mhurhangee/patent-ind-claim-en huggingface dataset:
A tapered optical needle , comprising: a tapered light-transmissive needle , having a first tip (T1), a bottom , and a curved surface (S1) connecting the first tip (T1) and the bottom ; and a surface plasmon wave transport layer , disposed on the curved surface (S1) and covering the first tip (T1); characterized in that the surface plasmon wave transport layer has a curved slit structure formed by a plurality of curved slit portions (P) in the surface plasmon wave transport layer arranged from the first tip (T1) to an edge (R) of the bottom and located between the first tip (T1) and the edge (R) of the bottom , and extending directions of each of the curved slit portions (P) are different to a direction from the first tip (T1) to the edge (R) of the bottom ; a cross-sectional line of the curved surface formed by cutting the curved surface (S1) along a plane including an optical axis of the tapered light-transmissive needle is a curved line; and one end of the surface plasmon wave transport layer facing away from the first tip (T1) is a second tip (T2), a distance (L1) between the second tip (T2) and the curved portion closest to the second tip (T2) among the curved slit portions (P) and distances (L2) between respectively two adjacent curved slit portions (P) on a reference plane containing the second tip (T2) and perpendicular to the bottom are all different. a tapered light-transmissive needle , having a first tip (T1), a bottom , and a curved surface (S1) connecting the first tip (T1) and the bottom ; and a surface plasmon wave transport layer , disposed on the curved surface (S1) and covering the first tip (T1); characterized in that the surface plasmon wave transport layer has a curved slit structure formed by a plurality of curved slit portions (P) in the surface plasmon wave transport layer arranged from the first tip (T1) to an edge (R) of the bottom and located between the first tip (T1) and the edge (R) of the bottom , and extending directions of each of the curved slit portions (P) are different to a direction from the first tip (T1) to the edge (R) of the bottom ; a cross-sectional line of the curved surface formed by cutting the curved surface (S1) along a plane including an optical axis of the tapered light-transmissive needle is a curved line; and one end of the surface plasmon wave transport layer facing away from the first tip (T1) is a second tip (T2), a distance (L1) between the second tip (T2) and the curved portion closest to the second tip (T2) among the curved slit portions (P) and distances (L2) between respectively two adjacent curved slit portions (P) on a reference plane containing the second tip (T2) and perpendicular to the bottom are all different.
A system , comprising: a material sensor system , comprising: an inlet configured to receive a flow of a material ; an outlet configured to output the flow of the material ; an inner cavity comprising a bottom , wherein the inner cavity is configured to receive the flow of the material ; a float system comprising a float , wherein the float is configured to float in the material within the inner cavity , and wherein the float is configured to sink to the bottom and overlap with the outlet in response to a low quantity of the material in the inner cavity ; and a switch coupled to a bottom surface of the material sensor system and disposed completely external to the cavity , wherein the switch is configured to send one or more signals for adjusting a material pump to a control valve system when the float system engages the switch . an inlet configured to receive a flow of a material ; an outlet configured to output the flow of the material ; an inner cavity comprising a bottom , wherein the inner cavity is configured to receive the flow of the material ; a float system comprising a float , wherein the float is configured to float in the material within the inner cavity , and wherein the float is configured to sink to the bottom and overlap with the outlet in response to a low quantity of the material in the inner cavity ; and a switch coupled to a bottom surface of the material sensor system and disposed completely external to the cavity , wherein the switch is configured to send one or more signals for adjusting a material pump to a control valve system when the float system engages the switch .
A laminated sheet having two or more layers of sheet comprising ultrafine cellulose fibers with a fiber width of 2 to 100 nm, when observed under an electron microscope, wherein the ultrafine cellulose fibers have an anionic group, and wherein among two or more layers of the sheet, when the thickness (μm) of the thickest sheet is defined as T max and the thickness (μm) of the thinnest sheet is defined as T min , the value of T max /T min is 3 or less, and the thickness of a single layer of the sheet is 15 μm or more, wherein the entire thickness is 30 μm or more.
