mhurhangee/ep-ind-claims huggingface dataset:
Contactless electrical energy transfer device comprising a first system out of an electrical energy transmitter system and an electrical energy receiver system, and a second system, different from the first system, out of an electrical energy transmitter system and an electrical energy receiver system, the first system comprising a first housing which has a first face oriented towards the second system when the first and second systems are magnetically coupled, and moving away from the first face, at least one first coil and a layer of ferromagnetic elements positioned in the first housing, the first coil comprising at least one first winding (50.1) around at least one first zone without wire (50.2) and a first winding axis at right angles to the first face, the second system comprising a second housing which has a second face oriented towards the first system when the first and second systems are magnetically coupled and at least one second coil positioned in the second housing, the second coil comprising at least one second winding (60.1) around at least one second zone without wire (60.2) and a second winding axis at right angles to the second face; wherein the first system comprises at least one small column extending between first and second ends (64.1, 64.2) and having a longitudinal direction linking the first and second ends (64.1, 64.2) parallel to the first winding axis, characterized in that said small column passing through the first coil by passing through a first zone without wire (50.2), the first end (64.1) of the small column being in contact with the layer of ferromagnetic elements, each small column being made of ferromagnetic material, and in that the second system comprises, in the second housing, a resin filled with ferromagnetic particles.
A tire for use in a two-wheeled automotive vehicle, the tire comprising: a tread having an outer surface that forms a tread surface; a pair of sidewalls extending from ends (Pe), respectively, of the tread inward in a radial direction; a pair of beads disposed inward of the sidewalls, respectively, in the radial direction; a carcass extending, on and between one of the beads and the other of the beads, along inner sides of the tread and the sidewalls; and a belt layered, over the carcass, inward of the tread in the radial direction, wherein the tread includes a center region, and a pair of shoulder regions disposed outward of the center region in an axial direction, the center region and the shoulder regions are each formed by a crosslinked rubber composition, a modulus Ms of the rubber composition of each shoulder region is lower than a modulus Mc of the rubber composition of the center region, the belt is formed by a belt cord and a topping rubber, and the belt extends inward of the sidewalls in the axial direction, characterized in that a ratio Hb/H of a height Hb from a bead base line to an end (Pb) of the belt relative to a height H from the bead base line to each end (Pe) of the tread is greater than or equal to 0.1, and not greater than 0.5, and a tilt angle of the belt cord is greater than or equal to 70 degrees relative to the equator plane of the tire, and not greater than 90 degrees. a tread having an outer surface that forms a tread surface; a pair of sidewalls extending from ends (Pe), respectively, of the tread inward in a radial direction; a pair of beads disposed inward of the sidewalls, respectively, in the radial direction; a carcass extending, on and between one of the beads and the other of the beads, along inner sides of the tread and the sidewalls; and a belt layered, over the carcass, inward of the tread in the radial direction, wherein the tread includes a center region, and a pair of shoulder regions disposed outward of the center region in an axial direction, the center region and the shoulder regions are each formed by a crosslinked rubber composition, a modulus Ms of the rubber composition of each shoulder region is lower than a modulus Mc of the rubber composition of the center region, the belt is formed by a belt cord and a topping rubber, and the belt extends inward of the sidewalls in the axial direction, characterized in that a ratio Hb/H of a height Hb from a bead base line to an end (Pb) of the belt relative to a height H from the bead base line to each end (Pe) of the tread is greater than or equal to 0.1, and not greater than 0.5, and a tilt angle of the belt cord is greater than or equal to 70 degrees relative to the equator plane of the tire, and not greater than 90 degrees.
