mhurhangee/patent-ind-claim-en huggingface dataset:
A session management method, comprising: sending , by an electronic device, a non-access stratum, NAS, message to an access gateway function, AGF, device, wherein the AGF device is deployed on an access network side in a fixed network, and the NAS message comprises a packet data unit, PDU, session establishment request message used to request to establish a PDU session; receiving , by the electronic device, a PDU session establishment success message from a network side device; and establishing , by the electronic device, a point-to-point protocol over Ethernet, PPPoE, access session with the AGF device, wherein the PPPoE access session is an access session related to the PDU session. sending , by an electronic device, a non-access stratum, NAS, message to an access gateway function, AGF, device, wherein the AGF device is deployed on an access network side in a fixed network, and the NAS message comprises a packet data unit, PDU, session establishment request message used to request to establish a PDU session; receiving , by the electronic device, a PDU session establishment success message from a network side device; and establishing , by the electronic device, a point-to-point protocol over Ethernet, PPPoE, access session with the AGF device, wherein the PPPoE access session is an access session related to the PDU session.
A stringed instrument resonance analysis device, for evaluating resonance of a stringed instrument (A), comprising: a cabinet forming an accommodating space in the cabinet ; a vibration source , disposed in the accommodating space a frequency generator , connected to the vibration source , to control the vibration source generate vibration of different frequencies; a holder disposed in the accommodating space and configured to fix and hold the stringed instrument (A) at least one vibration sensor disposed in the accommodating space and adjacent to the loudspeaker box (A1) of the stringed instrument (A); a spectrum analyzer , connected to the at least one vibration sensor , configured to obtain a frequency spectrum through a Fourier transform of resonance sonic collected by the vibration sensor , and configured to analyze and compare the frequency spectrum; characterized by the vibration source comprising at least one energy converter and a fixture , the fixture being connected to the energy converter and being configured to clamp and fix a bridge (A2) of the stringed instrument (A), wherein the vibration source further comprises at least one buffer unit disposed between the energy converter and the fixture , and a number of the at least one buffer unit is corresponding to a number of the at least one energy converter . a cabinet forming an accommodating space in the cabinet ; a vibration source , disposed in the accommodating space a frequency generator , connected to the vibration source , to control the vibration source generate vibration of different frequencies; a holder disposed in the accommodating space and configured to fix and hold the stringed instrument (A) at least one vibration sensor disposed in the accommodating space and adjacent to the loudspeaker box (A1) of the stringed instrument (A); a spectrum analyzer , connected to the at least one vibration sensor , configured to obtain a frequency spectrum through a Fourier transform of resonance sonic collected by the vibration sensor , and configured to analyze and compare the frequency spectrum; characterized by the vibration source comprising at least one energy converter and a fixture , the fixture being connected to the energy converter and being configured to clamp and fix a bridge (A2) of the stringed instrument (A), wherein the vibration source further comprises at least one buffer unit disposed between the energy converter and the fixture , and a number of the at least one buffer unit is corresponding to a number of the at least one energy converter .
Machine tool comprising a system for stopping workpieces to be machined, said system comprising: a support , which is substantially flat, for supporting at least one workpiece to be machined, at least one opening being formed in said support , at least one chamber being provided under the at least one opening ; a depression generation system which is connected with said at least one chamber to generate a depression in said at least one chamber ; at least one valve element which is placed under said at least one opening , said at least one valve element being movable between an upper position, where said at least one valve element closes said at least one opening and prevents, in use, said depression in said at least one chamber from going through said at least one opening , and a lower position, where said at least one opening is kept at least partially open by said at least one valve element and said depression propagates, in use, from said at least one chamber to said at least one opening ; and a control system, which is connected with said at least one valve element , to control movement of said at least one valve element between said upper position and said lower position, such that said at least one workpiece to be machined stops due to the attraction exerted by said depression on said at least one workpiece to be machined towards said support when said at least one workpiece to be machined is placed, in use, above said support and said control system commands said at least one valve element to place in said lower position. a support , which is substantially flat, for supporting at least one workpiece to be machined, at least one opening being formed in said support , at least one chamber being provided under the at least one opening ; a depression generation system which is connected with said at least one chamber to generate a depression in said at least one chamber ; at least one valve element which is placed under said at least one opening , said at least one valve element being movable between an upper position, where said at least one valve element closes said at least one opening and prevents, in use, said depression in said at least one chamber from going through said at least one opening , and a lower position, where said at least one opening is kept at least partially open by said at least one valve element and said depression propagates, in use, from said at least one chamber to said at least one opening ; and a control system, which is connected with said at least one valve element , to control movement of said at least one valve element between said upper position and said lower position, such that said at least one workpiece to be machined stops due to the attraction exerted by said depression on said at least one workpiece to be machined towards said support when said at least one workpiece to be machined is placed, in use, above said support and said control system commands said at least one valve element to place in said lower position.
