mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaning apparatus comprising: a body; a power cord that extends from the body; a cord reel rotatably installed in the body and around which the power cord is wound, a blower assembly that generates a suction force; and a guide portion (13a, 150) to guide the power cord onto the cord reel, wherein the cord reel is formed in a hollow, cylindrical shape, and the blower assembly is disposed inside the cord reel, wherein the cord reel comprises a mounting groove that is formed in an outer circumferential surface of the cord reel to have a spiral shape so that the power cord is seated in the mounting groove, and wherein the guide portion guides the power cord to be seated in the mounting groove. a body; a power cord that extends from the body; a cord reel rotatably installed in the body and around which the power cord is wound, a blower assembly that generates a suction force; and a guide portion (13a, 150) to guide the power cord onto the cord reel, wherein the cord reel is formed in a hollow, cylindrical shape, and the blower assembly is disposed inside the cord reel, wherein the cord reel comprises a mounting groove that is formed in an outer circumferential surface of the cord reel to have a spiral shape so that the power cord is seated in the mounting groove, and wherein the guide portion guides the power cord to be seated in the mounting groove.
Hexapod actuator device, resting on a substantially planar support, comprising: - six legs (21, 22, 23, 24, 25, 26), each of the six legs having an upper end (211, 221, 231, 241, 251, 261) and a lower end (212, 222, 232, 242, 252, 262), such that: - the upper end (211, 221, 231, 241, 251, 261) of each of the six legs is mounted on a ball joint having three degrees of freedom in rotation, each ball joint being fixedly joined to a movable platform; and - the lower end (212, 222, 232, 242, 252, 262) of each of the six legs can be moved along a corresponding linear axis (210, 220, 230, 240, 250, 260); and - six linear axes (210, 220, 230, 240, 250, 260) which are fixed relative to the planar support; the device being characterised in that: - each of the six linear axes is either coplanar or inclined relative to the planar support; - each inter-distance between the lower ends of two adjacent legs varies in an independent manner; and - each of the six linear axes has a fixed length which may be different with a first end belonging to a first ellipse (37, 47) and a second end belonging to a second ellipse (39, 48), the first ellipse and the second ellipse coinciding or not coinciding, and such that the projections of each of the linear axes on the planar support define separate straight lines, two consecutive lines being non-parallel. - six legs (21, 22, 23, 24, 25, 26), each of the six legs having an upper end (211, 221, 231, 241, 251, 261) and a lower end (212, 222, 232, 242, 252, 262), such that: - the upper end (211, 221, 231, 241, 251, 261) of each of the six legs is mounted on a ball joint having three degrees of freedom in rotation, each ball joint being fixedly joined to a movable platform; and - the lower end (212, 222, 232, 242, 252, 262) of each of the six legs can be moved along a corresponding linear axis (210, 220, 230, 240, 250, 260); and - six linear axes (210, 220, 230, 240, 250, 260) which are fixed relative to the planar support; - each of the six linear axes is either coplanar or inclined relative to the planar support; - each inter-distance between the lower ends of two adjacent legs varies in an independent manner; and - each of the six linear axes has a fixed length which may be different with a first end belonging to a first ellipse (37, 47) and a second end belonging to a second ellipse (39, 48), the first ellipse and the second ellipse coinciding or not coinciding, and such that the projections of each of the linear axes on the planar support define separate straight lines, two consecutive lines being non-parallel.
Polyurethane, polyisocyanurate or polyurea foam obtainable from the reaction of a mixture comprising: A) an isocyanate-reactive compound ("NCO-reactive compound"); B) a blowing agent selected from the group comprising linear, branched or cyclic C1- to C6-hydrocarbons, linear, branched or cyclic C1- to C6-(hydro) fluorocarbons, N2, O 2, argon and/or CO 2, wherein the blowing agent B) is in the supercritical or near-critical state; C) a polyisocyanate; D) an amphiphilic isocyanate; and E) optionally a surfactant and F) optionally further auxiliary/added substances. A) an isocyanate-reactive compound ("NCO-reactive compound"); B) a blowing agent selected from the group comprising linear, branched or cyclic C1- to C6-hydrocarbons, linear, branched or cyclic C1- to C6-(hydro) fluorocarbons, N2, O 2, argon and/or CO 2, wherein the blowing agent B) is in the supercritical or near-critical state; C) a polyisocyanate; D) an amphiphilic isocyanate; and E) optionally a surfactant and F) optionally further auxiliary/added substances.
