mhurhangee/ep-ind-claims huggingface dataset:
A medical device to be applied to a body of a human or animal being, comprising a contact surface to contact the body of the human or animal being when the medical device is applied to the body of the human or animal being, wherein the contact surface is covered with a soluble surface sealing, characterized in that the surface sealing is composed of a carbohydrate, the medical device is an implantable catheter or another catheter, a tubing, a pump, or an impeller pump to forward a bodily fluid such as blood, and the contact surface is configured to provide target characteristics comprising a functionalization obtained by the contact surface being provided with double or more charged Phosphate ions such that the Phosphate ions are exposed to a bodily fluid when the medical device is applied to the body of the human or animal being. a contact surface to contact the body of the human or animal being when the medical device is applied to the body of the human or animal being, wherein the contact surface is covered with a soluble surface sealing, characterized in that the surface sealing is composed of a carbohydrate, the medical device is an implantable catheter or another catheter, a tubing, a pump, or an impeller pump to forward a bodily fluid such as blood, and the contact surface is configured to provide target characteristics comprising a functionalization obtained by the contact surface being provided with double or more charged Phosphate ions such that the Phosphate ions are exposed to a bodily fluid when the medical device is applied to the body of the human or animal being.
Process for detecting water leaks in smelting furnaces (2; 4) or in metal or alloy treatment plants, comprising the following steps: (i) providing at least one smelting furnace (2; 4), in particular an electric arc furnace, or at least one metal or alloy treatment plant provided with a water cooling system and connected to a process fume exhaust system; (ii) mixing in the cooling water a tracer chemical which is volatile in the event of water leakage together with the exhaust gases from the smelting furnace or metal or alloy treatment plant and which is suitable to be detected by an analysis system of the exhaust gases produced in said at least one smelting furnace (2;4) or in said at least one metal or alloy treatment plant; and (iii) detecting said tracer chemical contained in the exhaust gases by said analysis system comprised in said process fume exhaust plant, wherein said tracer chemical is deuterated water. (i) providing at least one smelting furnace (2; 4), in particular an electric arc furnace, or at least one metal or alloy treatment plant provided with a water cooling system and connected to a process fume exhaust system; (ii) mixing in the cooling water a tracer chemical which is volatile in the event of water leakage together with the exhaust gases from the smelting furnace or metal or alloy treatment plant and which is suitable to be detected by an analysis system of the exhaust gases produced in said at least one smelting furnace (2;4) or in said at least one metal or alloy treatment plant; and (iii) detecting said tracer chemical contained in the exhaust gases by said analysis system comprised in said process fume exhaust plant,
Floor panel for outdoor use, comprising a carrier plate with a front side and rear side, wherein the carrier plate is provided on its front side with a decorative layer respectively a protective layer and has at its sides coupling means in the form of groove and tongue elements, which allow connecting multiple similar panels in directions parallel to the front side as well as perpendicular to the front side by form fit, that the material of the carrier plate is chosen from the group consisting of: • MDF or HDF-board of acetylated wood; • Fiber cement board; • Polyvinylchloride; characterized in that the decorative respectively protective layer is a radiation cured acrylate-containing film, wherein the film is adhered with a polyurethane adhesive to the front side of the carrier plate. • MDF or HDF-board of acetylated wood; • Fiber cement board; • Polyvinylchloride;
