mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for the separation and secure accommodation of particles which are to be separated from a particle-containing raw gas, where at least one filter element with a filter medium designed for the separation of particles is arranged in a collecting container , there being additionally arranged on the collecting container, on the upper end wall, a first combined connection and sealing element for the entry of particle-containing raw gas and a second combined connection and sealing element for the discharge of particle-free gas, the arrangement being such that the at least one filter element with filter medium is arranged between the raw gas feed facility with the first combined connection and sealing element and the particle-free gas discharge facility with the second combined connection and sealing element , a line for feeding raw gas being releasably attachable to the first combined sealing and connection element and aligned for discharging particle-free gas being releasably attachable to the second combined connection and sealing element , characterized in that the first and second combined connection and sealing elements are different in design and/or dimensions.
An apparatus for measuring convergence using a fiber Bragg grating sensor , being installed on a measurement target and thereby making it possible to measure a value of angular and gravitational acceleration displacement caused by deformation of the measurement target, the apparatus comprising: a main body that is installed on the measurement target; a fixture that is fixedly installed at the front of the main body ; a rotator that is horizontally installed apart from the fixture at a predetermined distance and is rotatably installed in the main body using a bearing ; an optical fiber that is adhered to upper outer surfaces of the fixture and the rotator so as to maintain a horizontally tensioned state; a fiber Bragg grating sensor that is installed on the optical fiber between the fixture and the rotator ; characterized in that the rotator employs a circular wheel, and the apparatus further comprises a bob that is vertically connected with a lower portion of the rotator by means of a support having a predetermined length. a main body that is installed on the measurement target; a fixture that is fixedly installed at the front of the main body ; a rotator that is horizontally installed apart from the fixture at a predetermined distance and is rotatably installed in the main body using a bearing ; an optical fiber that is adhered to upper outer surfaces of the fixture and the rotator so as to maintain a horizontally tensioned state; a fiber Bragg grating sensor that is installed on the optical fiber between the fixture and the rotator ; characterized in that the rotator employs a circular wheel, and the apparatus further comprises a bob that is vertically connected with a lower portion of the rotator by means of a support having a predetermined length.
Method for selecting input fields displayed on a screen and for activating input contents displayed in a selected input field on the screen by means of manual input into an input surface of an input interface, wherein the input interface is designed for haptic gesture input into the input surface in order to control the selection of an input field and for activating an input content of a selected input field by triggering an electric switching function of the input interface by means of applying a predetermined minimum force to the input surface, the method comprising the following steps: - determining a displacement vector V(POS(t 1 ),POS(t 2 )) from determined input positions (POS(t 1 ),POS(t 2 ) of a manual continuous gesture input into the input surface at a first point in time t 1 and a second point in time t 2 , with t:= time and t 1 < t 2 ; characterised by - determining an amount | F(t) | of a surface area F(t) with which the manual gesture input acts on the input surface; and - if | F(t 2 ) | < | F(t 1 ) | , a selection of the input field which is coordinated or at least closest in the direction of the displacement vector V(POS(t 1 ),POS(t 2 )) as viewed from a position POS SCREEN (POS(t 1 )) assigned to the position (POS(t 1 ) on the screen, wherein, if the electric switching function is triggered at t 2 , a function assigned to the input content of said input field is activated, and - if | F(t 2 ) | > | F(t 1 ) | , the displacement vector V(POS(t 1 ),POS(t 2 )) is discarded and the function assigned to the position POS SCREEN (POS(t 1 )) is activated, wherein the preceding procedural steps are only executed for one or several predetermined direction(s) of the displacement vector V(POS(t 1 ),POS(t 2 )). - determining a displacement vector V(POS(t 1 ),POS(t 2 )) from determined input positions (POS(t 1 ),POS(t 2 ) of a manual continuous gesture input into the input surface at a first point in time t 1 and a second point in time t 2 , with t:= time and t 1 < t 2 ; characterised by - determining an amount | F(t) | of a surface area F(t) with which the manual gesture input acts on the input surface; and - if | F(t 2 ) | < | F(t 1 ) | , a selection of the input field which is coordinated or at least closest in the direction of the displacement vector V(POS(t 1 ),POS(t 2 )) as viewed from a position POS SCREEN (POS(t 1 )) assigned to the position (POS(t 1 ) on the screen, wherein, if the electric switching function is triggered at t 2 , a function assigned to the input content of said input field is activated, and - if | F(t 2 ) | > | F(t 1 ) | , the displacement vector V(POS(t 1 ),POS(t 2 )) is discarded and the function assigned to the position POS SCREEN (POS(t 1 )) is activated,
A mounting for an operating and/or display unit on a vehicle having a handlebar comprising a handlebar tube , such as a bicycle , a pedelec, an e-bike, a motorcycle or the like, comprising a fastening for fixing to the handlebar and comprising a receptacle for the operating and/or display unit , wherein the mounting for the operating and/or display unit comprises two elements (10/11, 10'/11'), each consisting of a fastening in the form of a clamp and a receptacle in the form of a carrier , wherein the two fastenings are each formed as a clamp attachable to the handlebar in a manner surrounding the handlebar tube , and wherein the two receptacles for the operating and/or display unit are each formed as a carrier protruding from the respective clamp in a cantilevered manner, and wherein the two carriers each have a strut angled obliquely with respect to the vertical of the respective clamp , and an adjoining, approximately horizontally oriented rod element as a support for the operating and/or display unit , such that the operating and/or display unit can be placed on the two rod elements of two spaced-apart carriers .
