mhurhangee/ep-ind-claims huggingface dataset:
A portable therapeutic device, comprising: - a ions generator unit configured to generate negative ions or anions;; - an ions emitting apparatus configured to emit said negative ions or anions toward the body of a patient during a therapeutic treatment, said ion emitting apparatus being connected to said ion generator unit via a connecting wire and forming a first pole having a negative polarity; - a second pole having a positive polarity; - wherein said ion emitting apparatus comprises a net element having meshes of net and nodes for connecting said meshes, said nodes being configured to form emitting points of flows of ions toward said second pole through the body of the patient; - wherein said ion emitting apparatus is configured to be placed at a distance from the body of the patient; - wherein said ion emitting apparatus further comprises two sheets made of a plastic material which is permeable for said negative ions or anions, - wherein said net element is arranged between said two sheets characterized in that the second pole Is configured to be connected to the body of the patient. - a ions generator unit configured to generate negative ions or anions;; - an ions emitting apparatus configured to emit said negative ions or anions toward the body of a patient during a therapeutic treatment, said ion emitting apparatus being connected to said ion generator unit via a connecting wire and forming a first pole having a negative polarity; - a second pole having a positive polarity; - wherein said ion emitting apparatus comprises a net element having meshes of net and nodes for connecting said meshes, said nodes being configured to form emitting points of flows of ions toward said second pole through the body of the patient; - wherein said ion emitting apparatus is configured to be placed at a distance from the body of the patient; - wherein said ion emitting apparatus further comprises two sheets made of a plastic material which is permeable for said negative ions or anions, - wherein said net element is arranged between said two sheets
A wire arc additive manufacturing-spinning combined machining device comprising a spinning mechanism and a fused deposition modeling mechanism, wherein the spinning mechanism comprises a machine tool and a spinning head, wherein the spinning head is installed on the machine tool by a main shaft, the main shaft is configured to drive the spinning head to rotate so as to achieve movements in three vertical directions; the spinning head comprises a spinning base and balls, and each of the balls is installed in a corresponding one of first arc grooves at a bottom of the spinning base; the fused deposition modeling mechanism comprises a moving track, a robot, and a heat source generator, wherein the moving track is arranged around the machine tool, the robot is movably installed on the moving track, and the heat source generator is installed at a tail end of the robot. the spinning mechanism comprises a machine tool and a spinning head, wherein the spinning head is installed on the machine tool by a main shaft, the main shaft is configured to drive the spinning head to rotate so as to achieve movements in three vertical directions; the spinning head comprises a spinning base and balls, and each of the balls is installed in a corresponding one of first arc grooves at a bottom of the spinning base; the fused deposition modeling mechanism comprises a moving track, a robot, and a heat source generator, wherein the moving track is arranged around the machine tool, the robot is movably installed on the moving track, and the heat source generator is installed at a tail end of the robot.
Method for producing filled containers from preforms made of a thermoplastic material by means of a device comprising a rotating rotor, wherein the preforms are respectively transferred to a moulding and filling element of a moulding and filling station and formed into the respective container in a mould of the moulding and filling station, which is in a moulding and filling state, using pressure from a supplied liquid filling material during a subsequent moulding and filling process, and wherein the container is detached from the moulding and filling element of the moulding and filling station after the moulding and filling, characterised in that - before the moulded and filled container is detached, the moulding and filling station is transferred into a state of protection, in which the interior space of the respective mould is separated and protected from the regions of the moulding and filling element which come into contact with the filling material and with the preforms or the containers being moulded during the moulding and filling, wherein the moulding and filling station is transferred between the moulding and filling state and the state of protection by relative movement between the moulding and filling element and the corresponding mould, for example by a linear movement in at least one axial direction and/or by a swivel movement, until the moulding and filling element is arranged outside the mould, wherein at a variety of moulding and filling stations, the moulding and filling stations are transferred between their moulding and filling state and their state of protection by a relative movement between the respective moulding and filling element and the corresponding mould transversely to the movement direction of the rotating rotor at the rotor, which can be driven rotating about a vertical machine axis. - before the moulded and filled container is detached, the moulding and filling station is transferred into a state of protection, in which the interior space of the respective mould is separated and protected from the regions of the moulding and filling element which come into contact with the filling material and with the preforms or the containers being moulded during the moulding and filling, wherein the moulding and filling station is transferred between the moulding and filling state and the state of protection by relative movement between the moulding and filling element and the corresponding mould, for example by a linear movement in at least one axial direction and/or by a swivel movement, until the moulding and filling element is arranged outside the mould, wherein at a variety of moulding and filling stations, the moulding and filling stations are transferred between their moulding and filling state and their state of protection by a relative movement between the respective moulding and filling element and the corresponding mould transversely to the movement direction of the rotating rotor at the rotor, which can be driven rotating about a vertical machine axis.
