mhurhangee/patent-ind-claim-en huggingface dataset:
A reprocessing apparatus , in particular a cleaning and/or preserving apparatus, for tools , tool holders and/or tool units , with at least one reprocessing unit , in particular for a reprocessing of used and/or contaminated tools , tool holders and/or tool units , with at least one holding unit for an exchangeable holding of the tools , tool holders and/or tool units , and with at least one handling unit which is configured for an execution of a cleaning process on the tools , tool holders and/or tool units , to bring the holding unit and at least one cleaning region of the reprocessing unit together in an at least semiautomated manner, and after execution of the cleaning process, to remove the holding unit and the cleaning region of the reprocessing unit from each other in an at least semiautomated manner, and/or after execution of the cleaning process, to bring the holding unit and at least one further cleaning region of the reprocessing unit together for an execution of a further cleaning process, wherein the reprocessing unit comprises at least one cleaning unit with one or several cleaning region/s and at least one preserving unit with at least one or several preserving region/s , characterized in that the preserving region of the reprocessing unit is configured at least for a preserving of tools , tool holders and/or tool units by spraying the tools , tool holders and/or tool units with a preserving liquid, preferably with an oil mist, wherein the reprocessing unit comprises at least one further preserving region , which is configured at least for a preserving of inner sides of tool holders , and wherein the further preserving region comprises a nozzle , which is oriented at least substantially parallel to an, in particular vertical, movement axis of the tool holder held and/or gripped by the holding unit . and/or after execution of the cleaning process, to bring the holding unit and at least one further cleaning region of the reprocessing unit together for an execution of a further cleaning process, wherein the reprocessing unit comprises at least one cleaning unit with one or several cleaning region/s and at least one preserving unit with at least one or several preserving region/s , characterized in that the preserving region of the reprocessing unit is configured at least for a preserving of tools , tool holders and/or tool units by spraying the tools , tool holders and/or tool units with a preserving liquid, preferably with an oil mist, wherein the reprocessing unit comprises at least one further preserving region , which is configured at least for a preserving of inner sides of tool holders , and wherein the further preserving region comprises a nozzle , which is oriented at least substantially parallel to an, in particular vertical, movement axis of the tool holder held and/or gripped by the holding unit .
A mobile terminal for performing a data communication, the mobile terminal comprising: a first display unit ; an interface unit configured to be connected to an external display device having a second display unit ; and a controller configured to: execute a first function such that a first function image is displayed on both a first monitor window within the second display unit and as a first screen image on the first display unit ; execute a second function while executing the first function; cause the terminal to multitask the first and second functions to cause the first display unit to display a second function image as the first screen image such that a portion of the first function image is not display-able on the first display unit due to the second function image; and cause the interface unit to provide the external display device with both the first function image and the second function image as information to be displayed such that both the first monitor window for the first function image and a second monitor window for the second function image are simultaneously displayed on the second display unit . a first display unit ; an interface unit configured to be connected to an external display device having a second display unit ; and a controller configured to: execute a first function such that a first function image is displayed on both a first monitor window within the second display unit and as a first screen image on the first display unit ; execute a second function while executing the first function; cause the terminal to multitask the first and second functions to cause the first display unit to display a second function image as the first screen image such that a portion of the first function image is not display-able on the first display unit due to the second function image; and cause the interface unit to provide the external display device with both the first function image and the second function image as information to be displayed such that both the first monitor window for the first function image and a second monitor window for the second function image are simultaneously displayed on the second display unit . execute a first function such that a first function image is displayed on both a first monitor window within the second display unit and as a first screen image on the first display unit ; execute a second function while executing the first function; cause the terminal to multitask the first and second functions to cause the first display unit to display a second function image as the first screen image such that a portion of the first function image is not display-able on the first display unit due to the second function image; and cause the interface unit to provide the external display device with both the first function image and the second function image as information to be displayed such that both the first monitor window for the first function image and a second monitor window for the second function image are simultaneously displayed on the second display unit .
A control unit for electromechanical brake systems, comprising: a housing ; and a frame plate , a braking energy storage module and a brake system control module , which are configured in the housing , wherein the braking energy storage module and the brake system control module are respectively arranged at two opposite sides of the frame plate . a housing ; and a frame plate , a braking energy storage module and a brake system control module , which are configured in the housing , wherein the braking energy storage module and the brake system control module are respectively arranged at two opposite sides of the frame plate .
