mhurhangee/patent-ind-claim-en huggingface dataset:
Electromagnetically actuated high pressure gas valve which is implemented as a pilot control valve having a pilot seat and a pilot orifice and a main seat and a main orifice , wherein - the pilot orifice connects a high pressure side (H) of the valve with a low pressure side (N) and can be closed by means of a pilot sealing element , - the main orifice connects the high pressure side (H) of the valve with the low pressure side (N) and can be closed by means of a main sealing element , - the valve comprises a pilot anchor , which acts on the pilot sealing element and which is biased in the closing direction (S) by means of a first compression spring , and - a main anchor , which acts on the main sealing element , wherein the main anchor is spring loaded in the closing direction (S), - wherein the valve comprises a coil , which can be supplied with a current, and which is suitably implemented and arranged to act on the pilot anchor and the main anchor such that a pilot stroke, during which only the pilot anchor is moved, and a main stroke, during which at least the main anchor is moved, are independent of each other, and - wherein the pilot anchor is at least partially arranged inside of and concentric with the main anchor , characterized in that a second compression spring , or a component connected thereto, is provided which acts on the main anchor in the closing direction (S). - the pilot orifice connects a high pressure side (H) of the valve with a low pressure side (N) and can be closed by means of a pilot sealing element , - the main orifice connects the high pressure side (H) of the valve with the low pressure side (N) and can be closed by means of a main sealing element , - the valve comprises a pilot anchor , which acts on the pilot sealing element and which is biased in the closing direction (S) by means of a first compression spring , and - a main anchor , which acts on the main sealing element , wherein the main anchor is spring loaded in the closing direction (S), - wherein the valve comprises a coil , which can be supplied with a current, and which is suitably implemented and arranged to act on the pilot anchor and the main anchor such that a pilot stroke, during which only the pilot anchor is moved, and a main stroke, during which at least the main anchor is moved, are independent of each other, and - wherein the pilot anchor is at least partially arranged inside of and concentric with the main anchor ,
A composition with antimicrobial activity which also promotes the remineralization of the surface of tooth enamel and dentin, wherein the composition comprises at least: a) an inorganic antimicrobial agent; b) a promoter agent of remineralization of a surface of tooth enamel and dentin being composed by an ammonia complex of copper whose counter ion is fluoride Cu(NH 3 ) 6 )F 2 at a pH between 8 and 12; c) an inhibitor agent of the demineralization of tooth enamel and dentin; and d) a stabilizing agent which has antimicrobial properties and also helps the remineralization is selected among derivates from graphene and/or graphite, more specifically graphite oxides and graphene oxides. a) an inorganic antimicrobial agent; b) a promoter agent of remineralization of a surface of tooth enamel and dentin being composed by an ammonia complex of copper whose counter ion is fluoride Cu(NH 3 ) 6 )F 2 at a pH between 8 and 12; c) an inhibitor agent of the demineralization of tooth enamel and dentin; and d) a stabilizing agent which has antimicrobial properties and also helps the remineralization is selected among derivates from graphene and/or graphite, more specifically graphite oxides and graphene oxides.
A phase difference film comprising an orientation layer formed of a resin C having a negative intrinsic birefringence value, wherein the resin C contains a block copolymer having a block (A) including as a main component a polymerization unit A having a negative intrinsic birefringence value and a block (B) including as a main component a polymerization unit B, and a weight fraction of the block (A) therein being 50% by weight or more and 90% by weight or less, the phase difference film has an NZ factor of greater than 0 and smaller than 1, the NZ factor being a value represented by (nx - nz)/(nx - ny), wherein nx represents the refractive index in the direction in which a maximum refractive index is given among in-plane directions, ny represents the refractive index in the direction, among the in-plane directions of the film, orthogonal to the direction giving nx, and nz represents the refractive index in the thickness direction of the film, the refractive indices being measured at a wavelength of 540 nm, and characterized in that the resin C includes as the block copolymers a triblock copolymer P' of (A)-(B)-(A), and a diblock copolymer P" of (A)-(B), and a ratio of the diblock copolymer P" relative to a total of the triblock copolymer P' and the diblock copolymer P" in the resin C is 5% by weight to 40% by weight. the resin C contains a block copolymer having a block (A) including as a main component a polymerization unit A having a negative intrinsic birefringence value and a block (B) including as a main component a polymerization unit B, and a weight fraction of the block (A) therein being 50% by weight or more and 90% by weight or less, the phase difference film has an NZ factor of greater than 0 and smaller than 1, the NZ factor being a value represented by (nx - nz)/(nx - ny), wherein nx represents the refractive index in the direction in which a maximum refractive index is given among in-plane directions, ny represents the refractive index in the direction, among the in-plane directions of the film, orthogonal to the direction giving nx, and nz represents the refractive index in the thickness direction of the film, the refractive indices being measured at a wavelength of 540 nm, and characterized in that the resin C includes as the block copolymers a triblock copolymer P' of (A)-(B)-(A), and a diblock copolymer P" of (A)-(B), and a ratio of the diblock copolymer P" relative to a total of the triblock copolymer P' and the diblock copolymer P" in the resin C is 5% by weight to 40% by weight.
