mhurhangee/patent-ind-claim-en huggingface dataset:
A piezoelectric substrate attachment structure comprising: a cable-shaped piezoelectric substrate ; a press section ; and a base section provided adjacent to the piezoelectric substrate on an opposite side from the press section , a ratio Eb/Ea of a Young's modulus Eb of the base section to a Young's modulus Ea of the press section being 10 -1 or lower, characterized in that the piezoelectric substrate includes an elongate conductor and a helical chiral polymer wound around an outer periphery of the conductor and having optical activity, and the press section is provided adjacent to the piezoelectric substrate and pressed from an opposite side from the piezoelectric substrate . a cable-shaped piezoelectric substrate ; a press section ; and a base section provided adjacent to the piezoelectric substrate on an opposite side from the press section , a ratio Eb/Ea of a Young's modulus Eb of the base section to a Young's modulus Ea of the press section being 10 -1 or lower, the piezoelectric substrate includes an elongate conductor and a helical chiral polymer wound around an outer periphery of the conductor and having optical activity, and the press section is provided adjacent to the piezoelectric substrate and pressed from an opposite side from the piezoelectric substrate .
A pressure detector that includes a case (C) connectable to a flow route for liquid, and a membrane member (M) attached inside the case (C) and with which a liquid-phase portion (S1) to be supplied with the liquid in the flow route and a gas-phase portion (S2) to be supplied with gas are separated from each other, the membrane member (M) serves as a diaphragm and is made of a flexible material that is displaceable or deformable in accordance with a pressure of the liquid supplied to the liquid-phase portion (S1), the pressure detector detecting the pressure of the liquid in the flow route by detecting a pressure in the gas-phase portion (S2) with a pressure detection sensor (P), the pressure detector characterized in that it comprises a hydrophobic portion that allows gas to pass through but blocks liquid from passing through, the hydrophobic portion being provided between the gas-phase portion (S2) and the pressure detection sensor (P), wherein the hydrophobic portion is a hydrophobic membrane (B) formed as a membrane. a case (C) connectable to a flow route for liquid, and a membrane member (M) attached inside the case (C) and with which a liquid-phase portion (S1) to be supplied with the liquid in the flow route and a gas-phase portion (S2) to be supplied with gas are separated from each other, the membrane member (M) serves as a diaphragm and is made of a flexible material that is displaceable or deformable in accordance with a pressure of the liquid supplied to the liquid-phase portion (S1), the pressure detector detecting the pressure of the liquid in the flow route by detecting a pressure in the gas-phase portion (S2) with a pressure detection sensor (P), the pressure detector characterized in that it comprises a hydrophobic portion that allows gas to pass through but blocks liquid from passing through, the hydrophobic portion being provided between the gas-phase portion (S2) and the pressure detection sensor (P), wherein the hydrophobic portion is a hydrophobic membrane (B) formed as a membrane.
A seed meter , comprising: a vacuum disc having a plurality of apertures , said vacuum disc disposed to entrain seeds from a seed pool onto said apertures by vacuum; and a singulator disposed to remove excess seeds from said apertures , said singulator disposed to resiliently slidingly contact said vacuum disc as said vacuum disc moves relative to said singulator , wherein a rail of said singulator is biased toward a radial center of said vacuum disc , characterized in that an arcuate singulator surface of said rail is biased against and slidingly contacts an arcuate vacuum disc surface of said vacuum disc , and wherein said arcuate singulator surface faces toward said radial center of said vacuum disc . a vacuum disc having a plurality of apertures , said vacuum disc disposed to entrain seeds from a seed pool onto said apertures by vacuum; and a singulator disposed to remove excess seeds from said apertures , said singulator disposed to resiliently slidingly contact said vacuum disc as said vacuum disc moves relative to said singulator , wherein a rail of said singulator is biased toward a radial center of said vacuum disc , characterized in that an arcuate singulator surface of said rail is biased against and slidingly contacts an arcuate vacuum disc surface of said vacuum disc , and wherein said arcuate singulator surface faces toward said radial center of said vacuum disc .
