mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a hybrid part consisting of a plastic component and a metal component, wherein by means of an adhesion promoter arranged between the plastic component and the metal component a material bond is produced from the plastic component and from the metal component by joining under the action of heat and pressure, wherein heat is introduced via the metal component and wherein the metal component is a sheet metal part, which is accommodated or supported in or on a heated matrix or die before and during the joining, characterised in that the plastic component is a part that has a tip area intended for connecting with the metal component, which tip area, after the heating of the metal component and the adhesion promoter, is compressed on to the metal component covered with the adhesion promoter, wherein a heating element arranged in the matrix or die generates the heat necessary for the joining, which heat is transferred to the plastic component via the adhesion promoter so that in a boundary layer between the adhesion promoter and the plastic component at least the temperature at which the plastic component softens is reached, wherein the adhesion promoter undergoes sufficient thermal activation for reaction with the plastic component but does not flow under the action of the heat and wherein a contact pressure and the temperature are adjusted such that a length of the plastic component running orthogonally to the surface of the metal component is shortened with the formation of a compressed region and of the material bond between the plastic component and the adhesion promoter.
A desorber for a spectrometer, comprising a housing which has inlets and outlets for a sample carrier gas and a closable opening, and an induction unit arranged in the housing, wherein the induction unit comprises: - an electrically insulating coil carrier which has a relative permeability of more than 10, - a coil arranged in the coil carrier, - a sample carrier which can be removed via the closable opening, wherein the sample carrier has a relative permeability of more than 10 and is formed as an inductive heating element in order to heat a substance to be desorbed which is applied to the sample carrier, and the coil carrier and the coil are arranged spaced apart from the sample carrier by a gap, so that the magnetic flux generated by an alternating current flowing in the coil flows through the sample carrier via the coil carrier and the gap. - an electrically insulating coil carrier which has a relative permeability of more than 10, - a coil arranged in the coil carrier, - a sample carrier which can be removed via the closable opening,
Method for determining whether a mammalian subject having a bladder cancer belongs to a first or a second group, wherein the prognosis of subjects of the second group is worse than the prognosis of subjects of the first group, comprising the steps of: a) evaluating an amount of PODXL in at least part of a sample earlier obtained from the subject and determining a sample value corresponding to the evaluated amount; b) comparing said sample value with a predetermined reference value; and if said sample value is higher than said reference value, c1)concluding that the subject belongs to the second group; and if said sample value is lower than or equal to said reference value, c2) concluding that the subject belongs to the first group. a) evaluating an amount of PODXL in at least part of a sample earlier obtained from the subject and determining a sample value corresponding to the evaluated amount; b) comparing said sample value with a predetermined reference value; and if said sample value is higher than said reference value, c1)concluding that the subject belongs to the second group; and if said sample value is lower than or equal to said reference value, c2) concluding that the subject belongs to the first group.
A display device integrated with a touch screen panel, comprising: a panel comprising a plurality of data lines arranged in a first direction, a plurality of gate lines arranged in a second direction, and a plurality of electrodes (S11,...S34) grouped into a plurality of electrode groups (GR1, Gr2, GR3); a touch integrated circuit which applies a touch drive signal (Vtd) to one or more of the plurality of electrodes during a touch driving mode; a data driver unit which supplies a data voltage to the plurality of data lines during a display driving mode; and a gate driver unit which supplies a scan signal sequentially to the plurality of gate lines during the display driving mode, wherein a signal corresponding to the touch drive signal (Vtd) is applied to one or more of the plurality of gate lines during the touch driving mode, characterized in that the signal has a DC offset relative to the touch drive signal such that the transistors controlled by said signal turn off. a panel comprising a plurality of data lines arranged in a first direction, a plurality of gate lines arranged in a second direction, and a plurality of electrodes (S11,...S34) grouped into a plurality of electrode groups (GR1, Gr2, GR3); a touch integrated circuit which applies a touch drive signal (Vtd) to one or more of the plurality of electrodes during a touch driving mode; a data driver unit which supplies a data voltage to the plurality of data lines during a display driving mode; and a gate driver unit which supplies a scan signal sequentially to the plurality of gate lines during the display driving mode,
A remote wireless device for enrollment in a Building Automation System, the remote wireless device comprising: a communication port; a microphone; a controller operatively coupled to the communication port and the microphone, the controller configured to: receive an audio signal via the microphone; determine if the received audio signal matches a predetermined audio signal template; and enter an enrollment mode when the received audio signal matches the predetermined audio signal template, wherein once in the enrollment mode, the remote wireless device becomes enrolled with a BAS controller of a BAS that is also in an enrollment mode. a communication port; a microphone; a controller operatively coupled to the communication port and the microphone, the controller configured to: receive an audio signal via the microphone; determine if the received audio signal matches a predetermined audio signal template; and enter an enrollment mode when the received audio signal matches the predetermined audio signal template, wherein once in the enrollment mode, the remote wireless device becomes enrolled with a BAS controller of a BAS that is also in an enrollment mode. receive an audio signal via the microphone; determine if the received audio signal matches a predetermined audio signal template; and enter an enrollment mode when the received audio signal matches the predetermined audio signal template, wherein once in the enrollment mode, the remote wireless device becomes enrolled with a BAS controller of a BAS that is also in an enrollment mode.
