mhurhangee/ep-ind-claims huggingface dataset:
Dermatological pharmaceutical composition for use in the treatment of inflammatory diseases of the skin comprising indometacin as an anti-inflammatory, wherein said dermatological pharmaceutical composition further comprises: - a combination of topical antioxidants to boost the anti-inflammatory effect, - one or more optional active ingredients selected from: at least one corticoid or an antibiotic, wherein at least one of the topical antioxidants is an activator of peroxisome proliferator-activated receptor gamma (PPAR-γ). - a combination of topical antioxidants to boost the anti-inflammatory effect, - one or more optional active ingredients selected from: at least one corticoid or an antibiotic, wherein at least one of the topical antioxidants is an activator of peroxisome proliferator-activated receptor gamma (PPAR-γ).
A polyurethane mounting pad characterized in having Low P compressibility of 1 to 10%, the Low P compressibility being the ratio of the difference between a first thickness and a second thickness to the first thickness, the first thickness being measured by applying a pressure of 5g/cm 2 to a thickness direction of the mounting pad, and the second thickness being measured by applying a pressure of 100g/cm 2 to a thickness direction of the mounting pad, and in that Low P compression length, which is the difference between the first thickness and the second thickness, is 15 to 100 μ m.
A suit having a water-inflow double-blocking function, the suit comprising a lower body portion; an upper body portion coupled to a top of the lower body portion and integral with the lower body portion, wherein the upper body portion has an opening defined in a top center of the upper body portion; and a neck cover coupled removably to the upper body portion, the neck cove including: a neck portion surrounding a neck; and an extension extending outwardly from a bottom of the neck portion to surround the neck, wherein the extension is inserted into the opening of the upper body portion and is coupled to an inner surface of the upper body portion, wherein the neck cover prevents water from flowing into the opening of the upper body portion, wherein the upper body portion includes an over-head cover having one side part fixed to a rear portion of the upper body portion, and having the other side part coupled to a front portion of the upper body portion and extending across a central top of the upper body Portion, wherein the over-head cover has a head receiving hol defined therein through which a head passes, wherein the over-head cover covers the opening of the upper body portion receiving the extension of the neck cover and thus seals the neck, thereby blocking water inflow to the opening of the upper body portion in a double manner, wherein the over-head cover further includes water-proof rubbers and water inflow prevention films (22b, 2c) for blocking water inflow while the over-head cover covers the opening of the upper body portion and thus seals the neck, wherein each of the water-proof rubbers is embedded into each of both lateral ends of the over-head cover to first block inflow of water while the over-head covers the opening of the upper body portion and thus seals the neck, wherein the water inflow prevention films (2b, 2c) are disposed inwardly of the water-proof rubbers, and second inflow of water not blocked by the water-proof rubbers.
A composition or vaccine comprising a recombinant Equine Herpesvirus -1 (EHV-1), wherein the EHV-1 comprises a mutated gene which encodes a non-functional Glycoprotein C (gC), wherein the nucleotides at positions 94 to 1315 inclusive of the gC gene of SEQ ID NOs: 7, 9 or 11 are deleted.
Device for hot fogging using a liquid, the device comprising: - an assembly for producing a pressurised hot gas flow, having in particular a hot gas outlet, - an ejection pipe, having a hot gas inlet connected to the hot gas outlet of the production assembly, and an ejection outlet for a liquid spray mist, - a first liquid source, - means for injecting into the ejection pipe a metered liquid flow from the first liquid source, the means for injecting the metered flow of liquid comprising a venturi device having a narrow cross section area so as to enable the suction of the metered liquid flow, characterised in that the means for supplying the metered liquid flow to the ejection pipe comprise a suction pipe, a valve, and an extraction pipe, the suction pipe connecting a first outlet of the valve to a liquid inlet opening into the narrow cross section area of the venturi device and the extraction pipe connecting a second outlet of the valve to the first liquid source, the thermal fogging device comprising in addition one temperature sensor probe suitable for measuring the current temperature of the gases in the ejection pipe and a computer suitable for collecting the current temperature of the gas measured by the sensor probe and automatically controlling the opening or closing at least partially of the valve respectively in the event of the temperature measured by the sensor probe exceeding or dropping below the level with respect to a predetermined desired temperature. - an assembly for producing a pressurised hot gas flow, having in particular a hot gas outlet, - an ejection pipe, having a hot gas inlet connected to the hot gas outlet of the production assembly, and an ejection outlet for a liquid spray mist, - a first liquid source, - means for injecting into the ejection pipe a metered liquid flow from the first liquid source, the means for injecting the metered flow of liquid comprising a venturi device having a narrow cross section area so as to enable the suction of the metered liquid flow,
An emergency lighting system for an aircraft, comprising: a capacitor; a light emitting diode (220, 222) selectively powered by the capacitor; and at least one of a photoluminescent sign (242, 244) and a photoluminescent panel configured to receive light emitted from the LED (220, 222); and an edge light diffuser optically disposed between the LED (220, 222) and at least one of the photoluminescent sign (242, 244) and the photoluminescent panel; wherein the edge light diffuser is configured such that, while the photoluminescent panel is outside an emission pattern of the LED (220, 222), light emitted from the LED (220, 222) is received by the edge light diffuser and redirected onto the photoluminescent panel. a capacitor; a light emitting diode (220, 222) selectively powered by the capacitor; and at least one of a photoluminescent sign (242, 244) and a photoluminescent panel configured to receive light emitted from the LED (220, 222); and an edge light diffuser optically disposed between the LED (220, 222) and at least one of the photoluminescent sign (242, 244) and the photoluminescent panel; wherein the edge light diffuser is configured such that, while the photoluminescent panel is outside an emission pattern of the LED (220, 222), light emitted from the LED (220, 222) is received by the edge light diffuser and redirected onto the photoluminescent panel.
