mhurhangee/ep-ind-claims huggingface dataset:
Fish lift (1, 1 a, b, 1 c) for transporting fish between an upstream side of a barrage and a downstream side of the barrage, comprising - a hoistway and a container, - wherein the hoistway comprises a lower opening which is below a level (N5, N5') of the downstream side and has a lower sluice inlet, - wherein the container is displaceable between an upper position and a lower position, - wherein the container is designed as a floating container, - wherein the floating container floats in a water volume enclosed in the hoistway under the container on its way between the upper position and the lower position - wherein the container is lowered by water flowing out of the water volume enclosed in the hoistway, or wherein the container is lifted by water inflow into the water volume enclosed in the hoistway, - wherein the fish lift comprises a pump device - wherein the pump device comprises a mechanical pump, a first line to connect the pump to the hoistway, and a second line to connect the pump to surroundings of the barrage, characterized in that - the pump device is designed as an additional device, which is designed as a water discharge device, or as a water discharge device and water supply device, wherein the water discharge device remains inoperative at the average level of the downstream side, - the first line opens into the hoistway in a bottom area of the hoistway, and - the second line opens out into the surroundings and, in particular, into the downstream side or into the upstream side outside the area of the swimming-in zone or swimming-out zone. - a hoistway and a container, - wherein the hoistway comprises a lower opening which is below a level (N5, N5') of the downstream side and has a lower sluice inlet, - wherein the container is displaceable between an upper position and a lower position, - wherein the container is designed as a floating container, - wherein the floating container floats in a water volume enclosed in the hoistway under the container on its way between the upper position and the lower position - wherein the container is lowered by water flowing out of the water volume enclosed in the hoistway, or wherein the container is lifted by water inflow into the water volume enclosed in the hoistway, - wherein the fish lift comprises a pump device - wherein the pump device comprises a mechanical pump, a first line to connect the pump to the hoistway, and a second line to connect the pump to surroundings of the barrage, - the pump device is designed as an additional device, which is designed as a water discharge device, or as a water discharge device and water supply device, wherein the water discharge device remains inoperative at the average level of the downstream side, - the first line opens into the hoistway in a bottom area of the hoistway, and - the second line opens out into the surroundings and, in particular, into the downstream side or into the upstream side outside the area of the swimming-in zone or swimming-out zone.
A method for receiving buffer status information in a wireless local area network, WLAN, the method comprising: transmitting, by an access point, AP, to multiple stations, STAs, a trigger frame soliciting first information on the buffer status information in each of the multiple STAs, wherein the trigger frame includes second information on each of multiple uplink, UL, transmission resources allocated for each respective STA of the multiple of STAs; and receiving, by the AP, multiple UL frames based on the second information from the multiple STAs within an overlapping time resource in response to the trigger frame, wherein each of the multiple UL frames includes the first information for each of the multiple STAs. transmitting, by an access point, AP, to multiple stations, STAs, a trigger frame soliciting first information on the buffer status information in each of the multiple STAs, wherein the trigger frame includes second information on each of multiple uplink, UL, transmission resources allocated for each respective STA of the multiple of STAs; and receiving, by the AP, multiple UL frames based on the second information from the multiple STAs within an overlapping time resource in response to the trigger frame, wherein each of the multiple UL frames includes the first information for each of the multiple STAs.
A cylindrical evaporation source, which comprises a target material to be vaporized, a first magnetic field source, a second magnetic field source and an axis of rotation on an outer cylinder wall, the first magnetic field source and the second magnetic field source forming at least a part of a magnetic system and being arranged inside the cylindrical evaporation source for generating a magnetic field, and the first magnetic field source and the second magnetic field source being provided at a support system in such a way that a form and / or a strength of the magnetic field can be adjusted in a predeterminable region of the room according to a predeterminable scheme, and the support system is designed in such a way for adjusting the form and / or the strength of the magnetic field that the first magnetic field source is arranged at a first supporting arm and is pivotable with respect to a first pivot axis about a predeterminable first pivot angle (α 1), wherein the first magnetic field source and the second magnetic field source are pivotable relative to each other, characterized in that the first pivot axis and the axis of rotation are different from each other.
A driver assistance system for an agricultural working machine for cultivating an area with a field crop along working tracks, wherein a tracking control is provided which produces steering commands for the working machine in the context of a turning procedure in a headland zone for sensor-supported traversing of a turning track between an initial working track and a target working track with an opposing direction of travel which is offset thereto, characterized in that a crop edge sensor is provided in order to detect crop edges in the field crop and in that the tracking control executes an orientation procedure in the context of the turning procedure, in which it detects a reference crop edge of the field crop by means of the crop edge sensor and based on this, produces steering commands for the working machine in order to orientate the working machine onto the target working track.
