mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: attaching a power die to a leadframe; attaching a thermally and electrically conductive heat spreader to an active surface of the power die, wherein the active surface includes electrically conductive bond pads, the heat spreader includes a flat surface and a plurality of legs attached to one side of the flat surface, each of the legs are attached to a corresponding one of the bond pads; molding an encapsulating material to surround the power die, the leadframe, and the legs of the heat spreader, wherein a top side of the flat surface is exposed through the encapsulating material; and cutting through the flat surface between the legs to form external contacts that are electrically independent of one another. attaching a power die to a leadframe; attaching a thermally and electrically conductive heat spreader to an active surface of the power die, wherein the active surface includes electrically conductive bond pads, the heat spreader includes a flat surface and a plurality of legs attached to one side of the flat surface, each of the legs are attached to a corresponding one of the bond pads; the active surface includes electrically conductive bond pads, the heat spreader includes a flat surface and a plurality of legs attached to one side of the flat surface, each of the legs are attached to a corresponding one of the bond pads; molding an encapsulating material to surround the power die, the leadframe, and the legs of the heat spreader, wherein a top side of the flat surface is exposed through the encapsulating material; and cutting through the flat surface between the legs to form external contacts that are electrically independent of one another.
A feeding device for suspension elements, for feeding flexible suspension elements into a packaging machine, in particular into a clipping machine, wherein the suspension elements are detachably disposed in the form of loops on a carrier strip transversely to the feeding direction by means of an adhesive and may be conveyed by means of said carrier strip to a delivery point at which a suspension element may be removed from the carrier strip, wherein a holding-down device is provided in the region of the delivery point for the suspension elements above the carrier strip, said holding-down device containing a holding-down element which can be laid reversibly upon at least the suspension element located at the delivery point, said holding-down element covering the suspension element at least in portions thereof, characterised in that in the region of a catching device the holding-down element has a recess for transferring the suspension element onto the catching device. a holding-down device is provided in the region of the delivery point for the suspension elements above the carrier strip, said holding-down device containing a holding-down element which can be laid reversibly upon at least the suspension element located at the delivery point, said holding-down element covering the suspension element at least in portions thereof,
An electrical module device for telecommunication or other communication and/or broadband applications, wherein the electrical module device is a converter module and comprises an electrical converter for converting a data format and/or a protocol of high-frequency signals, wherein the electrical module device further comprises: - a housing, - a first electrical port, - a second electrical port and - a first electrical route along which data is transmissible between the first electrical port and the second electrical port, wherein the first electrical route at least partially extends through the housing and wherein the electrical module device further comprises a power feeding adjustment unit configured to adjust an amount, rate or share of electrical power, and/or a level of a direct current bias voltage, as a function of a control signal (CS; CSi) receivable via the first electrical port, characterizied in that the electrical module device is configured to feed electrical power and/or a direct current bias voltage from the second electrical port to the first electrical port. - a housing, - a first electrical port, - a second electrical port and - a first electrical route along which data is transmissible between the first electrical port and the second electrical port,
A method of fabricating an electronic device, the device comprising a plurality of layers on a substrate, the layers including an upper conductive layer and at least one patterned underlying layer between said conductive layer and said substrate, the method comprising: patterning said underlying layer; and patterning said upper conductive layer by laser ablation using a stepwise process in which successive areas of said upper conductive layer are ablated by successively applied laser patterns; wherein said successively applied laser patterns overlap one another in an overlap region; and wherein said method further comprises configuring a said laser pattern and said patterned underlying layer with respect to one another such that in a said overlap regionsaid patterned underlying layer is undamaged by said stepwise laser ablation and characterized in that said configuring comprises configuring at least one of two said overlapping laser patterns to leave said upper conductive layer unablated in parts of said overlap region beneath which material of said patterned underlying layer is present. patterning said underlying layer; and patterning said upper conductive layer by laser ablation using a stepwise process in which successive areas of said upper conductive layer are ablated by successively applied laser patterns; wherein said successively applied laser patterns overlap one another in an overlap region; and wherein said method further comprises configuring a said laser pattern and said patterned underlying layer with respect to one another such that in a said overlap regionsaid patterned underlying layer is undamaged by said stepwise laser ablation and characterized in that said configuring comprises configuring at least one of two said overlapping laser patterns to leave said upper conductive layer unablated in parts of said overlap region beneath which material of said patterned underlying layer is present.
