mhurhangee/ep-ind-claims huggingface dataset:
A method for degrading an organic material comprising steps of: preparing an organic material to be degraded; and applying mother cell lytic enzymes which are formed through cytolysis associated with a spore formation of a spore-forming aerobic bacterium to the organic material, characterized in that the spore-forming aerobic bacterium is selected from a symbiotic bacterium group_comprising Bacillus sp. with an accession number FERM BP-11209, Lysinibacillus fusiformis with an accession number FERM BP-11206, Bacillus sonorensis, Lysinibacillus sp. with an accession number FERM BP-11207, and Comamonas sp. with an accession number FERM BP-11208. preparing an organic material to be degraded; and applying mother cell lytic enzymes which are formed through cytolysis associated with a spore formation of a spore-forming aerobic bacterium to the organic material, characterized in that the spore-forming aerobic bacterium is selected from a symbiotic bacterium group_comprising Bacillus sp. with an accession number FERM BP-11209, Lysinibacillus fusiformis with an accession number FERM BP-11206, Bacillus sonorensis, Lysinibacillus sp. with an accession number FERM BP-11207, and Comamonas sp. with an accession number FERM BP-11208.
A method of making a cell culture article, the method comprising: forming a microcarrier from a microcarrier composition comprising a polygalacturonic acid compound or an alginic acid compound; infiltrating the microcarrier with a drying formulation to form an infiltrated microcarrier; and drying the infiltrated microcarrier to form a dried microcarrier, wherein the drying formulation comprises at least one of 5 to 40 wt.% saccharide and 50 to 200 mM monovalent cation, wherein the saccharide is selected from the group consisting of sucrose and glucose, and the monovalent cation is selected from the group consisting of sodium, potassium and ammonium ions. forming a microcarrier from a microcarrier composition comprising a polygalacturonic acid compound or an alginic acid compound; infiltrating the microcarrier with a drying formulation to form an infiltrated microcarrier; and drying the infiltrated microcarrier to form a dried microcarrier, wherein the drying formulation comprises at least one of 5 to 40 wt.% saccharide and 50 to 200 mM monovalent cation, wherein the saccharide is selected from the group consisting of sucrose and glucose, and the monovalent cation is selected from the group consisting of sodium, potassium and ammonium ions.
A method of ex vivo diagnosing Alzheimer's disease and/or an early stage of Alzheimer's disease in a subject, characterized in that the method involves the following steps: - in vitro assessment of a level of at least hsa-miR-483-5p (SEQ ID NO: 5) and hsa-miR-486-5p (SEQ ID NO: 3) as biomarker microRNAs in the subject's blood sample, and - comparison of the assessed level of each biomarker microRNAs with its mean level observed in a non-demented control. - in vitro assessment of a level of at least hsa-miR-483-5p (SEQ ID NO: 5) and hsa-miR-486-5p (SEQ ID NO: 3) as biomarker microRNAs in the subject's blood sample, and - comparison of the assessed level of each biomarker microRNAs with its mean level observed in a non-demented control.
A method for gripping and handling at least one cardboard sleeve that is open on both sides in an axial direction, wherein a) gripping elements (1a-f, 1A-F) of a tool plunger are axially introduced into an open side (101, 102) of the sleeve, b) the gripping elements (1a-f, 1A-F) are moved apart from their starting positions transversal to the axial direction until the gripping elements contact an inner surface, in particular at inner corners of the inner surface in an end position, so that c) the tool plunger is configured to lift and transport the at least one sleeve from a base surface, characterized in that, the gripping is performed d) by positioning a base element of the tool plunger with the gripping elements (1a-f, 1A-F) movably attached thereon axially outside of the sleeve while the gripping elements (1a-f, 1A-F) are being moved apart transversal to the axial direction. a) gripping elements (1a-f, 1A-F) of a tool plunger are axially introduced into an open side (101, 102) of the sleeve, b) the gripping elements (1a-f, 1A-F) are moved apart from their starting positions transversal to the axial direction until the gripping elements contact an inner surface, in particular at inner corners of the inner surface in an end position, so that c) the tool plunger is configured to lift and transport the at least one sleeve from a base surface, characterized in that, the gripping is performed d) by positioning a base element of the tool plunger with the gripping elements (1a-f, 1A-F) movably attached thereon axially outside of the sleeve while the gripping elements (1a-f, 1A-F) are being moved apart transversal to the axial direction.
