mhurhangee/ep-ind-claims huggingface dataset:
A device for moving a jet member of the device having a nozzle, said device comprising a carriage movable in a first substantially rectilinear path along a guide member, first drive means configured to move said carriage along said guide member for moving the nozzle of the jet member in said first path over a layer to be treated by the jet, second drive means (24, 25) configured to move the entire device and by that said guide member in a second substantially rectilinear path being substantially perpendicular to the extension of said guide member, and an arrangement configured to control on one hand said first drive means for controlling the movement of the impact point of said jet on said layer and on the other hand said second drive means for moving the jet member to move said impact point on said layer an indexing step in said second path when moved at least once between end positions on said first path, characterized in that the device further comprises • means configured to enable input of data relating to a geometrical shape of a surface of said layer to be treated by the jet member, and • means configured to use said data for calculating end positions (S 1, S 2) of said impact point of the jet member for a plurality of consecutive stripes extending substantially perpendicularly to said second path for indexing, each having a width substantially corresponding to said indexing step and together forming said geometrical shape, • and that said arrangement is configured to control said first and second drive means (9; 24, 25) to coordinate movement of the impact point of said jet member between said end positions calculated of the respective of said stripes and said indexing of the jet member so as to treat a surface of said layer having said geometrical shape by said jet member. • means configured to enable input of data relating to a geometrical shape of a surface of said layer to be treated by the jet member, and • means configured to use said data for calculating end positions (S 1, S 2) of said impact point of the jet member for a plurality of consecutive stripes extending substantially perpendicularly to said second path for indexing, each having a width substantially corresponding to said indexing step and together forming said geometrical shape, • and that said arrangement is configured to control said first and second drive means (9; 24, 25) to coordinate movement of the impact point of said jet member between said end positions calculated of the respective of said stripes and said indexing of the jet member so as to treat a surface of said layer having said geometrical shape by said jet member.
A method for manufacturing a chip device comprising a body provided with a cavity, dimensioned to receive a chip module, the cavity comprising a bottom and a peripheral wall surrounding the bottom, the method comprising a step for placing the module in the cavity, and the method comprising, before the step for placing the module, a step for depositing an adhesive strip at least on a surface of the module intended to be opposite the bottom of the cavity, the adhesive strip being able to allow the module to adhere at least to the bottom of the cavity and to limit a deformation travel of the module that may occur under the effect of a mechanical compression force of the module against the bottom of the cavity, the adhesive strip (44, 38) being activatable under the effect of the heat, the method further comprising a step for preheating the cavity before the step for placing the module.
A computer-implemented method for determining a diffractive grating (14, 122) for color space compensation of a non rotationally symmetrical spectacle lens, comprising Acquiring data of the spectacle lens; and Determining the lines of constant thickness of the spectacle lens and calculating the diffractive grating (14, 122) with non rotationally symmetrical grid lines from the acquired data of the spectacle lens such that the grid lines of the diffractive grating (14, 122) are parallel to the lines of constant thickness of the spectacle lens, wherein the thickness of the spectacle lens is the thickness which is measured along the oblique thickness in a predetermined position of use of the spectacle lens, and wherein the oblique thickness is the thickness, which results from the light passage through the spectacle lens in the beam path of the use position of the spectacle lens.
A method for generating an isolated received signal from a channel also carrying a transmitted signal, the method comprising: receiving an incoming signal from the channel; receiving an outgoing signal, the outgoing signal to be sent over the channel; filtering the outgoing signal by a first bi-directional filter to create a first filtered outgoing signal; filtering the outgoing signal by a second bi-directional filter to create a second filtered outgoing signal, the first bi-directional filter and the second bi-directional filter having identical transfer functions; generating a difference between the first filtered outgoing signal and the second filtered outgoing signal; filtering the incoming signal by the first bi-directional filter and the second bi-directional filter to create a filtered incoming signal; generating a difference signal between the filtered incoming signal and the incoming signal; and outputting said difference signal, wherein the first filtered outgoing signal and the second filtered outgoing signal are cancelled before outputting said difference signal, said difference signal being the isolated received signal. receiving an incoming signal from the channel; receiving an outgoing signal, the outgoing signal to be sent over the channel; filtering the outgoing signal by a first bi-directional filter to create a first filtered outgoing signal; filtering the outgoing signal by a second bi-directional filter to create a second filtered outgoing signal, the first bi-directional filter and the second bi-directional filter having identical transfer functions; generating a difference between the first filtered outgoing signal and the second filtered outgoing signal; filtering the incoming signal by the first bi-directional filter and the second bi-directional filter to create a filtered incoming signal; generating a difference signal between the filtered incoming signal and the incoming signal; and outputting said difference signal, wherein the first filtered outgoing signal and the second filtered outgoing signal are cancelled before outputting said difference signal, said difference signal being the isolated received signal.