Method for operating a machine tool having a first number of machine axes, each of which can be moved by means of a drive means and can be actuated via a control unit which is designed to perform a coordinates transformation around a second number of machine axes relative to a reference point on the machine tool, comprising the step: a) providing a parts program for the machining of a workpiece by means of the machine tool; characterised by the steps: b) determining at least one axis of rotation from among the machine axes and blocking the at least one axis of rotation determined for actuations; c) determining control commands for a plurality of machine axes excluding the at least one axis of rotation determined in step b); d) setting the at least one axis of rotation determined in step b) into a machining position and determining a corresponding rotational movement; e) determining an adapted set of control commands for the plurality of machine axes on the basis of the control commands determined in step c) and the rotational movement determined in step d); wherein the workpiece is machined by means of executing the adapted set of control commands. a) providing a parts program for the machining of a workpiece by means of the machine tool; characterised by the steps: b) determining at least one axis of rotation from among the machine axes and blocking the at least one axis of rotation determined for actuations; c) determining control commands for a plurality of machine axes excluding the at least one axis of rotation determined in step b); d) setting the at least one axis of rotation determined in step b) into a machining position and determining a corresponding rotational movement; e) determining an adapted set of control commands for the plurality of machine axes on the basis of the control commands determined in step c) and the rotational movement determined in step d);
Dental implant with an anchoring part for anchoring in the bone and with a mounting part for receiving an element to be applied, wherein the anchoring part and the mounting part are integrally made of zirconia ceramic, wherein the mounting part has a conical shape and a groove, which extends from the upper front surface of the mounting part downwards, and the mounting part directly adjoins the anchoring part which is shaped cylindrically, wherein the anchoring part has a threaded section, and the mounting part extends within the extension of the longitudinal axis of the threaded section, and wherein the anchoring part is at least partially roughened at its outer surface by a removing process, and the maximum surface roughness in the region of the anchoring part is between 4 and 20 μm.
Method for performing a communication between vehicles, in which a Java interface is defined for basic functions, in which applications are forwarded between vehicles and in which vehicles involved in the communication each initially transmit a list of available applications to other vehicles.
Apparatus for determining the position of the rotor of an electric machine with respect to the stator, wherein the electric machine comprises at least three phase strings (1, 2, 3) which each have at least one pole winding with a magnetizable core, with an energization circuit which comprises switching devices (15, 16, 17) with which optionally the positive or negative pole of an operating voltage source can be applied to the phase strings (1, 2, 3) in question via lines (10, 11, 12), and comprises further switching devices (18, 19, 20) which can optionally isolate one of the phase strings (1, 2, 3) in its entirety from the operating voltage source, and with devices for acquiring a measured signal (29a-31a) which is influenced by the instantaneous degree of magnetization of the pole-winding cores which is dependent on the position of the rotor, wherein the measured signal (29a-31a) is a DC voltage (U B) of the operating voltage source, which DC voltage is divided according to the instantaneous inductances of two of the phase strings (1, 2, 3), characterized in that the devices for acquiring the measured signal (29a-31a) are provided to tap the measured signal (29a-31a) exclusively outside of the electric machine at the lines which are used to energize the electric machine and the further switching devices are provided for temporarily isolating in each case one of the lines from the operating voltage source, wherein the measured signal (29a-31a) can in each case be tapped at the line which is isolated from the operating voltage source.
Second-skin elastic knit fabric that makes it possible to preserve the degree of hydration of the surface layers of the epidermis and that comprises 6% to 15% by weight of polyacrylate fibres, acrylic microfibres having a linear mass density of less than or equal to 1.2 dtex, and at least one elastic yarn.
Suction device for a home vacuum cleaner, comprising: - a motor casing comprising a passage opening, - a suction motor disposed in the motor casing and configured to generate a suction flow, the suction motor comprising an air inlet opening, and - an aeraulic sealing element configured to guide the suction flow from the passage opening to the air inlet opening, the aeraulic sealing element being annular and flexible, the aeraulic sealing element comprising a first annular sealing portion configured to engage in a sealed manner with the motor casing, and a second annular sealing portion configured to engage in a sealed manner with the suction motor, characterised in that the second annular sealing portion comprises an annular sealing lip which extends around the air inlet opening from an annular sealing ridge configured to engage in a sealed manner with the suction motor, the annular sealing lip comprising support ridges which extend under the annular sealing lip and which are configured to support against the suction motor in order to elevate locally the annular sealing lip and to allow the depression generated by the suction flow to be applied under the annular sealing lip to the edge of the annular sealing ridge when the suction motor is powered and generates the suction flow. - a motor casing comprising a passage opening, - a suction motor disposed in the motor casing and configured to generate a suction flow, the suction motor comprising an air inlet opening, and - an aeraulic sealing element configured to guide the suction flow from the passage opening to the air inlet opening, the aeraulic sealing element being annular and flexible, the aeraulic sealing element comprising a first annular sealing portion configured to engage in a sealed manner with the motor casing, and a second annular sealing portion configured to engage in a sealed manner with the suction motor,
Method for producing a stiffening profile from at least one layer cut from a pre-impregnated fiber web, which is placed on a mould core determining the profile shape, is held in the support region on the mould core and, starting from this support region, is pressed progressively against the mould core transversely to the longitudinal direction of the profile up to the longitudinal edges of the profile, wherein the layer is pressed against the mould core in its longitudinal direction in a stepwise, progressively shaping manner with the aid of moulding punches, which are arranged offset relative to one another both in the circumferential direction and in the longitudinal direction of the mould core and can be acted upon in the direction of the mould surfaces of the mould core.
