mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing a pharmaceutical or cosmetic composition in the form of an emulsion of oil-in-water type formed from liquid globules each bearing a lamellar liquid crystal coating and being dispersed in an aqueous phase, each liquid globule being individually coated with a monolamellar or oligolamellar layer obtained from at least one lipophilic surfactant, at least one hydrophilic surfactant and at least one distinct anionic surfactant; the composition being able to incorporate excipients and/or active principles which are heat-sensitive to temperatures above 75°C, said process comprising the following steps: a) mixing, at a temperature not above 75°C, the lipophilic surfactant, the hydrophilic surfactant, the distinct anionic surfactant and all the ingredients of the liquid globules, so as to obtain a homogeneous mixture of fatty phase, b) mixing, at a temperature not above 75°C, all the ingredients of the aqueous phase, so as to obtain a homogeneous mixture of aqueous phase, c) pouring the aqueous phase obtained in b) into the fatty phase obtained in a) using a rotor-stator stirrer at a speed of between 10 000 rpm and 13 000 rpm, for a time of between 25 minutes and 1 hour, so as to obtain a homogeneous emulsion, d) cooling the homogeneous emulsion obtained in c), by introducing water into the mixture obtained in c), with stirring at a speed of between 1000 rpm and 3000 rpm, and at a coaxial speed of between 40 rpm and 50 rpm, until the temperature of the emulsion is less than or equal to 50°C, said process being characterized in that the number of steps is less than or equal to 5, in that it does not require the use of a highpressure homogenizer, in that said process does not involve a pre-emulsification step and in that every step of said process is performed at a temperature of less than or equal to 75°C. a) mixing, at a temperature not above 75°C, the lipophilic surfactant, the hydrophilic surfactant, the distinct anionic surfactant and all the ingredients of the liquid globules, so as to obtain a homogeneous mixture of fatty phase, b) mixing, at a temperature not above 75°C, all the ingredients of the aqueous phase, so as to obtain a homogeneous mixture of aqueous phase, c) pouring the aqueous phase obtained in b) into the fatty phase obtained in a) using a rotor-stator stirrer at a speed of between 10 000 rpm and 13 000 rpm, for a time of between 25 minutes and 1 hour, so as to obtain a homogeneous emulsion, d) cooling the homogeneous emulsion obtained in c), by introducing water into the mixture obtained in c), with stirring at a speed of between 1000 rpm and 3000 rpm, and at a coaxial speed of between 40 rpm and 50 rpm, until the temperature of the emulsion is less than or equal to 50°C,
A method for supporting payload data collection, executed on a node, in a transaction processing environment, comprising: capturing, by a plug-in of the node, application information, the application information comprising payload data; filtering, by the plug-in, the application information based upon a user defined filter; writing, by the plug-in, the filtered application information to a buffer; reading, by a local monitor service of the node, the filtered application information from the buffer; and passing, by the local monitor service, the filtered application information to a location for analysis; wherein the filtered application information is in a format, the format comprising a header, a datapool comprising a datasize and items (408,409), a namepool comprising a namelen and names (411,412), wherein namelen is a size of all the names and the format is a self-describing data format, and wherein the data format comprises payload data and filter information identifying the user defined filter, wherein the filter information is comprised in the header. capturing, by a plug-in of the node, application information, the application information comprising payload data; filtering, by the plug-in, the application information based upon a user defined filter; writing, by the plug-in, the filtered application information to a buffer; reading, by a local monitor service of the node, the filtered application information from the buffer; and passing, by the local monitor service, the filtered application information to a location for analysis; wherein the filtered application information is in a format, the format comprising a header, a datapool comprising a datasize and items (408,409), a namepool comprising a namelen and names (411,412), wherein namelen is a size of all the names and the format is a self-describing data format, and wherein the data format comprises payload data and filter information identifying the user defined filter, wherein the filter information is comprised in the header.
