mhurhangee/ep-ind-claims huggingface dataset:
Vertebral osteosynthesis equipment comprising: - at least one rigid connecting bar, for connecting several vertebrae, - first bone anchoring members for anchoring to a vertebrae and first connecting parts, for anchoring the connecting bar to the first bone anchoring members with immobilization of that bar relative to the first connecting parts, and - second bone anchoring members for anchoring to a vertebrae and second connecting parts, each second connecting part comprising a first receiving conduit through which the bar is received, slidingly, for anchoring the connecting bar to the second bone anchoring members with sliding of the bar relative to the second connecting parts, and including a contact member (16; 17) therein forming a contact interface with said second connecting part and said bar; characterized in that: - each second bone anchoring member is in the form of a flexible ligament capable of being engaged around the lamina or an apophysis of a vertebra; - each second connecting part comprises a second conduit receiving said ligament, separated from said first receiving conduit, and means for blocking said ligament in the second conduit, with tensing of the ligament, and - each contact member includes at least one rotating part (16; 17) mounted in said second connecting part, capable of coming into contact with said connecting bar by a point. - at least one rigid connecting bar, for connecting several vertebrae, - first bone anchoring members for anchoring to a vertebrae and first connecting parts, for anchoring the connecting bar to the first bone anchoring members with immobilization of that bar relative to the first connecting parts, and - second bone anchoring members for anchoring to a vertebrae and second connecting parts, each second connecting part comprising a first receiving conduit through which the bar is received, slidingly, for anchoring the connecting bar to the second bone anchoring members with sliding of the bar relative to the second connecting parts, and including a contact member (16; 17) therein forming a contact interface with said second connecting part and said bar; - each second bone anchoring member is in the form of a flexible ligament capable of being engaged around the lamina or an apophysis of a vertebra; - each second connecting part comprises a second conduit receiving said ligament, separated from said first receiving conduit, and means for blocking said ligament in the second conduit, with tensing of the ligament, and - each contact member includes at least one rotating part (16; 17) mounted in said second connecting part, capable of coming into contact with said connecting bar by a point.
A surgical instrument for treatment of superficial varicose veins in a body comprising: at least one vein-engaging element; said at least one vein-engaging element being disposed within a housing adapted for insertion into a tissue; said at least one vein-engaging element comprising a plurality of teeth shaped to enable vein engagement disposed along said vein-engaging element; said at least one vein-engaging element being operable to a vein-engaging state in which said at least one vein-engaging element protrudes from said housing; characterized in that it further comprises a locking mechanism for locking said surgical instrument in the vein-engaging state.
A cultivated Cucumis melo plant comprising resistance against Melon Yellowing associated Virus (MYaV) wherein said resistance is conferred by an introgression fragment on chromosome 6 in homozygous or heterozygous form and wherein said introgression fragment is obtainable by crossing a wild accession of the species Cucumis melo with a cultivated Cucumis melo plant, wherein a representative sample of seeds of said wild accession having been deposited under accession number NCIMB41967 and NCIMB41968 and wherein said introgression fragment comprises at least the following four markers: a) the CC or AC genotype for the Single Nucleotide Polymorphism marker mME15090 at nucleotide 71 of SEQ ID NO: 9; b) the AA or AG genotype for the Single Nucleotide Polymorphism marker mME12135 at nucleotide 71 of SEQ ID NO: 10; c) the AA or AG genotype for the Single Nucleotide Polymorphism marker mME21377 at nucleotide 71 of SEQ ID NO: 8; and d) the TT or CT genotype for the Single Nucleotide Polymorphism marker mME13585 at nucleotide 71 of SEQ ID NO: 12, and wherein said introgression fragment does not comprise the following Single Nucleotide Polymorphism marker: a) the TT or GT genotype for the SNP marker mME36533 at nucleotide 71 of SEQ ID NO: 11; and b) at least one marker selected from the group consisting of: - the GG or AG genotype for the SNP marker mME40332 in SEQ ID NO: 2; - the TT or AT genotype for the SNP marker mME28908 in SEQ ID NO: 4; - the AA or AT genotype for the SNP marker mME9692 in SEQ ID NO: 6; - the CC or CT genotype for the SNP marker mME50656 in SEQ ID NO: 7. a) the CC or AC genotype for the Single Nucleotide Polymorphism marker mME15090 at nucleotide 71 of SEQ ID NO: 9; b) the AA or AG genotype for the Single Nucleotide Polymorphism marker mME12135 at nucleotide 71 of SEQ ID NO: 10; c) the AA or AG genotype for the Single Nucleotide Polymorphism marker mME21377 at nucleotide 71 of SEQ ID NO: 8; and d) the TT or CT genotype for the Single Nucleotide Polymorphism marker mME13585 at nucleotide 71 of SEQ ID NO: 12, and a) the TT or GT genotype for the SNP marker mME36533 at nucleotide 71 of SEQ ID NO: 11; and b) at least one marker selected from the group consisting of: - the GG or AG genotype for the SNP marker mME40332 in SEQ ID NO: 2; - the TT or AT genotype for the SNP marker mME28908 in SEQ ID NO: 4; - the AA or AT genotype for the SNP marker mME9692 in SEQ ID NO: 6; - the CC or CT genotype for the SNP marker mME50656 in SEQ ID NO: 7. - the GG or AG genotype for the SNP marker mME40332 in SEQ ID NO: 2; - the TT or AT genotype for the SNP marker mME28908 in SEQ ID NO: 4; - the AA or AT genotype for the SNP marker mME9692 in SEQ ID NO: 6; - the CC or CT genotype for the SNP marker mME50656 in SEQ ID NO: 7.