A signal processing device comprising: a first microphone, which is a directional microphone, configured to collect a first sound signal Xu; a second microphone, which is a non-directional microphone, configured to collect a second sound signal Xo; and a signal processing portion configured to perform echo reduction processing on one of the first sound signal Xu and the second sound signal Xo, and to calculate a correlated component between the first sound signal Xu and the second sound signal Xo, converting the first sound signal Xu and a signal of which the echo has been reduced from the second sound signal Xo by the echo reduction processing, or a signal of which the echo has been reduced from the first sound signal Xu by the echo reduction processing and the second sound signal Xo into signals of a frequency axis. a first microphone, which is a directional microphone, configured to collect a first sound signal Xu; a second microphone, which is a non-directional microphone, configured to collect a second sound signal Xo; and a signal processing portion configured to perform echo reduction processing on one of the first sound signal Xu and the second sound signal Xo, and to calculate a correlated component between the first sound signal Xu and the second sound signal Xo, converting the first sound signal Xu and a signal of which the echo has been reduced from the second sound signal Xo by the echo reduction processing, or a signal of which the echo has been reduced from the first sound signal Xu by the echo reduction processing and the second sound signal Xo into signals of a frequency axis.
A functional film comprising: (i) a first layer (A, 12, 33) that contains a resin; and (ii) a 2. second layer (B, 13, 32) which - has a microrelief pattern structure on a surface remote from the first layer (A, 12, 33), and - contains a compound obtainable by curing a compound containing a perfluoropolyether group and a curable site, and - has a thickness of 1-100 nm; which functional film, with etching by an argon gas cluster ion beam from the second layer (B, 13, 32) side, satisfies - the relationship D1 < (2 × X1) in elemental analysis by X-ray photoelectron spectroscopy, and - the relationship D2 < (2 × X1) in carbon 1s spectrum measurement by X-ray photoelectron spectroscopy, wherein X1 is the thickness (nm) of the second layer (B, 13, 32); D1 is the depth (nm) at which fluorine atoms exhibit a concentration of ≤ 1 atom-%, and D2 is the depth (nm) at which no peak is detected within a bond energy range of 290-300 eV. (i) a first layer (A, 12, 33) that contains a resin; and (ii) a 2. second layer (B, 13, 32) which - has a microrelief pattern structure on a surface remote from the first layer (A, 12, 33), and - contains a compound obtainable by curing a compound containing a perfluoropolyether group and a curable site, and - has a thickness of 1-100 nm; which functional film, with etching by an argon gas cluster ion beam from the second layer (B, 13, 32) side, satisfies - the relationship D1 < (2 × X1) in elemental analysis by X-ray photoelectron spectroscopy, and - the relationship D2 < (2 × X1) in carbon 1s spectrum measurement by X-ray photoelectron spectroscopy, wherein X1 is the thickness (nm) of the second layer (B, 13, 32); D1 is the depth (nm) at which fluorine atoms exhibit a concentration of ≤ 1 atom-%, and D2 is the depth (nm) at which no peak is detected within a bond energy range of 290-300 eV. - has a microrelief pattern structure on a surface remote from the first layer (A, 12, 33), and - contains a compound obtainable by curing a compound containing a perfluoropolyether group and a curable site, and - has a thickness of 1-100 nm; - the relationship D1 < (2 × X1) in elemental analysis by X-ray photoelectron spectroscopy, and - the relationship D2 < (2 × X1) in carbon 1s spectrum measurement by X-ray photoelectron spectroscopy,
A warp yarn positive feeding device for a knitting machine comprising a plurality of warp yarn pipes provided for passing warp yarns fed to a trick gap of the knitting machine, whereby the warp yarn positive feeding device further comprises: a powered roller mechanism that includes a plurality of driving rollers for drawing warp yarns from a plurality of warp yarn sources and positively feeding the drawn warp yarns, each driving roller drawing at least one warp yarn by a required length; an air injection mechanism for feeding, by blowing an air flow into the warp yarn pipes, the warp yarns drawn by the powered roller mechanism to the trick gap of the knitting machine; characterized by a controller that is configured to control the powered roller mechanism such that the driving rollers feed the warp yarns of a required length