mhurhangee/ep-ind-claims huggingface dataset:
A method of purifying nucleic acids, comprising the step of: adsorbing substances in a sample containing nucleic acids with an ion exchange resin including a positive ion exchange resin and a negative ion exchange resin, wherein the positive ion exchange resin includes a first positive ion exchange resin and a second positive ion exchange resin having an exclusion limit molecular weight lower than that of the first positive ion exchange resin. adsorbing substances in a sample containing nucleic acids with an ion exchange resin including a positive ion exchange resin and a negative ion exchange resin, wherein the positive ion exchange resin includes a first positive ion exchange resin and a second positive ion exchange resin having an exclusion limit molecular weight lower than that of the first positive ion exchange resin.
Motor vehicle rear window or windscreen comprising glazing integrating a conducting wire, characterized in that a surface of the glazing comprises a substrate made of a polymer material in which the conducting wire is partly sunken and at the very most flush with the surface of the polymer material, in that this sinking is at least 50% of the diameter of the wire, and a coating protecting the glazing comprising a layer 1.5-6 μm thick of primer and a scratch-resistant varnish 3.5-12 μm thick, of polysiloxane type.
Injection moulding machine with a closing unit and an injection unit, in which a frame with side walls and traverses (5, 14) connecting the side walls to one another absorbs the forces of the closing unit as a closed system and in which a frame with side walls and traverses (5, 14) connecting the side walls to one another absorbs the forces of the injection unit as a closed system, characterized in that the side walls bear mass forces of all the movable parts of the closing unit and of the injection unit, for which purpose guiding elements for these parts are provided directly on the inner sides of the side walls and wherein the injection unit has a movable injection assembly, which is accommodated between the side walls.
Suction gripper having a suction cup which has an opening for arrangement against a food, which is connectable to a low pressure source, having a contact element moveably guided along a first guidance from the level of the opening, characterized by a limiter which is slidable along the first guidance between the contact element and the suction cup and is fixable in a position on the first guidance and by an actuating drive connected to the contact element for controlled movement of the contact element into the direction of the level of the opening.
An electrical connector comprising: a housing having a bore and first and second ends, the bore extending between the first and second ends; a conductive pin arranged within the bore and configured to engage a first wire at the first end and a second wire at the second end; a first seal arranged around the conductive pin and engaged between the conductive pin and the bore to provide seal therebetween; characterized by a sealant filling the bore between the first end and the first seal, the sealant configured to provide additional seals and restrain movement of the first wire connected to the conductive pin. a housing having a bore and first and second ends, the bore extending between the first and second ends; a conductive pin arranged within the bore and configured to engage a first wire at the first end and a second wire at the second end; a first seal arranged around the conductive pin and engaged between the conductive pin and the bore to provide seal therebetween; characterized by a sealant filling the bore between the first end and the first seal, the sealant configured to provide additional seals and restrain movement of the first wire connected to the conductive pin.
A computer-implemented method for scrolling a user interface comprising a scrollable region, the scrollable region having one or more selectable regions (220A, 220B, 220C) and one or more non-selectable regions (230A, 230B), wherein non-selectable regions contain content that cannot be selected (235A, 235B), wherein each of the one or more selectable regions lies adjacent to one or more of the one or more non-selectable regions, the method comprising: detecting user input within a first selectable region of the one or more selectable regions; determining whether an edge of the scrollable region intersects the first selectable region such that only a portion of the first selectable region is visible within the scrollable region; in response to determining that the edge of the scrollable region intersects the first selectable region, establishing a trigger line at the edge of the scrollable region; in response to determining that the edge of the scrollable region does not intersect the first selectable region, establishing a trigger line near an edge of the first selectable region, the edge being directly adjacent to a non-selectable region of the one or more non-selectable regions; detecting movement of the user input that intersects the trigger line; and scrolling the scrollable region in response to detecting movement of the user input within the first selectable region that intersects the trigger line. detecting user input within a first selectable region of the one or more selectable regions; determining whether an edge of the scrollable region intersects the first selectable region such that only a portion of the first selectable region is visible within the scrollable region; in response to determining that the edge of the scrollable region intersects the first selectable region, establishing a trigger line at the edge of the scrollable region; in response to determining that the edge of the scrollable region does not intersect the first selectable region, establishing a trigger line near an edge of the first selectable region, the edge being directly adjacent to a non-selectable region of the one or more non-selectable regions; detecting movement of the user input that intersects the trigger line; and scrolling the scrollable region in response to detecting movement of the user input within the first selectable region that intersects the trigger line.