A method for heating an asbestos-containing waste product and removing the resulting safe product, comprising the steps of placing an asbestos-containing waste product on a platform, transporting the platform including the product into a kiln, heating the platform including the product, removing the product from the platform after heating by tilting the platform, wherein the platform comprises separate heat-resistant elements which are engaged together before tilting the platform.
Coffee machine assembly comprising: - a filter holder; - a coffee machine filter designed to be placed in said filter holder and provided with an internal surface defining an internal profile susceptible of receiving coffee grounds; - a rotating brush, for cleaning of said coffee machine filter, comprising a central support provided with a symmetry axis and connectable to a rotating organ; and a plurality of cleaning elements connected at an end thereof to said central support; wherein each of said cleaning elements comprises a sheet-shaped body which is made of elastically deformable material and which has a planar development that extends along an axial direction, parallel to the symmetry axis of said central support, and along a radial direction; said coffee machine assembly being characterized in that at least one of the sheet-shaped body of the cleaning elements of said rotating brush has a shaped edge which represents the negative internal profile of said coffee machine filter and is defined at an end of said sheet-shaped body for interacting with the internal surface of said coffee machine filter in order to remove the coffee grounds from said coffee machine filter. - a filter holder; - a coffee machine filter designed to be placed in said filter holder and provided with an internal surface defining an internal profile susceptible of receiving coffee grounds; - a rotating brush, for cleaning of said coffee machine filter, comprising a central support provided with a symmetry axis and connectable to a rotating organ; and a plurality of cleaning elements connected at an end thereof to said central support; wherein each of said cleaning elements comprises a sheet-shaped body which is made of elastically deformable material and which has a planar development that extends along an axial direction, parallel to the symmetry axis of said central support, and along a radial direction;
Sealing element, in particular sealing profile for windows or doors, comprising an arrangement region for arranging the sealing element on an element, in particular a window element or door element, and a sealing region, wherein the sealing region has a sealing surface, wherein the sealing surface is formed at least in certain regions by an additional element, wherein the additional element is designed to increase a slidability of the sealing element, and wherein the additional element is arranged on the sealing region in an integrally bonded manner, characterized in that the additional element is vulcanized on.
A method of processing optical coherence tomography scans through a subject's skin, the method comprising: • receiving at least one OCT scan through the subject's skin, each scan representing an OCT signal in a slice through the subject's skin; • processing each OCT scan so as to determine the presence of blood vessels in each scan; and • determining a diameter of the blood vessels whose presence has been determined; the method characterised by: • determining a depth of the blood vessels, through the subject's skin and below the surface of the skin; and • determining a depth profile of blood vessel density for different vessel diameters. • receiving at least one OCT scan through the subject's skin, each scan representing an OCT signal in a slice through the subject's skin; • processing each OCT scan so as to determine the presence of blood vessels in each scan; and • determining a diameter of the blood vessels whose presence has been determined; • determining a depth of the blood vessels, through the subject's skin and below the surface of the skin; and • determining a depth profile of blood vessel density for different vessel diameters.
Double breaker switch comprising: a contact bridge which is connected in a force-transmitting manner to an actuator at a connection point, a first contact arrangement which is connected in a force-transmitting manner to the connection point via a first arm and, in the closed state of the switch, electrically contacts a first bridge contact with an opposite first fixed contact at a first contact point, a second contact arrangement which is connected in a force-transmitting manner to the connection point via a second arm and, in the closed state of the switch, electrically contacts a second bridge contact with an opposite second fixed contact at a second contact point and a third contact point, characterised in that the second arm is longer than the first arm. a contact bridge which is connected in a force-transmitting manner to an actuator at a connection point, a first contact arrangement which is connected in a force-transmitting manner to the connection point via a first arm and, in the closed state of the switch, electrically contacts a first bridge contact with an opposite first fixed contact at a first contact point, a second contact arrangement which is connected in a force-transmitting manner to the connection point via a second arm and, in the closed state of the switch, electrically contacts a second bridge contact with an opposite second fixed contact at a second contact point and a third contact point, characterised in that the second arm is longer than the first arm.