A reaction system for making a filled tire made of cellular polyurethane or polyurethane-urea elastomeric material, said reaction system comprising at least: - a polyisocyanate composition having a free NCO-value of 15-25% by weight comprising an isocyanate-terminated prepolymer which is the reaction product of an excess of an organic polyisocyanate and a polyether polyol having an average nominal hydroxyl functionality of 2-6, a number average molecular weight of 2000-6000 and an ethylene oxide content of 20-35% by weight, wherein at least 50% of the ethylene oxide groups are present at the end of the polyether polyol, and - a polyol composition comprising at least one polymer polyetherpolyol having a molecular weight in the range 2000-7000 and having solid particles in the range of 15-35 wt % calculated on the total weight of the polyol; and - chain extenders and/or cross-linkers, and - catalysts, and - blowing agents - a polyisocyanate composition having a free NCO-value of 15-25% by weight comprising an isocyanate-terminated prepolymer which is the reaction product of an excess of an organic polyisocyanate and a polyether polyol having an average nominal hydroxyl functionality of 2-6, a number average molecular weight of 2000-6000 and an ethylene oxide content of 20-35% by weight, wherein at least 50% of the ethylene oxide groups are present at the end of the polyether polyol, and - a polyol composition comprising at least one polymer polyetherpolyol having a molecular weight in the range 2000-7000 and having solid particles in the range of 15-35 wt % calculated on the total weight of the polyol; and - chain extenders and/or cross-linkers, and - catalysts, and - blowing agents
A feedstock for power injection molding, comprising: - a metal or ceramic powder; - a polymeric binder; - metallic or ceramic fibres or nanofibres, the fibres or nanofibres being metallic when the powder is metallic, and the fibres or nanofibres being ceramic when the powder is ceramic. - a metal or ceramic powder; - a polymeric binder; - metallic or ceramic fibres or nanofibres, the fibres or nanofibres being metallic when the powder is metallic, and the fibres or nanofibres being ceramic when the powder is ceramic.
A method performed by a radio network node, wherein the radio access network comprises a central unit, CU, and a distributed unit, DU, comprising: • obtaining one or more criteria for determining a preferable location for a UE context controller in the radio access network node, the UE context controller managing a connection between a UE and the radio access network node; and • determining, based on the one or more criteria, whether the UE context controller shall be located in the CU and/or in the DU. • obtaining one or more criteria for determining a preferable location for a UE context controller in the radio access network node, the UE context controller managing a connection between a UE and the radio access network node; and • determining, based on the one or more criteria, whether the UE context controller shall be located in the CU and/or in the DU.
A system comprising: a valve system switchable between a waste heat recovery position configured to direct incoming exhaust gas through an interior volume of an exhaust section of an engine and a bypass position configured to direct the incoming exhaust gas through a bypass duct to bypass a heat recovery boiler disposed within the interior volume; characterized in that it further comprises an inert gas purging system configured to inject an inert gas into the interior volume to displace residual exhaust gas from the interior volume. a valve system switchable between a waste heat recovery position configured to direct incoming exhaust gas through an interior volume of an exhaust section of an engine and a bypass position configured to direct the incoming exhaust gas through a bypass duct to bypass a heat recovery boiler disposed within the interior volume; characterized in that it further comprises an inert gas purging system configured to inject an inert gas into the interior volume to displace residual exhaust gas from the interior volume.
A method for producing a cast component, comprising: forming a free form fabricated ceramic casting mold with a thin outer wall and at least one casting core integrally formed with the outer wall and having a molten metal receiving cavity disposed between the outer wall and the at least one casting core; pouring a molten metal into the molten metal receiving cavity; and characterised by solidifying the molten metal within the molten metal receiving cavity and around the integral casting core by moving a thermal insulator relative to the free form fabricated ceramic casting mold to move a thermal gradient within the molten metal and cause solidification into a cast component with a single crystal or directionally solidified microstructure. forming a free form fabricated ceramic casting mold with a thin outer wall and at least one casting core integrally formed with the outer wall and having a molten metal receiving cavity disposed between the outer wall and the at least one casting core; pouring a molten metal into the molten metal receiving cavity; and characterised by solidifying the molten metal within the molten metal receiving cavity and around the integral casting core by moving a thermal insulator relative to the free form fabricated ceramic casting mold to move a thermal gradient within the molten metal and cause solidification into a cast component with a single crystal or directionally solidified microstructure.