Portable object comprising a dial provided with an aperture through which is visible at least one item of information which is provided on a support arranged below the dial, and above which is arranged: • a first wire grid polarizer of the visible light, this first wire grid polarizer including a plurality of metallic wires which radiate from a center of the first wire grid polarizer, • and a second wire grid polarizer of the visible light including a plurality of metallic wires which extend in concentric circles from a center of the second wire grid polarizer, a wave plate being arranged between the first wire grid polarizer and the second wire grid polarizer, the wave plate being arranged above the item of information displayed in the aperture arranged in the dial, the first wire grid polarizer being adhered on a top surface of the dial, and the wave plate being adhered to a lower surface of the second wire grid polarizer. • a first wire grid polarizer of the visible light, this first wire grid polarizer including a plurality of metallic wires which radiate from a center of the first wire grid polarizer, • and a second wire grid polarizer of the visible light including a plurality of metallic wires which extend in concentric circles from a center of the second wire grid polarizer,
A post-comminuting apparatus for chopped crop material comprising a first roller and a second roller which define a comminuting gap and respectively include at least a plurality of frustoconical portions (15, 16) arranged in a row along an axis of rotation (13, 14) and of a first and a second type which differ in their diameters, wherein the portions of the first type are all arranged at the first roller and the portions of the second type are all arranged at the second roller and the portions (15, 16) are arranged in mirror-symmetrical relationship in relation to a plane of symmetry which is perpendicular to the axes of rotation (13, 14), characterised in that outside the plane of symmetry a large base surface of a portion respectively bears against a small base surface of an adjacent portion (15, 16).
A respiratory therapy device for treating the muscles of respiratory tracts, lung functions and/or mucous deposits in the lungs, nose and/or throat of a patient, consisting of: - a hollow body in which at least one through-channel (4, 5) is provided, - a mouthpiece or nosepiece inserted into the hollow body and connected to the patient over the duration of the treatment by the respiratory therapy device, - and at least one oscillating body (11, 12) that is situated inside the hollow body and that is set into an oscillating vibration by the inhalation and/or exhalation of the patient, wherein a retaining body into which at least one opening is incorporated is inserted into the hollow body, wherein a freely oscillating tongue for generating oscillations, which are acoustically perceptible to the human ear and which, due to their different frequency, enable distinguishing inspiration from expiration, is attached to the retaining body in the region of the opening, by means of which the opening of the retaining body is closed or partially opened depending on the air flows (7, 8) prevailing in the interior of the hollow body, wherein the end face of the hollow body opposite the mouthpiece is open, wherein a stenosis is inserted into this end face, at least two through-openings being provided in the lateral surface of said stenosis, through which air flows (7, 8) flow into, or conversely, flow out of, the interior of the hollow body, wherein the through-openings of the stenosis have different cross-sectional areas as air passages for the air flows (7, 8) and wherein the stenosis is rotatably mounted in the hollow body in such a way that one of the through-openings can be selected or adjusted as an air passage by rotating the stenosis. - a hollow body in which at least one through-channel (4, 5) is provided, - a mouthpiece or nosepiece inserted into the hollow body and connected to the patient over the duration of the treatment by the respiratory therapy device, - and at least one oscillating body (11, 12) that is situated inside the hollow body and that is set into an oscillating vibration by the inhalation and/or exhalation of the patient,
An active homing radar device mounted in a flying vehicle using a radar wave generated thereby, the radar device comprising: an antenna device to irradiate a target with the radar wave; a receiver to receive a reflected wave from the target through the antenna device; and a signal processor to perform coherent integration processing on a reception signal from the receiver, to observe a clutter level by using a signal on which the coherent integration processing has been performed, and to control a transmission duty ratio such that a clutter level observed becomes equal to or closer to a receiver noise level, wherein the radar device determines whether a target to be handled is departing from the vehicle or approaching the vehicle, and when the target is departing from the vehicle, the radar device reduces the transmission duty ratio compared to when the target is approaching the vehicle. an antenna device to irradiate a target with the radar wave; a receiver to receive a reflected wave from the target through the antenna device; and a signal processor to perform coherent integration processing on a reception signal from the receiver, to observe a clutter level by using a signal on which the coherent integration processing has been performed, and to control a transmission duty ratio such that a clutter level observed becomes equal to or closer to a receiver noise level, wherein the radar device determines whether a target to be handled is departing from the vehicle or approaching the vehicle, and when the target is departing from the vehicle, the radar device reduces the transmission duty ratio compared to when the target is approaching the vehicle.
