mhurhangee/ep-ind-claims huggingface dataset:
Method for estimating the impedances of layers (Li, Lj) on electrodes in multiphase pipe flow, the pipe including a set of electrodes (i, j) being evenly distributed along the inner pipe circumference, said method comprising the steps of measuring the impedance between each electrode and the other electrodes and obtaining a set of impedance values R ij measured, said flow in average being annular and circular symmetric, the method further making use of a precomputed model stored in a computer storage, said model defining a solution space R ij flow of expected impedance values and for which the conductivity σ depends only on r and increases as r increases, r being the radius away from the center of the flow wherein R ij measured = R ij flow + L i + L j = R ij flow − 2 k + L i + k + L j + k, k being a variable called the offset value, and the impedances R ij flow being categorized depending on the distance between the measuring electrodes (i, j) in order to reduce the number of unknowns in the equation 2, the method further comprising the step of: finding impedances of said layers (Li,Lj) on said electrodes and adding various k to the layers impedances (Li,Lj) such that the impedances of said layers (Li,Lj) combined with an average mean(R ij measured) of the measured impedances over a chosen period place the resulting averaged impedances mean(R ij flow) within the boundary of the pre-computed solution space R ij flow, representing the expected impedance value range. the method further making use of a precomputed model stored in a computer storage, said model defining a solution space R ij flow of expected impedance values and for which the conductivity σ depends only on r and increases as r increases, r being the radius away from the center of the flow wherein R ij measured = R ij flow + L i + L j = R ij flow − 2 k + L i + k + L j + k, k being a variable called the offset value, and the impedances R ij flow being categorized depending on the distance between the measuring electrodes (i, j) in order to reduce the number of unknowns in the equation 2, the method further comprising the step of: finding impedances of said layers (Li,Lj) on said electrodes and adding various k to the layers impedances (Li,Lj) such that the impedances of said layers (Li,Lj) combined with an average mean(R ij measured) of the measured impedances over a chosen period place the resulting averaged impedances mean(R ij flow) within the boundary of the pre-computed solution space R ij flow, representing the expected impedance value range.
A windscreen (160, 210, 300) comprising: a first shell element and a second shell element, the first shell element being detachably connected to the second shell element, wherein the first and second shell elements (310, 320), when assembled, form an interior space, and comprise windscreen functionality; and a container (190, 270, 370, 400) in communication with a sanding system for housing material used when the sanding system is in operation, wherein the container (190, 270, 370, 400) is configured to be positioned in the interior space formed by the first and second shell elements (310, 320). a first shell element and a second shell element, the first shell element being detachably connected to the second shell element, wherein the first and second shell elements (310, 320), when assembled, form an interior space, and comprise windscreen functionality; and a container (190, 270, 370, 400) in communication with a sanding system for housing material used when the sanding system is in operation, wherein the container (190, 270, 370, 400) is configured to be positioned in the interior space formed by the first and second shell elements (310, 320).
Active ingredient combination for cosmetic preparations for external application to the skin, where the active ingredient combination has aescin from Aesculus Hippocastanum and the active ingredient combination has hyaluronic acid and/or at least one hyaluronic acid derivative with the following parameters and the hyaluronic acid and/or the at least one hyaluronic acid derivative is coated at least partially in phospholipids: a: at least 10 percent by weight in long-chain form with a molecular weight of at least 1 000 000 daltons and b: at least 2 percent by weight in short-chain form with a molecular weight of at most 200 000 daltons, where the at least one hyaluronic acid derivative is an alkali metal-, alkyl thiosulfate- or silane-substituted hyaluronic acid. a: at least 10 percent by weight in long-chain form with a molecular weight of at least 1 000 000 daltons and b: at least 2 percent by weight in short-chain form with a molecular weight of at most 200 000 daltons,
A steamer head for a garment steamer comprising a main body with a front end, a steam outlet formed in the front end to apply steam to the fabric of a garment disposed proximate the front end through the steam outlet, and an air inlet formed in the front end through which a suction force is applied to draw air therethrough so that said fabric of a garment is drawn against the front end, wherein the front end of the main body comprises first and second surfaces (10, 12), the steam outlet being formed in the first surface and the air inlet being formed in the second surface, so that the fabric is drawn against the second surface and steam is applied to the fabric at the first surface, characterized in that with the steamer head in a correct holding position for steaming hanging garments, the first surface is disposed at an upper end of the front end and the second surface is disposed at a lower end of the front end.
