mhurhangee/patent-ind-claim-en huggingface dataset:
A method of data transmission by a terminal, the method comprising: generating first IP data to be transmitted via a first packet data network, PDN, connection installed with a small data packet filter; determining whether the first IP data satisfies a preset criterion of the small data packet filter, by determining whether a size of the first IP data is less than or equal to a predetermined size or the first IP data matches identification information of a preset service ; transmitting, in case that the first IP data satisfies the preset criterion of the small data packet filter, the first IP data through a connection management layer to a base station by using a control message ; generating second IP data to be transmitted via a second PDN connection not installed with a small data packet filter; and transmitting the second IP data to the base station by using a data bearer . generating first IP data to be transmitted via a first packet data network, PDN, connection installed with a small data packet filter; determining whether the first IP data satisfies a preset criterion of the small data packet filter, by determining whether a size of the first IP data is less than or equal to a predetermined size or the first IP data matches identification information of a preset service ; transmitting, in case that the first IP data satisfies the preset criterion of the small data packet filter, the first IP data through a connection management layer to a base station by using a control message ; generating second IP data to be transmitted via a second PDN connection not installed with a small data packet filter; and transmitting the second IP data to the base station by using a data bearer .
A lumber tag presenting the rectangular plate having the information on the front working face thereof and four mounting teeth at the corners. Four wedge-shaped grooves are situated adjacent the teeth, on the short sides of the plate. Fastening means are provided on the rear face of the plate, said fastening means being in the form of two symmetrical wave-shaped protuberances situated along the edges of the short sides of the plate, perpendicular to the rear face thereof, the fastening means in normal section has the shape of a rectangle with the dimensions of the sides a and b ( a > b ), connecting to a triangle on it, which with its two sides forms a slotted element of the fastening means - a wedge, and the tip of the triangle above the short side b of the rectangle forms a locking element - a tooth that is directed on both waves of the fastening means in opposite directions to the relatively short axial line of the plate, characterised by that it additionally contains two symmetrical protective elements on the rear face, made in the form of two symmetrical wave-shaped protuberances situated perpendicularly to the rear face of the plate, along the edges of the long sides thereof, symmetrically about an axial line that passes through the centre of the plate and is parallel to the long sides thereof. The protective elements in the normal section have the form of a rectangle associated with a triangle by a wedge-shaped part, while the height of the protective elements is less than the height of the fastening means, and the peripheral portions of the protective elements extend into a region occupied by the fastening elements and overlap with the projections of said fastening elements in a plane that passes through the longer axial line of the plate and is perpendicular to the rear face of the rectangular plate, by an amount p determined from the relationship p = 0.01 ... 0.99 q , where q is the distance from the edge of the peripheral part of the fastening means to the hollow of this fastening elements, measured in the projections of said fastening elements in a plane that passes through the longer axial line of the plate and is perpendicular to the rear face of the rectangular place, while the height of the protective elements h 3 is determined from the relationship: h 3 = 0.27 ... 0.99 h k where h k is the height of the fastening means, and the angle of taper of the fastening means and protective elements is within 30 ° < φ < 170 ° .
Method for obtaining a composition for tissue regeneration, comprising the following steps: - providing M2-macrophages, wherein this step of providing M2-macrophages comprises purifying monocytes from a sample and differentiating the purified monocytes into M2-macrophages; - co-culturing the M2-macrophages with tissue-specific cells in serum free medium; and - collecting the supernatant of the co-culture, wherein the ratio of M2-macrophages to tissue-specific cells in the co-culture is 1:1 to 40:1. - providing M2-macrophages, wherein this step of providing M2-macrophages comprises purifying monocytes from a sample and differentiating the purified monocytes into M2-macrophages; - co-culturing the M2-macrophages with tissue-specific cells in serum free medium; and - collecting the supernatant of the co-culture,
Weaving reed for a rapier weaving machine, comprising several reed dents , each of which comprises a recess and/or a projection , wherein the recesses of these reed dents form a guide passage and/or the projections of these reed dents form a guide rib, wherein the guide passage and/or the guide rib are provided for guiding a rapier of the rapier weaving machine, and wherein at least some of said reed dents are arranged in a centring zone which is situated between an end of the weaving reed and a transfer point of the weaving reed , which is situated at a different point of the weaving reed than where said end of the weaving reed is situated, characterized in that in this centring zone , a dimension of the recess for guiding the rapier viewed in a direction at right angles to the direction of movement of the rapier decreases with successive reed dents towards the transfer point of the weaving reed and/or a dimension of the projection for guiding the rapier viewed in a direction at right angles to the direction of movement of the rapier increases with successive reed dents towards the transfer point .