A device for producing bags from tubular bag bodies, wherein the bag bodies are preferably made from a fabric of plastic strips or a nonwoven plastic material (e.g., plastic nonwoven fabric) or a composite of the fabric made of plastic strips and the nonwoven plastic material or a plastic film connected by a web structure, wherein the material is optionally coated at least on one side by a plastic layer and/or at least one plastic film, e.g., an OPP film, having at least one transport device, which transports the bag bodies in a flat manner transversely to the longitudinal extent thereof at a transport rate in a transporting direction, wherein the bag bodies, while being transported, pass through processing stations (30, 40, 50, 60, 70, 80), by way of which at least one end region of each bag body is formed into a cross bottom and optionally a cover sheet is applied to the cross bottom, characterized by at least one transfer device, which moves the bag bodies to be transported by the transport device, with respect to bag bodies conveyed at a transport rate, by a feeding distance (Δy) in the transporting direction and then transfers them to the transport device, wherein the transfer device moves the bag bodies in the transporting direction at least in some sections at a transfer rate, which is higher than the transport rate.
A warming blanket, comprising: an outer shell that comprises: an inner impermeable layer with an activation aperture; and an outer layer operatively connected to the inner impermeable layer to form an internal enclosure within the outer shell; a first heat generation layer disposed inside the internal enclosure, wherein the first heat generation layer comprises at least one first liquid permeable heater containing a first exothermic reactant; and a heater activation system, comprising: at least one starter element; at least one first sealed bladder disposed inside the internal enclosure adjacent to the first heat generation layer; and a first activator liquid internal to the first bladder; wherein, upon activation of the starter element, the activator liquid is released from the at least one first sealed bladder causing the activator liquid to be in contact with the first heat generation layer and permeate the at least one first liquid permeable heater causing the activator liquid to combine with the first exothermic reactant and produce a first exothermic reaction that creates an insulation layer of heated fluids throughout the warming blanket. an inner impermeable layer with an activation aperture; and an outer layer operatively connected to the inner impermeable layer to form an internal enclosure within the outer shell; a first heat generation layer disposed inside the internal enclosure, wherein the first heat generation layer comprises at least one first liquid permeable heater containing a first exothermic reactant; and a heater activation system, comprising: at least one starter element; at least one first sealed bladder disposed inside the internal enclosure adjacent to the first heat generation layer; and a first activator liquid internal to the first bladder; wherein, upon activation of the starter element, the activator liquid is released from the at least one first sealed bladder causing the activator liquid to be in contact with the first heat generation layer and permeate the at least one first liquid permeable heater causing the activator liquid to combine with the first exothermic reactant and produce a first exothermic reaction that creates an insulation layer of heated fluids throughout the warming blanket. at least one starter element; at least one first sealed bladder disposed inside the internal enclosure adjacent to the first heat generation layer; and a first activator liquid internal to the first bladder; wherein, upon activation of the starter element, the activator liquid is released from the at least one first sealed bladder causing the activator liquid to be in contact with the first heat generation layer and permeate the at least one first liquid permeable heater causing the activator liquid to combine with the first exothermic reactant and produce a first exothermic reaction that creates an insulation layer of heated fluids throughout the warming blanket.
