mhurhangee/patent-ind-claim-en huggingface dataset:
An aqueous inkjet ink comprising water-insoluble resin particles, an organic solvent, a color material, and water, wherein the organic solvent contains an organic solvent selected from glycols or diols, and the water-insoluble resin particles contain a composite resin in which a polyolefin resin is contained in a polyurethane resin.
An anti-splash device including at least one element (4, 4', 4") comprising at least one substantially cylindrical float , a flap , one longitudinal edge of the longitudinal edges of which is attached under said float and the other longitudinal edge of which is provided with a ballast such that, when the float is floating on the water surface , said flap extends under the entire said float and is kept vertically tensioned by said ballast , said element being arranged to be secured by halyards to a watercraft , the float floating on the water surface in such a way that it is pressed against the hull of said watercraft , said anti-splash device being characterised in that each element (4, 4', 4") comprises two flaps each connecting the ballast and the or one of the floats so that the flaps form an assembly, the cross section of which has a general V shape and in that each element includes an additional float of smaller diameter and of the same length as the float(s) , connected to a float by a flexible link and arranged to be disposed between the hull of the watercraft and said element when the anti-splash device is placed around said watercraft .
Rack (12 to 14) for a household dishwasher , having a basket for items to be washed for receiving items to be washed, a supporting facility , mounted movably on the basket for items to be washed, for supporting the items to be washed, wherein the supporting facility comprises a plurality of supporting elements (22 to 24), and a marker facility , which is attached to at least one of the supporting elements , wherein the marker facility comprises a socket element , which receives the at least one supporting element within it, and a sleeve element , which receives the socket element within it, and wherein with the aid of the socket element being moved into the sleeve element , the marker facility can be brought from an unlocked state (Z 1), in which a first engagement section of the sleeve element and a counter engagement section of the socket element are in form-fit engagement, into a locked state (Z2), in which a second engagement section of the sleeve element and the counter engagement section are in form-fit engagement, characterised in that the socket element has lug sections which can be deformed in a spring-elastic manner, which, when the marker facility is slid onto the at least one supporting element in the unlocked state (Z 1), perform an evasive movement away from the at least one supporting element , wherein the sleeve element blocks the evasive movement in the locked state (Z2).
An optical waveguide device comprising: an optical waveguide element including a substrate and of which a first output waveguide is inclined with respect to an output end face (M) of the substrate and a second output waveguide is inclined with respect to both the first output waveguide and the output end face (M); a lens that allows beams respectively output from the first and second output waveguides to be parallel to each other; characterized in that the optical waveguide device further comprises: a polarization beam rotating unit that rotates the polarization of the beam output from the optical waveguide element or the lens ; and a polarization beam combining unit that combines differently polarized beams output from the polarization beam rotating unit or the lens ; wherein the first output waveguide and the second output waveguide intersect each other in the substrate, and the first output waveguide and the second output waveguide form respectively angles with respect to the normal line of the output end face (M). an optical waveguide element including a substrate and of which a first output waveguide is inclined with respect to an output end face (M) of the substrate and a second output waveguide is inclined with respect to both the first output waveguide and the output end face (M); a lens that allows beams respectively output from the first and second output waveguides to be parallel to each other; characterized in that the optical waveguide device further comprises: a polarization beam rotating unit that rotates the polarization of the beam output from the optical waveguide element or the lens ; and a polarization beam combining unit that combines differently polarized beams output from the polarization beam rotating unit or the lens ; a polarization beam rotating unit that rotates the polarization of the beam output from the optical waveguide element or the lens ; and a polarization beam combining unit that combines differently polarized beams output from the polarization beam rotating unit or the lens ; wherein the first output waveguide and the second output waveguide intersect each other in the substrate, and the first output waveguide and the second output waveguide form respectively angles with respect to the normal line of the output end face (M).