Method for treating a fibrous web , in particular a paper or board web, in the end section of a machine for producing the same, which comprises, following in the web running direction , a drying section for drying, a first smoothing device for pre-smoothing, a coating device for applying coating color, a further smoothing device and a winding device for winding up the finished fibrous web , wherein the fibrous web is guided between the dryer section and the reeling device through at least one cooling unit with evaporative cooling and is cooled before the first and between the first and the further smoothing device by means of at least one cooling unit in each case, characterized in that the fibrous web is heated and moistened by means of steam after the first cooling and before the first smoothing device .
A membrane pressure switch - with a housing in which a deformable membrane is arranged on which a mushroom-type pressure part abuts which can be moved by the deformation of the membrane ; and - with a microswitch which is arranged opposite to the mushroom-type pressure part by means of a fixing disc in the housing , - wherein the fixing disc is provided with an external thread which in the assembly state of the fixing disc is screwed into an internal thread of the housing , characterized in - that the microswitch is connected with a circuit board , and - that a counter screw is screwed through the circuit board into an internal thread of the fixing disc which with its front end face rests on a bottom area of the housing . - with a housing in which a deformable membrane is arranged on which a mushroom-type pressure part abuts which can be moved by the deformation of the membrane ; and - with a microswitch which is arranged opposite to the mushroom-type pressure part by means of a fixing disc in the housing , - wherein the fixing disc is provided with an external thread which in the assembly state of the fixing disc is screwed into an internal thread of the housing , characterized in - that the microswitch is connected with a circuit board , and - that a counter screw is screwed through the circuit board into an internal thread of the fixing disc which with its front end face rests on a bottom area of the housing .
A method of radio resource management performed by a source base station performing a handover of a user equipment, UE, to a target base station in a mobile communication system, the method comprising: transmitting (S1245), to the target base station, information on at least one resource to which a downlink silencing is applicable; receiving (S1250), from the target base station, information on a selected resource for the downlink silencing determined from the at least one resource to which a downlink silencing is applicable; transmitting (S1260), to the UE, a handover command message on the selected resource for the downlink silencing, based on the received information on the selected resource for the downlink silencing, while the target base station performing a silencing on the selected resource for the downlink silencing; receiving (S1270), from the target base station, information on at least one resource to which an uplink silencing is applicable; selecting a resource for the uplink silencing, based on the information on the at least one resource to which an uplink silencing is applicable received; transmitting (S1275), to the target base station, information on the selected resource for the uplink silencing; and performing (S1285) a silencing on the selected resource for the uplink silencing while a handover confirm message being transmitted to the target base station, by the UE, on the resource for the uplink silencing. transmitting (S1245), to the target base station, information on at least one resource to which a downlink silencing is applicable; receiving (S1250), from the target base station, information on a selected resource for the downlink silencing determined from the at least one resource to which a downlink silencing is applicable; transmitting (S1260), to the UE, a handover command message on the selected resource for the downlink silencing, based on the received information on the selected resource for the downlink silencing, while the target base station performing a silencing on the selected resource for the downlink silencing; receiving (S1270), from the target base station, information on at least one resource to which an uplink silencing is applicable; selecting a resource for the uplink silencing, based on the information on the at least one resource to which an uplink silencing is applicable received; transmitting (S1275), to the target base station, information on the selected resource for the uplink silencing; and performing (S1285) a silencing on the selected resource for the uplink silencing while a handover confirm message being transmitted to the target base station, by the UE, on the resource for the uplink silencing.