A method comprising: inserting, by a server, a list of known network threats into existing data packs exchanged between the server and sensors of network elements; defining, by the server, network policies by generating tags for the known network threats, wherein the generated tags identify the known network threats; monitoring (S612, S700), by the server through the sensors, network traffic at network elements of a network; using the generated tags, identifying, by the server, a network threat in association with an element in communication with one or more of the network elements; detecting, from the monitoring (S612, S700) and based on the identifying using at least one tag of the generated tags, a compromised element in communication with one or more of the network elements, the compromised element being associated with at least one network threat and determining that the network threat is considered harmful to a first workload on one or more of the network elements but not harmful to a second workload on the one or more of the network elements; and applying by the server through the sensors an access prevention scheme to the compromised element, comprising: blocking the compromised element from accessing the first workload on the one or more of the network elements, while allowing the compromised element to access the second workload on the one or more of the network elements. inserting, by a server, a list of known network threats into existing data packs exchanged between the server and sensors of network elements; defining, by the server, network policies by generating tags for the known network threats, wherein the generated tags identify the known network threats; monitoring (S612, S700), by the server through the sensors, network traffic at network elements of a network; using the generated tags, identifying, by the server, a network threat in association with an element in communication with one or more of the network elements; detecting, from the monitoring (S612, S700) and based on the identifying using at least one tag of the generated tags, a compromised element in communication with one or more of the network elements, the compromised element being associated with at least one network threat and determining that the network threat is considered harmful to a first workload on one or more of the network elements but not harmful to a second workload on the one or more of the network elements; and applying by the server through the sensors an access prevention scheme to the compromised element, comprising: blocking the compromised element from accessing the first workload on the one or more of the network elements, while allowing the compromised element to access the second workload on the one or more of the network elements.
A dye-containing negative curable composition comprising: an organic solvent comprising propylene glycol monomethyl ether acetate and cyclopentanone; a dye that is soluble in the organic solvent; an oxime compound as a photopolymerisation initiator; and a photopolymerisable compound; characterized in that, the amount of the cyclopentanone is 20 to 80 mass % based on the total amount of the organic solvent. an organic solvent comprising propylene glycol monomethyl ether acetate and cyclopentanone; a dye that is soluble in the organic solvent; an oxime compound as a photopolymerisation initiator; and a photopolymerisable compound; characterized in that, the amount of the cyclopentanone is 20 to 80 mass % based on the total amount of the organic solvent.
A compound wherein the dotted line represents a possible single or double bond; R represents a C 4 H 9 or C 5 H 11 hydrocarbon moiety of n-butyl or n-pentyl, R 1 and R 2 together can be selected from the group consisting of oxygen and may form a closed ring structure represented by wherein the dotted line represents a possible single or double bond; R represents a C 4 H 9 or C 5 H 11 hydrocarbon moiety of n-butyl or n-pentyl, R 1 and R 2 together can be selected from the group consisting of oxygen and may form a closed ring structure represented by
A method of preparing an anhydrous crystal comprising a L-malic acid salt of N-[2-(diethylamino)ethyl]-5-[(5-fluoro-1,2-dihydro-2-oxo-3H-indol-3-ylidene)methyl]-2,4-dimethyl-1H-pyrrole-3-carboxamide wherein the anhydrous crystal has characteristic diffraction peaks at 13.2 and 24.2 degrees two-theta in a powder X-ray diffraction pattern, the method comprising: combining L-malic acid; N-[2-(diethylamino)ethyl]-5-[(5-fluoro-1,2-dihydro-2-oxo-3H-indol-3-ylidene)methyl]-2,4-dimethyl-1H-pyrrole-3-carboxamide; and a solvent; and inducing the salt to crystallize under crystallization conditions comprising one or more factors comprising: a difference between the initial and final temperatures of the crystallization solution of at most about 100°C; a rate of cooling of at most about 50°C per hour; no seeding; a supersaturation ratio of at most about 10; no precipitant; and/or combinations thereof. combining L-malic acid; N-[2-(diethylamino)ethyl]-5-[(5-fluoro-1,2-dihydro-2-oxo-3H-indol-3-ylidene)methyl]-2,4-dimethyl-1H-pyrrole-3-carboxamide; and a solvent; and inducing the salt to crystallize under crystallization conditions comprising one or more factors comprising: a difference between the initial and final temperatures of the crystallization solution of at most about 100°C; a rate of cooling of at most about 50°C per hour; no seeding; a supersaturation ratio of at most about 10; no precipitant; and/or combinations thereof.
