mhurhangee/ep-ind-claims huggingface dataset:
A method for recording an electrocardiogram, comprising the following steps executed by a controller: a) calculating and storing a reference electrocardiogram from measured reference electrocardiogram signals; b) receiving current electrocardiogram signals from electrodes (2, 3, 4, 5); c) calculating a current electrocardiogram from the received current electrocardiogram signals, assuming an arrangement of the electrodes (2, 3, 4, 5); d) determining a deviation based on a comparison of potential curves of the calculated current electrocardiogram with potential curves of the stored reference electrocardiogram; e) repeating the steps c) and d), until each possible electrode arrangement has been assumed at least once, wherein a different electrode arrangement is assumed for each repetition; and f) determining which of the determined deviations is minimal. a) calculating and storing a reference electrocardiogram from measured reference electrocardiogram signals; b) receiving current electrocardiogram signals from electrodes (2, 3, 4, 5); c) calculating a current electrocardiogram from the received current electrocardiogram signals, assuming an arrangement of the electrodes (2, 3, 4, 5); d) determining a deviation based on a comparison of potential curves of the calculated current electrocardiogram with potential curves of the stored reference electrocardiogram; e) repeating the steps c) and d), until each possible electrode arrangement has been assumed at least once, wherein a different electrode arrangement is assumed for each repetition; and f) determining which of the determined deviations is minimal.
A tyre pressure measuring module for a vehicle tyre, wherein the tyre pressure measuring module has a receptacle, wherein in the receptacle there are arranged: a pressure sensor, a control circuit coupled to the pressure sensor, and a transmission device which is constructed for the wireless transmission of data from the control circuit to a counterpart station in the vehicle, wherein the receptacle is designed to be mounted on the vehicle tyre, characterized in that the control circuit has programmable memory means, that a programming interface for writing to the memory means is produced with contact areas, wherein the contact areas are provided for contact pins of an associated programming device to make direct electrical contact, wherein the contact areas are covered with an elastic insulating layer that is designed to be able to be perforated by the contact pins for programming. a pressure sensor, a control circuit coupled to the pressure sensor, and a transmission device which is constructed for the wireless transmission of data from the control circuit to a counterpart station in the vehicle, wherein the receptacle is designed to be mounted on the vehicle tyre, characterized in that the control circuit has programmable memory means, that a programming interface for writing to the memory means is produced with contact areas, wherein the contact areas are provided for contact pins of an associated programming device to make direct electrical contact, wherein the contact areas are covered with an elastic insulating layer that is designed to be able to be perforated by the contact pins for programming.
An induction sealing system for heat sealing packaging material for producing sealed packages of pourable food products, said sealing system comprising: - a sealing jaw comprising at least one inductor device (20, 21) which interact with said packaging material by means of at least one active surface (25, 26); a supporting body comprising heat-conducting material and housing said inductor device (20, 21) and a flux-concentrating insert; and an interactive surface for pressing against said package material; and - a counter-jaw comprising at least one pressure pad made of elastomeric material, said pressure pad being arranged to present a counter pressure to the sealing jaw, wherein said jaws (15, 16) are oblong having a length and a width so that said inductor device (20, 21), said interactive surface and said active surface (25, 26) extend along the length of the inductor device; and said pressure pad of the counter-jaw extend along the length of the counter-jaw, characterised in that said pressure pad has an arched convex contact area with height in the direction towards the sealing jaw and in that the width of the pressure pad is equal to or larger than the combined width of said active surface (25, 26) and said interactive surface. - a sealing jaw comprising at least one inductor device (20, 21) which interact with said packaging material by means of at least one active surface (25, 26); a supporting body comprising heat-conducting material and housing said inductor device (20, 21) and a flux-concentrating insert; and an interactive surface for pressing against said package material; and at least one inductor device (20, 21) which interact with said packaging material by means of at least one active surface (25, 26); a supporting body comprising heat-conducting material and housing said inductor device (20, 21) and a flux-concentrating insert; and an interactive surface for pressing against said package material; - a counter-jaw comprising at least one pressure pad made of elastomeric material, said pressure pad being arranged to present a counter pressure to the sealing jaw, wherein said jaws (15, 16) are oblong having a length and a width so that said inductor device (20, 21), said interactive surface and said active surface (25, 26) extend along the length of the inductor device; and said pressure pad of the counter-jaw extend along the length of the counter-jaw,
A method for producing a printed resilient floor covering comprising: providing a polymer support layer and a transparent polymer wear layer; digitally printing a decorative layer onto the top surface of the support layer or the bottom surface of the wear layer with a UV curable ink; UV curing the printed decorative layer; laminating the support layer and the transparent wear layer together so that the printed decorative layer is sandwiched between the support layer and the transparent wear layer; characterized in that the UV curing is carried out with UV LED sources having a spectral emission in the range of 345 - 420 nm, so that at the end of the curing step the UV curable ink is still incompletely cured. providing a polymer support layer and a transparent polymer wear layer; digitally printing a decorative layer onto the top surface of the support layer or the bottom surface of the wear layer with a UV curable ink; UV curing the printed decorative layer; laminating the support layer and the transparent wear layer together so that the printed decorative layer is sandwiched between the support layer and the transparent wear layer; characterized in that the UV curing is carried out with UV LED sources having a spectral emission in the range of 345 - 420 nm, so that at the end of the curing step the UV curable ink is still incompletely cured.