A system to render a map of an internal surface of a volume, comprising: a position element operable to be moved in the volume to a first plurality of positions within a first region of the volume and a second plurality of positions within the volume; a position sensing system positioned relative to the volume, including a processor operable to: determine the relative positions of the first plurality of positions and the relative positions of the second plurality of positions; render a first map based on the determined position of the position element in each of the first plurality of positions; and determine if the plurality of second positions are within the first region, and if the plurality of second positions are not within the first region, render a second map based only on the determined second position data and only augmenting the first rendered map with the second rendered map; and a display device to display the rendered first map, rendered second map, and combinations thereof. a position element operable to be moved in the volume to a first plurality of positions within a first region of the volume and a second plurality of positions within the volume; a position sensing system positioned relative to the volume, including a processor operable to: determine the relative positions of the first plurality of positions and the relative positions of the second plurality of positions; render a first map based on the determined position of the position element in each of the first plurality of positions; and determine if the plurality of second positions are within the first region, and if the plurality of second positions are not within the first region, render a second map based only on the determined second position data and only augmenting the first rendered map with the second rendered map; and determine the relative positions of the first plurality of positions and the relative positions of the second plurality of positions; render a first map based on the determined position of the position element in each of the first plurality of positions; and determine if the plurality of second positions are within the first region, and if the plurality of second positions are not within the first region, render a second map based only on the determined second position data and only augmenting the first rendered map with the second rendered map; and a display device to display the rendered first map, rendered second map, and combinations thereof.
A method of carrying out an assay for substance in a sample of whole blood, which method comprises: (a) carrying out a reaction in solution between an analyte in the whole blood sample and a specific reagent, the sample being combined with the reagent at time t 0; (b) monitoring the transmission of the solution continuously as the reaction progresses at a suitable wavelength; (c) recording, from the detected transmission values, the transmission, T init, being the transmission of the reaction solution before the addition of the sample; and calculating T 0, being the transmission at time t 0 after the sample has been added and T ∞ being the transmission at time t ∞, which is the point at which all of the analyte has reacted with the reagent, or has attained equilibrium; (d) calculating from the values of T init and T 0 the optical density of the sample after blood addition and hence quantity of haemoglobin added in that sample; (e) calculating from the values of T 0 and T ∞ the change in transmission attributable to the reaction in step (a); and (f) deriving from the relationship between these measurements the concentration of the analyte in the sample, corrected for haematocrit variation. (a) carrying out a reaction in solution between an analyte in the whole blood sample and a specific reagent, the sample being combined with the reagent at time t 0; (b) monitoring the transmission of the solution continuously as the reaction progresses at a suitable wavelength; (c) recording, from the detected transmission values, the transmission, T init, being the transmission of the reaction solution before the addition of the sample; and calculating T 0, being the transmission at time t 0 after the sample has been added and T ∞ being the transmission at time t ∞, which is the point at which all of the analyte has reacted with the reagent, or has attained equilibrium; (d) calculating from the values of T init and T 0 the optical density of the sample after blood addition and hence quantity of haemoglobin added in that sample; (e) calculating from the values of T 0 and T ∞ the change in transmission attributable to the reaction in step (a); and (f) deriving from the relationship between these measurements the concentration of the analyte in the sample, corrected for haematocrit variation.
