mhurhangee/patent-ind-claim-en huggingface dataset:
A farming machine and an agricultural apparatus , said farming machine comprising a farming tractor associated, at the front region , with said agricultural apparatus , said agricultural apparatus comprising a supporting structure that is associated with a coupling portion defined at the front region of a farming tractor , said supporting structure supporting, so that it can rotate about a rotation axis , at least one working body , said rotation axis being extended, at least in a condition of use of said agricultural apparatus , substantially parallel to the soil to be worked and substantially at right angles to the advancement direction of said farming tractor , said at least one working body comprising at least one active portion that is arranged laterally to said farming tractor and having a substantially cylindrical elongated shape that is extended longitudinally substantially parallel to said rotation axis , said working body being rotationally movable on command about an articulation axis that is substantially parallel to the advancement direction of said farming tractor in order to move between a first condition of use, in which said active portion of said working body is arranged laterally with respect to a first side of said farming tractor , and a second working condition, in which said active portion of said working body is arranged laterally with respect to the other side of said farming tractor , wherein a hydraulic actuator is provided between an abutment body that is integral with the farming tractor and the supporting structure to move the working body between the first condition of use and the second condition of use, wherein the working body is movable to an intermediate condition between the first and second condition of use in order to allow the operator to see the road and at the same time limit the lateral space occupation of the farming machine and wherein the working body is mounted freely, about the rotation axis , on a coupling body that is supported by the supporting structure , said supporting structure comprises a first supporting element , which is coupled directly to the coupling portion and is connected kinematically, by means of an articulation assembly , to a second supporting element , which in turn supports the coupling body wherein the articulation assembly comprises a hydraulic cylinder , characterized in that said hydraulic cylinder is configured to adjust the inclination of the rotation axis with respect to the resting plane of the farming tractor .
A method for transporting piecewise print media into and out of the operative region of a print head and cleaning at least one part of at least one nozzle front plate provided on the print head , the method comprising the steps of: a) providing a printing system comprising said print head having said nozzle front plate , wherein said print head comprises at least one printing module having at least one nozzle plate from which droplets of a printable composition can be dispensed, b) transporting the print media along a transport direction (T) such that print media are transported into and out of the operative region of the nozzle front plate , c) cleaning the at least one part of the nozzle front plate by means of one or several fluid flow configurations from a cleaning device that activates fluid flow, wherein the fluid flow configurations comprise at least one fluid flow directed against the at least one part of the nozzle front plate , wherein the nozzle front plate comprises the nozzle plate , wherein at least some of the print media are transported in the transport direction (T) at a distance from at least one of their nearest adjacent print media , whereby gaps (L) are formed in the transport direction (T) between these adjacent print media being spaced apart, and the cleaning device activates fluid flow not necessarily always, but exclusively in the region of the gaps (L) and so as to be synchronized with them, characterized in that the print media are provided as ceramic print media, and, when moistened with water, they are transported at a temperature between 30°C and 120°C into the operative region of the nozzle front plate , wherein the nozzle front plate is tempered to a temperature that is lower than the temperature of the print media during the transport of the same through the operative region of the nozzle front plate , wherein the nozzle front plate and the print media are aligned relative to one another in the operative region of the nozzle front plate in such a way that, as time progresses, droplets are formed on the nozzle front plate due to condensation of water vapor and continue to grow until they would fall onto the print media due to gravity after a certain time and/or hang from the nozzle front plate in such a way that they would be carried away by the print media . a) providing a printing system comprising said print head having said nozzle front plate , wherein said print head comprises at least one printing module having at least one nozzle plate from which droplets of a printable composition can be dispensed, b) transporting the print media along a transport direction (T) such that print media are transported into and out of the operative region of the nozzle front plate , c) cleaning the at least one part of the nozzle front plate by means of one or several fluid flow configurations from a cleaning device that activates fluid flow, wherein the fluid flow configurations comprise at least one fluid flow directed against the at least one part of the nozzle front plate ,
An air conditioner comprising: a housing having an air outlet ; a fan configured to suction air to an inside of the housing and move the air toward the air outlet ; a door configured to selectively open a first portion and a second portion different from the first portion of the air outlet ; and a guide member configured to be moveable to a first position in which air discharged from the fan is guided to the first portion of the air outlet or a second position in which air discharged from the fan is guided to the second portion of the air outlet , wherein the guide member is arranged on the housing to be rotatable on a same center of rotation as a center of rotation of the fan . a housing having an air outlet ; a fan configured to suction air to an inside of the housing and move the air toward the air outlet ; a door configured to selectively open a first portion and a second portion different from the first portion of the air outlet ; and a guide member configured to be moveable to a first position in which air discharged from the fan is guided to the first portion of the air outlet or a second position in which air discharged from the fan is guided to the second portion of the air outlet , wherein the guide member is arranged on the housing to be rotatable on a same center of rotation as a center of rotation of the fan .