Automatic measuring machine for automated determination of a respective density of a plurality of solid-state test pieces , comprising: - a measuring arrangement with a dry weighing device and a wet weighing device , - a test piece magazine for holding the plurality of solid-state test pieces , and - a feeding unit for feeding the solid-state test pieces from the test piece magazine to the measuring arrangement , wherein - the automatic measuring machine is configured to sequentially feed the solid-state test pieces to the measuring arrangement by means of the feeding unit , to weigh the solid-state test pieces using the dry weighing device and the wet weighing device in order to obtain respective weighing measurement values for each solid-state test piece and to determine a respective density value for each solid-state test piece on the basis of the respective weighing measurement values, characterized in that the test piece magazine comprises a plurality of test piece carriers , which each serve to hold a respective test piece , and wherein the feeding unit is configured to sequentially take the test piece carriers out of the test piece magazine in order to feed the test pieces in the respective test piece carrier to the measuring arrangement . - a measuring arrangement with a dry weighing device and a wet weighing device , - a test piece magazine for holding the plurality of solid-state test pieces , and - a feeding unit for feeding the solid-state test pieces from the test piece magazine to the measuring arrangement , wherein - the automatic measuring machine is configured to sequentially feed the solid-state test pieces to the measuring arrangement by means of the feeding unit , to weigh the solid-state test pieces using the dry weighing device and the wet weighing device in order to obtain respective weighing measurement values for each solid-state test piece and to determine a respective density value for each solid-state test piece on the basis of the respective weighing measurement values, characterized in that the test piece magazine comprises a plurality of test piece carriers , which each serve to hold a respective test piece , and wherein the feeding unit is configured to sequentially take the test piece carriers out of the test piece magazine in order to feed the test pieces in the respective test piece carrier to the measuring arrangement .
Strain of Methylobacterium sp. nov., deposited under accession number CECT 9580.
An electronic device characterised by comprising: a hardware component comprising tin; a readable chemical marker , wherein the readable chemical marker is embedded on the hardware component; wherein the readable chemical marker comprises a pattern of marks encoding product information of the electronic device: the pattern comprising a first plurality of marks , the first plurality of marks comprising a first material having a first isotopic ratio of an element, wherein the element is tin; and a second plurality of marks , the second plurality of marks comprising a second material having a second isotopic ratio of the element different than the first isotopic ratio, wherein the pattern encodes the product information in a binary encoding. a hardware component comprising tin; a readable chemical marker , wherein the readable chemical marker is embedded on the hardware component; wherein the readable chemical marker comprises a pattern of marks encoding product information of the electronic device: the pattern comprising a first plurality of marks , the first plurality of marks comprising a first material having a first isotopic ratio of an element, wherein the element is tin; and a second plurality of marks , the second plurality of marks comprising a second material having a second isotopic ratio of the element different than the first isotopic ratio, wherein the pattern encodes the product information in a binary encoding. the pattern comprising a first plurality of marks , the first plurality of marks comprising a first material having a first isotopic ratio of an element, wherein the element is tin; and a second plurality of marks , the second plurality of marks comprising a second material having a second isotopic ratio of the element different than the first isotopic ratio, wherein the pattern encodes the product information in a binary encoding.
A method for controlling an Internet of Things device using a wearable device , said method comprising the following steps of: providing a wearable device comprising at least one sensor , a processor, a wearable application database being a database comprising one or more wearable applications each being an application program executable by the wearable device , and a communications interface ; said wearable device carrying out the following further steps of: J receiving sensor data from the at least one sensor ; selecting, based on the received sensor data, at least one of the one or more wearable applications in the wearable application database to analyze the received sensor data; characterized in that said wearable device carries out the further steps of; analyzing the received sensor data with the selected wearable application to determine whether the received sensor data comprises a triggering event; generating, if the received sensor data comprises a triggering event, an action command for a remote Internet of Things device ; and transmitting the action command to the remote Internet of Things device . providing a wearable device comprising at least one sensor , a processor, a wearable application database being a database comprising one or more wearable applications each being an application program executable by the wearable device , and a communications interface ; said wearable device carrying out the following further steps of: J receiving sensor data from the at least one sensor ; selecting, based on the received sensor data, at least one of the one or more wearable applications in the wearable application database to analyze the received sensor data; characterized in that said wearable device carries out the further steps of; analyzing the received sensor data with the selected wearable application to determine whether the received sensor data comprises a triggering event; generating, if the received sensor data comprises a triggering event, an action command for a remote Internet of Things device ; and transmitting the action command to the remote Internet of Things device . J receiving sensor data from the at least one sensor ; selecting, based on the received sensor data, at least one of the one or more wearable applications in the wearable application database to analyze the received sensor data; characterized in that said wearable device carries out the further steps of; analyzing the received sensor data with the selected wearable application to determine whether the received sensor data comprises a triggering event; generating, if the received sensor data comprises a triggering event, an action command for a remote Internet of Things device ; and transmitting the action command to the remote Internet of Things device .
