fastening head.
A method for producing a methanol solvate of a D-tartrate of -1,1,3-trimethyl-4-aminoindane, the method comprising steps (a), (b), and (c) below, and comprising adding water to a reaction system in step (a): step (a) of mixing 1,1,3-trimethyl-4-aminoindane, D-tartaric acid, and methanol to provide a mixture containing a methanol solvate of D-tartrate of -1,1,3-trimethyl-4-aminoindane; step (b) of cooling the obtained mixture; and step (c) of retrieving the methanol solvate of a D-tartrate of -1,1,3-trimethyl-4-aminoindane, wherein the cooling rate in step (b) is from 1°C to 10°C/hour. step (a) of mixing 1,1,3-trimethyl-4-aminoindane, D-tartaric acid, and methanol to provide a mixture containing a methanol solvate of D-tartrate of -1,1,3-trimethyl-4-aminoindane; step (b) of cooling the obtained mixture; and step (c) of retrieving the methanol solvate of a D-tartrate of -1,1,3-trimethyl-4-aminoindane,
A signal communication method of a base station having a plurality of antennas in a wireless communication system, wherein the antennas are arranged orthogonally forming groups of antennas arranged in a first direction and groups of antennas arranged in a second direction, the method comprising: identifying antenna ports of a first direction corresponding to groups of antennas arranged in the first direction and antenna ports of a second direction corresponding to groups of antennas arranged in the second direction; transmitting at least one reference signal for the antenna ports of the first and second directions to a terminal; characterized by: transmitting a feedback configuration to the terminal, the feedback configuration including a first value of rank indicator, RI, (700, 740) for the first direction; and receiving feedback information from the terminal based on the at least one reference signal and the feedback configuration, wherein the feedback information comprises a second value of RI for the second direction identified based on the at least one reference signal and the value of RI for the first direction. identifying antenna ports of a first direction corresponding to groups of antennas arranged in the first direction and antenna ports of a second direction corresponding to groups of antennas arranged in the second direction; transmitting at least one reference signal for the antenna ports of the first and second directions to a terminal; characterized by: transmitting a feedback configuration to the terminal, the feedback configuration including a first value of rank indicator, RI, (700, 740) for the first direction; and receiving feedback information from the terminal based on the at least one reference signal and the feedback configuration, transmitting a feedback configuration to the terminal, the feedback configuration including a first value of rank indicator, RI, (700, 740) for the first direction; and receiving feedback information from the terminal based on the at least one reference signal and the feedback configuration, wherein the feedback information comprises a second value of RI for the second direction identified based on the at least one reference signal and the value of RI for the first direction.
A processing method of a digital signal (S(t)) of an electronic or mechanical pulse and scanning radar during an observation of a coastal zone in land / sea detection mode, said signal being sampled according to a two-dimensional temporal sampling map, one dimension corresponding to a distance (d) from the radar and the other dimension corresponding to a recurrence (rec) of pulse emission by the radar, the two-dimensional temporal sampling map being thus made of samples (E(d,rec)), characterized in that the processing method includes: - selecting a digital terrain model file corresponding to the observed coastal zone; - transforming the temporal sampling map and the digital terrain model file to obtain a transformed temporal sampling map and a transformed digital terrain model file whose data are expressed in a shared reference frame; - constructing a temporal mask by initializing a temporal mask including a matrix of cells having as many distance bins and recurrence bins as the transformed temporal sampling map, and by allocating to each cell of the temporal mask a value (p(d,rec) that depends on the proportion of the land surface to the surface defined by said cell in the transformed digital terrain model file; and - applying said temporal mask to the samples (E(d,rec)) of the transformed temporal sampling map, so as to obtain filtered samples (Ef(d,rec), the temporal mask being applied by weighting the sample ( E(d,rec)) of a cell of the transformed temporal sampling map, by the value ( p(d,rec)) of the corresponding cell of the temporal mask. - selecting a digital terrain model file corresponding to the observed coastal zone; - transforming the temporal sampling map and the digital terrain model file to obtain a transformed temporal sampling map and a transformed digital terrain model file whose data are expressed in a shared reference frame; - constructing a temporal mask by initializing a temporal mask including a matrix of cells having as many distance bins and recurrence bins as the transformed temporal sampling map, and by allocating to each cell of the temporal mask a value (p(d,rec) that depends on the proportion of the land surface to the surface defined by said cell in the transformed digital terrain model file; and - applying said temporal mask to the samples (E(d,rec)) of the transformed temporal sampling map, so as to obtain filtered samples (Ef(d,rec), the temporal mask being applied by weighting the sample ( E(d,rec)) of a cell of the transformed temporal sampling map, by the value ( p(d,rec)) of the corresponding cell of the temporal mask.
