mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a porous polytetrafluoroethylene film comprising fluororesin fibers containing only polytetrafluoroethylene, wherein an envelope surface area of resin fibers included per film having an area of 1 m 2 and a thickness of 25 μm is 4,000 m 2 or more, and a melting point peak is 333°C or lower, the melting point peak being a temperature of an endothermic peak due to melting of the fluororesin in a differential scanning calorimetry curve when DSC of the fluororesin is performed, wherein a porosity is 70% or more, and a retention ratio for particles having a particle size of 50% of a mean flow pore size is 20% or more, the mean flow pore size being measured as described in the description, wherein a mean flow pore size is 100 nm or less, the mean flow pore size being measured as described in the description, the method comprising: a step of stretching a sheet-like molded body comprising a fluororesin containing only polytetrafluoroethylene in a longitudinal direction and a transversal direction at a temperature lower than a melting point of the fluororesin to make a porous sheet; and then a step of sintering the porous sheet until the melting point peak of the fluororesin becomes 333°C or lower by maintaining the porous sheet at 420 °C or higher for 20 seconds or less. a step of stretching a sheet-like molded body comprising a fluororesin containing only polytetrafluoroethylene in a longitudinal direction and a transversal direction at a temperature lower than a melting point of the fluororesin to make a porous sheet; and then a step of sintering the porous sheet until the melting point peak of the fluororesin becomes 333°C or lower by maintaining the porous sheet at 420 °C or higher for 20 seconds or less.
Separation device for separation of liquid from an inlet flow which mainly comprises gas, wherein the separation device comprises a container or pipe section with an outlet for gas from the container or pipe section, an outlet for liquid from the container or the pipe section and an inlet for the inlet flow to the container or pipe section, characterised in that the separation device further comprises: a flow distributor arranged to receive and put the inlet flow in movement towards a porous tubular body extending towards the gas outlet and arranged to receive all or mainly the whole of the inlet flow, wherein, in use, a minimum of 80 % of said flow flows through the tubular body to the gas outlet while maximum 20 % of said flow flows through the porous wall of the tubular body, and an annular space consisting of the volume between the tubular body and the container wall or pipe section, said annular space is open for gas flow towards the gas outlet and a demister is arranged in the gas outlet or/and between the upper end of the tubular body and the container wall.
A roof assembly for a vehicle, wherein the roof assembly comprises a support frame mountable on a body frame of the vehicle to form a roof of a passenger compartment of the vehicle, the roof assembly comprising a device (20, 30) configured to be arranged in a passenger compartment of a vehicle, wherein at least a part (22, 34) of the device (20, 30) is configured to be moveable in a predetermined limited range of movement corresponding to an acceleration of the vehicle and wherein the device (20, 30) is designed and configured to provide visual information to a passenger with respect to a direction of such acceleration by movement of said part of the device (22, 34) corresponding to such direction, characterised in that the device comprises a support element, an elastic element (26a, 26b), and said moveable part, wherein the support element is fixedly mounted in the passenger compartment and wherein the elastic element (26a, 26b) is arranged between the support element and the moveable part, the moveable part being configured to move in response to acceleration induced inertia of the moveable part and the elastic element (26a, 26b) is arranged to counteract a relative movement between the moveable part and the support element.
A fluid-collecting container for receiving an aspirated fluid, wherein the fluid-collecting container has a closed chamber for a solidifying agent, wherein the chamber can be opened toward an internal space in the fluid-collecting container by application of external force, wherein the chamber protrudes at least partially into the internal space in the fluid-collecting container, and wherein the chamber is closed on the outer face of the container by an outer wall that can be pressed inward, wherein the chamber opens toward the internal space in the fluid-collecting container when the outer wall is pressed in, wherein the internal space in this area remains closed off from the outside by the outer wall, wherein the fluid-collecting container has a first and a second housing part (1, 2) which together form the internal space in the fluid-collecting container, characterized in that the outer wall is formed in one piece with a surrounding wall of the first housing part.
