mhurhangee/patent-ind-claim-en huggingface dataset:
A circumferential seal for a machine having a rotating shaft , said circumferential seal comprising: a sealing runner having a radially inward facing surface extending axially along the shaft; and a mounting element affixed around a circumference of the shaft, said mounting element comprising: a support ring forming a radially outward facing surface extending axially along the shaft a distance greater than said radially inward facing surface of said sealing runner ; a radial pilot extending radially outward from said support ring, said radial pilot configured to maintain said sealing runner in radial alignment; an axial flange extending radially outward from said radial pilot; an isolating element in contact with a first axial end of said sealing runner ; and a spring element disposed proximate to said first axial end, wherein said spring element transmits a force through said isolating element to said sealing runner to clamp said sealing runner between said isolating element and said axial flange to maintain said sealing runner in axial alignment. a sealing runner having a radially inward facing surface extending axially along the shaft; and a mounting element affixed around a circumference of the shaft, said mounting element comprising: a support ring forming a radially outward facing surface extending axially along the shaft a distance greater than said radially inward facing surface of said sealing runner ; a radial pilot extending radially outward from said support ring, said radial pilot configured to maintain said sealing runner in radial alignment; an axial flange extending radially outward from said radial pilot; an isolating element in contact with a first axial end of said sealing runner ; and a spring element disposed proximate to said first axial end, wherein said spring element transmits a force through said isolating element to said sealing runner to clamp said sealing runner between said isolating element and said axial flange to maintain said sealing runner in axial alignment. a support ring forming a radially outward facing surface extending axially along the shaft a distance greater than said radially inward facing surface of said sealing runner ; a radial pilot extending radially outward from said support ring, said radial pilot configured to maintain said sealing runner in radial alignment; an axial flange extending radially outward from said radial pilot; an isolating element in contact with a first axial end of said sealing runner ; and a spring element disposed proximate to said first axial end, wherein said spring element transmits a force through said isolating element to said sealing runner to clamp said sealing runner between said isolating element and said axial flange to maintain said sealing runner in axial alignment.
An optoelectronic device (110; 210) comprising: a substrate (112; 212) comprising a groove (114; 214a, 214b) having a first (113a; 213aa, 213ba) and a second (113b; 216aa, 216ba) face; the first face (113a; 213aa, 213ba) of the groove (114; 214a, 214b) coated with a semiconductor material (120; 220) such that the semiconductor material coats from 20% to 80% of the first face; and the second face (113b; 216aa, 216ba) of the groove coated with a conductor material (118; 218) such that the conductor material coats from 20% to 80% of the second face; another semiconductor (122; 222) at least partially filling the groove (114; 214a, 214b) between the first (113a; 213aa, 213ba) and second (113b; 216aa, 216ba) faces of the groove, wherein the conductor material (118; 218) on the second face (113b; 216aa, 216ba) is in contact with the another semiconductor material (122; 222) in the groove (114; 214a, 214b) and wherein the semiconductor material (120; 220) on the first face (113a; 213aa, 213ba) is in contact with the another semiconductor material (122; 222) in the groove (114; 214a, 214b) so as to form a p-n junction; characterised in that the groove has an asymmetric V-shape and that the first face (113a; 213aa, 213ba) of the groove (114 214a, 214b) is longer than the second face (113b; 216aa, 216ba) of the groove. a substrate (112; 212) comprising a groove (114; 214a, 214b) having a first (113a; 213aa, 213ba) and a second (113b; 216aa, 216ba) face; the first face (113a; 213aa, 213ba) of the groove (114; 214a, 214b) coated with a semiconductor material (120; 220) such that the semiconductor material coats from 20% to 80% of the first face; and the second face (113b; 216aa, 216ba) of the groove coated with a conductor material (118; 218) such that the conductor material coats from 20% to 80% of the second face; another semiconductor (122; 222) at least partially filling the groove (114; 214a, 214b) between the first (113a; 213aa, 213ba) and second (113b; 216aa, 216ba) faces of the groove, wherein the conductor material (118; 218) on the second face (113b; 216aa, 216ba) is in contact with the another semiconductor material (122; 222) in the groove (114; 214a, 214b) and wherein the semiconductor material (120; 220) on the first face (113a; 213aa, 213ba) is in contact with the another semiconductor material (122; 222) in the groove (114; 214a, 214b) so as to form a p-n junction; characterised in that the groove has an asymmetric V-shape and that the first face (113a; 213aa, 213ba) of the groove (114 214a, 214b) is longer than the second face (113b; 216aa, 216ba) of the groove.
