mhurhangee/patent-ind-claim-en huggingface dataset:
A table comprising a table top comprising: a top surface ; a display cavity recessed from the top surface ; a display panel forming a bottom interior surface of the display cavity and comprising a plurality of nodes and a chamber formed within the display panel and defined by a first wall , a perimeter wall , and a second wall , wherein the first wall defines the bottom interior surface ; wherein each node is disposed in a respective aperture formed on the bottom interior surface of the display cavity and extending through the first wall to the chamber and comprises a base defining a through hole therethrough, and a hollow frame including an interior surface that, in connection with a proximal surface of the base , defines a hollow interior configured to receive a portion of a display fixture , wherein, to support the node on the bottom interior surface , the node comprises a flange , or an exterior surface of the hollow frame is supported via a friction fit between the respective aperture and the exterior surface of the hollow frame , or the exterior surface is adhesively bonded to the respective aperture; a printed circuit board disposed within the display panel and attached to each of the plurality of nodes via a lower surface of the base ; and a power supply system in electrical communication with the printed circuit board . a top surface ; a display cavity recessed from the top surface ; a display panel forming a bottom interior surface of the display cavity and comprising a plurality of nodes and a chamber formed within the display panel and defined by a first wall , a perimeter wall , and a second wall , wherein the first wall defines the bottom interior surface ; wherein each node is disposed in a respective aperture formed on the bottom interior surface of the display cavity and extending through the first wall to the chamber and comprises a base defining a through hole therethrough, and a hollow frame including an interior surface that, in connection with a proximal surface of the base , defines a hollow interior configured to receive a portion of a display fixture , wherein, to support the node on the bottom interior surface , the node comprises a flange , or an exterior surface of the hollow frame is supported via a friction fit between the respective aperture and the exterior surface of the hollow frame , or the exterior surface is adhesively bonded to the respective aperture; a printed circuit board disposed within the display panel and attached to each of the plurality of nodes via a lower surface of the base ; and a power supply system in electrical communication with the printed circuit board .
Combination of a switching device and a communication module mounted on the switching device , wherein the switching device has one or more setting elements (4a - 4g) for setting parameter values of the switching device and has one or more mounting elements for mounting the communication module on the switching device in a precisely defined position, such that one or more (4d - 4g) of the setting elements (4a - 4g) are covered by the communication module , wherein the communication module has one or more mounting elements for mounting the communication module on the switching device at a precisely defined position and has housing parts that cover the one or more setting elements (4d - 4g) of the switching device , wherein the communication module has a transmitter for a communication connection between the communication module and the switching device , wherein the transmitter can use the communication connection to transmit parameter values assigned to the covered setting elements (4d - 4g) to the switching device, and wherein the switching device has a receiver for a communication connection between the communication module and the switching device , wherein the receiver can use the communication connection to receive parameter values assigned to the covered setting elements (4d - 4g) from the communication module . wherein the communication module has one or more mounting elements for mounting the communication module on the switching device at a precisely defined position and has housing parts that cover the one or more setting elements (4d - 4g) of the switching device , wherein the communication module has a transmitter for a communication connection between the communication module and the switching device , wherein the transmitter can use the communication connection to transmit parameter values assigned to the covered setting elements (4d - 4g) to the switching device, and wherein the switching device has a receiver for a communication connection between the communication module and the switching device , wherein the receiver can use the communication connection to receive parameter values assigned to the covered setting elements (4d - 4g) from the communication module .
Bioprocessing system having a main line for conduction of a main flow of a liquid, in particular biological, medium , having a main flow pump for generation of the main flow , and having a system part connected to the main line , characterized in that the bioprocessing system comprises a powder transfer system for metered delivery, in particular dust-free metered delivery, of an additive and a feed line which is connected to the powder transfer system and which opens into the main line at a feed point and which comprises a return flow preventer for prevention of a return flow of liquid medium , in that the powder transfer system feeds the additive into the feed line in powder form and drives it toward the feed point by means of a pressurized transport gas , and in that at least some of the fed additive is input into the liquid medium within the main line downstream of the feed point before the liquid medium enriched with the additive passes through or reaches the system part connected to the main line .
