mhurhangee/ep-ind-claims huggingface dataset:
A digital frequency synthesis circuit for generating a 180°-phase shifted local oscillator, LO, signal for a digital mixer of a downconverter, wherein the digital frequency synthesis circuit includes an I-path and a Q-path, and comprises: • a phase accumulator block configured to: ∘ obtain a register output value, ∘ generate a phase slope signal by adding a frequency control word, FCW, to the register output value; • a converter block configured to: o convert the phase slope signal to a LO signal; • an adder block configured to: o add a calibration code value (IIP2CAL_I, IIP2CAL_Q) to the LO signal, wherein the calibration code value (IIP2CAL_I, IIP2CAL_Q) is for second order input intercept point, IIP, calibration of the switches of the digital mixer; and • a differential block configured to: ∘ generate the 180°-phase shifted LO signal, the 180°-phase shifted LO signal including the calibration code value (IIP2CAL_I, IIP2CAL_Q), by phase shifting the LO signal including the calibration code value (IIP2CAL_I, IIP2CAL_Q), and ∘ provide the 180°-phase shifted LO signal to the digital mixer. • a phase accumulator block configured to: ∘ obtain a register output value, ∘ generate a phase slope signal by adding a frequency control word, FCW, to the register output value; ∘ obtain a register output value, ∘ generate a phase slope signal by adding a frequency control word, FCW, to the register output value; • a converter block configured to: o convert the phase slope signal to a LO signal; o convert the phase slope signal to a LO signal; • an adder block configured to: o add a calibration code value (IIP2CAL_I, IIP2CAL_Q) to the LO signal, wherein the calibration code value (IIP2CAL_I, IIP2CAL_Q) is for second order input intercept point, IIP, calibration of the switches of the digital mixer; and o add a calibration code value (IIP2CAL_I, IIP2CAL_Q) to the LO signal, wherein the calibration code value (IIP2CAL_I, IIP2CAL_Q) is for second order input intercept point, IIP, calibration of the switches of the digital mixer; and • a differential block configured to: ∘ generate the 180°-phase shifted LO signal, the 180°-phase shifted LO signal including the calibration code value (IIP2CAL_I, IIP2CAL_Q), by phase shifting the LO signal including the calibration code value (IIP2CAL_I, IIP2CAL_Q), and ∘ provide the 180°-phase shifted LO signal to the digital mixer. ∘ generate the 180°-phase shifted LO signal, the 180°-phase shifted LO signal including the calibration code value (IIP2CAL_I, IIP2CAL_Q), by phase shifting the LO signal including the calibration code value (IIP2CAL_I, IIP2CAL_Q), and ∘ provide the 180°-phase shifted LO signal to the digital mixer.
An electronic component mounting machine which is configured to mount an electronic component on a circuit board, comprising: a measuring device which includes a plurality of device side electrodes that correspond to a plurality of component side electrodes of the electronic component, and which is configured to measure electrical properties of the electronic component as the plurality of device side electrodes are electrically connected to the plurality of component side electrodes, characterized by a mounting table on which the measuring device is mounted; a convex section which is formed on the upper surface of the mounting table; and a concave section having a shape which corresponds to the convex section is formed on a lower surface of the measuring device, wherein, as the concave section is fitted to the convex section, the measuring device is detachably mounted on the mounting table in a single operation without using a tool. a measuring device which includes a plurality of device side electrodes that correspond to a plurality of component side electrodes of the electronic component, and which is configured to measure electrical properties of the electronic component as the plurality of device side electrodes are electrically connected to the plurality of component side electrodes, characterized by a mounting table on which the measuring device is mounted; a convex section which is formed on the upper surface of the mounting table; and a concave section having a shape which corresponds to the convex section is formed on a lower surface of the measuring device, wherein, as the concave section is fitted to the convex section, the measuring device is detachably mounted on the mounting table in a single operation without using a tool.
Use of an amide derivative for extraction of europium or light rare earths, wherein the amide derivative is represented by the following general formula: wherein, R 1 and R 2 each represent the same or different alkyl groups; the alkyl group is optionally a straight chain or a branched chain; R 3 represents a hydrogen atom or an alkyl group; and R 4 represents an amino acid side chain. wherein, R 1 and R 2 each represent the same or different alkyl groups; the alkyl group is optionally a straight chain or a branched chain; R 3 represents a hydrogen atom or an alkyl group; and R 4 represents an amino acid side chain.
