mhurhangee/ep-ind-claims huggingface dataset:
A device for machining a surface of a workpiece, having: a frame; a roller support on which a first roller is rotatably mounted and which is slidably mounted on the frame along a first direction (x); a second roller which is mounted on the frame; a belt which is guided around the two rollers (101, 103) and due to the tension of which a resulting belt force (F B, F B ') acts on the roller support, wherein the first roller only serves as a deflection roller; and an idler for adjusting a biasing force in the belt; characterized by an actuator which is mechanically coupled to the frame and the roller support such that an adjustable actuator force (F A) acts between the frame and the first roller along the first direction (x); wherein the belt is guided by means of the second roller or by means of the second roller and further rollers such that the resultant belt force (F B, F B ') acting on the roller support at a target deflection of the actuator acts approximately in a second direction (y) which is orthogonal to the first direction (x), wherein the actuator operates in a purely force-controlled manner. a frame; a roller support on which a first roller is rotatably mounted and which is slidably mounted on the frame along a first direction (x); a second roller which is mounted on the frame; a belt which is guided around the two rollers (101, 103) and due to the tension of which a resulting belt force (F B, F B ') acts on the roller support, wherein the first roller only serves as a deflection roller; and an idler for adjusting a biasing force in the belt; characterized by an actuator which is mechanically coupled to the frame and the roller support such that an adjustable actuator force (F A) acts between the frame and the first roller along the first direction (x); wherein the belt is guided by means of the second roller or by means of the second roller and further rollers such that the resultant belt force (F B, F B ') acting on the roller support at a target deflection of the actuator acts approximately in a second direction (y) which is orthogonal to the first direction (x), wherein the actuator operates in a purely force-controlled manner.
Hardener compositions H for condensation-crosslinking RTV-2 systems comprising at least one crosslinking agent having hydrolyzable groups bonded to silicon atoms, at least one catalyst selected from compounds of titanium, cerium, zirconium, molybdenum, manganese, copper, zinc, bismuth, lithium, strontium, and B, and at least one aminoalkyl alcohol. at least one crosslinking agent having hydrolyzable groups bonded to silicon atoms, at least one catalyst selected from compounds of titanium, cerium, zirconium, molybdenum, manganese, copper, zinc, bismuth, lithium, strontium, and B, and at least one aminoalkyl alcohol.
A computer-implemented method for classifying a test sample obtained from a human subject, comprising: (a) obtaining a dataset associated with said test sample, wherein said obtained dataset comprises quantitative data for a set of protein markers (i): (i) apolipoprotein H, monocyte chemoattractant protein-1 (MCP-1) and tumor necrosis factor receptor II (TNF-RII); (b) inputting said obtained dataset into an analytical process on a computer that compares said obtained dataset against one or more reference datasets; and, (c) classifying said test sample according to the output of said analytical process, wherein said classification is selected from the group consisting of a rapidly declining chronic obstructive pulmonary disease (COPD) classification and a healthy classification. (a) obtaining a dataset associated with said test sample, wherein said obtained dataset comprises quantitative data for a set of protein markers (i): (i) apolipoprotein H, monocyte chemoattractant protein-1 (MCP-1) and tumor necrosis factor receptor II (TNF-RII); (i) apolipoprotein H, monocyte chemoattractant protein-1 (MCP-1) and tumor necrosis factor receptor II (TNF-RII); (b) inputting said obtained dataset into an analytical process on a computer that compares said obtained dataset against one or more reference datasets; and, (c) classifying said test sample according to the output of said analytical process, wherein said classification is selected from the group consisting of a rapidly declining chronic obstructive pulmonary disease (COPD) classification and a healthy classification.
An expandable stent for the positioning and anchoring of a valvular prosthesis in an implantation site in the heart of a patient in the treatment of a narrowed cardiac valve or a cardiac valve insufficiency, wherein the stent comprises a plurality of positioning arches (15a, 15b, 15c) configured to be positioned within a plurality of pockets of the patient's native heart valve and positioned on a first side of a plurality of native heart valve leaflets, and a plurality of retaining arches (16a, 16b, 16c) configured to be positioned on a second side of the plurality of native heart valve leaflets opposite the first side, each retaining arch (16a, 16b, 16c) having two arms (16a', 16a", 16b', 16", 16c', 16c") which are connected together by means of a connection portion, characterized in that the respective arms (16a', 16a", 16b', 16b", 16c', 16c") of the retaining arches (16a, 16b, 16c) are provided with a plurality of bending edges which divide each arm (16a', 16a", 16b', 16b", 16c', 16c") into a plurality of arm segments, the arm segments of an arm (16a', 16a", 16b', 16b", 16c', 16c") of the retaining arches (16a, 16b, 16c) being interconnected thereby constituting a retaining arch arm which describes an essentially straight line in the not-expanded state of the stent, wherein, in the expanded state of the stent, the respective arms (16a', 16a", 16b', 16b", 16c', 16c") of the retaining arches (16a, 16b, 16c) have a shape that follows the shape of the leaflets of a valvular prosthesis which is to be attached to the stent, for supporting the skirt and edge of the leaflets of the vascular prosthesis.