according to knitting, and the controller being configured to control the powered roller mechanism such that warp yarns of a required length are positively fed to the trick gap when the knitting machine knits a knitted fabric, the length of which in a wale direction, which is orthogonal to a direction, varies according to a position in the course direction. a powered roller mechanism that includes a plurality of driving rollers for drawing warp yarns from a plurality of warp yarn sources and positively feeding the drawn warp yarns, each driving roller drawing at least one warp yarn by a required length; an air injection mechanism for feeding, by blowing an air flow into the warp yarn pipes, the warp yarns drawn by the powered roller mechanism to the trick gap of the knitting machine; characterized by a controller that is configured to control the powered roller mechanism such that the driving rollers feed the warp yarns of a required length according to knitting, and the controller being configured to control the powered roller mechanism such that warp yarns of a required length are positively fed to the trick gap when the knitting machine knits a knitted fabric, the length of which in a wale direction, which is orthogonal to a direction, varies according to a position in the course direction.
A mechanical test device with at least one load frame (4a, 4a', 4b, 4b', 4c, 4e, 4k, 4l, 4m) which has a frame part and a clamping device held therein, in which a beam-shaped test specimen, in particular a rotor blade or rotor blade segment, can be clamped projecting through the load frame, wherein the load frame is mounted in a first pivot bearing arrangement on a carrier frame (14, 14') or a support frame so as to be rotatable about a first transverse axis of the test specimen, which extends perpendicularly to its longitudinal axis projecting through the clamping device, characterized in that the load frame has a square shape with a four-fold rotational symmetry.
Dosing apparatus for dispensing a predetermined quantity of lubricant, having the following features: a lubricant reservoir which is designed for holding a lubricant and for dispensing under pressure said lubricant via an outlet of the lubricant reservoir; a dosing device which comprises a micro-valve, and a throughflow sensor, wherein the micro-valve is coupled in terms of flow to the outlet of the lubricant reservoir and is designed for dispensing the predetermined quantity of lubricant in a defined manner; wherein the dosing device is able to be spatially separated from the lubricant reservoir; and wherein the throughflow sensor is arranged and designed such that a throughflow quantity of the lubricant which exits the lubricant reservoir through its outlet and/or which flows through the micro-valve is able to be determined. a lubricant reservoir which is designed for holding a lubricant and for dispensing under pressure said lubricant via an outlet of the lubricant reservoir; a dosing device which comprises a micro-valve, and a throughflow sensor, wherein the micro-valve is coupled in terms of flow to the outlet of the lubricant reservoir and is designed for dispensing the predetermined quantity of lubricant in a defined manner; wherein the dosing device is able to be spatially separated from the lubricant reservoir; and wherein the throughflow sensor is arranged and designed such that a throughflow quantity of the lubricant which exits the lubricant reservoir through its outlet and/or which flows through the micro-valve is able to be determined.
A control apparatus in which a switch IC is disposed on a multi-layer printed circuit board having N (N is an integer equal to or greater than 3) wiring layers (L1 - L4), the switch IC being an IC package including a semiconductor switch for driving a resistive load, the control apparatus being characterized in that when M (M is an integer which is not less than 2 but not greater than N) wiring layers (L1 - L4) of the N wiring layers (L1 - L4) of the printed circuit board, the number of the M wiring layers being counted from a surface on which the switch IC is mounted, and the switch IC are projected in a thickness direction of the printed circuit board, in a region which overlaps with a die of the semiconductor switch, (i) a current path trace on a high voltage side of the semiconductor switch is present; and (ii) a signal ground connection wiring trace and a current path trace on a low voltage side of the semiconductor switch are not present. (i) a current path trace on a high voltage side of the semiconductor switch is present; and (ii) a signal ground connection wiring trace and a current path trace on a low voltage side of the semiconductor switch are not present.
