mhurhangee/ep-ind-claims huggingface dataset:
A dishwasher comprising a washing tub wherein items to be washed are placed, a door providing access into the washing tub, a receptacle bound by walls, isolated from the surrounding, having an inlet wherein the cycle air leaving the washing tub enters and an outlet providing the cycle air passing therethrough to enter into the washing tub again and at least one moisture retaining material disposed inside the receptacle, characterized by - at least two separators separating the receptacle perpendicular to the flow direction of the cycle air such that the inlet remains on one side and the outlet on the other side, arranged to be adjacent and almost parallel to each other, with the moisture retaining material disposed therebetween and - at least one opening situated at the end of each separator such that the openings on any two adjacent separators are not aligned, causing the air entering into the receptacle to move in serpentine shape. - at least two separators separating the receptacle perpendicular to the flow direction of the cycle air such that the inlet remains on one side and the outlet on the other side, arranged to be adjacent and almost parallel to each other, with the moisture retaining material disposed therebetween and - at least one opening situated at the end of each separator such that the openings on any two adjacent separators are not aligned, causing the air entering into the receptacle to move in serpentine shape.
An assembly for use in dental restoration comprising, - an aligning adaptor configured to be seated on a dental implant in a first predetermined position relative to the dental implant, the adaptor having an adaptor reference indicium; and - a prosthetic component (300, 400, 500) configured to engage the adaptor to position the prosthetic component in a second predetermined position, the prosthetic component having a prosthetic reference indicium (321,325) that is co-operable with the adaptor reference indicium forming co-operable indices that are configured to identify the second predetermined position, wherein the adaptor includes a first regular geometric structure with a number of equal sides at its bottom surface and a second regular geometric structure with a different number of equal sides on its top surface, such that said first regular geometric structure is configured to be seated on the dental implant so as to allow a first finite number of possible rotations for the first predetermined position and said second regular geometric structure is configured to engage with said prosthetic component (300, 400, 500) in a second finite number of possible rotation for the second predetermined position, dissimilar to the first number of possible rotations, characterized in that the prosthetic reference indicium includes graduations for indicating a degree of rotation of the prosthetic component (300,400,500) and the adaptor relative to each other. - an aligning adaptor configured to be seated on a dental implant in a first predetermined position relative to the dental implant, the adaptor having an adaptor reference indicium; and - a prosthetic component (300, 400, 500) configured to engage the adaptor to position the prosthetic component in a second predetermined position, the prosthetic component having a prosthetic reference indicium (321,325) that is co-operable with the adaptor reference indicium forming co-operable indices that are configured to identify the second predetermined position, wherein the adaptor includes a first regular geometric structure with a number of equal sides at its bottom surface and a second regular geometric structure with a different number of equal sides on its top surface, such that said first regular geometric structure is configured to be seated on the dental implant so as to allow a first finite number of possible rotations for the first predetermined position and said second regular geometric structure is configured to engage with said prosthetic component (300, 400, 500) in a second finite number of possible rotation for the second predetermined position, dissimilar to the first number of possible rotations, characterized in that the prosthetic reference indicium includes graduations for indicating a degree of rotation of the prosthetic component (300,400,500) and the adaptor relative to each other.
Steering column for a vehicle, the steering column comprising a steering shaft rotatably supported by the steering column, the steering column further comprising a first electrical motor, the first electrical motor being operably connected to the vehicle control system, the steering column being arranged to be moved laterally and/or axially by the first electric motor, the steering column further comprising locking means arranged to lock the steering column thereby preventing rotation of the steering column, the locking means comprise a first locking member attached to the steering column and a second locking member arranged to be attached to a chassis of the vehicle, where the first electric motor is arranged to move the steering column to a locked position in which the first locking member and the second locking member are arranged to engage, thereby preventing rotation of the steering column, characterized in that said second locking member comprises a locking bolt arranged to be resiliently attached to the chassis of the vehicle.