Road surfacing body comprising at least one support layer and a surfacing applied on the support layer , at least one storage element being arranged between the support layer and the surfacing , the storage element having a cavity which is partially open at least on the upper side facing the surfacing, characterized in that the at least one storage element contains or consists of a polymer and in that the at least one storage element also contains at least one transport device designed to transport water from the cavity to the upper side facing the surfacing by means of capillary forces.
Use of a cellulose nanofiber having an amino group as an endotoxin adsorbent, wherein the cellulose nanofiber has an average fiber diameter of from 1 to 1000 nm, and wherein the average fiber diameter is calculated based on results of dimensional measurement of at least twenty randomly selected cellulose nanofibers by using an electron microscope. wherein the cellulose nanofiber has an average fiber diameter of from 1 to 1000 nm, and wherein the average fiber diameter is calculated based on results of dimensional measurement of at least twenty randomly selected cellulose nanofibers by using an electron microscope.
A television base, comprising a supporting base fixedly connected with a television display screen and at least three supporting rods ; wherein: the supporting base comprises rotating connection portions , the supporting rods are rotationally connected with the rotating connection portions , a surface of the supporting base provided with the rotating connection portions is located in a first plane, and the first plane is perpendicular to a plane where the television display screen is located; and all the supporting rods relatively rotate around the supporting base in the first plane, so that the supporting rods are in a rotary opening state or in a rotary folding state, when the supporting rods rotate to be opened, the supporting rods are positioned in the first plane to support a television shell; and when the supporting rods rotate to be folded, two adjacent supporting rods of the supporting rods are rotated to combine together, so that the supporting rods collect in the same radial direction to be a plane, where a television display screen is located, below the television display screen; characterized in that one end of each supporting rod connected with the rotating connection portion within the supporting base is provided with teeth , and when the number of the supporting rods is four, the teeth of two adjacent supporting rods are meshed with each other. the supporting base comprises rotating connection portions , the supporting rods are rotationally connected with the rotating connection portions , a surface of the supporting base provided with the rotating connection portions is located in a first plane, and the first plane is perpendicular to a plane where the television display screen is located; and all the supporting rods relatively rotate around the supporting base in the first plane, so that the supporting rods are in a rotary opening state or in a rotary folding state, when the supporting rods rotate to be opened, the supporting rods are positioned in the first plane to support a television shell; and when the supporting rods rotate to be folded, two adjacent supporting rods of the supporting rods are rotated to combine together, so that the supporting rods collect in the same radial direction to be a plane, where a television display screen is located, below the television display screen; characterized in that one end of each supporting rod connected with the rotating connection portion within the supporting base is provided with teeth , and when the number of the supporting rods is four, the teeth of two adjacent supporting rods are meshed with each other.
Composition for use in a therapeutic method of treating symptoms of an Ehlers-Danlos Syndrome in a subject suffering therefrom, wherein the method comprises the step of administering to said subject an effective amount of said composition, wherein the symptoms of Ehlers-Danlos Syndrome is one or more symptoms selected from the group consisting of pain and fatigue, and wherein the composition comprises rubeola virus, histamine and collagen, characterized in that the composition does not comprise Immunoglobulin.