A composition preferably in the form of a biodegradable hydrogel comprising a cross-linking agent having crosslinking functional groups able to form cross-links with a primary amine and selected from carbonates, N-hydroxysuccinimide, imidazole activated acid and ionic cross-linking using carboxyl groups; wherein said composition comprises more than one individual co-polymer(s) wherein the co-polymer comprises a water soluble backbone polymer having in at least one end a dendritic or hyperbranched polymer, wherein said dendritic or hyperbranched polymer is of generation 4, 5, 6 or 7 (G4, G5, G6 or G7) and wherein at least one functional group comprising a carboxylic amine is covalently attached to the periphery of the dendritic or hyperbranched polymer, wherein said dendritic or hyperbranched polymer comprises the monomer 2, 2-Bis(hydroxymethyl)propionic acid (bis-MPA); wherein the molar ratio between crosslinking functional groups on the cross-linking agent and the carboxylic amines of the co-polymer are in the range of 1:4 to 1:64, such as 1:4 to 1:32, such as 1:64, 1:32, 1:16; 1:8, or 1:4, preferably about 1:16 to 1:32 for use as a medicament for treating and/or preventing bacterial infections. wherein the molar ratio between crosslinking functional groups on the cross-linking agent and the carboxylic amines of the co-polymer are in the range of 1:4 to 1:64, such as 1:4 to 1:32, such as 1:64, 1:32, 1:16; 1:8, or 1:4, preferably about 1:16 to 1:32 for use as a medicament for treating and/or preventing bacterial infections.
A method for manufacturing a high-strength flake graphite cast iron, the method comprising: (i) manufacturing molten cast iron comprising 3.2 to 3.5% of carbon, 1.9 to 2.3% of silicon, 0.62 to 0.9% of manganese, 0.06 to 0.1% of sulfur, 0.06% or less of phosphorous, 0.6 to 0.8% of copper, 0.15 to 0.25% of molybdenum, and a remainder of iron and other unavoidable impurities with respect to a total weight%; (ii) adding 0.001 to 0.005% of strontium to the melted molten cast iron based on a total weight of the molten cast iron, wherein a ratio of the content of the sulfur to the content of the strontium is adjusted into a range of 16 to 98; and (iii) tapping the molten cast iron in a ladle to put the tapped molten cast iron in a casting mold. (i) manufacturing molten cast iron comprising 3.2 to 3.5% of carbon, 1.9 to 2.3% of silicon, 0.62 to 0.9% of manganese, 0.06 to 0.1% of sulfur, 0.06% or less of phosphorous, 0.6 to 0.8% of copper, 0.15 to 0.25% of molybdenum, and a remainder of iron and other unavoidable impurities with respect to a total weight%; (ii) adding 0.001 to 0.005% of strontium to the melted molten cast iron based on a total weight of the molten cast iron, wherein a ratio of the content of the sulfur to the content of the strontium is adjusted into a range of 16 to 98; and (iii) tapping the molten cast iron in a ladle to put the tapped molten cast iron in a casting mold.