Data stream having encoded therein a first information-sharing flag (pps_use_more_info_flag) in a picture parameter set (pic_parameter_set_rbsp) indicating whether an adaptive loop filter sharing is enabled, wherein if the first information-sharing flag (pps_use_more_info_flag) does not indicate sharing, non-ALF information (slice_info) and ALF coefficients related parameters (slice_alf_param), which are filter size and filter coefficients, of the adaptive loop filter are transmitted in the slice header, and non-ALF information (pps_info) and ALF coefficients related parameters (pps_alf_param), which are filter size and filter coefficients, are not transmitted in the picture parameter set, wherein if the first information-sharing flag (pps_use_more_info_flag) indicates sharing, the non-ALF information (pps_info) and ALF coefficients related parameters (pps_alf_param) of the adaptive loop filter are transmitted in the picture parameter set, and the non-ALF information (slice_info) and the ALF coefficients related parameters (slice_alf_param) are not transmitted in the slice header.
A process for the modification of a carbonaceous material [material], said process comprising: - contacting the material with a (per)fluoropolyether peroxide comprising at least one peroxidic moiety comprised between sp 3 carbon atoms and at least one fluoropolyoxyalkene chain (chain R f), i.e. a fluorocarbon segment comprising ether linkages in main chain [peroxide]; - heating the material while in contact with the peroxide at a temperature exceeding decomposition temperature of said peroxide, whereas material is selected from carbon black, carbon fibers, diamond-like carbon, graphite, fullerenes, including spherical fullerenes and carbon nanotubes. - contacting the material with a (per)fluoropolyether peroxide comprising at least one peroxidic moiety comprised between sp 3 carbon atoms and at least one fluoropolyoxyalkene chain (chain R f), i.e. a fluorocarbon segment comprising ether linkages in main chain [peroxide]; - heating the material while in contact with the peroxide at a temperature exceeding decomposition temperature of said peroxide,
A method of selecting the suitability of a lighting device for use in cheese lighting, the method comprising (a) defining a normalization factor (k) for a spectral power distribution (SPD(λ)) of lighting device light of said lighting device in a wavelength range of 380-780 nm, (b) defining the lighting device suitable for use in cheese lighting when a cheese damage function value (CDFV) is equal to or below 2, wherein the cheese damage function value (CDFV) is defined as: CDFV = k × ∑ λ SPD λ ⋅ DF λ ⋅ Δ λ wherein: k = 100 ∑ λ SPD λ ⋅ y ̅ λ ⋅ Δ λ wherein y (λ) is the 2-degree color matching function, and wherein DF(λ)=1 for 380 nm ≤ λ < 410 nm, and wherein for 410 nm ≤ λ ≤ 780 nm; DF λ = 0.95 × e − λ − 410 22 2 + 0.05 × e − λ − 410 105 2. wherein y (λ) is the 2-degree color matching function, and wherein DF(λ)=1 for 380 nm ≤ λ < 410 nm, and wherein for 410 nm ≤ λ ≤ 780 nm; DF λ = 0.95 × e − λ − 410 22 2 + 0.05 × e − λ − 410 105 2.
A method of controlling an automation framework for a plurality of devices (D 1, D 2,..., D x) in a manufacturing system for containers with food content, each of the devices being connected to respective associated control modules (CM 1, CM 2,..., CM x) having sets of control functionalities (f 1n, f 2m,..., f xo) controlling the function of the plurality of devices in response to equipment functions (E F) communicating with the control modules to activate a series (SQ 1, SQ 2,..., SQ x) of said control functionalities, wherein, for a first device (D 1) of the plurality of devices, in an associated first control module (CM 1), a first control functionality (f 11) is in dependence of a second control functionality (f 12) in a first series (SQ 1) of control functionalities, whereby a change of status of the first control functionality to control the first device is associated with a change of status of the second control functionality, characterized in that the method comprises; isolating the first and second control functionalities from each other so that the first and second control functionalities are independently accessible to a control unit as respective first (F 11) and second (F 12) isolated control functionalities, whereby the status of the first isolated control functionality is independent of the status of the second isolated control functionality, whereby the first device and a second device (D 2) of the plurality of devices each has respective first (F 1n) and second (F 2m) sets of isolated control functional ities, generating a set of combined control functionalities (GF 1, GF 2,..., GF p) for the first and/or the second device based on the first and second sets of isolated control functionalities, wherein the set of combined control functionalities are individually accessible to the control unit, and controlling at least the first and/or second device of the plurality of devices based on at least the set of combined control functionalities with an application manager configured to communicate with the control unit.
