mhurhangee/ep-ind-claims huggingface dataset:
A wavelength conversion element, comprising: a substrate; a wavelength conversion layer, disposed on the substrate, wherein the wavelength conversion layer includes an inorganic adhesive and a wavelength conversion material, and the wavelength conversion material is mixed with the inorganic adhesive; and a first inorganic interstitial layer, disposed between the wavelength conversion layer and the substrate, wherein a thickness of the first inorganic interstitial layer in a direction perpendicular to the substrate increases from a center towards an edge, or decreases from a center towards an edge, and a surface of the first inorganic interstitial layer facing the substrate is flat. a substrate; a wavelength conversion layer, disposed on the substrate, wherein the wavelength conversion layer includes an inorganic adhesive and a wavelength conversion material, and the wavelength conversion material is mixed with the inorganic adhesive; and a first inorganic interstitial layer, disposed between the wavelength conversion layer and the substrate, wherein a thickness of the first inorganic interstitial layer in a direction perpendicular to the substrate increases from a center towards an edge, or decreases from a center towards an edge, and a surface of the first inorganic interstitial layer facing the substrate is flat.
Refrigerating device with a body, with a first and a second door (4, 5), which are each attached with one of their edges to opposite sides of an opening of the body, and with a beam, which is hinged to an edge of the first door, which is opposite to the attached edge of said door and which can be pivoted with the aid of a guiding projection which can be displaced in a guiding groove formed on the edge of the opening, between a position adopted when the first door is closed, in which one edge of the second door which is opposite the attached edge of said door, rests on the beam and a position which is adopted when the first door is open, in which the beam is able to pass the closed second door, wherein the guiding projection can be displaced in relation to the first door in the direction of its pivot axis and wherein the guiding projection can also be displaced in relation to the beam in the direction of the pivot axis of the first door, characterised in that the arc-shaped guiding projection in the cross-section can be guided in a displaceable fashion in a channel of the beam having a complementary cross-section.
An apparatus (300, 400) for densifying and compacting granular materials, comprising: - a compaction chamber (318, 418); and - one or more diametric restriction elements for forming a compaction surface during downward movement of the apparatus, characterized by: a closed-end drive pipe (310, 410), wherein the bottom end of the drive pipe is fitted into one end of the compaction chamber. - a compaction chamber (318, 418); and - one or more diametric restriction elements for forming a compaction surface during downward movement of the apparatus, characterized by: a closed-end drive pipe (310, 410), wherein the bottom end of the drive pipe is fitted into one end of the compaction chamber.
An amusement device for fun fairs, amusement parks or the like, comprising a substantially circular plane base on which a star-shaped drive unit (3, 31) is arranged, which is rotatably mounted on a support bearing (5, 28) of the base, and at least one passenger gondola is arranged on each arm of the drive unit (3, 31), wherein one or more of the passenger gondolas arranged on the arms (8, 32) are displaceable in the radial direction of the drive unit (3, 31) by means of respective pushing devices (15, 24) each displaceably arranged in the longitudinal direction of the arms (8, 32), the respective passenger gondolas being coupled to the respective pushing devices (15, 24) for radial displacement, and in that the pushing devices (15, 24) follow a predetermined guide track (7, 14) during the circulation of the drive unit (3, 31) on the base, so that the passenger gondolas follow a circulation path on the base which corresponds to the course of the guide track (7, 14), characterized in that the drive unit (3, 31) is eccentrically mounted on the base, the base forms the bottom of a water basin and that the passenger gondolas are formed as floatable boats, the passenger gondolas being conveyed to the rim of the basin at the beginning or end of a ride of the amusement device to allow the passengers' entrance or exit and in that one or more gondolas are attached to a gondola frame which is connected to the pushing device (15, 24) in a horizontally pivotable or rotatable manner.