An open-end spinning device having a cover closing off a rotor housing , a fiber infeed and a yarn take-off taking place by means of an interchangeable channel plate adapter mounted in the cover , and the yarn take-off taking place by means of a yarn take-off nozzle (115; 215; 315) and at least one easily interchangeable twist jamming element (117; 217; 317) disposed downstream and having a substantially centrical yarn take-off opening , the twist jamming element (117; 217; 317) being insertable directly in the channel plate adapter , characterized in that the channel plate adapter forms an assembly with the yarn take-off nozzle (115; 215; 315) and the twist jamming element (117; 217; 317) for pre-assembling separately.
A self-adhering tape comprising: a polyolefin substrate layer having a first major surface and opposing major surface; an adhesive layer disposed on the first major surface of the polyolefin substrate, an outer layer disposed on the opposing major surface of the polyolefin substrate, the outer layer and adhesive layer independently comprising a polymer comprising at least 50 wt-% of C 2 -C 3 alkylene and at least 20 wt-% C 4 -C 20 α-olefin and having a density less than 0.88 g/cc or 0.87 g/cc. a polyolefin substrate layer having a first major surface and opposing major surface; an adhesive layer disposed on the first major surface of the polyolefin substrate, an outer layer disposed on the opposing major surface of the polyolefin substrate, the outer layer and adhesive layer independently comprising a polymer comprising at least 50 wt-% of C 2 -C 3 alkylene and at least 20 wt-% C 4 -C 20 α-olefin and having a density less than 0.88 g/cc or 0.87 g/cc.
A method programmed in a non-transitory memory of a device comprising: acquiring three dimensional content, wherein the three dimensional content is a point cloud; performing geometry coding of the three dimensional content, wherein the geometry coding is geometry-based point cloud compression, G-PCC, or 3D to 2D projection, followed by MPEG-type video coding; performing fixed-point attribute encoding utilizing quantization parameters, QPs, wherein the fixed point attribute encoding is a region-adaptive hierarchical transform, RAHT, or a lifting transform; and sending, in a bitstream, a QP instead of a quantization step size, QS. acquiring three dimensional content, wherein the three dimensional content is a point cloud; performing geometry coding of the three dimensional content, wherein the geometry coding is geometry-based point cloud compression, G-PCC, or 3D to 2D projection, followed by MPEG-type video coding; performing fixed-point attribute encoding utilizing quantization parameters, QPs, wherein the fixed point attribute encoding is a region-adaptive hierarchical transform, RAHT, or a lifting transform; and sending, in a bitstream, a QP instead of a quantization step size, QS.
A method for obtaining content by a terminal comprising: performing a multicast searching operation, by the terminal , for at least one external device and a content server connected to a network over which content is streamed from the content server to the external device (S112), wherein the network is a DLNA, Digital Living Network Alliance, which is a standard for controlling home appliances within a home; requesting, by the terminal to the external device , information about the content that is being streamed and played back by the external device, as a result of the multicast searching operation (S113); receiving, by the terminal from the external device , the information about the content and requesting, by the terminal , the content server to stream the content (S115) to the terminal ; accessing, by the terminal , a Uniform Resource Identifier, URI, of the content server ; and receiving, by the terminal , the content being streamed from the content server based on the information about the content and playing back, by the terminal , the content being streamed (S116), wherein the terminal is connected to the DLNA network through a wireless communication unit , wherein the information about the content includes information about the URI of the content server through which the content is streamed. performing a multicast searching operation, by the terminal , for at least one external device and a content server connected to a network over which content is streamed from the content server to the external device (S112), wherein the network is a DLNA, Digital Living Network Alliance, which is a standard for controlling home appliances within a home; requesting, by the terminal to the external device , information about the content that is being streamed and played back by the external device, as a result of the multicast searching operation (S113); receiving, by the terminal from the external device , the information about the content and requesting, by the terminal , the content server to stream the content (S115) to the terminal ; accessing, by the terminal , a Uniform Resource Identifier, URI, of the content server ; and receiving, by the terminal , the content being streamed from the content server based on the information about the content and playing back, by the terminal , the content being streamed (S116), wherein the terminal is connected to the DLNA network through a wireless communication unit , wherein the information about the content includes information about the URI of the content server through which the content is streamed.