Domestic appliance for processing foods, comprising: - a bowl which comprises an opening for introducing foods into the bowl and into which a tool for processing foods can be inserted, - a splash guard that can be inserted into the opening of the bowl, such that adjoining regions of the splash guard are opposite the inner wall of the opening so as to prevent foods from splashing out of the bowl, - a lid that is separate from the splash guard and that can be inserted into the opening of the bowl, wherein the splash guard comprises a plate that extends in a substantially planar manner to the adjoining regions, such that the lid rests on the splash guard without encroaching into the splash guard. - a bowl which comprises an opening for introducing foods into the bowl and into which a tool for processing foods can be inserted, - a splash guard that can be inserted into the opening of the bowl, such that adjoining regions of the splash guard are opposite the inner wall of the opening so as to prevent foods from splashing out of the bowl, - a lid that is separate from the splash guard and that can be inserted into the opening of the bowl,
Compensator tap (1, 1', 1") for drinks, in particular for beer, having a hand lever for adjusting the compensator tap (1, 1', 1") from a closed position to an open position and back, a discharge spout for discharging the drink in the open position of the compensator tap (1, 1', 1") and a flow-through chamber for the drink to flow through to the discharge spout, wherein the flow-through chamber has a section tapered against the flow direction of the drink, wherein a section (13") of a compensator (12, 12") tapered against the flow direction of the drink is provided in the flow-through chamber, and wherein the compensator (12, 12") is connected to the hand lever in such a way that in the closed position of the compensator tap (1, 1') the compensator (12, 12") with sealing surfaces (21, 21") comes into contact with corresponding sealing surfaces of the flow-through chamber and thereby shuts off the compensator tap (1, 1', 1") with respect to the flow-through of the drink, characterised in that the compensator (12") has at least one compensator channel (26") for the drink to flow through the compensator (12") in the direction of an annular outlet (31") opposite the tapered section (13") for the drink to flow out of the compensator channel (26").
An apparatus for emptying bags, the apparatus comprising a cutting mechanism arranged to cut the bags, a bag support comprising a plurality of elongated support members that extend in a longitudinal direction, the support members having a spacing that defines openings in the bag support, a collection unit arranged beneath the bag support, wherein the cutting mechanism is arranged to receive bags and to convey cut bags to the bag support, such that the cut bags are separated from the contents therein on the bag support, thereby allowing the content to be received in the collection unit, a bag disposal mechanism comprising a vacuum unit arranged to retrieve bags emptied on the bag support and to deliver the emptied bags to a disposal unit, wherein the cutting mechanism comprises first and second cutting devices (111, 112) arranged to cut a bag along a first cut direction that is substantially transverse to said longitudinal direction, and along a second cut direction that is substantially parallel to said longitudinal direction, such that a flap is formed in the material from which the bag is made, thereby allowing the flap to fold into the openings of the bag support to empty the content through the openings and into the collection unit, characterized in that the vacuum unit comprises a central vacuuming device being movable in a direction towards the bag support and being arranged to transport emptied bags to the disposal unit by air flow in a conduit, wherein the vacuum unit comprises a plurality of suction devices arranged around the central vacuuming device to retrieve the bags by air suction until the bags are transported into the central vacuuming device, and the vacuum unit is connected to a vibration device arranged to vibrate the vacuum unit.