Device for monitoring a rotating element, the device comprising: a signal input configured to receive a time-dependent vibration signal s(t) emanating from the rotating element, and a rotational-speed signal f B of the rotating element, a signal modification device configured to modify the rotational-speed signal f B and to output a modified rotational-speed signal f A, a sampling device configured to sample the time-dependent vibration signal s(t) while using the modified rotational-speed signal f A as a sampling rate and to generate a time-discrete vibration signal s A (n), characterized in that the modified rotational-speed signal f A is a multitude of the rotational-speed signal f B that is multiplied by a real-valued factor N, the device comprising a second signal modification device (103 2) configured to modify the rotational-speed signal f B and to output a second modified rotational-speed signal f A2, the second modified rotational-speed signal f A2 being a multitude of the rotational-speed signal f B multiplied by a second real-valued factor N 2. a signal input configured to receive a time-dependent vibration signal s(t) emanating from the rotating element, and a rotational-speed signal f B of the rotating element, a signal modification device configured to modify the rotational-speed signal f B and to output a modified rotational-speed signal f A, a sampling device configured to sample the time-dependent vibration signal s(t) while using the modified rotational-speed signal f A as a sampling rate and to generate a time-discrete vibration signal s A (n), characterized in that the modified rotational-speed signal f A is a multitude of the rotational-speed signal f B that is multiplied by a real-valued factor N, the device comprising a second signal modification device (103 2) configured to modify the rotational-speed signal f B and to output a second modified rotational-speed signal f A2, the second modified rotational-speed signal f A2 being a multitude of the rotational-speed signal f B multiplied by a second real-valued factor N 2.
A seal assembly (10, 60, 62, 64, 66) comprising a locking ring (22, 40, 48, 50, 78) and a unitary seal body comprising two seal cavities (70, 72) each defined in part by a sealing lip (26, 28); characterised in that the two sealing lips (26, 28) each includes a tip (30, 32) that points in an opposite direction from one another and shares a common seal divider; and wherein a canted coil spring (16, 18, or 36) is located in each of the two seal cavities (70, 72).
A method of providing a snow storage with heat insulation, the method comprising covering a snow pile made at a snow storage site with heat-insulating materials (16, 18, 20, 27, 28, 29) of which at least some are insulation boards, characterized in that - the insulation of the snow pile is carried out by using insulation board mats which include several insulation boards, or insulation board groups consisting of several insulation boards attached against each other, side by side and/or one after another, and which are pivotably joined together, alternately at the upper corners and the lower corners of their opposite transversal end edges, the resulting continuous insulation board mat composed of several insulation boards one after another being foldable into an accordion-like insulation board bundle and re-openable into a continuous insulation board mat, - as the snow pile is heat-insulated, the accordion-like insulation board bundles are opened up and pulled to lie side by side and/or one after another on the top/sides of the snow pile, the insulation board mats which have been opened up and pulled onto the snow pile thus covering at least a portion of the snow pile, - as the insulation board mats are removed from the snow storage, the insulation board mats are pulled off the snow pile and folded back into insulation board bundles with an accordion-like configuration. - the insulation of the snow pile is carried out by using insulation board mats which include several insulation boards, or insulation board groups consisting of several insulation boards attached against each other, side by side and/or one after another, and which are pivotably joined together, alternately at the upper corners and the lower corners of their opposite transversal end edges, the resulting continuous insulation board mat composed of several insulation boards one after another being foldable into an accordion-like insulation board bundle and re-openable into a continuous insulation board mat, - as the snow pile is heat-insulated, the accordion-like insulation board bundles are opened up and pulled to lie side by side and/or one after another on the top/sides of the snow pile, the insulation board mats which have been opened up and pulled onto the snow pile thus covering at least a portion of the snow pile, - as the insulation board mats are removed from the snow storage, the insulation board mats are pulled off the snow pile and folded back into insulation board bundles with an accordion-like configuration.