A method for executing in an embedded browser an application script for network applications of different origins, the method comprising: (a) establishing, by a client application of a client device, a first one or more sessions with a first one or more network applications of a first entity at a first origin via an embedded browser within the client application; (b) establishing by the client application of the client device, a second one or more sessions with a second one or more network applications of a second entity at a second origin via the embedded browser within the client application; (c) identifying, by a scripting engine within the client application of the client device of a user at a third origin, an application script responsive to a request to perform a task, the application script comprising instructions to interact with each of the first one or more networks applications of the first entity at the first origin and the second one or more network applications of the second entity at the second origin so as to perform the task, the third origin being different from the first origin and the second origin; and (d) executing, by the scripting engine, the instructions of the application script to perform by the client device a first action of the task across the first one or more networks applications of the first entity at the first origin and to perform by the client device a second action of the task using the second one or more network applications of the second entity at the second origin. (a) establishing, by a client application of a client device, a first one or more sessions with a first one or more network applications of a first entity at a first origin via an embedded browser within the client application; (b) establishing by the client application of the client device, a second one or more sessions with a second one or more network applications of a second entity at a second origin via the embedded browser within the client application; (c) identifying, by a scripting engine within the client application of the client device of a user at a third origin, an application script responsive to a request to perform a task, the application script comprising instructions to interact with each of the first one or more networks applications of the first entity at the first origin and the second one or more network applications of the second entity at the second origin so as to perform the task, the third origin being different from the first origin and the second origin; and (d) executing, by the scripting engine, the instructions of the application script to perform by the client device a first action of the task across the first one or more networks applications of the first entity at the first origin and to perform by the client device a second action of the task using the second one or more network applications of the second entity at the second origin.
A vascular filter device comprising: a support frame comprising a proximal hoop (205, 206), a distal hoop (211, 212), and proximal and distal connector struts (208, 210), filter elements for capturing thrombus passing through a blood vessel, the filter elements extending from the support frame towards filter element ends forming an apex at which they are interconnected, the apex being located at or near a central axis of the vascular device, wherein the filter elements are biased such that if unconnected the filter element ends are located between the support frame and said central axis when the vascular filter device is unconstrained, and wherein the device comprises a proximal part and a distal part which are connected together at a connection in the connector struts (208, 210), wherein: the proximal part has proximal peaks of the proximal hoop and distal peaks of said proximal hoop, the filter elements, the proximal connector struts, and a cylindrical filter apex which is integral with the filter elements, and the distal part has the distal connector struts, proximal peaks of the distal hoop, and distal peaks of the distal hoop. a support frame comprising a proximal hoop (205, 206), a distal hoop (211, 212), and proximal and distal connector struts (208, 210), filter elements for capturing thrombus passing through a blood vessel, the filter elements extending from the support frame towards filter element ends forming an apex at which they are interconnected, the apex being located at or near a central axis of the vascular device, wherein the filter elements are biased such that if unconnected the filter element ends are located between the support frame and said central axis when the vascular filter device is unconstrained, and wherein the device comprises a proximal part and a distal part which are connected together at a connection in the connector struts (208, 210), wherein: the proximal part has proximal peaks of the proximal hoop and distal peaks of said proximal hoop, the filter elements, the proximal connector struts, and a cylindrical filter apex which is integral with the filter elements, and the distal part has the distal connector struts, proximal peaks of the distal hoop, and distal peaks of the distal hoop. the proximal part has proximal peaks of the proximal hoop and distal peaks of said proximal hoop, the filter elements, the proximal connector struts, and a cylindrical filter apex which is integral with the filter elements, and the distal part has the distal connector struts, proximal peaks of the distal hoop, and distal peaks of the distal hoop.
Assembly comprising a supporting box and control and display means (1, 2) for a household appliance, said supporting box comprising a receiving member of said control and display means (1, 2), and a support member, said receiving member and said support member comprising fastening means intended for fixing said receiving member and said support member together, said receiving member comprising holding means designed to hold said control and display means (1, 2), and said support member comprising fastening means designed to secure said supporting box to a surface of a household appliance, said assembly being characterized in that it comprises moreover at least one bolt intended to lock said supporting box, said support member comprising at least one slider (24a, 24b) designed to insert and fix said at least one bolt.
