mhurhangee/ep-ind-claims huggingface dataset:
A rotatable connection (1; 1 a; 1 b) for a mounting device for arrangement in an operating room, comprising an adjustable stop mechanism (30; 30a; 30b), which can be disposed between a first connection component and a second connection component, which is rotatably mounted about a rotational axis relative to the first connection component, and configured to define at least two different relative rotational angles of the connection components (10, 20) relative to each other or at least two different ranges of rotation, the adjustable stop mechanism (30; 30a; 30b) comprising: - a first part, which can be mounted on the first connection component in a non-rotatable manner and comprises a stop; and - a second part, which can be disposed on the second connection component in a torsion-proof manner; the first part being rotatably mounted relative to the second part; characterized in that the adjustable stop mechanism (30; 30a; 30b) comprises at least one stop device (60A, 60B) which has a respective counterstop (62A, 62B) and is disposed in a torsion-proof manner on the second part axially between the two parts (40, 50), the respective counterstop (62A, 62B) corresponding to the stop, and the at least one stop device (60A, 60B) being configured to adjust the different rotational angles or ranges of rotation by way of the counterstop (62A, 62B). - a first part, which can be mounted on the first connection component in a non-rotatable manner and comprises a stop; and - a second part, which can be disposed on the second connection component in a torsion-proof manner; characterized in that the adjustable stop mechanism (30; 30a; 30b) comprises at least one stop device (60A, 60B) which has a respective counterstop (62A, 62B) and is disposed in a torsion-proof manner on the second part axially between the two parts (40, 50), the respective counterstop (62A, 62B) corresponding to the stop, and the at least one stop device (60A, 60B) being configured to adjust the different rotational angles or ranges of rotation by way of the counterstop (62A, 62B).
Raw material mixture for producing a stoneware tile, characterized in that the raw material mixture has the following formulation in mass percentages: Clay mixture "T2761" 50% Clay mixture "T1571" 7.73% Feldspar "HP-1" 9.54% Feldspar "Silbergrube" 12.27% Feldspar "FS-700" 12.73% Kaolin "KDG" 7.73%
A sensing system for obtaining a gradient of soil properties in real-time as a function of soil depth, the sensing system comprising: a support structure adapted for ground engagement and coupling to an agricultural implement, wherein the support structure is rotatable about a rotational axis relative to a frame of the agricultural implement; at least one sensor arranged on a sensing surface of an outer periphery of the support structure, wherein the at least one sensor is configured to sense changes in a capacitance corresponding to changes in a dielectric property of a measured soil sample with which the at least one sensor interacts, and wherein the at least one sensor is configured to generate an output signal indicative of the measured soil property; and a measuring unit coupled to the at least one sensor, wherein the measuring unit is configured to process the output signal generated by the at least one sensor and generate a gradient profile of the soil properties in real-time as a function of one or more corresponding depths from a surface of the soil of a field for display on a user interface. a support structure adapted for ground engagement and coupling to an agricultural implement, wherein the support structure is rotatable about a rotational axis relative to a frame of the agricultural implement; at least one sensor arranged on a sensing surface of an outer periphery of the support structure, wherein the at least one sensor is configured to sense changes in a capacitance corresponding to changes in a dielectric property of a measured soil sample with which the at least one sensor interacts, and wherein the at least one sensor is configured to generate an output signal indicative of the measured soil property; and a measuring unit coupled to the at least one sensor, wherein the measuring unit is configured to process the output signal generated by the at least one sensor and generate a gradient profile of the soil properties in real-time as a function of one or more corresponding depths from a surface of the soil of a field for display on a user interface.
A method for producing a coated metal strip which has a metal strip and a coating formed on at least one surface of the metal strip, the coating being a part to be joined to a molded article of a thermoplastic resin composition, the method comprising: running a metal strip; applying a coating material containing a polyurethane resin and 5 mass% or more of a nonvolatile component on the running metal strip in a state where a surface temperature of the running metal strip is 60°C or lower, the polyurethane resin containing a polycarbonate unit; baking the coating material applied on the running metal strip at a temperature in a range of 80 to 250°C to form a coating having a film thickness of 0.3 μm or more on the running metal strip; cooling the running metal strip having the coating formed thereon until the surface temperature becomes 80°C or lower; and winding the running metal strip cooled after formation of the coating, wherein: a ratio of the polycarbonate unit to a total resin mass in the coating is 10 to 80 mass%. running a metal strip; applying a coating material containing a polyurethane resin and 5 mass% or more of a nonvolatile component on the running metal strip in a state where a surface temperature of the running metal strip is 60°C or lower, the polyurethane resin containing a polycarbonate unit; baking the coating material applied on the running metal strip at a temperature in a range of 80 to 250°C to form a coating having a film thickness of 0.3 μm or more on the running metal strip; cooling the running metal strip having the coating formed thereon until the surface temperature becomes 80°C or lower; and winding the running metal strip cooled after formation of the coating, wherein: a ratio of the polycarbonate unit to a total resin mass in the coating is 10 to 80 mass%.
