mhurhangee/patent-ind-claim-en huggingface dataset:
A fluidized bed furnace comprising: a lower reactor that forms a first fluidized bed space (FS1) having a first diameter (D1), and includes a discharge port through which fine reduced iron with a particle size of less than 8 mm is discharged; an upper reactor that forms a second fluidized bed space (FS2) having a second diameter (D2) that is greater than the first diameter, and includes a charging port through which iron ore is charged; a tapered portion that forms a connection space (CS) that allows communication between the first fluidized bed space (FS1) and the second fluidized bed space (FS2), and directly connects the lower reactor and the upper reactor , a porous plate that is disposed between the second fluidized bed space (FS2) and the connection space (CS), and includes a plurality of through-holes; a stand pipe that extends from the second fluidized bed space (FS2) through the porous plate to the first fluidized bed space (FS1), and is supported by the porous plate ; and a dispersion plate through which reduced gas supplied to the first fluidized bed space (FS1) passes, wherein the second diameter (D2) is 3 to 4 times the first diameter (D1), wherein the fluidized bed is configured such that a turbulent fluidized bed is formed in the first fluidized bed space (FS1), and a calm fluidized bed having lower a gas flow rate compared to a gas flow rate of the turbulent fluidized bed is formed in the second fluidized bed space (FS2). a lower reactor that forms a first fluidized bed space (FS1) having a first diameter (D1), and includes a discharge port through which fine reduced iron with a particle size of less than 8 mm is discharged; an upper reactor that forms a second fluidized bed space (FS2) having a second diameter (D2) that is greater than the first diameter, and includes a charging port through which iron ore is charged; a tapered portion that forms a connection space (CS) that allows communication between the first fluidized bed space (FS1) and the second fluidized bed space (FS2), and directly connects the lower reactor and the upper reactor , a porous plate that is disposed between the second fluidized bed space (FS2) and the connection space (CS), and includes a plurality of through-holes; a stand pipe that extends from the second fluidized bed space (FS2) through the porous plate to the first fluidized bed space (FS1), and is supported by the porous plate ; and a dispersion plate through which reduced gas supplied to the first fluidized bed space (FS1) passes, wherein the second diameter (D2) is 3 to 4 times the first diameter (D1), wherein the fluidized bed is configured such that a turbulent fluidized bed is formed in the first fluidized bed space (FS1), and a calm fluidized bed having lower a gas flow rate compared to a gas flow rate of the turbulent fluidized bed is formed in the second fluidized bed space (FS2).
A material for forming an organic film, comprising: a polymer having a structure shown by the following general formula 1A as a partial structure; and an organic solvent, wherein in the general formula 1A, W 1 represents a tetravalent organic group, W 2 represents a single bond or a linking group shown by the following formula 1E, R 1 represents a hydrogen atom or a monovalent organic group having 1 to 10 carbon atoms, n1 represents an integer of 0 or 1, and n2 and n3 satisfy 0 ≤ n2 ≤ 6, 0 ≤ n3 ≤ 6, and 1 ≤ n2 + n3 ≤ 6, W 2 = --CH 2 -- .
A fuel cell , comprising at least a cell with an active area and a manifold area, a top end plate , a bottom end plate , a top cover and compression means , wherein said top end plate comprises a first top end plate and a second top end plate , characterized in that a compression force on the manifold area and around the active area is achieved by dedicated springs on said first top end plate .
Straddle-type vehicle comprising: a body frame supporting a main seat and an assist seat arranged on a rear side of the main seat , a side cover ; a main footboard and an assist footboard supported on the left and right sides of said body frame respectively, the side cover is arranged between the main seat and the main footboard , a swinging-type drive unit having an engine and a transmission arranged under said main and assist seat , an air cleaner , and an air-intake duct connected to said transmission having a transmission case , wherein said air-intake duct comprises an upward section provided with an upward opening and is arranged on one of said left or right sides outside of the body frame with regard to the width direction of the vehicle at least in an area between the assist footboard and the assist seat , a downward opening of said air-intake duct connected with an intake opening of the transmission case to the inside thereof, characterized in that the air cleaner is arranged above said transmission wherein said air-intake duct extends between said assist footboard and said air cleaner with regard to a side view of the vehicle, and the upward section of the air-intake duct is attached to the side cover that is arranged to said one of said left or right sides outside of the body frame at which said air-intake duct is arranged. a body frame supporting a main seat and an assist seat arranged on a rear side of the main seat , a side cover ; a main footboard and an assist footboard supported on the left and right sides of said body frame respectively, the side cover is arranged between the main seat and the main footboard , a swinging-type drive unit having an engine and a transmission arranged under said main and assist seat , an air cleaner , and an air-intake duct connected to said transmission having a transmission case , wherein said air-intake duct comprises an upward section provided with an upward opening and is arranged on one of said left or right sides outside of the body frame with regard to the width direction of the vehicle at least in an area between the assist footboard and the assist seat , a downward opening of said air-intake duct connected with an intake opening of the transmission case to the inside thereof, characterized in that the air cleaner is arranged above said transmission wherein said air-intake duct extends between said assist footboard and said air cleaner with regard to a side view of the vehicle, and the upward section of the air-intake duct is attached to the side cover that is arranged to said one of said left or right sides outside of the body frame at which said air-intake duct is arranged.
