mhurhangee/patent-ind-claim-en huggingface dataset:
An aerator comprising a main body casing , a motor , an aerator shaft , a diffuser assembly , and an impeller connected to the aerator shaft , whereby the main body casing forms a substantially vertical channel and comprises one or more upper openings and a lower open end, the diffuser assembly is located within the vertical channel, the impeller is mounted beneath the diffuser assembly , the motor is configured to rotate the aerator shaft and the impeller to draw a downward draught through the vertical channel in the main body casing , so that air drawn through the aerator by the downward draught is passed through the diffuser assembly to form elongated bubbles having a relatively low pressure due to cavitation, and the impeller is configured to cut the elongated bubbles into micro-bubbles, and to discharge the micro-bubbles through the lower open end of the main body casing , characterised in that the diffuser assembly comprises a diffuser material arranged above a diffuser support plate , and the diffuser material has a porosity in the range of 150 to 300 microns.
Dispensing head , in particular for a dispensing system of a product, comprising: - a spray nozzle comprising a dispensing orifice and a whirl chamber leading to the dispensing orifice , the whirl chamber comprising a converging portion , said whirl chamber extending along an axis (X) between an upstream end and a downstream end in the displacement direction of the product, and - an anvil comprising a core provided with a peripheral wall , the core housing inside the whirl chamber , the peripheral wall and the converging portion forming at least one fluid path wherein the product circulates, the converging portion comprising an inner wall of the nozzle , said inner wall and/or the peripheral wall of the core being provided with a plurality of steps , each step being defined by a transverse wall which extends into a plane secant to the axis (X) and a longitudinal wall substantially parallel to the axis, the steps forming obstacles in the fluid path, the nozzle comprising at least one feeding channel of the whirl chamber tangentially leading to the whirl chamber , said head being characterised in that the core comprises a conical portion of revolution about the axis (X) and defining a peak located facing the dispensing orifice . - a spray nozzle comprising a dispensing orifice and a whirl chamber leading to the dispensing orifice , the whirl chamber comprising a converging portion , said whirl chamber extending along an axis (X) between an upstream end and a downstream end in the displacement direction of the product, and - an anvil comprising a core provided with a peripheral wall , the core housing inside the whirl chamber , the peripheral wall and the converging portion forming at least one fluid path wherein the product circulates,
A constant current supply device comprising: voltage acquisition means for extracting a constant voltage from a supplied constant current; conversion means for converting the constant voltage extracted into a drive current of a desired magnitude, and outputting the drive current; a driven element and a current control element which are connected in parallel to each other and to which the drive current is input; and control means for controlling a magnitude of a drive current which flows through the current control element in response to a constant current of desired magnitude of the driven element. voltage acquisition means for extracting a constant voltage from a supplied constant current; conversion means for converting the constant voltage extracted into a drive current of a desired magnitude, and outputting the drive current; a driven element and a current control element which are connected in parallel to each other and to which the drive current is input; and control means for controlling a magnitude of a drive current which flows through the current control element in response to a constant current of desired magnitude of the driven element.
Traction mechanism drive for a motor vehicle transmission , having a first traction mechanism wheel which is connectable to a first transmission component for conjoint rotation, a second traction mechanism wheel which is connected in terms of drive to the first traction mechanism wheel by a traction mechanism and which is connectable to a second transmission component for conjoint rotation, and a bearing journal for supporting the first traction mechanism wheel , characterized in that the first traction mechanism wheel is arranged in an axially movable manner relative to the bearing journal .
Valve assembly, with a valve carrier and at least one valve unit with an electrically actuable drive device , wherein the valve unit is accommodated in an encapsulated manner in a mounting space , sealed from the outside, of the valve carrier , which is jointly bounded by a base body of the valve carrier , which has valve carrier fluid passages in fluidic connection with the valve unit , and by a cover plate of the valve carrier , releasably attached to a mounting surface of the base body wherein the cover plate has a cover body with an opaque boundary wall immediately bounding the mounting space and having at least one delimited light-transmissive area through which there passes locally at least one inspection window which is tightly sealed by a sealing means fixed to the cover body , characterised in that the sealing means is made of a clear transparent material so that it is possible to look from the outside through the inspection window into the mounting space , wherein the valve unit has in an area opposite the inspection window permanently provided alphanumerical information means which are discernible through the inspection window from outside the mounting space .