Apparatus for fusing image data from a multi-camera system for a motor vehicle, wherein the image data comprise data of an overlapping field of view (ÜB) of at least two cameras of the multi-camera system, the apparatus comprising: - an image analysis device configured to define sub-regions (TB1, TB2,..., TBn) of the overlapping field of view (ÜB) represented in the image data; - an acquisition device configured to acquire a respective pixel density for each of the sub-regions (TB1, TB2,..., TBn) of the overlapping field of view (ÜB), wherein the acquisition device is designed to acquire as pixel density the area covered by a sub-region (TB1, TB2,..., TBn) per unit area on an image sensor of one of the two cameras (110, 120); and - a computer device configured to determine deviations of the pixel densities of adjacent sub-regions (TB1, TB2,..., TBn) and to select adjacent sub-regions (TB1, TB2,..., TBn) having deviations below a threshold value for a total image overlay, wherein the computer device is designed to carry out the total image overlay of the image data of the at least two cameras of the multi-camera system on the basis of fusing the selected sub-regions. - an image analysis device configured to define sub-regions (TB1, TB2,..., TBn) of the overlapping field of view (ÜB) represented in the image data; - an acquisition device configured to acquire a respective pixel density for each of the sub-regions (TB1, TB2,..., TBn) of the overlapping field of view (ÜB), wherein the acquisition device is designed to acquire as pixel density the area covered by a sub-region (TB1, TB2,..., TBn) per unit area on an image sensor of one of the two cameras (110, 120); and - a computer device configured to determine deviations of the pixel densities of adjacent sub-regions (TB1, TB2,..., TBn) and to select adjacent sub-regions (TB1, TB2,..., TBn) having deviations below a threshold value for a total image overlay, wherein the computer device is designed to carry out the total image overlay of the image data of the at least two cameras of the multi-camera system on the basis of fusing the selected sub-regions.
An air pointing device comprising at least two angular rate sensors and at least two linear sensors capable of transmitting motion signals to a first processor, said first processor being capable of transmitting processed signals to a second processor in connection with a display, wherein said signals control the movements of a virtual cursor on said display using the measurements of said angular rate sensors, said angular rate sensors, measurements being corrected by said first processor for the tilt of said air pointing device, the value of said tilt correction being calculated by using only the measurements from one of said at least two linear sensors for a range of tilt values within a first half space.
Composition including the components a) 25 to 95 wt% of a multicomponent system that is curable by electromagnetic radiation, comprising a1) at least one monomer having an ethylenically unsaturated group, a2) at least one aliphatic, difunctional polyester urethane oligomer (meth)acrylate as crosslinker having at least two ethylenically unsaturated groups, and also a3) at least one photoinitiator, b) 0 to 4 wt% of a disaccharide ester, c) 0 to 30 wt% of solvent, and d) 0 to 50 wt% of additives other than the components a) to c), wherein the amounts are based in each case on the total weight of the composition and wherein the sum of the components a) to d) is 100 wt%, and wherein the composition includes 0.3 to 5 wt% of nitrocellulose as film-forming additive according to component d). a) 25 to 95 wt% of a multicomponent system that is curable by electromagnetic radiation, comprising a1) at least one monomer having an ethylenically unsaturated group, a2) at least one aliphatic, difunctional polyester urethane oligomer (meth)acrylate as crosslinker having at least two ethylenically unsaturated groups, and also a3) at least one photoinitiator, a1) at least one monomer having an ethylenically unsaturated group, a2) at least one aliphatic, difunctional polyester urethane oligomer (meth)acrylate as crosslinker having at least two ethylenically unsaturated groups, and also a3) at least one photoinitiator, b) 0 to 4 wt% of a disaccharide ester, c) 0 to 30 wt% of solvent, and d) 0 to 50 wt% of additives other than the components a) to c),
A card-cutting apparatus, provided with a lateral cutter portion to cut paper in a lateral direction at right angles with a transferring direction and plural slitter heads to cut the paper in the transferring direction, to conduct divisional cutting of the paper into plural cards characterized by that: the plural slitter heads are disposed in a row along a guiding rod set in the lateral direction as to be freely position-adjusted in lateral direction by manual work; a gauge plate, for positioning of the plural slitter heads on predetermined positions in the lateral direction as to cut the paper with a predetermined card cutting lateral dimension, is provided; and the gauge plate is selected from plural kinds having different card cutting lateral dimensions to be used. the plural slitter heads are disposed in a row along a guiding rod set in the lateral direction as to be freely position-adjusted in lateral direction by manual work; a gauge plate, for positioning of the plural slitter heads on predetermined positions in the lateral direction as to cut the paper with a predetermined card cutting lateral dimension, is provided; and the gauge plate is selected from plural kinds having different card cutting lateral dimensions to be used.