A printing apparatus comprising: a printer configured to perform printing on a recording sheet that has a recording surface and an adhesive surface provided opposite to the recording surface ; a case in which a discharge port for discharging the recording sheet subjected to printing by the printer is formed on a first surface ; and a non-adhesive member mounted in a state of covering at least a portion of the first surface of the case , characterised in that : the non-adhesive member is a sheet including a base material , a non-adhesive film that is provided on one surface of the base material , and a print layer and an adhesive layer that are provided on another surface of the base material , and the non-adhesive member is attached to the first surface of the case by using the adhesive layer . a printer configured to perform printing on a recording sheet that has a recording surface and an adhesive surface provided opposite to the recording surface ; a case in which a discharge port for discharging the recording sheet subjected to printing by the printer is formed on a first surface ; and a non-adhesive member mounted in a state of covering at least a portion of the first surface of the case , characterised in that : the non-adhesive member is a sheet including a base material , a non-adhesive film that is provided on one surface of the base material , and a print layer and an adhesive layer that are provided on another surface of the base material , and a base material , a non-adhesive film that is provided on one surface of the base material , and a print layer and an adhesive layer that are provided on another surface of the base material , and the non-adhesive member is attached to the first surface of the case by using the adhesive layer .
A fuel filter comprising a sleeve adapted to be fastened at a suction end of a fuel pump and defining a fuel passage opening , an envelope fastened to the sleeve and at least partially formed by a filtering membrane, and a wicking body made of spongy material, housed within the envelope and arranged in such a way as to completely cover the fuel passage opening , said filter being characterized in that the filtering membrane comprises a membrane portion completely covering the fuel passage opening , wherein the fuel filter further comprises a support structure housed within the envelope and provided for holding the wicking body , the support structure being formed in one piece with the sleeve , wherein the support structure comprises a proximal structure portion directly connected to the sleeve and a distal structure portion transversely extending from the proximal structure portion , wherein the distal structure portion is located at a level lower than the proximal structure portion , with respect to a direction parallel to the axis of the sleeve .
A drilling machine including: a mast having a longitudinal direction (L); an auger having a longitudinal axis (A) parallel to the longitudinal direction (L) and comprising a helical airfoil; a displacement device for moving the auger relative to the mast in translation along the longitudinal direction (L); a device for cleaning the auger comprising a carriage mounted to the mast in a sliding manner along the longitudinal direction (L) of the mast , the carriage including a body surrounding the auger and a scraper mounted to the body rotatably about an axis of rotation (R) parallel to the longitudinal direction (L), the scraper extending between a lower turn and an upper turn of the helical airfoil; characterized in that the drilling machine further includes a measuring member for determining the displacement (ΔZ, ΔZ 1 , ΔZ 2 ) of the carriage along the mast relative to an initial position (Z 0 ) of said carriage, and in that the cleaning device further includes a speed regulation device for regulating the speed of rotation (ω) of the scraper as a function of said displacement (ΔZ, ΔZ 1 , ΔZ 2 ) of the carriage. a mast having a longitudinal direction (L); an auger having a longitudinal axis (A) parallel to the longitudinal direction (L) and comprising a helical airfoil; a displacement device for moving the auger relative to the mast in translation along the longitudinal direction (L); a device for cleaning the auger comprising a carriage mounted to the mast in a sliding manner along the longitudinal direction (L) of the mast , the carriage including a body surrounding the auger and a scraper mounted to the body rotatably about an axis of rotation (R) parallel to the longitudinal direction (L), the scraper extending between a lower turn and an upper turn of the helical airfoil; characterized in that the drilling machine further includes a measuring member for determining the displacement (ΔZ, ΔZ 1 , ΔZ 2 ) of the carriage along the mast relative to an initial position (Z 0 ) of said carriage, and in that the cleaning device further includes a speed regulation device for regulating the speed of rotation (ω) of the scraper as a function of said displacement (ΔZ, ΔZ 1 , ΔZ 2 ) of the carriage.