An electrode for a secondary battery comprising: titanium-containing oxide as an active material, an acrylic binding agent or a mixture of styrene butadiene rubber and carboxymethyl cellulose, as a binding agent, wherein median pore diameter of the electrode is 0.050 μm or more and 0.1 μm or less and pore surface area of the electrode is 4 m 2 /g or more and 8 m 2 /g or less, by mercury porosimetry as described in the description. titanium-containing oxide as an active material, an acrylic binding agent or a mixture of styrene butadiene rubber and carboxymethyl cellulose, as a binding agent, wherein median pore diameter of the electrode is 0.050 μm or more and 0.1 μm or less and pore surface area of the electrode is 4 m 2 /g or more and 8 m 2 /g or less, by mercury porosimetry as described in the description.
A method of plasma generation, comprising: a. applying to an igniter having at least a pair of electrodes a voltage of amplitude sufficient to cause breakdown to occur between the electrodes , resulting in an electrical discharge in the igniter in an initiation region, and formation of a plasma kernel adjacent said initiation region; characterised by b. passing all of the discharge current from the igniter through a switching element in a discharge path of the igniter , wherein the discharge path represents a path via which the discharge current through a plasma between the pair of electrodes is configured to flow; and c. switching off the switching element while current therethrough is not zero. a. applying to an igniter having at least a pair of electrodes a voltage of amplitude sufficient to cause breakdown to occur between the electrodes , resulting in an electrical discharge in the igniter in an initiation region, and formation of a plasma kernel adjacent said initiation region; characterised by b. passing all of the discharge current from the igniter through a switching element in a discharge path of the igniter , wherein the discharge path represents a path via which the discharge current through a plasma between the pair of electrodes is configured to flow; and c. switching off the switching element while current therethrough is not zero.
Method for creating an optical transmit signal comprising the steps of (a) creating an electrical discrete multi-tone signal (S TXi,DMT ) according to digital input data (S TXi ) carrying the information to be transmitted, the discrete multi-tone signal (S TXi,DMT ) comprising a plurality of electrical partial signals, each electrical partial signal defining a sub-channel, wherein each electrical partial signal consists of a sub-carrier at a predetermined sub-carrier frequency which is modulated according to a dedicated modulation scheme, so that a dedicated portion of the digital input data is included in each sub-channel, (b) creating an optical signal (S TXi,opt ) by using the electrical discrete multi-tone signal (S TXi,DMT ) as modulating signal for amplitude-modulating the intensity of an optical carrier signal, and (c) bandpass-filtering the optical signal (S TXi,opt ) in order to create an optical single sideband or vestigial sideband transmit signal (V TXi,opt ) characterized in (d) that the optical filtering is effected in such a way that the optical frequency components remote from the optical carrier are attenuated less than optical frequencies components closer to the optical carrier in order to pre-emphasize the higher frequency components of the modulating signal (S TXi,DMT ) according to a predetermined optical pre-emphasis filter function. (a) creating an electrical discrete multi-tone signal (S TXi,DMT ) according to digital input data (S TXi ) carrying the information to be transmitted, the discrete multi-tone signal (S TXi,DMT ) comprising a plurality of electrical partial signals, each electrical partial signal defining a sub-channel, wherein each electrical partial signal consists of a sub-carrier at a predetermined sub-carrier frequency which is modulated according to a dedicated modulation scheme, so that a dedicated portion of the digital input data is included in each sub-channel, (b) creating an optical signal (S TXi,opt ) by using the electrical discrete multi-tone signal (S TXi,DMT ) as modulating signal for amplitude-modulating the intensity of an optical carrier signal, and (c) bandpass-filtering the optical signal (S TXi,opt ) in order to create an optical single sideband or vestigial sideband transmit signal (V TXi,opt ) (d) that the optical filtering is effected in such a way that the optical frequency components remote from the optical carrier are attenuated less than optical frequencies components closer to the optical carrier in order to pre-emphasize the higher frequency components of the modulating signal (S TXi,DMT ) according to a predetermined optical pre-emphasis filter function.