Flashlight with a housing in which at least one LED fastened on a carrier body and an attachment optics are arranged, which can be displaced relative to one another in order to focus the emitted light cone, characterized in that a seal consisting of a membrane seals the space between the LED and the attachment optics in a dust- and water-tight manner, whereby the seal has a collar or a rib on the upper edge, which between the attachment optics and the housing, preferably in an on the housing inner wall machined groove is clamped and/or whereby either the lower edge of the seal is connected to an annular body in which the seal inside facing surface a groove is embedded, which forms with a hook-shaped nose of the carrier body a positive locking connection or that the seal on an inner jacket in the lower region has an annular rib which engages in a groove of the carrier body .
Cast-moulded article in a composite material comprising a cured polymeric binder incorporating embedded particles of filler, wherein the binder incorporates randomly distributed fibres of polyamide, wherein the fibres have a main alignment essentially parallel to the face side of the cast-moulded article , wherein an edge region adjoining the face side of the cast-moulded article is fibreless and it is only in the remaining volume of the article that the fibres are present in the form of a dispersion, and wherein the fibres have a length of 8-12 mm and a diameter of 0.1-0.15 mm and the fibres comprise 0.05-0.2 wt% based on the overall mass of the cast-moulded article .
Method for producing boards comprising a wood-based substrate, wherein this wood-based substrate comprises wood particles and a urea-formaldehyde glue which binds these wood particles together, wherein for producing the substrate: - a urea-formaldehyde glue is produced; - wood particles are produced; - the wood particles are coated with at least the urea-formaldehyde glue, after which the glue-coated wood particles are pressed to form a plate shape; and that, in order to produce the urea-formaldehyde glue, raw materials of this glue are combined in a reactor , wherein these raw materials at least comprise urea, water and a urea-formaldehyde concentrate, wherein the urea-formaldehyde concentrate is produced by combining urea, formaldehyde and water, and the resultant urea-formaldehyde concentrate is introduced into a storage tank with the aid of a first line , wherein the urea-formaldehyde concentrate is introduced into the reactor from the storage tank with the aid of a second line, characterized in that formaldehyde/urea molar ratios of the urea-formaldehyde concentrate are determined on the basis of NIR measurements and at least one calibration model, and in that these NIR measurements are performed on urea-formaldehyde concentrate in at least two locations, being a first location which is situated in the first line and a second location which is situated in the storage tank or the second line, and wherein the raw materials are dosed into the reactor on the basis of said formaldehyde/urea molar ratios of the urea-formaldehyde concentrate. - a urea-formaldehyde glue is produced; - wood particles are produced; - the wood particles are coated with at least the urea-formaldehyde glue, after which the glue-coated wood particles are pressed to form a plate shape;
A visual dental floss, including a dental floss , an oral viewer and a connecting mechanism , wherein: A. the dental floss includes a floss , a bracket and a mounting base ; both ends of the floss of the dental floss are respectively fixed on a left arm (12-1) and a right arm (12-2) of the bracket , and the bracket is arranged on the mounting base ; the mounting base of the dental floss is provided with a locating groove (13-2); B. the oral viewer includes a housing , a power supply system , a lighting system , a viewing system , a circuit system and a switch ; the lighting system , the viewing system , the circuit system and the power supply system are mounted in the housing , and the switch is mounted on the housing ; the lighting system , the viewing system , the power supply system and the switch are connected together through the circuit system ; and C. the dental floss is mounted on the oral viewer through the connecting mechanism ; the connecting mechanism is provided with a locating hook and a locating block ; the connecting mechanism is mounted on the oral viewer through the locating block ; and the locating hook on the connecting mechanism is embedded in the locating groove (13-2) of the dental floss to form a concave-convex snap fit connection, and a detachable connection is formed between the dental floss and the oral viewer . A. the dental floss includes a floss , a bracket and a mounting base ; both ends of the floss of the dental floss are respectively fixed on a left arm (12-1) and a right arm (12-2) of the bracket , and the bracket is arranged on the mounting base ; the mounting base of the dental floss is provided with a locating groove (13-2); B. the oral viewer includes a housing , a power supply system , a lighting system , a viewing system , a circuit system and a switch ; the lighting system , the viewing system , the circuit system and the power supply system are mounted in the housing , and the switch is mounted on the housing ; the lighting system , the viewing system , the power supply system and the switch are connected together through the circuit system ; and C. the dental floss is mounted on the oral viewer through the connecting mechanism ; the connecting mechanism is provided with a locating hook and a locating block ; the connecting mechanism is mounted on the oral viewer through the locating block ; and the locating hook on the connecting mechanism is embedded in the locating groove (13-2) of the dental floss to form a concave-convex snap fit connection, and a detachable connection is formed between the dental floss and the oral viewer .
