mhurhangee/patent-ind-claim-en huggingface dataset:
Energy storage module , at least having: a cuboid closed housing with four side walls and two front walls , in which at least two storage cells are arranged, characterised in that at least two of the side walls of the housing are manufactured from a thermally conductive material and in each case have at least one side wall region with a wavelike cross-section both of the exterior (A) and also the interior (I) of the side wall , wherein the at least two side walls are produced from one or more metal sheets, wherein the interiors (I) of at least the side wall regions are clad or coated in each case with an electrically insulating, but thermally conductive material , which rests on the interior (I) in a gap-free manner, wherein the material , on its side facing away from the side wall region , is clad or coated with an electrically conductive material , which rests on the electrically insulating, thermally conductive material in a gap-free manner, wherein the side wall region , the electrically insulating, thermally conductive material and the electrically conductive material form a sandwich structure . a cuboid closed housing with four side walls and two front walls , in which at least two storage cells are arranged, characterised in that at least two of the side walls of the housing are manufactured from a thermally conductive material and in each case have at least one side wall region with a wavelike cross-section both of the exterior (A) and also the interior (I) of the side wall , wherein the at least two side walls are produced from one or more metal sheets, wherein the interiors (I) of at least the side wall regions are clad or coated in each case with an electrically insulating, but thermally conductive material , which rests on the interior (I) in a gap-free manner, wherein the material , on its side facing away from the side wall region , is clad or coated with an electrically conductive material , which rests on the electrically insulating, thermally conductive material in a gap-free manner, wherein the side wall region , the electrically insulating, thermally conductive material and the electrically conductive material form a sandwich structure .
A power supply system having a main power source, a sub-power source, one or more loads, and a switch configured to control ON/OFF of power supply from the main power source and the sub-power source to the load, including: a first switch which is connected between the main power source and the load and whose ON/OFF is capable of being controlled; a second switch which is connected between the sub-power source and the load and whose ON/OFF is capable of being controlled; and a backflow prevention circuit configured to prevent current backflow between the main power source and the sub-power source, and the backflow prevention circuit allows current passage in a direction from the sub-power source to the load in a state where at least the second switch is in an off state. a first switch which is connected between the main power source and the load and whose ON/OFF is capable of being controlled; a second switch which is connected between the sub-power source and the load and whose ON/OFF is capable of being controlled; and a backflow prevention circuit configured to prevent current backflow between the main power source and the sub-power source, and the backflow prevention circuit allows current passage in a direction from the sub-power source to the load in a state where at least the second switch is in an off state.
A staple cartridge assembly for use with a surgical stapler, comprising: a cartridge body having a plurality of staple cavities, each staple cavity having a surgical staple disposed therein; a biocompatible adjunct material releasably retained on the cartridge body and configured to be delivered to tissue by deployment of the staples in the cartridge body, the adjunct material being in the form of a fiber lattice, the fiber lattice having at least two distinct heterogeneous fiber lattice sections, each of the fiber lattice sections of the adjunct material being arranged in a pattern configured to promote organized tissue remodeling in a desired manner; wherein the fiber lattice section having the most closely spaced fibers is located along a staple line; and an effective amount of at least one medicant disposed within and releasable from the adjunct material, each of the at least one medicants being effective to provide a desired effect on tissue in-growth in a predetermined manner, and each of the at least one medicants being releasable from the adjunct material in a homogeneous manner. a cartridge body having a plurality of staple cavities, each staple cavity having a surgical staple disposed therein; a biocompatible adjunct material releasably retained on the cartridge body and configured to be delivered to tissue by deployment of the staples in the cartridge body, the adjunct material being in the form of a fiber lattice, the fiber lattice having at least two distinct heterogeneous fiber lattice sections, each of the fiber lattice sections of the adjunct material being arranged in a pattern configured to promote organized tissue remodeling in a desired manner; wherein the fiber lattice section having the most closely spaced fibers is located along a staple line; and an effective amount of at least one medicant disposed within and releasable from the adjunct material, each of the at least one medicants being effective to provide a desired effect on tissue in-growth in a predetermined manner, and each of the at least one medicants being releasable from the adjunct material in a homogeneous manner.