Cutter head for removing material from a water bed, the cutter head being arranged to rotate about an axis of rotation (RA), the cutter head comprising a base ring and a hub , the base ring and the hub being positioned rotational symmetric with respect to the axis of rotation (RA), the cutter head comprising a plurality of arms extending between the base ring and the hub , the arms comprising a plurality of excavating tools , wherein the excavating tools are provided by bits having rotational symmetric bit ends , wherein the arms comprise two or more groups of bits , each group comprising three or more adjacent bits of which the bit ends define a straight line segment (LS), wherein the base ring and the hub are axially displaced with respect to each other along the axis of rotation (RA), the hub being positioned closer to a distal end of the cutter head with respect to the base ring , wherein the base ring has a first diameter (D1) and the hub has a second diameter (D2), the first diameter (D1) being larger than the second diameter (D2), and the arms converge towards the rotational axis (RA) in a direction from the base ring to the hub , wherein angles between the respective straight line segments (LS) and the axis of rotation (RA) increase towards the distal end of the cutter head and each line segment is angled toward the base ring from the hub .
A surgery device for osteotomy comprising: a first body component having a side guide edge and an upper guide edge for forming a cutting track; a second body component having a lower guide edge disposed below said upper guide edge , a guide groove being formed between said upper guide edge and said lower guide edge for guiding a saw blade to perform a cutting procedure; wherein said upper guide edge has a first correcting perforation , said lower guide edge has a second correcting perforation ; wherein a regulative angle (L, N) between a first hole axis (A1) of said first correcting perforation and a second hole axis (A2) of said second correcting perforation is formed, characterized in that said surgery device for osteotomy is configured such that when an open angle of a gap of said osteotomy is the same as that of a preoperative planning correction angle (M), said first hole axis (A1) of said first correcting perforation and said second hole axis (A2) of said second correcting perforation will coincide and an alignment bar passes through said first correcting perforation and said second correcting perforation . a first body component having a side guide edge and an upper guide edge for forming a cutting track; a second body component having a lower guide edge disposed below said upper guide edge , a guide groove being formed between said upper guide edge and said lower guide edge for guiding a saw blade to perform a cutting procedure; wherein said upper guide edge has a first correcting perforation , said lower guide edge has a second correcting perforation ; wherein a regulative angle (L, N) between a first hole axis (A1) of said first correcting perforation and a second hole axis (A2) of said second correcting perforation is formed, characterized in that said surgery device for osteotomy is configured such that when an open angle of a gap of said osteotomy is the same as that of a preoperative planning correction angle (M), said first hole axis (A1) of said first correcting perforation and said second hole axis (A2) of said second correcting perforation will coincide and an alignment bar passes through said first correcting perforation and said second correcting perforation .