Implantable, electromechanical plug connector with a plug part and a socket part, of which the plug part comprises at least one joining portion which can be fully inserted into an insertion opening which is open on one side and formed within the socket part and comprises at least one electrically insulating surface which has at least one electrode body with a freely accessible electrode surface and of which the socket part within the insertion opening which is open on one side has an electrically insulating wall section, at least in sections delimiting the insertion opening, the surface of which provides at least one counter-electrode body with a freely accessible counter-electrode surface, wherein the electrically insulating wall section is oriented towards the electrically insulating surface of the joining portion of the plug part in the state of full insertion of the joining portion into the insertion opening in such a way that the counter-electrode surface contacts the electrode surface wherein the at least one electrode body is raised with regard to the electrically insulating surface of the joining portion and/or the at least one counter-electrode body is raised with regard to the surface of the electrically insulating wall section and wherein at least in sections between the electrically insulating surface of the joining portion and the surface of the electrically insulating wall section at least one electrically insulating polymer layer is arranged which completely surrounds the touching counter-electrode surface and electrode surface characterised in that at least the plug part is manufactured as part of a multilayer process, in that the plug part envisages a plurality of electrically conducting layers, each electrically insulated from each other in a stacked layer composite, in that the individual electrically conducting layers, each electrically insulated from each other, each open onto the at least one electrically insulating surface forming a contact area, wherein the contact areas are each in contact with an electrode body raised above the electrically insulating surface.
A method for preparing a relief printing form from a photosensitive element, comprising the steps of: (a) forming an in-situ mask disposed above a layer of a photopolymerizable composition in the photosensitive element, wherein the photopolymerizable composition comprises a binder, an ethylenically unsaturated compound and a photoinitiator; (b) exposing the photopolymerizable layer to actinic radiation through the mask in an environment having an inert gas and a concentration of oxygen between 50,000 ppm and 2000 ppm, forming at least a polymerized portion and at least an unpolymerized portion; and, (c) treating by heating the photosensitive element of step b) to a temperature sufficient to cause the unpolymerized portion to melt, flow, or soften, wherein the in-situ mask includes actinic radiation opaque areas and open areas, and the open areas comprise a pattern of a plurality of features in which each feature has a dimension between 5 and 30 μm (microns) that is opaque to actinic radiation. (a) forming an in-situ mask disposed above a layer of a photopolymerizable composition in the photosensitive element, wherein the photopolymerizable composition comprises a binder, an ethylenically unsaturated compound and a photoinitiator; (b) exposing the photopolymerizable layer to actinic radiation through the mask in an environment having an inert gas and a concentration of oxygen between 50,000 ppm and 2000 ppm, forming at least a polymerized portion and at least an unpolymerized portion; and, (c) treating by heating the photosensitive element of step b) to a temperature sufficient to cause the unpolymerized portion to melt, flow, or soften,
A tibial baseplate comprising: a medial portion having a proximal surface and a distal surface opposite the proximal surface; a lateral portion having a proximal surface and a distal surface opposite the proximal surface; and an intermediate portion having a proximal surface and a distal surface opposite the proximal surface, the intermediate portion joining the medial and lateral portions, wherein the proximal surface of the lateral portion is located superiorly to the proximal surface of the medial portion about a longitudinal axis of the tibial baseplate, wherein the tibial baseplate has a mechanical axis, the proximal surface of the lateral portion and the proximal surface of the medial portion both being substantially perpendicular to the mechanical axis when viewed in the coronal plane, characterized in that the proximal surface of the intermediate portion is angled with respect to the proximal surfaces of the medial and lateral portions, whereby the proximal surface of the intermediate portion is sloped such that it is oblique to the mechanical axis. a medial portion having a proximal surface and a distal surface opposite the proximal surface; a lateral portion having a proximal surface and a distal surface opposite the proximal surface; and an intermediate portion having a proximal surface and a distal surface opposite the proximal surface, the intermediate portion joining the medial and lateral portions, wherein the proximal surface of the lateral portion is located superiorly to the proximal surface of the medial portion about a longitudinal axis of the tibial baseplate, wherein the tibial baseplate has a mechanical axis, the proximal surface of the lateral portion and the proximal surface of the medial portion both being substantially perpendicular to the mechanical axis when viewed in the coronal plane, characterized in that the proximal surface of the intermediate portion is angled with respect to the proximal surfaces of the medial and lateral portions, whereby the proximal surface of the intermediate portion is sloped such that it is oblique to the mechanical axis.
