mhurhangee/patent-ind-claim-en huggingface dataset:
A sprayable and/or trowelable dispersion composition, comprising - polymer foam particles, - at least one light filler, wherein the light fillers have a density of less than or equal to 600 g/1 and are selected from the group consisting of expanded glass; expanded volcanic rocks; expanded clay; expanded slate; glass concrete; foam glass; porous volcanic rock; flue ash; boiler sand; expanded vermiculite; hollow silica microspheres; expanded aluminum silicates; amorphous aluminum silicates; calcium silicate hydrates; layered silicates; silica aerogels; cork particles and any mixtures of the indicated light fillers, - at least one fibrous material in the form of cut fibers, - at least one organic binder, - at least one additional filler, wherein this additional filler has a density greater than 600 g/l, and - water, and further comprising - at least one thickening agent and/or at least one wetting or dispersing agent and/or at least one preservative agent and/or at least one flame retardant and/or at least one coloring agent and/or at least one defoaming agent, wherein the averaged particle size of the polymer foam particles is greater than the averaged particle size of the light filler and also greater than the averaged particle size of the additional filler. - polymer foam particles, - at least one light filler, wherein the light fillers have a density of less than or equal to 600 g/1 and are selected from the group consisting of expanded glass; expanded volcanic rocks; expanded clay; expanded slate; glass concrete; foam glass; porous volcanic rock; flue ash; boiler sand; expanded vermiculite; hollow silica microspheres; expanded aluminum silicates; amorphous aluminum silicates; calcium silicate hydrates; layered silicates; silica aerogels; cork particles and any mixtures of the indicated light fillers, - at least one fibrous material in the form of cut fibers, - at least one organic binder, - at least one additional filler, wherein this additional filler has a density greater than 600 g/l, and - water, and further comprising - at least one thickening agent and/or at least one wetting or dispersing agent and/or at least one preservative agent and/or at least one flame retardant and/or at least one coloring agent and/or at least one defoaming agent, at least one wetting or dispersing agent and/or at least one preservative agent and/or at least one flame retardant and/or at least one coloring agent and/or at least one defoaming agent,
A spray nozzle for coating a vehicle flange with PVC coating, wherein the spray nozzle comprises: two spray bodies , which are provided with a spray opening respectively; a connection bridge , which on both ends is connected with the espective spray body; and a connection bar , which on one end is provided with a joint and on the other end is connected with the connection bridge , wherein, the two spray bodies , the connection bridge and the connection bar are connected with each other in the way of fluid-guiding, and wherein the connection bridge has an opening, which can receive the vehicle flange to be coated, and when the opening receives the vehicle flange to be coated, the spray openings of the two spray bodies can be oriented towards the vehicle flange from two opposite sides of the vehicle flange to be coated, respectively, wherein the two spray bodies and the connection bridge are configured as cylindrical body, wherein the connection bridge has a U-shape, whose two legs are each connected to the respective spray body , and wherein a longitudinal axis of the legs is angled with respective to a longitudinal axis of the respective spray body , and the two cylindrical spray bodies are arranged parallelly with each other. two spray bodies , which are provided with a spray opening respectively; a connection bridge , which on both ends is connected with the espective spray body; and a connection bar , which on one end is provided with a joint and on the other end is connected with the connection bridge , wherein, the two spray bodies , the connection bridge and the connection bar are connected with each other in the way of fluid-guiding, and wherein the connection bridge has an opening, which can receive the vehicle flange to be coated, and when the opening receives the vehicle flange to be coated, the spray openings of the two spray bodies can be oriented towards the vehicle flange from two opposite sides of the vehicle flange to be coated, respectively, wherein the two spray bodies and the connection bridge are configured as cylindrical body, wherein the connection bridge has a U-shape, whose two legs are each connected to the respective spray body , and wherein a longitudinal axis of the legs is angled with respective to a longitudinal axis of the respective spray body , and the two cylindrical spray bodies are arranged parallelly with each other.