Cold rolled and continuously annealed high strength steel strip consisting of (in wt%): 0.04-0.30 %C 1.0-3.5 %Mn 0-1.0 %Si 0.05-2.0 %AI 0-1.0 %Cr 0-0.02 %P 0-0.01 %S 0-0.25 %V 0-0.1 %Nb 0-0.20 %Ti 0-0.015 %N 0-0.010 %B unavoidable impurities balance iron, provided with a hot dip galvanized or galvannealed zinc alloy coating layer, wherein the zinc alloy consists of 0.3 - 4.0 %Mg, 0.05 - 6.0 % Al and not more than 1.5% Fe; optionally at most 0.2 % of one or more additional elements, the additional elements being Pb, Sb, Ti, Ca, Mn, Sn, La, Ce, Cr, Ni, Zr or Bi; unavoidable impurities; the remainder being zinc. 0.04-0.30 %C 1.0-3.5 %Mn 0-1.0 %Si 0.05-2.0 %AI 0-1.0 %Cr 0-0.02 %P 0-0.01 %S 0-0.25 %V 0-0.1 %Nb 0-0.20 %Ti 0-0.015 %N 0-0.010 %B unavoidable impurities balance iron,
A lightweight spar cap with a concave structure for a wind turbine blade, wherein the lightweight spar cap is groove-shaped as a whole, and comprises supporting portions located on two wings of the lightweight spar cap and an intermediate connecting portion connecting the two supporting portions; one splicing surface formed by connecting the supporting portion and the intermediate connecting portion is an integral plane; the shape of the integral plane is configured to be consistent with an inner side of an upper shell or a lower shell of the wind turbine blade for abutting; the other splicing surface formed by connecting the supporting portion and the intermediate connecting portion is a groove-shaped discontinuous plane; a positioning groove formed by the groove-shaped discontinuous plane is configured to be consistent with an end of a web of the wind turbine blade for abutting and nesting; characterised in that a cross section of the intermediate connecting portion is in a trapezoidal shape; a reinforcing body of the intermediate connecting portion is formed by sequentially superimposing multiple layers of reinforcing fiber cloths from an upper base to a lower base of a trapezoid; a cross section of the reinforcing body formed by superimposing the reinforcing fiber cloths presents a trapezoidal shape. one splicing surface formed by connecting the supporting portion and the intermediate connecting portion is an integral plane; the shape of the integral plane is configured to be consistent with an inner side of an upper shell or a lower shell of the wind turbine blade for abutting; the other splicing surface formed by connecting the supporting portion and the intermediate connecting portion is a groove-shaped discontinuous plane; a positioning groove formed by the groove-shaped discontinuous plane is configured to be consistent with an end of a web of the wind turbine blade for abutting and nesting; characterised in that a cross section of the intermediate connecting portion is in a trapezoidal shape; a reinforcing body of the intermediate connecting portion is formed by sequentially superimposing multiple layers of reinforcing fiber cloths from an upper base to a lower base of a trapezoid; a cross section of the reinforcing body formed by superimposing the reinforcing fiber cloths presents a trapezoidal shape.
Slide valve, having a valve slide which can be loaded by way of an actuator in a first direction and by way of a loading device in a second direction which is opposed to the first direction, which valve slide, by means of control sections (26, 28, 49), can hydraulically connect a first working connector to an inlet connector or an outlet connector (Tl), and a second working connector to a or the inlet connector or a or the outlet connector (T1, T2), characterized in that a control section which is assigned to the first working connector has a diameter step and/or an axially extending groove and/or an axially extending flattened portion, in such a way that, when the actuator does not load the valve slide, the first working connector is hydraulically connected to the outlet connector by means of the diameter step and/or the groove and/or the flattened portion.
A calibration method for calibrating a manufacturing device for additively producing a three-dimensional object by applying layer by layer and selectively solidifying a building material, preferably a powder, within a build area in a working plane, wherein the manufacturing device comprises at least two scanning units (23a, 23b), each of which is capable of directing a beam (22a, 22b) to different target points in the working plane, preferably in the build area, which are located within a scanning region (18a, 18b) assigned to the respective scanning unit (23a, 23b), wherein the scanning regions region (18a, 18b) of the at least two scanning units (23a, 23b) overlap in an overlap area, wherein at least a first of the at least two scanning units is assigned a first monitoring unit whose monitoring region (Ua) extends to a target point of the first scanning unit and its proximity, wherein a change of a position of the monitoring region (Ua) is carried out as a function of a change of a position of the target point, wherein the calibration method comprises the following steps: directing the monitoring region (Ua) of the first monitoring unit to a region in the overlap area without a beam emanating from the first scanning unit, irradiating at least a portion of the monitoring region (Ua) of the first monitoring unit with a beam via a second of the at least two scanning units, and evaluating an output signal of the first monitoring unit. directing the monitoring region (Ua) of the first monitoring unit to a region in the overlap area without a beam emanating from the first scanning unit, irradiating at least a portion of the monitoring region (Ua) of the first monitoring unit with a beam via a second of the at least two scanning units, and evaluating an output signal of the first monitoring unit.
Ironing appliance comprising a steam generating base connected by a cord to an iron, said cord comprising a conduit for transporting steam, said conduit being connected to the base by a quick connector comprising a body and a head able to be axially received in a cavity of the body, with the connector comprising means for automatically locking the head in the body in a locked position, characterised in that the head of the connector is carried by a solenoid valve fixed on a tank for the generation of pressurised steam, the body of the connector being integral with an end of the conduit for transporting steam, said head being connected in a sealed manner to the body of the connector with at least one seal, with the means for automatically locking comprising an elastic clasp carried by the body of the connector, with the elastic clasp comprising two transverse locking branches engaging elastically in a groove arranged on the head of the connector.
