mhurhangee/patent-ind-claim-en huggingface dataset:
A recording apparatus comprising: an ejecting unit which can eject a first ink (I1) for image forming and a second ink onto a recording medium (P); and a control unit which can control ejecting operations of the first ink and the second ink in the ejecting unit, wherein the second ink is a substantially colorless permeation ink for causing the first ink to permeate through the recording medium so that a coloring material of the first ink is dispersed in the entire thickness direction of the recording medium and onto a face on a side opposite to a recording face, characterized in that the control unit is arranged to perform a plurality of ejecting operations of the first ink with respect to each ejecting operation of the second ink, so that at least a part of a landing position of the second ink and respective landing positions of the first ink overlap on the recording medium, wherein the control unit is arranged to perform said plurality of ejecting operations of the first ink either during movement of the ejecting unit in one direction, or during both a movement of the ejecting unit in an outward direction (B1) and the subsequent movement in the return direction (B2) in a reciprocating direction of the ejecting unit. an ejecting unit which can eject a first ink (I1) for image forming and a second ink onto a recording medium (P); and a control unit which can control ejecting operations of the first ink and the second ink in the ejecting unit, wherein the second ink is a substantially colorless permeation ink for causing the first ink to permeate through the recording medium so that a coloring material of the first ink is dispersed in the entire thickness direction of the recording medium and onto a face on a side opposite to a recording face, characterized in that the control unit is arranged to perform a plurality of ejecting operations of the first ink with respect to each ejecting operation of the second ink, so that at least a part of a landing position of the second ink and respective landing positions of the first ink overlap on the recording medium, wherein the control unit is arranged to perform said plurality of ejecting operations of the first ink either during movement of the ejecting unit in one direction, or during both a movement of the ejecting unit in an outward direction (B1) and the subsequent movement in the return direction (B2) in a reciprocating direction of the ejecting unit.
A method for an apparatus having a touch screen and a stereoscopic display, comprising: receiving information on presence of an object in close proximity to a touch screen surface of the touch screen, detecting a display element currently associated with the object , the display element being visualized to be displaced from a touch screen surface level in the z-direction substantially perpendicular to the touch screen surface by the stereoscopic display, wherein the display element comprises a graphical user interface object or icon, and the method characterized by further comprising adapting the position of the display element in the z-direction in relation to movement of the object towards or away from the touch screen surface on the basis of a distance between the object and the touch screen surface , wherein the display element is visualized , by the stereoscopic display: at an opposite side of the touch screen surface as compared to the position of the object ; to move in a direction opposite to the direction of movement of the object; and to locate substantially at the touch screen surface level in response to detecting the object to touch the touch screen surface. receiving information on presence of an object in close proximity to a touch screen surface of the touch screen, detecting a display element currently associated with the object , the display element being visualized to be displaced from a touch screen surface level in the z-direction substantially perpendicular to the touch screen surface by the stereoscopic display, wherein the display element comprises a graphical user interface object or icon, and the method characterized by further comprising adapting the position of the display element in the z-direction in relation to movement of the object towards or away from the touch screen surface on the basis of a distance between the object and the touch screen surface , wherein the display element is visualized , by the stereoscopic display: at an opposite side of the touch screen surface as compared to the position of the object ; to move in a direction opposite to the direction of movement of the object; and to locate substantially at the touch screen surface level in response to detecting the object to touch the touch screen surface.
A structure comprising: a pre-cast concrete column section ; and a pre-cast concrete beam section , wherein one of the pre-cast concrete column section or the pre-cast concrete beam section includes an embedded first assembly , wherein a threaded rod is contained within the embedded first assembly, and the other of the pre-cast concrete column section or the pre-cast concrete beam section includes an embedded second assembly having an aperture configured to receive the threaded rod; and wherein the threaded rod is configured to be rotatable within the embedded first assembly to extend a portion of the threaded rod out of the embedded first assembly toward the aperture of the embedded second assembly. a pre-cast concrete column section ; and a pre-cast concrete beam section , wherein one of the pre-cast concrete column section or the pre-cast concrete beam section includes an embedded first assembly , wherein a threaded rod is contained within the embedded first assembly, and the other of the pre-cast concrete column section or the pre-cast concrete beam section includes an embedded second assembly having an aperture configured to receive the threaded rod; and wherein the threaded rod is configured to be rotatable within the embedded first assembly to extend a portion of the threaded rod out of the embedded first assembly toward the aperture of the embedded second assembly.
