mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaning device for an optical sensor module of a motor vehicle comprising a housing , an optical sensor housed in the housing , characterized in that the cleaning device comprises a cylindrical flange having first snap-fitting members shaped to engage with second snap-fitting members borne by the sensor module , the first and second snap-fitting members being configured in such a way that, in the mounted state, the axis of the cylindrical flange coincides with the optical axis (A) of the optical sensor , and at least one pipe (35 ; 37) having spray orifices (350; 370) is fixed to the inner wall of the cylindrical flange , the spray orifices (350; 370) being oriented toward the optic .
A wind instrument formed from a woody material, the woody material comprising: a plurality of veneers being laminated; and a plurality of buffer layers , each buffer layer comprising a fibrous sheet constituted from a nonwoven fabric and an adhesive with which the fibrous sheet is impregnated, each buffer layer being interposed between adjacent two of the plurality of veneers, characterized in that the fibrous sheet is a nonwoven fabric constituted from a synthetic fiber and that a percentage content of the adhesive in each buffer layer is no less than 40% by mass and no greater than 90% by mass, wherein an average thickness of each buffer layer is no less than 0.07 mm and no greater than 0.20 mm; and an average thickness of the veneer is no less than 0.7 mm and no greater than 5 mm. a plurality of veneers being laminated; and a plurality of buffer layers , each buffer layer comprising a fibrous sheet constituted from a nonwoven fabric and an adhesive with which the fibrous sheet is impregnated, each buffer layer being interposed between adjacent two of the plurality of veneers, characterized in that the fibrous sheet is a nonwoven fabric constituted from a synthetic fiber and that a percentage content of the adhesive in each buffer layer is no less than 40% by mass and no greater than 90% by mass, wherein an average thickness of each buffer layer is no less than 0.07 mm and no greater than 0.20 mm; and an average thickness of the veneer is no less than 0.7 mm and no greater than 5 mm.
A control method by a terminal, comprising: determining whether a center beam having a best antenna gain among a plurality of beams of the terminal is identical to a currently used beam of the terminal; determining an angle between the currently used beam of the terminal and the center beam, in case that the currently used beam of the terminal and the center beam are not identical to each other; and outputting information indicating an optimum beam direction in accordance with the angle between the currently used beam of the terminal and the center beam on a screen of the terminal or by sound. determining whether a center beam having a best antenna gain among a plurality of beams of the terminal is identical to a currently used beam of the terminal; determining an angle between the currently used beam of the terminal and the center beam, in case that the currently used beam of the terminal and the center beam are not identical to each other; and outputting information indicating an optimum beam direction in accordance with the angle between the currently used beam of the terminal and the center beam on a screen of the terminal or by sound.
A composition comprising: (a) a first linear low density polyethylene having a density of 0.900 to 0.915 g/cm 3 and a melt index (I 2 ) of 5.0 to 25 g/10 min, wherein the linear low density polyethylene is a blend of at least two components: (i) 20-40% by weight of a second linear low density polyethylene, wherein the second linear low density polyethylene is a homogeneously branched ethylene/α-olefin interpolymer having a density of 0.875-0.895 g/cm 3 and a melt index (I 2 ) of 2.0-6.0 g/10 min; and (ii) 60-80% by weight of a third linear low density polyethylene, wherein the density of the third linear low density polyethylene is at least 0.02 g/cm 3 greater than the density of the second linear low density polyethylene and wherein the melt index (I 2 ) of the third linear low density polyethylene is at least twice the melt index (I 2 ) of the second linear low density polyethylene. (a) a first linear low density polyethylene having a density of 0.900 to 0.915 g/cm 3 and a melt index (I 2 ) of 5.0 to 25 g/10 min, wherein the linear low density polyethylene is a blend of at least two components: (i) 20-40% by weight of a second linear low density polyethylene, wherein the second linear low density polyethylene is a homogeneously branched ethylene/α-olefin interpolymer having a density of 0.875-0.895 g/cm 3 and a melt index (I 2 ) of 2.0-6.0 g/10 min; and (ii) 60-80% by weight of a third linear low density polyethylene, wherein the density of the third linear low density polyethylene is at least 0.02 g/cm 3 greater than the density of the second linear low density polyethylene and wherein the melt index (I 2 ) of the third linear low density polyethylene is at least twice the melt index (I 2 ) of the second linear low density polyethylene. (i) 20-40% by weight of a second linear low density polyethylene, wherein the second linear low density polyethylene is a homogeneously branched ethylene/α-olefin interpolymer having a density of 0.875-0.895 g/cm 3 and a melt index (I 2 ) of 2.0-6.0 g/10 min; and (ii) 60-80% by weight of a third linear low density polyethylene, wherein the density of the third linear low density polyethylene is at least 0.02 g/cm 3 greater than the density of the second linear low density polyethylene and wherein the melt index (I 2 ) of the third linear low density polyethylene is at least twice the melt index (I 2 ) of the second linear low density polyethylene.