A method of making a molded rigid polyurethane foam comprising: injecting into a closed mold cavity a reaction mixture at a packing factor of 1.03 to 1.9, wherein the mold cavity is under a pressure of from 300 to 950 mbar, wherein the reaction mixture comprises: a) an organic polyisocyanate; b) a polyol composition; c) a catalyst; d) optionally auxiliary substances and/or additives; and e) a chemical blowing agent component in an amount of from 1 to 5 weight percent based on the total weight of components b) to e), the chemical blowing agent component comprising at least one chemical blowing agent, wherein the chemical blowing agent component is the sole blowing agent. injecting into a closed mold cavity a reaction mixture at a packing factor of 1.03 to 1.9, wherein the mold cavity is under a pressure of from 300 to 950 mbar, wherein the reaction mixture comprises: a) an organic polyisocyanate; b) a polyol composition; c) a catalyst; d) optionally auxiliary substances and/or additives; and e) a chemical blowing agent component in an amount of from 1 to 5 weight percent based on the total weight of components b) to e), the chemical blowing agent component comprising at least one chemical blowing agent, a) an organic polyisocyanate; b) a polyol composition; c) a catalyst; d) optionally auxiliary substances and/or additives; and e) a chemical blowing agent component in an amount of from 1 to 5 weight percent based on the total weight of components b) to e), the chemical blowing agent component comprising at least one chemical blowing agent,
An infusion system carrying out detection of air in a chamber thereof, the system comprising: an actuator device moving a plunger against the chamber containing fluid; a sensor detecting a force acting on the plunger as it moves against the chamber; electronic communication of a measurement of the force from the sensor to a processor; characterised by the processor determining that the chamber contains air when: a trigger event occurs in which a change in the force exceeds a threshold; and subsequent to the trigger event a differential between a baseline average force acting on the plunger and a current average force acting on the plunger exceeds an expected force differential within a defined delay range while the current average force is less than the baseline average force; and when the processor determines that air is contained in the chamber, the processor turning on an alarm indicating that air is contained in the chamber or shutting down a pump pumping the fluid. an actuator device moving a plunger against the chamber containing fluid; a sensor detecting a force acting on the plunger as it moves against the chamber; electronic communication of a measurement of the force from the sensor to a processor; characterised by the processor determining that the chamber contains air when: a trigger event occurs in which a change in the force exceeds a threshold; and subsequent to the trigger event a differential between a baseline average force acting on the plunger and a current average force acting on the plunger exceeds an expected force differential within a defined delay range while the current average force is less than the baseline average force; and when the processor determines that air is contained in the chamber, the processor turning on an alarm indicating that air is contained in the chamber or shutting down a pump pumping the fluid.
A predictor for predicting an outcome y given an example x, comprising: a memory which stores at least one example x for which an outcome y is not known; the memory storing at least one decision tree comprising a plurality of nodes connected by edges, the nodes comprising a root node, internal nodes and leaf nodes; wherein, individual ones of the nodes each have an assigned module, comprising parameterized, differentiable operations, such that for each of the internal nodes the module computes a binary outcome for selecting a child node of the internal node; individual ones of the edges each have a transformer configured to compute a non-linear function of an example or a processed example reaching the edge from a parent node, and where a plurality of different transformers are used; a processor configured to compute the prediction y by processing the example x using a plurality of the differentiable operations and transformers selected according to a path through the tree from the root node to a leaf node; wherein: the predictor is used for medical image analysis; and the outcome is a class label and the example is a voxel of a medical image. a memory which stores at least one example x for which an outcome y is not known; the memory storing at least one decision tree comprising a plurality of nodes connected by edges, the nodes comprising a root node, internal nodes and leaf nodes; wherein, individual ones of the nodes each have an assigned module, comprising parameterized, differentiable operations, such that for each of the internal nodes the module computes a binary outcome for selecting a child node of the internal node; individual ones of the edges each have a transformer configured to compute a non-linear function of an example or a processed example reaching the edge from a parent node, and where a plurality of different transformers are used; wherein, individual ones of the nodes each have an assigned module, comprising parameterized, differentiable operations, such that for each of the internal nodes the module computes a binary outcome for selecting a child node of the internal node; individual ones of the edges each have a transformer configured to compute a non-linear function of an example or a processed example reaching the edge from a parent node, and where a plurality of different transformers are used; a processor configured to compute the prediction y by processing the example x using a plurality of the differentiable operations and transformers selected according to a path through the tree from the root node to a leaf node; wherein: the predictor is used for medical image analysis; and the outcome is a class label and the example is a voxel of a medical image.
