mhurhangee/patent-ind-claim-en huggingface dataset:
A manufacturing method for a three-dimensional object using photo-curing inks for forming a layer, comprising: a modeling material discharging step of discharging an ink that forms a layer of the modeling material; and use of at least two types of the photo-curing inks as an ink that forms at least a part of the modeling material, the at least two types of the photo-curing inks being curable by being irradiated with light and having degrees of hardness that mutually differ in eight hours after being irradiated with light, characterized in that the modeling material discharging step performs the ink discharge toward a target of the ink that forms the modeling material in a manner that dots of the at least two types of the photo-curing inks are mixedly present, and wherein in a layer the ink discharge is randomly performed based on a specific computational formula so as to uniformly distribute the dots. a modeling material discharging step of discharging an ink that forms a layer of the modeling material; and use of at least two types of the photo-curing inks as an ink that forms at least a part of the modeling material, the at least two types of the photo-curing inks being curable by being irradiated with light and having degrees of hardness that mutually differ in eight hours after being irradiated with light, characterized in that the modeling material discharging step performs the ink discharge toward a target of the ink that forms the modeling material in a manner that dots of the at least two types of the photo-curing inks are mixedly present, and wherein in a layer the ink discharge is randomly performed based on a specific computational formula so as to uniformly distribute the dots.
Coupling arrangement for an agricultural tractor, having a rear axle differential housing , first and second lifting arms , which are coupled so as to be pivotable vertically in the region of a top side of the rear axle differential housing , a hydraulic lifting mechanism for lifting and lowering the lifting arms , and a traction device which is attached in the region of a bottom side of the rear axle differential housing and which comprises a vertically pivotable frame part , in which a hydraulically longitudinally displaceable guide part with a coupling means for attaching an implement or attachment is mounted, wherein the frame part is connected to the lifting arms via rigid lifting rods of fixed length in such a manner that said frame part can be pivoted by means of the hydraulic lifting mechanism between a raised transport position and a lowered coupling position , characterized in that a holding arrangement is provided, by means of which first and second lower links of a three-point power lift , the lower links being coupled to the rear axle differential housing , are lockable in a raised non-use position irrespective of an actuation of the lifting mechanism.
A flavor inhaler including: a burning type heat source extending along a first direction (D1) from an ignition end toward a non-ignition end , the burning type heat source having a single longitudinal hollow extending along the first direction (D1), a holder that holds the burning type heat source , a flavor source provided in the holder , characterised in that the longitudinal hollow includes: a first hollow having a first cross section area in a perpendicular cross section perpendicular to the first direction (D1); a second hollow located at a non-ignition end side relative to the first hollow , the second hollow having a second cross section area smaller than the first cross section area in the perpendicular cross section; and an air gap (AG) is provided between the burning type heat source and the flavor source . a burning type heat source extending along a first direction (D1) from an ignition end toward a non-ignition end , the burning type heat source having a single longitudinal hollow extending along the first direction (D1), a holder that holds the burning type heat source , a flavor source provided in the holder , characterised in that the longitudinal hollow includes: a first hollow having a first cross section area in a perpendicular cross section perpendicular to the first direction (D1); a second hollow located at a non-ignition end side relative to the first hollow , the second hollow having a second cross section area smaller than the first cross section area in the perpendicular cross section; and a first hollow having a first cross section area in a perpendicular cross section perpendicular to the first direction (D1); a second hollow located at a non-ignition end side relative to the first hollow , the second hollow having a second cross section area smaller than the first cross section area in the perpendicular cross section; and an air gap (AG) is provided between the burning type heat source and the flavor source .
Render applicable to a surface of a building to produce a thermally insulating coating, said material comprising water; the binder (a); an insulating filler (b) comprising a powder or granules of at least one hydrophobic silica xerogel obtained by treating a silica organogel with a hydrophobizing agent in the presence of acid and in a solvent, isolating the resulting hydrophobic organogel and removing the solvent from the organogel by evaporation; optionally a reinforcing filler (c); and adjuvants (d), characterized in that the composition of the dry matter is as follows, in % by mass, in increasing order of preference for each constituent: (a.1) inorganic hydraulic binder [0-99]; [45-99]; [48-85]; [50-80] (a.2) organic binder [0-99] [1-40]; [1-20]; [2-18]; [5-15] with the proviso that at least one of the percentages by mass (a.1) and (a.2) is greater than 0; (b) insulating filler [0.5-65]; [5-60]; [15-55] (c) reinforcing filler [0-60]; [0-50]; [0-40] (d) adjuvants i. thickener [0.05-2.0]; [0.1-1.5]; [0.1-1] ii. water retainer [0.05-2.0]; [0.1-1.0]; [0.15-0.8] iii. air entrainer [0.01-1.0]; [0.05-0.8]; [0.08-0.4] iv. setting retarder [0-1.0]; [0-0.8]; [0-0.4] v. setting accelerator [0-1.0]; [0-0.8]; [0-0.6] vi. fibres [0-5.0]; [0.1-3.0]; [0.5-2.0].