A method comprising: performing distributed acoustic sensing to provide a measurement signal from each of a plurality of sensing portions of a first length of a sensing optical fibre , wherein the first length of the sensing optical fibre runs alongside a road having a plurality of lanes (101-0, 101-1, 101-2, 101-3); processing the measurement signals from said sensing portions to detect vehicles travelling on the road and determine at least one detected traffic flow property; and using a traffic flow model to relate the detected flow property to a modelled flow property, wherein the traffic flow model is configured to model vehicle detections that will be missed by the distributed acoustic sensing and wherein the traffic flow model comprises an observation probability, the observation probability being the likelihood that detection of a vehicle in one lane will or will not be acoustically masked by a vehicle in a different lane which is closer to the sensing optical fibre. performing distributed acoustic sensing to provide a measurement signal from each of a plurality of sensing portions of a first length of a sensing optical fibre , wherein the first length of the sensing optical fibre runs alongside a road having a plurality of lanes (101-0, 101-1, 101-2, 101-3); processing the measurement signals from said sensing portions to detect vehicles travelling on the road and determine at least one detected traffic flow property; and using a traffic flow model to relate the detected flow property to a modelled flow property, wherein the traffic flow model is configured to model vehicle detections that will be missed by the distributed acoustic sensing and wherein the traffic flow model comprises an observation probability, the observation probability being the likelihood that detection of a vehicle in one lane will or will not be acoustically masked by a vehicle in a different lane which is closer to the sensing optical fibre.
A command device for a water supply plumbing fixture comprising a plurality of fixture lines, wherein the water supply plumbing fixture comprises at least one inlet line and a plurality of supply lines fluidically connectable to specific supply devices such as a showerhead and/or hand shower, wherein the command device comprises a main axis (X-X) and comprises furthermore: - a base group fluidically connectable to at least one inlet line and to said supply lines; - an activation and regulation group engaged to the base group ; wherein the activation and regulation group comprises: - a plurality of activation members that extend substantially parallel to the main axis (X-X) and are configurable in an active and passive configuration in which they respectively allow or prevent the passage of water to a respective supply line; - a regulation member ; wherein the regulation member comprises: - an adjustment crown annular with respect to the main axis (X-X), angularly rotatable, wherein said activation members are housed at least in part within said adjustment crown ; - a valve element , housed at least in part inside said adjustment crown , engaged to the base group and to the adjustment crown , in such a way that each angular position of the adjustment crown corresponds to a respective configuration of the valve element corresponding to a consequent variation in the flow rate of the water flowing in the base group, i.e. between at least one inlet line and the supply lines. - a base group fluidically connectable to at least one inlet line and to said supply lines; - an activation and regulation group engaged to the base group ; - a plurality of activation members that extend substantially parallel to the main axis (X-X) and are configurable in an active and passive configuration in which they respectively allow or prevent the passage of water to a respective supply line; - a regulation member ; - an adjustment crown annular with respect to the main axis (X-X), angularly rotatable, wherein said activation members are housed at least in part within said adjustment crown ; - a valve element , housed at least in part inside said adjustment crown , engaged to the base group and to the adjustment crown , in such a way that each angular position of the adjustment crown corresponds to a respective configuration of the valve element corresponding to a consequent variation in the flow rate of the water flowing in the base group, i.e. between at least one inlet line and the supply lines.
A valve assembly comprising a valve and a guard structure for connection to a gas cylinder body to form a gas cylinder assembly , the gas cylinder body including a base and a neck to which a proximal end of the valve is connected in use, the guard structure being secured to the valve and comprising a mounting structure attached to an upper end of the valve and a guard body connected to the mounting structure such that the mounting structure supports at least a portion of the guard body, wherein the guard body is arranged to surround the valve and mounting structure and comprises first and second clamshell portions , each arranged to engage conformally with the mounting structure , and a dependent lip extending around the perimeter of the guard body, the dependent lip being located and arranged to be graspable by at least one user to enable the gas cylinder assembly to be lifted and/or manoeuvred.