A Layered Object Manufacturing system for forming a three-dimensional object from a plurality of individual media layers, each media layer defining a layer of the object, and having temporary regions and permanent regions, comprising: an adhesive dispensing device for applying adhesive to the plurality of media layers in turn for bonding the individual layers together to form the object, the adhesive dispensing device configured to apply, a first temporary tack adhesive (405, 605) to the temporary regions of a media layer and a second bonding adhesive (410, 610) to the permanent region of the media layer, the first temporary tack adhesive being releasable and/or removable and the second bonding adhesive being a permanent bond adhesive; a heating element configured: to heat a plurality of media layers, to which the adhesives (405, 605, 410, 610) have been applied, above a predetermined temperature to causing the first temporary tack adhesive to melt, and on cooling re-solidify to form a temporary bond region; and to heat the plurality of media layers, to which the adhesives have been applied, above the melting point of the tack adhesive (405, 605), causing the tack adhesive to migrate away from the interlayer bonding region by capillary action, and the second bonding adhesive to permanently bond together the permanent regions. an adhesive dispensing device for applying adhesive to the plurality of media layers in turn for bonding the individual layers together to form the object, the adhesive dispensing device configured to apply, a first temporary tack adhesive (405, 605) to the temporary regions of a media layer and a second bonding adhesive (410, 610) to the permanent region of the media layer, the first temporary tack adhesive being releasable and/or removable and the second bonding adhesive being a permanent bond adhesive; a heating element configured: to heat a plurality of media layers, to which the adhesives (405, 605, 410, 610) have been applied, above a predetermined temperature to causing the first temporary tack adhesive to melt, and on cooling re-solidify to form a temporary bond region; and to heat the plurality of media layers, to which the adhesives have been applied, above the melting point of the tack adhesive (405, 605), causing the tack adhesive to migrate away from the interlayer bonding region by capillary action, and the second bonding adhesive to permanently bond together the permanent regions. to heat a plurality of media layers, to which the adhesives (405, 605, 410, 610) have been applied, above a predetermined temperature to causing the first temporary tack adhesive to melt, and on cooling re-solidify to form a temporary bond region; and to heat the plurality of media layers, to which the adhesives have been applied, above the melting point of the tack adhesive (405, 605), causing the tack adhesive to migrate away from the interlayer bonding region by capillary action, and the second bonding adhesive to permanently bond together the permanent regions.
An installation for a secured access to an upper part of a transport vehicle, said installation comprising: • a frame; • a safety structure, movable with respect to the frame, which is designed to be positioned over the upper part of the transport vehicle, said safety structure being laterally offset with respect to the frame and having a longitudinal direction; • a first actuating device attached to the frame and to the safety structure by means of first hinged attachment means; • a second actuating device attached to the frame and to the safety structure by means of second hinged attachment means, the first and second actuating devices (12,14) being distant from one another in a longitudinal direction of the safety structure; • said first and second actuating devices (12,14) being configured to move vertically the first and second hinged attachment means (18,20) with respect to the frame; • control means for controlling the first and second actuating devices; the installation being characterized in that the first control means are configured to control the first and second actuating devices (12,14) independently of one another so as to move the first and second hinged attachment means (18, 20) in opposite directions so as to cause the safety structure to tilt in a vertical plane with respect to the horizontal, so as to adapt the slope of the upper part of the transport vehicle. • a frame; • a safety structure, movable with respect to the frame, which is designed to be positioned over the upper part of the transport vehicle, said safety structure being laterally offset with respect to the frame and having a longitudinal direction; • a first actuating device attached to the frame and to the safety structure by means of first hinged attachment means; • a second actuating device attached to the frame and to the safety structure by means of second hinged attachment means, the first and second actuating devices (12,14) being distant from one another in a longitudinal direction of the safety structure; • said first and second actuating devices (12,14) being configured to move vertically the first and second hinged attachment means (18,20) with respect to the frame; • control means for controlling the first and second actuating devices;
A method at a computing device configured to send and receive traffic over a virtual private network "VPN" connection, the method comprising: determining (214, 314) that a first trigger had been met; upon the first trigger being met, monitoring (230, 330) whether data traffic exists over the VPN connection for a first time period; and if no data traffic exists over the VPN connection for the first time period (232, 332), disconnecting the VPN connection (240, 340); wherein the first time period is dynamic and dependent on a power source level of the computing device. determining (214, 314) that a first trigger had been met; upon the first trigger being met, monitoring (230, 330) whether data traffic exists over the VPN connection for a first time period; and if no data traffic exists over the VPN connection for the first time period (232, 332), disconnecting the VPN connection (240, 340);
A texturizing composition comprising (a) one or more sterol fatty acid esters, one or more stanol fatty acid esters or their mixtures; and (b) a hardstock, the texturizing composition having substantially the same physical properties as hardstocks, characterized in that the texturizing composition comprises at least 70% of the one or more sterol fatty acid esters, one or more stanol fatty acid esters or their mixtures.