An apparatus for treating a wound, comprising: (i) a wound dressing having a backing layer with a wound-facing face, which is capable of forming a relatively fluid tight seal or closure over a wound; and (ii) at least one inlet pipe for connection to a fluid supply tube or recirculation tube, which passes through and/or under the wound-facing face, and at least one outlet pipe for connection to a fluid offtake tube, which passes through and/or under the wound-facing face, the point at which the or each inlet pipe and the or each outlet pipe passes through and/or under the wound-facing face forming a relatively fluid-tight seal or closure; (iii) a resiliently flexible tubular inlet pipe manifold extending from the inlet pipe at the point at which the inlet pipe passes through and/or under the wound facing-facing face of the backing layer wherein the inlet pipe manifold is configured to deliver fluid directly to the wound bed; and characterised in that the tubular inlet pipe manifold is in the form of a spiral. (i) a wound dressing having a backing layer with a wound-facing face, which is capable of forming a relatively fluid tight seal or closure over a wound; and (ii) at least one inlet pipe for connection to a fluid supply tube or recirculation tube, which passes through and/or under the wound-facing face, and at least one outlet pipe for connection to a fluid offtake tube, which passes through and/or under the wound-facing face, the point at which the or each inlet pipe and the or each outlet pipe passes through and/or under the wound-facing face forming a relatively fluid-tight seal or closure; (iii) a resiliently flexible tubular inlet pipe manifold extending from the inlet pipe at the point at which the inlet pipe passes through and/or under the wound facing-facing face of the backing layer wherein the inlet pipe manifold is configured to deliver fluid directly to the wound bed; and characterised in that the tubular inlet pipe manifold is in the form of a spiral.
Apparatus for moving a folding flap which is movably received on a furniture carcass and which is composed of at least two flap elements that are connected in an articulated manner, having a force unit which by means of a first actuating arm of the apparatus, said first actuating arm being arranged on a first flap element in the assembled state, at least assists the opening of the folding flap by action of force, and having a second actuating arm which is connected to a second flap element in the assembled state, wherein at least one of the two actuating arms comprises two actuating arm portions which are connected to one another by means of an adjustment device , characterized in that an adjustment element with a spiral-shaped adjustment contour is rotatably mounted on the first actuating arm portion , and in that an engagement structure which is configured for engagement into the adjustment contour is configured on the second actuating arm portion .
An internal combustion engine-generator unit comprising an internal combustion engine and an alternator, the output of which unit, in use, is adapted to supply electrical power to a site load, the supply of electrical power being controllable by a switching arrangement , such that application of electrical power to the site load generates a load step wherein the unit is further provided with means to apply a further resistive load to the unit controllable by the switching arrangement , the further load being adapted to the characteristics of the site load, the unit further comprising a controller adapted to control the switching unit to apply the further load before electrical power is supplied to the site load , whereby application of the further load is adapted to reduce distortions in the frequency and voltage output of the internal combustion engine-generator unit due to the load step, characterised in that , in use, the switching arrangement breaks the connection to further load before closing the connection to the site load.
Coating system comprising: - at least one reactive resin system RH; - at least one thixotropic assistant TH selected from the group consisting of urea preparations HZ and fibers FS; - at least one inorganic aggregate AZ having a particle size in the range from 0.2 to 3.0 mm; wherein the coating system 3 min after the mixing of all the components of the coating system apart from the at least one inorganic aggregate AZ has a viscosity as measured at 23°C using a rheometer with heatable plate (Rheotec MRC300) (0.5 mm gap, measurement plate diameter: 50 mm (plate/plate)) with a shear rate of 1 s -1 of 9000-100 000 Pas and a viscosity as measured at a shear rate of 100 s -1 of 400-15 000 Pas. - at least one reactive resin system RH; - at least one thixotropic assistant TH selected from the group consisting of urea preparations HZ and fibers FS; - at least one inorganic aggregate AZ having a particle size in the range from 0.2 to 3.0 mm;
A lubricating oil composition for a shock absorber comprising: a base oil; and a friction adjusting agent, wherein the friction adjusting agent contains zinc dithiophosphate and pentaerythritol ester, the zinc dithiophosphate has at least one secondary alkyl group having 3 to 5 carbon atoms. a base oil; and a friction adjusting agent, wherein the friction adjusting agent contains zinc dithiophosphate and pentaerythritol ester, the zinc dithiophosphate has at least one secondary alkyl group having 3 to 5 carbon atoms.
