mhurhangee/patent-ind-claim-en huggingface dataset:
A method for an oxidation of an organic sludge , comprising the following steps: a) collecting the organic sludge and pretreating the organic sludge to generate a pourable pulp; b) conveying a portion of the pourable pulp into an injection chamber , preferably by gravitation; c) injecting the portion of the pourable pulp and an oxidant into a reaction vessel ; d) initially pressurizing and heating-up the reaction vessel in order to initiate an oxidation reaction in the reaction vessel ; said oxidation reaction producing excess heat being at least partially stored within the reaction vessel and completely reacting the portion of organic sludge ; e) opening the reaction vessel to exhaust under depressurization of the reaction vessel the reacted components of the portion of the organic sludge and closing the reaction vessel after the reacted components are removed from the reaction vessel , thereby maintaining a temperature of at least 200°C in the reaction vessel , wherein the excess heat released by the oxidation reaction is stored at least partially intermittently in a solid shell around the reaction vessel and/or in the wall of the reaction vessel and/or in a solid body placed inside the reaction vessel ; and f) repeating the cycle of injecting another portion of the pourable pulp and the oxidant into the reaction vessel and re-igniting the oxidation reaction in the reaction vessel without an external supply of heat. a) collecting the organic sludge and pretreating the organic sludge to generate a pourable pulp; b) conveying a portion of the pourable pulp into an injection chamber , preferably by gravitation; c) injecting the portion of the pourable pulp and an oxidant into a reaction vessel ; d) initially pressurizing and heating-up the reaction vessel in order to initiate an oxidation reaction in the reaction vessel ; said oxidation reaction producing excess heat being at least partially stored within the reaction vessel and completely reacting the portion of organic sludge ; e) opening the reaction vessel to exhaust under depressurization of the reaction vessel the reacted components of the portion of the organic sludge and closing the reaction vessel after the reacted components are removed from the reaction vessel , thereby maintaining a temperature of at least 200°C in the reaction vessel , wherein the excess heat released by the oxidation reaction is stored at least partially intermittently in a solid shell around the reaction vessel and/or in the wall of the reaction vessel and/or in a solid body placed inside the reaction vessel ; and f) repeating the cycle of injecting another portion of the pourable pulp and the oxidant into the reaction vessel and re-igniting the oxidation reaction in the reaction vessel without an external supply of heat.
An electrode for a secondary battery comprising: an electrode mixture layer including an electrode active material on one surface or both surfaces of a current collector , wherein the electrode mixture layer includes a plurality of fine holes recessed toward the current collector from a vertical cross-sectional surface thereof, each of the fine holes is a horn-shaped hole whose diameter is gradually decreased from the vertical cross-sectional surface toward the current collector in the electrode mixture layer , the fine holes have an average diameter of 100 to 200 micrometers at the vertical cross-sectional surface, and have an average diameter of 20 to 50 micrometers at an inner end part thereof, and the inner end part of the fine holes has a circular arc shape in the vertical cross-sectional surface so that the diameter of the inner end part refers to a diameter at a part at which a side edge of the fine hole formed in a linear shape and an end part of the arc shape come into contact with each other among end parts formed in the circular arc shape. an electrode mixture layer including an electrode active material on one surface or both surfaces of a current collector , wherein the electrode mixture layer includes a plurality of fine holes recessed toward the current collector from a vertical cross-sectional surface thereof, each of the fine holes is a horn-shaped hole whose diameter is gradually decreased from the vertical cross-sectional surface toward the current collector in the electrode mixture layer , the fine holes have an average diameter of 100 to 200 micrometers at the vertical cross-sectional surface, and have an average diameter of 20 to 50 micrometers at an inner end part thereof, and the inner end part of the fine holes has a circular arc shape in the vertical cross-sectional surface so that the diameter of the inner end part refers to a diameter at a part at which a side edge of the fine hole formed in a linear shape and an end part of the arc shape come into contact with each other among end parts formed in the circular arc shape.