A multimedia search method, characterized in comprising: receiving, by a meta-search server, a feature extraction algorithm ID set sent by a member multimedia search engine, determining an ID of a feature extraction algorithm supported by the meta-search server in the set, and saving a mapping relation between the ID of the supported feature extraction algorithm and the member multimedia search engine; receiving, by the meta-search server, a search condition sent by a client, wherein the search condition comprises the feature extraction algorithm ID and a feature value extracted according to the feature extraction algorithm corresponding to the feature extraction algorithm ID; selecting, by the meta-search server, the corresponding member multimedia search engine through the mapping relation according to the feature extraction algorithm ID; and sending, by the meta-search server, a search request comprising the feature extraction algorithm ID and the feature value to the member multimedia search engine for search. receiving, by a meta-search server, a feature extraction algorithm ID set sent by a member multimedia search engine, determining an ID of a feature extraction algorithm supported by the meta-search server in the set, and saving a mapping relation between the ID of the supported feature extraction algorithm and the member multimedia search engine; receiving, by the meta-search server, a search condition sent by a client, wherein the search condition comprises the feature extraction algorithm ID and a feature value extracted according to the feature extraction algorithm corresponding to the feature extraction algorithm ID; selecting, by the meta-search server, the corresponding member multimedia search engine through the mapping relation according to the feature extraction algorithm ID; and sending, by the meta-search server, a search request comprising the feature extraction algorithm ID and the feature value to the member multimedia search engine for search.
A method in a base station of a cognitive radio system, comprising: sending a configuration message for configuring measurement on at least one channel in a frequency band of a primary system; receiving a measurement report made based upon the configuration message; and determining the usability of the at least one channel based upon the measurement report, wherein the configuration message includes information regarding a respective predetermined threshold of energy detection or primary-system-feature detection, and the measurement report is for reception when a measured energy detection value or a measured primary-system-feature detection value of a received signal on the at least one channel is less than the respective predetermined threshold. sending a configuration message for configuring measurement on at least one channel in a frequency band of a primary system; receiving a measurement report made based upon the configuration message; and determining the usability of the at least one channel based upon the measurement report, wherein the configuration message includes information regarding a respective predetermined threshold of energy detection or primary-system-feature detection, and the measurement report is for reception when a measured energy detection value or a measured primary-system-feature detection value of a received signal on the at least one channel is less than the respective predetermined threshold.
A self-fixing mesh endoprosthesis, consisting of two layers, upper and lower, with a layer of knitted mesh based on titanium thread on the upper side, and a layer of bioresorbable polymers on the lower side, wherein the surface of the titanium thread is made in relief having chaotically located depressions and bumps.
A solid bakery emulsion comprising 40-99 wt.% of a continuous fat phase and 1-60 wt.% of a dispersed aqueous phase, said continuous fat phase having a solid fat content at 20°C (N 20) of at least 12%, said dispersed aqueous phase having a pH in the range of 3.2 to 5.5, and said emulsion containing an active polysaccharide hydrolysing enzyme selected from amylase, xylanase and combinations thereof.
An interconnecting node (16; 16A; 16B) for use in interconnecting a passive optical network and a copper wire xDSL access network (22A; 22B), wherein said interconnecting node (16A; 16B) comprises an optical network unit (110; 110A; 110B) arranged to be connected to an optical line termination over the PON network; and at least one xDSL access device (111; 111A; 111B) connectable to at least one user end xDSL equipment (112; 112A; 112A'; 112B; 112B') over the copper wire xDSL access network (22A; 22B), characterized in that the interconnecting node (16A; 16B) further comprises a clocking interconnect (23A; 23B) between the ONU unit (110; 110A; 110B) and the at least one xDSL access device (111; 111 A; 111B) arranged to distribute a clock signal obtained from the rate of bits or frames of optical network transmissions received in the ONU unit (110; 110A; 110B) over the PON network to a timing reference input of the at least one xDSL access device (111; 111A; 111B). an optical network unit (110; 110A; 110B) arranged to be connected to an optical line termination over the PON network; and at least one xDSL access device (111; 111A; 111B) connectable to at least one user end xDSL equipment (112; 112A; 112A'; 112B; 112B') over the copper wire xDSL access network (22A; 22B), a clocking interconnect (23A; 23B) between the ONU unit (110; 110A; 110B) and the at least one xDSL access device (111; 111 A; 111B) arranged to distribute a clock signal obtained from the rate of bits or frames of optical network transmissions received in the ONU unit (110; 110A; 110B) over the PON network to a timing reference input of the at least one xDSL access device (111; 111A; 111B).