Electromagnetic signal converter for a bone conduction receiver, comprising - at least one soft-magnetic armature which is movable relative to a pole that supports at least one electric coil, - at least one permanent magnet for generating a magnetic bias of the armature , as well as - at least one soft-magnetic yoke , which forms at least one magnetic circuit together with the at least one permanent magnet , the at least one pole and the at least one armature , characterized - in that at least one first pole and one second pole are provided, each of which carries at least one electric coil , wherein the two poles are identical in design and are arranged symmetrically with respect to one another on a common pole axis , - in that the at least one soft-magnetic armature is arranged between at least two poles arranged symmetrically with respect to one another, thereby forming in each case an axial working air gap , and is movable along the pole axis relative to the poles , - in that the at least one permanent magnet is magnetized perpendicularly to the pole axis and is arranged radially outside the at least one armature , - in that the lateral surface of the at least one armature facing the at least one permanent magnet forms a radial air gap , via which the armature is magnetically coupled to the permanent magnet , wherein the axial thickness of the permanent magnet is equal to or greater than the axial distance between the two poles . - at least one soft-magnetic armature which is movable relative to a pole that supports at least one electric coil, - at least one permanent magnet for generating a magnetic bias of the armature , as well as - at least one soft-magnetic yoke , which forms at least one magnetic circuit together with the at least one permanent magnet , the at least one pole and the at least one armature , characterized - in that at least one first pole and one second pole are provided, each of which carries at least one electric coil , wherein the two poles are identical in design and are arranged symmetrically with respect to one another on a common pole axis , - in that the at least one soft-magnetic armature is arranged between at least two poles arranged symmetrically with respect to one another, thereby forming in each case an axial working air gap , and is movable along the pole axis relative to the poles , - in that the at least one permanent magnet is magnetized perpendicularly to the pole axis and is arranged radially outside the at least one armature , - in that the lateral surface of the at least one armature facing the at least one permanent magnet forms a radial air gap , via which the armature is magnetically coupled to the permanent magnet , wherein the axial thickness of the permanent magnet is equal to or greater than the axial distance between the two poles .
A method for manufacturing a three-dimensional porous structure, the method including the steps of: providing an extrusion unit comprising a nozzle with a nozzle outlet and a build material reservoir, the build material reservoir being in fluid communication with said nozzle outlet, the build material comprising particles of inorganic material dispersed in a binder and at least one solvent; depositing, by means of the extrusion unit, filaments of the build material in a predetermined interconnected arrangement in a plurality of stacked layers for forming the three-dimensional porous structure with interconnected pores; monitoring, by means of a measuring unit, a pressure value indicative of a pressure being applied on the build material in the build material reservoir during extrusion of the build material through the nozzle to achieve deposition of the filaments; and processing, by means of a processing unit, the monitored pressure value for detecting one or more deposition irregularities by identifying an irregular rising and/or falling of the pressure value with respect to a plateau level reached during extrusion, wherein during the irregular rising the pressure value momentary spikes before it returns to its plateau level, wherein during the irregular falling the pressure value momentary drops before it returns to its plateau level, and characterised in that the processing unit is configured to adjust at least one extrusion parameter in order to compensate for the irregular rising and/or falling of the pressure value providing an extrusion unit comprising a nozzle with a nozzle outlet and a build material reservoir, the build material reservoir being in fluid communication with said nozzle outlet, the build material comprising particles of inorganic material dispersed in a binder and at least one solvent; depositing, by means of the extrusion unit, filaments of the build material in a predetermined interconnected arrangement in a plurality of stacked layers for forming the three-dimensional porous structure with interconnected pores; monitoring, by means of a measuring unit, a pressure value indicative of a pressure being applied on the build material in the build material reservoir during extrusion of the build material through the nozzle to achieve deposition of the filaments; and processing, by means of a processing unit, the monitored pressure value for detecting one or more deposition irregularities by identifying an irregular rising and/or falling of the pressure value with respect to a plateau level reached during extrusion, wherein during the irregular rising the pressure value momentary spikes before it returns to its plateau level, wherein during the irregular falling the pressure value momentary drops before it returns to its plateau level, and characterised in that the processing unit is configured to adjust at least one extrusion parameter in order to compensate for the irregular rising and/or falling of the pressure value
A lamp arranged to be coupled either in a series combination with another lamp or in a parallel combination with another lamp, the lamp comprising: - a light source ; - a device comprising: - a driver for driving the light source , the driver being operable in different modes, including a first mode and a second mode, the first mode being a preset-mode, wherein the driver receives parameter-information at a first input ; the second mode is a feedback-mode wherein the driver receives feedback-information from the light source at a second input , and - a controller characterized in that , - the controller is configured to detect a value of an input voltage that is supplied to the lamp; - the controller is configured to operate the driver in response to the detection of the value of the input voltage, that is supplied to the device , whereby the driver is operated in the first mode in case the detected value of the input voltage is smaller than a threshold value, indicative of the lamp being placed in the series combination, and the controller is configured to operate the driver in the second mode in case the value of the input voltage is larger than the threshold value, indicative of the lamp being used solely or in the parallel combination. - a light source ; - a device comprising: - a driver for driving the light source , the driver being operable in different modes, including a first mode and a second mode, the first mode being a preset-mode, wherein the driver receives parameter-information at a first input ; the second mode is a feedback-mode wherein the driver receives feedback-information from the light source at a second input , and - a controller - the controller is configured to detect a value of an input voltage that is supplied to the lamp; - the controller is configured to operate the driver in response to the detection of the value of the input voltage, that is supplied to the device , whereby the driver is operated in the first mode in case the detected value of the input voltage is smaller than a threshold value, indicative of the lamp being placed in the series combination, and the controller is configured to operate the driver in the second mode in case the value of the input voltage is larger than the threshold value, indicative of the lamp being used solely or in the parallel combination.