A system comprising: means for determining that a first account of a multiple tenant database grants to a second account of the multiple tenant database, access rights of a share object in the first account, the share object having access rights to a database object of the first account and wherein access to the database object of the first account by the second account is based on the access rights of the share object; means for generating an alias object that references the database object of the first account and serves as a proxy of the database object; means for linking the alias object to the database object; and means for granting the second account access rights to the alias object such that the second account accesses the database object using the access rights of the share object and by way of the alias object without copying the database object. means for determining that a first account of a multiple tenant database grants to a second account of the multiple tenant database, access rights of a share object in the first account, the share object having access rights to a database object of the first account and wherein access to the database object of the first account by the second account is based on the access rights of the share object; means for generating an alias object that references the database object of the first account and serves as a proxy of the database object; means for linking the alias object to the database object; and means for granting the second account access rights to the alias object such that the second account accesses the database object using the access rights of the share object and by way of the alias object without copying the database object.
An article, comprising: a container containing an aqueous solution comprising (a) dissolved H 2 at a concentration of at least 1 ppm by mass and/or a dissolved noble gas at a concentration of at least 1 ppm by mass, and (b) one or more cannabinoids.
An atomizer head assembly for atomizing cigarette liquid in an electronic cigarette, comprising: an outer tube , an inner tube disposed inside the outer tube , a liquid storage chamber formed between a wall of the inner tube and a wall of the outer tube , an atomizing chamber formed inside the inner tube , and one or more atomizing members located in the atomizing chamber , wherein one or more outer supporter openings are provided on a lateral side of a wall of the inner tube , communicating with the liquid storage chamber, and the one or more atomizing members are deposited on the wall of the inner tube by mounting ends of the atomizing members in the corresponding outer supporter openings such that the mounting ends are in fluid communicating with the liquid storage chamber, wherein each atomizing member comprises a liquid guide element and a heating element , wherein the heating element is coupled with the liquid guide element for heating and atomizing a cigarette liquid taken in by the liquid guide element , the atomizer head assembly being characterized in that one or more liquid inlet openings are provided on a lateral side of the wall of the outer tube such that when the atomizer head assembly is mounted inside a cigarette liquid cartridge containing cigarette liquid, the cigarette liquid can enter the liquid storage chamber passing through the liquid inlet openings , thereby allowing the liquid guide element to take in the cigarette liquid. an outer tube , an inner tube disposed inside the outer tube , a liquid storage chamber formed between a wall of the inner tube and a wall of the outer tube , an atomizing chamber formed inside the inner tube , and one or more atomizing members located in the atomizing chamber , wherein one or more outer supporter openings are provided on a lateral side of a wall of the inner tube , communicating with the liquid storage chamber, and the one or more atomizing members are deposited on the wall of the inner tube by mounting ends of the atomizing members in the corresponding outer supporter openings such that the mounting ends are in fluid communicating with the liquid storage chamber, wherein each atomizing member comprises a liquid guide element and a heating element , wherein the heating element is coupled with the liquid guide element for heating and atomizing a cigarette liquid taken in by the liquid guide element , the atomizer head assembly being characterized in that one or more liquid inlet openings are provided on a lateral side of the wall of the outer tube such that when the atomizer head assembly is mounted inside a cigarette liquid cartridge containing cigarette liquid, the cigarette liquid can enter the liquid storage chamber passing through the liquid inlet openings , thereby allowing the liquid guide element to take in the cigarette liquid.