Anchor handling vessel comprising a hull with a bottom , a deck , a perimetral hull side , a well which opens out at the bottom , at the deck and at the perimetral hull side , and an anchor handling system for handling an anchor with a handling line through the well , wherein a length of the well in the longitudinal direction of the vessel is greater than a width of the well in a widthwise direction of the vessel perpendicular to the longitudinal direction, characterized in, that a dismountable bow roller is provided which bridges the free or outer end of the well .
A container for consumer articles, the container being at least partially formed from a blank having a thickness (T), the laminar blank defining a portion of the container, which comprises at least a first planar wall ; the container further comprising one or more planar walls adjacent to the first planar wall ; each of the one or more adjacent planar walls being connected to the first planar wall by an edge portion or by a hinge portion; wherein the inner surface of the first planar wall defines a first ablation area (A1) and the first ablation area (A1) comprises one or more first ablated zones having a residual thickness (RT1) that is less than the thickness (T) of the laminar blank ; wherein at least a portion of the one or more first ablated zones is spaced from each and all of the edge portions or hinge portions connecting the first planar wall with the one or more adjacent planar walls ; wherein the one or more first ablated zones define areas of weakness, said container being characterised in that said container can deform reversibly under the action of an inwardly directed compressive load applied on the first planar wall or on at least one of the one or more planar walls adjacent to the first planar wall or on a respective edge portion or hinge portion connecting the one or more planar walls to the first planar wall ; and, upon such deformation of the container , the one or more first ablated zones become irreversibly detectable on the outside of the container by sight or touch by the user.
An illumination unit, having a channel having a first end and a second end , wherein the illumination unit encompasses a housing by which the channel is formed, having a first and a second light source , having a first cooling unit , arranged at the first end of the channel , for cooling the first and the second light source , and having a second cooling unit , arranged at the second end of the channel , for cooling the first and the second light source , a light exit opening being provided in the channel , a displaceable reflection element with the aid of which, depending on the position of the reflection element , light radiated selectably from the first or the second light source is directed through the light exit opening , being provided in the channel , and the first and the second light source are arranged one behind another in the channel , wherein the first and the second light source are arranged one behind another with respect to a longitudinal axis of the channel , characterized in that the first and/or the second cooling unit have several fans, the illumination unit encompasses a switching apparatus for controlling the illumination unit, and in that the illumination unit is configured such that, in a regular operating state, the fans of the first and the second cooling unit are operated at a first rotation speed, and upon failure of one of the fans of the first or the second cooling unit , the fans of the other cooling unit are operated at a second rotation speed, wherein the second rotation speed is higher than the first rotation speed. having a channel having a first end and a second end , wherein the illumination unit encompasses a housing by which the channel is formed, having a first and a second light source , having a first cooling unit , arranged at the first end of the channel , for cooling the first and the second light source , and having a second cooling unit , arranged at the second end of the channel , for cooling the first and the second light source , a light exit opening being provided in the channel , a displaceable reflection element with the aid of which, depending on the position of the reflection element , light radiated selectably from the first or the second light source is directed through the light exit opening , being provided in the channel , and the first and the second light source are arranged one behind another in the channel , wherein the first and the second light source are arranged one behind another with respect to a longitudinal axis of the channel , the first and/or the second cooling unit have several fans, the illumination unit encompasses a switching apparatus for controlling the illumination unit, and in that the illumination unit is configured such that, in a regular operating state, the fans of the first and the second cooling unit are operated at a first rotation speed, and upon failure of one of the fans of the first or the second cooling unit , the fans of the other cooling unit are operated at a second rotation speed, wherein the second rotation speed is higher than the first rotation speed.
System for the automatic adjustment of a predefinable gas input quantity in a working system having system components which are movable relative to each other, in which system components the pressure of the gas input quantity is variable due to compression or expansion during operation and/or under changing operating and ambient temperatures, wherein an accumulator system with a predefinable storage volume can be connected to the working system via a control device in such a manner that, in the case of compression within the working system , a portion of the gas input quantity can be delivered to the accumulator system as a storage quantity and, in the case of expansion within the working system , can be retrieved from the accumulator system and fed back to the working system as a gas input quantity , in particular to compensate for changes of temperature in the working system and/or its surroundings, characterised in that the control device arranged in a gas-conducting connection between the working system and the accumulator system has two valve units in parallel arrangement to each other, in that the expansion of the working gas within the working system can be influenced with the one valve unit and the compression of the same with the other valve unit , in that the one valve unit is a pressure-reducing valve and in that the other valve unit is a pressure-limiting valve.