Sliding pendulum bearing for protecting a construction against dynamic stresses from predominantly horizontal earthquake excitation, having a first sliding plate , a second sliding plate and a slider movably arranged between both sliding plates, wherein each of the two sliding plates has a curved main sliding surface and the slider is in surface contact with a first main sliding surface of the first sliding plate and with a second main sliding surface of the second sliding plate , wherein the first main sliding surface is designed for a first load case and the second main sliding surface is designed for a second load case which differs from the first load case, wherein the first and the second load cases represent specific peak ground acceleration values of corresponding earthquakes, characterized in that the first main sliding surface has a first effective radius of curvature R eff,1 and the second main sliding surface has a second effective radius of curvature R eff,2 , wherein the sum of R eff,1 and R eff,2 is at least 1.4 times the effective radius of curvature that is determined under the assumption that the sliding pendulum bearing has only one single curved main sliding surface. wherein the first main sliding surface is designed for a first load case and the second main sliding surface is designed for a second load case which differs from the first load case, wherein the first and the second load cases represent specific peak ground acceleration values of corresponding earthquakes, characterized in that the first main sliding surface has a first effective radius of curvature R eff,1 and the second main sliding surface has a second effective radius of curvature R eff,2 , wherein the sum of R eff,1 and R eff,2 is at least 1.4 times the effective radius of curvature that is determined under the assumption that the sliding pendulum bearing has only one single curved main sliding surface.
A bonding system for bonding a plastic substrate to another substrate, the bonding system comprising: (a) a plastic substrate wherein the plastic substrate is impregnated with a transition metal; and (b) an anaerobically curable composition, wherein the anaerobically curable composition includes a rubber component, and wherein cure of the anaerobically curable composition is initiatable by the transition metal when the anaerobically curable composition is contacted with the plastic substrate under anaerobic conditions. (a) a plastic substrate wherein the plastic substrate is impregnated with a transition metal; and (b) an anaerobically curable composition, wherein the anaerobically curable composition includes a rubber component, and
A process for removing liquid from a solution or suspension comprising microorganism, esp. a LAB, wherein: a) the suspension or solution is sprayed into a gas in a spray dryer, the spray dryer having an outlet temperature of at most 70°C, and a pressure between 15 kPa and 80 kPa; and b) the material resulting from step a) is removed from the spray dryer, so that the "dryer retention time" of the material is less than 20 minutes in the spray dryer; and wherein step a) is carried out at a hot-gas inlet temperature between 50°C and 200°C and wherein the material from step b) is conveyed to a secondary cyclone separator by means of a cooling gas having a temperature below 20°C. a) the suspension or solution is sprayed into a gas in a spray dryer, the spray dryer having an outlet temperature of at most 70°C, and a pressure between 15 kPa and 80 kPa; and b) the material resulting from step a) is removed from the spray dryer, so that the "dryer retention time" of the material is less than 20 minutes in the spray dryer;
A microbubble generating nozzle intended for being immersed in a water tank in water treatment facilities using DAF technology, comprising: - a main body with at least one first inlet in the upper surface of said main body and at least one second inlet in the lateral wall of the main body , - a first duct that starts from the first inlet and is intended to conduct a water stream through the inside of the main body , - a second duct starting from the second inlet which is intended to conduct an air stream through the inside of the main body , said air stream previously controlled by an air adjustment valve, - A hollow ring with a diameter cross section that is located inside the main body surrounding the first duct and that transversely receives the second duct , said hollow ring intended to distribute the air in an equitable manner and which in turn comprises third ducts that are intended to direct the air that circulates through the hollow ring in an equitable manner, and - a gauge positioned in the area below the main body , attached to said main body by means of fixing elements and which creates a separation into which the first duct and the third ducts open, said separation intended to produce microbubbles by contact between the air and water coming from the ducts and expel the microbubbles into the water tank, wherein the separation enables the nozzle to be scaled to variable operating conditions of pressure and speed of the air and water stream, said separation ranging from 0.3 to 5 millimeters. - a main body with at least one first inlet in the upper surface of said main body and at least one second inlet in the lateral wall of the main body , - a first duct that starts from the first inlet and is intended to conduct a water stream through the inside of the main body , - a second duct starting from the second inlet which is intended to conduct an air stream through the inside of the main body , said air stream previously controlled by an air adjustment valve, - A hollow ring with a diameter cross section that is located inside the main body surrounding the first duct and that transversely receives the second duct , said hollow ring intended to distribute the air in an equitable manner and which in turn comprises third ducts that are intended to direct the air that circulates through the hollow ring in an equitable manner, and - a gauge positioned in the area below the main body , attached to said main body by means of fixing elements and which creates a separation into which the first duct and the third ducts open, said separation intended to produce microbubbles by contact between the air and water coming from the ducts and expel the microbubbles into the water tank,
Electric machine with a stator and a rotor , wherein the machine has at least two sub-machines each having the same number of phases, wherein the sub-machines each comprise a portion of stator coils of the stator and are designed to generate, independently of each other, a rotating magnetic field to rotate the rotor, wherein the machine has a power output stage for each sub-machine , and the machine has at least one control unit , which is connected to the power output stages , and which is designed to generate a PWM signal to actuate the power output stages , characterized in that the control unit is designed to generate the PWM signal for the sub-machines such that the PWM pulses for a sub-machine each start at a start time of a PWM period . the machine has a power output stage for each sub-machine , and the machine has at least one control unit , which is connected to the power output stages , and which is designed to generate a PWM signal to actuate the power output stages , characterized in that the control unit is designed to generate the PWM signal for the sub-machines such that the PWM pulses for a sub-machine each start at a start time of a PWM period .