A liquid purification apparatus , comprising: - a reservoir configured to accommodate a volume of liquid ; - a pump disposed in fluid communication with said reservoir ; and - a primary irradiation device , said primary irradiation device being provided with ultraviolet light emitting means; Characterized in that it further comprises: - a directional valve , said directional valve comprising an input port , a recirculation port , and a sealing means , said directional valve being mobile between a recirculating position wherein said sealing means blocks a discharge port and a discharging position wherein said directional valve permits a flow from said input port through said discharge port and out of the liquid purification apparatus ; - a first circulation tube , said first circulation tube establishing fluid communication between said pump and said input port of said directional valve ; and - a second circulation tube , said second circulation tube establishing fluid communication between said recirculation port of said directional valve and said reservoir ; wherein when said directional valve is in the recirculating position, said reservoir , pump , first circulation tube , directional valve , and second circulation tube form a closed loop and, wherein each of said the circulation tube and second circulation tube comprises a portion transparent to ultraviolet light and disposed within the primary irradiation device . - a reservoir configured to accommodate a volume of liquid ; - a pump disposed in fluid communication with said reservoir ; and - a primary irradiation device , said primary irradiation device being provided with ultraviolet light emitting means; - a directional valve , said directional valve comprising an input port , a recirculation port , and a sealing means , said directional valve being mobile between a recirculating position wherein said sealing means blocks a discharge port and a discharging position wherein said directional valve permits a flow from said input port through said discharge port and out of the liquid purification apparatus ; - a first circulation tube , said first circulation tube establishing fluid communication between said pump and said input port of said directional valve ; and - a second circulation tube , said second circulation tube establishing fluid communication between said recirculation port of said directional valve and said reservoir ;
A topical ophthalmic sustained release composition for use in the transdermal delivery across the eyelid or systemic delivery of at least one therapeutic agent for treating an ophthalmic condition, said composition comprising a therapeutically effective amount of said at least one therapeutic agent suitable for treating the ophthalmic condition, and from about 0.001 to 50 wt% of a muscle fasciculating agent, selected from the group consisting of caffeine, theophylline, pentoxifyline and theobromide, wherein the composition is applied to the outer surface of one or both upper and/or lower eyelids of a human patient, and wherein the ophthalmic condition is selected from the group consisting of blepharitis, trachomatous dry eye, retinopathy, retinal degeneration, epiphora, allergic conjunctivitis and keratitis, infectious conjunctivitis and keratitis, pterygium, pinguiculum, iritis, uveitis, keratitis, vitritis, vitreous floaters, vitreous detachment, vitreous hemorrhage, retinal detachment, sub retinal hemorrhage, choridal neovascular membrane, retinal edema, macular edema, diabetic retinopathy, choridal malignancy, orbital malignancy, optic neuritis, optic neuropathy, strabismus, refractive error and glaucoma.
Combination consisting of a cable and a device for electrically connecting the cable to a housing in which a connection element is arranged which can be connected to an inner conductor of the cable in a mechanically rigid manner, the device further comprising at least one fixing element by means of which the connection element , and thus the inner conductor of the cable, is immovably fixed in the housing by a form-fitting connection in the event of a tensile force arising, characterised in that the device comprises an elastically deformable spring element by means of which the connection element is preloaded in the housing in the direction of the form-fitting contact on the fixing element .
A method, comprising: - determining , based on at least one spatial information of a device that is attachable to a wireless network via a radio interface , antenna weights of a plurality of beamformed directions , - controlling an antenna array (130-2a) of the device to sequentially execute transmission on the plurality of beamformed directions and to prioritize transmission on a first beamformed direction of the plurality of beamformed directions over transmission on a second beamformed direction of the plurality of beamformed directions , characterized in that said controlling of the antenna array (130-2a) occurs during access node discovery of an access node (121-123) of the wireless network . - determining , based on at least one spatial information of a device that is attachable to a wireless network via a radio interface , antenna weights of a plurality of beamformed directions , - controlling an antenna array (130-2a) of the device to sequentially execute transmission on the plurality of beamformed directions and to prioritize transmission on a first beamformed direction of the plurality of beamformed directions over transmission on a second beamformed direction of the plurality of beamformed directions ,
An absorbent article comprising a substituted cyclodextrin complex of one or more odor controlling organic compounds wherein said substituted cyclodextrin complex comprises cyclodextrin molecules which are susbstituted wherein the H atom of OH groups in positions 2, 3 and 6 is partially or entirely replaced by a substituent -R, wherein the substituted cyclodextrin complex has a substitution degree DS of 0.4 to 2.5 -R substituents per glucose unit of cyclodextrin and wherein substitution in position 2 is 20% or above, in position 6 is 20% or above and substitution in position 3 is less than that of position 2 and/or position 6.