A stretchable member, comprising: an elastic sheet stretchable structure in which an elastic sheet is interposed between a first sheet layer having air permeability and a second sheet layer having air permeability, and the first sheet layer and the second sheet layer are bonded at a large number of fused dot-like bonded portions arranged at intervals, wherein a stretchable region having the elastic sheet stretchable structure can be expanded and contracted in a stretchable direction (ED) due to a contraction force of the elastic sheet, the stretchable region has at least two stretchable regions including a first stretchable region (E1) and a second stretchable region(E2), in which at least one of an arrangement pattern of the bonded portion and a shape of the bonded portion is different, and at a boundary between the first stretchable region (E1) and the second stretchable region (E2), a separation distance (Px) in an elastic limit elongation state between a bonded portion located on a side of the boundary of the first stretchable region (E1) in the stretchable direction and a bonded portion located on a side of the boundary of the second stretchable region (E2) in the stretchable direction is 10 mm or less. an elastic sheet stretchable structure in which an elastic sheet is interposed between a first sheet layer having air permeability and a second sheet layer having air permeability, and the first sheet layer and the second sheet layer are bonded at a large number of fused dot-like bonded portions arranged at intervals, wherein a stretchable region having the elastic sheet stretchable structure can be expanded and contracted in a stretchable direction (ED) due to a contraction force of the elastic sheet, the stretchable region has at least two stretchable regions including a first stretchable region (E1) and a second stretchable region(E2), in which at least one of an arrangement pattern of the bonded portion and a shape of the bonded portion is different, and at a boundary between the first stretchable region (E1) and the second stretchable region (E2), a separation distance (Px) in an elastic limit elongation state between a bonded portion located on a side of the boundary of the first stretchable region (E1) in the stretchable direction and a bonded portion located on a side of the boundary of the second stretchable region (E2) in the stretchable direction is 10 mm or less.
Temperature sensor comprising - a first conductor made of a first material and having an end section , - a second conductor made of a second material, which differs from the first material, and having an end section ; - a casing for receiving the end sections of the two conductors and intended for positioning in a process atmosphere or in a process fluid and/or on a surface of a process structure ; - a measuring junction structure , which is arranged within the casing or on the casing , wherein - the first conductor and the second conductor directly or indirectly form a thermocouple in or on the measuring junction structure, and - the measuring junction structure comprises a barrier material, characterized in that the barrier material has at the same temperature a lower diffusion coefficient for at least one foreign component present in the process atmosphere and/or in the process fluid and/or in the material of the casing and/or in the material of the surface of the process structure than the materials of the two conductors . - a first conductor made of a first material and having an end section , - a second conductor made of a second material, which differs from the first material, and having an end section ; - a casing for receiving the end sections of the two conductors and intended for positioning in a process atmosphere or in a process fluid and/or on a surface of a process structure ; - a measuring junction structure , which is arranged within the casing or on the casing , wherein - the first conductor and the second conductor directly or indirectly form a thermocouple in or on the measuring junction structure, and - the measuring junction structure comprises a barrier material,
An assembly for a medicament delivery device, the assembly comprising: a container holder comprising a body extending along a longitudinal axis (L) between a proximal and a distal end, the body defining an interior chamber for receiving a medicament container; an actuator connected to the container holder and axially movable relative to the body of the container holder ; and a drive assembly attached to the body of the container holder ; wherein the drive assembly comprises a motion converter and a rod ; wherein the actuator comprises an activation surface movable relative to the motion converter of the drive assembly in the direction of the longitudinal axis (L); and wherein a movement of the actuator relative to the container holder in the direction of the longitudinal axis (L) is converted to a movement of the rod relative to the container holder along a transverse axis (T) transverse to the longitudinal axis (L) through an engagement between the motion converter of the drive assembly and the activation surface of the actuator , characterised in that the rod can move into the interior chamber of the container holder , or move out from the interior chamber of the container holder ; and in that the motion converter of the drive assembly comprises a rotator fixed to the body of the container holder in the direction of the transverse axis (T) and rotatable around the transverse axis (T) relative to the body of the container holder ; and wherein the rotator comprises a body comprising an outer surface. a container holder comprising a body extending along a longitudinal axis (L) between a proximal and a distal end, the body defining an interior chamber for receiving a medicament container; an actuator connected to the container holder and axially movable relative to the body of the container holder ; and a drive assembly attached to the body of the container holder ; wherein the drive assembly comprises a motion converter and a rod ; wherein the actuator comprises an activation surface movable relative to the motion converter of the drive assembly in the direction of the longitudinal axis (L); and wherein a movement of the actuator relative to the container holder in the direction of the longitudinal axis (L) is converted to a movement of the rod relative to the container holder along a transverse axis (T) transverse to the longitudinal axis (L) through an engagement between the motion converter of the drive assembly and the activation surface of the actuator , characterised in that the rod can move into the interior chamber of the container holder , or move out from the interior chamber of the container holder ; and in that the motion converter of the drive assembly comprises a rotator fixed to the body of the container holder in the direction of the transverse axis (T) and rotatable around the transverse axis (T) relative to the body of the container holder ; and wherein the rotator comprises a body comprising an outer surface.