A variant of a parent polypeptide comprising a Fc region, which variant exhibits increased binding to FcRn as compared to said parent polypeptide and comprises one combination of amino acid modifications selecting from the group consisting of 307A/315D/330V/382V/389T/434Y, 256N/378V/383N/434Y, 315D/330V/361D/378V/434Y, 259I/315D/434Y, 230S/315D/428L/434Y, 241L/264E/307P/378V/433R, 250A/389K/434Y, 305A/315D/330V/395A/434Y, 264E/386R/396L/434S/439R, 315D/330V/362R/434Y, 305A/315D/330V/389K/434Y, 315D/327V/330V/397M/434Y, 230T/241L/264E/265G/378V/421T, 264E/396L/415N/434S, 227L/264E/378V/434S, 264E/378T/396L, 230T/315D/362R/426T/434Y, 226G/315D/330V/434Y, 230L/241L/243L/264E/307P/378V, 250A/315D/325S/330V/434Y, 290E/315D/342R/382V/434Y, 241L/315D/330V/392R/434Y, 241L/264E/307P/378V/434S, 230T/264E/403T/434S, 264E/378V/416K, 230T/315D/362E/434Y, 226G/315D/434Y, 226G/315D/362R/434Y, 226G/264E/347R/370R/378V/434S, 3081/315D/330V/382V/434Y, 230T/264E/378V/434S, 231T/241L/264E/378T/397M/434S, 230L/264E/378V/434S, 230T/315D/330V/386K/434Y, 226G/315D/330V/389T/434Y, 230S/315D/387T/434Y, 230S/264E/352S/378V/434S and 230T/303A/322R/389T/404L/434S of the Fc region as compared to said parent polypeptide, wherein the numbering of the amino acids in the Fc region is that of the EU index as in Kabat.
Universal packaging sheet for packaging objects of different dimensions, comprising - a removable fastening tie of a given overall length between two ends (6, 7), but with an effective length that can be adapted in accordance with the said object dimensions, characterized in that - one of the two end portions of the tie for fastening the tie is so arranged as to be fastened to the sheet with the tie extending beyond the sheet over an actual length equal to or less than the overall length, - the other of the two end portions of the tie, the loose end and for closing the package, and the external surface of the sheet including means of fastening arranged to fasten them one to the other in order to close the package. - a removable fastening tie of a given overall length between two ends (6, 7), but with an effective length that can be adapted in accordance with the said object dimensions, characterized in that - one of the two end portions of the tie for fastening the tie is so arranged as to be fastened to the sheet with the tie extending beyond the sheet over an actual length equal to or less than the overall length, - the other of the two end portions of the tie, the loose end and for closing the package, and the external surface of the sheet including means of fastening arranged to fasten them one to the other in order to close the package. - one of the two end portions of the tie for fastening the tie is so arranged as to be fastened to the sheet with the tie extending beyond the sheet over an actual length equal to or less than the overall length, - the other of the two end portions of the tie, the loose end and for closing the package, and the external surface of the sheet including means of fastening arranged to fasten them one to the other in order to close the package.
