mhurhangee/ep-ind-claims huggingface dataset:
A radiation emitting semiconductor chip comprising a carrier and a semiconductor body with a semiconductor layer sequence, wherein - the semiconductor layer sequence comprises an active region provided for generating radiation, a first semiconductor layer, and a second semiconductor layer; - said active region is arranged between said first region and said second region; and - the first semiconductor layer is arranged on the side of the active region facing away from the carrier; - the semiconductor body comprises at least one recess which extends through the active region; - the first semiconductor layer is electrically conductively connected with a first connection layer, wherein the first connection layer in the recess extends from the first semiconductor layer towards the carrier; and - the first connection layer is electrically connected with the second semiconductor layer via a protective diode; and - a second connection layer, which is electrically conductively connected with the second semiconductor layer, is arranged at least in regions between the first connection layer and the second semiconductor layer. - the semiconductor layer sequence comprises an active region provided for generating radiation, a first semiconductor layer, and a second semiconductor layer; - said active region is arranged between said first region and said second region; and - the first semiconductor layer is arranged on the side of the active region facing away from the carrier; - the semiconductor body comprises at least one recess which extends through the active region; - the first semiconductor layer is electrically conductively connected with a first connection layer, wherein the first connection layer in the recess extends from the first semiconductor layer towards the carrier; and - the first connection layer is electrically connected with the second semiconductor layer via a protective diode; and - a second connection layer, which is electrically conductively connected with the second semiconductor layer, is arranged at least in regions between the first connection layer and the second semiconductor layer.
A digital transmitter (100, 300), characterized by: a plurality of converting devices (102_1-102_n, 302_1-302_n), arranged to generate a plurality of converted signals according to a plurality of digital input signals; a compensation device (104, 304), arranged to generate at least one compensation signal according to the plurality of digital input signals; and a c ombining circuit (106, 306), arranged to output an amplified output signal according to the plurality of converted signals and the at least one compensation signal; wherein the compensation device comprises: a storage circuit (1042, 3042), arranged to store a look-up table (1042a, 3042a), wherein the look-up table (1042a, 3042a) records a plurality of compensation values corresponding to the plurality of converting devices (102_1-102_n, 302_1-302_n) respectively; characterized in that the compensation device further comprises: an adding circuit, arranged to adding up the plurality of compensation values to generate a total compensation value; a digital to analog converting circuit, arranged to generate the at least one compensation signal according to the total compensation value; wherein the amplified output signal is a summation of the plurality of converted signals and the at least one compensation signal. a plurality of converting devices (102_1-102_n, 302_1-302_n), arranged to generate a plurality of converted signals according to a plurality of digital input signals; a compensation device (104, 304), arranged to generate at least one compensation signal according to the plurality of digital input signals; and a c ombining circuit (106, 306), arranged to output an amplified output signal according to the plurality of converted signals and the at least one compensation signal; a storage circuit (1042, 3042), arranged to store a look-up table (1042a, 3042a), wherein the look-up table (1042a, 3042a) records a plurality of compensation values corresponding to the plurality of converting devices (102_1-102_n, 302_1-302_n) respectively; an adding circuit, arranged to adding up the plurality of compensation values to generate a total compensation value; a digital to analog converting circuit, arranged to generate the at least one compensation signal according to the total compensation value; wherein the amplified output signal is a summation of the plurality of converted signals and the at least one compensation signal.