Method of producing a metallic stock, particularly a slab, a pre-strip, a strip or a plate, in which the stock is conveyed, in conveying direction, initially through a scale washer and subsequently through a rolling mill, wherein the rolling mill comprises at least one roll stand, particularly a first roll stand in conveying direction, wherein the stock is acted on in the scale washer by at least one upper nozzle row which descales the upper side of the stock and by at least one lower nozzle which descales the lower side of the stock, characterised in that the method comprises the steps of: a) determining the thickness (s oben) of a secondary scale layer which is on the upper side of the stock and which is present at the location of the at least one roll stand, particularly at the location of the first roll stand, or at a defined location in front of the at least one roll stand, particularly in front of the first roll stand, and determining the thickness (s unten) of a secondary scale layer which is on the lower side of the stock and which is present at the location of the at least one roll stand, particularly at the location of the first roll stand, or at the defined location in front of the at least one roll stand, particularly the first roll stand; b) ascertaining the distance (a) between the last upper nozzle row in the conveying direction and the last lower nozzle row in the conveying direction so that the difference between the thickness (s oben) of the secondary scale layer on the upper side of the stock and the thickness (s unten) of the secondary scale layer on the lower side of the stock at the above location lies below a predetermined value. a) determining the thickness (s oben) of a secondary scale layer which is on the upper side of the stock and which is present at the location of the at least one roll stand, particularly at the location of the first roll stand, or at a defined location in front of the at least one roll stand, particularly in front of the first roll stand, and determining the thickness (s unten) of a secondary scale layer which is on the lower side of the stock and which is present at the location of the at least one roll stand, particularly at the location of the first roll stand, or at the defined location in front of the at least one roll stand, particularly the first roll stand; b) ascertaining the distance (a) between the last upper nozzle row in the conveying direction and the last lower nozzle row in the conveying direction so that the difference between the thickness (s oben) of the secondary scale layer on the upper side of the stock and the thickness (s unten) of the secondary scale layer on the lower side of the stock at the above location lies below a predetermined value.
A capsule having a capsule body made of a plastics material, having a side wall and having a base formed in one piece therewith, and also having a cover covering the capsule body in order to form a closed chamber containing a substance for the preparation of a beverage, wherein the capsule body in the base has at least one opening for allowing a liquid to pass through the capsule, and in that a membrane for sealing off the closed chamber with respect to the opening is arranged on the inner side of the base, the membrane is fixedly connected to the base and consists of an aluminum-based film, characterized in that the capsule body is a thermoformed part and in that the capsule body and the cover have barrier properties with respect to permeability of oxygen and flavorings and in that the membrane likewise has barrier properties, and in that the membrane is connected to the base along a connection zone following the circumference of the base.
Biosensor BS comprising at least one polymer P wherein said polymer P is a copolymer of styrene and at least one ester E of (meth)acrylic acid and polyethylene oxide, wherein polymer P has a surface adsorption SA of at least 200ng/cm 2 on the respective surface where polymer P is deposited, said SA being determined by quartz crystal microbalance, wherein polymer P comprises styrene and at least one ester E in a molar ratio of 0.05:1 to 50:1, and wherein said polymer P has been deposited on the surface O of at least one biorecognition element B or on the surface of a tube, pipe or of the housing that are part of said biosensor B.