Electric machine, in particular electric drive machine, having a laminated core formed from a multiplicity of laminations which are stacked one on top of another and are configured as a sheet-metal blank, in particular for a rotor of the electric machine, wherein the laminated core has at least one recess for securing at least one magnet , wherein a plurality of the laminations stacked one on top of another are provided with a respective protrusion which has a retaining portion which is formed by bending and/or angling and reaches into the region of the recess such that the magnet is secured in a force-fitting and/or form-fitting manner in the recess , wherein the retaining portion has a shaping projecting in relation to the main plane of extent of the angled and/or bent retaining portion in the direction of the recess from a circumferential edge region of the retaining portion and having a contact surface which can be placed against the magnet, characterized in that the contact surface of the shaping is at a constant distance (a) along the edge region from a plane defined by the edge region of the retaining portion .
Common mode choke having an in particular magnetically permeable in particular ring-shaped annular core and at least one coil and at least one further coil , wherein the coil and the further coil are each arranged in the region of the annular core in such a way that a magnetic flux passing through the coils encompasses the annular core , wherein the annular core encloses an in particular cylindrical aperture , and the coils comprise, for each coil winding , at least one respective electrical inner conductor , in particular a busbar, which is arranged in the aperture , wherein the coil winding has an outer conductor electrically connected to the inner conductor , wherein the outer conductor forms a cylinder jacket portion, in particular a cylinder jacket segment, which is designed to enclose a circumferential portion of the annular core , characterized in that the common mode choke has a closure lid , wherein the in particular annular closure lid is designed to close a cavity into which the annular core is inserted. the annular core encloses an in particular cylindrical aperture , and the coils comprise, for each coil winding , at least one respective electrical inner conductor , in particular a busbar, which is arranged in the aperture , wherein the coil winding has an outer conductor electrically connected to the inner conductor , wherein the outer conductor forms a cylinder jacket portion, in particular a cylinder jacket segment, which is designed to enclose a circumferential portion of the annular core , characterized in that the common mode choke has a closure lid , wherein the in particular annular closure lid is designed to close a cavity into which the annular core is inserted.
An electronic device , comprising a substrate ; a driving layer disposed on the substrate , wherein the driving layer comprises a thin film transistor , and the thin film transistor comprises a drain , a source and a gate ; an organic layer disposed on the driving layer , the organic layer comprising a connecting hole and a through hole portion , wherein the through hole portion comprises a through hole ; a dielectric layer disposed between the gate and the organic layer ; and a light emitting unit disposed on the organic layer , the light emitting unit being electrically connected to the driving layer by a bonding pad ; wherein a portion of the drain is exposed by the connecting hole and a portion of an upper surface of the dielectric layer is exposed by the through hole , wherein the upper surface of the dielectric layer is disposed far away from the substrate in a top view direction (V), wherein a ratio of an area of the through hole portion overlapped with the bonding pad to an area of the bonding pad is greater than or equal to 0.3 and less than or equal to 3 in the top view direction (V) of the electronic device , wherein the light emitting unit comprises a conductive pad electrically connected to the bonding pad , the light emitting unit overlaps the bonding pad in the top view direction (V), and the conductive pad overlaps the bonding pad in the top view direction (V). a substrate ; a driving layer disposed on the substrate , wherein the driving layer comprises a thin film transistor , and the thin film transistor comprises a drain , a source and a gate ; an organic layer disposed on the driving layer , the organic layer comprising a connecting hole and a through hole portion , wherein the through hole portion comprises a through hole ; a dielectric layer disposed between the gate and the organic layer ; and a light emitting unit disposed on the organic layer , the light emitting unit being electrically connected to the driving layer by a bonding pad ; wherein a portion of the drain is exposed by the connecting hole and a portion of an upper surface of the dielectric layer is exposed by the through hole , wherein the upper surface of the dielectric layer is disposed far away from the substrate in a top view direction (V), wherein a ratio of an area of the through hole portion overlapped with the bonding pad to an area of the bonding pad is greater than or equal to 0.3 and less than or equal to 3 in the top view direction (V) of the electronic device , wherein the light emitting unit comprises a conductive pad electrically connected to the bonding pad , the light emitting unit overlaps the bonding pad in the top view direction (V), and the conductive pad overlaps the bonding pad in the top view direction (V).
