mhurhangee/patent-ind-claim-en huggingface dataset:
System for dredging underwater seabed comprising: - a platform provided with flotation means and provided with on-board equipment, a dredging tool being provided on the portion of said platform facing the surface of the water, the dredging tool being provided with means suitable for lowering and lifting it, and being provided with at least three connection points associated with said platform, for connection to one end of respective warping cables , which warping cables are suitably anchored to the shore by means of a connection to the opposite warping cables end, and provided with suitable tensioning means; - sediment collection means collected by the dredging tool, - means for detecting the absolute position of said platform ; - means for detecting the position of said dredging tool; - means for detecting the seabed configuration; - means for detecting the quantity of sediment removed from the seabed; - remote command and control means of said means suitable for lowering and lifting said dredging tool, tensioning means for the warping cables, and all detection means; - means for power supplying the equipment on board the platform , wherein the dredging tool is a bucket , the sediment collection means comprising an underwater hopper which discharges the sediment to the ground, the platform being moved from the sediment collection point to the discharge area where the hopper is located. - a platform provided with flotation means and provided with on-board equipment, a dredging tool being provided on the portion of said platform facing the surface of the water, the dredging tool being provided with means suitable for lowering and lifting it, and being provided with at least three connection points associated with said platform, for connection to one end of respective warping cables , which warping cables are suitably anchored to the shore by means of a connection to the opposite warping cables end, and provided with suitable tensioning means; - sediment collection means collected by the dredging tool, - means for detecting the absolute position of said platform ; - means for detecting the position of said dredging tool; - means for detecting the seabed configuration; - means for detecting the quantity of sediment removed from the seabed; - remote command and control means of said means suitable for lowering and lifting said dredging tool, tensioning means for the warping cables, and all detection means; - means for power supplying the equipment on board the platform , wherein the dredging tool is a bucket , the sediment collection means comprising an underwater hopper which discharges the sediment to the ground, the platform being moved from the sediment collection point to the discharge area where the hopper is located.
A cosmetic composition comprising: a) from 0.01 to 9% of film-forming polymer having a contact angle of at least 85° by weight of the composition, where contact angle means the angle at which a water/vapor interface meets a solid surface at a temperature of 25 °C and is measured in accordance with the procedure in the description; b) from 0.01 to 3.5% of fatty compound by weight of the composition; c) from 0.001 to 7% of optical particle by weight of the composition; and d) at least 40% of water by weight of the composition, wherein the fatty compound is selected from fatty acid, soap, or a mixture thereof; and wherein the film forming polymer is silicone resin which comprises a blend of MQ silicone resin and T silicone resin, where silicone resin is silicone material which is formed by branched and/or cage-like oligosiloxanes having three-dimensional structure. a) from 0.01 to 9% of film-forming polymer having a contact angle of at least 85° by weight of the composition, where contact angle means the angle at which a water/vapor interface meets a solid surface at a temperature of 25 °C and is measured in accordance with the procedure in the description; b) from 0.01 to 3.5% of fatty compound by weight of the composition; c) from 0.001 to 7% of optical particle by weight of the composition; and d) at least 40% of water by weight of the composition,
A microfluidic cell culture device comprising: a medium inlet structure comprising a fluidic medium inlet and a plurality of fluidically connected microfluidic medium channels; and a cell culture inlet structure comprising a fluidic medium output and a plurality of fluidically connected microfluidic cell culture channels; wherein an artificial sinusoid channel wall has been formed, which separates the microfluidic medium channels from the microfluidic cell culture channels, the channel wall having a plurality of narrow fluidic passages allowing fluidic flow between the microfluidic medium channels and the microfluidic cell culture channels; wherein the fluidic medium output also functions as a fluidic cellular inlet. a medium inlet structure comprising a fluidic medium inlet and a plurality of fluidically connected microfluidic medium channels; and a cell culture inlet structure comprising a fluidic medium output and a plurality of fluidically connected microfluidic cell culture channels; wherein an artificial sinusoid channel wall has been formed, which separates the microfluidic medium channels from the microfluidic cell culture channels, the channel wall having a plurality of narrow fluidic passages allowing fluidic flow between the microfluidic medium channels and the microfluidic cell culture channels; wherein the fluidic medium output also functions as a fluidic cellular inlet.