A dental device for providing structural support following tooth extraction from an extraction site , the device comprising: a series of horizontal beams ; and a vertical strut connecting each horizontal beam , characterised in that each beam has a curve along a length thereof wherein an arc of the curve of each beam is substantially equivalent and is selected to orient the beams to form a semi-circular structure wherein the arc of a majority of the horizontal beams is between 120° to 180°, the device further comprising fixation means located on an external circumferential surface of a plurality of the horizontal beams . a series of horizontal beams ; and a vertical strut connecting each horizontal beam , characterised in that each beam has a curve along a length thereof wherein an arc of the curve of each beam is substantially equivalent and is selected to orient the beams to form a semi-circular structure wherein the arc of a majority of the horizontal beams is between 120° to 180°, the device further comprising fixation means located on an external circumferential surface of a plurality of the horizontal beams .
Device for generating single photons with an energy E, comprising a plurality of quantum emitters which have at least one determined transition with the energy E from an energy level N* to a lower energy level N1, wherein the quantum emitters are arranged in the region of a propagation path extending from a first region to a second region , the device further comprising at least one light source for emitting light , preferably of one light mode, for propagation along the propagation path , wherein the light has the energy E for resonantly exciting the energy level N*, wherein the quantum emitters are arranged in such a way that only exactly Z quantum emitters are illuminated, which form an optical thickness τ > 0 for the light along the propagation path , the number Z lying in a range Z0 ± 10%, and wherein Z0 is that number at which, in the second region , a destructive interference between a two-photon component of the light that is scattered at these Z0 quantum emitters and a two-photon component of the light that is not scattered is at a maximum.
Waste heat boiler system (W) for cooling a process gas , comprising: a first shell-and-tube heat exchanger for cooling relatively hot gas down to relatively warm gas by allowing gas to flow through tubes of said first heat exchanger , which tubes extend through a space within a shell of said first heat exchanger ; an intermediate chamber for receiving gas, cooled down to relatively warm gas , coming out of the tubes of the first heat exchanger ; and a second shell-and-tube heat exchanger for cooling relatively warm gas further down to relatively cool gas by allowing gas to flow from the intermediate chamber and through tubes of the second heat exchanger , which tubes extend through a space within a shell of said second heat exchanger , wherein the intermediate chamber is provided with an outlet fluidly connected to a bypass channel for allowing a part of the relatively warm gas entering said intermediate chamber from the tubes of the first heat exchanger to bypass the tubes of the second shell-and-tube heat exchanger , wherein both the bypass channel and the tubes of the second shell-and-tube heat exchanger are in fluid connection with a mixing chamber for mixing together relatively warm gas flowed from the intermediate chamber into the mixing chamber via the bypass channel and relatively cool gas coming out of the tubes of the second shell-and-tube heat exchanger . a first shell-and-tube heat exchanger for cooling relatively hot gas down to relatively warm gas by allowing gas to flow through tubes of said first heat exchanger , which tubes extend through a space within a shell of said first heat exchanger ; an intermediate chamber for receiving gas, cooled down to relatively warm gas , coming out of the tubes of the first heat exchanger ; and a second shell-and-tube heat exchanger for cooling relatively warm gas further down to relatively cool gas by allowing gas to flow from the intermediate chamber and through tubes of the second heat exchanger , which tubes extend through a space within a shell of said second heat exchanger , wherein the intermediate chamber is provided with an outlet fluidly connected to a bypass channel for allowing a part of the relatively warm gas entering said intermediate chamber from the tubes of the first heat exchanger to bypass the tubes of the second shell-and-tube heat exchanger , wherein both the bypass channel and the tubes of the second shell-and-tube heat exchanger are in fluid connection with a mixing chamber for mixing together relatively warm gas flowed from the intermediate chamber into the mixing chamber via the bypass channel and relatively cool gas coming out of the tubes of the second shell-and-tube heat exchanger .