A robotic vehicle configured to spray thermally insulating material onto an internal surface of a building, and allow the thermally insulating material to solidify whereby to form a covering of the internal surface, wherein the internal surface is the underside of the floor of the building in an underfloor cavity with an internal wall including the underside of a suspended timber floor in the underfloor cavity, the robotic vehicle comprising: a spray nozzle to spray the thermally insulating material, a hose coupling the spray nozzle to a source of the thermally insulating material located outside the underfloor cavity, a propulsion system configured to move the robotic vehicle relative to the internal surface; and a first sensor configured to identify the position of the internal surface to be sprayed wherein the robotic vehicle is configured to be introduced into the cavity and remotely operated to navigate the cavity, and wherein the robotic vehicle is configured to spray the thermally insulating material to a controlled depth on the internal surface based on data from a second sensor configured to monitor the thickness of the covering applied to the surface. a spray nozzle to spray the thermally insulating material, a hose coupling the spray nozzle to a source of the thermally insulating material located outside the underfloor cavity, a propulsion system configured to move the robotic vehicle relative to the internal surface; and a first sensor configured to identify the position of the internal surface to be sprayed wherein the robotic vehicle is configured to be introduced into the cavity and remotely operated to navigate the cavity, and wherein the robotic vehicle is configured to spray the thermally insulating material to a controlled depth on the internal surface based on data from a second sensor configured to monitor the thickness of the covering applied to the surface.
An apparatus comprising: a display surface for presenting a real-time image of a user; a light emitting portion for using light to convey semantic information to the user; a sensor for measuring the position of the user relative to the light emitting portion ; and a control unit configured to control the light emitting portion based on the measured position of the user relative to the light emitting portion so as to minimise a shadowing and/or colour-casting effect of the light conveying the semantic information provided by the light emitting portion on the user and the presented real-time image of the user. a display surface for presenting a real-time image of a user; a light emitting portion for using light to convey semantic information to the user; a sensor for measuring the position of the user relative to the light emitting portion ; and a control unit configured to control the light emitting portion based on the measured position of the user relative to the light emitting portion so as to minimise a shadowing and/or colour-casting effect of the light conveying the semantic information provided by the light emitting portion on the user and the presented real-time image of the user.
An aircraft with a fuselage that accommodates a floor panel and a fuel storage system , wherein the fuel storage system comprises: a tank system with at least one main tank that is arranged underneath the floor panel ; a cross ventilation system with a plurality of ventilation lines for venting the tank system , wherein the plurality of ventilation lines comprises at least one crossing ventilation line that is routed from a first lateral side of the tank system to an opposite second lateral side of the tank system , wherein the at least one crossing ventilation line is routed underneath or in the floor panel from the first lateral side of the tank system to the second lateral side of the tank system ; wherein the at least one crossing ventilation line is routed underneath or in the floor panel from a first ventilation point provided at the first lateral side on the at least one main tank to a manifold connection arranged at the second lateral side , characterized in that the manifold connection is arranged above floor panel level . a tank system with at least one main tank that is arranged underneath the floor panel ; a cross ventilation system with a plurality of ventilation lines for venting the tank system , wherein the plurality of ventilation lines comprises at least one crossing ventilation line that is routed from a first lateral side of the tank system to an opposite second lateral side of the tank system , wherein the at least one crossing ventilation line is routed underneath or in the floor panel from the first lateral side of the tank system to the second lateral side of the tank system ; wherein the at least one crossing ventilation line is routed underneath or in the floor panel from a first ventilation point provided at the first lateral side on the at least one main tank to a manifold connection arranged at the second lateral side , characterized in that the manifold connection is arranged above floor panel level .
Method for automatically switching on and off a lighting system for illuminating a route inside or outside a building, wherein a light source of the lighting system is switched on or off as a function of a location at which the building is located and an expected period of use, characterized in that a programmable control unit periodically triggers the light source to be switched on via a pulse generator.