A power storage device comprising: a plurality of cells which are connected in series; a plurality of reactance elements which are connected in series; a plurality of connection lines configured to connect the respective cells and the respective reactance elements in parallel in a one-to-one correspondence; a plurality of switching elements configured to independently open and close each of the connection lines; and a power storage control device configured to control the switching elements to cause energy to be transferred between the cells, wherein the number of reactance elements is the same as the number of cells, wherein the power storage control device is configured to close a first pair of connection lines which are disposed at both ends of a series of cells among the plurality of cells, in order to supply energy from the series of cells to the plurality of reactance elements, and then open the first pair of connection lines and close a plurality of second pairs of connection lines, the connection lines of each second pair of connection lines being disposed at both ends of one respective target cell among the series of cells, in order to supply energy from corresponding reactance elements to the respective target cells having less retained energy than the other cells, wherein the number of switching elements and the number of connection lines are a number obtained by adding 1 to the number of cells. a plurality of cells which are connected in series; a plurality of reactance elements which are connected in series; a plurality of connection lines configured to connect the respective cells and the respective reactance elements in parallel in a one-to-one correspondence; a plurality of switching elements configured to independently open and close each of the connection lines; and a power storage control device configured to control the switching elements to cause energy to be transferred between the cells, wherein the number of reactance elements is the same as the number of cells, wherein the power storage control device is configured to close a first pair of connection lines which are disposed at both ends of a series of cells among the plurality of cells, in order to supply energy from the series of cells to the plurality of reactance elements, and then open the first pair of connection lines and close a plurality of second pairs of connection lines, the connection lines of each second pair of connection lines being disposed at both ends of one respective target cell among the series of cells, in order to supply energy from corresponding reactance elements to the respective target cells having less retained energy than the other cells, wherein the number of switching elements and the number of connection lines are a number obtained by adding 1 to the number of cells.
A method providing for characterizing at least one turbine blade, the method comprising processing signals received from sensors directly or indirectly coupled to turbine blades mechanically excited by a liquid, wherein the processing is performed according to a quantitative model of the excitation force imparted on the at least one turbine blade by the liquid, the impingement of the liquid onto the at least one turbine blade being controlled according to said quantitative model of the excitation force imparted onto the at least one turbine blade by the liquid.
A helmet comprising a shell having two or more components (11, 13) which are hingedly connected together about a fold line extending across the shell, each component (11, 13) comprising a plurality of panels, each panel being hingedly connected to at least one adjacent panel, whereby the shell may be adjustable between a first configuration in which the shell may be placed over the head of the user and a second configuration in which said first and second components (11, 13) are each flattened and are arranged in a substantially overlying relationship characterized in that means are provided for securing the first and second components (11, 13) together so that the shell can be locked into its first configuration, and in that said fold line extends centrally from front to rear of said shell.
A device for use with a railroad vehicle, the device comprising: processing circuitry (81, 83-87, 89); and a memory coupled to the processing circuitry (81, 83-87, 89); wherein the processing circuitry (81, 83-87, 89) is configured to: acquire position information of a railroad vehicle on a rail; determine, based on a rotational speed of a wheel of the railroad vehicle, whether the wheel is sliding; and store in the memory, as wheel slide information, position information of the railroad vehicle on the rail observed when the wheel has slid characterized in that the processing circuitry (81, 83-87, 89) is further configured to: calculate, based on the wheel slide information, a predicted wheel slide position where the wheel possibly slides; and control a brake device of the railroad vehicle such that a deceleration rate of the railroad vehicle observed when the railroad vehicle is on the predicted wheel slide position is equal to or less than a predetermined deceleration rate. processing circuitry (81, 83-87, 89); and a memory coupled to the processing circuitry (81, 83-87, 89); wherein the processing circuitry (81, 83-87, 89) is configured to: acquire position information of a railroad vehicle on a rail; determine, based on a rotational speed of a wheel of the railroad vehicle, whether the wheel is sliding; and store in the memory, as wheel slide information, position information of the railroad vehicle on the rail observed when the wheel has slid characterized in that the processing circuitry (81, 83-87, 89) is further configured to: calculate, based on the wheel slide information, a predicted wheel slide position where the wheel possibly slides; and control a brake device of the railroad vehicle such that a deceleration rate of the railroad vehicle observed when the railroad vehicle is on the predicted wheel slide position is equal to or less than a predetermined deceleration rate. acquire position information of a railroad vehicle on a rail; determine, based on a rotational speed of a wheel of the railroad vehicle, whether the wheel is sliding; and store in the memory, as wheel slide information, position information of the railroad vehicle on the rail observed when the wheel has slid characterized in that the processing circuitry (81, 83-87, 89) is further configured to: calculate, based on the wheel slide information, a predicted wheel slide position where the wheel possibly slides; and control a brake device of the railroad vehicle such that a deceleration rate of the railroad vehicle observed when the railroad vehicle is on the predicted wheel slide position is equal to or less than a predetermined deceleration rate. calculate, based on the wheel slide information, a predicted wheel slide position where the wheel possibly slides; and control a brake device of the railroad vehicle such that a deceleration rate of the railroad vehicle observed when the railroad vehicle is on the predicted wheel slide position is equal to or less than a predetermined deceleration rate.