A dental handpiece device comprising: a dental handpiece main body ; and a dental handpiece imaging device with which the dental handpiece main body is equipped, wherein the dental handpiece imaging device comprises: a plurality of camera modules ; a processing means ; and a display means ; wherein each of the plurality of camera modules is adapted to take an image and to convert the image, which is taken, to an electric signal; the processing means is adapted to receive the electric signal from each of the camera modules , to calculate for generating an image based on the electric signal, and to switch a display of an image, which is taken by any of the plurality of camera modules, on the display means ; characterised therein that the processing means is adapted to calculate for determining whether or not a portion drilled by a tool that is mounted on the dental handpiece main body can be visually perceived using one of the camera modules . a dental handpiece main body ; and a dental handpiece imaging device with which the dental handpiece main body is equipped, wherein the dental handpiece imaging device comprises: a plurality of camera modules ; a processing means ; and a display means ; a plurality of camera modules ; a processing means ; and a display means ; wherein each of the plurality of camera modules is adapted to take an image and to convert the image, which is taken, to an electric signal; the processing means is adapted to receive the electric signal from each of the camera modules , to calculate for generating an image based on the electric signal, and to switch a display of an image, which is taken by any of the plurality of camera modules, on the display means ; characterised therein that the processing means is adapted to calculate for determining whether or not a portion drilled by a tool that is mounted on the dental handpiece main body can be visually perceived using one of the camera modules .
A biological information measurement device configured to operate by using a battery as a power supply and configured to continuously measure biological information, the biological information measurement device comprising: a battery capacity detection unit configured to detect a capacity of the battery ; a measurement control unit configured to, when the capacity falls below a threshold value during measurement of the biological information, end the measurement of the biological information; and an information output unit configured to, when the measurement of the biological information is ended by the measurement control unit , output information indicative of a time period for which the measurement of the biological information has been performed or information indicative of time at which the measurement of the biological information is ended; wherein when the measurement of the biological information is ended by the measurement control unit , the information output unit further outputs information indicative of a capacity of the battery upon start of the measurement of the biological information. a battery capacity detection unit configured to detect a capacity of the battery ; a measurement control unit configured to, when the capacity falls below a threshold value during measurement of the biological information, end the measurement of the biological information; and an information output unit configured to, when the measurement of the biological information is ended by the measurement control unit , output information indicative of a time period for which the measurement of the biological information has been performed or information indicative of time at which the measurement of the biological information is ended; wherein when the measurement of the biological information is ended by the measurement control unit , the information output unit further outputs information indicative of a capacity of the battery upon start of the measurement of the biological information.
Filter device for filtering a supply voltage (Ub) of an ultrasonic sensor of a motor vehicle , wherein the filter device can be electrically connected, on the input side, to a voltage source , which provides the supply voltage (Ub), and can be electrically connected, on the output side, to the ultrasonic sensor , and wherein the filter device comprises a low-pass filter having a resistor (R1) and a capacitor (C1), wherein the filter device comprises a diode (D2) which is connected in parallel with the resistor (R1), wherein the resistor (R1) and optionally the diode (D2) are dimensioned in such a manner that the diode (D2) is on if a predetermined transmission current (Is) flows through the filter device during a transmission phase of the ultrasonic sensor and the diode (D2) is off if a predetermined evaluation current (Ia) flows through the filter device during an evaluation phase of the ultrasonic sensor .