Method for operating an operating device for luminous means, wherein the operating device has an interface input connected to a control unit of the operating device for connecting a light sensor, and wherein a passive component, selected from the electronic and optoelectronic components, is connected to the interface input and the brightness of the luminous means is controlled by the operating device depending on the resistance value of the passive component, characterised in that the operating device automatically recognises whether a light sensor or a potentiometer is connected to the interface input as a passive component, wherein the automatic recognition between light sensor and potentiometer has the following steps: - the operating device executes at least one brightness alteration of the luminous means and - in the event of alterations of the signal received via the interface input a light sensor is recognised, otherwise a potentiometer. - the operating device executes at least one brightness alteration of the luminous means and - in the event of alterations of the signal received via the interface input a light sensor is recognised, otherwise a potentiometer.
A lamp module for spectral analysis devices, comprising a deuterium lamp, an optical transmission element, a VUV edge filter (6; 9), and a lamp receiving body receiving the deuterium lamp having a lamp bulb made of synthetic quartz glass in a cavity comprising a beam outlet opening closed by means of the optical transmission element, characterised in that the lamp bulb is enclosed by the lamp receiving body and a seal against the ambient air exists, so that only a small air volume is trapped between lamp bulb and internal housing wall, wherein the lamp bulb is inserted into the cavity of the lamp receiving body by leaving a gap, the gap width of which lies in the range of between 0.5 mm and 5 mm, and that the VUV edge filter (6; 9) is arranged in the beam outlet opening and on the side of the optical transmission element facing the deuterium lamp, wherein the VUV edge filter absorbs short-wave UV radiation with wavelengths of less than 190 nm, wherein the edge filter is arranged in the beam outlet opening directly on the surface of the optical transmission element, or wherein the edge filter is formed as filter platelet and is arranged in the beam outlet opening at a distance from the surface of the optical transmission element.
A plate suitable for engagement with a backing plate of a bearing pad (16, 17, 23), wherein the plate comprises: a base plate (11, 19); and an offset (12, 20) protruding from the base plate, wherein the offset is arranged to fit into a complementary recess in the backing plate, characterized in that the plate is a polymer plate and the base plate of the polymer plate projects from the offset such that the offset of the polymer plate is surrounded by a sealing stripe having a thickness less than that of the offset. a base plate (11, 19); and an offset (12, 20) protruding from the base plate, wherein the offset is arranged to fit into a complementary recess in the backing plate, characterized in that the plate is a polymer plate and the base plate of the polymer plate projects from the offset such that the offset of the polymer plate is surrounded by a sealing stripe having a thickness less than that of the offset.
Measurement device for measuring partial discharges in dielectric liquides which comprises first and second electrodes (13, 14) which are arranged in a container for receiving the dielectric liquid for measurement and between which a voltage can be applied, at least one wide-band sensor (26, 27) from which measured values for the partial discharges can be emitted, and a Faraday cage within which the container having the electrodes (13, 14) is arranged, characterised in that the measurement device comprises first and second voltage sources (15, 16) by which respective alternating voltages relative to an earth potential can be applied to the two electrodes (13, 14), the alternating voltages applied to the two electrodes (13, 14) being of at least substantially the same amplitudes and being 180° out of phase with one another.