A sleeve device for a mobile device , in particular a smartphone or tablet or other types of handhelds respectively mobile smart devices, comprising at least one sleeve part for at least partially surrounding the mobile device and at least one input device at least partially disposed in the sleeve part for actuating the mobile device which can be accommodated in the sleeve part , wherein the input device comprises at least one movable operating member and at least one braking device , and wherein movement of the operating member can in particular be damped controlled by means of the braking device , characterized in that the operating member comprises at least two actuating zones , and wherein the movement of the operating member can be damped controlled in dependence on the actuating zone in which the operating member is actuated and in particular touched, and that the sleeve device comprises at least one monitoring device , wherein the monitoring device is suitable and configured for capturing by sensor the actuating zone in which actuating takes place.
A system comprising: (a) a plurality of structural-color tags, generating a distinct spectral response in a specified spectral range, said distinct spectral response including at least one characteristic spectral feature; (b) a spectral imaging system for capturing a dataset of at least. 5 spectrally-filtered digital images of a field of view; and (c) a processing system comprising at least one processor, said processing system being configured to process a dataset of spectrally-filtered digital images from said spectral imaging system so as to: (i) identify spatial pixels of said dataset having said characteristic spectral feature in said specified spectral range as spatial pixels corresponding to one of said tags; and (ii) process spectral data from said dataset for said tag to derive information relating to said tag. (a) a plurality of structural-color tags, generating a distinct spectral response in a specified spectral range, said distinct spectral response including at least one characteristic spectral feature; (b) a spectral imaging system for capturing a dataset of at least. 5 spectrally-filtered digital images of a field of view; and (c) a processing system comprising at least one processor, said processing system being configured to process a dataset of spectrally-filtered digital images from said spectral imaging system so as to: (i) identify spatial pixels of said dataset having said characteristic spectral feature in said specified spectral range as spatial pixels corresponding to one of said tags; and (ii) process spectral data from said dataset for said tag to derive information relating to said tag. (i) identify spatial pixels of said dataset having said characteristic spectral feature in said specified spectral range as spatial pixels corresponding to one of said tags; and (ii) process spectral data from said dataset for said tag to derive information relating to said tag.
A laundry washing/drying system comprising a first household appliance having a body , a drum which is disposed in the body and wherein the laundry to be dried is placed, a condenser which provides the dehumidification of the drying air, a tank which collects the condensate formed in the condenser and a tank outlet which is provided on the tank and which enables the condensate collected in the tank to be discharged; a second household appliance having a tub wherein the washing process is performed, at least one water inlet through which the washing water is taken to be transferred to the tub , at least one valve , a control unit which controls the valve so as to adjust the amount of water to be taken into the tub and at least one discharge line which is suitable to be connected to the tank outlet at one end and to the water inlet at the other end and which enables the condensate collected in the tank to be delivered from the tank outlet to the water inlet , at least one connection member which is provided on the discharge line , which has at least one inlet port and at least one outlet port , and which has a cross-sectional area smaller than the cross-sectional area of the discharge line so as to accelerate the water flow between the inlet port and the outlet port characterized by the at least one valve being provided on the water inlet , at least one second outlet port which is provided on the connection member , at least one second valve which is provided on the body of the first household appliance , and a second discharge line , one end of which is connected to the second outlet port and the other end to the at least one second valve .
A device, in particular a soil sensor, for detecting the condition of a ground, wherein the soil sensor comprises at least one transmitter coil and at least one, preferably four, receiver coil(s), wherein the transmitter coil is configured to generate an electromagnetic primary field and the receiver coil is configured to receive the electromagnetic secondary field induced in the ground by the primary field, characterized in that the transmitter coil and the receiver coil are arranged in a front weight for an agricultural machine, and in that in the front weight a sensor accommodating section for accommodating the transmitter and receiver coils and a spatially separated electronics accommodating section for accommodating the control electronics are provided, wherein the sensor accommodating section and the electronics accommodating section are separated by a screening plate which preferably comprises steel and screens from electromagnetic radiation.