A multi-site sensing accessory, comprising: at least two reflective optical sensor modules; a communication module electrically connected to the at least two reflective optical sensor modules; and a housing accommodating the at least two reflective optical sensor modules and the communication module; wherein the housing comprises multiple transparent openings configured for providing optical paths for the at least two reflective optical sensor modules, and at least two of the multiple transparent openings face toward different directions respectively; characterized in that one of the at least two reflective optical sensor modules includes a light source having multiple light emitters with different wavelengths encapsulated in a central region of the reflective optical sensor module and multiple photodetectors arranged around the light source. at least two reflective optical sensor modules; a communication module electrically connected to the at least two reflective optical sensor modules; and a housing accommodating the at least two reflective optical sensor modules and the communication module; wherein the housing comprises multiple transparent openings configured for providing optical paths for the at least two reflective optical sensor modules, and at least two of the multiple transparent openings face toward different directions respectively; characterized in that one of the at least two reflective optical sensor modules includes a light source having multiple light emitters with different wavelengths encapsulated in a central region of the reflective optical sensor module and multiple photodetectors arranged around the light source.
A home appliance diagnosis apparatus for receiving a sound signal including product information from a home appliance through a communication network, extracting the product information from the sound signal, and performing diagnosis on the home appliance based on the extracted product information, the home appliance diagnosis apparatus comprising: a sound recording unit arranged to record the sound signal including the product information received from the home appliance; a signal processing unit arranged to extract the product information from the sound signal recorded by the sound recording unit; a diagnosing unit arranged to perform a diagnosis on the home appliance based on the product information extracted by the signal processing unit; and a displaying unit arranged to provide a user interface interacting with the sound recording unit, the signal processing unit, and the diagnosing unit, wherein the user interface further includes a diagnosis start selecting area, and wherein if the diagnosis start selecting area is selected, the product information is extracted by the signal processing unit, and the diagnosing unit performs a diagnosis on the home appliance based on the extracted product information wherein the user interface includes a waveform displaying area arranged to display a waveform of the sound signal including the product information that is in progress with recording by the sound recording unit. a sound recording unit arranged to record the sound signal including the product information received from the home appliance; a signal processing unit arranged to extract the product information from the sound signal recorded by the sound recording unit; a diagnosing unit arranged to perform a diagnosis on the home appliance based on the product information extracted by the signal processing unit; and a displaying unit arranged to provide a user interface interacting with the sound recording unit, the signal processing unit, and the diagnosing unit, wherein the user interface further includes a diagnosis start selecting area, and wherein if the diagnosis start selecting area is selected, the product information is extracted by the signal processing unit, and the diagnosing unit performs a diagnosis on the home appliance based on the extracted product information wherein the user interface includes a waveform displaying area arranged to display a waveform of the sound signal including the product information that is in progress with recording by the sound recording unit.
A method in a user equipment for enabling a cell change of a connection of the user equipment from a first cell to a second cell (22,24) in a radio communications network, wherein the user equipment is provided with two or more mobility triggers, which user equipment is served by the first cell, the method being characterized by - obtaining a first cell size of the first cell, - obtaining a second cell size of the second cell (22,24), and - determining which of the two or more mobility triggers to use based on at least the first cell size and/or the second cell size, wherein the determined mobility trigger is used to determine whether a cell change is to be performed. - obtaining a first cell size of the first cell, - obtaining a second cell size of the second cell (22,24), and - determining which of the two or more mobility triggers to use based on at least the first cell size and/or the second cell size, wherein the determined mobility trigger is used to determine whether a cell change is to be performed.