A pre-operative planning method for designing a glenoid implant , the method comprising: pre-operative analysis comprising: aligning an anterior edge of a glenoid implant with an anterior edge of a glenoid bone ; adjusting a retroversion of the glenoid implant ; adjusting an augmentation of the glenoid implant ; adjusting an inferior tilt of the glenoid implant ; evaluating bone support for the glenoid implant , wherein an amount of a rear surface of the glenoid implant that is supported by or touching bone is assessed; adjusting a medialization of the glenoid implant by assessing the volumetric amount of bone needed to be removed by reaming, or the minimum total distance of reaming necessary, in order to optimize the bone to implant interface; analyzing fixation support in the absence of central pegs that penetrate a vault medially; measuring and matching widths of the glenoid implant and the glenoid bone after reaming and aligning inferior and superior axes of the glenoid implant and bone ; and designing a glenoid implant based on the pre-operative analysis. aligning an anterior edge of a glenoid implant with an anterior edge of a glenoid bone ; adjusting a retroversion of the glenoid implant ; adjusting an augmentation of the glenoid implant ; adjusting an inferior tilt of the glenoid implant ; evaluating bone support for the glenoid implant , wherein an amount of a rear surface of the glenoid implant that is supported by or touching bone is assessed; adjusting a medialization of the glenoid implant by assessing the volumetric amount of bone needed to be removed by reaming, or the minimum total distance of reaming necessary, in order to optimize the bone to implant interface; analyzing fixation support in the absence of central pegs that penetrate a vault medially; measuring and matching widths of the glenoid implant and the glenoid bone after reaming and aligning inferior and superior axes of the glenoid implant and bone ; and designing a glenoid implant based on the pre-operative analysis.
A guide bush adjusting device , comprising: a cylindrical body configured to house a guide bush ; and a drawbar provided to be displaceable with respect to the cylindrical body , wherein the drawbar and the guide bush are together connected, and the guide bush is moved with respect to the cylindrical body by displacement of the drawbar such that an inner diameter dimension of the guide bush is adjusted, wherein the drawbar includes a screw connection member configured to be connected to the guide bush , and an operation member configured to operate displacement of the screw connection member , characterized by a fixing device to fix the drawbar to the cylindrical body , wherein the screw connection member and the operation member are connected together by use of an engagement section including a recessed portion and a projecting portion to be loosely fitted to each other, and the operation member is fixed to the cylindrical body by use of the fixing device . a cylindrical body configured to house a guide bush ; and a drawbar provided to be displaceable with respect to the cylindrical body , wherein the drawbar and the guide bush are together connected, and the guide bush is moved with respect to the cylindrical body by displacement of the drawbar such that an inner diameter dimension of the guide bush is adjusted, wherein the drawbar includes a screw connection member configured to be connected to the guide bush , and an operation member configured to operate displacement of the screw connection member , characterized by a fixing device to fix the drawbar to the cylindrical body , wherein the screw connection member and the operation member are connected together by use of an engagement section including a recessed portion and a projecting portion to be loosely fitted to each other, and the operation member is fixed to the cylindrical body by use of the fixing device .
A negative electrode active material for non-aqueous electrolyte secondary batteries having particles of negative electrode active material, the particles of negative electrode active material containing a silicon compound (SiO x : 0.5<x<1.6) in which a Li compound is contained, including: a carbon coating on at least a part of a surface of the silicon compound; and a salt coating containing one or more kinds of a metal silicate containing a metal element other than a lithium element and a metal salt containing a metal element other than the lithium element on a part of a surface of the silicon compound or a surface of the carbon coating or both of these, wherein optionally the metal silicate contains at least one or more kinds of elements of aluminum and magnesium. a carbon coating on at least a part of a surface of the silicon compound; and a salt coating containing one or more kinds of a metal silicate containing a metal element other than a lithium element and a metal salt containing a metal element other than the lithium element on a part of a surface of the silicon compound or a surface of the carbon coating or both of these, wherein optionally the metal silicate contains at least one or more kinds of elements of aluminum and magnesium.