Apparatus for producing nanostructures consisting of carbon, such as monolayers, multilayer coating structures, tubes or fibers, comprising a gas inlet member having a housing cavity enclosed by housing walls (3, 3', 3"), into which cavity a gas supply line leads through which a gaseous, in particular carbon-containing starting material can be fed into the housing cavity, comprising a plasma generator which has components (8, 9, 10) arranged at least in part in the housing cavity and has at least one plasma electrode to which an electrical voltage can be applied, in order to energize the gaseous starting material by igniting a plasma and thus to transform said starting material into a gaseous intermediate product, and comprising a gas outlet surface which has a plurality of gas outlet openings and through which the gaseous intermediate product can exit the housing cavity, and comprising a gas heating device for assisting the transformation, which device is arranged downstream of the components (8, 9, 10), characterized by a plate which is arranged downstream of the gas heating device, is made of an insulating material and has openings through which the dissociated and thermally excited process gas can flow towards the substrate located on the susceptor.
Tool for collecting a sample of animal tissue, intended for cooperating with collecting means comprising at least one cutting element designed to cut out said sample and one pusher element that is mobile relatively to said cutting element, designed to push said sample into storage means after cutting, said storage means comprising a sampling tube and a tube head, said tool comprising: - means for driving said cutting element, enabling said cutting element to be moved along an axis of translation, in the direction of said tissue, - means for driving said pusher element, enabling said pusher element to be moved along said axis of translation in the direction of said tissue until at least one portion of said pusher element is inserted into said tube head, - means for the reversible coupling (91, 92) of said means for driving the cutting element and said means for driving the pusher element, said coupling means being mobile between two positions: ∘ a coupling position enabling the movements of said cutting and pusher elements to be linked together, and ∘ a decoupling position enabling the movements of the cutting and pusher elements to be dissociated, said coupling means implementing at least one mobile coupling element intended for cooperating with a housing designed for this purpose in said means for driving said cutting element, said coupling element or elements being held in said housing in said coupling position and being released in said decoupling position. - means for driving said cutting element, enabling said cutting element to be moved along an axis of translation, in the direction of said tissue, - means for driving said pusher element, enabling said pusher element to be moved along said axis of translation in the direction of said tissue until at least one portion of said pusher element is inserted into said tube head, - means for the reversible coupling (91, 92) of said means for driving the cutting element and said means for driving the pusher element, said coupling means being mobile between two positions: ∘ a coupling position enabling the movements of said cutting and pusher elements to be linked together, and ∘ a decoupling position enabling the movements of the cutting and pusher elements to be dissociated, ∘ a coupling position enabling the movements of said cutting and pusher elements to be linked together, and ∘ a decoupling position enabling the movements of the cutting and pusher elements to be dissociated,
A glass-fiber-reinforced polyamide resin composition, characterized in that, the composition contains a crystalline aliphatic polyamide resin, an amorphous polyamide resin, an acrylic resin, mica, glass fiber and a master batch of carbon black in a ratio by mass of (17 to 30): (10 to 16): (3 to 8): (10 to 25): (20 to 50): (1 to 8), respectively, in that, a mass ratio of and ( /) satisfies 0.50 to 0.61, and in that, the composition further contains a copper compound in a rate of 0.005 to 1.0 part by mass when a total amount of the ingredients to is taken as 100 parts by mass.
A pump-type cosmetic container having a structure for discharging different kinds of contents, comprising: a container body which comprises a fixed-length cylinder with the upper and lower ends open, separated into upper and lower sections filled respectively with one of two different kinds of contents; a first and second pistons (200, 200'), which are placed respectively in said upper and lower sections in the center of the length of said cylinder and move in opposite direction from the center inside of the container body; a first and a second pumping members (300, 300') that are respectively assembled to the upper and the lower ends of the container body, and discharge two kinds of contents from the container body respectively when pressed; and a first and a second button parts (400,400') which are combined to one of said respective first and second pumping members (300, 300') for pressing the respective first and second pumping members (300, 300'), and which form each a discharging hole where the contents are discharged, wherein the first and second pistons (200, 200') reach a securing protrusion which is formed along the inner circumferential surface of the middle part of the container body, characterized in that, an air hole is formed at the area of the securing protrusion at the side of the middle part of the container body, and allows the air to flow in through the separated space formed when the first and second pistons (200, 200') ascend/descend as the contents are being used.
A method for circumventing an object, characterized by comprising: in response to detecting an object to be circumvented in a walking process of a self-walking device, moving, by the self-walking device and according to information of the object to be circumvented, to an observation position in a direction away from the object; wherein an included angle between a connection line direction and an original walking direction of the self-walking device before movement does not exceed 90 degrees, the connection line direction extends from a center point of the object to the observation position, and the observation position is a position where the self-walking device is capable of observing circumstance information around the object; and determining, by the self-walking device, a navigation route according to observation information obtained at the observation position, and performing, by the self-walking device, navigation according to the navigation route. in response to detecting an object to be circumvented in a walking process of a self-walking device, moving, by the self-walking device and according to information of the object to be circumvented, to an observation position in a direction away from the object; wherein an included angle between a connection line direction and an original walking direction of the self-walking device before movement does not exceed 90 degrees, the connection line direction extends from a center point of the object to the observation position, and the observation position is a position where the self-walking device is capable of observing circumstance information around the object; and determining, by the self-walking device, a navigation route according to observation information obtained at the observation position, and performing, by the self-walking device, navigation according to the navigation route.