A riveting tool for setting blind rivet nuts and/or blind rivet screws with - a drive piston hydraulically adjustable between a starting position and an end position and - a pull rod operationally connected with the drive piston and adjustable between a rivet receiving position and a setting position, wherein a coupling unit, a tractive tool adjusted for the blind rivet nut and/or blind rivet screw as well as the pull rod are designed for the form-fitting connection of the pull rod with the tractive tool, which is releasable in the direction of the longitudinal axis and in the circumferential direction, characterized in that the coupling unit has two coupling half shells that are designed for the form-fitting connection of the pull rod with the tractive tool in the direction of the longitudinal axis, wherein - the pull rod and the tractive tool progress axially with respect to the annularly arranged coupling half shells. - a drive piston hydraulically adjustable between a starting position and an end position and - a pull rod operationally connected with the drive piston and adjustable between a rivet receiving position and a setting position, - the pull rod and the tractive tool progress axially with respect to the annularly arranged coupling half shells.
Process for the surface treatment of three-dimensional objects which have been produced in additive manufacturing processes from at least one polymer, the process comprising the following steps: a) immersing the three-dimensional object in a substance mixture A, b) leaving the three-dimensional object in the substance mixture A for a time, c) removing the three-dimensional object from the substance mixture A, d) immersing the three-dimensional object in a substance mixture B, e) leaving the three-dimensional object in the substance mixture B for a time and f) removing the three-dimensional object from the substance mixture B, characterized in that the substance mixture A has a temperature (process temperature A) which is above the melting point of the polymer, and in that the substance mixture B has a temperature (process temperature B) which is below the melting point of the polymer. a) immersing the three-dimensional object in a substance mixture A, b) leaving the three-dimensional object in the substance mixture A for a time, c) removing the three-dimensional object from the substance mixture A, d) immersing the three-dimensional object in a substance mixture B, e) leaving the three-dimensional object in the substance mixture B for a time and f) removing the three-dimensional object from the substance mixture B,
An apparatus for controlling a flow of a fluid, comprising: a housing installed between an inlet and an outlet of a fluid pipe in which the fluid flows, so that the flowing fluid is introduced into the housing; a valve block installed in the housing configured to allow inflow of the flowing fluid in the housing and to discharge a portion of the flowing fluid to an outside depending on a change in an internal pressure; and a temperature-responsive device configured to generate a pressure difference in the valve block depending on a change in a temperature of a temperature-responsive fluid filled therein; wherein the temperature-responsive device comprises a temperature-responsive unit and the valve block, the temperature responsive unit being filled with the temperature-responsive fluid, the temperature-responsive unit being installed on the valve block. a housing installed between an inlet and an outlet of a fluid pipe in which the fluid flows, so that the flowing fluid is introduced into the housing; a valve block installed in the housing configured to allow inflow of the flowing fluid in the housing and to discharge a portion of the flowing fluid to an outside depending on a change in an internal pressure; and a temperature-responsive device configured to generate a pressure difference in the valve block depending on a change in a temperature of a temperature-responsive fluid filled therein; wherein the temperature-responsive device comprises a temperature-responsive unit and the valve block, the temperature responsive unit being filled with the temperature-responsive fluid, the temperature-responsive unit being installed on the valve block.
A production method for producing a silver-silver chloride electrode, comprising: mixing silver powder, silver chloride powder, a dispersant, and fumed silica powder with a liquid silicone rubber binder to produce a paste; coating the paste on a substrate made of silicone rubber; curing the paste on the substrate to form an electrode containing silver and silver chloride; and immersing the electrode in a sodium chloride aqueous solution; characterized in that the fumed silica powder is hydrophilic, and a concentration of sodium chloride in the sodium chloride aqueous solution is equal to 10%. mixing silver powder, silver chloride powder, a dispersant, and fumed silica powder with a liquid silicone rubber binder to produce a paste; coating the paste on a substrate made of silicone rubber; curing the paste on the substrate to form an electrode containing silver and silver chloride; and immersing the electrode in a sodium chloride aqueous solution; characterized in that the fumed silica powder is hydrophilic, and a concentration of sodium chloride in the sodium chloride aqueous solution is equal to 10%.