A reading apparatus for reading a wireless tag, the reading apparatus comprising: a housing having a chamber and an opening providing an entrance to the chamber; a door attached to the housing and covering the opening when closed and permitting access to the chamber when opened; and a planar antenna within the housing; a reader-writer electrically coupled to the antenna, configured to supply signals having a specific frequency to the antenna and to receive signals from the antenna; said antenna being configured to emit a radio wave at a wavelength that is a function of the frequency of said signal, and to read information from a wireless tag inside the chamber, a radiation surface of the antenna being parallel to a first inner wall surface and to a second inner wall surface of the housing, the first inner wall surface and the second inner wall surface facing each other, characterized in that the distance between the first and second inner wall surfaces is at least one half of a wavelength of a radio wave emitted from the antenna, and is a length corresponding to an odd number multiple of a quarter of the wavelength. a housing having a chamber and an opening providing an entrance to the chamber; a door attached to the housing and covering the opening when closed and permitting access to the chamber when opened; and a planar antenna within the housing; a reader-writer electrically coupled to the antenna, configured to supply signals having a specific frequency to the antenna and to receive signals from the antenna; said antenna being configured to emit a radio wave at a wavelength that is a function of the frequency of said signal, and to read information from a wireless tag inside the chamber, a radiation surface of the antenna being parallel to a first inner wall surface and to a second inner wall surface of the housing, the first inner wall surface and the second inner wall surface facing each other, characterized in that the distance between the first and second inner wall surfaces is at least one half of a wavelength of a radio wave emitted from the antenna, and is a length corresponding to an odd number multiple of a quarter of the wavelength.
Device for displaying a measured variable at a driver's position of a vehicle, preferably a commercial vehicle, comprising: a display configured to display a first scale (112-A) of the measured variable and selectively an information field adjacent to the first scale (112-A); and a controller which is or can be brought into signal exchange with the display for controlling the display and which is configured to detect a numerical value of the measured variable, to display the numerical value on the first scale (112-A) in a first mode, and to display the numerical value in the information field on a second scale (112-B) spaced apart from the first scale (112-A) in a second mode, in addition to displaying the numerical value on the first scale (112-A), characterized in that the display of the numerical value on the second scale (112-B) corresponds to a geometric continuation of the display of the numerical value on the first scale (112-A). a display configured to display a first scale (112-A) of the measured variable and selectively an information field adjacent to the first scale (112-A); and a controller which is or can be brought into signal exchange with the display for controlling the display and which is configured to detect a numerical value of the measured variable, to display the numerical value on the first scale (112-A) in a first mode, and to display the numerical value in the information field on a second scale (112-B) spaced apart from the first scale (112-A) in a second mode, in addition to displaying the numerical value on the first scale (112-A), characterized in that the display of the numerical value on the second scale (112-B) corresponds to a geometric continuation of the display of the numerical value on the first scale (112-A).
A cap for a container comprising: - a retaining ring intended to remain associated with a neck of the container, the retaining ring extending about a central axis; - a closing element movable between a closed position and an open position; - at least one connecting band for keeping the closing element connected to the retaining ring even in the open position; wherein the retaining ring comprises engaging means suitable for engaging with the neck in order to prevent the retaining ring from being pulled off the neck, the engaging means comprising a plurality of second engaging elements, characterized in that the engaging means further comprise a plurality of first engaging elements, the first engaging elements and the second engaging elements being distributed around the central axis, the first engaging elements having a shape different from the second engaging elements, wherein each of the first engaging elements and each of the second engaging elements extends towards the inside of the retaining ring and comprises: - a retaining portion delimited by an abutment surface suitable for abutting against an annular protuberance of the neck for preventing the retaining ring from being removed from the neck; - a centring portion which projects from the abutment surface for engaging with the neck before the closing element is brought into the open position for the first time, so as to keep the retaining ring centred relative to the neck; and wherein each of the first engaging elements further comprises an anti-rotation appendage for contacting the neck in the open position, so as to obstruct rotation of the retaining ring around the neck, the centring portion being interposed between the retaining portion and the anti-rotation appendage. - a retaining ring intended to remain associated with a neck of the container, the retaining ring extending about a central axis; - a closing element movable between a closed position and an open position; - at least one connecting band for keeping the closing element connected to the retaining ring even in the open position; - a retaining portion delimited by an abutment surface suitable for abutting against an annular protuberance of the neck for preventing the retaining ring from being removed from the neck; - a centring portion which projects from the abutment surface for engaging with the neck before the closing element is brought into the open position for the first time, so as to keep the retaining ring centred relative to the neck;