A method comprising: capturing an initial material sample image of at least a portion of a material sample using an application executing on a mobile device, wherein the initial material sample image includes at least the following visible areas: a sample material area, and a capture guide area including at least a portion of a capture guide and a first alignment indicator included on the capture guide, wherein the capture guide is placed atop the material sample when an image capturing sensor of the mobile device captures ambient light that is reflected from at least a portion of the material sample for the initial material sample image; determining a first location of the initial material sample image where the first alignment indicator has been captured in the initial material sample image; storing a first matched alignment indicator pair, wherein the first matched alignment indicator pair associates the first alignment indicator with the first position; transforming the initial material sample image, based on the first matched alignment indicator pair, to render an alignment corrected material sample image; identifying, from the alignment corrected material sample image, a sample material swatch area, wherein the sample material swatch area includes at least one instance of a pattern found in the initial material sample image; and storing on the mobile device the sample material swatch area and the initial material sample image. a sample material area, and a capture guide area including at least a portion of a capture guide and a first alignment indicator included on the capture guide, wherein the capture guide is placed atop the material sample when an image capturing sensor of the mobile device captures ambient light that is reflected from at least a portion of the material sample for the initial material sample image; determining a first location of the initial material sample image where the first alignment indicator has been captured in the initial material sample image; storing a first matched alignment indicator pair, wherein the first matched alignment indicator pair associates the first alignment indicator with the first position; transforming the initial material sample image, based on the first matched alignment indicator pair, to render an alignment corrected material sample image; identifying, from the alignment corrected material sample image, a sample material swatch area, wherein the sample material swatch area includes at least one instance of a pattern found in the initial material sample image; and storing on the mobile device the sample material swatch area and the initial material sample image.
Sensor arrangement for the contactless sensing of angles of rotation on a rotating part, wherein the rotating part is coupled with a disk-shaped target (20, 20A, 20B) which has at least one metal surface (24, 24A, 24B, 24C, 24D, 24E), and which generates at least one piece of information for ascertaining the instantaneous angle of rotation of the rotating part, in connection with a coil arrangement which has at least one flat detection coil (42, 44, 46), wherein the at least one flat detection coil (42, 44, 46) has two coil sections (42.1, 42.2, 44.1, 44.2, 46.1, 46.2) having an opposite winding sense, which are arranged opposite one another on the circumference of a circle, wherein the at least one metal surface (24, 24A, 24B, 24C, 24D, 24E) of the roatating target (20, 20A, 20B) influences the inductance in the at least one flat detection coil (42, 44, 46) due to eddy current effects, as a function of the degree of overlap, characterized in that the coil arrangement includes three flat detection coils (42, 44, 46), the six coil sections (42.1, 42.2, 44.1, 44.2, 46.1, 46.2) of which are uniformly distributed on the circumference of the circle, wherein the target (20A, 20B) has four metal surfaces which are arranged uniformly distributed on the circumference of a circle, each having an opening angle of 45°, or has two metal surfaces arranged opposite one another on the circumference of a circle, each having an opening angle of 104°, wherein an evaluation and control unit generates three phase-shifted evaluation signals (K1A, K2A, K3A, K1B, K2B, K3B) with linearized regions from the changes in inductance in the three detection coils (42, 44, 46) caused by the rotational movement of the target (20A, 20B), and evaluates the linearized regions for calculating the angle of rotation in an unambiguous range of 90° to 180°.
A distributed radio base station comprising: a first distributed portion of the radio base station; a second distributed portion of the radio base station; a parallel communications link connected between the first distributed portion and the second distributed portion; characterized by: a first transfer function situated at one of the distributed portions, the first transfer function being connected to a first serial link; a first internal interface connected between the first transfer function and the parallel communications link; a second transfer function situated at another of the distributed portions, the second transfer function being connected to a second serial link; a second internal interface connected between the second transfer function and the parallel communications link; wherein the first internal interface is configured to insert, in a control word transmitted on the parallel communications link, an indicator of data transmission rate of data received by the first transfer function; and wherein the second internal interface is configured to obtain the indicator of data transmission rate from the control word and to set a data transmission rate of the second transfer function for transmission of data on the second serial link in accordance with the indicator. a first distributed portion of the radio base station; a second distributed portion of the radio base station; a parallel communications link connected between the first distributed portion and the second distributed portion; a first transfer function situated at one of the distributed portions, the first transfer function being connected to a first serial link; a first internal interface connected between the first transfer function and the parallel communications link; a second transfer function situated at another of the distributed portions, the second transfer function being connected to a second serial link; a second internal interface connected between the second transfer function and the parallel communications link; wherein the first internal interface is configured to insert, in a control word transmitted on the parallel communications link, an indicator of data transmission rate of data received by the first transfer function; and wherein the second internal interface is configured to obtain the indicator of data transmission rate from the control word and to set a data transmission rate of the second transfer function for transmission of data on the second serial link in accordance with the indicator.