A method for mitigating the effects of various interference scenarios in a capacity and spectrum constrained, multiple-access communication network, the method comprising: obtaining environment inputs comprising real-time information describing the operating status of the communication network; deriving a real-time profile of the network based on the environment inputs, the real-time profile representing current operating conditions of the communication network; determining whether the real-time profile satisfies a set of control set points, the control set points representing operational requirements for the communication network based on policy parameters; generating a feedback adjustment signal based on the real-time profile if the real-time profile does not satisfy at least one control set point; generating a feedforward adjustment signal if there is a change of a current set of historical patterns derived from the environmental inputs and the real-time profile; and generating control signals, based on the feedback adjustment signal and the feedforward adjustment signal to steer the multiple-access communication network to a desired state which comprises meeting the operational requirements for the communication network based on the environmental inputs and the policy parameters. obtaining environment inputs comprising real-time information describing the operating status of the communication network; deriving a real-time profile of the network based on the environment inputs, the real-time profile representing current operating conditions of the communication network; determining whether the real-time profile satisfies a set of control set points, the control set points representing operational requirements for the communication network based on policy parameters; generating a feedback adjustment signal based on the real-time profile if the real-time profile does not satisfy at least one control set point; generating a feedforward adjustment signal if there is a change of a current set of historical patterns derived from the environmental inputs and the real-time profile; and generating control signals, based on the feedback adjustment signal and the feedforward adjustment signal to steer the multiple-access communication network to a desired state which comprises meeting the operational requirements for the communication network based on the environmental inputs and the policy parameters.
A steam cooking appliance comprising: a main body having a cavity that provides a cooking space in which a food is accommodated; a backguard extending upward from an upper portion of the main body; a water tank (610, 810, 910); a steam supply unit disposed outside the cavity to generate steam, thereby supplying the steam into the cooking space; and a water supply tube to supply water within the water tank (610, 810, 910) into the steam supply unit; characterized in that the water tank (610, 810, 910) is separately mounted on the backguard. a main body having a cavity that provides a cooking space in which a food is accommodated; a backguard extending upward from an upper portion of the main body; a water tank (610, 810, 910); a steam supply unit disposed outside the cavity to generate steam, thereby supplying the steam into the cooking space; and a water supply tube to supply water within the water tank (610, 810, 910) into the steam supply unit;
Use of a halogenated cyanocinnamic acid derivative of the general formula: where R is independently selected from among F, Cl and Br, n = 3, 4 or 5, and R' is selected from COOH, CONH 2, SO 3 H and COOR" with R" - C 1 -C 5 alkyl in a matrix for MALDI mass spectrometry of an analyte.
A sockliner assembly comprising: a sockliner with an upper surface, an opposing lower surface, and a peripheral edge defining the upper and lower surfaces; and a first cable with a first attached cable segment and a first free cable segment, wherein the first attached cable segment is coupled to the lower surface of the sockliner, and wherein the first free cable segment extends from the first attached cable segment and extends beyond the peripheral edge of the sockliner, wherein: the sockliner includes an opening that extends from the upper surface to the lower surface of the sockliner, the first attached cable segment is attached to the lower surface of the sockliner on a lateral side of the opening, the first free cable segment extends along the lower surface of the sockliner from the lateral side of the opening, across the opening, and to a medial side of the opening, and the opening has a first width when the first cable is in an untensed configuration, and exerting a tensile force on the first free cable segment in a medial direction pulls the first attached cable segment in the medial direction and reduces a width of the opening from the first width to a second width. a sockliner with an upper surface, an opposing lower surface, and a peripheral edge defining the upper and lower surfaces; and a first cable with a first attached cable segment and a first free cable segment, wherein the first attached cable segment is coupled to the lower surface of the sockliner, and wherein the first free cable segment extends from the first attached cable segment and extends beyond the peripheral edge of the sockliner, wherein: the sockliner includes an opening that extends from the upper surface to the lower surface of the sockliner, the first attached cable segment is attached to the lower surface of the sockliner on a lateral side of the opening, the first free cable segment extends along the lower surface of the sockliner from the lateral side of the opening, across the opening, and to a medial side of the opening, and the opening has a first width when the first cable is in an untensed configuration, and exerting a tensile force on the first free cable segment in a medial direction pulls the first attached cable segment in the medial direction and reduces a width of the opening from the first width to a second width. the sockliner includes an opening that extends from the upper surface to the lower surface of the sockliner, the first attached cable segment is attached to the lower surface of the sockliner on a lateral side of the opening, the first free cable segment extends along the lower surface of the sockliner from the lateral side of the opening, across the opening, and to a medial side of the opening, and the opening has a first width when the first cable is in an untensed configuration, and exerting a tensile force on the first free cable segment in a medial direction pulls the first attached cable segment in the medial direction and reduces a width of the opening from the first width to a second width.