A protein conjugate of the following structure Protein 1 -Linker-S-Protein 2 L-S-Protein 3 wherein Linker is a chemical moiety S is a sulfur atom and Protein 1 is covalently linked to Protein 2 and Protein 3 via the Linker and sulfur atoms and wherein Protein 2 and Protein 3 are Fc polypeptides. Linker is a chemical moiety S is a sulfur atom and Protein 1 is covalently linked to Protein 2 and Protein 3 via the Linker and sulfur atoms and wherein Protein 2 and Protein 3 are Fc polypeptides.
A rotary drum drain cleaning apparatus having a cable monitoring system, the apparatus comprising: a frame assembly; a first rotatable member rotatably supported on the frame assembly, the first member defining an interior hollow region; a second rotatable member rotatably supported on at least one of the first rotatable member and the frame assembly, the second member defining a cable outlet; a flexible cable at least partially disposed in the first member and extending through the cable outlet of the second member, wherein upon displacement of the cable through the cable outlet, the second rotatable member rotates; and a system for measuring relative rotation of the first member and the second member to thereby monitor the length of cable extended or retracted relative to the device. a frame assembly; a first rotatable member rotatably supported on the frame assembly, the first member defining an interior hollow region; a second rotatable member rotatably supported on at least one of the first rotatable member and the frame assembly, the second member defining a cable outlet; a flexible cable at least partially disposed in the first member and extending through the cable outlet of the second member, wherein upon displacement of the cable through the cable outlet, the second rotatable member rotates; and a system for measuring relative rotation of the first member and the second member to thereby monitor the length of cable extended or retracted relative to the device.
Exercise apparatus comprising a weight stack for opposing a given exercise motion through a cable and pulley system, said weight stack comprising a set of weights vertically stacked on each other, which weights have a central aperture formed therein through which a lifting stem is downwardly insertable and wherein each weight is provided with weight selector means, which are pivotally engagable with said lifting stem for connecting and locking a selectable number of weights to the central lifting stem, wherein the weight selector means is fitted in a first recess provided on the underside of each weight, said first recess being in connection with the central aperture of each weight, characterized in that said first recess comprises at least two levels having different depths and wherein the weight selector means is adapted to fit in the first level, corresponding to a first position of the weight selector means, when its weight is not selected and to fit in the second deeper level, corresponding to a second position of the weight selector means, when its weight is to be selected.
Energy storage device, in which in at least two packing levels (1, 2, 3) a plurality of energy storage cells are respectively arranged between a first cell holder (10, 110) and a second cell holder of the respective packing level, wherein - at least one of the energy storage cells of one of the packing planes is electrically connected to a corresponding energy storage cell of at least one adjacent packing plane to form a cell stack by means of at least one contact element which is arranged between the facing cell holders of adjacent packing planes, - the energy storage device has a closing plate (16, 18) above and/or below the cell stacks, - the first cell holders and the second cell holders of the at least two packing levels each have a plurality of continuous fastening recesses (26, 28), - a respective fastening means under tension extends through the fastening recesses of these cell holders, by means of which at least the energy storage cells of the at least one cell stack (a, b, c) are pulled together, - a tractive force of the fasteners is applied to the cell stacks at least indirectly by means of the upper and/or lower end plate to which the fasteners are fixed, characterized in that at least a part of the fastening recesses are arranged further away from a nearest outer boundary of the energy storage device than at least one energy storage cell, wherein several fastening recesses are arranged according to a predetermined pattern at regular distances on an imaginary circle around a cell receiving portion between the cell recesses. - at least one of the energy storage cells of one of the packing planes is electrically connected to a corresponding energy storage cell of at least one adjacent packing plane to form a cell stack by means of at least one contact element which is arranged between the facing cell holders of adjacent packing planes, - the energy storage device has a closing plate (16, 18) above and/or below the cell stacks, - the first cell holders and the second cell holders of the at least two packing levels each have a plurality of continuous fastening recesses (26, 28), - a respective fastening means under tension extends through the fastening recesses of these cell holders, by means of which at least the energy storage cells of the at least one cell stack (a, b, c) are pulled together, - a tractive force of the fasteners is applied to the cell stacks at least indirectly by means of the upper and/or lower end plate to which the fasteners are fixed, characterized in that at least a part of the fastening recesses are arranged further away from a nearest outer boundary of the energy storage device than at least one energy storage cell, wherein several fastening recesses are arranged according to a predetermined pattern at regular distances on an imaginary circle around a cell receiving portion between the cell recesses.