A method of manufacturing a cylindrical container using a metal sheet on at least one surface of which the metal is exposed, comprising: obtaining a blank having a hexagonal shape from the metal sheet ; and processing the blank into a cylindrical shape by pressing a central part of the blank with a punch in a state in which a peripheral part of the blank is clamped between a die for drawing process and a blank holder , characterized in that the die for drawing process has six groove-formed areas , each groove-formed area comprising a plurality of grooves that are formed along a circumferential direction in an area of a surface of the die for drawing process, the area corresponding to a side of the blank , wherein the blank is processed into the cylindrical shape by clamping the peripheral part of the blank between the die for drawing process and the blank holder so that the surface of the blank on which the metal is exposed is in a state of facing the plurality of grooves and the positions of the six sides of the hexagonal shape of the blank are located to correspond to the groove-formed areas . obtaining a blank having a hexagonal shape from the metal sheet ; and processing the blank into a cylindrical shape by pressing a central part of the blank with a punch in a state in which a peripheral part of the blank is clamped between a die for drawing process and a blank holder , characterized in that the die for drawing process has six groove-formed areas , each groove-formed area comprising a plurality of grooves that are formed along a circumferential direction in an area of a surface of the die for drawing process, the area corresponding to a side of the blank , wherein the blank is processed into the cylindrical shape by clamping the peripheral part of the blank between the die for drawing process and the blank holder so that the surface of the blank on which the metal is exposed is in a state of facing the plurality of grooves and the positions of the six sides of the hexagonal shape of the blank are located to correspond to the groove-formed areas .
A plasticizer composition comprising di(2-ethylhexyl)cyclohexane-1,4-dicarboxylate and tributyl citrate, wherein the weight ratio of di(2-ethylhexyl)cyclohexane-1,4-dicarboxylate and tributyl citrate is 9:1 to 1:1.
An electrode for electrolysis, the electrode comprising: a metal base layer; and a coating layer containing a ruthenium oxide, a cerium oxide, and a nickel oxide, wherein the coating layer is formed on at least one surface of the metal base layer, a molar ratio of a cerium element to a nickel element, which are contained in the coating layer, is in a range of 10:90 to 90:10, a molar ratio of a ruthenium element to a nickel element, which are contained in the coating layer, is in a range of 100:2 to 100:20, and the nickel oxide and the cerium oxide are contained in a single coating layer at the same time. a metal base layer; and a coating layer containing a ruthenium oxide, a cerium oxide, and a nickel oxide, wherein the coating layer is formed on at least one surface of the metal base layer, a molar ratio of a cerium element to a nickel element, which are contained in the coating layer, is in a range of 10:90 to 90:10, a molar ratio of a ruthenium element to a nickel element, which are contained in the coating layer, is in a range of 100:2 to 100:20, and the nickel oxide and the cerium oxide are contained in a single coating layer at the same time.
An agricultural machine frame consisting of a centre part , which laterally on the right and left extends laterally from an upright centre plane of a machine frame , wherein on the right and left end of the centre part a respective hinge axis is arranged approximately parallel to the centre plane and to the right and left of the centre part at least one further right and left lateral part each continues transversely to the centre plane , wherein the right and the left lateral part is pivotably connected about the respective hinge axis to the centre part , wherein the two lateral parts in a first, wide working position (Fig. 1) stand approximately parallel to one another and perpendicularly to the centre plane and in a second, narrower transport position (Fig. 2), are arranged approximately perpendicularly to the centre part and parallel to the centre plane , wherein the right and the left lateral part each comprise a lever with an outer end , which extends at a distance (a) to the respective hinge axis , wherein the respective lever of the right and left lateral part at its outer end are connected in an articulated manner to a hydraulic cylinder assembly arranged approximately transversely to the centre plane , characterised in that the hydraulic cylinder assembly consists of a right and a left piston unit , which is connected in an articulated manner to the respective outer end of the lever and the piston units are guided in a cylinder tube so as to be coaxially moveable in a limited manner and together with the cylinder tube form the hydraulic cylinder assembly , wherein the cylinder tube is prevented by limitations from a lateral movement to the centre plane .
A computer-implemented method for integrating post quantum cryptographic, PQC, algorithms into transport layer security, TLS, the computer-implemented method comprising: transmitting a client hello message to a server requesting a PQC mode of operation to establish a secure connection between a client and the server, wherein the client hello message includes a PQC public client key ; receiving a server hello message from the server, wherein the server hello message includes a PQC server key exchange generated from the PQC public client key ; determining the server hello message includes an authorization to operate the PQC mode of operation ; transmitting a second client hello message to the server, wherein the second client hello message includes a PQC encrypted client key share ; receiving a second server hello message, wherein the second server hello message includes a PQC encrypted server key share ; decrypting the PQC encrypted server key share using a server encryption key to reveal a server key share ; and establishing a secure connection between the client and the server using the server key share . transmitting a client hello message to a server requesting a PQC mode of operation to establish a secure connection between a client and the server, wherein the client hello message includes a PQC public client key ; receiving a server hello message from the server, wherein the server hello message includes a PQC server key exchange generated from the PQC public client key ; determining the server hello message includes an authorization to operate the PQC mode of operation ; transmitting a second client hello message to the server, wherein the second client hello message includes a PQC encrypted client key share ; receiving a second server hello message, wherein the second server hello message includes a PQC encrypted server key share ; decrypting the PQC encrypted server key share using a server encryption key to reveal a server key share ; and establishing a secure connection between the client and the server using the server key share .