A method for producing toner, comprising: combining a first polymer latex emulsion with a colorant aqueous dispersion and a release agent aqueous dispersion in the presence of an anionic stabilizing agent to form toner cores; reducing the pH of the combination of the first polymer emulsion, the colorant dispersion and the release agent dispersion to promote agglomeration of the toner cores; once the toner cores reach a predetermined size, adding a borax coupling agent to the toner cores; combining a second polymer latex emulsion with the toner cores having the borax coupling agent and forming toner shells around the toner cores; once a desired toner particle size is reached, increasing the pH of the mixture of aggregated toner cores and toner shells to prevent additional particle growth; and fusing the aggregated toner cores and toner shells to form toner particles, wherein the borax coupling agent provides cross-linking through hydrogen bonding between its hydroxy groups and the functional groups of both the first polymer emulsion and the second polymer emulsion it is bonded to. combining a first polymer latex emulsion with a colorant aqueous dispersion and a release agent aqueous dispersion in the presence of an anionic stabilizing agent to form toner cores; reducing the pH of the combination of the first polymer emulsion, the colorant dispersion and the release agent dispersion to promote agglomeration of the toner cores; once the toner cores reach a predetermined size, adding a borax coupling agent to the toner cores; combining a second polymer latex emulsion with the toner cores having the borax coupling agent and forming toner shells around the toner cores; once a desired toner particle size is reached, increasing the pH of the mixture of aggregated toner cores and toner shells to prevent additional particle growth; and fusing the aggregated toner cores and toner shells to form toner particles, wherein the borax coupling agent provides cross-linking through hydrogen bonding between its hydroxy groups and the functional groups of both the first polymer emulsion and the second polymer emulsion it is bonded to.
An adapter for coupling a ground engaging tool to a work tool, the adapter comprising: a nose portion shaped to fit inside a cavity formed in the ground engaging tool, the nose portion including a side surface; a post formed in the side surface of the nose portion, the post including a side surface and an end surface; and a half-annular-shaped cut extending into the side surface of the nose portion and circumferentially around a rear portion of the post, wherein the cut is sized to receive a C-shaped portion of a rotatable lock of the ground engaging tool, the C-shaped portion defining a slot formed therein for accepting a portion of the post. a nose portion shaped to fit inside a cavity formed in the ground engaging tool, the nose portion including a side surface; a post formed in the side surface of the nose portion, the post including a side surface and an end surface; and a half-annular-shaped cut extending into the side surface of the nose portion and circumferentially around a rear portion of the post, wherein the cut is sized to receive a C-shaped portion of a rotatable lock of the ground engaging tool, the C-shaped portion defining a slot formed therein for accepting a portion of the post.
A biologically active complex comprising a polypeptide having the sequence of a naturally occurring alphalactalbumin or a variant thereof in which cysteine residues in the native alphalactalbumin are changed to other residues; or a peptide of up to 50 amino acids derived from said polypeptide and comprising the Alpha 1 (residues 1-40) or Alpha 2 (residues 81-123) of human alpha-lactalbumin, being of SEQ ID NO 3 or SEQ ID NO 4; KQFTK X ELSQLLKDIDGYGGIALPELI X TMFHTSGYDTQA (SEQ ID NO 3) LDDDITDDIM X AKKILDIKGIDYWLAHKAL X TEKLEQWL X EKL (SEQ ID NO 4) where X is an amino acid residue other than cysteine; and a fatty acid or lipid or a salt thereof, for use in prophylactic treatment of cancer of the gastrointestinal tract.
A closure for sealingly closing a neck opening of a container, the closure comprising a tubular body having a closed end and an open end and an annular tamper evidence band frangibly connected to the open end of the body, the tamper evidence band comprising a plurality of retaining cams each protruding from its inner surface and having a lead-in ramp for engaging, in use, the flange of a container neck as the neck is introduced into the open end of the body and a stop for engaging the flange to separate the tamper evidence band from the body when the closure is subsequently removed from the container, characterized in that the lead-in ramp of at least one of the retaining cams has a recess in a central portion thereof to define two or more spaced ramp portions for contacting the flange of the container neck, wherein each ramp portion has sides that taper toward one another from the stop toward an open end of the tamper evidence band.
A spacing plate for tile lippage control, the spacing plate comprising a base plate and at least one spacing member extending perpendicularly from an upper surface thereof wherein the at least one spacing member comprises a pair of parallel elongate spacer walls defining parallel outer facing spacing control faces and wherein the elongate spacer walls are spaced apart to define an elongate gap therebetween, the spacing plate being characterised in that at least one edge of the base plate is bisected by a cutout forming flexing leaves either side thereof, and in that the cutout coincides with the at least one spacing member such that the flexing leaves are formed either side of the at least one spacing member.