A programmable swaging press for attaching surgical needles to sutures comprising: a bottom swaging die; a top swaging die opposing said bottom swaging die and being moveable up and down along a swaging axis that is aligned with said bottom swaging die; a load cell for recording load data a servomotor coupled with said top swaging die for recording location data that corresponds to the location of said top swaging die on the swaging axis; a control system comprising a microprocessor in communication with said load cell and said servomotor, wherein said microprocessor is configured to use said recorded load data to determine the total load applied during a swage event, and wherein said microprocessor is configured to use said recorded location data to calculate the total displacement during the swage event; characterized in that the load cell is on said bottom swaging die, and said bottom swaging die comprises a hinged mechanism including a bottom plate and a top plate overlying said bottom plate, wherein said top and bottom plates (154, 152) are pivotally connected to one another for enabling said top plate to pivot relative to said bottom plate, wherein said load cell is disposed between said top and bottom plates (152, 154) and is adapted to send said recorded load data to said microprocessor. a bottom swaging die; a top swaging die opposing said bottom swaging die and being moveable up and down along a swaging axis that is aligned with said bottom swaging die; a load cell for recording load data a servomotor coupled with said top swaging die for recording location data that corresponds to the location of said top swaging die on the swaging axis; a control system comprising a microprocessor in communication with said load cell and said servomotor, wherein said microprocessor is configured to use said recorded load data to determine the total load applied during a swage event, and wherein said microprocessor is configured to use said recorded location data to calculate the total displacement during the swage event; characterized in that the load cell is on said bottom swaging die, and said bottom swaging die comprises a hinged mechanism including a bottom plate and a top plate overlying said bottom plate, wherein said top and bottom plates (154, 152) are pivotally connected to one another for enabling said top plate to pivot relative to said bottom plate, wherein said load cell is disposed between said top and bottom plates (152, 154) and is adapted to send said recorded load data to said microprocessor.
Method for powered adjustment of a motor vehicle door, wherein the motor vehicle door can be adjusted from an open position into a closed position within the scope of a closing process, wherein a door drive which is assigned to the motor vehicle door and a controller are provided, wherein the motor vehicle door can be adjusted from the open position in the closing direction by means of the door drive, characterized in that in a first section of the closing process the motor vehicle door is adjusted, by means of the door drive, from the open position into a comfort open position which can be set in its position mechanically or electrically, which lies between the open position and the closed position and which is located in such a way that the door activation handle can be comfortably reached by the user, and in that in a second section of the closing process the door drive is disconnected in terms of drive equipment from the motor vehicle door, with the result that in the second section of the closing process the motor vehicle door is manually adjusted by the user from the comfort open position further in the closing direction and largely free of the door drive.
A method of generating a classification data base (7; 75) for classifying a traffic sign into one of a plurality of classes, said method comprising: retrieving a parameter set of a trained support vector machine, said retrieved parameter set including a plurality of support vectors, each one of said support vectors respectively belonging to one of said plurality of classes; and a plurality of weighting factors, each one of said weighting factors being associated with one of said support vectors; characterized in that the method further comprises: generating a symmetric or hermitian matrix based on said retrieved parameter set, said matrix having a number of rows and number of columns which is respectively smaller than a number, N, of said plurality of support vectors, a plurality of matrix elements of said matrix being respectively computed as a function of said parameter set; determining a plurality of orthogonal eigenvectors of said matrix; and storing at least a sub set of said plurality of eigenvectors in said classification data base (7; 75), wherein only a part of the eigenvectors having eigenvalues with the greatest modulus are selected for storing in the classification data base (7; 75), and wherein a number of eigenvectors which is to be stored in the classification data base (7; 75) is selected by testing the operation of a classification performed using the sub set of eigenvectors against a desired performance criterion. retrieving a parameter set of a trained support vector machine, said retrieved parameter set including a plurality of support vectors, each one of said support vectors respectively belonging to one of said plurality of classes; and a plurality of weighting factors, each one of said weighting factors being associated with one of said support vectors; characterized in that the method further comprises: a plurality of support vectors, each one of said support vectors respectively belonging to one of said plurality of classes; and a plurality of weighting factors, each one of said weighting factors being associated with one of said support vectors; characterized in that the method further comprises: generating a symmetric or hermitian matrix based on said retrieved parameter set, said matrix having a number of rows and number of columns which is respectively smaller than a number, N, of said plurality of support vectors, a plurality of matrix elements of said matrix being respectively computed as a function of said parameter set; determining a plurality of orthogonal eigenvectors of said matrix; and storing at least a sub set of said plurality of eigenvectors in said classification data base (7; 75), wherein only a part of the eigenvectors having eigenvalues with the greatest modulus are selected for storing in the classification data base (7; 75), and wherein a number of eigenvectors which is to be stored in the classification data base (7; 75) is selected by testing the operation of a classification performed using the sub set of eigenvectors against a desired performance criterion.