An artificial turf infill comprising a thermally treated olive pit material , characterized in that the thermally treated olive pit material has a bimodal size distribution with a major mode and a minor mode, wherein the major mode comprises olive pit fragments and has a peak between 0.5 mm to 4.0 mm, more in particular between 0.5 mm to 2.5 mm, and most in particular between 0.5 mm to 2.0 mm, and wherein the minor mode comprises olive pit particles having a size less than 63 μm and has a peak at less than 63 μm. the thermally treated olive pit material has a bimodal size distribution with a major mode and a minor mode, wherein the major mode comprises olive pit fragments and has a peak between 0.5 mm to 4.0 mm, more in particular between 0.5 mm to 2.5 mm, and most in particular between 0.5 mm to 2.0 mm, and wherein the minor mode comprises olive pit particles having a size less than 63 μm and has a peak at less than 63 μm.
A shoe , comprising: an upper , the shoe upper further including a base material , the upper comprising: a lateral side and a medial side; a toe box portion; an ankle portion (180; 190) wherein the ankle portion (180; 190) includes at least one stress point; a heel support spanning from the medial side to the lateral side of the upper ; and a sole structure ; wherein the heel support wraps around a heel of the upper , wherein the heel support is overlaid on the base material ; wherein the ankle portion (180; 190) includes at least one weld zone ; wherein the toe box portion of the shoe upper further includes a first and second weld zone ; wherein the first weld zone includes at least two welds that extend radially across a top of the toe box portion of the shoe upper from the lateral side to the medial side of the shoe upper spanning across a lateral direction of the shoe upper ; wherein a second weld zone includes at least two welds that cross each other at an intersection disposed within the second weld zone ; wherein the ankle portion (180; 190) includes additional material on the medial side of the upper ; wherein the additional material is in a form of an ankle strap ; wherein the ankle strap is overlaid on the base material ; and wherein the lateral side of the upper lacks the additional material in the form of an ankle strap . an upper , the shoe upper further including a base material , the upper comprising: a lateral side and a medial side; a toe box portion; an ankle portion (180; 190) wherein the ankle portion (180; 190) includes at least one stress point; a heel support spanning from the medial side to the lateral side of the upper ; and a lateral side and a medial side; a toe box portion; an ankle portion (180; 190) wherein the ankle portion (180; 190) includes at least one stress point; a heel support spanning from the medial side to the lateral side of the upper ; and a sole structure ; wherein the heel support wraps around a heel of the upper , wherein the heel support is overlaid on the base material ; wherein the ankle portion (180; 190) includes at least one weld zone ; wherein the toe box portion of the shoe upper further includes a first and second weld zone ; wherein the first weld zone includes at least two welds that extend radially across a top of the toe box portion of the shoe upper from the lateral side to the medial side of the shoe upper spanning across a lateral direction of the shoe upper ; wherein a second weld zone includes at least two welds that cross each other at an intersection disposed within the second weld zone ; wherein the ankle portion (180; 190) includes additional material on the medial side of the upper ; wherein the additional material is in a form of an ankle strap ; wherein the ankle strap is overlaid on the base material ; and wherein the lateral side of the upper lacks the additional material in the form of an ankle strap .
A satellite aerobraking device including a deployable wing characterized in that the wing, once deployed, is an asymmetrical three-dimensional structure adapted to achieve the braking of an unstable satellite regardless of its orientation and for which the wing includes at least two disjoint wing elements .