An apparatus for filtering an electrical power signal in an Ethernet communication system, the apparatus comprising: a link interface, configured to connect to an Ethernet link; a power interface, configured to connect to one or both of (i) a power-supply that supplies the electrical power signal for transfer over the Ethernet link, and (ii) a circuit that consumes the electrical power signal transferred over the Ethernet link; and a filter, which is connected between the link interface and the power interface, the filter comprising at least: a primary inductor (L 1), configured to filter the electrical power signal transferred to or from the Ethernet link; one or more complementary inductors (L 2, L 3) connected in series with the primary inductor (L 1), the one or more complementary inductors (L 2, L 3) configured to reduce a parasitic capacitance of the filter; and characterized by a resistor (R p), which is connected in parallel with the primary inductor (L 1), or in parallel with one of the complementary inductors (L 2, L 3), the resistor (R p) configured to suppress resonance effects in the filter. a link interface, configured to connect to an Ethernet link; a power interface, configured to connect to one or both of (i) a power-supply that supplies the electrical power signal for transfer over the Ethernet link, and (ii) a circuit that consumes the electrical power signal transferred over the Ethernet link; and a filter, which is connected between the link interface and the power interface, the filter comprising at least: a primary inductor (L 1), configured to filter the electrical power signal transferred to or from the Ethernet link; one or more complementary inductors (L 2, L 3) connected in series with the primary inductor (L 1), the one or more complementary inductors (L 2, L 3) configured to reduce a parasitic capacitance of the filter; and characterized by a resistor (R p), which is connected in parallel with the primary inductor (L 1), or in parallel with one of the complementary inductors (L 2, L 3), the resistor (R p) configured to suppress resonance effects in the filter. a primary inductor (L 1), configured to filter the electrical power signal transferred to or from the Ethernet link; one or more complementary inductors (L 2, L 3) connected in series with the primary inductor (L 1), the one or more complementary inductors (L 2, L 3) configured to reduce a parasitic capacitance of the filter; and characterized by a resistor (R p), which is connected in parallel with the primary inductor (L 1), or in parallel with one of the complementary inductors (L 2, L 3), the resistor (R p) configured to suppress resonance effects in the filter.
Electrochemical cell having the following features: a. It comprises a first electrode of a first polarity, b. It comprises a second electrode of a second polarity opposite to the first polarity, c. It comprises a third electrode that has the same polarity as the second electrode, wherein d. the first electrode, the second electrode and the third electrode are arranged on a surface of a substrate separately from one another, side by side in a coplanar arrangement and e. the first electrode is connected to the second electrode and the third electrode via an ion-conducting electrolyte. a. It comprises a first electrode of a first polarity, b. It comprises a second electrode of a second polarity opposite to the first polarity, c. It comprises a third electrode that has the same polarity as the second electrode, d. the first electrode, the second electrode and the third electrode are arranged on a surface of a substrate separately from one another, side by side in a coplanar arrangement and e. the first electrode is connected to the second electrode and the third electrode via an ion-conducting electrolyte.