A concentrated perfume composition comprising at least 70% of a perfume, by weight of the composition, wherein the perfume has a combined dielectric constant of 6.74 or less; and from 1% to 30% of an amphiphile, by weight of the composition, wherein the amphiphile is chosen from: (i) a nonionic, alkyl or alkyl-aryl alkoxylated surfactant; (ii) a nonionic with a bulky head group; (iii) an alkoxylated cationic quaternary ammonium surfactant; or (iv) or combinations thereof.
A network management system in which field wireless management stations (11, 12) having gateway functions and system management functions incorporated are redundantly connected together, wherein the field wireless management stations (11, 12) include at least switch modules (11b, 12b) in which switches (SWm) are provided, characterized in that the plurality of field wireless management stations (11, 12) are connected to each other through a synchronizing cable, a first synchronizing connector (CNa) and a second synchronizing connector (CNb), the first synchronizing connector (CNa) and the second synchronizing connector (CNb) being provided in the synchronizing cable, and the switches (SWm) are connected in series to a first group of signal wires (Pb) provided in the synchronizing cable for connecting the switch modules (11b, 12b) to each other, the switches being configured to turn on and off the first group of signal wires (Pb), wherein the synchronizing cable comprises a second group of signal wires associated with the first synchronizing connector (CNa), the second group of signal wires comprising a first short circuit connection, and a third group of signal wires associated with the second synchronizing connector (CNb), the third group of signal wires comprising a second short circuit connection.
A terminal pin to be sandwiched between two printed circuit boards (P1, P2) spaced away from and facing each other, in such a condition that the terminal pin is supported by an electric connector, the terminal pin comprising: terminals formed at opposite ends and to be inserted into through-holes formed through the printed circuit boards (P1, P2); two movement-limiters each of which restricts movement of the terminal pin in a direction of an axis thereof; and a buffer zone located between the two movement-limiters, the buffer zone comprising a plurality of resilient pieces, characterized in that the resilient pieces are V-shaped wherein an angle of "V" is enlarged relative to normal "V", each of the resilient pieces being connected to C-shaped connecting portions (232, 233) at opposite ends thereof and the buffer zone is deformable in accordance with horizontal displacement of the axis of the terminal pin. terminals formed at opposite ends and to be inserted into through-holes formed through the printed circuit boards (P1, P2); two movement-limiters each of which restricts movement of the terminal pin in a direction of an axis thereof; and a buffer zone located between the two movement-limiters, the buffer zone comprising a plurality of resilient pieces, characterized in that the resilient pieces are V-shaped wherein an angle of "V" is enlarged relative to normal "V", each of the resilient pieces being connected to C-shaped connecting portions (232, 233) at opposite ends thereof and the buffer zone is deformable in accordance with horizontal displacement of the axis of the terminal pin.
Application device for applying viscous material, in particular adhesives or sealants, comprising a housing having an inlet for the viscous material and a bore which transitions into an outlet for the viscous material, characterized in that the bore is stepped and has a first annular groove which is connected to the inlet, and a second annular groove which is arranged so as to be offset in the outlet direction and has a diameter which changes in the circumferential direction and transitions into the outlet, a shaft being rotatably mounted in the bore, which shaft has at least one longitudinally axially arranged longitudinal groove (13, 13') which connects the first annular groove and the second annular groove of the bore to one another such that the angular orientation of the shaft within the bore creates a variable opening cross section.
