mhurhangee/ep-ind-claims huggingface dataset:
Device for displaying a three-dimensional image, the device comprising a light source configured to emit light beams, each light beam corresponding to a pixel of a two-dimensional image, and a diffuser configured to diffuse the light beams, wherein the diffuser includes a plurality of diffuser elements distributed across a three-dimensional volume, and each diffuser element is individually controllable to be transmissive or diffusive, and a controller configured to: decompose the 3D image into the 2D image and a depth map, control the light source based on the 2D image, control each diffuser element to be transmissive or diffusive based on the depth map. a light source configured to emit light beams, each light beam corresponding to a pixel of a two-dimensional image, and a diffuser configured to diffuse the light beams, wherein the diffuser includes a plurality of diffuser elements distributed across a three-dimensional volume, and each diffuser element is individually controllable to be transmissive or diffusive, and a controller configured to: decompose the 3D image into the 2D image and a depth map, control the light source based on the 2D image, control each diffuser element to be transmissive or diffusive based on the depth map. decompose the 3D image into the 2D image and a depth map, control the light source based on the 2D image, control each diffuser element to be transmissive or diffusive based on the depth map.
Lamp having at least one LED, a solar module, an accumulator, charging electronics coupled between the solar module and the accumulator, and a drive circuit (28, 30, 32, 38) for the at least one LED, which is coupled to the accumulator; wherein the lamp furthermore comprises: a receiver which is coupled to the accumulator and is configured to receive a radio signal; and a processing device which is coupled to the accumulator and the receiver and is configured to form at least one drive signal for the drive circuit (28, 30, 32, 38) from the data received with the radio signal, characterized in that the lamp furthermore comprises a memory device coupled to the accumulator, wherein the memory device comprises an address memory which is configured to store an address in it so as to allocate address-specific data, transmitted with the radio signal, to the lamp, wherein the lamp comprises an activation device, in particular a pushbutton, wherein the activation device is configured to put the lamp in a state in which an address can be entered into the lamp and the activation device is configured, after it is activated, to put the lamp into a state in which it is configured to receive an address sent by a radio signal and store it in the address memory, wherein the lamp is furthermore configured, when no address has yet been entered in the address memory, without activation of the activation device to enter a state in which it is configured to receive an address sent by a radio signal and store it in the address memory. a receiver which is coupled to the accumulator and is configured to receive a radio signal; and a processing device which is coupled to the accumulator and the receiver and is configured to form at least one drive signal for the drive circuit (28, 30, 32, 38) from the data received with the radio signal, characterized in that the lamp furthermore comprises a memory device coupled to the accumulator, wherein the memory device comprises an address memory which is configured to store an address in it so as to allocate address-specific data, transmitted with the radio signal, to the lamp, wherein the lamp comprises an activation device, in particular a pushbutton, wherein the activation device is configured to put the lamp in a state in which an address can be entered into the lamp and the activation device is configured, after it is activated, to put the lamp into a state in which it is configured to receive an address sent by a radio signal and store it in the address memory, wherein the lamp is furthermore configured, when no address has yet been entered in the address memory, without activation of the activation device to enter a state in which it is configured to receive an address sent by a radio signal and store it in the address memory.
A composition comprising an Endoglin-specific antibody, or antigen binding fragment thereof, that inhibits Endoglin activity or is an antagonist of the Endoglin receptor for use in a method for treating or prophylactically treating heart failure, left ventricle dysfunction, right ventricle dysfunction, right ventricular fibrosis due to pulmonary hypertension, cardiomyopathy, or post myocardial infarction in a subject in need thereof, said method comprising administering to said subject a therapeutically effective amount of an Endoglin-specific antibody, or antigen binding fragment thereof, that inhibits Endoglin activity or is an antagonist of the Endoglin receptor, wherein said subject is suffering or has suffered from coronary artery disease.