A pressure measuring device for measuring the pressure of a fluid, having a housing , an elastic membrane arranged within the housing and/or on the housing , and a signal transducer cooperating with the membrane , wherein the signal transducer cooperates with the membrane such that the action of the fluid on the membrane causes a measuring signal corresponding to the measured variable at the signal transducer, and wherein the membrane comprises an electrically conductive, elastomeric layer , the action of the fluid on the membrane causes a change in the electric capacitance of the membrane , and the signal transducer is formed by the membrane by the change in capacitance of the membrane upon action of the fluid being provided as the measuring signal, characterized in that the membrane comprises a first electrically conductive layer and a second electrically conductive layer , wherein the two conductive layers are separated by an electrically insulating layer , wherein the first electrically conductive layer and the second electrically conductive layer are configured as electrodes on the electrically insulating layer , wherein the electrodes are arranged opposite to one another on the respective surface of the insulating layer , and wherein the electrodes form an electric capacitor with the insulating layer located therebetween. having a housing , an elastic membrane arranged within the housing and/or on the housing , and a signal transducer cooperating with the membrane , wherein the signal transducer cooperates with the membrane such that the action of the fluid on the membrane causes a measuring signal corresponding to the measured variable at the signal transducer, and wherein the membrane comprises an electrically conductive, elastomeric layer , the action of the fluid on the membrane causes a change in the electric capacitance of the membrane , and the signal transducer is formed by the membrane by the change in capacitance of the membrane upon action of the fluid being provided as the measuring signal, characterized in that the membrane comprises a first electrically conductive layer and a second electrically conductive layer , wherein the two conductive layers are separated by an electrically insulating layer , wherein the first electrically conductive layer and the second electrically conductive layer are configured as electrodes on the electrically insulating layer , wherein the electrodes are arranged opposite to one another on the respective surface of the insulating layer , and wherein the electrodes form an electric capacitor with the insulating layer located therebetween.
A piece of sport equipment for gliding over snow and ice that is adapted to be worn underfoot and comprises: a substantially straight and ribbon-like, rigid oblong body having the lower face specifically structured for being able to glide over snow and/or ice; and an electrically-powered heating device which is at least partially incorporated/housed inside said rigid oblong body and is selectively adapted to heat the lower face of the rigid oblong body ; the heating device comprising: one or more electric resistors placed inside the rigid oblong body ; an electrical energy accumulator that powers said electric resistor or resistors ; and an electronic control unit adapted to activate said electric resistor or resistors when the user is wearing the sport equipment ; the sport equipment being characterised in that said electronic control unit is adapted to adjust the flow of electric energy to the electric resistor or resistors , so as to keep the lower face of the rigid oblong body in the neighbourhood of a pre-set temperature. a substantially straight and ribbon-like, rigid oblong body having the lower face specifically structured for being able to glide over snow and/or ice; and an electrically-powered heating device which is at least partially incorporated/housed inside said rigid oblong body and is selectively adapted to heat the lower face of the rigid oblong body ; the heating device comprising: one or more electric resistors placed inside the rigid oblong body ; an electrical energy accumulator that powers said electric resistor or resistors ; and an electronic control unit adapted to activate said electric resistor or resistors when the user is wearing the sport equipment ; the sport equipment being characterised in that said electronic control unit is adapted to adjust the flow of electric energy to the electric resistor or resistors , so as to keep the lower face of the rigid oblong body in the neighbourhood of a pre-set temperature.
A control method for controlling an imaging device, the control method comprising: processing (S10) a cached image output by the imaging device to identify whether there is an overexposed light source area in the cached image, wherein RGB channel values of the overexposed light source area are all 255; acquiring (S20), in a case where there is the overexposed light source area in the cached image, RGB channel values of a halo area, wherein the halo area is an area scattered by the over-exposed light source area, surrounding a contour of the over-exposed light source area, and normally exposed with the RGB channel values less than 255, and the halo area comprises a predetermined number of pixels centered around the overexposed light source area; determining, for white balancing purposes, a color temperature using the RGB values of the halo area surrounding the contour of the over-exposed light source area; and performing (S30) white balance processing on the cached image according to the color temperature. processing (S10) a cached image output by the imaging device to identify whether there is an overexposed light source area in the cached image, wherein RGB channel values of the overexposed light source area are all 255; acquiring (S20), in a case where there is the overexposed light source area in the cached image, RGB channel values of a halo area, wherein the halo area is an area scattered by the over-exposed light source area, surrounding a contour of the over-exposed light source area, and normally exposed with the RGB channel values less than 255, and the halo area comprises a predetermined number of pixels centered around the overexposed light source area; determining, for white balancing purposes, a color temperature using the RGB values of the halo area surrounding the contour of the over-exposed light source area; and performing (S30) white balance processing on the cached image according to the color temperature.