Method for producing imitation leather or upgraded leather comprising a laminar support and an upgrading layer (F), the method comprising the following steps: - applying at least one layer of a synthetic substance to a surface of said laminar support ; - applying at least one layer of a protective substance to a surface of a supporting film ; - treating said at least one layer of said synthetic substance in such a way that said synthetic substance has a water content expressed as a percentage of its total weight having a first value included between 12% and 25%; - coupling said supporting film provided with said protective substance with said laminar support provided with said layer of synthetic substance in such a way as to place said protective substance in contact with said synthetic substance ; - embossing said layer of synthetic substance by exerting a predetermined force per unit of surface area on said supporting film and/or on said laminar support ; - consolidating the union between said protective substance and said synthetic substance ; - removing said supporting film from said at least one layer of said protective substance , characterized in that the step of exerting the predetermined force is achieved by using an embossed surface (102; 302; 402) that is placed in contact with said supporting film in such a way as to press said protective substance against said synthetic substance and in such a way that the morphological characteristics impressed on said embossed surface (102; 302; 402) are reproduced on said layer of synthetic substance . - applying at least one layer of a synthetic substance to a surface of said laminar support ; - applying at least one layer of a protective substance to a surface of a supporting film ; - treating said at least one layer of said synthetic substance in such a way that said synthetic substance has a water content expressed as a percentage of its total weight having a first value included between 12% and 25%; - coupling said supporting film provided with said protective substance with said laminar support provided with said layer of synthetic substance in such a way as to place said protective substance in contact with said synthetic substance ; - embossing said layer of synthetic substance by exerting a predetermined force per unit of surface area on said supporting film and/or on said laminar support ; - consolidating the union between said protective substance and said synthetic substance ; - removing said supporting film from said at least one layer of said protective substance ,
Laminated pane arrangement , which comprises: - a laminated pane with an outer pane and an inner pane that are joined to one another via a thermoplastic intermediate layer , wherein a functional element is embedded in the intermediate layer , which functional element includes an active layer based on liquid crystals, whose optical properties can be controlled by a first flat electrode and a second flat electrode , wherein the first flat electrode has a first and a second connection , and wherein the second flat electrode has a first and a second connection , - a first circuit , which has a first voltage source with a first and second voltage output for providing a first AC voltage, - a second circuit , which has a second voltage source with a first and second voltage output for providing a second AC voltage, wherein a maximum voltage of the second AC voltage is greater than a maximum voltage of the first AC voltage and the two AC voltages have the same frequency, wherein the first voltage output of the first voltage source is electrically conductively connected only to the first connection of the first flat electrode and the second voltage output of the first voltage source is electrically conductively connected only to the first connection of the second flat electrode , and wherein the first voltage output of the second voltage source is electrically conductively connected only to the second connection of the first flat electrode and the second voltage output of the second voltage source is electrically conductively connected only to the second connection of the second flat electrode . - a laminated pane with an outer pane and an inner pane that are joined to one another via a thermoplastic intermediate layer , wherein a functional element is embedded in the intermediate layer , which functional element includes an active layer based on liquid crystals, whose optical properties can be controlled by a first flat electrode and a second flat electrode , wherein the first flat electrode has a first and a second connection , and wherein the second flat electrode has a first and a second connection , - a first circuit , which has a first voltage source with a first and second voltage output for providing a first AC voltage, - a second circuit , which has a second voltage source with a first and second voltage output for providing a second AC voltage, wherein a maximum voltage of the second AC voltage is greater than a maximum voltage of the first AC voltage and the two AC voltages have the same frequency, wherein the first voltage output of the first voltage source is electrically conductively connected only to the first connection of the first flat electrode and the second voltage output of the first voltage source is electrically conductively connected only to the first connection of the second flat electrode , and wherein the first voltage output of the second voltage source is electrically conductively connected only to the second connection of the first flat electrode and the second voltage output of the second voltage source is electrically conductively connected only to the second connection of the second flat electrode .
Method for providing a link chain having a longer service life, in particular a plane chain, comprising the following method steps: - provision of a link chain made of a steel alloy, in particular a round steel link chain, - running-in of the link chain on a chain inlet device , - removal of the run-in link chain from the chain inlet device and delivery of the link chain to the point of use thereof and use of the link chain , characterised in that the link chain undergoes a pitch extension from 0.2 % to 1.2 %, in particular 0.3 % to 0.7 % as it runs in on the chain inlet device . - provision of a link chain made of a steel alloy, in particular a round steel link chain, - running-in of the link chain on a chain inlet device , - removal of the run-in link chain from the chain inlet device and delivery of the link chain to the point of use thereof and use of the link chain , characterised in that the link chain undergoes a pitch extension from 0.2 % to 1.2 %, in particular 0.3 % to 0.7 % as it runs in on the chain inlet device .