A packaging system for cold chain shipment, the packaging system comprising: a container having interior surface portions defining an interior volume; a plurality of cellulose sheets, each one comprising cellulose elements, at least two of the plurality of cellulose sheets disposed along respective interior surface portions of the container, the plurality of cellulose sheets defining a space configured to receive an item for cold chain shipment; and a cold source disposed within the interior volume; wherein adjacent cellulose elements of each one of the cellulose sheets define a plurality of pockets configured to trap a gas, characterised in that the plurality of cellulose sheets are configured to substantially conform to the item for cold chain shipment and are substantially compressible. a container having interior surface portions defining an interior volume; a plurality of cellulose sheets, each one comprising cellulose elements, at least two of the plurality of cellulose sheets disposed along respective interior surface portions of the container, the plurality of cellulose sheets defining a space configured to receive an item for cold chain shipment; and a cold source disposed within the interior volume; wherein adjacent cellulose elements of each one of the cellulose sheets define a plurality of pockets configured to trap a gas, characterised in that the plurality of cellulose sheets are configured to substantially conform to the item for cold chain shipment and are substantially compressible.
A functional assembly for an industrial machine, in particular for a robot, said functional assembly comprising: - a support frame, provided with a flange for attaching to a robot wrist or other element of an industrial machine, - an operative unit, for example, a gripping tool or an operator tool, supported by said support frame, - a safety cover for said operative unit, which is carried by said support frame, and which defines a containment volume, - wherein said functional assembly can assume a first operative configuration, wherein said safety cover surrounds and covers said operative unit and a second operative configuration, wherein said operative unit is at least partially outside the containment volume of said safety cover, wherein said safety cover has a fixed portion rigidly connected to said support frame and a portion movable along a main direction with respect to the fixed portion; said movable portion of the safety cover being movable between a lowered position, wherein it surrounds and completely covers said operative unit, and a raised position, wherein said operative unit is uncovered, and wherein both the fixed portion and the movable portion of said safety cover have a collaborative outer coating, equipped with proximity sensors and/or contact sensors, said functional assembly being characterized in that: - said movable portion of the safety cover is movable outside the fixed portion, - said operative unit is movable in two auxiliary directions (B, C) relative to said support frame, said auxiliary directions (B, C) being orthogonal to each other and being orthogonal to said main direction. - said functional assembly comprises a first plate slidably guided along the first auxiliary direction on said support frame, and a second plate carrying one or more operative tools, and guided on said first plate in the second auxiliary direction orthogonal to the first auxiliary direction and the main direction.. - a support frame, provided with a flange for attaching to a robot wrist or other element of an industrial machine, - an operative unit, for example, a gripping tool or an operator tool, supported by said support frame, - a safety cover for said operative unit, which is carried by said support frame, and which defines a containment volume, - wherein said functional assembly can assume a first operative configuration, wherein said safety cover surrounds and covers said operative unit and a second operative configuration, wherein said operative unit is at least partially outside the containment volume of said safety cover, - said movable portion of the safety cover is movable outside the fixed portion, - said operative unit is movable in two auxiliary directions (B, C) relative to said support frame, said auxiliary directions (B, C) being orthogonal to each other and being orthogonal to said main direction. - said functional assembly comprises a first plate slidably guided along the first auxiliary direction on said support frame, and a second plate carrying one or more operative tools, and guided on said first plate in the second auxiliary direction orthogonal to the first auxiliary direction and the main direction..
Method for operating a dryer having a drying chamber for items to be dried, a drive motor, a control device, a process air duct, in which a heater, a heat exchanger, a process air fan and a latent heat accumulator are disposed, and a cooling air duct, in which the heat exchanger and a cooling air fan are disposed, characterised in that (a) the drive motor simultaneously produces the drive of the process air fan and the cooling air fan, and (b) in a charging phase, the latent heat accumulator is charged by the heat transfer of the warm and humid process air from the drying chamber, while the process air fan is operated in order to route the process air with an air flow speed F1 through the latent heat accumulator; and (c) after charging the latent heat accumulator, the heater is switched off or operated with a reduced power compared with step (a) in order to introduce a discharge phase; and (d) the process air fan is operated in the discharge phase in order to route the process air with an air flow speed F2 of greater than F1 through the latent heat accumulator. (a) the drive motor simultaneously produces the drive of the process air fan and the cooling air fan, and (b) in a charging phase, the latent heat accumulator is charged by the heat transfer of the warm and humid process air from the drying chamber, while the process air fan is operated in order to route the process air with an air flow speed F1 through the latent heat accumulator; and (c) after charging the latent heat accumulator, the heater is switched off or operated with a reduced power compared with step (a) in order to introduce a discharge phase; and (d) the process air fan is operated in the discharge phase in order to route the process air with an air flow speed F2 of greater than F1 through the latent heat accumulator.