A treatment tool provided with: a rod shaped cutting section which is adapted to be endoscopically inserted into a body cavity and is for performing cutting procedures to a tissue inside a body cavity through a transmission of high frequency current; a wire, the cutting section connected at the distal end thereof; a sheath consisting of an insulating material, into which the wire is inserted; a main body, the back end of the sheath being connected thereto; a slider to which the back end of the wire is fixed and which is disposed to the main body to enable sliding in the axial direction; wherein the cutting section has a large diameter part at the distal end of the cutting section wherein the treatment tool further comprises a tubular tip which has a through hole along the axis and is attached to the distal end of the sheath, the diameter of the through hole being smaller than the outer diameter of the large diameter part so that it is impossible to house the large diameter part within the sheath when the cutting section is maximally retracted along the direction toward the back end of the sheath, and wherein the diameter of the through hole is substantially equal to the diameter of the rod shaped cutting section, characterized in that the tubular tip of the treatment tool includes a rounded tip which is exposed outside the sheath, wherein the outer distal surface of the rounded tip is formed to be curving, and to have a form which does not have angles or edges. a rod shaped cutting section which is adapted to be endoscopically inserted into a body cavity and is for performing cutting procedures to a tissue inside a body cavity through a transmission of high frequency current; a wire, the cutting section connected at the distal end thereof; a sheath consisting of an insulating material, into which the wire is inserted; a main body, the back end of the sheath being connected thereto; a slider to which the back end of the wire is fixed and which is disposed to the main body to enable sliding in the axial direction; wherein the cutting section has a large diameter part at the distal end of the cutting section wherein the treatment tool further comprises a tubular tip which has a through hole along the axis and is attached to the distal end of the sheath, the diameter of the through hole being smaller than the outer diameter of the large diameter part so that it is impossible to house the large diameter part within the sheath when the cutting section is maximally retracted along the direction toward the back end of the sheath, and wherein the diameter of the through hole is substantially equal to the diameter of the rod shaped cutting section, characterized in that the tubular tip of the treatment tool includes a rounded tip which is exposed outside the sheath, wherein the outer distal surface of the rounded tip is formed to be curving, and to have a form which does not have angles or edges.
A robot cleaner comprising: a cleaner body including a wheel unit and a controller configured to control driving of the wheel unit; a suction unit configured to suck air containing dust; and a sensing unit, the suction unit disposed to protrude from the cleaner body, the sensing unit disposed at the front of the cleaner body in which the suction unit is disposed; whereby at least one portion of the sensing unit is disposed to overlap with the suction unit in the top-bottom direction of the cleaner body; characterized in that at least a portion of the sensing unit is formed to protrude from a top and side surfaces of the cleaner body. a cleaner body including a wheel unit and a controller configured to control driving of the wheel unit; a suction unit configured to suck air containing dust; and a sensing unit, the suction unit disposed to protrude from the cleaner body, the sensing unit disposed at the front of the cleaner body in which the suction unit is disposed; whereby at least one portion of the sensing unit is disposed to overlap with the suction unit in the top-bottom direction of the cleaner body; characterized in that at least a portion of the sensing unit is formed to protrude from a top and side surfaces of the cleaner body.
An ornamental automotive lighting system for providing decorative lighting effects, comprising: at least two different colored LEDs; a processor wherein the processor controls the at least two different colored LEDs independently so as to achieve color mixing, characterized in that the processor is associated with a user interface for selecting a program from a memory capable of storing programs for controlling the at least two different colored LEDs. at least two different colored LEDs; a processor wherein the processor controls the at least two different colored LEDs independently so as to achieve color mixing, characterized in that the processor is associated with a user interface for selecting a program from a memory capable of storing programs for controlling the at least two different colored LEDs.
A relay comprising, an input sampling module for coupling to a source to be monitored, the input sample module configured to detect a value of a parameter of the source; a processing module configured to accept a sampled parameter value sampled at the input sampling module as a working condition, obtain a working range by applying a threshold level to the working condition, and automatically set at least one intermediate level within the working range based on the working condition and the threshold level; and wherein the processing module is capable of instructing transmission of an intermediate trigger signal if the detected value of the parameter is at the intermediate level.