A method of making a wound treatment composition, wherein the method comprises; i) fractionating a whole blood sample into multiple samples including a platelet rich plasma (PRP) sample, a platelet poor plasma (PPP) sample and a erythrocyte sample, wherein the PRP sample has a haematocrit level of 1-10%, ii) processing a portion of the PPP and/or PRP sample to facilitate cleavage of autologous pro-thrombin present in the PPP and/or PRP to produce autologous thrombin, and iii) combining the PRP sample with a portion of the PPP sample and a portion of the thrombin produced in step (ii) to produce the wound treatment composition; and wherein step ii) is carried out at a temperature of less than 15 °C. i) fractionating a whole blood sample into multiple samples including a platelet rich plasma (PRP) sample, a platelet poor plasma (PPP) sample and a erythrocyte sample, wherein the PRP sample has a haematocrit level of 1-10%, ii) processing a portion of the PPP and/or PRP sample to facilitate cleavage of autologous pro-thrombin present in the PPP and/or PRP to produce autologous thrombin, and iii) combining the PRP sample with a portion of the PPP sample and a portion of the thrombin produced in step (ii) to produce the wound treatment composition; and
A fluorene-based compound represented by the following Formula 1: in Formula 1, L is a substituted or unsubstituted arylene group; or a substituted or unsubstituted heteroarylene group, R1 to R6 are the same as or different from each other, and are each independently hydrogen; deuterium; a halogen group; a substituted or unsubstituted alkyl group; a substituted or unsubstituted alkoxy group; a substituted or unsubstituted aryl group; or a substituted or unsubstituted heteroaryl group, Ar1 and Ar2 are the same as or different from each other, and are each independently an aryl group which is unsubstituted or substituted with deuterium or an alkyl group, X1 and X2 are the same as or different from each other, and are each independently a photocurable group or a thermosetting group, n1 and n4 are each independently an integer of 0 to 5, n2 and n6 are each independently an integer of 0 to 4, n3 and n5 are each independently an integer of 0 to 3, when n1 to n6 are each 2 or more, the substituents in the parenthesis are the same as or different from each other, and m1 and m2 are each 0 or 1. L is a substituted or unsubstituted arylene group; or a substituted or unsubstituted heteroarylene group, R1 to R6 are the same as or different from each other, and are each independently hydrogen; deuterium; a halogen group; a substituted or unsubstituted alkyl group; a substituted or unsubstituted alkoxy group; a substituted or unsubstituted aryl group; or a substituted or unsubstituted heteroaryl group, Ar1 and Ar2 are the same as or different from each other, and are each independently an aryl group which is unsubstituted or substituted with deuterium or an alkyl group, X1 and X2 are the same as or different from each other, and are each independently a photocurable group or a thermosetting group, n1 and n4 are each independently an integer of 0 to 5, n2 and n6 are each independently an integer of 0 to 4, n3 and n5 are each independently an integer of 0 to 3, when n1 to n6 are each 2 or more, the substituents in the parenthesis are the same as or different from each other, and m1 and m2 are each 0 or 1.
A data carrier , especially a value or security document, having a substrate that comprises at least one paper layer, there being embedded in the substrate a window security thread that is visible, in certain window regions , at at least one surface of the substrate, the window regions comprising, produced with papermaking technology, microwindows that comprise, produced at paper manufacture, an edge having characteristic irregularities, characterized in that the width of the windows produced with papermaking technology, transverse to the thread direction, is less than 50% of the thread width and is between 0.2 mm and 4 mm, and the contours of the windows produced with papermaking technology constitute characters or a code, especially a letter or number string.