A method for amplifying a nucleic acid, comprising a step of incubating a mixture comprising template RNA, a primer, a degrading enzyme specific to DNA in an RNA-DNA hybrid, an RNase H minus reverse transcriptase, and a substrate, thereby completing a process from reverse transcription to amplification in a single step, wherein the degrading enzyme specific to DNA in an RNA-DNA hybrid has an activity of cleaving a DNA strand in the RNA-DNA hybrid and is a double strand-specific DNA degrading enzyme or a non-specific DNA degrading enzyme, wherein (a) when the degrading enzyme specific to DNA in an RNA-DNA hybrid is a non-specific DNA degrading enzyme, the mixture further comprises a single-stranded DNA-binding protein, such that degradation activity of the non-specific DNA degrading enzyme on single-stranded DNA is suppressed, and (b) the step of incubating the mixture comprises synthesizing a complementary DNA (cDNA) of the template RNA by the RNA-dependent DNA polymerase activity of the RNase H minus reverse transcriptase, then randomly cleaving the cDNA strand in the hybrid strand of RNA and cDNA by the degrading enzyme specific to DNA in an RNA-DNA hybrid, then peeling the cDNA strand on the 3' side from the RNA by the strand displacement activity of the RNase H minus reverse transcriptase, while using the cleavage site as a starting point, and then synthesizing a new cDNA in a portion peeled by the RNase H minus reverse transcriptase. (a) when the degrading enzyme specific to DNA in an RNA-DNA hybrid is a non-specific DNA degrading enzyme, the mixture further comprises a single-stranded DNA-binding protein, such that degradation activity of the non-specific DNA degrading enzyme on single-stranded DNA is suppressed, and (b) the step of incubating the mixture comprises synthesizing a complementary DNA (cDNA) of the template RNA by the RNA-dependent DNA polymerase activity of the RNase H minus reverse transcriptase, then randomly cleaving the cDNA strand in the hybrid strand of RNA and cDNA by the degrading enzyme specific to DNA in an RNA-DNA hybrid, then peeling the cDNA strand on the 3' side from the RNA by the strand displacement activity of the RNase H minus reverse transcriptase, while using the cleavage site as a starting point, and then synthesizing a new cDNA in a portion peeled by the RNase H minus reverse transcriptase.
An extension set to couple to a vascular access device, the extension set comprising: a distal connector; a proximal connector; a housing, comprising a distal end coupled to the distal connector and a proximal end coupled to the proximal connector; a tube disposed within the housing and configured to move distally such that a distal end of the tube is distal to the distal connector; and a coil spring bonded to and disposed within the tube, wherein a distal end of the coil spring is distal to the distal end of the tube or the coil spring is configured to extend distally such that the distal end of the coil spring is distal to the distal end of the tube. a distal connector; a proximal connector; a housing, comprising a distal end coupled to the distal connector and a proximal end coupled to the proximal connector; a tube disposed within the housing and configured to move distally such that a distal end of the tube is distal to the distal connector; and a coil spring bonded to and disposed within the tube, wherein a distal end of the coil spring is distal to the distal end of the tube or the coil spring is configured to extend distally such that the distal end of the coil spring is distal to the distal end of the tube.
Sole for a shoe, in particular a sports shoe, comprising: a. a first partial region comprising particles of a first expanded thermoplastic polyurethane, eTPU; and b. a functional element; wherein c. the functional element is integrated into the first eTPU and/or arranged at a surface of the first eTPU, and wherein d. the functional element has been bonded to the first eTPU in a steaming process for the first eTPU. a. a first partial region comprising particles of a first expanded thermoplastic polyurethane, eTPU; and b. a functional element; wherein c. the functional element is integrated into the first eTPU and/or arranged at a surface of the first eTPU, and wherein d. the functional element has been bonded to the first eTPU in a steaming process for the first eTPU.
Volumetric pump comprising a chamber divided into a main sub-chamber and a secondary sub-chamber by a first diaphragm, the first diaphragm comprising a first face oriented towards the main sub-chamber and a second face opposite to the first face and oriented towards the secondary sub-chamber and an outer edge being clamped in the chamber; at least one inlet port and at least one outlet port being located in the main sub-chamber and being covered by at least one inlet valve and one outlet valve respectively; a compensation port being located in the secondary sub-chamber, this compensation port being in fluid communication with the inlet port; characterized in that the volumetric pump further comprises a linear actuator connected at one end to the first diaphragm and at an opposite end to a surface of the secondary sub-chamber and being configured to cause a reciprocating movement in the first diaphragm, thus causing a variation in the volume of the main sub-chamber. a chamber divided into a main sub-chamber and a secondary sub-chamber by a first diaphragm, the first diaphragm comprising a first face oriented towards the main sub-chamber and a second face opposite to the first face and oriented towards the secondary sub-chamber and an outer edge being clamped in the chamber; at least one inlet port and at least one outlet port being located in the main sub-chamber and being covered by at least one inlet valve and one outlet valve respectively; a compensation port being located in the secondary sub-chamber, this compensation port being in fluid communication with the inlet port; characterized in that the volumetric pump further comprises a linear actuator connected at one end to the first diaphragm and at an opposite end to a surface of the secondary sub-chamber and being configured to cause a reciprocating movement in the first diaphragm, thus causing a variation in the volume of the main sub-chamber.