A method for a bending test of a flexible screen, comprising: connecting the flexible screen to amounting device; conducting a mechanical extrusion test to the flexible screen to bend the flexible screen by placing an extrusion point for the mechanical extrusion test away from connection points between the flexible screen and the mounting device; and conducting a bending performance detection to the flexible screen, characterized in that the conducting a mechanical extrusion test to the flexible screen comprises mechanical extrusion, via a regulating device, for a plurality of preset extrusion points on the flexible screen respectively. connecting the flexible screen to amounting device; conducting a mechanical extrusion test to the flexible screen to bend the flexible screen by placing an extrusion point for the mechanical extrusion test away from connection points between the flexible screen and the mounting device; and conducting a bending performance detection to the flexible screen, characterized in that the conducting a mechanical extrusion test to the flexible screen comprises mechanical extrusion, via a regulating device, for a plurality of preset extrusion points on the flexible screen respectively.
Method for marking or colouration or destruction of objects of value, such as banknotes, where at least one liquid medium (31;83,84;121-123) which is contained in at least one compressible and openable container (30;85a,85b;124-126) is used, characterised by that at least one flattened and expandable container (40;80a,80b;110) is used in order to, when needed, compress the compressible container (30;85a,85b;124-126) for distribution of the liquid medium (31;83,84:121-123) on the objects of value, and that at least one gas generating means (41,81,82;111) is used inside the expandable container (40;80a,80b;110) so that at an alarm signal the gas generator will expand the expandable container (40;80a,80b;110).
An apparatus, comprising: at least one energy transfer system arranged to divert a selected portion of thermal energy from a portion of at least one nuclear reactor system to at least one auxiliary thermal reservoir, wherein the nuclear reactor system comprises an energy conversion system arranged for producing electrical energy and for supplying this electrical energy to an external load and a nuclear reactor arranged to supply thermal energy to the energy conversion system; and at least one heat supply system configured to supply at least a portion of the diverted selected portion of thermal energy from the auxiliary thermal reservoir to the energy conversion system for producing electrical energy and for supplying this electrical energy to the external load in response to a shutdown event of the nuclear reactor system. at least one energy transfer system arranged to divert a selected portion of thermal energy from a portion of at least one nuclear reactor system to at least one auxiliary thermal reservoir, wherein the nuclear reactor system comprises an energy conversion system arranged for producing electrical energy and for supplying this electrical energy to an external load and a nuclear reactor arranged to supply thermal energy to the energy conversion system; and at least one heat supply system configured to supply at least a portion of the diverted selected portion of thermal energy from the auxiliary thermal reservoir to the energy conversion system for producing electrical energy and for supplying this electrical energy to the external load in response to a shutdown event of the nuclear reactor system.
A medical or dental instrument part, comprising: a coupling device for connecting the instrument part to a control, regulating or supply unit, and a memory device that can be operated with electrical power for storing identification data and/or operating and/or care data of the instrument part, characterized by exactly three electrical lines (6A, 6B, 6C), wherein a first and second electrical line (6A, 6B) of these exactly three electrical lines (6A, 6B, 6C) are provided for supplying electrical power to a lighting device that is provided on the instrument part or can be connected to the instrument part for operating the lighting device and for supplying electrical power to the memory device for operating the memory device, and wherein a third electrical line of the exactly three electrical lines (6A, 6B, 6C) is provided for transmitting identification data and/or operating data and/or care data between the memory device and the control, regulating or supply unit connectable to the instrument part.
A resource allocation method comprising: determining identification information about spectrum aggregating mode to be used by User Equipment, UE, and allocation information about resource to be used by the UE; and notifying the UE of the identification information about spectrum aggregating mode to be used by the UE and allocation information about resource to be used by the UE; wherein, the notifying the UE of the identification information about spectrum aggregating mode to be used by the UE and allocation information about resource to be used by the UE comprises: sending the identification information about spectrum aggregating mode and allocation information about resource to the UE by bearing the identification information about spectrum aggregating mode and allocation information about resource on a plurality of control channels, and bearing the plurality of control channels on one determined carrier. determining identification information about spectrum aggregating mode to be used by User Equipment, UE, and allocation information about resource to be used by the UE; and notifying the UE of the identification information about spectrum aggregating mode to be used by the UE and allocation information about resource to be used by the UE; wherein, the notifying the UE of the identification information about spectrum aggregating mode to be used by the UE and allocation information about resource to be used by the UE comprises: sending the identification information about spectrum aggregating mode and allocation information about resource to the UE by bearing the identification information about spectrum aggregating mode and allocation information about resource on a plurality of control channels, and bearing the plurality of control channels on one determined carrier. sending the identification information about spectrum aggregating mode and allocation information about resource to the UE by bearing the identification information about spectrum aggregating mode and allocation information about resource on a plurality of control channels, and bearing the plurality of control channels on one determined carrier.