Pharmaceutical or nutraceutical composition containing S-allyl-L-cysteine, for use in the treatment of multiple sclerosis, in humans or animals.
A method for use in an electronic device, comprising the steps of: selecting a filtering region in a first layer of a user interface based on a position of a content item in a second layer of the user interface; extracting a representative color from the filtering region; if the representative color matches a color of the content item, resetting the filtering region, generating a new filtering region by expanding the filtering region by a predetermined amount and return to above extracting step, otherwise applying a graphical effect to the filtering region, wherein the graphical effect is applied based on the representative color; and displaying, on a display of the electronic device, a screen that is produced by merging the first layer with the second layer after the graphical effect is applied to the filtering region. selecting a filtering region in a first layer of a user interface based on a position of a content item in a second layer of the user interface; extracting a representative color from the filtering region; if the representative color matches a color of the content item, resetting the filtering region, generating a new filtering region by expanding the filtering region by a predetermined amount and return to above extracting step, otherwise applying a graphical effect to the filtering region, wherein the graphical effect is applied based on the representative color; and displaying, on a display of the electronic device, a screen that is produced by merging the first layer with the second layer after the graphical effect is applied to the filtering region.
A helmet comprised of: a hard outer shell ; a compressible liner in contact with an inner surface of the hard outer shell ; a comfort liner in contact with an inner surface of the compressible liner , where a damping hole is defined longitudinally along a longitudinal axis (A-A) through the hard outer shell , the compressible liner , and the comfort liner ; and characterised by a pendulum damping system disposed in the damping hole and extending longitudinally from the outer shell to the comfort liner , the pendulum damping system comprised of: an outer compressible disc attached to the outer shell ; a rod coupled to the outer disc and extending longitudinally inwardly to an inner compressible disc to which the rod is coupled; the inner compressible disc attached to the compressible liner ; a head stabilizer flexibly coupled to the inner compressible disc and spaced longitudinally and inwardly from the inner compressible disc , wherein the head stabilizer is configured to engage a head of a wearer of the helmet ; and a resilient member extending between the inner compressible disc and the head stabilizer , wherein the resilient member is embedded in a space within the comfort liner . a hard outer shell ; a compressible liner in contact with an inner surface of the hard outer shell ; a comfort liner in contact with an inner surface of the compressible liner , where a damping hole is defined longitudinally along a longitudinal axis (A-A) through the hard outer shell , the compressible liner , and the comfort liner ; and characterised by a pendulum damping system disposed in the damping hole and extending longitudinally from the outer shell to the comfort liner , the pendulum damping system comprised of: an outer compressible disc attached to the outer shell ; a rod coupled to the outer disc and extending longitudinally inwardly to an inner compressible disc to which the rod is coupled; the inner compressible disc attached to the compressible liner ; a head stabilizer flexibly coupled to the inner compressible disc and spaced longitudinally and inwardly from the inner compressible disc , wherein the head stabilizer is configured to engage a head of a wearer of the helmet ; and a resilient member extending between the inner compressible disc and the head stabilizer , wherein the resilient member is embedded in a space within the comfort liner . an outer compressible disc attached to the outer shell ; a rod coupled to the outer disc and extending longitudinally inwardly to an inner compressible disc to which the rod is coupled; the inner compressible disc attached to the compressible liner ; a head stabilizer flexibly coupled to the inner compressible disc and spaced longitudinally and inwardly from the inner compressible disc , wherein the head stabilizer is configured to engage a head of a wearer of the helmet ; and a resilient member extending between the inner compressible disc and the head stabilizer , wherein the resilient member is embedded in a space within the comfort liner .
A method in which a first apparatus performs wireless communication, the method comprising: receiving, from a base station, physical sidelink feedback channel, PSFCH, resource period information, information related to a set of resource blocks, RBs, available for PSFCH transmission, and information related to a number of cyclic shifts available for the PSFCH transmission; receiving (S1300), from a second apparatus, a physical sidelink shared channel, PSSCH; determining (S1310) a PSFCH resource related to the PSSCH, in a slot determined based on the PSFCH resource period information, based on the information related to the set of RBs and the information related to the number of cyclic shifts; and transmitting (S1320), to the second apparatus, Hybrid Automatic Repeat Request, HARQ, information based on the PSFCH resource. receiving, from a base station, physical sidelink feedback channel, PSFCH, resource period information, information related to a set of resource blocks, RBs, available for PSFCH transmission, and information related to a number of cyclic shifts available for the PSFCH transmission; receiving (S1300), from a second apparatus, a physical sidelink shared channel, PSSCH; determining (S1310) a PSFCH resource related to the PSSCH, in a slot determined based on the PSFCH resource period information, based on the information related to the set of RBs and the information related to the number of cyclic shifts; and transmitting (S1320), to the second apparatus, Hybrid Automatic Repeat Request, HARQ, information based on the PSFCH resource.