An air flow distribution device for a vehicle, suitable for connecting with a roof air-conditioning unit in a caravan or motorhome, comprising - an air guiding housing having at least one air inlet duct leading away from an air inlet and at least two air outlet ducts each leading to an air outlet; - a branching area in which the air inlet duct is branched to the air outlet ducts; - an air flow divider means provided in the branching area for distributing an air flow that can be supplied via the air inlet duct to the air outlet ducts; wherein - the air flow divider means includes one respective guide means for each of the air outlet ducts, for guiding the respective air flow into the air outlet duct in question; and wherein - the guide means includes at least one partial surface guiding the air flow and having a sound absorbing surface, characterized in that - the partial surface and/or the associated guide means is formed from an open-cell foamed material, - and in that the open-cell foamed material is coated with a film material. - an air guiding housing having at least one air inlet duct leading away from an air inlet and at least two air outlet ducts each leading to an air outlet; - a branching area in which the air inlet duct is branched to the air outlet ducts; - an air flow divider means provided in the branching area for distributing an air flow that can be supplied via the air inlet duct to the air outlet ducts; wherein - the air flow divider means includes one respective guide means for each of the air outlet ducts, for guiding the respective air flow into the air outlet duct in question; and wherein - the guide means includes at least one partial surface guiding the air flow and having a sound absorbing surface, characterized in that - the partial surface and/or the associated guide means is formed from an open-cell foamed material, - and in that the open-cell foamed material is coated with a film material.
A system comprising a male valved Luer connector and a female Luer connector for medical fluid flow, the female connector having a front contact surface and an internal valve being moveable between an open position and a closed position by the male Luer connector, the male Luer connector wherein; a tubular housing having a distal end and a proximal end, the distal end configured to engage the female Luer connector and establish an interface; and vacuum means for creating a partial vacuum at the distal end of the tubular housing during disengagement of the male connector from the female connector said vacuum means comprising: a proximal valve, a distal valve (206 and) a resilient member having an inner variable-volume cavity for creating a partial vacuum within the male connector by increasing the internal volume of the cavity during disengagement of the male connector from the female connector during a time period when the internal valve is in the closed position; said proximal valve being formed by proximal valve member and proximal valve seat and said distal valve being formed by distal valve member and valve seat said valve members being mounted on actuator within said resilient member and said valve seats being provided by the resilient member, said actuator, valve members and valve seats being dimensioned such that as the female connector disengages from the male connector, compression of the resilient member that has occurred during connection of the male and female connectors is released thereby closing the proximal valve while the distal valve remains open and the partial vacuum draws fluid residing at the interface into the male connector during disengagement of the male and female connectors. a proximal valve, a distal valve (206 and) a resilient member having an inner variable-volume cavity for creating a partial vacuum within the male connector by increasing the internal volume of the cavity during disengagement of the male connector from the female connector during a time period when the internal valve is in the closed position; said proximal valve being formed by proximal valve member and proximal valve seat and said distal valve being formed by distal valve member and valve seat said valve members being mounted on actuator within said resilient member and said valve seats being provided by the resilient member, said actuator, valve members and valve seats being dimensioned such that as the female connector disengages from the male connector, compression of the resilient member that has occurred during connection of the male and female connectors is released thereby closing the proximal valve while the distal valve remains open and the partial vacuum draws fluid residing at the interface into the male connector during disengagement of the male and female connectors.
Machine having a rotor, which is mounted cantilevered on a bearing and which has an axis of rotation along which, proceeding from the bearing, there extends a free, otherwise unmounted rotor end, - which has a rotor end face, spaced apart from a stationary rotor counter face of the machine by a gap, and - which during operation of the machine, when the rotor is rotating, is deflected with respect to the axis of rotation as a result of unbalances of the rotor which is mounted cantilevered, in particular of the free, unmounted rotor end, or as a result of externally introduced forces, wherein the rotor end face is curved or chamfered, at least in the edge region thereof, so as to fall away towards the edge thereof and in the direction of the bearing, and wherein devices for rinsing the gap with a gaseous fluid are included. - which has a rotor end face, spaced apart from a stationary rotor counter face of the machine by a gap, and - which during operation of the machine, when the rotor is rotating, is deflected with respect to the axis of rotation as a result of unbalances of the rotor which is mounted cantilevered, in particular of the free, unmounted rotor end, or as a result of externally introduced forces, wherein the rotor end face is curved or chamfered, at least in the edge region thereof, so as to fall away towards the edge thereof and in the direction of the bearing, and wherein devices for rinsing the gap with a gaseous fluid are included. wherein the rotor end face is curved or chamfered, at least in the edge region thereof, so as to fall away towards the edge thereof and in the direction of the bearing, and wherein devices for rinsing the gap with a gaseous fluid are included.