A packaged product comprising a package comprising a plurality of individual reservoirs, each of the reservoirs containing a predetermined dose of a concentrated particulate laundry wherein at least 70 % by number of the particles of the composition comprising a high-surfactant hard core and a coating and wherein all the coated particles are non spherical and each coated particle has perpendicular dimensions x, y and z, wherein x is from 0.2 to 2 mm, y is from 2.5 to 8mm (preferably 3 to 8 mm), and z is from 2.5 to 8 mm (preferably 3 to 8 mm) and wherein the package is rigid in material and/or construction such that a portion e.g. the base or a side wall, can be tapped to move the particles from the reservoir/s such that the tapping creates audible feedback to the user to guide them as to the movement of the particles and in that the or each reservoir comprises a transparent portion.
A riser tensioner comprising a number of actuators and a support for said number of actuators, where the support Is connected to a vessel's structure, and where each actuator is connected to the support and to a marine riser, characterized by that the riser tensioner further comprises an outer shell, the riser tensioner being enclosed relative the surroundings by said outer shell surrounding the through-going marine riser, where the shell is sealably connected to at least a flexible first material and a flexible second material, and where the flexible first and second materials (38, 40) are connected to the marine riser or an extension of the marine riser.
Retention member for securing a catheter on a patient, comprising: - a base element having a bottom side and a top side, the bottom side being placeable on the patient and the top side being adapted for receiving the catheter, wherein a ribbon has a first end connected to the top side of the base element and has a second end opposite the first end, wherein the base element comprises at least one opening (150, 151) through which the second end of the ribbon is insertable for fixing the catheter on the retention member in between the base element and the ribbon, wherein the base element comprises a first opening and a second opening separated by a rib, the ribbon being insertable through the first opening and the second opening to extend about the rib. - a base element having a bottom side and a top side, the bottom side being placeable on the patient and the top side being adapted for receiving the catheter,
A composition comprising a therapeutically effective amount of alkaline phosphatase for use in a method of reducing or inhibiting toxic effects of a bacterial infection in an affected area of a subject, the method comprising: administering said composition to an affected area of the subject by irrigation of the affected area, thereby reducing or inhibiting the toxic effects of the bacterial infection in the subject; wherein the affected area is the peritoneal cavity; and the composition is administered at or about the same time as a surgical procedure. administering said composition to an affected area of the subject by irrigation of the affected area, thereby reducing or inhibiting the toxic effects of the bacterial infection in the subject; wherein the affected area is the peritoneal cavity; and the composition is administered at or about the same time as a surgical procedure.
A computing device implemented method for designing a dental aligner and attachments: presenting a virtual model (100, 104) of one or more teeth of a patient to a user through a user interface (208, 308, 408, 508); computing a desired force for the dental appliance to achieve a final position of a particular segment of a treatment plan; virtually testing an effect of a shape and/or placement of an attachment and/or aligner (204, 310) structure on multiple teeth of the jaw of the subject; presenting, on the virtual model of one or more teeth in the user interface, both the desired force and actual forces on the presented virtual model applied by the attachment and/or aligner based on the virtual testing; receiving a user adjustment to the shape and/or placement of the attachment and/or aligner structure; recalculating the actual forces on the virtual model based for the virtually tested effect according to the received adjustment to determine revised actual forces; presenting, on the virtual model of one or more teeth in the user interface, the desired force and the revised actual forces of the revised shape and/or placement of the attachment and/or aligner structure on the presented virtual model based on the recalculating, and receiving a user determination of the shape and/or placement of the attachment and/or aligner structure based on the desired force and the revised actual forces presented. presenting a virtual model (100, 104) of one or more teeth of a patient to a user through a user interface (208, 308, 408, 508); computing a desired force for the dental appliance to achieve a final position of a particular segment of a treatment plan; virtually testing an effect of a shape and/or placement of an attachment and/or aligner (204, 310) structure on multiple teeth of the jaw of the subject; presenting, on the virtual model of one or more teeth in the user interface, both the desired force and actual forces on the presented virtual model applied by the attachment and/or aligner based on the virtual testing; receiving a user adjustment to the shape and/or placement of the attachment and/or aligner structure; recalculating the actual forces on the virtual model based for the virtually tested effect according to the received adjustment to determine revised actual forces; presenting, on the virtual model of one or more teeth in the user interface, the desired force and the revised actual forces of the revised shape and/or placement of the attachment and/or aligner structure on the presented virtual model based on the recalculating, and receiving a user determination of the shape and/or placement of the attachment and/or aligner structure based on the desired force and the revised actual forces presented.