A method of communicating with a digitizer , comprising: receiving a transmission signal and a control signal at a device (100; 300) having a transmitter circuit , a receiver circuit , and an electrode configured for communicating with the digitizer, wherein the transmitter circuit includes a first path with a level translator and a second path with a NOR gate ; performing a logic operation based on the transmission signal and the control signal, wherein an output of the logic operation is an output of a NOR operation performed by the NOR gate based on the transmission signal and the control signal; determining , based on the output of the logic operation being a first low signal and an output of the level translator being a second low signal, wherein the transmission signal is a low transmission signal provided to the level translator and the NOR gate and the control signal is a high control signal provided to the NOR gate, that the device is to receive a first information from the digitizer via the electrode instead of transmitting a second information to the digitizer via the electrode; and isolating the electrode from the transmitter circuit in response to determining that the device is to receive the first information from the digitizer via the electrode. receiving a transmission signal and a control signal at a device (100; 300) having a transmitter circuit , a receiver circuit , and an electrode configured for communicating with the digitizer, wherein the transmitter circuit includes a first path with a level translator and a second path with a NOR gate ; performing a logic operation based on the transmission signal and the control signal, wherein an output of the logic operation is an output of a NOR operation performed by the NOR gate based on the transmission signal and the control signal; determining , based on the output of the logic operation being a first low signal and an output of the level translator being a second low signal, wherein the transmission signal is a low transmission signal provided to the level translator and the NOR gate and the control signal is a high control signal provided to the NOR gate, that the device is to receive a first information from the digitizer via the electrode instead of transmitting a second information to the digitizer via the electrode; and isolating the electrode from the transmitter circuit in response to determining that the device is to receive the first information from the digitizer via the electrode.
A paint composition for application to a metallic substrate, wherein the paint composition is chosen from: semi-gloss finish paints or flat finish paints and comprises an amount of a copolymer emulsion formulation; wherein the copolymer emulsion formulation consists of either (a) an ethylene / acrylic acid copolymer in emulsified form; or (b) a propylene maleic anhydride copolymer in an emulsified form; and wherein the amount of the copolymer emulsion formulation is from 2% to 15% on the basis of the dry polymer solids weight of the copolymer emulsion formulation compared to the total weight of the paint composition excluding the copolymer emulsion formulation. wherein the copolymer emulsion formulation consists of either (a) an ethylene / acrylic acid copolymer in emulsified form; or (b) a propylene maleic anhydride copolymer in an emulsified form; and wherein the amount of the copolymer emulsion formulation is from 2% to 15% on the basis of the dry polymer solids weight of the copolymer emulsion formulation compared to the total weight of the paint composition excluding the copolymer emulsion formulation.
Apparatus (SW) having a plurality of input/output ports (P1, P2, P3, P4, P5) for receiving and transmitting data packets, and comprising a data packets handling circuitry (DPL) arranged to forward data packets between the input/output ports (P1, P2, P3, P4, P5) and an internal apparatus controller (CPL) arranged to control said data packet handling circuitry (DPL), wherein the apparatus controller (CPL) is arranged to store (MEM) at least one state transition table (TT) to be used for controlling the forwarding of data packets by the data packets handling circuitry (DPL), wherein the apparatus controller (CPL) is arranged to use said at least one state transition table (TT) for implementing at least one finite state machine (FSM), wherein the apparatus controller (CPL) is arranged to use said at least one state transition table (TT) for handling separately distinct incoming data packets flows through corresponding distinct instances of finite state machine, wherein said at least one state transition table (TT) corresponds to the combination of a state table (ST), a condition table (CT) and a flow table (FT), wherein the apparatus controller (CPL) is arranged to store (MEM) the state table (ST), the condition table (CT) and the flow table (FT), wherein the apparatus controller (CPL) comprises a condition logic (CL) for calculating one or more or all conditions stored in the condition table (CT) based on data from the state table (ST) in order to query the flow table (FT).
An electric heating pot comprising a body unit and a heating unit configured to provide heat to the body unit , wherein the body unit comprises an accommodation space configured to accommodate liquid (WT), the heating unit comprises a housing formed such that electrolyzed water (IW) is disposed therein, and an electrode portion that is disposed in the housing , formed such that at least one region thereof is in contact with the electrolyzed water (IW) in the housing , and includes a plurality of electrodes , an insulating material layer (IL) is formed on an inner surface of the housing , which faces the electrode portion , to be in contact with the electrolyzed water (IW) and when the liquid (WT) is accommodated in the accommodation space of the body unit , the electrolyzed water (IW) is configured to overlap the accommodated liquid (WT). the body unit comprises an accommodation space configured to accommodate liquid (WT), the heating unit comprises a housing formed such that electrolyzed water (IW) is disposed therein, and an electrode portion that is disposed in the housing , formed such that at least one region thereof is in contact with the electrolyzed water (IW) in the housing , and includes a plurality of electrodes , an insulating material layer (IL) is formed on an inner surface of the housing , which faces the electrode portion , to be in contact with the electrolyzed water (IW) and when the liquid (WT) is accommodated in the accommodation space of the body unit , the electrolyzed water (IW) is configured to overlap the accommodated liquid (WT).