A wearable medical device comprising: a control unit; a first plurality of electrodes (112, 114) configured to be electrically coupleable to a first connection port of the control unit, the first plurality of electrodes (112, 114) including a first plurality of ECG sensing electrodes and a first plurality of therapy electrodes (114a, 114b) configured to provide a defibrillating shock to a body of a patient; a second plurality of electrodes (212, 214, 312, 314) including a second plurality of ECG sensing electrodes (212, 312) and a second plurality of therapy electrodes (214a, 214b, 314a, 314b) configured to provide a defibrillating shock to the body of the patient, the second plurality of electrodes being electrically coupled to a connector that is configured to be removably and electrically coupleable to a second connection port of the control unit of the wearable medical device that is distinct from the first connection port; and a waterproof enclosure configured to receive the control unit and protect the control unit during operation in a wet environment. a control unit; a first plurality of electrodes (112, 114) configured to be electrically coupleable to a first connection port of the control unit, the first plurality of electrodes (112, 114) including a first plurality of ECG sensing electrodes and a first plurality of therapy electrodes (114a, 114b) configured to provide a defibrillating shock to a body of a patient; a second plurality of electrodes (212, 214, 312, 314) including a second plurality of ECG sensing electrodes (212, 312) and a second plurality of therapy electrodes (214a, 214b, 314a, 314b) configured to provide a defibrillating shock to the body of the patient, the second plurality of electrodes being electrically coupled to a connector that is configured to be removably and electrically coupleable to a second connection port of the control unit of the wearable medical device that is distinct from the first connection port; and a waterproof enclosure configured to receive the control unit and protect the control unit during operation in a wet environment.
An explosion protection valve for decoupling system parts or parts of a plant, in particular for the installation in a pipeline, comprising - a housing, - a closing body which is axially guided inside the housing on a guide rod and can be shifted from a defined open position in the event of a pressure or suction wave in the pipeline in at least one closing movement direction into a sealing closed position in which the closing body can be fixed by means of a locking device, - a spring assembly, which is in operative connection to the closing body, on the guide rod for holding the closing body in the open position, and - bearing assemblies each carrying the end of the guide rod, which are each connected to the housing by means of at least one suspension cross-member, characterized by - a bearing arrangement, which is subject to play, of the at least one suspension cross-member in a receiving opening on the housing. - a housing, - a closing body which is axially guided inside the housing on a guide rod and can be shifted from a defined open position in the event of a pressure or suction wave in the pipeline in at least one closing movement direction into a sealing closed position in which the closing body can be fixed by means of a locking device, - a spring assembly, which is in operative connection to the closing body, on the guide rod for holding the closing body in the open position, and - bearing assemblies each carrying the end of the guide rod, which are each connected to the housing by means of at least one suspension cross-member, characterized by - a bearing arrangement, which is subject to play, of the at least one suspension cross-member in a receiving opening on the housing.