A method for estimating motion and occlusion between three or more image frames, comprising: determining an energy for a set of candidate pairs, each candidate pair including a forward motion vector candidate and a backward motion vector candidate, by jointly evaluating the motion vector candidates and occlusion states of the set of candidate pairs using a combination of interframe difference, spatial motion correlation, temporal motion correlation and occlusion information, wherein the spatial motion correlation incorporates motion discontinuities in space and the temporal motion correlation incorporates motion discontinuities in time; and estimating motion and occlusion between the three or more frames by selecting a candidate pair from the set of candidate pairs based on the determined energies. determining an energy for a set of candidate pairs, each candidate pair including a forward motion vector candidate and a backward motion vector candidate, by jointly evaluating the motion vector candidates and occlusion states of the set of candidate pairs using a combination of interframe difference, spatial motion correlation, temporal motion correlation and occlusion information, wherein the spatial motion correlation incorporates motion discontinuities in space and the temporal motion correlation incorporates motion discontinuities in time; and estimating motion and occlusion between the three or more frames by selecting a candidate pair from the set of candidate pairs based on the determined energies.
A method for setting a reporting threshold for a touch screen of an electronic device, the method comprising: acquiring an ambient temperature of the electronic device (101, 202); querying a reporting threshold corresponding to the ambient temperature (102, 204); and setting the reporting threshold queried as a reporting threshold of the touch screen of the electronic device; characterised in that querying a reporting threshold corresponding to the ambient temperature (102, 204), comprises: querying a temperature range to which the ambient temperature belongs (204A, 304A); and querying a reporting threshold corresponding to the temperature range from a predetermined correspondence (204B, 304B), wherein the predetermined correspondence is a correspondence between a plurality of temperature ranges and reporting thresholds, the temperature ranges corresponding respectively to various thicknesses of gloves likely to be worn and the reporting thresholds being derived according to the thickness of glove used by a user in the temperature range. acquiring an ambient temperature of the electronic device (101, 202); querying a reporting threshold corresponding to the ambient temperature (102, 204); and setting the reporting threshold queried as a reporting threshold of the touch screen of the electronic device; characterised in that querying a reporting threshold corresponding to the ambient temperature (102, 204), comprises: querying a temperature range to which the ambient temperature belongs (204A, 304A); and querying a reporting threshold corresponding to the temperature range from a predetermined correspondence (204B, 304B), wherein the predetermined correspondence is a correspondence between a plurality of temperature ranges and reporting thresholds, the temperature ranges corresponding respectively to various thicknesses of gloves likely to be worn and the reporting thresholds being derived according to the thickness of glove used by a user in the temperature range. querying a temperature range to which the ambient temperature belongs (204A, 304A); and querying a reporting threshold corresponding to the temperature range from a predetermined correspondence (204B, 304B), wherein the predetermined correspondence is a correspondence between a plurality of temperature ranges and reporting thresholds, the temperature ranges corresponding respectively to various thicknesses of gloves likely to be worn and the reporting thresholds being derived according to the thickness of glove used by a user in the temperature range.
A node upgrading method in a mesh network, characterized in that the method is applied to a first node (102, 502) in the mesh network, the first node (102, 502) is any node in the mesh network, and the mesh network includes N nodes, where N is a natural number greater than 1; the node upgrading method in the mesh network comprising: performing wireless firmware Over-the-Air upgrade by the first node (102, 502) according to instructions from a terminal (101, 501); simultaneously performing OTA upgrade on at least part of second nodes (103, 503) in the mesh network by the first node (102, 502) using a broadcast channel, after completion of the wireless firmware OTA upgrade, wherein a second node (103, 503) is a node other than the first node (102, 502) in the mesh network. performing wireless firmware Over-the-Air upgrade by the first node (102, 502) according to instructions from a terminal (101, 501); simultaneously performing OTA upgrade on at least part of second nodes (103, 503) in the mesh network by the first node (102, 502) using a broadcast channel, after completion of the wireless firmware OTA upgrade, wherein a second node (103, 503) is a node other than the first node (102, 502) in the mesh network.