A hands-off detection device comprising: a first steering angle acquisition unit configured to acquire a first steering angle (θh) being a steering angle of a steering wheel ; a second steering angle acquisition unit configured to acquire a second steering angle (θc) being a steering angle of a steering mechanism connected to the steering wheel via a torsion bar ; a steering angle estimation unit configured to obtain an estimation angle (θhe) of the first steering angle (θh) in a state where the steering wheel is not being grasped on a basis of the second steering angle (θc) acquired by the second steering angle acquisition unit ; a difference calculation unit configured to calculate an angle difference (Δθ) between the first steering angle (θh) acquired by the first steering angle acquisition unit and the estimation angle (θhe); a frequency analysis unit configured to calculate a frequency component (dfi) of the angle difference (Δθ); a storage unit configured to store a reference frequency component (dfri) being the frequency component of the angle difference (Δθ) in the state where the steering wheel is not being grasped; and a grasping state determination unit configured to determine a grasping state of the steering wheel on a basis of the frequency component (dfi) calculated by the frequency analysis unit and the reference frequency component (dfri). a first steering angle acquisition unit configured to acquire a first steering angle (θh) being a steering angle of a steering wheel ; a second steering angle acquisition unit configured to acquire a second steering angle (θc) being a steering angle of a steering mechanism connected to the steering wheel via a torsion bar ; a steering angle estimation unit configured to obtain an estimation angle (θhe) of the first steering angle (θh) in a state where the steering wheel is not being grasped on a basis of the second steering angle (θc) acquired by the second steering angle acquisition unit ; a difference calculation unit configured to calculate an angle difference (Δθ) between the first steering angle (θh) acquired by the first steering angle acquisition unit and the estimation angle (θhe); a frequency analysis unit configured to calculate a frequency component (dfi) of the angle difference (Δθ); a storage unit configured to store a reference frequency component (dfri) being the frequency component of the angle difference (Δθ) in the state where the steering wheel is not being grasped; and a grasping state determination unit configured to determine a grasping state of the steering wheel on a basis of the frequency component (dfi) calculated by the frequency analysis unit and the reference frequency component (dfri).
Method for the production of enthalpy exchanger elements comprising steps of: a) perforating a flat plate element according to a predetermined perforation pattern within the plate outer dimensions; b) forming the plate element into a desired embossing pattern and geometrical shape; characterized by : c) applying to at least one side of the plate element a polymer film with water vapor permeation characteristics, whereby a total open area for water vapor transfer of no less than 50% of the available plate exchange surface is provided. a) perforating a flat plate element according to a predetermined perforation pattern within the plate outer dimensions; b) forming the plate element into a desired embossing pattern and geometrical shape; characterized by : c) applying to at least one side of the plate element a polymer film with water vapor permeation characteristics, whereby a total open area for water vapor transfer of no less than 50% of the available plate exchange surface is provided.
A portable and/or wearable device for extracorporeal removal of a toxin and/or pathogen from blood of an individual infected with the toxin and/or pathogen, the device comprising: a blood bag with a single-needle venous line having a cartridge inserted in-line, said cartridge comprising an adsorption media, wherein the adsorption media is a solid substrate of high surface area having at least one polysaccharide adsorbent on the surface thereof with a binding affinity or binding site for the toxin and/or pathogen such that when the flowing blood is in contact with said adsorption media, the toxin and/or pathogen bind to binding sites on the at least one polysaccharide adsorbent and become separated from blood; and wherein said portable and/or wearable device comprises no pump. a blood bag with a single-needle venous line having a cartridge inserted in-line, said cartridge comprising an adsorption media, wherein the adsorption media is a solid substrate of high surface area having at least one polysaccharide adsorbent on the surface thereof with a binding affinity or binding site for the toxin and/or pathogen such that when the flowing blood is in contact with said adsorption media, the toxin and/or pathogen bind to binding sites on the at least one polysaccharide adsorbent and become separated from blood; and wherein said portable and/or wearable device comprises no pump.
A method performed by a wireless node , comprising: determining , within a sub-band full duplex, SBFD, slot for transmitting and receiving at the same time within said SBFD slot, an allocation of first and second virtual resource block, VRB, groups to physical resource blocks, PRBs, across first and second disjoint bandwidth part, BWP, segments within the SBFD slot based upon one or more VRB-to-PRB mapping rules; and communicating data over the first and second sets of PRBs in accordance with the allocation. determining , within a sub-band full duplex, SBFD, slot for transmitting and receiving at the same time within said SBFD slot, an allocation of first and second virtual resource block, VRB, groups to physical resource blocks, PRBs, across first and second disjoint bandwidth part, BWP, segments within the SBFD slot based upon one or more VRB-to-PRB mapping rules; and communicating data over the first and second sets of PRBs in accordance with the allocation.