A balloon-type ablation catheter comprising: a catheter shaft in which a plurality of lumens are formed that include a liquid feeding lumen for flowing liquid and an electrode catheter insertion lumen for inserting an electrode catheter for measuring electric potential; a distal end tip attached to the distal end of the catheter shaft; a balloon that is attached to the catheter shaft so as to contain the distal end part of the catheter shaft and that is expanded by supplying the inside thereof with liquid flowing through the liquid feeding lumen; and a high-frequency current application electrode that is provided inside the balloon, on the outer surface of the balloon, or in the wall of the balloon, and which is configured that between the high-frequency current application electrode and a counter electrode plate attached to the body surface of a patient, high-frequency current is applied, characterized in that a side hole that communicates with the electrode catheter insertion lumen and that opens on the side peripheral surface of the distal end tip is formed in the distal end tip, which distal end tip is located on the distal end side of the balloon containing the distal end part of the catheter shaft. a catheter shaft in which a plurality of lumens are formed that include a liquid feeding lumen for flowing liquid and an electrode catheter insertion lumen for inserting an electrode catheter for measuring electric potential; a distal end tip attached to the distal end of the catheter shaft; a balloon that is attached to the catheter shaft so as to contain the distal end part of the catheter shaft and that is expanded by supplying the inside thereof with liquid flowing through the liquid feeding lumen; and a high-frequency current application electrode that is provided inside the balloon, on the outer surface of the balloon, or in the wall of the balloon, and which is configured that between the high-frequency current application electrode and a counter electrode plate attached to the body surface of a patient, high-frequency current is applied, characterized in that a side hole that communicates with the electrode catheter insertion lumen and that opens on the side peripheral surface of the distal end tip is formed in the distal end tip,
A method operable in a mobile device arranged to conduct cellular-based calls comprising: displaying an incoming call user interface after detecting an incoming call from a caller, said incoming call user interface comprising an incoming call screen used for cellular-based calls; detecting selection of an option in said incoming call user interface to ignore the incoming call; and displaying in an instant messaging conversation user interface associated with the caller, a first instant message (280, 282) indicating that the incoming call attempt has been unsuccessful. displaying an incoming call user interface after detecting an incoming call from a caller, said incoming call user interface comprising an incoming call screen used for cellular-based calls; detecting selection of an option in said incoming call user interface to ignore the incoming call; and displaying in an instant messaging conversation user interface associated with the caller, a first instant message (280, 282) indicating that the incoming call attempt has been unsuccessful.
A method for producing a medical instrument including a base layer, and a lubricating layer that is carried on at least a part of the base layer, the method comprising: applying a solution to the base layer, the solution containing a block copolymer having a structural unit derived from a reactive monomer having an epoxy group and a structural unit derived from a hydrophilic monomer, an alkylammonium salt having 8 to 24 carbon atoms, and a solvent; and washing the base layer following the applying of the solution to the base layer. applying a solution to the base layer, the solution containing a block copolymer having a structural unit derived from a reactive monomer having an epoxy group and a structural unit derived from a hydrophilic monomer, an alkylammonium salt having 8 to 24 carbon atoms, and a solvent; and washing the base layer following the applying of the solution to the base layer.
A radio-detector system comprising: a radio-detector; a flow cell comprising a plurality of discreetly-selectable fluid conduits each defining an elongate fluid passageway, wherein each said fluid conduit extends through said flow cell and is positioned in radiometric communication with said radio-detector and wherein each discreetly-selectable fluid conduit of said flow cell has a different inner diameter to each of the other said fluid conduits; and, a valve located upstream of said flow cell which includes an input port and a plurality of output ports, each said output port placed in sealed fluid communication with one end of said fluid conduits, said valve allowing said input port to be placed in fluid communication with a passageway of one or more of said fluid conduits. a radio-detector; a flow cell comprising a plurality of discreetly-selectable fluid conduits each defining an elongate fluid passageway, wherein each said fluid conduit extends through said flow cell and is positioned in radiometric communication with said radio-detector and wherein each discreetly-selectable fluid conduit of said flow cell has a different inner diameter to each of the other said fluid conduits; and, a valve located upstream of said flow cell which includes an input port and a plurality of output ports, each said output port placed in sealed fluid communication with one end of said fluid conduits, said valve allowing said input port to be placed in fluid communication with a passageway of one or more of said fluid conduits.
Side structure of a cargo space, which includes a vertical structure attached to the cargo space to protect the cargo, which vertical structure is fitted pivotably to the cargo space in order to form an access platform, characterized in that the vertical structure includes two parts (12, 13) on top of each other, of which the first part is pivoted to the cargo space and the second part is pivoted to the first part.