Preconditioning system designed to precondition the temperature of the passenger compartment of a motor vehicle equipped with a Local Interconnect Network network architecture, also called LIN network, said architecture being dedicated to heating and/or to air-conditioning the passenger compartment of the motor vehicle, said architecture comprising an electronic control module in the passenger compartment of the vehicle, said electronic control module constituting a master node of said LIN network architecture, said electronic control module being designed to control, upon an action from an occupant of the vehicle, and through a LIN bus, a plurality of components (3, 4 1...4 n, 5, 6) forming slave nodes of said LIN network architecture, the preconditioning system being characterized in that it includes a preconditioning electronic module integrated into said LIN network architecture, said electronic preconditioning module being designed to receive, by way of a wireless link, at least one preconditioning setpoint transmitted by a control device external to the vehicle, and to thereafter control at least one component from said plurality of components (3, 4 1...4 n, 5, 6) in place of said master node, said electronic preconditioning module being designed to be interposed on the LIN bus between the master node and the slave nodes of the LIN network architecture, the electronic preconditioning module including a state selector designed to automatically switch said electronic preconditioning module into an active state in which the electronic preconditioning module is able, on the one hand, to control at least one component from said plurality of components (3, 4 1...4 n, 5, 6) in place of the master node and, on the other hand, to generate, for the slave nodes, the voltage representative of switching on of the vehicle in place of the master node, or into a passive state in which only the master node is able, on the one hand, to control the slave nodes of the LIN network architecture and, on the other hand, to generate, for the slave nodes, the voltage representative of switching on of the vehicle.
An adjustable double-slot internal spinal fixation apparatus, comprising a first base, a second base and a connecting rod, wherein the first base and the second base are each provided with a U-shaped slot from top to bottom, an inner wall of each U-shaped slot is provided with inner threads, the connecting rod is disposed along a horizontal direction, the second base is provided with a long slot along the horizontal direction, one end of the connecting rod is inserted in the first base and the other end of the connecting rod is inserted in the long slot of the second base, the connecting rod is capable of swinging in the long slot, and the first base and the second base are capable of relatively rotating on the connecting rod; characterized in that one end of the connecting rod is fixedly inserted in the first base, and the other end of the connecting rod is inserted in the second base in a rotatable manner; wherein the U-shaped slot on the second base is in communication with the long slot, a pressing block is disposed in the U-shaped slot of the second base, a limit bump is provided on a bottom surface of the pressing block, the connecting rod is provided with an annular groove, the connecting rod is inserted to the bottom of the U-shaped slot through the long slot, and the limit bump on the pressing block fits with the annular groove on the connecting rod.
Housing arrangement for an electrical energy storage having a cylindrical shape and a circular cross section, wherein at least one first holding element is arranged on the electrical energy storage in a circumferential direction, the at least one first holding element surrounding the electrical energy storage in a pitch circle manner and in sections in a positive and/or non-positive locking manner, wherein a second holding element is arranged on a front face (24, 26) of the electrical energy storage, the second holding element having a moulding arranged to act on a front face (24, 26) of the electrical energy storage in a positive and/or non-positive locking manner, wherein the first and second holding elements (13, 27) are respectively tongue-shaped and at least in sections resilient, wherein a respective tolerance compensation element (19, 30) is arranged between a housing wall and a free end (14, 28) of the respective holding element (13, 27) in such a manner that the tolerance compensation element (19, 30) is supported at the housing wall.
Grain moisture sensor for a combine harvester, having a circuit, which comprises a voltage source (178, 180) and a plurality of references (210, 212), having a plate that can be connected to the voltage source (178, 180) and having a sensor plate, which is arranged near the plate that can be connected to the voltage source (178, 180) and which is aligned in parallel therewith, in order to measure the capacitance in the intermediate space between the plates (64, 68), wherein the voltage source (178, 180) is configured to apply different frequencies to the plate that can be connected to said voltage source, the circuit is configured to measure the complex conductance between the plate that can be connected to the voltage source (178, 180) and the sensor plate with grain poured in between said plates, and the circuit is configured to connect a reference (210, 212) to the voltage source (178, 180) and to measure the complex conductance of the reference (210, 212) in order to calculate a complex dielectric constant from the two measured complex conductances, characterized in that the references (210, 212) are isolated from the plates (64, 68), in that the circuit is configured to carry out measurements for the conductance of one of the references (210, 212) and the conductance of the empty cell (13, 208) in the same ambient conditions in order to use a reference conductance instead of a conductance of the empty cell (13, 208) for calibration purposes, wherein the reference conductance is determined by means of a calibration factor F, which describes the ratio of the conductance of the reference (210, 212) to the conductance of the empty cell (13, 208), and in that the circuit is configured to make a selection from a plurality of references (210, 212).