A method of evaluating the quality of a color reference card , wherein the quality of the color reference card refers to a state of the color reference card indicating whether or not the color reference card is usable for a method for determining the concentration of an analyte in a bodily fluid and/or to the degree of suitability or the degree of reliability of the color reference card for being used for the method for determining the concentration of the analyte in the bodily fluid, the color reference card comprising a plurality of color reference fields having known reference color values, the method comprising the following steps: i. capturing at least one image of at least a part of the color reference card by using at least one camera of at least one mobile device ; ii. determining measured reference color values for one or more of the color reference fields from the image; iii. determining a relationship between one or more of the measured reference color values and the corresponding known reference color values; and iv. deriving at least one item of quality information on the quality of the color reference card by using the relationship of step iii. i. capturing at least one image of at least a part of the color reference card by using at least one camera of at least one mobile device ; ii. determining measured reference color values for one or more of the color reference fields from the image; iii. determining a relationship between one or more of the measured reference color values and the corresponding known reference color values; and iv. deriving at least one item of quality information on the quality of the color reference card by using the relationship of step iii.
A liquid dispenser comprising: a receiver for receiving a first reservoir , the receiver comprising a receiver wall and a fluid passageway ; a second reservoir defined by the receiver wall and a second reservoir housing , the second reservoir comprising a release valve which can be arranged in an open position and in a closed position; wherein the fluid passageway is configured to allow fluid communication between the first reservoir and the second reservoir , when the first reservoir is received in the receiver ; wherein the release valve is configured to allow the release of liquid from the second reservoir out of the liquid dispenser when the release valve is arranged in the open position; characterised in that the liquid dispenser comprises at least one movable part, the at least one movable part being movable with respect to the second reservoir housing between a first position and a second position, such that the volume of the second reservoir varies from a first volume to a second volume different from the first volume. a receiver for receiving a first reservoir , the receiver comprising a receiver wall and a fluid passageway ; a second reservoir defined by the receiver wall and a second reservoir housing , the second reservoir comprising a release valve which can be arranged in an open position and in a closed position; wherein the fluid passageway is configured to allow fluid communication between the first reservoir and the second reservoir , when the first reservoir is received in the receiver ; wherein the release valve is configured to allow the release of liquid from the second reservoir out of the liquid dispenser when the release valve is arranged in the open position; characterised in that the liquid dispenser comprises at least one movable part, the at least one movable part being movable with respect to the second reservoir housing between a first position and a second position, such that the volume of the second reservoir varies from a first volume to a second volume different from the first volume.
Device for obtaining respiratory information of a subject, comprising: - a motion signal computing unit for estimating motion to obtain motion vectors and computing a dense or sparse motion vector field comprising a number M of motion signals from the obtained motion vectors for a plurality of pixels and/or groups of pixels of at least a region of interest for a number N of image frames of a subject, a motion signal reflecting the estimated motion of a part of the region of interest corresponding to the pixel or group of pixels for which the motion signal is computed, - a transformation unit for computing, for some or all M motion signals, a number of source signals representing independent motions within said images by applying a transformation to the respective motion signals to obtain source signals representing independent motions within said N image frames, and - a selection unit for selecting a source signal from among said computed source signals representing respiration of said subject by examining one or more properties of said source signals for some or all of said computed source signals. - a motion signal computing unit for estimating motion to obtain motion vectors and computing a dense or sparse motion vector field comprising a number M of motion signals from the obtained motion vectors for a plurality of pixels and/or groups of pixels of at least a region of interest for a number N of image frames of a subject, a motion signal reflecting the estimated motion of a part of the region of interest corresponding to the pixel or group of pixels for which the motion signal is computed, - a transformation unit for computing, for some or all M motion signals, a number of source signals representing independent motions within said images by applying a transformation to the respective motion signals to obtain source signals representing independent motions within said N image frames, and - a selection unit for selecting a source signal from among said computed source signals representing respiration of said subject by examining one or more properties of said source signals for some or all of said computed source signals.