An article and document conveyor, comprising: an article merging conveyor including an article conveying surface adapted to convey articles and having a front edge, a document merging conveyor including a document conveying surface adapted to convey documents, the document conveying surface being located below the article conveying surface and extending beyond the front edge, and a conflating conveyor for physically conflating one of the articles and one of the documents, the conflating conveyor including a conveying surface part, and the conflating conveyor being located downstream and adjacent to the article merging conveyor, wherein the conveyor surface part of the conflating conveyor is separate from the document conveying surface of the document merging conveyor, characterized in that: the conveying surface part and the document conveying surface engage into each other at a transition region such as to form a combined conveying surface at this transition region, the combined conveying surface being adapted to convey both the articles and the documents. an article merging conveyor including an article conveying surface adapted to convey articles and having a front edge, a document merging conveyor including a document conveying surface adapted to convey documents, the document conveying surface being located below the article conveying surface and extending beyond the front edge, and a conflating conveyor for physically conflating one of the articles and one of the documents, the conflating conveyor including a conveying surface part, and the conflating conveyor being located downstream and adjacent to the article merging conveyor, wherein the conveyor surface part of the conflating conveyor is separate from the document conveying surface of the document merging conveyor, characterized in that: the conveying surface part and the document conveying surface engage into each other at a transition region such as to form a combined conveying surface at this transition region, the combined conveying surface being adapted to convey both the articles and the documents.
A blood volume monitor configured to execute a method of operating a blood treatment apparatus for the extracorporeal blood treatment of a patient, comprising the steps of: - obtaining at least one value relating to the blood volume at at least one point of time or relating to the evolution thereof over at least two points of time of the blood treatment; - comparing the value with a predetermined criterion for the blood volume; - obtaining a statement about a pressure prevailing (P a-ex, P v-ex) in a portion of the blood treatment apparatus or in an extracorporeal circuit or about the evolution thereof; - comparing the statement with a predetermined criterion for the pressure (P a-ex, P v-ex); and - checking, when the blood volume criterion is satisfied, the presence of a coincidence between the pressure (P a-ex, P v-ex) criterion being satisfied and the blood volume criterion being satisfied in order to detect artefacts in the blood volume measurement, wherein a coincidence is given when both criteria are satisfied within a predetermined period of time. - obtaining at least one value relating to the blood volume at at least one point of time or relating to the evolution thereof over at least two points of time of the blood treatment; - comparing the value with a predetermined criterion for the blood volume; - obtaining a statement about a pressure prevailing (P a-ex, P v-ex) in a portion of the blood treatment apparatus or in an extracorporeal circuit or about the evolution thereof; - comparing the statement with a predetermined criterion for the pressure (P a-ex, P v-ex); and - checking, when the blood volume criterion is satisfied, the presence of a coincidence between the pressure (P a-ex, P v-ex) criterion being satisfied and the blood volume criterion being satisfied in order to detect artefacts in the blood volume measurement, wherein a coincidence is given when both criteria are satisfied within a predetermined period of time.
A device for adhering at least two interacting animal cells in a multicellular arrangement with a mechanically stable and reproducible conformation, comprising: - a plate defining a plane surface; and, - a set of at least two adhesive patterns, wherein the at least two adhesive patterns are sufficiently separated from each other by an essentially non-adhesive intercalating area for preventing a cell on a first adhesive pattern to reach another adhesive pattern; and, the area covered by the at least two adhesive patterns and the intercalating area is sufficient to adhere at least two animal cells and each cell adheres to one individual adhesive pattern, and wherein the set of at least two adhesive patterns is isolated by a cytophobic surrounding region, wherein the distance between the two adhesive patterns is comprised between about 2/3 D and about 4/3 D, D being the diameter of the surface S covered by the cell on a support without any constraint, wherein the area covered by the adhesive pattern for each cell is less than 80 % of the cell surface S covered by the cell on a support without any constraint, and wherein the essentially non-adhesive intercalating area comprises a single adhesive zone suitable for not allowing a cell to reach another adhesive pattern located between two adhesive patterns and having a width of less than 1/2 D. - a plate defining a plane surface; and, - a set of at least two adhesive patterns, wherein the at least two adhesive patterns are sufficiently separated from each other by an essentially non-adhesive intercalating area for preventing a cell on a first adhesive pattern to reach another adhesive pattern; and, the area covered by the at least two adhesive patterns and the intercalating area is sufficient to adhere at least two animal cells and each cell adheres to one individual adhesive pattern, and wherein the set of at least two adhesive patterns is isolated by a cytophobic surrounding region, wherein the distance between the two adhesive patterns is comprised between about 2/3 D and about 4/3 D, D being the diameter of the surface S covered by the cell on a support without any constraint, wherein the area covered by the adhesive pattern for each cell is less than 80 % of the cell surface S covered by the cell on a support without any constraint, and wherein the essentially non-adhesive intercalating area comprises a single adhesive zone suitable for not allowing a cell to reach another adhesive pattern located between two adhesive patterns and having a width of less than 1/2 D.