An auxiliary nozzle for supporting a weft thread (1, 2) in a weaving machine, which auxiliary nozzle comprises a hollow needle, wherein the hollow needle comprises a tip, an outflow opening for an air jet and a side wall, wherein the outflow opening is provided in the side wall adjoining the tip and is arranged to direct the air jet to a weft insertion channel when the auxiliary nozzle is mounted on the weaving machine, and wherein the outflow opening is composed of a plurality of elementary apertures formed in the side wall, characterized in that the elementary apertures have an at least substantially hexagonal cross-section with straight lateral surfaces, the elementary apertures are formed by laser cutting, and the elementary apertures are arranged to abut lateral surface to lateral surface in a hexagonal tessellation pattern for maximizing the total flow-through section of the outflow opening.
A method for non-invasively calculating a marker indicating possibly increased intracranial pressure of a patient, the method comprising: locating the patient's optic nerve sheath; using a transducer device, quantifying pulsatile dynamics of the optic nerve sheath by monitoring dynamic properties of the optic nerve sheath, and/or of nearby regions, based on motion of the optic nerve sheath over a period of time; using the measured dynamic properties to determine a measure of stiffness of the optic nerve sheath; and using the quantified pulsatile dynamics, including the measure of stiffness, to obtain the marker indicating possibly increased intracranial pressure by associating increased stiffness with increased intracranial pressure; wherein the measured dynamic properties are motions of the optic nerve sheath that are caused by cardiac and/or respiratory motion, which are utilised in order to obtain the required dynamic properties. locating the patient's optic nerve sheath; using a transducer device, quantifying pulsatile dynamics of the optic nerve sheath by monitoring dynamic properties of the optic nerve sheath, and/or of nearby regions, based on motion of the optic nerve sheath over a period of time; using the measured dynamic properties to determine a measure of stiffness of the optic nerve sheath; and using the quantified pulsatile dynamics, including the measure of stiffness, to obtain the marker indicating possibly increased intracranial pressure by associating increased stiffness with increased intracranial pressure; wherein the measured dynamic properties are motions of the optic nerve sheath that are caused by cardiac and/or respiratory motion, which are utilised in order to obtain the required dynamic properties.
A fire-retardant moulding which contains a thermoplastic substance and also synthetic mineral oils and an inorganic flameproofing agent mixed with the thermoplastic substance, wherein the flameproofing agent is aluminium hydroxide or magnesium hydroxide with a proportion in the range from 20% by weight to 80% by weight, preferably 30% by weight to 75% by weight, relative to the total mass of the moulding, characterised in that the thermoplastic substance is a mixture of two or more of the substances ABS, polyethylene, ethylene-vinyl acetate, ethylene propylene diene monomer rubber, polypropylene, polyvinyl chloride and polyamide, and in that the average grain sizes of the inorganic flameproofing agent lie in the range from 0.01 to 0.4 mm.
A method in a Radio Network Controller, RNC, for monitoring radio link, RL, synchronization in a user equipment's active set having a plurality of RLs, the method comprising: adding a new RL to the user equipment's active set; and characterized by: detecting that the new RL did not synchronize within a defined time period; removing the new RL from the user equipment's active set in response to detecting that the new RL did not synchronize within the defined time period, wherein detecting includes: detecting that a Radio Link Restore Indication is not received for the new RL; and in response to detecting that the Radio Link Restore Indication was not received for the new RL, monitoring RL synchronization of the new RL even though the new RL does not have the highest signal quality of the plurality of RLs in the active set. detecting that the new RL did not synchronize within a defined time period; removing the new RL from the user equipment's active set in response to detecting that the new RL did not synchronize within the defined time period, wherein detecting includes: detecting that a Radio Link Restore Indication is not received for the new RL; and in response to detecting that the Radio Link Restore Indication was not received for the new RL, monitoring RL synchronization of the new RL even though the new RL does not have the highest signal quality of the plurality of RLs in the active set. detecting that a Radio Link Restore Indication is not received for the new RL; and in response to detecting that the Radio Link Restore Indication was not received for the new RL, monitoring RL synchronization of the new RL even though the new RL does not have the highest signal quality of the plurality of RLs in the active set.