A lamp holder with fixed wire, comprising: a lamp holder bottom cover; a wiring fixing device installed inside the lamp holder bottom cover; and a base body connected to the bottom end of the lamp holder bottom cover; wherein the lamp holder bottom cover includes a lamp holder bottom cover body, the bottom surface of the lamp holder bottom cover body has a recess, the wire fixing device is installed in the recess; wherein the wire fixing device includes a base ring, an abutting part extending downwardly from the opposite sides of a bottom surface of the base ring, a clamping block arranged alternately and spaced apart from the abutting part and a plurality of barb teeth connected to the inner wall of each clamping block; wherein the abutting part is used to abut the inner wall of the recess, the outer surface of the clamp block is used to abut the inner wall of the recess, the thickness of the clamp block gradually increases from the lamp holder bottom cover to the base body, and the maximum distance between the bottom ends of the two clamp blocks is greater than the inner diameter of the recess, characterized in that the inner wall of the lamp holder bottom cover body corresponding to the recess has a first anti-skid teeth arranged at uniform intervals, the outer surface of the abutting part has a second anti-skid teeth at even intervals, and the second anti-skid teeth matches and abuts against the first anti-skid teeth. a lamp holder bottom cover; a wiring fixing device installed inside the lamp holder bottom cover; and a base body connected to the bottom end of the lamp holder bottom cover; wherein the lamp holder bottom cover includes a lamp holder bottom cover body, the bottom surface of the lamp holder bottom cover body has a recess, the wire fixing device is installed in the recess; wherein the wire fixing device includes a base ring, an abutting part extending downwardly from the opposite sides of a bottom surface of the base ring, a clamping block arranged alternately and spaced apart from the abutting part and a plurality of barb teeth connected to the inner wall of each clamping block; wherein the abutting part is used to abut the inner wall of the recess, the outer surface of the clamp block is used to abut the inner wall of the recess, the thickness of the clamp block gradually increases from the lamp holder bottom cover to the base body, and the maximum distance between the bottom ends of the two clamp blocks is greater than the inner diameter of the recess, characterized in that the inner wall of the lamp holder bottom cover body corresponding to the recess has a first anti-skid teeth arranged at uniform intervals, the outer surface of the abutting part has a second anti-skid teeth at even intervals, and the second anti-skid teeth matches and abuts against the first anti-skid teeth.
A design assistance device of a network system including a master device and a plurality of slave devices, the design assistance device comprising: a design information storage section configured to store design information containing at least information of the slave devices and information of a topology in the network system in accordance with a design created by a user; an actual configuration information generation section configured to, based on information collected by the master device from the slave devices in an actual network system, generate actual configuration information containing at least the information of the slave devices and the information of the topology in the actual network system; a comparison section configured to compare the design information and the actual configuration information; an output section configured to, based on results of comparison by the comparison section, generate a comparison screen indicating the respective configurations of the designed network system and the actual network system along with their commonalities and differences and outputting the comparison screen to a display device; a selection section configured to permit the user to select at least some of portions related to differences between the designed network system and the actual network system on the comparison screen; and a modification section configured to modify the design information in a manner such that the configuration of the portions selected by the selection section is the same as that of the actual network system. a design information storage section configured to store design information containing at least information of the slave devices and information of a topology in the network system in accordance with a design created by a user; an actual configuration information generation section configured to, based on information collected by the master device from the slave devices in an actual network system, generate actual configuration information containing at least the information of the slave devices and the information of the topology in the actual network system; a comparison section configured to compare the design information and the actual configuration information; an output section configured to, based on results of comparison by the comparison section, generate a comparison screen indicating the respective configurations of the designed network system and the actual network system along with their commonalities and differences and outputting the comparison screen to a display device; a selection section configured to permit the user to select at least some of portions related to differences between the designed network system and the actual network system on the comparison screen; and a modification section configured to modify the design information in a manner such that the configuration of the portions selected by the selection section is the same as that of the actual network system.