A crushing blade arrangement of a crushing drum, in which on the outer surface of the crushing drum are arranged a plurality of crushing blades, which arrangement includes, fixedly attached on the outer surface of the drum, a blade holder with a receiving space for an interchangeable blade piece ; wherein the blade piece is composed of a horizontal blade portion and a vertical shaft portion , which shaft portion is adapted to be placed into the receiving space of the blade holder and to be locked into it by means of a separate locking element; characterized in that the receiving space is shaped as a substantially quadrangular opening opening onto the upper surface of the blade holder and having on at least one side, extending inwards to the opening, a locking protrusion extending between the bottom surface of the blade holder and its upper surface; and that the shaft portion of the blade piece is shaped substantially quadrangular, corresponding to the opening of the blade holder, and equipped with a longitudinal locking channel of the shaft portion corresponding to said at least one locking protrusion and extending towards the interior space of the shaft, which locking protrusion and locking channel together form a form locking.
Antiseptic pharmaceutical preparation in a gel form for use after casual sexual encounters in individual prevention of sexually transmitted diseases, wherein the preparation is for gel administration into a male or female urogenital tract, and wherein the preparation comprises the following components, in grams: chlorhexidine gluconate 0.01-0.5 methyl 4-hydroxybenzoate 0.01-0.1 ethyl 4-hydroxybenzoate 0.01-0.1 propyl 4-hydroxybenzoate 0.01-0.1 propylene glycol 5-70 hydroxyethylcellulose 1.5-5 water up to 100. chlorhexidine gluconate 0.01-0.5 methyl 4-hydroxybenzoate 0.01-0.1 ethyl 4-hydroxybenzoate 0.01-0.1 propyl 4-hydroxybenzoate 0.01-0.1 propylene glycol 5-70 hydroxyethylcellulose 1.5-5 water up to 100.
A Three-Dimensional display method in a 3D display apparatus comprising: displaying (S710, S810), in an original state, a plurality of objects with different depth perceptions , on a 3D screen of the 3D display apparatus, according to a first layout wherein distances (S1, S2) between the plurality of objects are different from one another; detecting a rotation of the 3D display apparatus while the plurality of objects are displayed; displaying the plurality of objects with a single depth perception that unifies the depth perceptions of the plurality of objects into one depth perception in response to detecting the rotation from the original state to a first state; characterised by displaying the plurality of objects on the 3D screen according to a second layout in response to detecting the rotation from the original state to a second state, wherein the plurality of objects in the second layout are spaced apart from each other by a constant distance (S3) while the different depth perceptions are maintained. displaying (S710, S810), in an original state, a plurality of objects with different depth perceptions , on a 3D screen of the 3D display apparatus, according to a first layout wherein distances (S1, S2) between the plurality of objects are different from one another; detecting a rotation of the 3D display apparatus while the plurality of objects are displayed; displaying the plurality of objects with a single depth perception that unifies the depth perceptions of the plurality of objects into one depth perception in response to detecting the rotation from the original state to a first state; characterised by displaying the plurality of objects on the 3D screen according to a second layout in response to detecting the rotation from the original state to a second state, wherein the plurality of objects in the second layout are spaced apart from each other by a constant distance (S3) while the different depth perceptions are maintained.
A printing target rotation mechanism , comprising: a first rotation shaft extending in a first direction; a second rotation shaft aligned with the first rotation shaft in a second direction crossing the first direction, the second rotation shaft supporting, together with the first rotation shaft , a printing target having an outer circumferential shape that is at least partially cylindrical; a frame supporting at least one of the first rotation shaft and the second rotation shaft such that the at least one rotation shaft is rotatable; characterized by a rack provided on a support table movable in the second direction with respect to the frame , the rack extending in the second direction; and a pinion provided around the at least one rotation shaft and rotatable together with the at least one rotation shaft , the pinion being in mesh with the rack . a first rotation shaft extending in a first direction; a second rotation shaft aligned with the first rotation shaft in a second direction crossing the first direction, the second rotation shaft supporting, together with the first rotation shaft , a printing target having an outer circumferential shape that is at least partially cylindrical; a frame supporting at least one of the first rotation shaft and the second rotation shaft such that the at least one rotation shaft is rotatable; characterized by a rack provided on a support table movable in the second direction with respect to the frame , the rack extending in the second direction; and a pinion provided around the at least one rotation shaft and rotatable together with the at least one rotation shaft , the pinion being in mesh with the rack .