A surgical device comprising: a housing configured to store staples , wherein the housing forms a first clamping surface ; a staple pusher in the housing, wherein the housing is connected to the staple pusher by a shear pin ; and an anvil ; characterised in that the housing is selectively moveable relative to the staple pusher and wherein the anvil is moveable relative to the staple pusher and the housing, wherein movement of the anvil causes the housing to move relative to the staple pusher, wherein the anvil is moveable relative to the staple pusher between a first position, in which the anvil is spaced apart from the first clamping surface of the housing and a second position, in which the anvil contacts the first clamping surface; wherein the anvil is moveable relative to the staple pusher between the second position and a third position, in which the staple pusher is configured to push out staples stored in the housing and close the staples against the anvil; wherein the shear pin is configured to shear when, by the movement of the anvil between the second and the third position, the anvil applies a predetermined amount of pressure on the first clamping surface. a housing configured to store staples , wherein the housing forms a first clamping surface ; a staple pusher in the housing, wherein the housing is connected to the staple pusher by a shear pin ; and an anvil ; characterised in that the housing is selectively moveable relative to the staple pusher and wherein the anvil is moveable relative to the staple pusher and the housing, wherein movement of the anvil causes the housing to move relative to the staple pusher, wherein the anvil is moveable relative to the staple pusher between a first position, in which the anvil is spaced apart from the first clamping surface of the housing and a second position, in which the anvil contacts the first clamping surface; wherein the anvil is moveable relative to the staple pusher between the second position and a third position, in which the staple pusher is configured to push out staples stored in the housing and close the staples against the anvil; wherein the shear pin is configured to shear when, by the movement of the anvil between the second and the third position, the anvil applies a predetermined amount of pressure on the first clamping surface.
Polymer comprising a first monomer unit M 1 and a second monomer unit M 2 in random sequence, wherein the first monomer unit M 1 is of formula (I) and the second monomer unit M 2 is of formula (II) -[-SiR 1 R 2 -NR 5 -]- (I) -[-SiR 3 R 4 -[-O-SiR 3 R 4 -] a -NR 5 -]- (II) wherein R 1 , R 2 , R 3 , R 4 and R 5 are at each occurrence independently of each other selected from the group consisting of H and carbyl; and a is an integer of at least 1 and at most 10. R 1 , R 2 , R 3 , R 4 and R 5 are at each occurrence independently of each other selected from the group consisting of H and carbyl; and a is an integer of at least 1 and at most 10.
An actuator device , comprising: - a shape memory alloy, SMA, element configured to transition between an expanded state and a contracted state , - an actuation member coupled to the SMA element to displace between a first position and a second position when the SMA element transitions between the expanded state and the contracted state , and - a locking element configured to selectively lock the actuation member in the first position when the SMA element is in the expanded state , characterized by - an elastic element configured to bias the SMA element towards the expanded state , wherein the actuation member is coupled with a first end of the SMA element and the locking element is coupled with a second end of the SMA element such that the SMA element is arranged to release the locking of the locking element upon a transition of the SMA element from the expanded state towards the contracted state . - a shape memory alloy, SMA, element configured to transition between an expanded state and a contracted state , - an actuation member coupled to the SMA element to displace between a first position and a second position when the SMA element transitions between the expanded state and the contracted state , and - a locking element configured to selectively lock the actuation member in the first position when the SMA element is in the expanded state , characterized by - an elastic element configured to bias the SMA element towards the expanded state ,
A method for analysing data for a distribution pipe network within a fluid distribution system , comprising: receiving , by a computing host , acoustic data, from a plurality of computing nodes , for a plurality of pipe segments, wherein the acoustic data is acquired by computing nodes of the plurality of computing nodes, wherein each pipe segment of the plurality of pipe segments is a length of pipe between two computing nodes of the plurality of computing nodes; characterized in that the method further comprises: determining , by the computing host, a characteristic frequency range for each pipe segment of the plurality of pipe segments, based on a pipe material and a geometry of each pipe segment; decomposing , by the computing host, the characteristic frequency range of each pipe segment of the plurality of pipe segments into a plurality of frequency sub-bands; aggregating , by the computing host, the received acoustic data from each pipe segment of the plurality of pipe segments into corresponding frequency sub-bands to build a leak sensitivity model; determining , by the computing host, a correlation schedule by identifying, using the leak sensitivity model, which of the frequency sub-bands should be reported more frequently by the plurality of computing nodes; and providing, by the computing host, the correlation schedule to the plurality of computing nodes, such that the plurality of computing nodes can report the frequency sub-bands of acoustic data according to the correlation schedule. receiving , by a computing host , acoustic data, from a plurality of computing nodes , for a plurality of pipe segments, wherein the acoustic data is acquired by computing nodes of the plurality of computing nodes, wherein each pipe segment of the plurality of pipe segments is a length of pipe between two computing nodes of the plurality of computing nodes; characterized in that the method further comprises: determining , by the computing host, a characteristic frequency range for each pipe segment of the plurality of pipe segments, based on a pipe material and a geometry of each pipe segment; decomposing , by the computing host, the characteristic frequency range of each pipe segment of the plurality of pipe segments into a plurality of frequency sub-bands; aggregating , by the computing host, the received acoustic data from each pipe segment of the plurality of pipe segments into corresponding frequency sub-bands to build a leak sensitivity model; determining , by the computing host, a correlation schedule by identifying, using the leak sensitivity model, which of the frequency sub-bands should be reported more frequently by the plurality of computing nodes; and providing, by the computing host, the correlation schedule to the plurality of computing nodes, such that the plurality of computing nodes can report the frequency sub-bands of acoustic data according to the correlation schedule.