A device for use with a sample having a suspension of formed components, the device comprising: at least one sample inlet for receiving said sample with the formed components; at least one outlet; a separation material positioned along at least a first pathway between the sample inlet and the outlet wherein said separation material is configured to remove formed components from the sample that flows over the separation material prior to outputting a liquid portion at the outlet; and a distributor on one side of the separation material comprising a patterned manifold with a plurality of shorter length channels each coupled to one of a plurality of longer length channels and positioned with the separation material to define an interface that provides for propagating sample in the distributor over the separation material and propagating the sample laterally within the separation material, characterised in that multiple longer length channels are arranged to distribute the sample to shorter length intersection channels to distribute sample along various locations over the separation material; a collector on another side of the separation material comprising a plurality of capillary channels to draw said liquid portion through the separation material; and a vent fluidically coupled to the collector to allow said capillary channels to the draw said liquid portion through the separation material. at least one sample inlet for receiving said sample with the formed components; at least one outlet; a separation material positioned along at least a first pathway between the sample inlet and the outlet wherein said separation material is configured to remove formed components from the sample that flows over the separation material prior to outputting a liquid portion at the outlet; and a distributor on one side of the separation material comprising a patterned manifold with a plurality of shorter length channels each coupled to one of a plurality of longer length channels and positioned with the separation material to define an interface that provides for propagating sample in the distributor over the separation material and propagating the sample laterally within the separation material, characterised in that multiple longer length channels are arranged to distribute the sample to shorter length intersection channels to distribute sample along various locations over the separation material; a collector on another side of the separation material comprising a plurality of capillary channels to draw said liquid portion through the separation material; and a vent fluidically coupled to the collector to allow said capillary channels to the draw said liquid portion through the separation material.
A method comprising: deriving, using a secured microcontroller of a computing device , a secure identifier for the computing device , the secure identifier comprising a one-time password unique to a pairing of the computing device and a particular domain , the secure identifier derived based at least in part on seed data received from the particular domain , the seed data separate from a domain identifier of the particular domain and unique to the pairing of the computing device and the particular domain ; identifying, in secured memory of the computing device , security posture data to describe attributes of the computing device ; and sending the secure identifier and at least a portion of the security posture data in a secured container to a management device of the particular domain , wherein the management device of the particular domain is to authenticate the computing device using the secure identifier . deriving, using a secured microcontroller of a computing device , a secure identifier for the computing device , the secure identifier comprising a one-time password unique to a pairing of the computing device and a particular domain , the secure identifier derived based at least in part on seed data received from the particular domain , the seed data separate from a domain identifier of the particular domain and unique to the pairing of the computing device and the particular domain ; identifying, in secured memory of the computing device , security posture data to describe attributes of the computing device ; and sending the secure identifier and at least a portion of the security posture data in a secured container to a management device of the particular domain , wherein the management device of the particular domain is to authenticate the computing device using the secure identifier .
Screw-free clamping device for lighting protection conductors or earthing conductors of the same or different cross sectional areas, consisting of a first and a second clamp part, which each have at least two opposing spring limbs (1; 2, 5; 6) of electrically conductive material, which form a spring limb pair (3; 4) and which have a shaping for receiving and contacting a portion of an associated electrical conductor (30; 40) of the lightning protection line or earthing conductor, and comprising a connecting portion (7; 8) between the spring limbs (5; 6 and 1; 2), characterised in that the respective connecting portions (7; 8) are arranged connectably, positioned back to back between the spring limbs (1; 2; 5; 6).
A drainage channel with a channel body made of plastic having two channel walls that flank a channel base on both sides and each form a support for a cover , wherein the channel body has ribs which each extend continuously on the outside from a first support along a first channel wall , over the channel base and a second channel wall to a second support , characterized in that the ribs each form at least one first side rib extending at least in sections vertically from the first support to a first branching point , which then branches into diverging downwardly extending first rib legs , which respectively merge into bottom ribs that are initially vertical and then extend around the channel base and are rejoined via second rib legs at a second branching point , from which a second side rib respectively extends vertically to the second support .