An ophthalmic docking system, comprising: a patient interface, having; a proximal portion configured to be attached to an ophthalmic system; and a distal portion configured to be attached to an eye, comprising a contact lens; an interface attachment system comprising; a vacuum-suction ring, configured to form a sealable coupling when attached to the eye; and a vacuum-hose, configured to couple a vacuum-suction pump and the vacuum-suction ring to transfer a vacuum suction, generated by the vacuum-suction pump, to the vacuum-suction ring to create the sealed coupling between the vacuum-suction ring and the eye, thereby attaching the patient interface to the eye; a decondenser, coupled to the patient interface and configured to reduce a vapor condensation on the contact lens; characterized in that the ophthalmic docking system comprises a valve, coupled to the vacuum-suction ring; the decondenser is coupled to the vacuum-suction ring via a decondenser hose, and the vacuum-hose and the decondenser hose are coupled to the vacuum-suction ring through the valve, wherein the valve is capable of switching between a first communication channel coupling the vacuum-pump and the vacuum-suction ring and a second fluid communication channel coupling the decondenser and the vacuum-suction ring. a patient interface, having; a proximal portion configured to be attached to an ophthalmic system; and a distal portion configured to be attached to an eye, comprising a contact lens; a proximal portion configured to be attached to an ophthalmic system; and a distal portion configured to be attached to an eye, comprising a contact lens; an interface attachment system comprising; a vacuum-suction ring, configured to form a sealable coupling when attached to the eye; and a vacuum-hose, configured to couple a vacuum-suction pump and the vacuum-suction ring to transfer a vacuum suction, generated by the vacuum-suction pump, to the vacuum-suction ring to create the sealed coupling between the vacuum-suction ring and the eye, thereby attaching the patient interface to the eye; a vacuum-suction ring, configured to form a sealable coupling when attached to the eye; and a vacuum-hose, configured to couple a vacuum-suction pump and the vacuum-suction ring to transfer a vacuum suction, generated by the vacuum-suction pump, to the vacuum-suction ring to create the sealed coupling between the vacuum-suction ring and the eye, thereby attaching the patient interface to the eye; a decondenser, coupled to the patient interface and configured to reduce a vapor condensation on the contact lens; characterized in that the ophthalmic docking system comprises a valve, coupled to the vacuum-suction ring; the decondenser is coupled to the vacuum-suction ring via a decondenser hose, and the vacuum-hose and the decondenser hose are coupled to the vacuum-suction ring through the valve, wherein the valve is capable of switching between a first communication channel coupling the vacuum-pump and the vacuum-suction ring and a second fluid communication channel coupling the decondenser and the vacuum-suction ring.
Pedal force simulation apparatus having a housing with a double piston which is arranged movably therein with a first piston and a second piston, the first piston and the second piston being connected to one another via a piston rod, the housing a first cylinder space and a second cylinder space, the first piston being arranged movably in the first cylinder space and the second piston being arranged movably in the second cylinder space, having a force accumulator, it being possible for the pistons (5, 6) to be moved counter to the restoring force of the force accumulator, characterized by a first bore which is arranged in the housing and a second bore which is arranged in the housing, the first bore venting the first cylinder space, the first cylinder space being closed off when the first piston moves over the first bore, the second bore venting the second cylinder space, the second cylinder space being closed off and the first cylinder space being vented when the second piston moves over the second bore.
A method of assembling a passive medical lead, comprising mechanically and electrically coupling an inner conductor coil to a connector pin to form an inner conductor assembly; threading the inner conductor assembly through a connector insulator having a distal extension and a proximal extension; placing an insulator tubing over the inner conductor coil including sleeving a proximal end of the insulator tubing over the distal extension of the connector insulator to create electrical isolation by a fluid-tight, compression fit therebetween; mechanically and electrically coupling an outer conductor coil to a ring connector to form an outer conductor assembly; threading the inner conductor assembly through the outer conductor assembly and sleeving the ring connector on the distal extension of the connector insulator and over the insulator tubing; and sleeving a proximal seal over a socket end of the connector pin, including seating a flush portion of the proximal seal on the proximal extension of the connector insulator and seating a seal portion of the proximal seal on a bar portion of the connector pin between the socket end of the connector pin and the proximal extension of the connector insulator, wherein the operation of sleeving a proximal end of the insulator tubing over the distal extension of the connector insulator further comprises chemically treating and dilating the proximal end of the insulator tubing.