Water conducting household appliance, in particular a dishwasher or washing machine, having a hydraulic circuit, in which washing fluid can be circulated and in which at least one additional filter is provided to filter circulated washing liquor, wherein at least one additional filter for filtering circulated washing liquor is provided in the hydraulic circuit and is disposed in a region of the hydraulic circuit, in which circulated washing liquor is rotated, wherein means generating a rotation of circulated washing liquor are provided in the region of the hydraulic circuit, said means comprising a circulation pump to circulate washing fluid, in which the additional filter is disposed and which has an impeller chamber with an impeller that conveys the washing fluid and a pressure chamber disposed downstream therefrom, wherein the additional filter is disposed in the pressure chamber, wherein the additional filter divides the pressure chamber into an inlet chamber, into which the washing fluid flows, and an outlet chamber, from which the washing fluid flows to an outlet-side pressure connection of the circulation pump and wherein the pressure chamber and/or the inlet chamber and the outlet chamber extend in an annular manner about the centre axis of the circulation pump, characterised in that the inlet chamber of the pressure chamber is located radially outside the outlet chamber of the pressure chamber in relation to a centre axis of the circulation pump, a flow routing element is connected between the impeller chamber and the pressure chamber and the flow routing element introduces the washing fluid tangentially along a pump housing wall.
Thermoplastic spring, comprising: - a lower spring base portion and an upper spring base portion, wherein tie pieces are positioned on both the lower spring base portion and the upper spring base portion for facilitating the installation process, - a female spring die and a male spring die wherein tie protrusions are provided on both the female spring die and the male spring die; wherein the tie pieces are slit-shaped such as to receive the plate-shaped tie protrusions, wherein the female spring die and the male spring die are located between the lower spring base portion and the upper spring base portion, wherein the female spring die and the male spring die each have a butterfly shape formed by two wings and engaged between the lower and upper spring base portions, wherein each wing is formed by a closed loop, wherein a pin is located on the male spring die and a hole is located on the female spring die, wherein an installation process of the thermoplastic spring is performed by placing the pin through the hole. - a lower spring base portion and an upper spring base portion, wherein tie pieces are positioned on both the lower spring base portion and the upper spring base portion for facilitating the installation process, - a female spring die and a male spring die wherein tie protrusions are provided on both the female spring die and the male spring die; wherein the tie pieces are slit-shaped such as to receive the plate-shaped tie protrusions, wherein the female spring die and the male spring die are located between the lower spring base portion and the upper spring base portion, wherein the female spring die and the male spring die each have a butterfly shape formed by two wings and engaged between the lower and upper spring base portions, wherein each wing is formed by a closed loop, wherein a pin is located on the male spring die and a hole is located on the female spring die, wherein an installation process of the thermoplastic spring is performed by placing the pin through the hole.
Method for avoiding a collision of a motor vehicle with an object, in which the object is detected in surroundings of the motor vehicle, a relative position between the motor vehicle and the object is determined and the relative position between the motor vehicle and the object is taken as a basis for determining at least one collision-avoiding measure, wherein a maximum predefinable wheel steering angle range (rm) is determined, a blocked wheel steering angle range (rb), for which the collision with the object is a threat and is avoidable, and a warning wheel steering angle range (rw), for which a collision with the object is not a threat, and which adjoins the blocked wheel steering angle range (rb), are determined in the maximum predefinable wheel steering angle range (rm) on the basis of the relative position between the motor vehicle and the object, a first collision-avoiding measure is determined for the blocked wheel steering angle range (rb) and a second collision-avoiding measure is determined for the warning wheel steering angle range (rw), the second collision-avoiding measure being initiated if the current wheel steering angle is in the warning wheel steering angle range (rw), and wherein a steering movement performed by the driver within the warning wheel steering angle range (rw) is detected and, if the detected steering movement is in the direction of the blocked wheel steering angle range (rb), the second collision-avoiding measure performed is a steering intervention in the opposite direction to the steering movement.