A print device (1; 2; 3; 4; 6; 7) comprising: a tape mounting portion configured to detachably mount a tape therein, the tape being a strip-shaped print medium; a tape print portion configured to print on the tape mounted in the tape mounting portion , the tape print portion including a first print head that is configured to print characters on the tape ; a tape discharge portion configured to discharge the tape printed by the tape print portion to the outside of the print device in a first direction; a tube mounting portion configured to detachably mount a tube therein along a predetermined direction, the tube being a cylindrical print medium; a ribbon mounting portion configured to detachably mount an ink ribbon therein; a tube print portion configured to print on the tube mounted in the tube mounting portion , the tube print portion including a second print head that is configured to print characters on the tube, using the ink ribbon mounted in the ribbon mounting portion ; and a tube discharge portion configured to discharge the tube printed by the tube print portion to the outside of the print device in a second direction, the first and second directions being directions that are separate from each other, wherein the tape mounting portion and the ribbon mounting portion are disposed side by side along the predetermined direction, and are disposed on a same side with respect to the tube mounting portion . a tape mounting portion configured to detachably mount a tape therein, the tape being a strip-shaped print medium; a tape print portion configured to print on the tape mounted in the tape mounting portion , the tape print portion including a first print head that is configured to print characters on the tape ; a tape discharge portion configured to discharge the tape printed by the tape print portion to the outside of the print device in a first direction; a tube mounting portion configured to detachably mount a tube therein along a predetermined direction, the tube being a cylindrical print medium; a ribbon mounting portion configured to detachably mount an ink ribbon therein; a tube print portion configured to print on the tube mounted in the tube mounting portion , the tube print portion including a second print head that is configured to print characters on the tube, using the ink ribbon mounted in the ribbon mounting portion ; and a tube discharge portion configured to discharge the tube printed by the tube print portion to the outside of the print device in a second direction, the first and second directions being directions that are separate from each other, wherein the tape mounting portion and the ribbon mounting portion are disposed side by side along the predetermined direction, and are disposed on a same side with respect to the tube mounting portion .
Human milk oligosaccharides (HMOs) for use in: - the prophylaxis or treatment of antibiotic-associated diarrhoea, and/or - the prophylaxis or treatment of primary or recurrent Clostridium difficile infection, in a human patient undergoing or having undergone antibiotic therapy, wherein at least 2 g of HMOs is administered to the human daily, wherein the HMOs is a mixture consisting of 2'-fucosyllactose (2'-FL) and lacto-N-neotetraose (LNnT), and wherein the HMOs contain about 1.5:1 to about 5:1 of 2'-FL:LNnT by weight. - the prophylaxis or treatment of antibiotic-associated diarrhoea, and/or - the prophylaxis or treatment of primary or recurrent Clostridium difficile infection, in a human patient undergoing or having undergone antibiotic therapy, wherein at least 2 g of HMOs is administered to the human daily, wherein the HMOs is a mixture consisting of 2'-fucosyllactose (2'-FL) and lacto-N-neotetraose (LNnT), and wherein the HMOs contain about 1.5:1 to about 5:1 of 2'-FL:LNnT by weight.
A data transmission method, wherein the method comprises: receiving an Ethernet packet , wherein the Ethernet packet carries a first packet header check bit, and the first packet header check bit is used to perform a check on forwarding information of the Ethernet packet, wherein the first packet header check bit is located in a header of the Ethernet packet, the forwarding information of the Ethernet packet comprises: a destination Media Access Control, MAC, address of the Ethernet packet, wherein the Ethernet packet carries CPRI data, the Ethernet packet carries a second packet header check bit, the second packet header check bit is used to perform a check on forwarding information of the CPRI data; performing a check on the forwarding information of the Ethernet packet based on the first packet header check bit ; determining forwarding behavior of the Ethernet packet based on a check result of the forwarding information of the Ethernet packet ; performing a check on the forwarding information of the CPRI data based on the second packet header check bit; and determining forwarding behavior of the CPRI data based on a check result of the forwarding information of the CPRI data. receiving an Ethernet packet , wherein the Ethernet packet carries a first packet header check bit, and the first packet header check bit is used to perform a check on forwarding information of the Ethernet packet, wherein the first packet header check bit is located in a header of the Ethernet packet, the forwarding information of the Ethernet packet comprises: a destination Media Access Control, MAC, address of the Ethernet packet, wherein the Ethernet packet carries CPRI data, the Ethernet packet carries a second packet header check bit, the second packet header check bit is used to perform a check on forwarding information of the CPRI data; performing a check on the forwarding information of the Ethernet packet based on the first packet header check bit ; determining forwarding behavior of the Ethernet packet based on a check result of the forwarding information of the Ethernet packet ; performing a check on the forwarding information of the CPRI data based on the second packet header check bit; and determining forwarding behavior of the CPRI data based on a check result of the forwarding information of the CPRI data.