Clamping device of an adjustable steering column for motor vehicles, in which a carrier which is securely connected to the vehicle chassis is connected to two clamping jaws (2, 3) which surround the steering column and between which a steering column tube of the steering column which can be longitudinally and/or vertically adjusted and which rotatably supports a steering spindle can be securely clamped, having a clamping pin which connects the two clamping jaws (2, 3) and which cooperates with a clamping retention device which is arranged on at least one of the two clamping jaws (2, 3) in such a manner that, in the event of a rotation of the clamping pin about the pin axis in the closure direction, the clamping retention device clamps the steering column tube between the two clamping jaws (2, 3) and, in the event of a rotation in the opening direction, releases the clamping jaws (2, 3) so that the steering column tube can be adjusted, characterized in that a damping member (11, 24) is arranged on the clamping pin and is connected to the clamping pin in a frictionally engaging or resilient manner and in that the damping member (11, 24) comprises a stop tongue which protrudes radially from the clamping pin and which, when the clamping pin is rotated in an opening direction, moves into abutment with the steering column tube or another component of the steering column and prevents a rotation of the damping member (11, 24) so that the rotation of the clamping pin in an opening direction is carried out counter to the friction force or resilient force and is damped.
A metallurgical furnace, comprising: at least an upper tube; at least a lower tube; at least a solid fuel feeder positioned substantially between the at least an upper tube and the at least a lower tube; and at least a row of tuyères positioned on the at least an upper tube and at least a row of tuyères positioned on the at least a lower tube, the at least a row of tuyères (3, 4) fluidly communicating inside the furnace with the outside environment; characterized by additionally comprising: a burner positioned on at least one tuyère in the at least a row of tuyères on the upper tube and a burner positioned on at least one tuyère in the at least a row of tuyères on the lower tube, wherein the burner is arranged to burn a mixture of comburant blown into the tuyère and fuel injected therein such that there is a release of heat into the furnace. at least an upper tube; at least a lower tube; at least a solid fuel feeder positioned substantially between the at least an upper tube and the at least a lower tube; and at least a row of tuyères positioned on the at least an upper tube and at least a row of tuyères positioned on the at least a lower tube, the at least a row of tuyères (3, 4) fluidly communicating inside the furnace with the outside environment; a burner positioned on at least one tuyère in the at least a row of tuyères on the upper tube and a burner positioned on at least one tuyère in the at least a row of tuyères on the lower tube, wherein the burner is arranged to burn a mixture of comburant blown into the tuyère and fuel injected therein such that there is a release of heat into the furnace.
Carbamates of formula, wherein R 1 is H or C 1 -C 6 -alkyl; R 2 is methyl; R 3 is C 1 -C 6 -alkyl, C 1 -C 6 -haloalkyl, C 1 -C 6 -cyanoalkyl, C 1 -C 6 -nitroalkyl, aryl, 5-or 6-membered heteroaryl or aryl-C 1 -C 6 -alkyl, wherein the aryl or heteroaryl rings are unsubstituted, partially or fully halogenated, or substituted by one to five substituents selected from the group consisting of CN, NO 2, C 1 -C 6 -alkyl, C 1 -C 6 -haloalkyl, OH, C 1 -C 6 -alkoxy, C 1 -C 6 -haloalkoxy, formyl, C 1 -C 6 -alkylcarbonyl, hydroxycarbonyl, and C 1 -C 6 -alkoxycarbonyl; and Z is S. R 1 is H or C 1 -C 6 -alkyl; R 2 is methyl; R 3 is C 1 -C 6 -alkyl, C 1 -C 6 -haloalkyl, C 1 -C 6 -cyanoalkyl, C 1 -C 6 -nitroalkyl, aryl, 5-or 6-membered heteroaryl or aryl-C 1 -C 6 -alkyl, wherein the aryl or heteroaryl rings are unsubstituted, partially or fully halogenated, or substituted by one to five substituents selected from the group consisting of CN, NO 2, C 1 -C 6 -alkyl, C 1 -C 6 -haloalkyl, OH, C 1 -C 6 -alkoxy, C 1 -C 6 -haloalkoxy, formyl, C 1 -C 6 -alkylcarbonyl, hydroxycarbonyl, and C 1 -C 6 -alkoxycarbonyl; Z is S.