An axle assembly comprising: an axle housing ; a brake housing that is fixedly disposed on the axle housing and receives a brake assembly wherein the brake housing has an outer ring that extends around an axis and has fastener holes aligned with corresponding fastener holes in the axle housing and a wheel bearing cage , shoulder bolt holes that receive shoulder bolts that facilitate mounting of the brake assembly to the brake housing , an inner ring , a fluid passage , and a positioning ring that extends around the axis and is received in the wheel bearing cage , the wheel bearing cage being fixedly disposed on the brake housing ; a planetary gear set that is received in the wheel bearing cage , the planetary gear set having a planet carrier that rotates about the axis ; an output flange that is configured to facilitate mounting of a wheel , wherein the output flange is disposed on the planet carrier ; a first roller bearing assembly that is disposed on the wheel bearing cage and rotatably supports the output flange ; and a preload bolt that couples the output flange to the planet carrier , wherein a preload force is exerted on the first roller bearing assembly when the preload bolt is tightened to the planet carrier . an axle housing ; a brake housing that is fixedly disposed on the axle housing and receives a brake assembly wherein the brake housing has an outer ring that extends around an axis and has fastener holes aligned with corresponding fastener holes in the axle housing and a wheel bearing cage , shoulder bolt holes that receive shoulder bolts that facilitate mounting of the brake assembly to the brake housing , an inner ring , a fluid passage , and a positioning ring that extends around the axis and is received in the wheel bearing cage , the wheel bearing cage being fixedly disposed on the brake housing ; a planetary gear set that is received in the wheel bearing cage , the planetary gear set having a planet carrier that rotates about the axis ; an output flange that is configured to facilitate mounting of a wheel , wherein the output flange is disposed on the planet carrier ; a first roller bearing assembly that is disposed on the wheel bearing cage and rotatably supports the output flange ; and a preload bolt that couples the output flange to the planet carrier , wherein a preload force is exerted on the first roller bearing assembly when the preload bolt is tightened to the planet carrier .
A microcapsule comprising: a core/shell structure, wherein the shell includes a water-soluble polymer and the core includes an organic peroxide, wherein the water-soluble polymer is at least one water-soluble polymer selected from the group consisting of polyvinyl alcohol, gelatin, poly(meth)acrylic acid derivatives, polyvinyl pyrrolidone, and polyethylene oxide. a core/shell structure, wherein the shell includes a water-soluble polymer and the core includes an organic peroxide, wherein the water-soluble polymer is at least one water-soluble polymer selected from the group consisting of polyvinyl alcohol, gelatin, poly(meth)acrylic acid derivatives, polyvinyl pyrrolidone, and polyethylene oxide.
A method comprising: generating a low frequency effects audio signal by synthesizing a multichannel audio signal; converting the low frequency effects audio signal into a haptic signal; receiving one or more parameters from a user to adjust at least one frequency of the haptic signal; adjusting the at least one frequency of the haptic signal based on the one or more parameters to obtain an adjusted haptic signal, wherein the at least one frequency of the haptic signal is adjusted by applying one of a pitch-shift and a frequency-shift to a plurality of frequencies of the low frequency effects audio signal, and the one or more parameters include at least one of an amount and a locality of the one of the pitch-shift and the frequency-shift; and encoding the adjusted haptic signal in a data stream that encodes at least the multichannel audio signal, wherein the adjusted haptic signal is encoded within the low frequency effects audio signal. generating a low frequency effects audio signal by synthesizing a multichannel audio signal; converting the low frequency effects audio signal into a haptic signal; receiving one or more parameters from a user to adjust at least one frequency of the haptic signal; adjusting the at least one frequency of the haptic signal based on the one or more parameters to obtain an adjusted haptic signal, wherein the at least one frequency of the haptic signal is adjusted by applying one of a pitch-shift and a frequency-shift to a plurality of frequencies of the low frequency effects audio signal, and the one or more parameters include at least one of an amount and a locality of the one of the pitch-shift and the frequency-shift; and encoding the adjusted haptic signal in a data stream that encodes at least the multichannel audio signal, wherein the adjusted haptic signal is encoded within the low frequency effects audio signal.