An intermediate hydrocarbon composition comprising: a renewable first gasoline component in an amount of from 5 to 50 %-vol, preferably from 20 to 50 %-vol of the total intermediate hydrocarbon composition volume, wherein the renewable first gasoline component comprises alkanes selected from renewable C4-C9 n-alkanes, renewable C4-C11 iso-alkanes and renewable C4-C9 cyclo-alkanes, and the sum amount of said renewable C4-C9 n-alkanes, said renewable C4-C11 iso-alkanes and said renewable C4-C9 cyclo-alkanes is from 92 to 100 %-vol of the total renewable first gasoline component volume; and the rest of the total intermediate hydrocarbon composition volume consisting of a second gasoline component, wherein said second gasoline component comprises unsaturated hydrocarbons from 50 to 90 %-vol of the second gasoline component volume, and wherein said unsaturated hydrocarbons consist of a combination of C6 - C12 aromatic hydrocarbons, and C4 - C10 olefinic hydrocarbons, wherein the ratio by volume of C6 - C12 aromatic hydrocarbons to C4 - C10 olefinic hydrocarbons is from 0.01 to 1, preferably from 0.5 to 0.9, and wherein the renewable or petroleum origin of any hydrocarbons is determined by isotopic distribution involving 14 C, 13 C and/or 12 C as described in ASTM D6866. a renewable first gasoline component in an amount of from 5 to 50 %-vol, preferably from 20 to 50 %-vol of the total intermediate hydrocarbon composition volume, wherein the renewable first gasoline component comprises alkanes selected from renewable C4-C9 n-alkanes, renewable C4-C11 iso-alkanes and renewable C4-C9 cyclo-alkanes, and the sum amount of said renewable C4-C9 n-alkanes, said renewable C4-C11 iso-alkanes and said renewable C4-C9 cyclo-alkanes is from 92 to 100 %-vol of the total renewable first gasoline component volume; and the rest of the total intermediate hydrocarbon composition volume consisting of a second gasoline component, wherein said second gasoline component comprises unsaturated hydrocarbons from 50 to 90 %-vol of the second gasoline component volume, and wherein said unsaturated hydrocarbons consist of a combination of C6 - C12 aromatic hydrocarbons, and C4 - C10 olefinic hydrocarbons, wherein the ratio by volume of C6 - C12 aromatic hydrocarbons to C4 - C10 olefinic hydrocarbons is from 0.01 to 1, preferably from 0.5 to 0.9, and wherein the renewable or petroleum origin of any hydrocarbons is determined by isotopic distribution involving 14 C, 13 C and/or 12 C as described in ASTM D6866.
A circuit for use with a memory element and a nozzle for outputting fluid, the circuit comprising: a data line; a fire line; and a selector responsive to the data line to select the memory element or the nozzle, wherein the selector is to select the memory element responsive to the data line having a first value, and to select the nozzle responsive to the data line having a second value different from the first value, wherein the data line is to communicate data of another memory element, the fire line to control activation of the nozzle in response to the nozzle being selected by the selector, and to communicate data of the memory element in response to the memory element being selected by the selector. a data line; a fire line; and a selector responsive to the data line to select the memory element or the nozzle, wherein the selector is to select the memory element responsive to the data line having a first value, and to select the nozzle responsive to the data line having a second value different from the first value, wherein the data line is to communicate data of another memory element, the fire line to control activation of the nozzle in response to the nozzle being selected by the selector, and to communicate data of the memory element in response to the memory element being selected by the selector.
A method of preparing a plasticized biodegradable polyester film, made from the following parts by weight: biodegradable polyester: 100 parts, plasticizer: 5-25 parts, inorganic filler: 0-150 parts, antioxidant: 0.1-1 parts, wherein the biodegradable polyester is polylactic acid and poly(butylene terephthalate-co-butylene adipate) ester, and the plasticizer is diacetyl epoxy vegetable glyceryl oleate, the method comprising the following preparation steps: 1) drying the biodegradable polyester and the inorganic filler, wherein the drying process of the biodegradable polyester is drying the biodegradable polyester material in vacuum at 70-90°C for 8-24 hours, and the drying process of the inorganic filler is drying the inorganic filler in vacuum at 105-125°C for 3-12 hours; 2) rapidly mixing the biodegradable polyester, the plasticizer, the inorganic filler and the antioxidant of the parts by weight at room temperature at 200-250 rpm for 5-15 minutes; 3) adding the raw material mixed evenly in step 2) into a twin-screw extruder for melt-blending, then obtaining the plasticized biodegradable polyester material after strip-drawing and grain-slicing; 4) drying the plasticized biodegradable polyester material obtained in step 3) in vacuum at 70-90°C for 8-24 hours; 5) blowing the plasticized biodegradable polyester material after drying in step 4) as a master batch into film through a single-screw extruder, then obtaining the plasticized biodegradable polyester film. 1) drying the biodegradable polyester and the inorganic filler, wherein the drying process of the biodegradable polyester is drying the biodegradable polyester material in vacuum at 70-90°C for 8-24 hours, and the drying process of the inorganic filler is drying the inorganic filler in vacuum at 105-125°C for 3-12 hours; 2) rapidly mixing the biodegradable polyester, the plasticizer, the inorganic filler and the antioxidant of the parts by weight at room temperature at 200-250 rpm for 5-15 minutes; 3) adding the raw material mixed evenly in step 2) into a twin-screw extruder for melt-blending, then obtaining the plasticized biodegradable polyester material after strip-drawing and grain-slicing; 4) drying the plasticized biodegradable polyester material obtained in step 3) in vacuum at 70-90°C for 8-24 hours; 5) blowing the plasticized biodegradable polyester material after drying in step 4) as a master batch into film through a single-screw extruder, then obtaining the plasticized biodegradable polyester film.