Magazine device for receiving blow moulding devices, having a support plate, a base support und supports which connect the support plate with the base support, and at least one introduction region for introduction of the blow moulding device into the magazine device, wherein the support plate and the base support each have a plurality of openings (77, 79a) for receiving a plurality of blow moulding devices, and the blow moulding device can be deposited in cylindrical openings (77, 79a) of the magazine device, characterized in that the magazine device has conical introduction regions in the regions where the blow moulding device contacts the cylindrical openings (77, 79a).
An electronic device, comprising: a front housing, wherein the front housing is provided with a first through hole; a rear housing, wherein the rear housing is connected to the front housing; a display, wherein the display is installed on the front housing, and a mounting chamber is formed between the display, the front housing, and the rear housing; a reinforcing member, wherein the reinforcing member is arranged in the mounting chamber, the reinforcing member is spaced apart from the display, the reinforcing member is connected to the rear housing, and the reinforcing member is provided with a second through hole; and a camera, wherein the camera is a periscope camera and is installed in the mounting chamber, the camera is located between the display and the reinforcing member, the camera is installed in the first through hole, the camera comprises a bracket, a chip, and a body connected successively, the bracket is connected to the front housing and the rear housing respectively, the chip is arranged corresponding to the second through hole, a sensitive surface of the chip is disposed towards the body; wherein a first buffer member is arranged in the first through hole, and the first buffer member is connected to the front surface of the camera and the display. a front housing, wherein the front housing is provided with a first through hole; a rear housing, wherein the rear housing is connected to the front housing; a display, wherein the display is installed on the front housing, and a mounting chamber is formed between the display, the front housing, and the rear housing; a reinforcing member, wherein the reinforcing member is arranged in the mounting chamber, the reinforcing member is spaced apart from the display, the reinforcing member is connected to the rear housing, and the reinforcing member is provided with a second through hole; and a camera, wherein the camera is a periscope camera and is installed in the mounting chamber, the camera is located between the display and the reinforcing member, the camera is installed in the first through hole, the camera comprises a bracket, a chip, and a body connected successively, the bracket is connected to the front housing and the rear housing respectively, the chip is arranged corresponding to the second through hole, a sensitive surface of the chip is disposed towards the body; wherein a first buffer member is arranged in the first through hole, and the first buffer member is connected to the front surface of the camera and the display.
A ring laser gyroscope comprising: a light generating source configured to generate light of a first wavelength; a plurality of primary cavity mirrors configured to route light of a second wavelength around a primary cavity to a readout device, one primary cavity mirror of the plurality of primary cavity mirrors including a gain medium; and a pumping mirror, the pumping mirror and the one primary cavity mirror including the gain medium positioned and configured to reflect the light of the first wavelength back and forth in a pumping cavity through the gain medium, wherein the light of the first wavelength stimulates the gain medium to generate the light of the second wavelength that is reflected around the primary cavity to the readout device. a light generating source configured to generate light of a first wavelength; a plurality of primary cavity mirrors configured to route light of a second wavelength around a primary cavity to a readout device, one primary cavity mirror of the plurality of primary cavity mirrors including a gain medium; and a pumping mirror, the pumping mirror and the one primary cavity mirror including the gain medium positioned and configured to reflect the light of the first wavelength back and forth in a pumping cavity through the gain medium, wherein the light of the first wavelength stimulates the gain medium to generate the light of the second wavelength that is reflected around the primary cavity to the readout device.