An objective lens (OL) comprising, disposed in order from an object, a first lens group (G1) having positive refractive power, a second lens group (G2) having positive refractive power, and a third lens group (G3) having negative refractive power, wherein the first lens group (G1) comprises, disposed in order from an object, a positive lens (L11); a negative meniscus lens (L12) cemented to the positive lens (L11) and having a concave surface facing the object; and a positive meniscus lens (L13) having a concave surface facing the object, wherein the third lens group (G3) comprises, in order from the object, a first cemented lens (L31,L32), a second cemented lens (L33,L34), and a third cemented lens (L35,L36); characterised in that the objective lens (OL) satisfies following conditional expressions 2.05 ≤ n1m ≤ 2 .30 , 25 ≤ ν 1m , 6.0 < NA × f < 15.0 , and 0.06 < d 0 / f < 0.20 , where nlm: a refractive index of the negative meniscus lens with respect to a d-line, vim: an Abbe number of the negative meniscus lens, f: a focal length of the objective lens, NA: an object-side numerical aperture of the objective lens, and d0: the distance from the object to the object-side lens surface of the positive lens along the optical axis. a first lens group (G1) having positive refractive power, a second lens group (G2) having positive refractive power, and a third lens group (G3) having negative refractive power, wherein the first lens group (G1) comprises, disposed in order from an object, a positive lens (L11); a negative meniscus lens (L12) cemented to the positive lens (L11) and having a concave surface facing the object; and a positive meniscus lens (L13) having a concave surface facing the object, wherein the third lens group (G3) comprises, in order from the object, a first cemented lens (L31,L32), a second cemented lens (L33,L34), and a third cemented lens (L35,L36); characterised in that the objective lens (OL) satisfies following conditional expressions 2.05 ≤ n1m ≤ 2 .30 , 25 ≤ ν 1m , 6.0 < NA × f < 15.0 , and 0.06 < d 0 / f < 0.20 , where nlm: a refractive index of the negative meniscus lens with respect to a d-line, vim: an Abbe number of the negative meniscus lens, f: a focal length of the objective lens, NA: an object-side numerical aperture of the objective lens, and d0: the distance from the object to the object-side lens surface of the positive lens along the optical axis. nlm: a refractive index of the negative meniscus lens with respect to a d-line, vim: an Abbe number of the negative meniscus lens, f: a focal length of the objective lens, NA: an object-side numerical aperture of the objective lens, and d0: the distance from the object to the object-side lens surface of the positive lens along the optical axis.
Use of at least one lipopeptide selected from among iturin A, mojavensin, mycosubtilin, bacillomycins A, B, C, D, F and L, surfactins A, B, C, lichenysin, pumilacidin, fengycins A and B, plipastatins A and B, or agrastatin to stimulate growth of plants.
A communication device for handling a power headroom report, PHR, for multiple transmission time intervals, TTIs, characterized by the communication device comprising: a storage device , for storing instructions of: determining a single PHR for a plurality of short TTIs in a long TTI according to a PH level of one of the plurality of short TTIs, wherein the plurality of short TTIs comprises at least one scheduled TTI ; and transmitting the PHR to a network ; wherein a plurality of lengths of the plurality of short TTIs are the same; or each of a plurality of lengths of the plurality of short TTIs are not greater than a half length of the long TTI; wherein the plurality of short TTIs occur in the long TTI; and a processing circuit , coupled to the storage device, configured to execute the instructions stored in the storage device. determining a single PHR for a plurality of short TTIs in a long TTI according to a PH level of one of the plurality of short TTIs, wherein the plurality of short TTIs comprises at least one scheduled TTI ; and transmitting the PHR to a network ; wherein a plurality of lengths of the plurality of short TTIs are the same; or each of a plurality of lengths of the plurality of short TTIs are not greater than a half length of the long TTI; wherein the plurality of short TTIs occur in the long TTI; and a processing circuit , coupled to the storage device, configured to execute the instructions stored in the storage device.
A panel for a building structure having a predefined curvature, said panel having a generally rectangular shape with a curvature, such that the panel has a convex outer surface and a concave inner surface with a set of side edge regions and a set of end edge regions (1"), characterised in that the panel comprises at least one mineral wool fibre slab with a plurality of first strips adhered to the outer surface and a plurality of second strips adhered to the inner surface.
A controlled-release oral pharmaceutical composition comprising propiverine or pharmaceutically acceptable salt thereof characterized in that , said composition comprises at least two pH dependent polymers in the core matrix and an enteric coating in an amount of the range between 0.5% to 2.5% by weight of core tablet wherein pH dependent polymers in the core matrix are soluble starting from pH 6 Methacrylic Acid - Methyl Methacrylate Copolymer (1:1) and soluble starting from pH 5.5 Methacrylic Acid - Ethyl Acrylate Copolymer (1:1) Type A, wherein the amount of pH dependent polymers in matrix is at least 30% by weight of the composition, and the pH dependent polymer in enteric coating is Methacrylic Acid - Methyl 15 Methacrylate Copolymer (1:2).