Guide vane adjustment device for a gas turbine having a multiplicity of guide vanes which are each able to pivot about a radial axis and which are arranged in at least one radial plane, and having at least one guide vane adjustment ring which is coupled to the respective guide vanes and can be rotated in the circumferential direction by means of at least one actuation device, wherein the guide vane adjustment ring is supported radially on a centrally arranged housing by means of multiple spacers that are distributed around the circumference and mounted on the guide vane adjustment ring , characterized in that a bushing , made of a synthetic material having a higher thermal expansion coefficient than a thermal expansion coefficient of the guide vane adjustment ring , is secured on the guide vane adjustment ring for each spacer , the spacer being mounted on this bushing, wherein the bushing is tubular and wherein the spacer has a shaft secured centrally in the bushing .
A drain cleaning tool comprising: a drum (no, 140) defining an interior hollow chamber for housing a drain cleaning cable , the drum defining a forward face and an oppositely directed rearward face , the drum including a forwardly projecting hollow elongated cable guide , the cable guide defining a distal end opposite the rearward face and including at least one flexible retaining member disposed between the distal end and the forward face of the drum, wherein the distal end of the elongated cable guide includes (i) a plurality of axially extending flexible tabs integrally formed with the elongated cable guide and (ii) an outer threaded region ; a nut defining (i) a rear face , (ii) a forwardly extending inner tapered face , and (iii) an inner threaded region configured to threadedly engage the outer threaded region of the cable guide , wherein the nut is threadedly engaged with the threaded region of the cable guide, and a handle having an axially extending interior passageway sized to receive the cable guide , the handle disposed about the elongated cable guide and rotatable with respect to the drum , the handle defining an annular race within the interior passageway and the at least one flexible retaining member contacting the race , thereby rotatably retaining the handle about the cable guide of the drum. a drum (no, 140) defining an interior hollow chamber for housing a drain cleaning cable , the drum defining a forward face and an oppositely directed rearward face , the drum including a forwardly projecting hollow elongated cable guide , the cable guide defining a distal end opposite the rearward face and including at least one flexible retaining member disposed between the distal end and the forward face of the drum, wherein the distal end of the elongated cable guide includes (i) a plurality of axially extending flexible tabs integrally formed with the elongated cable guide and (ii) an outer threaded region ; a nut defining (i) a rear face , (ii) a forwardly extending inner tapered face , and (iii) an inner threaded region configured to threadedly engage the outer threaded region of the cable guide , wherein the nut is threadedly engaged with the threaded region of the cable guide, and a handle having an axially extending interior passageway sized to receive the cable guide , the handle disposed about the elongated cable guide and rotatable with respect to the drum , the handle defining an annular race within the interior passageway and the at least one flexible retaining member contacting the race , thereby rotatably retaining the handle about the cable guide of the drum.
A main mixer , comprising: a swirler along an axis (X); and a swirler hub along the axis (X), the swirler hub having a fuel manifold and a centerbody , the centerbody forms an inner diameter of an annular mixer passage , and an inner diameter of the swirler forms an outer diameter of the annular mixer passage ; characterised in that the centerbody is generally frustro-conical in shape, and an inner surface of the centerbody is coated with a thermal barrier coating (TBC). a swirler along an axis (X); and a swirler hub along the axis (X), the swirler hub having a fuel manifold and a centerbody , the centerbody forms an inner diameter of an annular mixer passage , and an inner diameter of the swirler forms an outer diameter of the annular mixer passage ; characterised in that the centerbody is generally frustro-conical in shape, and an inner surface of the centerbody is coated with a thermal barrier coating (TBC).
A rectifier for an aircraft turbomachine compressor, said rectifier comprising an inner ferrule , an outer ferrule and stator vanes (28, 28', 28") rigidly connected to the inner and outer ferrules said rectifier further comprising a flange rigidly connected to a downstream end of the outer ferrule and for attachment to a compressor casing , said flange being provided with air intake ports spaced from each other in a circumferential direction of the rectifier, characterized in that at least one of the air intake ports has a shape stretched in the circumferential direction .