An automated peritoneal dialysis system (10, 12) comprising: at least one dialysis fluid pump (60a, 60b) configured to pump a dialysis fluid to and from a patient over a tidal treatment in which a residual volume of dialysis fluid resides within the patient at the end of a drain; means for obtaining ultrafiltration ("UF") data points; and a logic implementer, or remote server in communication with a logic implementer, configured to provide at least one trended UF data point from a trend of UF data points maintained by the logic implementer or remote server; the logic implementer being configured to control the dialysis fluid pumped by the at least one dialysis fluid pump to and from a patient over the tidal treatment, the logic implementer configured to use the at least one trended UF data point for the patient to determine an amount of effluent dialysis fluid to remove from the patient during at least one patient drain of the tidal treatment. at least one dialysis fluid pump (60a, 60b) configured to pump a dialysis fluid to and from a patient over a tidal treatment in which a residual volume of dialysis fluid resides within the patient at the end of a drain; means for obtaining ultrafiltration ("UF") data points; and a logic implementer, or remote server in communication with a logic implementer, configured to provide at least one trended UF data point from a trend of UF data points maintained by the logic implementer or remote server; the logic implementer being configured to control the dialysis fluid pumped by the at least one dialysis fluid pump to and from a patient over the tidal treatment, the logic implementer configured to use the at least one trended UF data point for the patient to determine an amount of effluent dialysis fluid to remove from the patient during at least one patient drain of the tidal treatment.
Method for producing a packaging filled with a filling material, wherein a film sheet is shaped for forming the packaging, the packaging is filled with filling material and closed by sealing, characterized in that holes introduced into the film sheet are arranged congruently when the film sheet is sealed, in order to form a continuous suspension hole in the finished packaging.
A panel having a panel top side and a panel underside and at least two mutually opposite panel edges (2, 3, 4, 5), which respectively have an edge break (6, 7) at the panel top side, wherein the edge breaks in turn in the connected condition of two opposite edges (2, 3) of panels of this panel type together form a join in a covering surface wherein the edge break (7, 16) of one of the panel edges (2, 3), is larger than the edge break (6, 17) of the opposite panel edge (2, 3) and that a lower part of the large edge break of the one panel edge (2, 3) in the connected condition is overlapped by the small edge break (6, 17) of the opposite panel edge (2, 3), wherein an undercut contour having a lateral projection is provided at a panel edge (2, 3) in an upper region near the panel top side and that the small edge break (6, 17) is disposed upwardly at the lateral projection of said contour, wherein the lateral projection of the contour has a locking surface which is directed towards the panel underside, wherein a set-back butting surface is provided between the panel underside and the lateral projection, and wherein the free end of the complementary panel edge (2, 3) also has a free butting surface, and wherein the free butting surfaces (13, 14) abut against each other in the joined state and limit the joining path when the panel edges (2, 3) are moved towards each other, characterized in that in the connected state a gap is formed between the large edge break (7, 16) and the locking surface opposite it.
A method for the application of a multiplicity of discrete spots of adhesive distributed over a surface area onto a substrate to remain permanently thereon, characterized in that a rotating applicator head bearing a perforation pattern on the periphery thereof is displaced at a radial distance from and relative to the surface of the substrate that is to be furnished permanently with the pattern, wherein the substrate is displaced in an application direction relative to the rotating applicator head, the adhesive is pressed out of the perforations in the applicator head in the area of a linear or strip-like gap formed between the substrate and the applicator head, creating lenticular adhesive bulges, the adhesive bulges are brought into contact with the substrate in the area of the gap, wherein the applicator head does not touch the substrate, and the adhesive bulges are detached from the respective perforations, adhering to the substrate and forming adhesive spots on the substrate.