A synthetic resin cap adapted to be attached to a mouth of a container, comprising: a cap body having a top plate and a cylinder that is vertically lowered from a peripheral edge of the top plate; and a liner provided on a lower surface of the top plate, the liner comprising: a flat plate; an inter-seal projection that is formed on a lower surface of the flat plate, the inter-seal projection having a lower surface parallel to the lower surface of the top plate; and an outer-seal projection that is formed on the lower surface of the flat plate, the outer-seal projection having a lower surface parallel to the lower surface of the top plate, wherein the liner has an outer edge that is spaced apart from the cylinder at an internal side and is formed to ensure a space between the outer edge and the cylinder, and a width of the lower surface of the outer-seal projection is, in the radial direction thereof, smaller than a width of the lower surface of the inter-seal projection in the radial direction thereof. a cap body having a top plate and a cylinder that is vertically lowered from a peripheral edge of the top plate; and a liner provided on a lower surface of the top plate, the liner comprising: a flat plate; an inter-seal projection that is formed on a lower surface of the flat plate, the inter-seal projection having a lower surface parallel to the lower surface of the top plate; and an outer-seal projection that is formed on the lower surface of the flat plate, the outer-seal projection having a lower surface parallel to the lower surface of the top plate, wherein the liner has an outer edge that is spaced apart from the cylinder at an internal side and is formed to ensure a space between the outer edge and the cylinder, and a width of the lower surface of the outer-seal projection is, in the radial direction thereof, smaller than a width of the lower surface of the inter-seal projection in the radial direction thereof. a flat plate; an inter-seal projection that is formed on a lower surface of the flat plate, the inter-seal projection having a lower surface parallel to the lower surface of the top plate; and an outer-seal projection that is formed on the lower surface of the flat plate, the outer-seal projection having a lower surface parallel to the lower surface of the top plate, wherein the liner has an outer edge that is spaced apart from the cylinder at an internal side and is formed to ensure a space between the outer edge and the cylinder, and a width of the lower surface of the outer-seal projection is, in the radial direction thereof, smaller than a width of the lower surface of the inter-seal projection in the radial direction thereof.
A battery comprising an electrode unit, the electrode unit comprising: a plurality of electrode plates, at least one projection being formed on a portion of an edge of each electrode plate; and a fixing and conducting plate formed of metal for fixing the electrode plates at predetermined positions and electrically connecting the electrode plates, wherein the electrode plates are positioned parallel with each other in a stacking direction leaving a gap between adjacent electrode plates, the fixing and conducting plate is positioned perpendicular to the electrode plates, the edges of the electrode plates contact with the fixing and conducting plate and each projection is surrounded by at least a material forming the fixing and conducting plate, the surrounding material being formed from melted and solidified metal forming the fixing and conducting plate; characterized in that: a row of the projections in the stacking direction are inserted into a same groove formed on the fixing and conducting plate. a plurality of electrode plates, at least one projection being formed on a portion of an edge of each electrode plate; and a fixing and conducting plate formed of metal for fixing the electrode plates at predetermined positions and electrically connecting the electrode plates, wherein the electrode plates are positioned parallel with each other in a stacking direction leaving a gap between adjacent electrode plates, the fixing and conducting plate is positioned perpendicular to the electrode plates, the edges of the electrode plates contact with the fixing and conducting plate and each projection is surrounded by at least a material forming the fixing and conducting plate, the surrounding material being formed from melted and solidified metal forming the fixing and conducting plate; characterized in that: a row of the projections in the stacking direction are inserted into a same groove formed on the fixing and conducting plate. a row of the projections in the stacking direction are inserted into a same groove formed on the fixing and conducting plate.