Coating gas supply system (101; 201; 301; LZ1; LZ2) comprising a distributor (102; 202; 302; 7), wherein the distributor (102; 202; 302; 7) comprises a connector piece (103; 203; 303) and a plug unit (104; 204; 304), - wherein the connector piece (103; 203; 303) comprises a first neck (105; 205; 305), a second neck (106; 206; 306) and a third neck (107; 207; 307), - wherein the plug unit (104; 204; 304) comprises a head (108; 208; 308) by means of which the plug unit (104; 204; 304) is connected to a free end (105a; 205a; 305a) of the first neck (105; 205; 305), - wherein the plug unit (104; 204; 304) comprises a heating probe (110; 210; 310; 9) and - wherein the free end (106a; 206a; 306a) of the second neck (106; 206; 306) is designed as a hose connection (111; 211; 311), characterised in - that the plug unit (104; 204; 304) and the connector piece (103; 203; 303) are connected in such a way that an interior (109; 209; 309) of the connector piece (103; 203; 303) is closed in such a way and in that the interior (109; 209; 309) is sealed by means of the head (108; 208; 308) of the plug unit (104; 204; 304) in such a way that a pressurised gas (DG; 3) can flow through it at a pressure of up to 20 bar, - that the heating probe (110; 210; 310; 9) extends with at least half of its length (HL110) beyond a free end (106a; 206a; 306a) of the second neck (106; 206; 306) when the plug unit (104; 204; 304) is connected to the connector piece (103; 203; 303). - wherein the connector piece (103; 203; 303) comprises a first neck (105; 205; 305), a second neck (106; 206; 306) and a third neck (107; 207; 307), - wherein the plug unit (104; 204; 304) comprises a head (108; 208; 308) by means of which the plug unit (104; 204; 304) is connected to a free end (105a; 205a; 305a) of the first neck (105; 205; 305), - wherein the plug unit (104; 204; 304) comprises a heating probe (110; 210; 310; 9) and - wherein the free end (106a; 206a; 306a) of the second neck (106; 206; 306) is designed as a hose connection (111; 211; 311), - that the plug unit (104; 204; 304) and the connector piece (103; 203; 303) are connected in such a way that an interior (109; 209; 309) of the connector piece (103; 203; 303) is closed in such a way and in that the interior (109; 209; 309) is sealed by means of the head (108; 208; 308) of the plug unit (104; 204; 304) in such a way that a pressurised gas (DG; 3) can flow through it at a pressure of up to 20 bar, - that the heating probe (110; 210; 310; 9) extends with at least half of its length (HL110) beyond a free end (106a; 206a; 306a) of the second neck (106; 206; 306) when the plug unit (104; 204; 304) is connected to the connector piece (103; 203; 303).
A compound planet gear arrangement comprising; - a housing enclosing an interior space; - a first rotational in- or output shaft; - a ring gear which is fixed or connectable to the first in- or output shaft; - a sun wheel which is connectable to a second in- or output shaft; - at least two planet gear units, each planet gear unit comprising a primary planet gear with primary planet teeth and a secondary planet gear with secondary planet teeth meshing with the sun wheel, the secondary planet gear being axially connected with the primary planet gear by means of a planet shaft, and - a structural body which is formed in one piece, arranged in the interior space and fixed to the housing , which structural body exhibits a number of axial bores arranged to define the absolute and relative positions of respective bearings by which the first in- or output shaft and the planet shafts are journaled to the structural body characterized in that the primary planet teeth meshes with the ring gear and in that the axial bores comprises first in-or output shaft bores for defining the positions of the bearings by which the first in- or output shaft is journaled to the structural body 816), which first in- or output shaft bores are arranged in pairs, each pair comprising a first and a second first in- or output shaft bores which are axially aligned and axially separated. - a housing enclosing an interior space; - a first rotational in- or output shaft; - a ring gear which is fixed or connectable to the first in- or output shaft; - a sun wheel which is connectable to a second in- or output shaft; - at least two planet gear units, each planet gear unit comprising a primary planet gear with primary planet teeth and a secondary planet gear with secondary planet teeth meshing with the sun wheel, the secondary planet gear being axially connected with the primary planet gear by means of a planet shaft, and - a structural body which is formed in one piece, arranged in the interior space and fixed to the housing , which structural body exhibits a number of axial bores arranged to define the absolute and relative positions of respective bearings by which the first in- or output shaft and the planet shafts are journaled to the structural body