A seal device with integrated leak progression detection capability comprising: a seal member (10, 110, 210, 310, 410, 510, 610) being a discrete item with at least two sealing contact surfaces (12, 112, 219a-c, 319a-b, 521, 610) extending in a radial direction and facing in an axial direction of the discrete item and provided by at least two sealing rings being integral with or mounted on the seal member; and at least one sensing ring (18a-c, 118a-c, 218a-c, 318a-b, 418a-b, 518a-b, 618a-b) mounted on the seal member (10, 110, 210, 310, 410, 510, 610) between said sealing rings (112, 219a-c, 319a-b, 521, 610) when viewed in the radial direction of the discrete item, said sensing ring (18a-c, 118a-c, 218a-c, 318a-b, 418a-b, 518a-b, 618a-b) detecting, in response to a contained fluid contacting the sensing ring, if a breach has occurred from a seal formed from one of said sealing contact surfaces (112, 219a-c, 319a-b, 521, 610) and a member (128, 228, 328, 329) against which the one sealing contact surface (112, 219a-c, 319a-b, 521, 610) is sealed to provide an indication of said breach before a breach of the seal formed from the other sealing contact surface (112, 219a-c, 319a-b, 521, 610) and the member (128, 228, 328, 329) against which the other sealing contact surface (112, 219a-c, 319a-b, 521, 610) is sealed occurs; characterized in that said at least one sensing ring (18a-c, 118a-c, 218a-c, 318a-b, 418a-b, 518a-b, 618a-b) is on an outer contact surface of the seal member (10, 110, 210, 310, 410, 510, 610) facing in the axial direction of the discrete item. a seal member (10, 110, 210, 310, 410, 510, 610) being a discrete item with at least two sealing contact surfaces (12, 112, 219a-c, 319a-b, 521, 610) extending in a radial direction and facing in an axial direction of the discrete item and provided by at least two sealing rings being integral with or mounted on the seal member; and at least one sensing ring (18a-c, 118a-c, 218a-c, 318a-b, 418a-b, 518a-b, 618a-b) mounted on the seal member (10, 110, 210, 310, 410, 510, 610) between said sealing rings (112, 219a-c, 319a-b, 521, 610) when viewed in the radial direction of the discrete item, said sensing ring (18a-c, 118a-c, 218a-c, 318a-b, 418a-b, 518a-b, 618a-b) detecting, in response to a contained fluid contacting the sensing ring, if a breach has occurred from a seal formed from one of said sealing contact surfaces (112, 219a-c, 319a-b, 521, 610) and a member (128, 228, 328, 329) against which the one sealing contact surface (112, 219a-c, 319a-b, 521, 610) is sealed to provide an indication of said breach before a breach of the seal formed from the other sealing contact surface (112, 219a-c, 319a-b, 521, 610) and the member (128, 228, 328, 329) against which the other sealing contact surface (112, 219a-c, 319a-b, 521, 610) is sealed occurs; characterized in that said at least one sensing ring (18a-c, 118a-c, 218a-c, 318a-b, 418a-b, 518a-b, 618a-b) is on an outer contact surface of the seal member (10, 110, 210, 310, 410, 510, 610) facing in the axial direction of the discrete item.
A mandatory access control method, comprising: obtaining, by a virtual machine monitor, VMM, from at least one virtual machine, M access instructions delivered by a user, wherein each of the M access instructions comprises an access subject and an access object, and M is a positive integer greater than or equal to 2; after obtaining the M access instructions, determining by the VMM according to the subject and the object of each of the M access instructions, N access instructions that comply with a preset mandatory access rule, wherein N is a positive integer less than or equal to M; and after determining the N access instructions, accessing by the VMM, a hardware layer device corresponding to the object of each of the N access instructions. obtaining, by a virtual machine monitor, VMM, from at least one virtual machine, M access instructions delivered by a user, wherein each of the M access instructions comprises an access subject and an access object, and M is a positive integer greater than or equal to 2; after obtaining the M access instructions, determining by the VMM according to the subject and the object of each of the M access instructions, N access instructions that comply with a preset mandatory access rule, wherein N is a positive integer less than or equal to M; and after determining the N access instructions, accessing by the VMM, a hardware layer device corresponding to the object of each of the N access instructions.