A microalgal flour, which is a homogenate of microalgal biomass containing predominantly or completely lysed cells in the form of a powder, wherein: the microalgal biomass comprises at least 40% protein by dry weight and less than 20% of triglyceride oil by dry weight; the microalgal biomass is derived from algae heterotrophically cultured and processed under good manufacturing practice (GMP) conditions; the microalgal biomass is derived from an alga that is a color mutant with reduced color pigmentation compared to the strain from which it was derived; the microalgal biomass comprises a chlorophyll content of less than 200 ppm; and the microalgal biomass is derived from Chlorella.
A manifold for a Coriolis flowmeter , comprising: a body having a first face with a first orifice and a second orifice and an opposing second face with a third orifice and a fourth orifice , wherein the first orifice and third orifice each extend into the body and meet to define a first flow path traversing the body , and wherein the second orifice and fourth orifice each extend into the body and meet to define a second flow path traversing the body , wherein the third orifice and fourth orifice are each adapted to fluidly communicate with a first and second flow tube of the flowmeter , respectively; and characterized by : a non-circular bifurcated flow opening including a non-circular wall portion projecting from said first face and surrounding the first orifice and second orifice , wherein said non-circular wall portion is configured to change a cross section of a fluid flow path between said non-circular wall portion and said first and second orifices, and the non-circular wall portion includes an elongated oval cross section with a first peripheral constricted portion . a body having a first face with a first orifice and a second orifice and an opposing second face with a third orifice and a fourth orifice , wherein the first orifice and third orifice each extend into the body and meet to define a first flow path traversing the body , and wherein the second orifice and fourth orifice each extend into the body and meet to define a second flow path traversing the body , wherein the third orifice and fourth orifice are each adapted to fluidly communicate with a first and second flow tube of the flowmeter , respectively; and characterized by : a non-circular bifurcated flow opening including a non-circular wall portion projecting from said first face and surrounding the first orifice and second orifice , wherein said non-circular wall portion is configured to change a cross section of a fluid flow path between said non-circular wall portion and said first and second orifices, and the non-circular wall portion includes an elongated oval cross section with a first peripheral constricted portion .
A device for transport and medical care of patients , the device consisting of: a chassis with wheels arranged in corners of a virtual parallelogram with a central longitudinal axis of symmetry (X-X), a bed comprising a support frame , said support frame of said bed being formed without any transversal or longitudinal reinforcing element, with the exception of areas that are reasonably present above the support poles and are diagonally opposite to said central longitudinal axis of symmetry (X-X), a pair of telescopic support poles mutually spaced apart in direction of said axis (X-X) and displaceable in vertical direction, said pair of telescopic support poles supporting said bed on said chassis , characterized in that said telescopic support poles are each arranged at its side of said axis (X-X), namely each in its diagonally opposite corner of said virtual parallelogram formed by the wheels of the chassis . a chassis with wheels arranged in corners of a virtual parallelogram with a central longitudinal axis of symmetry (X-X), a bed comprising a support frame , said support frame of said bed being formed without any transversal or longitudinal reinforcing element, with the exception of areas that are reasonably present above the support poles and are diagonally opposite to said central longitudinal axis of symmetry (X-X), a pair of telescopic support poles mutually spaced apart in direction of said axis (X-X) and displaceable in vertical direction, said pair of telescopic support poles supporting said bed on said chassis , characterized in that said telescopic support poles are each arranged at its side of said axis (X-X), namely each in its diagonally opposite corner of said virtual parallelogram formed by the wheels of the chassis .
A method for manufacturing an impeller of a centrifugal fan , the impeller being manufactured by welding between multiple blades arranged annularly around a rotational axis and a main plate and a shroud , the main plate and the shroud being respectively arranged opposite to two blade axial ends that are both ends of each of the blades in the direction of the rotational axis, the method comprising: in welding between the main plate and a main plate-side blade axial end that is one of the two blade axial ends of each of the blades and welding between the shroud and a shroud-side blade axial end that is the other of the two blade axial ends of each of the blades, giving ultrasonic vibration to the blades and the main plate and melting the main plate-side blade axial ends and the main plate so that main plate-side welding holes that are recesses extending through the main plate to portions of the main plate-side blade axial ends are formed; and giving ultrasonic vibration to the blades and the shroud and melting the shroud-side blade axial ends and the shroud so that shroud-side welding holes that are recesses extending through the shroud to portions of the shroud-side blade axial ends are formed. in welding between the main plate and a main plate-side blade axial end that is one of the two blade axial ends of each of the blades and welding between the shroud and a shroud-side blade axial end that is the other of the two blade axial ends of each of the blades, giving ultrasonic vibration to the blades and the main plate and melting the main plate-side blade axial ends and the main plate so that main plate-side welding holes that are recesses extending through the main plate to portions of the main plate-side blade axial ends are formed; and