A communication program that causes a computer to execute a process, the process comprising: receiving (S200-5) a certificate of a user from a second communication device which issues the certificate to the user ; receiving (S200-2), from the second communication device , policy information that is to be used in the computer to determine whether the certificate of the user is permitted to be sent to a third communication device ; in response to receiving (S302-1), from a first communication device used by the user , a request for sending the certificate of the user to the third communication device , obtaining (S302-2) a determination result by determining whether the certificate of the user is permitted to be sent to the third communication device in accordance with the received policy information; and in response to the determination result indicating that the certificate of the user is permitted to be sent to the third communication device , sending (S302-3), to the third communication device , the certificate of the user . receiving (S200-5) a certificate of a user from a second communication device which issues the certificate to the user ; receiving (S200-2), from the second communication device , policy information that is to be used in the computer to determine whether the certificate of the user is permitted to be sent to a third communication device ; in response to receiving (S302-1), from a first communication device used by the user , a request for sending the certificate of the user to the third communication device , obtaining (S302-2) a determination result by determining whether the certificate of the user is permitted to be sent to the third communication device in accordance with the received policy information; and in response to the determination result indicating that the certificate of the user is permitted to be sent to the third communication device , sending (S302-3), to the third communication device , the certificate of the user .
A multipolar fusible link comprising: an input terminal ; a bus bar through which an electric current input from the input terminal flows, the bus bar having opposite upper and lower edges as well as an end edge positioned opposite the input terminal, the end edge extending from the lower edge to the upper end; and a plurality of terminals connected to the bus bar via fusible sections , characterised in that the shape of the lower edge of the bus bar , to which the fusible sections are connected, changes such that the width of the bus bar between the lower edge and an upper edge positioned opposite the lower edge gradually decreases from a portion to which a fusible section closest to the input terminal is connected towards the end edge , whereby a width between the lower edge and an upper edge positioned opposite the lower edge changes in accordance with the fusible sections connected to the lower edge and shapes of the fusible sections connected to the lower edge change in accordance with the width. an input terminal ; a bus bar through which an electric current input from the input terminal flows, the bus bar having opposite upper and lower edges as well as an end edge positioned opposite the input terminal, the end edge extending from the lower edge to the upper end; and a plurality of terminals connected to the bus bar via fusible sections , characterised in that the shape of the lower edge of the bus bar , to which the fusible sections are connected, changes such that the width of the bus bar between the lower edge and an upper edge positioned opposite the lower edge gradually decreases from a portion to which a fusible section closest to the input terminal is connected towards the end edge , whereby a width between the lower edge and an upper edge positioned opposite the lower edge changes in accordance with the fusible sections connected to the lower edge and shapes of the fusible sections connected to the lower edge change in accordance with the width.
Converter arrangement having a converter phase which extends between a first and a second DC voltage pole , wherein the converter phase comprises an AC voltage terminal and a first converter arm , which extends between the first DC voltage pole and the AC voltage terminal , and a second converter arm , which extends between the AC voltage terminal and the second DC voltage pole , wherein the first converter arm comprises a first series circuit of two-pole switching modules , and the second converter arm comprises a second series circuit of two-pole switching modules , wherein each of the switching modules comprises power semiconductor switches and an energy store, wherein the converter phase comprises a phase module arrester in an arrester branch arranged in parallel with the two series circuits (13a,b) of the switching modules , which is configured for the overvoltage protection of the switching modules of the two series circuits (13a,b), wherein a first arm inductance is provided, which is arranged in the first converter arm between the first DC voltage pole and the first series circuit of switching modules , and a second arm inductance is further provided, which is arranged in the second converter arm between the second DC voltage pole and the second series circuit of switching modules , characterized in that the arrester branch extends between a first potential point between the first arm inductance and the first series circuit of switching modules and a second potential point between the second arm inductance and the second series circuit of switching modules . wherein the converter phase comprises a phase module arrester in an arrester branch arranged in parallel with the two series circuits (13a,b) of the switching modules , which is configured for the overvoltage protection of the switching modules of the two series circuits (13a,b), wherein a first arm inductance is provided, which is arranged in the first converter arm between the first DC voltage pole and the first series circuit of switching modules , and a second arm inductance is further provided, which is arranged in the second converter arm between the second DC voltage pole and the second series circuit of switching modules , characterized in that the arrester branch extends between a first potential point between the first arm inductance and the first series circuit of switching modules and a second potential point between the second arm inductance and the second series circuit of switching modules .