A burner for gas ovens, comprising a tapered base with a nozzle, a distributor mounted on the tapered base, an outer annular cover and an inner circular cover, wherein the distributor includes a cross-shaped lower portion and a upper portion mated with the lower portion; the tapered base includes a tapered gas mixing chamber (1.3), a gas passage (1.1) in communication with the nozzle and four symmetrically disposed air passages (1.2) one end of which being in communication with the tapered gas mixing chamber (1.3); wherein the lower portion has two wider arms on each of which a recess (3.1) with a depth of 1-1.5mm is formed and an oval boss (3.2) in the center thereof, an injecting passage (3.3) being formed in the center of the oval boss (3.2), the injecting passage (3.3) being in communication with the tapered gas mixing chamber (1.3); the bottom side of the upper portion is provided with two symmetrical wide troughs (4.1), a central gas mixing chamber (4.2) in communication with the wide troughs (4.1) and two symmetrical narrow troughs (4.3) each with a barrier (4.8) therein; the upper side of the upper portion is provided with a central circular chamber (4.4) and an outer annular chamber (4.5), the outer annular chamber (4.5) having two symmetrically disposed gas outlets (4.6); one end of each wide trough (4.1) is in communication with the central gas mixing chamber (4.2) and the other with a outlet (4.6); the wide trough is wider than the narrow trough; the central gas mixing chambers (4.2), the wide troughs (4.1), the outlets (4.6) and the recesses (3.1) in the wider arms of the cross-shaped lower portion constitute two main gas passages (14, 15) for mixing, delivering and ejecting the gas and air; a gap of 2-3mm is configured between opposite surfaces of the central gas mixing chambers (4.2) and the oval boss (3.2); fire pores or slots are provided on the wall of the central circular chamber (4.4) and fire teeth are provided on the wall of the outer annular chamber (4.5); two inlets (4.7) are formed symmetrically in the outer annular chamber (4.5); the narrow troughs (4.3) are isolated from the central gas mixing chambers (4.2) by barriers (4.8); one end of the each narrow trough (4.3) is in communication with the central circular chamber (4.4) and the other with a inlet (4.7); the two narrow troughs (4.3), the inlets (4.7) and the other two arms (3.6) of the cross-shaped lower portion constitute two additional gas passages (16, 17), each of which is in communication with the central circular chamber (4.4).
An apparatus for measuring water potential in the soil, comprising: a. a housing comprising at least one portion that is water permeable, wherein said water permeable portion comprises a porous material; b. a volume changing material VCM capable of retaining water, wherein said VCM increases or decreases its volume in response to increased or decreased water concentration respectively, and wherein said VCM is in direct contact with an inner surface of said at least one water permeable portion of said housing, and wherein the VCM is a hydrogel having the concentration of 5-35%, wherein the hydrogel is made of homopolymers or copolymers of acrylamide, wherein the initial monomer concentration of 5-70% in a water solution, is polymerized with a crosslinker of di-acrylate, or di-acrylamide, and wherein the hydrogel fills between 10-90% of the volume of space inside said housing; c. a compressible insert configured to maintain at least a predetermined inner pressure within said apparatus; and d. a receiver configured to engage the VCM, compressible insert or both at or above a predetermined threshold of water concentration and configured to transduce a signal when engaged, when disengaged, or both; and wherein said receiver is configured to translate a force applied by said VCM, compressible insert or both into an electrical signal. a. a housing comprising at least one portion that is water permeable, wherein said water permeable portion comprises a porous material; b. a volume changing material VCM capable of retaining water, wherein said VCM increases or decreases its volume in response to increased or decreased water concentration respectively, and wherein said VCM is in direct contact with an inner surface of said at least one water permeable portion of said housing, and wherein the VCM is a hydrogel having the concentration of 5-35%, wherein the hydrogel is made of homopolymers or copolymers of acrylamide, wherein the initial monomer concentration of 5-70% in a water solution, is polymerized with a crosslinker of di-acrylate, or di-acrylamide, and wherein the hydrogel fills between 10-90% of the volume of space inside said housing; c. a compressible insert configured to maintain at least a predetermined inner pressure within said apparatus; and d. a receiver configured to engage the VCM, compressible insert or both at or above a predetermined threshold of water concentration and configured to transduce a signal when engaged, when disengaged, or both; and wherein said receiver is configured to translate a force applied by said VCM, compressible insert or both into an electrical signal.