A lithium ion battery module , comprising: - a lineup of prismatic lithium ion battery cells positioned within a cell receptacle area of a housing of the lithium ion battery module , wherein the prismatic battery cells of the lineup are spaced apart from one another in a floating, spaced arrangement by fixed protrusions extending from internal surfaces of the housing forming the cell receptacle area, the fixed protrusions extending inwardly to form a plurality of discontinuous slots across a width of the cell receptacle area, wherein the fixed protrusions only extend along a length direction of the prismatic battery cells , the length direction extending from respective bases of the prismatic battery cells to respective terminal ends of the prismatic battery cells . - a lineup of prismatic lithium ion battery cells positioned within a cell receptacle area of a housing of the lithium ion battery module , wherein the prismatic battery cells of the lineup are spaced apart from one another in a floating, spaced arrangement by fixed protrusions extending from internal surfaces of the housing forming the cell receptacle area, the fixed protrusions extending inwardly to form a plurality of discontinuous slots across a width of the cell receptacle area,
A vacuum blender having a vessel , a motor base containing a motor , a motor drive shaft , a blade holder having a blade with a blade shaft for engaging said motor drive shaft , and an evacuation device , comprising: a fan connected to said motor drive shaft ; said motor base containing said evacuation device ; said motor drive shaft adapted to power said evacuation device ; and a conduit system defining an air passage from said vessel to said evacuation device for evacuating air from said vessel , characterized in that, the vacuum blender further comprises a gear system for permitting said motor to activate said evacuation device without rotating said blade . a fan connected to said motor drive shaft ; said motor base containing said evacuation device ; said motor drive shaft adapted to power said evacuation device ; and a conduit system defining an air passage from said vessel to said evacuation device for evacuating air from said vessel , characterized in that, the vacuum blender further comprises a gear system for permitting said motor to activate said evacuation device without rotating said blade .
A window or door, which, in a surface-parallel position, faces a frame-side rebate , having a drive rod fitting mounted at the casement-side rebate with a faceplate , wherein the drive rod fitting is movable with a locking bolt along a locking recess , open in the longitudinal direction of the frame-side rebate , of a stationary striking plate fastened at the rebate , wherein at least one blocking device is provided in order to prevent the drive rod from being pushed back in the opening direction at the locking bolt , characterized in that the blocking device comprises a blocking lever pivotally mounted at the rebate at a rotational axis perpendicular to the rebate and pointing towards the locking recess with a free end , and preventing the locking bolt , in a first position, from exiting the locking recess and, in a second position, releasing the locking recess .
A device for determining the orientation and location of an endoscope comprising a five degree of freedom tip sensor, wherein the device comprises: an endoscope comprising a five degree of freedom tip sensor; a processor, which according to an algorithm, is configured to perform a method for determining the orientation and location of the tip sensor comprising the steps of: capturing video of the patient's anatomy with the endoscope; aligning the captured video with a visual orientation of a user directing the endoscope to the anatomical position; activating a steering mechanism of the endoscope to repeatedly move the tip sensor in an arc constrained to a plane; determining the orientation and location of the tip sensor in the patient as the tip sensor is being repeatedly moved; defining a sixth degree of freedom of the tip sensor using the determined orientation and location of the tip sensor; and correlating the determined tip sensor location and orientation with one or more patient images acquired prior to the repeated movement of the tip sensor. an endoscope comprising a five degree of freedom tip sensor; a processor, which according to an algorithm, is configured to perform a method for determining the orientation and location of the tip sensor comprising the steps of: capturing video of the patient's anatomy with the endoscope; aligning the captured video with a visual orientation of a user directing the endoscope to the anatomical position; activating a steering mechanism of the endoscope to repeatedly move the tip sensor in an arc constrained to a plane; determining the orientation and location of the tip sensor in the patient as the tip sensor is being repeatedly moved; defining a sixth degree of freedom of the tip sensor using the determined orientation and location of the tip sensor; and correlating the determined tip sensor location and orientation with one or more patient images acquired prior to the repeated movement of the tip sensor. capturing video of the patient's anatomy with the endoscope; aligning the captured video with a visual orientation of a user directing the endoscope to the anatomical position; activating a steering mechanism of the endoscope to repeatedly move the tip sensor in an arc constrained to a plane; determining the orientation and location of the tip sensor in the patient as the tip sensor is being repeatedly moved; defining a sixth degree of freedom of the tip sensor using the determined orientation and location of the tip sensor; and correlating the determined tip sensor location and orientation with one or more patient images acquired prior to the repeated movement of the tip sensor.