A partition having an air blowing function of blowing air to a predetermined region, comprising: a casing ; a blower mechanism arranged in the casing ; and a blow-out port formed in the casing , and a controller including a CPU executing a control program and a memory storing the control program for controlling the number of rotations of the blower mechanism , characterized in that the controller is configured to generate an air flow on a virtual plane (R) facing the blow-out port , the air flow having a wind velocity of 0.2 m/s or more and whose average momentum per unit area is in a range of 0.05 kg/ms 2 or more and 0.75 kg/ms 2 or less,. wherein the virtual plane (R) is a plane having a width of 0.6 m and a height of 0.5 m at a position away by 0.3 m from the blow-out port or wherein the virtual plane (R) is a plane having a width of 1.2 m and a height of 0.5 m at a position away by 2.0 m from the blow-out port or wherein the virtual plane (R) is a plane having a width of 1.8 m and a height of 0.5 m at a position away by 4.0 m from the blow-out port . a casing ; a blower mechanism arranged in the casing ; and a blow-out port formed in the casing , and a controller including a CPU executing a control program and a memory storing the control program for controlling the number of rotations of the blower mechanism , characterized in that the controller is configured to generate an air flow on a virtual plane (R) facing the blow-out port , the air flow having a wind velocity of 0.2 m/s or more and whose average momentum per unit area is in a range of 0.05 kg/ms 2 or more and 0.75 kg/ms 2 or less,. wherein the virtual plane (R) is a plane having a width of 0.6 m and a height of 0.5 m at a position away by 0.3 m from the blow-out port or wherein the virtual plane (R) is a plane having a width of 1.2 m and a height of 0.5 m at a position away by 2.0 m from the blow-out port or wherein the virtual plane (R) is a plane having a width of 1.8 m and a height of 0.5 m at a position away by 4.0 m from the blow-out port .
A transparent substrate provided with a stack of thin layers comprising an alternation of n functional layers having reflection properties in the infrared region and/or in solar radiation with n ≥ 2 and of n+1 coatings comprising one or more dielectric layers, so that each functional layer is positioned between two coatings, the coatings and the functional layers are numbered according to their position with respect to the transparent substrate, the lower coating 1 is placed above the transparent substrate and below the functional layer 1, the intermediate coatings 2 to n are placed between two functional layers and the upper coating n+1 is placed above the functional layer n, characterized in that at least one of the upper or intermediate coatings 2 to n+1, preferably intermediate coatings 2 to n, comprises : - at least one barrier coating comprising at least two barrier layers, one layer comprising silicon chosen amongst oxides such as SiO 2 , nitrides Si 3 N 4 and oxynitrides SiO x N y and one layer based on aluminum nitride; - each upper, intermediate or lower coating comprises a barrier coating comprising at least one barrier layer comprising silicon chosen amongst oxides such as SiO 2 , nitrides Si 3 N 4 and oxynitrides SiO x N y . - at least one barrier coating comprising at least two barrier layers, one layer comprising silicon chosen amongst oxides such as SiO 2 , nitrides Si 3 N 4 and oxynitrides SiO x N y and one layer based on aluminum nitride; - each upper, intermediate or lower coating comprises a barrier coating comprising at least one barrier layer comprising silicon chosen amongst oxides such as SiO 2 , nitrides Si 3 N 4 and oxynitrides SiO x N y .
A head health care device , comprising: a body ; a plurality of sensing components provided and projected on an outer surface of the body , in which each sensing component is configured to sense head information of a user; and a plurality of health care components provided and projected on the outer surface of the body , in which the health care components are configured to perform health care operations on a head of the user according to a control signal; wherein at least one sensing component includes a sensing signal output part ; at least one sensing component includes a sensing signal receiving part ; the sensing signal output part is configured to send out a sensing drive signal; and the sensing signal receiving part is configured to receive a sensing signal; the health care device is in a shape of a comb; and the sensing components and the health care components are disposed on comb teeth of the comb; characterized in that, a positive electrode is on the sensing signal output part , and a negative electrode is on the sensing signal receiving part , wherein when the sensing signal output part and the sensing signal receiving part respectively make contact with any two different positions of a head skin or hairs of the user, the sensing drive signal transmitted by the sensing signal output part is transferred to the sensing signal receiving part through head organisms or body fluids of the user, and the sensing components start the sensing operation; and one health care component and one sensing component are disposed on a same comb tooth. a body ; a plurality of sensing components provided and projected on an outer surface of the body , in which each sensing component is configured to sense head information of a user; and a plurality of health care components provided and projected on the outer surface of the body , in which the health care components are configured to perform health care operations on a head of the user according to a control signal; wherein at least one sensing component includes a sensing signal output part ; at least one sensing component includes a sensing signal receiving part ; the sensing signal output part is configured to send out a sensing drive signal; and the sensing signal receiving part is configured to receive a sensing signal; the health care device is in a shape of a comb; and the sensing components and the health care components are disposed on comb teeth of the comb; characterized in that, a positive electrode is on the sensing signal output part , and a negative electrode is on the sensing signal receiving part , wherein when the sensing signal output part and the sensing signal receiving part respectively make contact with any two different positions of a head skin or hairs of the user, the sensing drive signal transmitted by the sensing signal output part is transferred to the sensing signal receiving part through head organisms or body fluids of the user, and the sensing components start the sensing operation; and one health care component and one sensing component are disposed on a same comb tooth.