A wiper blade for a windshield wiper, at least part of said blade comprising a material based on natural rubber and at least one additive, characterized in that said additive is at least one biosourced plasticizer and in that said blade comprises, as the only rubber, said natural rubber in the vulcanized state, said vulcanized rubber being obtained by vulcanization of a nonfunctionalized natural rubber.
A variable transmittance window assembly (400; 502) comprising: a housing structure (504; 610) defining an opening therethrough; an electro-optic cell having a clear aperture of at least 0.1 m 2 secured inside said opening; a dust cover (414; 914; 1100; 1200; 2401) affixedly disposed in said opening in a spaced-apart relationship to said electro-optic cell, wherein the dust cover comprises a first optically transparent substrate having an area of at least 0.1 m 2; and a user interface, wherein the variable transmittance window assembly (400; 502) is characterized in that the UI is articulated to a surface (622a, 622b; 904a, 904b) of the first optically transparent substrate of said dust cover (414; 914; 1100; 1200; 2401) and is devoid of moveable elements, the UI including visually perceivable indicia (624; 1010, 1020; 1120a, 1120b, 1120c; 1501a, 1501b, 1501c, 1501d; 1902a, 1902b, 1902c; 2203a, 2203b, 2203c) representing an operational parameter of said variable transmittance window assembly (400; 502). a housing structure (504; 610) defining an opening therethrough; an electro-optic cell having a clear aperture of at least 0.1 m 2 secured inside said opening; a dust cover (414; 914; 1100; 1200; 2401) affixedly disposed in said opening in a spaced-apart relationship to said electro-optic cell, wherein the dust cover comprises a first optically transparent substrate having an area of at least 0.1 m 2; and a user interface, wherein the variable transmittance window assembly (400; 502) is characterized in that the UI is articulated to a surface (622a, 622b; 904a, 904b) of the first optically transparent substrate of said dust cover (414; 914; 1100; 1200; 2401) and is devoid of moveable elements, the UI including visually perceivable indicia (624; 1010, 1020; 1120a, 1120b, 1120c; 1501a, 1501b, 1501c, 1501d; 1902a, 1902b, 1902c; 2203a, 2203b, 2203c) representing an operational parameter of said variable transmittance window assembly (400; 502).
Method for validating a test plan for an object measurement using a coordinate measuring machine in preparation for a subsequent implementation or execution of the test plan, wherein the test plan includes at least one test feature to be quantified within the scope of the object measurement, wherein the quantification of the test feature is implemented on the basis of a measurement result of a plurality of reference elements of the object; wherein the method comprises: - obtaining at least one accuracy quantity for each of the reference elements, the accuracy quantity specifying an accuracy of the measurement result of a respective reference element; and characterized by: - ascertaining an error influence of each reference element on the quantification of the test feature on the basis of the respective accuracy quantity; - ascertaining for each of the error influences whether it satisfies an error criterion, and should this be the case: - classifying a reference element assigned to this error influence as a critical reference element. wherein the test plan includes at least one test feature to be quantified within the scope of the object measurement, wherein the quantification of the test feature is implemented on the basis of a measurement result of a plurality of reference elements of the object; wherein the method comprises: - obtaining at least one accuracy quantity for each of the reference elements, the accuracy quantity specifying an accuracy of the measurement result of a respective reference element; - obtaining at least one accuracy quantity for each of the reference elements, the accuracy quantity specifying an accuracy of the measurement result of a respective reference element; and characterized by: - ascertaining an error influence of each reference element on the quantification of the test feature on the basis of the respective accuracy quantity; - ascertaining for each of the error influences whether it satisfies an error criterion, and should this be the case: - classifying a reference element assigned to this error influence as a critical reference element. - ascertaining an error influence of each reference element on the quantification of the test feature on the basis of the respective accuracy quantity; - ascertaining for each of the error influences whether it satisfies an error criterion, and should this be the case: - classifying a reference element assigned to this error influence as a critical reference element.