Filling device for a liquid container comprising a filling pipe discharging into the liquid container , having a filling head at the end of the filling pipe which faces away from the liquid container , and a venting pipe for venting the liquid container , having an open end section at the end of the venting pipe which faces away from the liquid container , whereby the filling device comprises an indicator element for indicating a "container full" condition of the liquid container , characterized in that the indicator element during filling of the liquid container in a normal state, in which the liquid container is not full, is impinged upon by outflowing air in the venting pipe at a force such that the indicator element assumes a first recognizable condition, and whereby the indicator element during filling of the liquid container in the "container full" condition of the liquid container is not impinged on by outflowing air in the venting pipe at a force such that the indicator element assumes a second recognizable condition different from the first recognizable condition.
A galley insert comprising: a housing ; and a door ; wherein the housing is made from a first material , characterized in that the first material comprises: a first layer of continuous-fibre reinforced thermoplastic, CFRT, a second layer of CFRT, and a foam core arranged between the first and second layers of CFRT, wherein the second layer forms an outermost surface of the housing ; and the door is made from the first material, and wherein the second layer forms an outermost surface of the door. a housing ; and a door ; wherein the housing is made from a first material , characterized in that the first material comprises: a first layer of continuous-fibre reinforced thermoplastic, CFRT, a second layer of CFRT, and a foam core arranged between the first and second layers of CFRT, wherein the second layer forms an outermost surface of the housing ; and the door is made from the first material, and wherein the second layer forms an outermost surface of the door. a first layer of continuous-fibre reinforced thermoplastic, CFRT, a second layer of CFRT, and a foam core arranged between the first and second layers of CFRT, wherein the second layer forms an outermost surface of the housing ; and the door is made from the first material, and wherein the second layer forms an outermost surface of the door.
A process for the preparation of a core-shell microcapsule slurry comprising the steps of: a) admixing at least one hydrophobic material with at least one polyfunctional 1,1-disubstituted alkene monomer to form an oil phase; b) adding the oil phase into a water phase comprising a colloidal stabilizer to form an oil-in-water emulsion; c) applying sufficient conditions to induce interfacial polymerization of the polyfunctional of 1,1-disubstituted alkene monomer so as to form microcapsules in the form of a slurry, wherein a reactant is added in step a) and/or step b) and or step c). a) admixing at least one hydrophobic material with at least one polyfunctional 1,1-disubstituted alkene monomer to form an oil phase; b) adding the oil phase into a water phase comprising a colloidal stabilizer to form an oil-in-water emulsion; c) applying sufficient conditions to induce interfacial polymerization of the polyfunctional of 1,1-disubstituted alkene monomer so as to form microcapsules in the form of a slurry,
A fiber-containing crystal comprising a crystal body which is a crystal of a biological substance and a plurality of fibers which are at least partially incorporated in the crystal body, wherein the biological substance is a protein or a peptide, and wherein the fiber is a polyolefin-based fiber, a nylon-based fiber, a polyester-based fiber, an acryl-based fiber, an aramid fiber, a cellulose-based fiber, or a polyarylate fiber.
A method of forming a tube of polymeric material, comprising the steps of: providing a web of polymeric material comprising a lamination of a support layer and a sealant layer having differing heat-sealing characteristics; folding said web of polymeric material to position said support layer at an inside surface thereof to form a folded web ; forming a bond substantially along the length of said folded web spaced from and parallel to a folded edge of said web to form said tube of polymeric material with said sealant layer on an exterior of said tube and said support layer on an interior of said tube; and cutting said tube of polymeric material into individual sleeves ; wherein said step of forming a bond includes heat-bonding; characterized in that said heat-bonding comprises bonding said sealant layer to itself, without heat-sealing of said support layer to itself, by performing said cutting step by applying a heated knife to said folded we to thereby substantially simultaneously cut and heat-seal said folded web to form said tube, including applying heat to said folded web so that said sealant layer seals to itself to provide a bond for said tube. providing a web of polymeric material comprising a lamination of a support layer and a sealant layer having differing heat-sealing characteristics; folding said web of polymeric material to position said support layer at an inside surface thereof to form a folded web ; forming a bond substantially along the length of said folded web spaced from and parallel to a folded edge of said web to form said tube of polymeric material with said sealant layer on an exterior of said tube and said support layer on an interior of said tube; and cutting said tube of polymeric material into individual sleeves ; wherein said step of forming a bond includes heat-bonding; characterized in that said heat-bonding comprises bonding said sealant layer to itself, without heat-sealing of said support layer to itself, by performing said cutting step by applying a heated knife to said folded we to thereby substantially simultaneously cut and heat-seal said folded web to form said tube, including applying heat to said folded web so that said sealant layer seals to itself to provide a bond for said tube.