A product consisting of: a) demineralized and dehydrated chitinaceous exoskeleton; and b) chitinase producing microbe selected from a group consisting of Trichoderma viride and Beauveria bassiana, wherein the total microbial load of the product is not less than 10 8 cfu/g (colony forming units/gram), the chitinase activity is not less than 1 U/gds (unity per gram dry substrate) and said product is an air-dried mixture with a loss on drying not less than 15% of a mixture consisting of a dehydrated demineralized chitinaceous exoskeleton and chitinase producing Trichoderma viride or Beauveria bassiana containing broth. a) demineralized and dehydrated chitinaceous exoskeleton; and b) chitinase producing microbe selected from a group consisting of Trichoderma viride and Beauveria bassiana, wherein the total microbial load of the product is not less than 10 8 cfu/g (colony forming units/gram), the chitinase activity is not less than 1 U/gds (unity per gram dry substrate) and said product is an air-dried mixture with a loss on drying not less than 15% of a mixture consisting of a dehydrated demineralized chitinaceous exoskeleton and chitinase producing Trichoderma viride or Beauveria bassiana containing broth.
A method of manufacturing a tampon, the method characterized by comprising the steps of: providing a fibrous material; providing a cover; providing a contact member; incorporating at least two slits in the contact member to form a contact element in the contact member, wherein said contact element can at least partially expand outwardly from the tampon in use when contacted by bodily fluids; bonding the contact member to the cover; bonding the combination of the cover and the contact member to the fibrous material; and compressing the combination of the fibrous material, the cover and the contact member. providing a fibrous material; providing a cover; providing a contact member; incorporating at least two slits in the contact member to form a contact element in the contact member, wherein said contact element can at least partially expand outwardly from the tampon in use when contacted by bodily fluids; bonding the contact member to the cover; bonding the combination of the cover and the contact member to the fibrous material; and compressing the combination of the fibrous material, the cover and the contact member.
A system for providing services in a voice conferencing environment, comprising at least one server cluster, each cluster comprising a plurality of activated voice conferencing servers and a performance management system adapted to log at least one performance metric related to at least one of the activated voice conferencing servers, characterized in that said performance management system is configured to receive an activation request from a requesting voice conferencing server and, based on this activation request and a license file installed in the performance management system, automatically activate the requesting voice conferencing server by providing a license-key to said requesting conferencing server, and in that the license file includes a limited number of licensed ports, and the performance management system is configured to automatically execute a configuration of the activated voice conferencing servers to enable a particular activated voice conferencing server to participate in a current conference only if said particular activated voice conferencing server is covered by said limited number of licensed ports.
A twin screw extruder, comprising an input port, a resin feed part and a kneading part, wherein a roving-like reinforcing fiber can be fed through the input port into a molten thermoplastic resin having been formed in the resin feed part and the roving-like reinforcing fiber and the molten thermoplastic resin can sequentially pass through a conveying part and the kneading part so that a fiber-reinforced resin composition is manufactured, wherein: the kneading part is provided at a discharge-side end part of the twin screw extruder; the conveying part is provided between the input port and the kneading part; and the twin screw extruder being characterized in that tip clearance (Sc) of a screw element configuring the conveying part is larger than screw clearance (Ss), and a fiber relaxing part is provided between the conveying part and the kneading part, wherein the fiber relaxing part is configured by a screw element whose minimum outer peripheral length has a value smaller than that of the screw element configuring the conveying part. the kneading part is provided at a discharge-side end part of the twin screw extruder; the conveying part is provided between the input port and the kneading part; and the twin screw extruder being characterized in that tip clearance (Sc) of a screw element configuring the conveying part is larger than screw clearance (Ss), and a fiber relaxing part is provided between the conveying part and the kneading part, wherein the fiber relaxing part is configured by a screw element whose minimum outer peripheral length has a value smaller than that of the screw element configuring the conveying part.
A solid injectable veterinary implant comprising a macrocyclic lactone which is ivermectin or a salt thereof, and a pharmaceutically acceptable bioresorbable polymer which is polylactic acid, wherein the implant is solvent free.
Method for producing a security element forming a security thread, a film or patch, the shape of which is elongate in a longitudinal direction, for a secure document exhibiting, in the longitudinal direction, a succession of optically variable regions, this method comprising the steps of: a. producing on a substrate a succession of generally parallel optically variable strips (31, 32), so as to form a base film, b. cutting the base film of the security element in a direction generally transverse to the strips. a. producing on a substrate a succession of generally parallel optically variable strips (31, 32), so as to form a base film, b. cutting the base film of the security element in a direction generally transverse to the strips.