Application device (V) for application of an application medium onto a component (B), preferably for application of a paint onto a motor vehicle body component (B), comprising: - a print head for preferably serial and/or permanent application of the application medium, wherein the print head comprises: - a nozzle plate , - at least one nozzle in the nozzle plate for discharge of the application medium, - at least one valve element , which is movable relative to the nozzle plate , for control of the application medium discharge through the at least one nozzle , wherein the at least one movable valve element closes the at least one nozzle in a closing position and releases it in an opening position, and - at least one drive (A) for moving the at least one valve element , - wherein the application device (V) comprises at least one temperature control apparatus (T1-T8) with a cooling device for cooling a temperature control fluid as a cooling fluid for reducing a heating of the at least one drive (A) during the application of the application medium, characterized in that - the at least one temperature control apparatus (T1-T8) further comprises a heating apparatus (T1) for heating a temperature control fluid as a heating fluid for heating the application medium and thus for reducing the viscosity of the application medium, - and wherein the at least one temperature control apparatus (T1-T8) comprises at least one temperature control fluid line (T2, T5, T6) for a temperature control fluid, which runs within the print head and/or extends along the outside of the print head in order to cool the print head from the outside. - a print head for preferably serial and/or permanent application of the application medium, wherein the print head comprises: - a nozzle plate , - at least one nozzle in the nozzle plate for discharge of the application medium, - at least one valve element , which is movable relative to the nozzle plate , for control of the application medium discharge through the at least one nozzle , wherein the at least one movable valve element closes the at least one nozzle in a closing position and releases it in an opening position, and - at least one drive (A) for moving the at least one valve element , - wherein the application device (V) comprises at least one temperature control apparatus (T1-T8) with a cooling device for cooling a temperature control fluid as a cooling fluid for reducing a heating of the at least one drive (A) during the application of the application medium, characterized in that - the at least one temperature control apparatus (T1-T8) further comprises a heating apparatus (T1) for heating a temperature control fluid as a heating fluid for heating the application medium and thus for reducing the viscosity of the application medium, - and wherein the at least one temperature control apparatus (T1-T8) comprises at least one temperature control fluid line (T2, T5, T6) for a temperature control fluid, which runs within the print head and/or extends along the outside of the print head in order to cool the print head from the outside.
A dental appliance microemulsion cleansing composition comprising: a. a fatty acid isopropyl ester; b. a polyoxyethylene sorbitan ester; and c. a second sorbitan ester; wherein the cleansing composition comprises 0.7 to 12% w/w of propylene glycol and 85 to 90% w/w of water and does not contain methanol, ethanol or isopropyl alcohol. a. a fatty acid isopropyl ester; b. a polyoxyethylene sorbitan ester; and c. a second sorbitan ester;
A cork stopper coated with a resin layer comprising: a columnar cork stopper body formed by a compression molding of a cork granule with a binder resin; and a resin coating layer covering an outer circumferential surface of the cork stopper from an end side to another end of the cork stopper body along an axial direction, wherein the cork stopper body and the resin coating layer constitute a core portion , characterized in that the cork stopper body is formed by a compression molding executed in a centripetal direction, and the core portion has a structure in which, when being pressed in a hollow tubular portion with a tightening allowance of 1.5 mm, the core portion experiences a compression stress of 100 N to 300 N in case of a moisture content ratio of the core portion being 6 weight percent and the core portion experiences a compression stress smaller by 100 N to 150N than that in case of a moisture content ratio of the core portion being 2 weight percent.
A process for manufacturing a nonwoven web, the process comprising: forming a bicomponent fiber, the bicomponent fiber comprising one or more primary polymer regions and two or more secondary polymer regions, wherein: the primary polymer regions comprise polyethylene; the secondary polymer regions comprise polypropylene, polyester, or polyamide; the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, or the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, or both; when the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, the primary polymer regions are at least partially formed from a feed nonwoven web material; when the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, the secondary polymer regions are at least partially formed from the feed nonwoven web material; and the feed nonwoven web material comprises: polyethylene; and polypropylene, polyester, or polyamide; and forming the bicomponent fiber into the nonwoven web. forming a bicomponent fiber, the bicomponent fiber comprising one or more primary polymer regions and two or more secondary polymer regions, wherein: the primary polymer regions comprise polyethylene; the secondary polymer regions comprise polypropylene, polyester, or polyamide; the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, or the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, or both; when the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, the primary polymer regions are at least partially formed from a feed nonwoven web material; when the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, the secondary polymer regions are at least partially formed from the feed nonwoven web material; and the feed nonwoven web material comprises: polyethylene; and polypropylene, polyester, or polyamide; and the primary polymer regions comprise polyethylene; the secondary polymer regions comprise polypropylene, polyester, or polyamide; the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, or the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, or both; when the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, the primary polymer regions are at least partially formed from a feed nonwoven web material; when the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, the secondary polymer regions are at least partially formed from the feed nonwoven web material; and the feed nonwoven web material comprises: polyethylene; and polypropylene, polyester, or polyamide; and polyethylene; and polypropylene, polyester, or polyamide; and forming the bicomponent fiber into the nonwoven web.