System having a roll support of a roll stand and an adjustment device for adjusting a roll in the roll support , the adjustment device comprising a cylinder housing fastened to the roll support and a piston that is guided so as to be movable in translation therein, wherein the position of the piston is able to be determined via a travel measurement device connected to a coupling rod , wherein the coupling rod is fastened directly to the piston , wherein the piston has a guide element which extends from the piston base in the direction of the travel measurement device and the coupling rod is fastened to the guide element , characterized in that the travel measurement device is arranged on the opposite side of the roll support from the cylinder housing and the guide element is guided in a guide opening of the cylinder housing , and in that a sliding guide for the coupling rod is provided, which is arranged at an end, facing the travel measurement device , of a bore in the roll support, wherein the coupling rod connecting the piston and the travel measurement device is guided at least partially through the bore in the roll support .
An arrangement for manufacturing a facade louver comprising a number of parallel slats spaced at a distance from each other, and at least one pull pipe extending through holes arranged in the slats in order to connect the slats, the arrangement comprising - a pulling unit for expanding the pull pipe of the louver; - a control arrangement of the pulling unit; and - a stand for supporting the facade louver being manufactured during the manufacturing process, the arrangement being characterized in that - the pulling unit comprises a winch , a pulling means retractably connected to the winch, and a pull head that is attachable to the pulling means; and - the winch is movable and lockable in place by means of the control arrangement of the pulling unit. - a pulling unit for expanding the pull pipe of the louver; - a control arrangement of the pulling unit; and - a stand for supporting the facade louver being manufactured during the manufacturing process, the arrangement being characterized in that - the pulling unit comprises a winch , a pulling means retractably connected to the winch, and a pull head that is attachable to the pulling means; and - the winch is movable and lockable in place by means of the control arrangement of the pulling unit.
Microscopic worm culture and observation apparatus comprising a support structure , one or more chip holders mounted on the support structure, a pump (P) and a valve system (V), each chip holder configured for holding a microfluidic chip having one or more microfluidic channels and culture chambers therein extending between a pump side coupling of the microfluidic chip and a reservoir side coupling of the microfluidic chip, the support structure comprising a reservoirs support platform mounted on a movable table , the reservoirs support platform configured for holding a plurality of nutrition reservoirs for containing microscopic worms or nutrients and substances to be tested in a liquid, the chip holder and/or microfluidic chips comprising reservoir side fluidic couplings in the form of hollow tubes extending from the microfluidic chip to a tip at a free end of the hollow tube, each tip insertable in a corresponding nutrition reservoir , wherein the support structure comprises an enclosure forming a chamber within which the one or more chip holders and the reservoirs support platform is housed, and a temperature control unit and a temperature sensor for control of the temperature within the chamber, the enclosure comprising an openable or removable cover allowing access to the inside of the enclosure, and wherein the movable table is coupled to an oscillating mechanism configured to oscillate the reservoir support platform in a horizontal plane by an amplitude less than a diameter (D) of the nutrient reservoir .
Method for insulating the end windings of a wave winding mat , in which a wave winding mat is produced with a plurality of end winding portions made by bending round winding wires and the end winding portions are insulated from one another by applying an insulating element , in particular an insulating paper or an insulating foil or a strip-like insulating element, to the end winding portions characterised by the following steps: (i) transporting the wave winding mat in a transport direction (X), ii) moving the at least adjacent end winding portions of the wave winding mat relatively apart from one another; iii) introducing an insulating element between the end winding portions which have been moved apart; iv) b ringing back together again the end winding portions which were moved apart from one another. (i) transporting the wave winding mat in a transport direction (X), ii) moving the at least adjacent end winding portions of the wave winding mat relatively apart from one another; iii) introducing an insulating element between the end winding portions which have been moved apart; iv) b ringing back together again the end winding portions which were moved apart from one another.
The use of SH2B3 gene as a diagnostic marker for the prediction of bone marrow response and immune response to Bone Marrow Stem Cell therapy of vascular repair, cardiac regeneration and atherosclerosis, wherein the expression of the SH2B3 gene is determined on the level of RNA, preferably on the level of mRNA.
A semi-product made of a prepreg, including at least a first prepreg layer and a second prepreg layer, with a metal layer laid between the first prepreg layer and the second prepreg layer, characterized in that the metallic layer is a metallic net and in that when thermoplastic resin contained in the first prepreg layer and the second prepreg layer is softened, the metal layer still remains in a solid state.