A microprojection light module for a motor vehicle headlamp, comprising (*) at least one light source; and *) at least one projection device which images the light emerging from the at least one light source into an area in front of the motor vehicle in the form of at least one light distribution, wherein the projection device: -) an entrance optic comprising one, two or more micro entrance optics, preferably arranged in an array -) an exit optic comprising one, two or more micro exit optics, preferably arranged in an array, wherein each micro-entry optic is assigned exactly one micro-exit optic, wherein the micro-entry optics are designed and/or the micro-entry optics and the micro-exit optics are arranged relative to one another in such a way that substantially all the light emerging from a micro-entry optic enters exactly only the associated micro-exit optic, and wherein the light preformed by the micro-entry optics is imaged by the micro-exit optics into an area in front of the motor vehicle as at least one light distribution (LV1 - LV5; GLV), wherein a micro-entry optic and a micro-exit optic associated with the one micro-entry optic form a micro-optical system, which micro-optical system has at least one micro-optic focal point, wherein preferably optical axes (310, 410) of the mutually associated micro-entry optics and micro-exit optics extend parallel to one another, in particular coincide, wherein a first diaphragm device is arranged between the entrance optics and the exit optics, the first diaphragm device lying in a plane spanned by the micro-optics focal points, wherein the first diaphragm device has a diaphragm (51 to 55) with in each case at least one, for example exactly one optically effective diaphragm edge (51', 52', 53', 54', 55') for at least one pair of micro-entry and micro-exit optics (31, 41) associated with one another, preferably for several pairs and in particular for all pairs, characterized in that at least one second diaphragm device (60, 70, 80) is arranged between the entrance optics and the exit optics, which second diaphragm device (60, 70, 80) has a diaphragm (61 to 65, 71 to 75, 81 to 89) with in each case at least one optically active diaphragm edge (61' to 65', 71' to 75', 81' to 89') for at least one pair of micro-entry and micro-exit optics (31, 41) assigned to one another, wherein the second diaphragm device (60, 70, 80) is arranged with respect to the first diaphragm device in such a way that the diaphragms (61 to 65, 71 to 75, 81 to 89) of the second diaphragm device (60, 70, 80) are arranged vertically, d. i.e. parallel to the vertical direction. -) an entrance optic comprising one, two or more micro entrance optics, preferably arranged in an array -) an exit optic comprising one, two or more micro exit optics, preferably arranged in an array, wherein
Climbing equipment with a foldable platform and a foldable guardrail, said equipment comprising: a main climbing section M having its uprights interconnected by rungs; two stabilizer legs, hinged close to the tops of respective ones of the two uprights by hinges enabling them to take up a stowage position, in which they are placed against the uprights, and a stabilization position, in which they are spaced apart from said uprights, forwards and sideways, ties controlling the spacing-apart of the legs, each tie being disposed between the leg and the upright to which said leg is hinged; a platform hinged relative to the main climbing section with the possibility of projecting forwards or of being folded away against said main climbing section; and a U-shaped guardrail disposed at the top of the main climbing section M and suitable, with the assistance of control rods, for taking up a folded-away position in which it is folded away against the uprights and an active position in which it is substantially parallel to the deployed platform and projecting backwards, said guardrail being hinged, close to its transverse bar, to the tops of the uprights of the main climbing section, and constituting, via its parallel branches, runners for sliding collars hinged permanently to the top ends of the control rods; characterized in that each control rod is independent of the platform and its bottom end is hinged (at 30) against the inside face of the corresponding upright, each of the rods carrying the hinge bearings (31, 32) for a gate extending transversely towards the gate of the other rod. a main climbing section M having its uprights interconnected by rungs; two stabilizer legs, hinged close to the tops of respective ones of the two uprights by hinges enabling them to take up a stowage position, in which they are placed against the uprights, and a stabilization position, in which they are spaced apart from said uprights, forwards and sideways, ties controlling the spacing-apart of the legs, each tie being disposed between the leg and the upright to which said leg is hinged; a platform hinged relative to the main climbing section with the possibility of projecting forwards or of being folded away against said main climbing section; and a U-shaped guardrail disposed at the top of the main climbing section M and suitable, with the assistance of control rods, for taking up a folded-away position in which it is folded away against the uprights and an active position in which it is substantially parallel to the deployed platform and projecting backwards, said guardrail being hinged, close to its transverse bar, to the tops of the uprights of the main climbing section, and constituting, via its parallel branches, runners for sliding collars hinged permanently to the top ends of the control rods;
Medical device for providing information for glycemic control, namely a dose of insulin to be set, the device comprising: storage means arranged to store data comprising profile parameters for different dose adjustment profiles each comprising a specific initial dose value, a specific time interval for increasing the dose, a specific dose increase step and a specific low blood glucose threshold value; receiving means arranged to receive blood glucose value data and security data; data processing means (140, 1710) arranged to execute a first processing function for adjusting profile parameters for a selected dose adjustment profile, and to execute a second processing function for stepwise adapting the dose of insulin based at least on the selected dose adjustment profile and thereby determining the value for the dose of insulin to be set based on the received blood glucose value data; validating means (140, 1720) arranged to validate the received security data and to provide validation data corresponding to the validation of the received security data; and safety means (140, 1730) arranged to unlock at least a predetermined function out of the first and second processing functions for execution based on the validation data. storage means arranged to store data comprising profile parameters for different dose adjustment profiles each comprising a specific initial dose value, a specific time interval for increasing the dose, a specific dose increase step and a specific low blood glucose threshold value; receiving means arranged to receive blood glucose value data and security data; data processing means (140, 1710) arranged to execute a first processing function for adjusting profile parameters for a selected dose adjustment profile, and to execute a second processing function for stepwise adapting the dose of insulin based at least on the selected dose adjustment profile and thereby determining the value for the dose of insulin to be set based on the received blood glucose value data; validating means (140, 1720) arranged to validate the received security data and to provide validation data corresponding to the validation of the received security data; and safety means (140, 1730) arranged to unlock at least a predetermined function out of the first and second processing functions for execution based on the validation data.