Peeling machine, comprising: a rotating head rotating about an axis of rotation (Z) and provided with a central cavity in which, during use, there is disposed an elongated product (P) to be worked, said rotating head being provided with a plurality of tools and with at least one adjustment unit configured to move said tools away from or toward the elongated product (P); a first motor (M1) configured to make said rotating head rotate about said axis of rotation (Z); and a transmission unit configured to transmit motion from a second motor (M2) to said adjustment unit in order to simultaneously adjust the radial position of said tools , said transmission unit comprising a differential device kinematically connected between said second motor (M2) and said adjustment unit so that an adjustment of the position of said tools with respect to said elongated product (P) corresponds to the drive of said second motor (M2), wherein said rotating head comprises a mandrel rotating about said axis of rotation (Z) by means of the drive of said first motor (M1) and a fixed structure in which said mandrel is housed, wherein said first motor (M1) is an electric motor, the machine being characterized in that said first motor (M1) is an electric motor comprising at least one rotor fixed to the mandrel and at least one stator associated with said fixed structure and positioned around said rotor ; wherein the machine further comprises a joint for distributing a cooling fluid housed in said mandrel and associated with a cooling system able to send the cooling fluid to said joint and then, through a path (B) made in the rotating head , to said tools ; and wherein said mandrel comprises a hole directed along said axis of rotation (Z) within which is housed at least one guide integral with said fixed structure , said joint being housed between said guide and said mandrel .
A method for adjusting S/Na -balance of a sulphate pulp mill, the method comprising - providing a pulp mill concentrated non-condensable gas stream containing sulphur compounds into a scrubber , the pulp mill concentrated non-condensable gas stream having a sulphur concentration of above 5 g/m 3 , - scrubbing the pulp mill concentrated non-condensable gas stream containing sulphur compounds in the scrubber with an aqueous scrubbing solution containing an alkaline agent, whereby at least some of the sulphur compounds react with the alkaline agent, thereby producing a concentrated non-condensable gas stream derivate and an aqueous spent scrubbing solution containing sulphides, - adjusting pH of the aqueous scrubbing solution with the alkaline agent, such that the pH of the aqueous scrubbing solution is above 11.5, - introducing the aqueous spent scrubbing solution containing sulphides into a bioreactor located downstream of the scrubber , - aerating the bioreactor with a gas comprising weak malodorous gas from the pulp mill, the weak malodorous gas having a sulphur concentration of less than 0.5 g/m 3 , - oxidizing the aqueous spent scrubbing solution containing sulphides in the bioreactor biologically in an oxidizing reaction by means of sulphur-oxidizing microbes, thereby obtaining an aqueous suspension containing elemental sulphur, and - separating the elemental sulphur from the aqueous suspension in a sulphur separation unit located downstream of the bioreactor, thereby obtaining a residual solution and a precipitate containing the elemental sulphur. - providing a pulp mill concentrated non-condensable gas stream containing sulphur compounds into a scrubber , the pulp mill concentrated non-condensable gas stream having a sulphur concentration of above 5 g/m 3 , - scrubbing the pulp mill concentrated non-condensable gas stream containing sulphur compounds in the scrubber with an aqueous scrubbing solution containing an alkaline agent, whereby at least some of the sulphur compounds react with the alkaline agent, thereby producing a concentrated non-condensable gas stream derivate and an aqueous spent scrubbing solution containing sulphides, - adjusting pH of the aqueous scrubbing solution with the alkaline agent, such that the pH of the aqueous scrubbing solution is above 11.5, - introducing the aqueous spent scrubbing solution containing sulphides into a bioreactor located downstream of the scrubber , - aerating the bioreactor with a gas comprising weak malodorous gas from the pulp mill, the weak malodorous gas having a sulphur concentration of less than 0.5 g/m 3 , - oxidizing the aqueous spent scrubbing solution containing sulphides in the bioreactor biologically in an oxidizing reaction by means of sulphur-oxidizing microbes, thereby obtaining an aqueous suspension containing elemental sulphur, and - separating the elemental sulphur from the aqueous suspension in a sulphur separation unit located downstream of the bioreactor, thereby obtaining a residual solution and a precipitate containing the elemental sulphur.