Method for coating a substrate, in which the substrate is brought into an evacuable recipient by means of a substrate holder, at least one gaseous precursor is introduced into the recipient by means of at least one gas supply device and the precursor is at least partially ionized by means of at least one plasma generating device, characterized in that the recipient contains a shielding element, which has a hole, through which the substrate holder is brought into a working position, the plasma being ignited as long as the substrate holder with the substrate is in a rest position and the substrate holder is moved into the working position after a predeterminable period of time.
A system that performs interface transformation adaptive to different display screen characteristics, comprising: a processor coupled to a memory, the processor configured to execute computer- executable instructions stored in the memory that when executed by the processor cause the processor to perform acts comprising: identifying an interface element of a user interface; determining a transformation for the interface element adaptive for display of the interface element on a target display screen (402; 602; 702) based on target display-screen characteristics of the target display screen (402; 602; 702); producing a transformed interface element; rendering the transformed interface element in the displayable form which is a bitmap image; and transmitting the transformed interface element in the displayable form to the target display screen (402; 602; 702) for display; characterized in that the interface element is specified in terms of baseline display-screen characteristics in a coded description of the interface element; the transformation for the interface element is based on the target display-screen characteristics of the target display screen and the baseline display-screen characteristics; the transformation is applied to the coded description of the interface element to obtain a transformed coded description of the interface element prior to rendering the interface element in a displayable form; and the rendering is a process of creating the displayable form of the interface element, which comprises rasterizing the interface element into the bitmap image according to the transformed coded description of the interface element. identifying an interface element of a user interface; determining a transformation for the interface element adaptive for display of the interface element on a target display screen (402; 602; 702) based on target display-screen characteristics of the target display screen (402; 602; 702); producing a transformed interface element; rendering the transformed interface element in the displayable form which is a bitmap image; and transmitting the transformed interface element in the displayable form to the target display screen (402; 602; 702) for display; characterized in that the interface element is specified in terms of baseline display-screen characteristics in a coded description of the interface element; the transformation for the interface element is based on the target display-screen characteristics of the target display screen and the baseline display-screen characteristics; the transformation is applied to the coded description of the interface element to obtain a transformed coded description of the interface element prior to rendering the interface element in a displayable form; and the rendering is a process of creating the displayable form of the interface element, which comprises rasterizing the interface element into the bitmap image according to the transformed coded description of the interface element.
Apparatus comprising an endovascular stent-graft, which is configured to transition from a radially-compressed delivery state to a radially-expanded state, and which comprises: a plurality of structural strut members; and a graft member, which comprises one or more substantially blood-impervious flexible sheets, and which is fixed to the structural strut members, wherein the structural strut members and the graft member are arranged so as to define, when the stent-graft is in the radially-expanded state: a main tube, which is shaped so as to define a main lumen, and a lateral tube, which (a) has (i) a distal end and (ii) a proximal end that is joined to a lateral wall of the main tube at a junction, (b) is shaped so as to define a lateral lumen that is in fluid communication with the main lumen, and (c) defines a central longitudinal axis, and characterized in that, when the stent-graft is in the radially-expanded state, the structural strut members that define the lateral tube are shaped so as to define two to four non-contiguous arcuate members, which (a) are centered around the central longitudinal axis, and (b) collectively subtend at least 150 degrees around the central longitudinal axis. a plurality of structural strut members; and a graft member, which comprises one or more substantially blood-impervious flexible sheets, and which is fixed to the structural strut members, wherein the structural strut members and the graft member are arranged so as to define, when the stent-graft is in the radially-expanded state: a main tube, which is shaped so as to define a main lumen, and a lateral tube, which (a) has (i) a distal end and (ii) a proximal end that is joined to a lateral wall of the main tube at a junction, (b) is shaped so as to define a lateral lumen that is in fluid communication with the main lumen, and (c) defines a central longitudinal axis, and a main tube, which is shaped so as to define a main lumen, and a lateral tube, which (a) has (i) a distal end and (ii) a proximal end that is joined to a lateral wall of the main tube at a junction, (b) is shaped so as to define a lateral lumen that is in fluid communication with the main lumen, and (c) defines a central longitudinal axis, and characterized in that, when the stent-graft is in the radially-expanded state, the structural strut members that define the lateral tube are shaped so as to define two to four non-contiguous arcuate members, which (a) are centered around the central longitudinal axis, and (b) collectively subtend at least 150 degrees around the central longitudinal axis.