A base station comprising: a plurality of antennas (321-1 to 321-N); a controller configured to selectively apply one of a first time period having a first guard period and a second time period having a second guard period, wherein the first guard period is longer than the second guard period, to time-division duplex communication with a terminal; a communication circuitry (313-1 to 313-N) configured to: notify the terminal of information related to a timing of selectively applying one of the first time period and the second time period, generate a test signal which is transmitted between any one or more of pairs of the plurality of antennas (321-1 to 321-N), and transmit the test signal in the first guard period when the first time period is applied; and a calibrator (319-1 to 319-N, 317-1 to 317-N) configured to calibrate channel characteristics between the pair of antennas by using the test signal. a plurality of antennas (321-1 to 321-N); a controller configured to selectively apply one of a first time period having a first guard period and a second time period having a second guard period, wherein the first guard period is longer than the second guard period, to time-division duplex communication with a terminal; a communication circuitry (313-1 to 313-N) configured to: notify the terminal of information related to a timing of selectively applying one of the first time period and the second time period, generate a test signal which is transmitted between any one or more of pairs of the plurality of antennas (321-1 to 321-N), and transmit the test signal in the first guard period when the first time period is applied; and notify the terminal of information related to a timing of selectively applying one of the first time period and the second time period, generate a test signal which is transmitted between any one or more of pairs of the plurality of antennas (321-1 to 321-N), and transmit the test signal in the first guard period when the first time period is applied; and a calibrator (319-1 to 319-N, 317-1 to 317-N) configured to calibrate channel characteristics between the pair of antennas by using the test signal.
A method comprising: at a first data compute node configured to execute a first gateway forwarding element for a logical network within a datacenter: receiving a data packet from a second forwarding element configured by an administrator of the datacenter, wherein the data packet is received from a source external to the datacenter by the second forwarding element, wherein the second forwarding element performs a first network address translation operation on the data packet before sending the data packet to a host computer on which the first data compute node operates; performing a second NAT operation on the data packet according to a logical network configuration for the first gateway forwarding element, wherein a network controller that does not have access to the second forwarding element and other administrator-configured forwarding elements of the datacenter distributes the configuration for the first gateway forwarding element to the first data compute node; and encapsulating and sending the data packet to a third forwarding element executing on a second data compute node in the datacenter that is configured according to logical network configuration data distributed by the network controller, wherein the third forwarding element decapsulates the data packet and delivers the data packet to an application executing on the second data compute node. receiving a data packet from a second forwarding element configured by an administrator of the datacenter, wherein the data packet is received from a source external to the datacenter by the second forwarding element, wherein the second forwarding element performs a first network address translation operation on the data packet before sending the data packet to a host computer on which the first data compute node operates; performing a second NAT operation on the data packet according to a logical network configuration for the first gateway forwarding element, wherein a network controller that does not have access to the second forwarding element and other administrator-configured forwarding elements of the datacenter distributes the configuration for the first gateway forwarding element to the first data compute node; and encapsulating and sending the data packet to a third forwarding element executing on a second data compute node in the datacenter that is configured according to logical network configuration data distributed by the network controller, wherein the third forwarding element decapsulates the data packet and delivers the data packet to an application executing on the second data compute node.
A pump system for the pumping of multiphase mixtures comprising a pumping apparatus (3, 30) for multiphase mixtures with at least one liquid phase and at least one gaseous phase, wherein the pumping apparatus (3, 30) comprises one or more axial compression stages (41.4, 41.2) with each stage comprising an axial or semi-axial impeller (45.1, 45.2), and one or more pumping stages (21.1) with one radial impeller (25.1 - 25.6), wherein the pumping stage or stages are arranged to adjoin the axial compression stage or stages, the pumping apparatus (3, 30) is made for delivery height larger than 50 m, characterised in that the pump system additionally includes a separator at the inlet side of the pumping apparatus (3, 30) to separate the gaseous phase or a portion thereof; and in that a return line is provided at the output side of the pumping apparatus (3, 30) to return a multiphase mixture into the separator.