A composition comprising an ethylene-based polymer and wherein the ethylene-based polymer has the following properties: (A) a CO content from 0.2 to 0.9 weight percent CO (carbon monoxide), based on the weight of the polymer; (B) a melt index (I2) from 0.3 to 1.0 g/10 min; (C) a density from 0.923 to 0.928 g/cc; (D) a 2% secant modulus (measured on a compression molded plaque) in the range of 186 MPa to 234 MPa (27,000 to 34,000 psi); and (E) C1 branching; and wherein the ethylene-based polymer has a melting point, Tm, in °C, that meets the following relationship: Tm (°C) < 601.4 ∗ (Density in g/cc) - 447.8°C; and wherein the ethylene-based polymer is formed from a high pressure, free radical polymerization process, and wherein propylene as a chain transfer agent is added to the polymerization process. (A) a CO content from 0.2 to 0.9 weight percent CO (carbon monoxide), based on the weight of the polymer; (B) a melt index (I2) from 0.3 to 1.0 g/10 min; (C) a density from 0.923 to 0.928 g/cc; (D) a 2% secant modulus (measured on a compression molded plaque) in the range of 186 MPa to 234 MPa (27,000 to 34,000 psi); and (E) C1 branching; and
An isolated peptide that reduces leukocyte recruitment selected from (i) an isolated peptide comprising SEQ ID NO: 1, (ii) the isolated peptide of (i), wherein the peptide is modified by pegylation, acetylation, glycosylation, biotinylation, or substitution of one or more L-amino acids with the same type of D-amino acids, and (iii) the isolated peptide of (i), wherein the peptide comprises one or more modified amino acid residues or amino acid analogs, wherein the modified amino acid residues are modified by methylation, amidation, or acetylation, and wherein the amino acid analogs are selected from β-alanine, norvaline, norleucine, 4-aminobutyric acid, ornithine, hydroxyproline, sarcosine, citrulline, cysteic acid, cyclohexylalanine, 2-aminoisobutyric acid, 6-aminohexanoic acid, t-butylglycine, phenylglycine, o-phosphoserine, N-acetyl serine, N-formylmethionine, and 3-methylhistidine. (i) an isolated peptide comprising SEQ ID NO: 1, (ii) the isolated peptide of (i), wherein the peptide is modified by pegylation, acetylation, glycosylation, biotinylation, or substitution of one or more L-amino acids with the same type of D-amino acids, and (iii) the isolated peptide of (i), wherein the peptide comprises one or more modified amino acid residues or amino acid analogs,
Method for forming a floor structure , comprising the steps of - providing a slab , - providing insulating and draining granulate material on top of said slab , characterized by comprising a step of - providing at least one channel system in the layer of the granulate material , the channel system is provided with an airing function for ventilating the floor structure, and - drying the floor structure , and in particular the granulate material , using a controlled pressure flow of a gaseous medium in the channel system. - providing a slab , - providing insulating and draining granulate material on top of said slab , - providing at least one channel system in the layer of the granulate material , the channel system is provided with an airing function for ventilating the floor structure, and - drying the floor structure , and in particular the granulate material , using a controlled pressure flow of a gaseous medium in the channel system.
An aircraft passenger seat comprising a seat pan and a back rest , wherein the seat pan is moveable between: a deployed position in which the seat pan occupies a first space and wherein a passenger can sit on the seat pan , and a stowed position in which the seat pan is moved out of the first space such that a passenger can stand in the first space; wherein the seat pan is moveable between the deployed position and a tilted position in which the seat pan is angled with respect to the back rest and the seat pan can be fixed in at least one intermediate position between the deployed position and tilted position; the back rest is moveable between an upright position and a reclined position in which the back rest is substantially parallel with a deployed position of the seat pan and the back rest can be fixed in at least one intermediate position between the upright position and the reclined position; and the aircraft passenger seat further comprises a leg rest that is moveable between a retracted position in which the leg rest is substantially perpendicular to the deployed position of the seat pan and an extended position in which it is positioned to support the legs of a passenger. a deployed position in which the seat pan occupies a first space and wherein a passenger can sit on the seat pan , and a stowed position in which the seat pan is moved out of the first space such that a passenger can stand in the first space; wherein the seat pan is moveable between the deployed position and a tilted position in which the seat pan is angled with respect to the back rest and the seat pan can be fixed in at least one intermediate position between the deployed position and tilted position; the back rest is moveable between an upright position and a reclined position in which the back rest is substantially parallel with a deployed position of the seat pan and the back rest can be fixed in at least one intermediate position between the upright position and the reclined position; and the aircraft passenger seat further comprises a leg rest that is moveable between a retracted position in which the leg rest is substantially perpendicular to the deployed position of the seat pan and an extended position in which it is positioned to support the legs of a passenger.