An implantable device for controlling electrical conditions of tissue, the device comprising: a plurality of electrodes including one or more nominal stimulus electrodes , one or more nominal sense electrodes , at least one nominal feedback sense electrode and at least one nominal compensation electrode , the electrodes being configured to be positioned proximal to the tissue to make electrical contact with the tissue; a stimulus source for providing a stimulus to be delivered from the one or more stimulus electrodes to neural tissue; measurement circuitry for amplifying a neural signal sensed at the one or more sense electrodes; a control unit configured to apply an electrical stimulus to the neural tissue from the stimulus electrode and obtain a measurement of a neural response from the measurement electrode; and a feedback amplifier configured to be referenced to a desired electrical value and to take as an input a feedback signal from the feedback sense electrode, an output of the feedback amplifier being connected to the compensation electrode such that the feedback amplifier is configured to drive the neural tissue via the compensation electrode in a feedback arrangement which seeks to drive the feedback signal to the desired electrical value. a plurality of electrodes including one or more nominal stimulus electrodes , one or more nominal sense electrodes , at least one nominal feedback sense electrode and at least one nominal compensation electrode , the electrodes being configured to be positioned proximal to the tissue to make electrical contact with the tissue; a stimulus source for providing a stimulus to be delivered from the one or more stimulus electrodes to neural tissue; measurement circuitry for amplifying a neural signal sensed at the one or more sense electrodes; a control unit configured to apply an electrical stimulus to the neural tissue from the stimulus electrode and obtain a measurement of a neural response from the measurement electrode; and a feedback amplifier configured to be referenced to a desired electrical value and to take as an input a feedback signal from the feedback sense electrode, an output of the feedback amplifier being connected to the compensation electrode such that the feedback amplifier is configured to drive the neural tissue via the compensation electrode in a feedback arrangement which seeks to drive the feedback signal to the desired electrical value.
Plant comprising at least one apparatus (2 - 4) for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, which plant comprises at least one module selected from a dose module, a build module, and an overflow module, wherein the at least one module is separably connected or connectable with the apparatus (2 - 4), wherein the plant comprises at least one tunnel structure through which the at least one module is moveable in a tunnel transport direction , wherein at least one module is moveable from the tunnel structure into two different module positions (11 - 16) inside the at least one apparatus (2 - 4) along a first direction, wherein the at least one module is moveable from the module positions (11 - 16) into the tunnel structure along a second direction, wherein the first direction and the second direction differ from the tunnel transport direction , characterised in that at least one apparatus (2 - 4) comprises at least one buffer position, in which at least one module can be positioned in advance to an additive manufacturing process, wherein at least one module is moveable along a buffer direction from the tunnel structure into the buffer position and is moveable from the buffer position into a corresponding work position along an unbuffer direction, in particular along a loading direction , wherein a module being moved from the buffer position into the work position is movable across the tunnel structure .
A transmit digital processing system for wireless transmission of HDMI and/or DVI data, the system converting the data into two data streams, wherein the system includes a front end component multiplexing video data with control data, and characterised in that the front end component comprises a front end multiplexer to multiplex the video data with the control data, the front end multiplexer configured to: receive at a video clock rate incoming video data as video pixels and incoming control data, and a control signal comprising a bit indicating whether the incoming data is a pixel or a control word, and output at the video clock rate 25-bit words each comprising the relevant control signal bit as a most significant bit and the remaining 24 bits comprising either the pixel data or the control data, wherein the two data streams are formed based on the 25-bit words. receive at a video clock rate incoming video data as video pixels and incoming control data, and a control signal comprising a bit indicating whether the incoming data is a pixel or a control word, and output at the video clock rate 25-bit words each comprising the relevant control signal bit as a most significant bit and the remaining 24 bits comprising either the pixel data or the control data, wherein the two data streams are formed based on the 25-bit words.