A method of isolating a pluripotent cell from a non-human mammalian pre-implantation embryo in a blastocyst stage of development, said embryo including one or more pluripotent cells, the method including: (i) establishing a primary culture of cells by depressing, embedding or flattening all or part of the embryo into a layer of feeder cells; (ii) propagating said primary culture in a medium that is substantially free of serum to allow undifferentiated growth of the one or more pluripotent cells and not allow growth of non-pluripotent cells from the embryo, for a period of time sufficient to allow the formation of homogenous pluripotent cell colonies; and (iii) isolating a pluripotent cell from the propagated primary culture. (i) establishing a primary culture of cells by depressing, embedding or flattening all or part of the embryo into a layer of feeder cells; (ii) propagating said primary culture in a medium that is substantially free of serum to allow undifferentiated growth of the one or more pluripotent cells and not allow growth of non-pluripotent cells from the embryo, for a period of time sufficient to allow the formation of homogenous pluripotent cell colonies; and (iii) isolating a pluripotent cell from the propagated primary culture.
A component mounting system at which multiple mounter modules , each equipped with a mounting head , are arranged along a conveyance direction of circuit boards, comprising: a component storage cabinet which is configured to store multiple component supply members , each housing many components; a supply device which is capable of traveling between the component storage cabinet and the multiple mounter modules , and which is configured to hold at least one of the component supply members and to supply a respective component supply member to a respective one of the multiple mounter modules and to collect a respective component supply member from the respective one of the multiple mounter modules ; a conveyance means which is configured to convey the supply device between the component storage cabinet and the multiple mounter modules ; characterized in that the component mounting system further comprises a verification section which is configured to read and verify the ID of the respective component supply member which is supplied to the respective one of the mounter modules from the supply device , wherein the conveyance means is configured to include guide rails provided on the front side of the multiple mounter modules , and follower rollers which are provided on the supply device side and which are configured to engage with the guide rails . a component storage cabinet which is configured to store multiple component supply members , each housing many components; a supply device which is capable of traveling between the component storage cabinet and the multiple mounter modules , and which is configured to hold at least one of the component supply members and to supply a respective component supply member to a respective one of the multiple mounter modules and to collect a respective component supply member from the respective one of the multiple mounter modules ; a conveyance means which is configured to convey the supply device between the component storage cabinet and the multiple mounter modules ; characterized in that the component mounting system further comprises a verification section which is configured to read and verify the ID of the respective component supply member which is supplied to the respective one of the mounter modules from the supply device , wherein the conveyance means is configured to include guide rails provided on the front side of the multiple mounter modules , and follower rollers which are provided on the supply device side and which are configured to engage with the guide rails .
An antenna feed chain , comprising: a lens horn comprising a rotationally-symmetric feed horn and a lens coupled to the feed horn , the lens horn having a first cross-polarization performance over a solid angle of interest and a frequency band of interest; and a polarizer having a second cross-polarization performance over the frequency band of interest, the polarizer coupled to the feed horn , characterized in that the first cross-polarization performance of the lens horn is configured to compensate for the second cross-polarization performance of the polarizer over the solid angle of interest and the frequency band of interest such that the cross-polarization performance of the full antenna feed chain is collectively maximized by leveling out the cross-polarization performance, wherein the compensation is due to: the shapes of the lens surfaces of the lens coupled to the feed horn ; the position of the lens ; and/or all, or a subset of, dimensions of the feed horn . a lens horn comprising a rotationally-symmetric feed horn and a lens coupled to the feed horn , the lens horn having a first cross-polarization performance over a solid angle of interest and a frequency band of interest; and a polarizer having a second cross-polarization performance over the frequency band of interest, the polarizer coupled to the feed horn , characterized in that the first cross-polarization performance of the lens horn is configured to compensate for the second cross-polarization performance of the polarizer over the solid angle of interest and the frequency band of interest such that the cross-polarization performance of the full antenna feed chain is collectively maximized by leveling out the cross-polarization performance, wherein the compensation is due to: the shapes of the lens surfaces of the lens coupled to the feed horn ; the position of the lens ; and/or all, or a subset of, dimensions of the feed horn . the shapes of the lens surfaces of the lens coupled to the feed horn ; the position of the lens ; and/or all, or a subset of, dimensions of the feed horn .
A cell culture medium comprising a basal cell culture medium that comprises serum and is further supplemented with between about 0.1 μM and about 10 μM of dexamethasone, between about 0.1 ng/mL and about 100 ng/mL of epidermal growth factor (EGF), 1X MEM essential amino acids, 1X-4X glutamine synthetase expression medium (GSEM) supplement and trace elements.