A cable management assembly, characterized by: a first cable management arm arranged with a first mounting hole and a positioning hole, the first mounting hole comprising a first hole portion and a second hole portion; and a cable management device detachably mounted to the first cable management arm, the cable management device comprising a base, a first mounting portion and an elastic portion, the first mounting portion being connected to the base, and comprising a first protruding section and a second protruding section substantially connected to the first protruding section perpendicularly, the elastic portion being arranged on the base; wherein the first protruding section of the first mounting portion of the cable management device is capable of entering the second hole portion from the first hole portion of the first mounting hole of the first cable management arm, and the second protruding section of the first mounting portion is blocked by a first blocking section adjacent to the second hole portion, the elastic portion of the cable management device is configured to enter the positioning hole to be blocked by at least one blocking wall (84a, 84b) of the first cable management arm; wherein the elastic portion of the cable management device comprises a first section and a second section corresponding to the first section, the first section is connected to the base, a clasp arm is arranged on the first section for clasping with the first cable management arm. a first cable management arm arranged with a first mounting hole and a positioning hole, the first mounting hole comprising a first hole portion and a second hole portion; and a cable management device detachably mounted to the first cable management arm, the cable management device comprising a base, a first mounting portion and an elastic portion, the first mounting portion being connected to the base, and comprising a first protruding section and a second protruding section substantially connected to the first protruding section perpendicularly, the elastic portion being arranged on the base; wherein the first protruding section of the first mounting portion of the cable management device is capable of entering the second hole portion from the first hole portion of the first mounting hole of the first cable management arm, and the second protruding section of the first mounting portion is blocked by a first blocking section adjacent to the second hole portion, the elastic portion of the cable management device is configured to enter the positioning hole to be blocked by at least one blocking wall (84a, 84b) of the first cable management arm; wherein the elastic portion of the cable management device comprises a first section and a second section corresponding to the first section, the first section is connected to the base, a clasp arm is arranged on the first section for clasping with the first cable management arm.
A circuit structural body, comprising: a multilayer board, which includes a plurality of layers of a first to N-th tri-plate structural bodies each including a first to N-th, N is an integer of 2 or more, planar conductors; an interlayers connection conductor, which is configured to connect the first to N-th planar conductors to each other; and a side-surface ground conductor, which is formed on a side surface of the multilayer board near to the interlayers connection conductor, and is approximately parallel to the interlayers connection conductor, wherein an n-th, 1≤n≤N, tri-plate structural body is formed of an n-th tri-plate line including: an n-th planar conductor; and an n-th planar ground conductor and an (n+1)-th planar ground conductor sandwiching the n-th planar conductor therebetween, wherein an m-th, 2≤m≤N, planar ground conductor, which is provided between the first to N-th planar conductors, has a cutout through which the interlayers connection conductor is allowed to pass, the cutout having one side in contact with the side-surface ground conductor, wherein the circuit structural body is configured to operate a portion between the interlayers connection conductor and the side-surface ground conductor as a high frequency circuit. a multilayer board, which includes a plurality of layers of a first to N-th tri-plate structural bodies each including a first to N-th, N is an integer of 2 or more, planar conductors; an interlayers connection conductor, which is configured to connect the first to N-th planar conductors to each other; and a side-surface ground conductor, which is formed on a side surface of the multilayer board near to the interlayers connection conductor, and is approximately parallel to the interlayers connection conductor, wherein an n-th, 1≤n≤N, tri-plate structural body is formed of an n-th tri-plate line including: an n-th planar conductor; and an n-th planar ground conductor and an (n+1)-th planar ground conductor sandwiching the n-th planar conductor therebetween, wherein an m-th, 2≤m≤N, planar ground conductor, which is provided between the first to N-th planar conductors, has a cutout through which the interlayers connection conductor is allowed to pass, the cutout having one side in contact with the side-surface ground conductor, wherein the circuit structural body is configured to operate a portion between the interlayers connection conductor and the side-surface ground conductor as a high frequency circuit.