Container closure having - a pouring element which merges into a container body or can be fastened to a container body, - at least one external thread, which is formed on the pouring element, and - a closure cap for closing a pouring opening, which is provided within the pouring element, the closure cap having - a cylindrical threaded part having an open periphery and an internal thread, which interacts with the external thread of the pouring element, - a tamper-evident band, which is connected to the open periphery of the threaded part by means of a plurality of predetermined breaking lugs, opening of the container closure for the first time being evident from the breaking of the predetermined breaking lugs and the tamper-evident band has a first and a second end (35, 37), wherein the first end is fixed to the open periphery of the threaded part characterized in that the second end can be connected to the pouring element. - a pouring element which merges into a container body or can be fastened to a container body, - at least one external thread, which is formed on the pouring element, and - a closure cap for closing a pouring opening, which is provided within the pouring element, - a cylindrical threaded part having an open periphery and an internal thread, which interacts with the external thread of the pouring element, - a tamper-evident band, which is connected to the open periphery of the threaded part by means of a plurality of predetermined breaking lugs, opening of the container closure for the first time being evident from the breaking of the predetermined breaking lugs and the tamper-evident band has a first and a second end (35, 37), wherein the first end is fixed to the open periphery of the threaded part
A method comprising: receiving a first command by a device to group a first playback device with at least a second playback device for synchronous audio playback, in response to the first command, adding the first playback device to a group including at least the second playback device and associated with a first playback queue comprising a list of one or more items for playback; receiving a second command by the device to remove the first playback device from the group while the first playback device is in the group; in response to the second command, removing the first playback device from the group; and characterised by automatically, upon removal of the first playback device from the group, associating the first playback device with a second playback queue comprising a list of one or more items for playback, wherein the second playback queue persisted without association with a playback device at a time prior to receipt of the second command. receiving a first command by a device to group a first playback device with at least a second playback device for synchronous audio playback, in response to the first command, adding the first playback device to a group including at least the second playback device and associated with a first playback queue comprising a list of one or more items for playback; receiving a second command by the device to remove the first playback device from the group while the first playback device is in the group; in response to the second command, removing the first playback device from the group; and characterised by automatically, upon removal of the first playback device from the group, associating the first playback device with a second playback queue comprising a list of one or more items for playback, wherein the second playback queue persisted without association with a playback device at a time prior to receipt of the second command.
A method for subjecting a tantalum member made of tantalum or a tantalum alloy and having a planar part to a carburization process for allowing carbon to penetrate the member from the surface toward the inner portion thereof, the method for carburizing the tantalum member comprising the steps of: setting the tantalum member in a chamber containing a carbon source by supporting the planar part on a plurality of support rods tapered at distal ends thereof; and subjecting the tantalum member to a carburization process by reducing in pressure and heating the interior of the chamber to allow carbon derived from the carbon source to penetrate the tantalum member from the surface thereof, wherein the support rods serve as the carbon source, the plurality of support rods are distributed so that the distal ends of the support rods substantially evenly support the entire planar part, the planar part is supported by the support rods, one or more per 1500 mm 2 of the area of the planar part, the tantalum member is a tantalum container having the planar part and a sidewall part extending substantially vertically from the planar part and also having an opening defined by an end of the sidewall part, and the tantalum container is set in the chamber to face the opening of the tantalum container downward, and the planar part of the tantalum container is supported from the inside on the plurality of support rods. setting the tantalum member in a chamber containing a carbon source by supporting the planar part on a plurality of support rods tapered at distal ends thereof; and subjecting the tantalum member to a carburization process by reducing in pressure and heating the interior of the chamber to allow carbon derived from the carbon source to penetrate the tantalum member from the surface thereof, wherein the support rods serve as the carbon source, the plurality of support rods are distributed so that the distal ends of the support rods substantially evenly support the entire planar part, the planar part is supported by the support rods, one or more per 1500 mm 2 of the area of the planar part, the tantalum member is a tantalum container having the planar part and a sidewall part extending substantially vertically from the planar part and also having an opening defined by an end of the sidewall part, and the tantalum container is set in the chamber to face the opening of the tantalum container downward, and the planar part of the tantalum container is supported from the inside on the plurality of support rods.