Single-use bioreactor or container (20, 30), comprising an enclosure provided for containing a biological medium and at least one sensing device to capture at least one impedance measurement in a physical, physico-chemical, and/or biological process in said medium, this device comprising means for the realization of at least one impedance measurement in a physical, physico-chemical, and/or biological process in said medium, this device being secured through a wall of said enclosure and this device comprising a detection portion in direct contact with said biological medium and a connection portion extending toward the exterior of said enclosure and comprising electrodes (E1-E4) extending to the capture portion, characterized in that this sensing device is a single-use sensing device that is secured through said wall of said enclosure by welding or gluing so that it is an integral part of it in that it is realized in the form of an injection-molded part including, on the detection portion, the electrodes (E1-E4) and, on the connection portion, measurement signal output means (53, 63), and in that it is associated with at least one other single-use physical, physico-chemical, and/or biological sensor, this device integrating this other sensor on the same support.
A circuit arrangement for generating cyclically successive current pulses (I1,...In) at contacts (K1, K2) to be cleaned of a setpoint monitor, which forms a signal circuit with a resistor R1 for continuously querying a setpoint signal to be monitored, and the resistor R1 has the behavior of a switching monitor which is in the blocking high-impedance state in the target range of a setpoint to be monitored and in a low-impedance state that allows a control current to pass outside this target range, wherein the circuit arrangement is designed to be integrated with the signal circuit and wherein the contacts (K1, K2) are cleaned with the aid of cyclic current pulses (11,... In) and the cyclic current pulses (I1,...In) are generated simultaneously with the signal query of the setpoint in the signal circuit, characterized in that the circuit arrangement further comprises the following components: a. comparator, b. a MOSFET whose control terminal is connected to the output of the comparator in order to switch the MOSFET through as a function of the voltage applied to the comparator, c. a first rechargeable energy storage device (C1, C4) with a first terminal connecting the resistor R1 and the input of the optocoupler and a second terminal which is connected both to two charging resistors R6, R10 connected in parallel and to the output of the MOSFET, d. a second rechargeable energy storage device which is connected at one terminal to the comparator and at the other terminal to a charging resistor R5, e. wherein the charging resistor R10 changes its resistance value as a function of at least one measured value representing an environmental condition, so that the charging and discharging time of the first and/or second energy storage device changes in each case such that the cycle time and/or the amplitudes of the cyclic current pulses (I1,...In) generated by the circuit arrangement subsequently change accordingly. a. comparator, b. a MOSFET whose control terminal is connected to the output of the comparator in order to switch the MOSFET through as a function of the voltage applied to the comparator, c. a first rechargeable energy storage device (C1, C4) with a first terminal connecting the resistor R1 and the input of the optocoupler and a second terminal which is connected both to two charging resistors R6, R10 connected in parallel and to the output of the MOSFET, d. a second rechargeable energy storage device which is connected at one terminal to the comparator and at the other terminal to a charging resistor R5, e. wherein the charging resistor R10 changes its resistance value as a function of at least one measured value representing an environmental condition, so that the charging and discharging time of the first and/or second energy storage device changes in each case such that the cycle time and/or the amplitudes of the cyclic current pulses (I1,...In) generated by the circuit arrangement subsequently change accordingly.
An aqueous ethyl alcohol free paediatric solution comprising propranolol or a pharmaceutically acceptable salt thereof, a non- sugar type sweetener and less than 0.01 w/V% of any preservative agents besides propranolol or pharmaceutically acceptable salt thereof itself.
A lighting device comprising: an envelope, a light generating unit, a stem arranged to support the light generating unit inside the envelope, and a mechanical fastening part arranged to fasten the light generating unit at the stem, wherein the mechanical fastening part comprises at least one protrusion and the light generating unit comprises at least one hole adapted to mate with the at least one protrusion so as to fasten the light generating unit to the mechanical fastening part, characterized in that, said light generating unit is arranged to at least partially surround the stem, thereby forming a chimney-like structure. an envelope, a light generating unit, a stem arranged to support the light generating unit inside the envelope, and a mechanical fastening part arranged to fasten the light generating unit at the stem, wherein the mechanical fastening part comprises at least one protrusion and the light generating unit comprises at least one hole adapted to mate with the at least one protrusion so as to fasten the light generating unit to the mechanical fastening part, characterized in that, said light generating unit is arranged to at least partially surround the stem, thereby forming a chimney-like structure.