An in vitro method to aid the diagnosis of Alzheimer's disease or Mild Cognitive Impairment, comprising determining in a patient's sample the level of expression of the tropomyosin isoform characterised as having a molecular weight of approximately 37kDa associated with UniprotKB accession number P09493-3.
A subsea unit (1A; 1B) comprising: an external housing, a passive pressure compensator arranged to reduce a pressure difference between ambient subsea pressure and pressure inside the external housing, a subsea unit liquid for counteracting deformation of the external housing, and a first subunit (3A; 3B; 3C; 3D; 3E; 3F; 3G) arranged inside the external housing, and which first subunit (3A; 3B; 3C; 3D; 3E; 3F; 3G) comprises: a subunit housing, a passive pressure compensator arranged to reduce a pressure difference between the pressure inside the subunit housing and the pressure inside the external housing, a first electronic or electric device arranged inside the subunit housing, a first type of liquid for counteracting deformation of the subunit housing, characterised by an absorber arranged to absorb a pollutant in the first subunit (3A; 3B; 3C; 3D; 3E; 3F; 3G), wherein the absorber comprises one of a silicone gel, active coal and magnetic material. an external housing, a passive pressure compensator arranged to reduce a pressure difference between ambient subsea pressure and pressure inside the external housing, a subsea unit liquid for counteracting deformation of the external housing, and a first subunit (3A; 3B; 3C; 3D; 3E; 3F; 3G) arranged inside the external housing, and which first subunit (3A; 3B; 3C; 3D; 3E; 3F; 3G) comprises: a subunit housing, a passive pressure compensator arranged to reduce a pressure difference between the pressure inside the subunit housing and the pressure inside the external housing, a first electronic or electric device arranged inside the subunit housing, a first type of liquid for counteracting deformation of the subunit housing, characterised by an absorber arranged to absorb a pollutant in the first subunit (3A; 3B; 3C; 3D; 3E; 3F; 3G), wherein the absorber comprises one of a silicone gel, active coal and magnetic material. a subunit housing, a passive pressure compensator arranged to reduce a pressure difference between the pressure inside the subunit housing and the pressure inside the external housing, a first electronic or electric device arranged inside the subunit housing, a first type of liquid for counteracting deformation of the subunit housing, characterised by an absorber arranged to absorb a pollutant in the first subunit (3A; 3B; 3C; 3D; 3E; 3F; 3G), wherein the absorber comprises one of a silicone gel, active coal and magnetic material.
An antioxidant for treatment and prophylaxis of illnesses associated with oxidative stress and lack of oxygen in the body, consisting of a complex of a metal cation (chosen from one of the following groups: iron, copper, zinc or manganese) with rutin and ascorbic acid and/or dehydroascorbic acid of the general formula: Me m Ru r (DGAA) p -X n, where Me - cation of iron, copper, zinc, or manganese; Ru - rutin; AA - ascorbic acid; DGAA - dehydroascorbic acid; X - SO 4 -2, CH 3 C O -2, - OOC-CH 2 -C (COO -)-CH 2 -COO -; m is from 1.0 to 3; n is from 0.7 to 9; p/(r+p) is from 0 to 1. Me - cation of iron, copper, zinc, or manganese; Ru - rutin; AA - ascorbic acid; DGAA - dehydroascorbic acid; X - SO 4 -2, CH 3 C O -2, - OOC-CH 2 -C (COO -)-CH 2 -COO -; m is from 1.0 to 3; n is from 0.7 to 9; p/(r+p) is from 0 to 1.
Agricultural machine (10, 10') comprising an engine for power delivery, at least one axle provided with two wheels, a handlebar and a power take-off, said agricultural machine (10, 10') further comprising a clutch group interposed between said engine and said at least one axle and levers (16, 17) associated with said handlebar controlling said clutch group, characterized in that said clutch group is an hydromechanical clutch group comprising a actuation piston and in that said levers (16, 17) are a first and a second lever hydraulically controlling said actuation piston movable between a first raised position, in which said actuation piston imposes to said hydromechanical clutch group the transmission of the motion from the engine to the wheels and to the tool, and a second lowered position in which said actuation piston frees said hydromechanical clutch group by kinematically disconnecting said engine from said wheels and said tool, there being provided a device for braking the machine and the tool with clutch disengaged, there being provided an oil pump for the introduction of pressurized oil into a housing chamber of said piston, said oil pump comprising a pump body having on one side an "8" shaped seat for accommodating a drive gear and a driven gear and closed by a plate, said pump on the outside of said pump body on the opposite side of said plate comprises an outer actuation gear keyed on said drive gear and engaged with said hydromechanical clutch group.