An LED light bulb comprising: a base which includes an electrical connector; a light emitting bulb part connected to the base and comprising a sealed enclosure having an outer envelope; a driver circuit electrically connected to the electrical connector; and a set of LEDs electrically connected to the driver circuit, wherein the LEDs are mounted around a hollow tube which is located within the sealed enclosure, wherein the tube comprises a circuit board further comprising a series of sections with fold regions between adjacent sections, said circuit board having a first end region on which discrete LEDs are mounted and a second end free of LEDs, wherein the first end region is shaped to define an outer tube, and the second end region is shaped to define an inner heat sink portion within the outer tube, characterised by said inner heat sink portion and said outer tube having open ends and thereby defining a flow passageway through the inner heat sink portion and the outer tube directed towards the outer envelope. a base which includes an electrical connector; a light emitting bulb part connected to the base and comprising a sealed enclosure having an outer envelope; a driver circuit electrically connected to the electrical connector; and a set of LEDs electrically connected to the driver circuit, wherein the LEDs are mounted around a hollow tube which is located within the sealed enclosure, wherein the tube comprises a circuit board further comprising a series of sections with fold regions between adjacent sections, said circuit board having a first end region on which discrete LEDs are mounted and a second end free of LEDs, wherein the first end region is shaped to define an outer tube, and the second end region is shaped to define an inner heat sink portion within the outer tube, characterised by said inner heat sink portion and said outer tube having open ends and thereby defining a flow passageway through the inner heat sink portion and the outer tube directed towards the outer envelope.
Cooking appliance comprising a cooking chamber, which has a loading opening which can be closed by at least one door, characterised in that at least one channel is provided inside the door for the removal of vapour-containing air, which channel is connected to the cooking chamber and, in a lower region of the door, to the environment, in that at least one rail comprising at least one channel is arranged on the door, and in that the channel is arranged such that the inlet opening of the channel is arranged above the outlet opening thereof.
A robot linear motion unit, comprising a motion track (21, 22) and a transmission mechanism arranged along the extension direction of the motion track (21, 22), wherein the motion track (21, 22) is arranged on a surface of a locating beam; wherein the locating beam comprises a first support beam and a second support beam which are parallel to each other, wherein a crossbeam is connected between the first support beam and the second support beam and is vertical to the first support beam and the second support beam, and a joint between the crossbeam and the first support beam and a joint between the crossbeam and the second support beam are provided with a right-angle connecting piece respectively; wherein the motion track (21, 22) comprises a first track and a second track arranged respectively on the first support beam and the second support beam of the locating beam, wherein the transmission mechanism is a double track synchronous pulley transmission mechanism which comprises for each of the first and second track (21,22) a synchronous belt clip fixed on the support beam of the respective track and a synchronous belt platen fixed on the synchronous belt clip, wherein two ends of a synchronous belt are fixed on the support beam of the respective track through the synchronous belt platen and the synchronous belt clip respectively, and the synchronous belt passes through a belt wheel box, and the belt wheel box is fixed with a synchronous belt slider, the synchronous belt slider being fixed on the respective track and performing reciprocating rectilinear motion with the belt wheel box under the driving of a servo motor, and wherein the respective track and the synchronous belt are disposed on two adjacent sides of the support beam of the respective track of the locating beam.
A metal billet used for forming a container by being hot-dilated in a molding container having a depth and an inner diameter, characterized by: a pressing backward side which partially protrudes from the molding container in a depth direction of the molding container when the metal billet is placed into the molding container, and a pressing forward side which is fully housed inside the molding container when the metal billet is placed into the molding container, wherein the pressing backward side has a circular cross section and the pressing forward side has a square cross section, and an outer diameter of the pressing backward side is larger than a diagonal length of the pressing forward side, and the outer diameter of the pressing backward side is equal with the inner diameter of the molding container, and the diagonal length of the pressing forward side is shorter than the inner diameter of the molding container. a pressing backward side which partially protrudes from the molding container in a depth direction of the molding container when the metal billet is placed into the molding container, and a pressing forward side which is fully housed inside the molding container when the metal billet is placed into the molding container, wherein the pressing backward side has a circular cross section and the pressing forward side has a square cross section, and an outer diameter of the pressing backward side is larger than a diagonal length of the pressing forward side, and the outer diameter of the pressing backward side is equal with the inner diameter of the molding container, and the diagonal length of the pressing forward side is shorter than the inner diameter of the molding container.
An in vitro or ex vivo method for expressing an exogenous gene specifically in cells of the retinal pigment epithelium of a primate, said method comprising the step of delivering an isolated nucleic acid molecule comprising a nucleic acid sequence of at least 400 bp and having at least 80% overall identity to the nucleic acid sequence of SEQ ID NO:1, to cells of the retinal pigment epithelium of said primate, wherein said isolated nucleic acid molecule specifically leads to the expression of the exogenous gene in the cells of the retinal pigment epithelium of the primate when a nucleic acid sequence coding for said exogenous gene is operatively linked to said isolated nucleic acid molecule.