A ceramic heater comprising a substrate formed from an insulating ceramic and a heat-generating resistor formed inside the substrate and containing tungsten carbide (WC) and silicon nitride (Si 3 N 4 ), wherein, in any cross section of the heat-generating resistor , the ratio of the area of tungsten carbide portions to the total area of the any cross section is 33 to 67%, and the average diameter of tungsten carbide aggregates that is measured by a line intercept method is 1.4 to 7.0 μm; characterized in that : in any cross section of the heat-generating resistor , the average diameter of silicon nitride particles that is measured by the line intercept method is smaller than the average diameter of the tungsten carbide aggregates.
A system for humidifying gases, the system comprising: a body , extending along a first longitudinal axis from a first face to a second face ; a first lumen , at the first face , through which fluid enters the body ; a second lumen , at the first face , through which the fluid exits the body ; and a first non-porous membrane , inside the body , extending from the first face to the second face , wherein gas moving through the first non-porous membrane is humidified by the fluid, wherein the first non-porous membrane is permeable to the gas, and characterized in that the first non-porous membrane comprises a plurality of large-diameter fibers, each of the plurality of fibers having a diameter of about 0.5 millimeters to about 2.0 millimeters. a body , extending along a first longitudinal axis from a first face to a second face ; a first lumen , at the first face , through which fluid enters the body ; a second lumen , at the first face , through which the fluid exits the body ; and a first non-porous membrane , inside the body , extending from the first face to the second face , wherein gas moving through the first non-porous membrane is humidified by the fluid, wherein the first non-porous membrane is permeable to the gas, and characterized in that the first non-porous membrane comprises a plurality of large-diameter fibers, each of the plurality of fibers having a diameter of about 0.5 millimeters to about 2.0 millimeters.
Windrower including an engine compartment that holds an engine, an operator cab , front and rear wheels or tracks and a crop mowing head that moves across the ground, the front and rear wheels or tracks support the windrower , including the engine compartment and operator cab above the ground, and the operator cab includes controls for an operator to control the windrower , including the engine, wheels or tracks and the crop mowing head , and the engine provides power to turn the wheels or tracks to propel the windrower , wherein the mowing head comprises a ground contour sensing system comprising: a first sensor system configured to measure a first ground contour of the ground in front of the mowing head , and to generate first contour measurement signals; a controller configured to receive the first contour measurement signals, to determine whether to move the mowing head based on the first contour measurement signals, and to generate and send movement commands to the mowing head when it determines to move the mowing head based on the first contour measurement signals wherein the first sensor system comprises: a pivot arm with a proximal end and a distal end, the distal end configured to move in response to changes in the first ground contour in front of the mowing head , and wherein the first contour measurement signals are based on movement of the pivot arm . a first sensor system configured to measure a first ground contour of the ground in front of the mowing head , and to generate first contour measurement signals; a controller configured to receive the first contour measurement signals, to determine whether to move the mowing head based on the first contour measurement signals, and to generate and send movement commands to the mowing head when it determines to move the mowing head based on the first contour measurement signals wherein the first sensor system comprises: a pivot arm with a proximal end and a distal end, the distal end configured to move in response to changes in the first ground contour in front of the mowing head , and wherein the first contour measurement signals are based on movement of the pivot arm .
A pneumatic tire comprising a carcass toroidally extending between a pair of bead portions , at least one inclined belt layer arranged passing through a tire equator (CL) outward in the tire radial direction of a crown portion of the carcass , and having a cord extending inclined at an angle of 30° or more with respect to a tire circumferential direction, and a tread arranged outward in the tire radial direction of the inclined belt layer , wherein at least one circumferential cord layer having a cord extending along the tire circumferential direction is arranged inward in the tire radial direction of the tread , the circumferential cord layer has a high-rigidity region which is a region including the tire equator (CL) and in which the rigidity in the tire circumferential direction per unit width in the tire width direction is high, and a low-rigidity region which is a region on each side in the tire width direction of the high-rigidity region and in which the rigidity in the tire circumferential direction per unit width in the tire width direction is low, the high-rigidity region has a lower negative ratio in a ground contact width of the tread than the low-rigidity region, and when W1 denotes a width in the tire width direction of the entire circumferential cord layer , W2 denotes a width in the tire width direction of the high-rigidity region, and D1 and D2 respectively denote the longer and the shorter among the distances in the tire width direction from each end in the tire width direction of the entire circumferential cord layer to each end in the tire width direction of the high-rigidity region on a side close to each end in the tire width direction of the circumferential cord layer , W2/W1 = 0.2 to 0.7, and, D1/D2 = 2.0 to 8.0 are satisfied.