A method of integration of an exogenous nucleic acid at a target site comprising introducing into a cell: an exogenous linear, double-stranded DNA and a nucleoprotein filament of a proteinaceous fusion molecule and a nucleic acid probe complementary to a target a site of DNA of the cell, wherein the fusion protein comprises a RecA or Rad51 domain having a recombinase activity that contributes to the filament, a Gal4 dimerization domain, and a nuclear localization signal domain, wherein the exogenous nucleic acid is incorporated into the DNA of the cell and expressed by the cell, with the nucleic acid probe comprising a pair of complementary single strand DNA (cssDNA) corresponding to the targeted site. an exogenous linear, double-stranded DNA and a nucleoprotein filament of a proteinaceous fusion molecule and a nucleic acid probe complementary to a target a site of DNA of the cell, wherein the fusion protein comprises a RecA or Rad51 domain having a recombinase activity that contributes to the filament, a Gal4 dimerization domain, and a nuclear localization signal domain, wherein the exogenous nucleic acid is incorporated into the DNA of the cell and expressed by the cell, with the nucleic acid probe comprising a pair of complementary single strand DNA (cssDNA) corresponding to the targeted site.
A method comprising: arranging a first joining partner in a joining chamber, the first joining partner comprising a first surface and a second surface opposite the first surface, the first surface facing a bottom surface of the joining chamber; arranging a second joining partner on the second surface of the first joining partner, with a first pre-layer being arranged between the first joining partner and the second joining partner; filling the joining chamber with a liquid, thereby applying a pressure to the joining partners (10, 20) such that the second joining partner is pressed onto the first joining partner, thereby compressing the pre-layer resulting in a connecting layer which forms a firm substance-to-substance bond between the first joining partner and the second joining partner, wherein the liquid comprises a liquid polymer, and the liquid is solidified or hardened while applying pressure to the joining partners (10, 20). arranging a first joining partner in a joining chamber, the first joining partner comprising a first surface and a second surface opposite the first surface, the first surface facing a bottom surface of the joining chamber; arranging a second joining partner on the second surface of the first joining partner, with a first pre-layer being arranged between the first joining partner and the second joining partner; filling the joining chamber with a liquid, thereby applying a pressure to the joining partners (10, 20) such that the second joining partner is pressed onto the first joining partner, thereby compressing the pre-layer resulting in a connecting layer which forms a firm substance-to-substance bond between the first joining partner and the second joining partner, wherein the liquid comprises a liquid polymer, and the liquid is solidified or hardened while applying pressure to the joining partners (10, 20).
A sterile composition, implantable subdermally or supraperiostially into the chin area, jawline or nose of a patient in need thereof, the composition comprising a crosslinked hyaluronic acid crosslinked with 1,4-butanediol diglycidyl ether (BDDE); wherein the HA concentration of the composition is greater than 20 mg/g; wherein the HA used for crosslinking is made with a mixture of low molecular weight hyaluronic acid and high molecular weight hyaluronic acid, where the HA used for crosslinking is a mixture containing at least 50% by weight of low molecular weight HA, based on the total weight of the HA; wherein the composition has an elastic modulus between 500 Pa (+/- 50 Pa) and 900 Pa (+/- 90 Pa) at 5Hz; wherein the composition has a cohesivity above 60 gmf; wherein the composition exhibits an extrusion force between 4N (+/- 0.4N) and 15N (+/- 1.5 N) at 13 mm/min using a 1 mL COC syringe and a 27G x 13mm needle.