A method for stopping a magnetic suspension centrifuge, characterized in that it is comprising: a frequency-conversion cabinet connected with the magnetic suspension centrifuge judges a stopping state of the magnetic suspension centrifuge; if the stopping state is judged to satisfy a preset condition, the frequency-conversion cabinet switches an operating mode of a motor of the magnetic suspension centrifuge from an electrically-powered state mode to a power generation state mode, so as to convert inertia mechanical energy of the motor when the motor stops into electric energy; and the frequency-conversion cabinet leads the electric energy into a power grid, so as to consume the electric energy. a frequency-conversion cabinet connected with the magnetic suspension centrifuge judges a stopping state of the magnetic suspension centrifuge; if the stopping state is judged to satisfy a preset condition, the frequency-conversion cabinet switches an operating mode of a motor of the magnetic suspension centrifuge from an electrically-powered state mode to a power generation state mode, so as to convert inertia mechanical energy of the motor when the motor stops into electric energy; and the frequency-conversion cabinet leads the electric energy into a power grid, so as to consume the electric energy.
Autonomous, mobile service robot , which is connected by a cable to a drone , where the cable can be intermittently wound and unwound by a winch and the winch has a cable storage device and a cable transport device , at least one switch , which is operated on winding and/or unwinding of the cable , and the cable is passed through at least one coiling apparatus guide element , characterised in that the coiling apparatus guide element is pivoted and has a slanting protruding coiling apparatus .
Method for coating samples by spraying with a solution using a spraying device, in which the sample is sprayed several times in succession, a subsequent spray application being carried out only once the previously applied coat has dried, characterised in that the first applied coat is sprayed with a smaller quantity of solution per surface area, the quantity is increased in the subsequent coats, until a specified quantity of solution per surface area is reached, which is applied for the last coat or repeatedly applied for several coats.
Compressor for a heat pump circuit, having at least one electric drive comprising coils , characterized in that the electric drive is configured such that an increased torque is transmitted in a circle sector containing a fluid outlet of the compressor , wherein the coils in the circle sector containing the fluid outlet have a more compact arrangement than in other circle sectors of the compressor and/or the coils in the circle sector containing the fluid outlet have a higher output than other coils of the electric drive of the compressor .
Method for producing a dental prosthetic item , comprising: - providing a dental prosthetic block , wherein the dental prosthetic block has an inner material which is at least partially surrounded by an outer material whose hardness differs from the hardness of the inner material , wherein the inner material forms part of a first surface of the dental prosthetic block , and - producing the dental prosthetic item by removing material from the dental prosthetic block by means of a CAD/CAM process, characterized in that a pin with a self-tapping external thread is formed, wherein the pin is formed from a part of the inner material . - providing a dental prosthetic block , wherein the dental prosthetic block has an inner material which is at least partially surrounded by an outer material whose hardness differs from the hardness of the inner material , wherein the inner material forms part of a first surface of the dental prosthetic block , and - producing the dental prosthetic item by removing material from the dental prosthetic block by means of a CAD/CAM process, characterized in that a pin with a self-tapping external thread is formed, wherein the pin is formed from a part of the inner material .
A recording apparatus comprising: an apparatus main body having a recording unit that performs recording onto a recording medium; and a document reading mechanism unit having a reading unit that reads a document and a document transport unit that transports a document to the reading unit , the document reading mechanism unit being provided in an upper part of the apparatus main body , wherein the apparatus main body includes: a feed roller that feeds the recording medium toward the front of the apparatus ; and a frame having a frame surface intersecting the horizontal direction (X), characterized in that the frame is located between the recording unit and the feed roller in an apparatus depth direction (Y), and a part of the document reading mechanism unit overlaps the feed roller in the apparatus depth direction (Y), and overlaps the frame in the vertical direction (Z). an apparatus main body having a recording unit that performs recording onto a recording medium; and a document reading mechanism unit having a reading unit that reads a document and a document transport unit that transports a document to the reading unit , the document reading mechanism unit being provided in an upper part of the apparatus main body , wherein the apparatus main body includes: a feed roller that feeds the recording medium toward the front of the apparatus ; and a frame having a frame surface intersecting the horizontal direction (X), characterized in that the frame is located between the recording unit and the feed roller in an apparatus depth direction (Y), and a part of the document reading mechanism unit overlaps the feed roller in the apparatus depth direction (Y), and overlaps the frame in the vertical direction (Z).