Assembly for a domestic refrigerator or a domestic freezer comprising a plastic door compartment , a plastic cover hinged to the plastic door compartment and a bumper element interposed between the plastic door compartment and the plastic cover , wherein the plastic cover comprises opposed first pins (P1) and a second pin (P2), wherein the plastic door compartment comprises opposed first recesses (R1) in which the opposed first pins (P1) of the plastic cover are rotatably housed, wherein the bumper element is shaped as a disk provided with a central bore (B) through which one of the first pins (P1), coupling the plastic door compartment and the plastic cover , is rotatably mounted, wherein the bumper element is provided with at least one slot (G1) whose shape is semi-circular with two end positions (E1, E2), through which a second pin (P2) is movable, wherein in operation the position of the second pin (P2) in the first end position (E1) corresponds to an open position of the plastic cover in respect to the plastic door compartment , while the position of the second pin (P2) in the second end position (E2), corresponds to a closed position of the plastic cover in respect to the plastic door compartment .
A fiber comprising a polymer, wherein the polymer comprises poly(alkylene furandicarboxylate) obtained by polymerization of reaction mixture comprising furan dicarboxylic acid or its functional equivalent and a C 2 to C 12 aliphatic diol selected from the group consisting of ethylene glycol, diethylene glycol, 1,2-propanediol, 1,3-propanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, 1,4-cyclohexanedimethanol, and 2,2-dimethyl-1,3-propanediol, wherein the poly(alkylene furandicarboxylate) has a number average molecular weight of 10,000-18,000 g/mol and is amorphous.
A femoral arterial ECMO cannula comprising; - at least one cylindrical shaped body comprising at least one opening that allows for permeation of blood and at which the blood enters from, on the other end a distal feed opening from which the blood leaves to provide feeding, and one feed opening that is located between the two openings used for blood passage that provides blood flow to the leg - at least one balloon situated between the feed opening and the distal feed opening on the body - at least one balloon pilot located on the body for inflating the balloon which is connected via at least one balloon inflation opening from one end to the balloon and comprising at least one controlled bidirectional valve , - at least one balloon inflation path located on the body which is connected with a balloon pilot from one end with b the balloon from the other end, providing transfer of the serum to the balloon - at least one luer connection located on the body , preferably close to the opening into which the blood enters, - at least one reinforced area that is resilient and resistant to breakage and located on the top of the body - at least one anti-bacterial coating located on the upper part of the body that is in contact with the patient's skin and, - at least one clamp securing the body on the patient's skin. - a balloon shaped like a rectangular prism when inflated and located on the body . - at least one balloon situated between the feed opening and the distal feed opening on the body - at least one balloon pilot located on the body for inflating the balloon which is connected via at least one balloon inflation opening from one end to the balloon and comprising at least one controlled bidirectional valve , - at least one balloon inflation path located on the body which is connected with a balloon pilot from one end with b the balloon from the other end, providing transfer of the serum to the balloon - at least one luer connection located on the body , preferably close to the opening into which the blood enters, - at least one reinforced area that is resilient and resistant to breakage and located on the top of the body - at least one anti-bacterial coating located on the upper part of the body that is in contact with the patient's skin and, - at least one clamp securing the body on the patient's skin. - a balloon shaped like a rectangular prism when inflated and located on the body .