A dose delivery device comprising a housing , a dose selector , a push-button , a piston rod not rotating during dose setting and rotating during injection, and a driver threadedly engaged with the piston rod , wherein a dose can be set by rotating the dose selector , whereby the push-button is elevated from one end of the device a distance proportional to the set dose from a position fixed relative to the housing , and wherein the set dose can be injected by pressing the push-button back to its non-elevated position, characterised in that through said motion the piston rod and the driver will move the same distance axially, at least after an initial movement of the push-button , and in that the driver follows a helical path when setting a dose and the same helical path in the opposite direction and together with the piston rod when injecting the set dose.
Rotor blade with a leading edge and a trailing edge , designed and configured for being exposed to a fluid flowing substantially from the leading edge to the trailing edge of the rotor blade , which rotor blade comprises a portion which has the shape of an airfoil comprising a pressure side and a suction side , each confined by the trailing edge and the leading edge , characterized in that the rotor blade comprises - two membranes arranged at the surface of the rotor blade , one on the pressure side and one on the suction side of the airfoil, and connected by a flexible tube , - each membrane acting as a sensor for detecting flow characteristics of the fluid and as an actuator for producing an anti-noise signal , - the membranes arranged and prepared such that flow-induced edge noise of the rotor blade , which is generated by the fluid at the trailing edge of the rotor blade , is at least partly cancelled out by the anti-noise signal being produced by the membranes . - two membranes arranged at the surface of the rotor blade , one on the pressure side and one on the suction side of the airfoil, and connected by a flexible tube , - each membrane acting as a sensor for detecting flow characteristics of the fluid and as an actuator for producing an anti-noise signal , - the membranes arranged and prepared such that flow-induced edge noise of the rotor blade , which is generated by the fluid at the trailing edge of the rotor blade , is at least partly cancelled out by the anti-noise signal being produced by the membranes .
Emulsion comprising a continuous aqueous phase and a dispersed fatty phase in the form of drops, or conversely, the drops comprising a shell formed of at least one anionic polymer comprising at least one carboxylic acid function and at least one cationic polymer comprising at least two amine functions, wherein the quantity of amine functions provided by the cationic polymer in the fatty phase is between 0.2 μmol and 2 μmol per gram of fatty phase, the cationic polymer being a silicone polymer modified with a primary, secondary or tertiary amine function, and wherein the fatty phase does not comprise polydimethylsiloxane. wherein the quantity of amine functions provided by the cationic polymer in the fatty phase is between 0.2 μmol and 2 μmol per gram of fatty phase, the cationic polymer being a silicone polymer modified with a primary, secondary or tertiary amine function, and wherein the fatty phase does not comprise polydimethylsiloxane.
A functional component attaching member which is formed of rubber for attaching a functional component to an inner surface of a tire, comprising: a bottom surface to be fixed to the inner surface of the tire; an attaching portion having a recessed portion in which a functional component-side attaching portion provided on the functional component is fitted in a fitted state; and a reinforcing material embedded in a rubber portion on an outer side of the recessed portion , characterised in that the reinforcing material is formed of one or more annular bodies arranged in the rubber to surround a periphery of the recessed portion . a bottom surface to be fixed to the inner surface of the tire; an attaching portion having a recessed portion in which a functional component-side attaching portion provided on the functional component is fitted in a fitted state; and a reinforcing material embedded in a rubber portion on an outer side of the recessed portion , characterised in that the reinforcing material is formed of one or more annular bodies arranged in the rubber to surround a periphery of the recessed portion .