A cryogenic tissue ablation instrument , comprising: an elongate flexible body having a coolant supply lumen in fluid communication with (a) a proximal supply port adapted for coupling to a source of pressurized flowable coolant and (b) a dispersion member including a plurality of coolant dispersion apertures , and an expandable balloon disposed on a distal portion of the elongate flexible body, the expandable balloon having a wall , the wall having a side-facing energy delivery portion , the cryogenic tissue ablation instrument being characterised by the plurality of coolant dispersion apertures being sized and positioned such that the flowable coolant exits the dispersion member radially and in the form of a liquid spray that contacts and cools the side-facing energy delivery portion of the wall of the expandable balloon, the side-facing energy delivery portion being only a circumferentially limited portion of the wall of the expandable balloon. an elongate flexible body having a coolant supply lumen in fluid communication with (a) a proximal supply port adapted for coupling to a source of pressurized flowable coolant and (b) a dispersion member including a plurality of coolant dispersion apertures , and an expandable balloon disposed on a distal portion of the elongate flexible body, the expandable balloon having a wall , the wall having a side-facing energy delivery portion , the cryogenic tissue ablation instrument being characterised by the plurality of coolant dispersion apertures being sized and positioned such that the flowable coolant exits the dispersion member radially and in the form of a liquid spray that contacts and cools the side-facing energy delivery portion of the wall of the expandable balloon, the side-facing energy delivery portion being only a circumferentially limited portion of the wall of the expandable balloon.
A balancer for being used in a balancing unit of a laundry treatment apparatus, comprising: a receptacle to be mounted to an inner circumferential surface of a drum of said apparatus, the receptacle providing an inner space for storage of liquid; an inlet formed at the receptacle, through which liquid can be introduced into the receptacle ; an outlet for discharging the liquid stored in the receptacle ; and guiding means for guiding liquid introduced into the receptacle through the inlet such that the liquid moves from a center of the receptacle to an edge thereof, characterized in that the guiding means is a guide plate , which is configured to divide the inner space of the receptacle into an upper space facing a rotational center of the drum and a lower space facing the inner circumferential surface of the drum . a receptacle to be mounted to an inner circumferential surface of a drum of said apparatus, the receptacle providing an inner space for storage of liquid; an inlet formed at the receptacle, through which liquid can be introduced into the receptacle ; an outlet for discharging the liquid stored in the receptacle ; and guiding means for guiding liquid introduced into the receptacle through the inlet such that the liquid moves from a center of the receptacle to an edge thereof, characterized in that the guiding means is a guide plate , which is configured to divide the inner space of the receptacle into an upper space facing a rotational center of the drum and a lower space facing the inner circumferential surface of the drum .
A backlight unit comprising: a first reflector ; a second reflector partially having an inclined surface; a plurality of light sources disposed between the first reflector and the second reflector ; a third reflector disposed between adjacent light sources , and an optical member spaced apart from the second reflector by a predetermined distance to define a space therebetween, characterized in that a light guide plate is not provided in the space between the second reflector and the optical member , and an air guide is defined in the space between the second reflector and the optical member , and the inclined surface of the second reflector has a predetermined gradient with respect to a surface of the first reflector , and the surface of the first reflector is flat, the third reflector comprises a first reflective member and a second reflective member , and the first reflective member closer to the light sources has greater reflectivity than the second reflective member disposed more distant from the light sources than the first reflective member. a first reflector ; a second reflector partially having an inclined surface; a plurality of light sources disposed between the first reflector and the second reflector ; a third reflector disposed between adjacent light sources , and an optical member spaced apart from the second reflector by a predetermined distance to define a space therebetween, characterized in that a light guide plate is not provided in the space between the second reflector and the optical member , and an air guide is defined in the space between the second reflector and the optical member , and the inclined surface of the second reflector has a predetermined gradient with respect to a surface of the first reflector , and the surface of the first reflector is flat, the third reflector comprises a first reflective member and a second reflective member , and the first reflective member closer to the light sources has greater reflectivity than the second reflective member disposed more distant from the light sources than the first reflective member.
A method of continuous separation of a plasmid from a process feed comprising a plasmid in an apparatus with at least three chromatography columns packed with particles of the same separation matrix, wherein while one chromatography column is loaded with the process feed, another chromatography column is eluted with an eluent to recover the separated plasmid, and yet another chromatography column is eluted with a further eluent to remove contaminants.