A transportation device (310, 410), comprising: a first rotary device (330A, 430) with a first axis of rotation; a second rotary device (320A, 320B, 420) with a second axis of rotation that is different from the first axis of rotation; a first drive motor that drives the first rotary device; a movable control member (380, 491, 492); a first position sensor (367, 467, 469) that senses a position of the movable control member; and a control circuit that drives the first motor towards auto-balancing the movable control member based on data from the first position sensor, characterized in that the device further comprises a first continuous track (315, 415) and a second continuous track (316, 416) and wherein the first continuous track is driven by the first drive motor through the first rotary device. a first rotary device (330A, 430) with a first axis of rotation; a second rotary device (320A, 320B, 420) with a second axis of rotation that is different from the first axis of rotation; a first drive motor that drives the first rotary device; a movable control member (380, 491, 492); a first position sensor (367, 467, 469) that senses a position of the movable control member; and a control circuit that drives the first motor towards auto-balancing the movable control member based on data from the first position sensor, characterized in that the device further comprises a first continuous track (315, 415) and a second continuous track (316, 416) and wherein the first continuous track is driven by the first drive motor through the first rotary device.
Hob system comprising 1.1. a hob, having 1.1.1. a food carrier for carrying food to be cooked, 1.1.2. at least one heating unit, which is arranged on the food carrier, for heating the food, and 1.2. a fume extraction device for extracting cooking fumes downwards, having 1.2.1. at least one fan for extracting the cooking fumes, 1.2.2. at least one inflow opening that penetrates the food carrier, and 1.2.3. a vacuum duct section, which connects the at least one inflow opening in a fluid-conducting manner to the at least one fan, 1.3. wherein the at least one inflow opening is arranged spaced apart from an edge area of the food carrier, 1.4. wherein a total vertical height of the hob system, with the food carrier, all of the heating units and the fume extraction device, is a maximum of 250 mm, and 1.5. wherein the hob system is embodied as an assembly unit comprising the hob and the fume extraction device, characterised in 1.6 that a total width of the hob system is a maximum of 600 mm and 1.7. that the at least one fan overlaps the at least one heating unit and/or power electronics of the heating unit for supplying a heating element with electrical power in a plan view and in a side view and/or in a front view. 1.1. a hob, having 1.1.1. a food carrier for carrying food to be cooked, 1.1.2. at least one heating unit, which is arranged on the food carrier, for heating the food, and 1.1.1. a food carrier for carrying food to be cooked, 1.1.2. at least one heating unit, which is arranged on the food carrier, for heating the food, and 1.2. a fume extraction device for extracting cooking fumes downwards, having 1.2.1. at least one fan for extracting the cooking fumes, 1.2.2. at least one inflow opening that penetrates the food carrier, and 1.2.3. a vacuum duct section, which connects the at least one inflow opening in a fluid-conducting manner to the at least one fan, 1.2.1. at least one fan for extracting the cooking fumes, 1.2.2. at least one inflow opening that penetrates the food carrier, and 1.2.3. a vacuum duct section, which connects the at least one inflow opening in a fluid-conducting manner to the at least one fan, 1.3. wherein the at least one inflow opening is arranged spaced apart from an edge area of the food carrier, 1.4. wherein a total vertical height of the hob system, with the food carrier, all of the heating units and the fume extraction device, is a maximum of 250 mm, and 1.5. wherein the hob system is embodied as an assembly unit comprising the hob and the fume extraction device, characterised in 1.6 that a total width of the hob system is a maximum of 600 mm and 1.7. that the at least one fan overlaps the at least one heating unit and/or power electronics of the heating unit for supplying a heating element with electrical power in a plan view and in a side view and/or in a front view.
Elastomeric article containing at least one strength member and a rubber mixture, characterized in that the rubber mixture contains the following constituents: - 51 to 100 phr of at least one chloroprene rubber and - 0 to 49 phr of at least one further rubber which is not a chloroprene rubber and - 2 to 15 phr of at least one peroxide as a crosslinking agent and - 0 phr of zinc oxide and - further mixture constituents. - 51 to 100 phr of at least one chloroprene rubber and - 0 to 49 phr of at least one further rubber which is not a chloroprene rubber and - 2 to 15 phr of at least one peroxide as a crosslinking agent and - 0 phr of zinc oxide and - further mixture constituents.