A pilot signal transmission method for use in a radio communication system, to transmit pilot signal sequences which at least have either the first property that the relative value between the self-correlation value when the phase difference is other than zero and the peak self-correlation value when the phase difference is zero is equal to or lower than a predetermined threshold, or the second property that the cross-correlation value between the sequences that are equal in sequence length is smaller than the cross-correlation value between the sequences that are different in sequence length, by using code division multiplexing as at least one of user multiplexing schemes, comprising the steps of: dividing a system band, which is a frequency band usable in the system into a first frequency block having a first bandwidth and a second frequency block having a second bandwidth, which is different from said first bandwidth; generating a first pilot signal of said first frequency block with a single carrier, using said pilot signal sequence having a first sequence length corresponding to said first bandwidth of said first frequency block, and a second pilot signal of said second frequency block with a single carrier, using said pilot signal sequence having a second sequence length corresponding to said second bandwidth of said second frequency block; and, transmitting said generated first pilot signal and said generated second pilot signal as the pilot signals corresponding to a user. dividing a system band, which is a frequency band usable in the system into a first frequency block having a first bandwidth and a second frequency block having a second bandwidth, which is different from said first bandwidth; generating a first pilot signal of said first frequency block with a single carrier, using said pilot signal sequence having a first sequence length corresponding to said first bandwidth of said first frequency block, and a second pilot signal of said second frequency block with a single carrier, using said pilot signal sequence having a second sequence length corresponding to said second bandwidth of said second frequency block; and, transmitting said generated first pilot signal and said generated second pilot signal as the pilot signals corresponding to a user.
An air conditioning apparatus comprising: an outdoor unit comprising a compressor; an indoor unit; a refrigerant piping system passing through the indoor unit and connecting the outdoor unit and the indoor unit; a refrigerant detection unit configured to detect a refrigerant, the refrigerant detection unit being provided in the indoor unit or disposed at a position at which leakage of a refrigerant pipe passing through between the outdoor unit and the indoor unit can be detected; and a controller, the controller including a commercial power source supply detection unit configured to detect a presence or absence of supply of a commercial power source, input signal storage means, and refrigerant leakage detection means, characterized in that the controller is configured to, when detecting recovery after stop of the commercial power source based on a detection result of the commercial power source supply detection unit, execute refrigerant leakage confirmation control in which a presence or absence of refrigerant leakage is confirmed, and when the refrigerant leakage confirmation control confirms that a refrigerant is not leaking, enable the air conditioning apparatus to resume a normal operation of the compressor. an outdoor unit comprising a compressor; an indoor unit; a refrigerant piping system passing through the indoor unit and connecting the outdoor unit and the indoor unit; a refrigerant detection unit configured to detect a refrigerant, the refrigerant detection unit being provided in the indoor unit or disposed at a position at which leakage of a refrigerant pipe passing through between the outdoor unit and the indoor unit can be detected; and a controller, the controller including a commercial power source supply detection unit configured to detect a presence or absence of supply of a commercial power source, input signal storage means, and refrigerant leakage detection means, characterized in that the controller is configured to, when detecting recovery after stop of the commercial power source based on a detection result of the commercial power source supply detection unit, execute refrigerant leakage confirmation control in which a presence or absence of refrigerant leakage is confirmed, and when the refrigerant leakage confirmation control confirms that a refrigerant is not leaking, enable the air conditioning apparatus to resume a normal operation of the compressor.
A non-spill collar and valve assembly, comprising: a collar having an internal frustoconical wall with an open circular upper end that extends downward and inwardly into a closed lower end, the closed lower end having a projection extending outward from its center toward the open circular upper end, the collar comprising: a support surface arranged along an inner surface of the open circular upper end; a fastener assembly disposed adjacent to a bottom end of the collar provided to securely fasten to a container; a plurality of passages disposed in the internal frustoconical wall to channel a fluid; and a plurality of protrusions disposed radially adjacent to the support surface defining various channels; and an annular seal having a first frustoconical surface substantially similar to a shape of the internal frustoconical wall, the annular seal having a blind bore recess on a lower surface at its center for receiving and securing onto the projection. a collar having an internal frustoconical wall with an open circular upper end that extends downward and inwardly into a closed lower end, the closed lower end having a projection extending outward from its center toward the open circular upper end, the collar comprising: a support surface arranged along an inner surface of the open circular upper end; a fastener assembly disposed adjacent to a bottom end of the collar provided to securely fasten to a container; a plurality of passages disposed in the internal frustoconical wall to channel a fluid; and a plurality of protrusions disposed radially adjacent to the support surface defining various channels; and a support surface arranged along an inner surface of the open circular upper end; a fastener assembly disposed adjacent to a bottom end of the collar provided to securely fasten to a container; a plurality of passages disposed in the internal frustoconical wall to channel a fluid; and a plurality of protrusions disposed radially adjacent to the support surface defining various channels; and an annular seal having a first frustoconical surface substantially similar to a shape of the internal frustoconical wall, the annular seal having a blind bore recess on a lower surface at its center for receiving and securing onto the projection.