A device for detecting holes in the wall of an irrigation pipe, characterised in that it comprises - at least one optical transmitter and at least one optical receiver which define an optical barrier, in that said device is arranged so that holes in an irrigation pipe are located below said device producing gas bubbles which modify said optical barrier, and in that said device is arranged for allowing total immersion of an irrigation pipe in a cooling liquid, while said device being immersed in the cooling liquid. - at least one optical transmitter and at least one optical receiver which define an optical barrier,
A hydrogen generating apparatus comprising: a reformer which performs a reforming reaction using a material and steam to generate hydrogen-containing gas, a water evaporator which generates said steam supplied to said reformer, a first water pathway through which reforming water to be supplied to said water evaporator flows, a first pump which supplies said reforming water to said water evaporator (1 a), and a second water tank which stores said reforming water flowing through said first water pathway, characterized in that the apparatus further comprises a second water pathway branching from said first water pathway on the downstream side of said first pump or branching from said first water pathway on which said first pump is disposed, a first water tank to which the water flowing through said second water pathway flows, a first flow rate controller provided on said second water pathway, and a controller which operates said first pump and controls said first flow rate controller so that water flows through said second water pathway, wherein said controller performs said control when said reformer is not performing the operation for generating hydrogen-containing gas. a reformer which performs a reforming reaction using a material and steam to generate hydrogen-containing gas, a water evaporator which generates said steam supplied to said reformer, a first water pathway through which reforming water to be supplied to said water evaporator flows, a first pump which supplies said reforming water to said water evaporator (1 a), and a second water tank which stores said reforming water flowing through said first water pathway, characterized in that the apparatus further comprises a second water pathway branching from said first water pathway on the downstream side of said first pump or branching from said first water pathway on which said first pump is disposed, a first water tank to which the water flowing through said second water pathway flows, a first flow rate controller provided on said second water pathway, and a controller which operates said first pump and controls said first flow rate controller so that water flows through said second water pathway, wherein said controller performs said control when said reformer is not performing the operation for generating hydrogen-containing gas.
Process for the tightness check of a container which has a tube-like or tubular shell which is sealed against the surrounding atmosphere and has a weld seam at at least one end, whereby the internal pressure is increased in an interior space of the container by external action and the thereby ensuing deformation of the weld seam is detected, characterized in that the weld seam is clamped over its entire length between clamping elements before the increase in the internal pressure only in a partial area (12.1) of its surface, which has a distance from the end of the weld seam facing the interior space.
Method of manufacturing a surgical implant, comprising the steps of - providing a flexible areal basic structure having a first face and a second face, characterized by - placing at least one linear marking thread, in a floating manner, onto one of the faces of the basic structure and mechanically fixing the marking thread to the basic structure at a first location (21, 21', 23) and at a second location (22, 22', 24) which are spaced from each other, - thermally fixing the linear marking thread to the basic structure, in an area between the first location (21, 21', 23) and the second location (22, 22', 24), by a melt-fusing process. - providing a flexible areal basic structure having a first face and a second face, characterized by - placing at least one linear marking thread, in a floating manner, onto one of the faces of the basic structure and mechanically fixing the marking thread to the basic structure at a first location (21, 21', 23) and at a second location (22, 22', 24) which are spaced from each other, - thermally fixing the linear marking thread to the basic structure, in an area between the first location (21, 21', 23) and the second location (22, 22', 24), by a melt-fusing process.
Method for producing a moulded part with a rotationally symmetrical or at least partially annular cross section, such as a nut, a collar, a pipe connector, a pipe coupling or the like, which is formed as a screw part with at least one thread (2, 22) and has a hollow-cylindrical main body with a radially flared flange end piece, a plasticized polymeric mass that contains fibres being axially injected through three injection openings (01, 02, 03) of a mould that are circumferentially offset from one another by 120° and are arranged in the region of one end of the moulded part, in the region of the radially flared flange end piece, into at least one cavity of the mould and, after the polymeric mass has solidified, the moulded part is removed from the mould, the plasticized polymeric mass containing a proportion by volume of fibres in the range from 2.5 to 60 percent, the fibres having an average length in the range from 0.1 mm to 1.5 mm, so that during injection into the cavity the fibres align themselves predominantly in the main directions of stress of axial tension and torsion of the moulded part, in that a proportion of the fibres that are oriented in the circumferential direction of the annular cross section at right angles to a longitudinal axis (X-X) of the moulded part is smaller than 50 percent and a proportion of fibres that are oriented in the axial direction (X-X) of the moulded part is likewise smaller than 50 percent.