A method for manufacturing an electric motor including a stator core and an interphase insulation paper , wherein the stator core includes an inner periphery to which coils for respective phases are mounted and includes slots formed in the inner periphery, and wherein the interphase insulation paper is structured to perform insulation between the coils in their coil ends disposed outside with respect to first and second end faces of the stator core in a direction of a stator core central axis (Lt), and wherein the interphase insulation paper is inserted into the slots of the stator core by using a guide jig , the method characterized by : disposing the guide jig at a predetermined position to face the first end face of the stator core , during the insertion of the interphase insulation paper into the slots of the stator core ; inserting the interphase insulation paper into the guide jig in parallel with the stator core central axis (Lt); deforming the interphase insulation paper passing through the guide jig into a predetermined shape; and inserting both side portions of the interphase insulation paper that has passed through the guide jig , respectively and simultaneously into different two of the slots of the stator core , in parallel with the stator core central axis (Lt). disposing the guide jig at a predetermined position to face the first end face of the stator core , during the insertion of the interphase insulation paper into the slots of the stator core ; inserting the interphase insulation paper into the guide jig in parallel with the stator core central axis (Lt); deforming the interphase insulation paper passing through the guide jig into a predetermined shape; and inserting both side portions of the interphase insulation paper that has passed through the guide jig , respectively and simultaneously into different two of the slots of the stator core , in parallel with the stator core central axis (Lt).
A method comprising: detecting, by a position sensor , data indicating a position of a door closer assembly , wherein at least a portion of the position sensor is positioned within the door closer assembly and the door closer assembly is located on an entryway device ; transmitting the detected data to a processing device ; evaluating, by the processing device , the detected data in view of one or more sets of reference data, the one or more sets of reference data corresponding to one or more locations of the door closer assembly ; determining, based on the evaluation of the detected data and the one or more sets of reference data, a current location of the door closer assembly ; monitoring a position and a displacement of the entryway device ; characterized in transmitting data obtained by the position sensor to a component within a lock set device ; at least a portion of the lock set device being located on the same entryway device as the door closer assembly ; and calibrating a sensor located within the lock set device using the detected data obtained by the position sensor . detecting, by a position sensor , data indicating a position of a door closer assembly , wherein at least a portion of the position sensor is positioned within the door closer assembly and the door closer assembly is located on an entryway device ; transmitting the detected data to a processing device ; evaluating, by the processing device , the detected data in view of one or more sets of reference data, the one or more sets of reference data corresponding to one or more locations of the door closer assembly ; determining, based on the evaluation of the detected data and the one or more sets of reference data, a current location of the door closer assembly ; monitoring a position and a displacement of the entryway device ; characterized in transmitting data obtained by the position sensor to a component within a lock set device ; at least a portion of the lock set device being located on the same entryway device as the door closer assembly ; and calibrating a sensor located within the lock set device using the detected data obtained by the position sensor .
A board work machine , comprising: a moving head , used for board work, provided inside the board work machine in a manner allowing movement in the horizontal direction; a temperature acquisition section configured to acquire the temperature inside the moving head ; and a head control section configured to control the operation of the moving head during board work based on the temperature acquired by the temperature acquisition section , wherein the board work machine further comprises a notification section configured to send out a notification of an abnormality outside of the board work machine when the temperature acquired by the temperature acquisition section reaches a first threshold value set in advance, wherein the head control section executes a stop process, during board work, for stopping the operation of the moving head when the temperature acquired by the temperature acquisition section reaches a second threshold higher than the first threshold, wherein the second threshold is set below the heat resistance temperature of the component inside the mounting head having the lowest heat resistance . a moving head , used for board work, provided inside the board work machine in a manner allowing movement in the horizontal direction; a temperature acquisition section configured to acquire the temperature inside the moving head ; and a head control section configured to control the operation of the moving head during board work based on the temperature acquired by the temperature acquisition section , wherein the board work machine further comprises a notification section configured to send out a notification of an abnormality outside of the board work machine when the temperature acquired by the temperature acquisition section reaches a first threshold value set in advance, wherein the head control section executes a stop process, during board work, for stopping the operation of the moving head when the temperature acquired by the temperature acquisition section reaches a second threshold higher than the first threshold, wherein the second threshold is set below the heat resistance temperature of the component inside the mounting head having the lowest heat resistance .
A multirow large roller bearing having a ring diameter of more than 1 m comprising an inner ring , an outer ring , and at least two roller bearing rows between the inner and outer rings , wherein the at least two roller bearing rows are each configured as four point ball bearings for supporting axial and radial forces and their running surfaces are oriented at least approximately in the axial direction (A); wherein said roller bearing rows are arranged on oppositely disposed axial sides of the inner ring or of the outer ring so that, on a loading of the inner ring or of the outer ring by an axial force (F A ), one of said roller bearing rows I is axially relieved and the other one of said roller bearing rows is axially loaded; and wherein the raceways are formed integrally in one piece with material homogeneity at the inner and outer rings free of raceway inserts such as bearing wires, characterized in that exactly two roller bearing rows are provided and the raceways of said four point ball bearings have raised raceway shoulders so that each raceway nestles around a sector of more than 150° around the respective ball .