Gravity short-tube filler for filling beverages, in particular spirits, into bottles, comprising a product tank for the beverage and filling valves connected thereto which have return air pipes and are designed to terminate the beverage inflow by raising the beverage at least up to the return air pipes, characterised in that control valves for mechanically controllable throttling of the beverage inflow to the filling valves are individually connected upstream of the filling valves, the control valves being connected to the product tank by means of pipes and/or hose lines and/or to the respectively associated filling valve by means of pipes and/or hose lines.
A bearing arrangement including: a rolling element bearing assembly including a bearing cage having a cage body having an inner surface defining a bore coaxially aligned with the principal rotational axis of the bearing cage, a plurality of pockets, each pocket housing a rotatable rolling element of the rolling element bearing assembly, the pockets being arranged sequentially around the cage body with respect to the principal rotational axis of the bearing cage,; a first body located in the bore of the bearing cage and coaxially aligned with the principal rotational axis of the bearing cage, and arranged to engage each of the rolling elements; a second body arranged circumferentially around the bearing cage to engage the rolling elements, the first and second bodies being rotatable with respect to one another about the principal rotational axis of the bearing cage; and a bearing chamber arranged to house the rolling element bearing assembly, the bearing chamber providing a source of gas flow into the bearing chamber; the bearing cage body having a skirt projecting axially there from and the skirt extends radially at an end of the skirt distal to the cage body to form a flow deflector which is arranged to intercept the gas flow between the source and the cage body so as to deflect the gas flow away from the cage body. a rolling element bearing assembly including a bearing cage having a cage body having an inner surface defining a bore coaxially aligned with the principal rotational axis of the bearing cage, a plurality of pockets, each pocket housing a rotatable rolling element of the rolling element bearing assembly, the pockets being arranged sequentially around the cage body with respect to the principal rotational axis of the bearing cage,; a cage body having an inner surface defining a bore coaxially aligned with the principal rotational axis of the bearing cage, a plurality of pockets, each pocket housing a rotatable rolling element of the rolling element bearing assembly, the pockets being arranged sequentially around the cage body with respect to the principal rotational axis of the bearing cage,; a first body located in the bore of the bearing cage and coaxially aligned with the principal rotational axis of the bearing cage, and arranged to engage each of the rolling elements; a second body arranged circumferentially around the bearing cage to engage the rolling elements, the first and second bodies being rotatable with respect to one another about the principal rotational axis of the bearing cage; and a bearing chamber arranged to house the rolling element bearing assembly, the bearing chamber providing a source of gas flow into the bearing chamber; the bearing cage body having a skirt projecting axially there from and the skirt extends radially at an end of the skirt distal to the cage body to form a flow deflector which is arranged to intercept the gas flow between the source and the cage body so as to deflect the gas flow away from the cage body.
Method for feeding electric power into an electric supply grid by means of a wind farm, wherein - the wind farm feeds into the electric supply grid from a first interconnecting network and via a transformer, with the first interconnecting network having a interconnecting network voltage and the electric supply grid having a grid voltage, characterized in that - feeding is based on a virtual measured voltage (U VIRT) and - a voltage of a virtual measurement point is calculated as the virtual measured voltage (U VIRT). - the wind farm feeds into the electric supply grid from a first interconnecting network and via a transformer, with the first interconnecting network having a interconnecting network voltage and the electric supply grid having a grid voltage, characterized in that - feeding is based on a virtual measured voltage (U VIRT) and - a voltage of a virtual measurement point is calculated as the virtual measured voltage (U VIRT).
Method for suppressing multipath interference in a receiver for electromagnetic waves, in particular an FM or VHF receiver, wherein a first antenna signal of a first antenna and a second antenna signal of a second antenna are used, wherein beginning with a first operating state the signal quality of the first antenna signal is determined and the first antenna signal is taken as a basis for generating a reproduction signal if the signal quality of the first antenna signal lies above a defined threshold for undisturbed reception, and in the event of the signal quality of the first antenna signal falling below said threshold for undisturbed reception, a changeover to a second operating state is effected, in which second operating state the signal quality of a new signal (y) generated by a linear combination of the two preprocessed antenna signals (1, 2) and the signal quality of one of the two antenna signals (1, 2) are determined and the new signal (y) generated is taken as a basis for generating the reproduction signal as long as the signal quality determined for said one of the two antenna signals (1, 2) lies below the defined threshold and is rated as poorer than the signal quality of the new signal (y) generated.