Tap for gas cylinder, comprising: - a body with an inlet, an outlet and a passage connecting said inlet with said outlet; - an electronic indicator of the status of the tap and/or cylinder, said indicator being mounted on the body; - a pressure sensor electrically connected to the electronic indicator and providing to said indicator the gas pressure at the inlet; characterized in that the pressure sensor is mounted on the body at a location that is distinct from the mounting location of the electronic indicator; and the tap comprises a shaft rigidly mounted on the body, supporting the electronic indicator and comprising a longitudinal bore, the tap comprising electrical wires extending through said bore and connecting the electronic indicator to the pressure sensor. - a body with an inlet, an outlet and a passage connecting said inlet with said outlet; - an electronic indicator of the status of the tap and/or cylinder, said indicator being mounted on the body; - a pressure sensor electrically connected to the electronic indicator and providing to said indicator the gas pressure at the inlet;
A method for creating a radio connection in a communication device with at least one existing radio connection, the method comprising: determining (406, 412) whether or not the existing radio connection and the new radio connection interfere with one another; and upon detection of said interference, creating the new radio connection with parameters that minimize interference between the existing radio connection and the new radio connection, characterized in that the parameters used to minimize the interference comprise a space domain when the new radio connection and the existing radio connection are arranged to use the same frequency band and the same time slots, or at least one of modulation, interleaving, coding, and transmission power parameters. determining (406, 412) whether or not the existing radio connection and the new radio connection interfere with one another; and upon detection of said interference, creating the new radio connection with parameters that minimize interference between the existing radio connection and the new radio connection, characterized in that the parameters used to minimize the interference comprise a space domain when the new radio connection and the existing radio connection are arranged to use the same frequency band and the same time slots, or at least one of modulation, interleaving, coding, and transmission power parameters.
Programmable munition having at least one energy store, electronics and an ignition and also at least one sensor - for receiving a signal at a frequency (f 2) for power transmission, which signal can be routed to the energy store, and - for receiving its signal at a frequency (f 3), which signal is sent for programming, and forwarding this signal to the electronics for programming, wherein - the programming and the power transmission are effected when the projectile passes through a weapon barrel or a muzzle brake that is operated as a waveguide below the cut-off frequency. - for receiving a signal at a frequency (f 2) for power transmission, which signal can be routed to the energy store, and - for receiving its signal at a frequency (f 3), which signal is sent for programming, and forwarding this signal to the electronics for programming, wherein - the programming and the power transmission are effected when the projectile passes through a weapon barrel or a muzzle brake that is operated as a waveguide below the cut-off frequency.
A method of enabling a wireless device, of a subscriber to a network operator, to initiate a network connection without using said network operator's home location register, the method comprising the steps of: a) said wireless device communicating with a server over a wireless link, without using the network operator's home location register, said server including a server calls manager; b) said server calls manager extracting from a received message an identifier of a sender and a location; c) said server calls manager updating a location in a server's location database for the sender, wherein said server's location database is different to said network operator's home location register; d) said wireless device sending, over the wireless link, data to the server that defines a call request, without using said network operator's home location register; e) in response to said call request, said server calls manager, deciding on the appropriate routing over all available networks for said call request, according to the location of said sender in the server's location database. a) said wireless device communicating with a server over a wireless link, without using the network operator's home location register, said server including a server calls manager; b) said server calls manager extracting from a received message an identifier of a sender and a location; c) said server calls manager updating a location in a server's location database for the sender, wherein said server's location database is different to said network operator's home location register; d) said wireless device sending, over the wireless link, data to the server that defines a call request, without using said network operator's home location register; e) in response to said call request, said server calls manager, deciding on the appropriate routing over all available networks for said call request, according to the location of said sender in the server's location database.