Device for measuring the fill level of a fluid in a container for a motor vehicle, comprising - an outer sensor sleeve which has a wall , wherein the outer sensor sleeve represents a settling tube, in which the fluid is caused to settle and any air bubbles present can escape to the surface of the fluid, - an inner sensor sleeve which has a wall with a venting opening , wherein the inner sensor sleeve is arranged within the outer sensor sleeve such that an intermediate space is formed between the walls of the outer and inner sensor sleeves , wherein the inner sensor sleeve represents the actual measurement tube, in which it is possible to carry out a fill level measurement, for example by means of sending and receiving ultrasonic signals, - a terminating sleeve which has an outer terminating element with two venting openings and has an inner terminating element which is arranged within the outer terminating element , wherein the terminating sleeve , with respect to a longitudinal axis (L), is designed to close off a respective axial end of the outer and inner sensor tubes , and - a collar element which is arranged between the inner and outer sensor sleeves and which is in contact with the wall of the inner and outer sensor sleeves and which, with respect to the longitudinal axis (L), apart from an opening , surrounds the inner sensor sleeve so as to form, in cooperation with the two venting openings of the terminating sleeve , a venting channel for the intermediate space , which venting channel is separate from a venting channel for the inner sleeve . - an outer sensor sleeve which has a wall , wherein the outer sensor sleeve represents a settling tube, in which the fluid is caused to settle and any air bubbles present can escape to the surface of the fluid, - an inner sensor sleeve which has a wall with a venting opening , wherein the inner sensor sleeve is arranged within the outer sensor sleeve such that an intermediate space is formed between the walls of the outer and inner sensor sleeves , wherein the inner sensor sleeve represents the actual measurement tube, in which it is possible to carry out a fill level measurement, for example by means of sending and receiving ultrasonic signals, - a terminating sleeve which has an outer terminating element with two venting openings and has an inner terminating element which is arranged within the outer terminating element , wherein the terminating sleeve , with respect to a longitudinal axis (L), is designed to close off a respective axial end of the outer and inner sensor tubes , and - a collar element which is arranged between the inner and outer sensor sleeves and which is in contact with the wall of the inner and outer sensor sleeves and which, with respect to the longitudinal axis (L), apart from an opening , surrounds the inner sensor sleeve so as to form, in cooperation with the two venting openings of the terminating sleeve , a venting channel for the intermediate space , which venting channel is separate from a venting channel for the inner sleeve .
A textile component , comprising: a knitted component , the knitted component comprising: a first area with a first knit layer and a second knit layer ; and a single-layer boundary area comprising a fused structure, wherein the boundary area at least partially surrounds the first area; and an embroidered element that extends through the first knit layer in the first area, wherein the embroidered element is stitched on the first knit layer of the knitted component , wherein the knitted component includes yarns formed of at least one thermoplastic polymer material, wherein the fused structure is formed by heat-processed thermoplastic polymer material, the textile component being characterized in that the knitted component comprises an elevated cushioning area surrounded by the boundary area , and wherein the embroidered element is located within the cushioning area . a knitted component , the knitted component comprising: a first area with a first knit layer and a second knit layer ; and a single-layer boundary area comprising a fused structure, wherein the boundary area at least partially surrounds the first area; and a first area with a first knit layer and a second knit layer ; and a single-layer boundary area comprising a fused structure, wherein the boundary area at least partially surrounds the first area; and an embroidered element that extends through the first knit layer in the first area, wherein the embroidered element is stitched on the first knit layer of the knitted component , wherein the knitted component includes yarns formed of at least one thermoplastic polymer material, wherein the fused structure is formed by heat-processed thermoplastic polymer material, the textile component being characterized in that the knitted component comprises an elevated cushioning area surrounded by the boundary area , and wherein the embroidered element is located within the cushioning area .
A detection apparatus , comprising: a transducer configured to transmit a transmission wave and to receive a reception wave resulting from a reflection of said transmission wave on reflection objects; a first echo intensity calculation means configured to calculate a first echo intensity of a first reception signal generated from the reception wave; a compression means configured to compress said first reception signal to generate a second reception signal, a signal duration of said second reception signal being shorter than that of said first reception signal; a second echo intensity calculation means configured to calculate a second echo intensity from said second reception signal compressed by said compression means ; a frequency distribution generation means configured to generate a first frequency distribution of said first echo intensity and to generate a second frequency distribution of said second echo intensity; means for comparing said first frequency distribution and said second frequency distribution; and a density extraction means configured to determine a value representing a density of said reflection objects based on a degree of similarity between said first frequency distribution and said second frequency distribution as a result of said comparison of said first frequency distribution and said second frequency distribution. a transducer configured to transmit a transmission wave and to receive a reception wave resulting from a reflection of said transmission wave on reflection objects; a first echo intensity calculation means configured to calculate a first echo intensity of a first reception signal generated from the reception wave; a compression means configured to compress said first reception signal to generate a second reception signal, a signal duration of said second reception signal being shorter than that of said first reception signal; a second echo intensity calculation means configured to calculate a second echo intensity from said second reception signal compressed by said compression means ; a frequency distribution generation means configured to generate a first frequency distribution of said first echo intensity and to generate a second frequency distribution of said second echo intensity; means for comparing said first frequency distribution and said second frequency distribution; and a density extraction means configured to determine a value representing a density of said reflection objects based on a degree of similarity between said first frequency distribution and said second frequency distribution as a result of said comparison of said first frequency distribution and said second frequency distribution.