Punch rivet for the joining of component parts (50, 52), said punch rivet comprising a head portion and a shaft portion connecting to the head portion in a longitudinal direction, the shaft portion having a punching edge at an end remote from the head portion, the head portion, at a head end portion remote from the shaft portion, having a greater outer diameter than the shaft portion, wherein the head portion is divided in the longitudinal direction into a plurality of discrete sub-portions (34-42; 34', 36', 42'; 34"', 36"', 38'", 42"'; 34 V, 42 V), characterized in that, at least two of the sub-portions transition into one another in a stepped manner, so that an annular plane is oriented between the two sub-portions in a direction transverse to the longitudinal direction.
Multimedia system comprising a control unit for controlling a parameter in said multimedia system, said control unit comprising a bracket (18,18') allowing the multimedia system to be arranged on a surface (14,14') where the multimedia system can be manipulated relative to the bracket (18,18') from a neutral position to an unbalanced position (22,22'), and where a first set (28,28') and a second set (30,30') of resilient means in the bracket (18,18') urge the multimedia system back to the neutral position, and a receiver in the multimedia system registers the manipulation of the multimedia system, whereby the control unit alters the parameter in response to the registration by the receiver and further wherein the bracket (18,18') comprises a damping mechanism acting to dampen the movement of the multimedia system back towards the neutral position, such that the multimedia system does not substantially pass the neutral position.
An information processing program to be executed by a computer of an information processing device for calculating an attitude of an input unit having a magnetic sensor, the information processing program causing the computer to function as: an obtaining unit (8, S1) for obtaining detected magnetic vectors detected by the magnetic sensor; a storage control unit (8, S17) for storing the detected magnetic vectors in a storage unit where each detected magnetic vector is classified based on a direction from a reference position, which is determined based on the detected magnetic vector, to the end point position of the detected magnetic vector; a center estimation unit (8, S19) for repeatedly estimating a center position of a spherical body having a curved surface which is estimated based on the end point positions of detected magnetic vectors obtained by extracting, from among the classified detected magnetic vectors, at least one detected magnetic vector for each class; and an attitude calculation unit (8, S38) for calculating the attitude of the input unit based on a direction vector representing a direction from the center position to the end point position of a newly-obtained detected magnetic vector, wherein the storage control unit classifies each detected magnetic vector using a latest center position estimated by the center estimation unit as the reference position. an obtaining unit (8, S1) for obtaining detected magnetic vectors detected by the magnetic sensor; a storage control unit (8, S17) for storing the detected magnetic vectors in a storage unit where each detected magnetic vector is classified based on a direction from a reference position, which is determined based on the detected magnetic vector, to the end point position of the detected magnetic vector; a center estimation unit (8, S19) for repeatedly estimating a center position of a spherical body having a curved surface which is estimated based on the end point positions of detected magnetic vectors obtained by extracting, from among the classified detected magnetic vectors, at least one detected magnetic vector for each class; and an attitude calculation unit (8, S38) for calculating the attitude of the input unit based on a direction vector representing a direction from the center position to the end point position of a newly-obtained detected magnetic vector, wherein the storage control unit classifies each detected magnetic vector using a latest center position estimated by the center estimation unit as the reference position.
A method of producing stable forms of purified and lyophilised pharmacological bacteriophage preparations with increased stability and antibacterial activity, wherein a bacteriophage preparation produced from a bacterial lysate and purified on a system of selectively permeable ultrafiltration membranes is stabilised through the addition of 2-4% ethanol extract of bacterial mass from a Bifidobacterium strain, and the bacteriophage preparation is lyophilised under sterile conditions.
Use of a kit or device in the in vitro detection or diagnosis of stomach cancer, wherein said kit or device comprises a nucleic acid capable of specifically binding to a polynucleotide of stomach cancer marker: miR-718.
Method for determining an inner contour and/or an outer contour K Si, K Sa of a peripheral region B S of a shell (1. 1, 1.2) for producing a silencer with the following method steps: a) Deep-drawing of a shell (1.1, 1.2) from a sheet strip with a deep-drawing tool with a box-shaped outer contour Kw; b) determining the outer contour K R of the deep-drawn blank R produced in this way; c) extension of at least one of the corner regions E1-E4 of the deep-drawing tool in such a way that the outer contour Kw, and therefore the inner contour and/or outer contour K Si, K Sa which are to be produced are brought into proximity with the outer contour K R; d) at least one repetition of the method steps a) to c). a) Deep-drawing of a shell (1.1, 1.2) from a sheet strip with a deep-drawing tool with a box-shaped outer contour Kw; b) determining the outer contour K R of the deep-drawn blank R produced in this way; c) extension of at least one of the corner regions E1-E4 of the deep-drawing tool in such a way that the outer contour Kw, and therefore the inner contour and/or outer contour K Si, K Sa which are to be produced are brought into proximity with the outer contour K R; d) at least one repetition of the method steps a) to c).