Hand tool device for establishing a mechanical connection or for machining a workpiece, having a device housing , in particular screwing device, riveting device, punching device, drilling device, milling device or welding device, comprising a plurality of device modules (102 to 104, 112, 113, 114, 116) for realizing device functions, a detection device for detecting properties characteristic of a device module (102 to 104, 112, 113, 114, 115, 116), a feedback device for realizing a feedback signal for the device user, which feedback signal the device user can perceive as a physical sensation, an allocation device by means of which a device module (102 to 104, 112, 113, 114, 115, 116) can be assigned to the feedback device in order to generate a device module-specific feedback signal for the device user by way of the feedback device , wherein the assignment can be stored in a user management device in a user-specific manner and provision is made for device module-specific feedback to the user to be able to be realized taking into account the characteristic property of the device module (102 to 104, 112, 113, 114, 115, 116) as soon as the device module (102 to 104, 112, 113, 114, 115, 116) is assigned to the feedback device , and wherein the device modules (102 to 104, 112, 113, 114) from which characteristic properties are to be processed can be configured by the device user, and a user identification device for user identification, wherein the device automatically provides a previously defined user-specific assignment between a device module (102 to 104, 112, 113, 114, 115, 116) and the feedback device after the device user has identified themselves on the device by means of the user identification device .
A multilayer biaxially oriented polypropylene film comprising: a. an outer layer comprising a first polymer which is a homopolymer polypropylene resin having a melting point, as determined by differential scanning calorimetry ("DSC"), of at least 155°C; b. a core layer, with a melting point, as determined by DSC, greater than 150°C, comprising a blend comprising a second polymer which is a polypropylene homopolymer having a melting point, as determined by DSC, of at least 155°C and a third polymer having a melting point, as determined by DSC, no greater than 145°C, wherein the second polymer comprises from 20% to 80% by weight of the core layer while the third polymer comprises from 80% to 20% by weight of the core layer; and c. a sealant layer comprising a fourth polymer having a melting point, as determined by DSC, no greater than 145°C; wherein the core layer thickness is no more than 75% of the film thickness; and wherein the term "melting point" as used herein for a material which exhibits multiple melting peaks in DSC refers to the temperature of the melting peak at the maximum temperature. a. an outer layer comprising a first polymer which is a homopolymer polypropylene resin having a melting point, as determined by differential scanning calorimetry ("DSC"), of at least 155°C; b. a core layer, with a melting point, as determined by DSC, greater than 150°C, comprising a blend comprising a second polymer which is a polypropylene homopolymer having a melting point, as determined by DSC, of at least 155°C and a third polymer having a melting point, as determined by DSC, no greater than 145°C, wherein the second polymer comprises from 20% to 80% by weight of the core layer while the third polymer comprises from 80% to 20% by weight of the core layer; and c. a sealant layer comprising a fourth polymer having a melting point, as determined by DSC, no greater than 145°C; wherein the core layer thickness is no more than 75% of the film thickness; and wherein the term "melting point" as used herein for a material which exhibits multiple melting peaks in DSC refers to the temperature of the melting peak at the maximum temperature. wherein the core layer thickness is no more than 75% of the film thickness; and wherein the term "melting point" as used herein for a material which exhibits multiple melting peaks in DSC refers to the temperature of the melting peak at the maximum temperature.
A stamp type fluid delivery container with microneedles, the stamp type fluid delivery container comprising: a container body configured to keep fluid therein, having a coupling portion on an outer side of an upper portion thereof, and having a coupling groove inside the upper portion; a needle housing having a body that is inserted in the coupling groove of the container body and has slots that are vertically formed through the body and arranged to the left and right in parallel and in which microneedles are inserted, respectively; a sealing cover installed on a top of the container body and preventing leakage of fluid coming out of the slots of the needle housing; and a closing cap coupled to the coupling portion of the container body, wherein a fluid discharge hole is formed in an oblong shape on a bottom of the coupling groove of the container body across the slots of the needle housing, and an air hole preventing leakage of fluid in the container body and enabling air to flow is formed in an upper portion of the coupling portion. a container body configured to keep fluid therein, having a coupling portion on an outer side of an upper portion thereof, and having a coupling groove inside the upper portion; a needle housing having a body that is inserted in the coupling groove of the container body and has slots that are vertically formed through the body and arranged to the left and right in parallel and in which microneedles are inserted, respectively; a sealing cover installed on a top of the container body and preventing leakage of fluid coming out of the slots of the needle housing; and a closing cap coupled to the coupling portion of the container body, wherein a fluid discharge hole is formed in an oblong shape on a bottom of the coupling groove of the container body across the slots of the needle housing, and an air hole preventing leakage of fluid in the container body and enabling air to flow is formed in an upper portion of the coupling portion.