A deflection-type refractometer for obtaining a refractive index measure of a flowing sample liquid, comprising: means for generating a beam of light , said means comprising a light source ; a measuring cell (230; 330) comprising a sample chamber (234; 334) with inlet and outlet ports for receiving a flowing sample liquid , the measuring cell (230; 330) being arranged such that a beam of light from the light source impinges on the sample chamber (234; 334) and is deflected after traversing two non-parallel faces (234a, 234b; 334a, 334b) of the sample chamber (234; 334); an optical sensor mounted on a movable platform for detecting the deflected beam of light , wherein the optical sensor is a position sensing detector configured to output a signal indicating a relative position of the deflected beam of light with respect to the sensing area; a driving unit configured to move the platform ; a distance measurement unit configured to measure the displacement of the platform to obtain a platform position; and a control unit comprising a data processing unit configured to: continuously calculate the deflection of the beam of light from the platform position combined with the relative position of the deflected beam of light on the optical sensor; and obtain a refractive index signal over time of the sample liquid using the calculated deflection. means for generating a beam of light , said means comprising a light source ; a measuring cell (230; 330) comprising a sample chamber (234; 334) with inlet and outlet ports for receiving a flowing sample liquid , the measuring cell (230; 330) being arranged such that a beam of light from the light source impinges on the sample chamber (234; 334) and is deflected after traversing two non-parallel faces (234a, 234b; 334a, 334b) of the sample chamber (234; 334); an optical sensor mounted on a movable platform for detecting the deflected beam of light , wherein the optical sensor is a position sensing detector configured to output a signal indicating a relative position of the deflected beam of light with respect to the sensing area; a driving unit configured to move the platform ; a distance measurement unit configured to measure the displacement of the platform to obtain a platform position; and a control unit comprising a data processing unit configured to: continuously calculate the deflection of the beam of light from the platform position combined with the relative position of the deflected beam of light on the optical sensor; and obtain a refractive index signal over time of the sample liquid using the calculated deflection. continuously calculate the deflection of the beam of light from the platform position combined with the relative position of the deflected beam of light on the optical sensor; and obtain a refractive index signal over time of the sample liquid using the calculated deflection.
Hydraulic hose comprising a tube , a first reinforcement layer directly applied on the tube , a helical wire reinforcement directly applied on the first reinforcement layer , a first insulation layer directly applied on the helical wire reinforcement , a second reinforcement layer directly applied on the first insulation layer , a second insulation layer directly applied on the second reinforcement layer and a cover layer directly applied on the second insulation layer , wherein the cover layer comprises a rubber composition comprising ethylene vinyl acetate copolymer (EVA) and ethylene-propylene-diene terpolymer (EPDM), and wherein the tube comprises a material being halogen free, wherein the material comprises an acrylonitrile butadiene rubber (NBR).
A substrate holder for holding a conductive substrate during plating thereof, comprising an attachment means, for attaching the conductive substrate to the substrate holder, such that a first surface of the substrate holder faces the second side of the conductive substrate; and resilient contact means, attached to the first surface of the substrate holder and connectable to at least one external potential, comprising an elastic layer applied to the first surface of the substrate holder , wherein the contact element is a compliant and conductive foil distally of said elastic layer .
A battery , comprising: a pouch ; a battery cell comprising a cathode , an anode , and a separator located between the cathode and the anode , and accommodated in the pouch ; characterized in , a plurality of cathode tabs (331; 331a, 331b), each of which comprises a first area electrically connected to the cathode and an unstructured second area extending to protrude from the first area to outside of the cathode ; a plurality of anode tabs (332; 332a, 332b), each of which comprises a third area electrically connected to the anode and an unstructured fourth area extending to protrude from the third area to outside of the anode ; a cathode terminal joined to the second areas of the cathode tabs (331; 331a, 331b); and an anode terminal joined to the fourth areas of the anode tabs (332; 332a, 332b), wherein the cathode tabs (331; 331a, 331b) are disposed in the cathode such that the first areas do not overlap each other when viewed from the top of one surface of the battery cell , and the second areas are coupled to each other, and wherein the anode tabs (332; 332a, 332b) are disposed in the anode such that the third areas do not overlap each other when viewed from the top of one surface of the battery cell , and the fourth areas are coupled to each other. a pouch ; a battery cell comprising a cathode , an anode , and a separator located between the cathode and the anode , and accommodated in the pouch ; characterized in , a plurality of cathode tabs (331; 331a, 331b), each of which comprises a first area electrically connected to the cathode and an unstructured second area extending to protrude from the first area to outside of the cathode ; a plurality of anode tabs (332; 332a, 332b), each of which comprises a third area electrically connected to the anode and an unstructured fourth area extending to protrude from the third area to outside of the anode ; a cathode terminal joined to the second areas of the cathode tabs (331; 331a, 331b); and an anode terminal joined to the fourth areas of the anode tabs (332; 332a, 332b), wherein the cathode tabs (331; 331a, 331b) are disposed in the cathode such that the first areas do not overlap each other when viewed from the top of one surface of the battery cell , and the second areas are coupled to each other, and wherein the anode tabs (332; 332a, 332b) are disposed in the anode such that the third areas do not overlap each other when viewed from the top of one surface of the battery cell , and the fourth areas are coupled to each other.