A pharmaceutical formulation comprising: (a) at least one surfactant, wherein said at least one surfactant is sodium lauryl sulfate; and (b) at least one compound selected from the group consisting of the compound of Formula Ia: and pharmaceutically acceptable salts or solvates thereof. (a) at least one surfactant, wherein said at least one surfactant is sodium lauryl sulfate; and (b) at least one compound selected from the group consisting of the compound of Formula Ia:
A composition, wherein the composition is a porous scaffold, wherein the pores of the scaffold are from 2 to 500 microns, the composition comprising: a. a cross-linkable protein selected from the group consisting of collagen and gelatin; b. a cross-linker which induces cross-linking of the cross-linkable protein; and c. a liquid, wherein the cross-linkable protein is introduced into the composition as a micronized protein powder, having a micron size profile between 2 to 100 microns. wherein the composition is a porous scaffold, wherein the pores of the scaffold are from 2 to 500 microns, the composition comprising: a. a cross-linkable protein selected from the group consisting of collagen and gelatin; b. a cross-linker which induces cross-linking of the cross-linkable protein; and c. a liquid, a. a cross-linkable protein selected from the group consisting of collagen and gelatin; b. a cross-linker which induces cross-linking of the cross-linkable protein; and c. a liquid, wherein the cross-linkable protein is introduced into the composition as a micronized protein powder, having a micron size profile between 2 to 100 microns.
Method for producing a packaging film strip for providing a number of individual packaging film parts for packing food or beverages, wherein the packaging film contains for each designated individual packaging film part an area having a printed two-dimensional code as unique packaging or product identifier, the process comprising the steps of: a) providing at least one first substrate film strip (10, 25), b) one side of said at least one first substrate film strip (10, 25) is provided with an artwork printing for each individual packaging film part, c) the side of said at least one first substrate film strip comprising the artwork printing is optionally laminated to a second substrate film strip using an adhesive layer, or a second substrate film is optionally extruded onto the at least one first substrate film strip, d) the surface of the one first or the second substrate film strip (10, 12) lying opposite to the artwork printing is provided with a direct food contact ink (DFC ink) area for each individual packaging film part, wherein the DFC ink area is designated to be present at an inner layer of each individual packaging film part having direct food contact, e) the packaging film comprising the artwork printing and the DFC ink areas is slitted to provide a series of individual packaging film parts running along the longside of the packaging film, f) ablating the individual DFC ink areas by a computer-controlled laser beam for providing a predetermined and individual code (2, 3, 30) as unique packaging or product identifier, g) cleaning the surface of the film strip comprising the individual codes (2, 3, 30), and h) checking the quality of the codes (2, 3, 30). a) providing at least one first substrate film strip (10, 25), b) one side of said at least one first substrate film strip (10, 25) is provided with an artwork printing for each individual packaging film part, c) the side of said at least one first substrate film strip comprising the artwork printing is optionally laminated to a second substrate film strip using an adhesive layer, or a second substrate film is optionally extruded onto the at least one first substrate film strip, d) the surface of the one first or the second substrate film strip (10, 12) lying opposite to the artwork printing is provided with a direct food contact ink (DFC ink) area for each individual packaging film part, wherein the DFC ink area is designated to be present at an inner layer of each individual packaging film part having direct food contact, e) the packaging film comprising the artwork printing and the DFC ink areas is slitted to provide a series of individual packaging film parts running along the longside of the packaging film, f) ablating the individual DFC ink areas by a computer-controlled laser beam for providing a predetermined and individual code (2, 3, 30) as unique packaging or product identifier, g) cleaning the surface of the film strip comprising the individual codes (2, 3, 30), and h) checking the quality of the codes (2, 3, 30).
A key generation method, wherein the method comprises: determining, by a secondary eNodeB, a key parameter corresponding to a data radio bearer, DRB; sending, by the secondary eNodeB, the key parameter to user equipment corresponding to the DRB, whereby the user equipment generates a user plane key according to the key parameter and a basic key generated by the user equipment; receiving, by the secondary eNodeB, a basic key generated by the master eNodeB and sent by the master eNodeB; and generating, by the secondary eNodeB, the user plane key according to the key parameter and the basic key generated by the master eNodeB; wherein the basic key generated by the user equipment and the basic key generated by the master eNodeB are the same; and wherein the user plane key generated by the user equipment and the user plane key generated by the secondary eNodeB are the same and are used as a user plane cipher key or a user plane integrity protection key to perform communication between the user equipment and the secondary eNodeB. determining, by a secondary eNodeB, a key parameter corresponding to a data radio bearer, DRB; sending, by the secondary eNodeB, the key parameter to user equipment corresponding to the DRB, whereby the user equipment generates a user plane key according to the key parameter and a basic key generated by the user equipment; receiving, by the secondary eNodeB, a basic key generated by the master eNodeB and sent by the master eNodeB; and generating, by the secondary eNodeB, the user plane key according to the key parameter and the basic key generated by the master eNodeB; wherein the basic key generated by the user equipment and the basic key generated by the master eNodeB are the same; and wherein the user plane key generated by the user equipment and the user plane key generated by the secondary eNodeB are the same and are used as a user plane cipher key or a user plane integrity protection key to perform communication between the user equipment and the secondary eNodeB.