Device for testing a fibre composite component, which is to be processed by means of adhesive bonding, for the presence of at least one substance from a selection of possible contaminants, comprising: - a surface heating device (14, 30) for regionally heating a partial region of the fibre composite component to be adhesively bonded, for the purpose of desorbing contaminants; - a sensor array (22, 36) comprising a plurality of sensors for detecting all contaminants in the gas phase; and - a control unit for regulating the surface heating device (14, 30) and also for driving and for reading the sensor array (22, 36) and also for establishing and signalling ascertained contaminants, wherein the surface heating device (14, 30), the sensor array (22, 36) and the control unit are encompassed in a mobile, integral unit of the device, and wherein the surface heating device (14, 30) is embodied as a central heating plunger surrounded by the sensor array, which is enclosed by an outer housing or the surface heating device (14, 30) is embodied as a radiant heating unit arranged centrally and the sensor array is arranged all around the radiation region. - a surface heating device (14, 30) for regionally heating a partial region of the fibre composite component to be adhesively bonded, for the purpose of desorbing contaminants; - a sensor array (22, 36) comprising a plurality of sensors for detecting all contaminants in the gas phase; and - a control unit for regulating the surface heating device (14, 30) and also for driving and for reading the sensor array (22, 36) and also for establishing and signalling ascertained contaminants, wherein the surface heating device (14, 30), the sensor array (22, 36) and the control unit are encompassed in a mobile, integral unit of the device, and wherein the surface heating device (14, 30) is embodied as a central heating plunger surrounded by the sensor array, which is enclosed by an outer housing or the surface heating device (14, 30) is embodied as a radiant heating unit arranged centrally and the sensor array is arranged all around the radiation region.
A protective liner for a shipping container having top, bottom and side walls, the liner comprising: a plurality of panels each having peripheral dimensions chosen to permit each panel to be positioned proximate an inner surface of a different one of the container walls and to overlie substantially the entire inner surface of the wall overlain, each panel having an inner cut-resistant weave layer covered by at least one protective fabric layer, the cut-resistant weave layer having a peripheral edge characterized by the peripheral edge being covered by a protective edging in addition to the protective fabric layer.
A server adapted to transfer data related to a calling card function in a packet switched network via a packet switched link comprising a plurality of packet switched links (1105, 1106, 1107, 1116, 1117), the calling card function comprising interactive voice response and charging, said server being adapted to provide said calling card function, characterized in that said server is adapted to transfer said data to a call session control function server via a first packet switched link, to an online charging system via a second packet switched link and to a media resource function server via a third packet switched link.
An adaptive lens for laser materials processing, in particular in the high-power range of at least approximately 1 kW, comprising: two deformable lens surfaces (4a, 4b) spaced apart from each other in the direction of the optical axis, a chamber which is formed between the two lens surfaces (4a, 4b) and is filled with a fluid, and a device comprising at least two piezoelectric ring actuators (11a, 11b) for elastically deforming the two lens surfaces (4a, 4b) either in an axially inward direction in each case or in an axially outward direction in each case, wherein one piezoelectric ring actuator is arranged on an outer surface of one of the two lens surfaces (4a, 4b) that faces away from the chamber, characterized in that the lens surfaces are formed by two glass plates (4a, 4b), and that the other piezoelectric ring actuator is arranged on an inner surface of one of the two glass plates (4a, 4b) that faces the chamber. two deformable lens surfaces (4a, 4b) spaced apart from each other in the direction of the optical axis, a chamber which is formed between the two lens surfaces (4a, 4b) and is filled with a fluid, and a device comprising at least two piezoelectric ring actuators (11a, 11b) for elastically deforming the two lens surfaces (4a, 4b) either in an axially inward direction in each case or in an axially outward direction in each case, wherein one piezoelectric ring actuator is arranged on an outer surface of one of the two lens surfaces (4a, 4b) that faces away from the chamber, characterized in that the lens surfaces are formed by two glass plates (4a, 4b), and that the other piezoelectric ring actuator is arranged on an inner surface of one of the two glass plates (4a, 4b) that faces the chamber.
A toy building set comprising at least one building element having a surface on which at least two coupling studs are provided that extend from the surface, and wherein those coupling studs are configured in a pattern by which there is a mutually fixed distance between adjacent coupling studs, characterised in that the toy building set further comprises a perforator, said perforator comprising means for punching material from a sheet element configured from a thin material such as a sheet of eg paper, plastics or fabric, in such a manner that the perforator is capable of punching a hole in the sheet, which hole has such expanse that one or more coupling studs can be introduced into the punched hole, and where the perforator comprises at least two punching tools that are arranged at a distance from each other to the effect that there is a clearance between the outer faces of two adjacent punching tools that correspond to or is smaller than the clearance between two adjacent coupling studs on the building element.
A coating for cement-bound substrates being in contact with water, characterized in that the coating is formed of cement-bound material having a water-cement ratio of 0.4 to 0.5 and in a cemented status a coating thickness d between coated substrate and a border zone of the coating facing the water has such a porosity gradation that the border zone of the coating facing the water has a porosity lower than the remaining coating thickness, wherein the porosity in the undensified coating is less than 10 vol.-%.