mhurhangee/ep-ind-claims huggingface dataset:
An abutment fixing apparatus for precisely clamping a processing abutment to be processed into a customized abutment in an artificial tooth processing apparatus, the abutment fixing apparatus comprising: - a holder adapted to hold the abutment fixing apparatus to the artificial tooth processing apparatus, - an abutment installation unit comprising a body connected to the holder and one installation recess into which one abutment can be inserted, wherein the abutment installation unit and the holder together form a '⊏' shape, the holder being formed at a first portion of the abutment installation unit, the abutment fixing apparatus further comprising one fixing unit connected to the body and fixing the abutment at a desired position of the installation recess, the fixing unit being adapted to move the abutment in a direction equal to an insertion direction of the abutment into the installation recess to fix the abutment at the desired position of the installation recess, wherein the installation recess is formed at a second portion of the abutment installation unit which is opposite to the first portion of the abutment installation unit; wherein the fixing unit comprises a fixing bolt, and a fixing recess positioned at a center portion of the installation recess, wherein the fixing bolt is adapted to clamp a lower portion of the abutment received in the corresponding installation recess in that the abutment cannot move when inserted into the fixing recess by an operation of the fixing bolt because of a difference between respective diameters of the installation recess and the fixing recess, the abutment fixing apparatus being characterized in that the fixing recess functions as a passage of the fixing bolt, the fixing recess and the installation recess thereby forming a hole penetrating the second portion of the abutment installation unit, wherein the installation recess has a planar shape adapted to correspond to a shape of the lower portion of the abutment, wherein the planar shape of the installation recess is of any one of a letter "D" shape and a polygonal shape. - a holder adapted to hold the abutment fixing apparatus to the artificial tooth processing apparatus, - an abutment installation unit comprising a body connected to the holder and one installation recess into which one abutment can be inserted,
Drive system which comprises at least one electric motor which is fed by a converter, wherein at least one sensor and one actuator are arranged on the motor, wherein the converter and the motor are connected via a hybrid cable (5, 20), wherein the hybrid cable (5, 20) comprises high-current lines and low-current lines, wherein at least two or only one or two signal lines and two supply lines, in particular for 24 volt supply, are used as low current lines, wherein the values acquired by the sensors and, - in particular temporally offset -, the control data determined for the actuator are transmittable via the signal lines, wherein the actuator and the transducer are supplied via the low-current supply lines, wherein in the motor a controllable semiconductor switch is arranged, to which the control signal is suppliable from the converter via the signal lines of the hybrid cable (5, 20) and which controls the current supplied to the electromagnet of the brake, wherein in the motor a printed circuit board is arranged, in particular on an at least partially housing-forming part, and the semiconductor switch is fitted on the printed circuit board, wherein on the printed circuit board is arranged a converter which receives the data transmitted via the signal lines as digital information and filters out therefrom the control information for the actuator, in particular the semiconductor switch, and forwards the signals, supplied by the sensors, in particular angle sensor and temperature sensor, as a digital data stream via the signal lines to the converter, wherein a magnetic field-sensitive sensor, in particular Hall sensor and/or Wiegand sensor, is also fitted on the printed circuit board, which sensor is arranged opposite a rotatably mounted part, there being arranged on the rotatably mounted part permanent magnets which are detectable by the magnetic field-sensitive sensor as they rotate past, characterised in that a combining of the outgoing data streams and a separating of the incoming data stream is made possible directly on that printed circuit board which is appropriately fitted for detecting the permanent magnets of the rotating part, wherein a means for galvanic isolation, namely a transformer, is arranged between the motor and the lines of the hybrid cable (5, 20), in particular the low-current lines of the hybrid cable (5, 20), wherein the signal lines function as differential signal transmission lines.
A system for navigation of an unmanned aerial vehicle in an urban environment, the system comprising: one or more Global Positioning System sensors; one or more image sensors configured to capture a first set of GPS-tagged images and a second set of images during fly-overs of the urban environment; and a processor operatively coupled to the one or more image sensors and configured to execute program instructions for a process comprising: stitching the captured GPS-tagged images together into an image mosaic using GPS-aided positions obtained during an initial fly-over of the urban environment at a first altitude; and characterised in comprising: matching image features from the second set of images with image features from the image mosaic, the second set of images obtained during a subsequent fly-over of the urban environment at a second altitude that is lower than the first altitude; and calculating a current position of the unmanned aerial vehicle relative to the GPS-aided positions based on the matched image features from the second set of images and the image mosaic. one or more Global Positioning System sensors; one or more image sensors configured to capture a first set of GPS-tagged images and a second set of images during fly-overs of the urban environment; and a processor operatively coupled to the one or more image sensors and configured to execute program instructions for a process comprising: stitching the captured GPS-tagged images together into an image mosaic using GPS-aided positions obtained during an initial fly-over of the urban environment at a first altitude; and characterised in comprising: matching image features from the second set of images with image features from the image mosaic, the second set of images obtained during a subsequent fly-over of the urban environment at a second altitude that is lower than the first altitude; and calculating a current position of the unmanned aerial vehicle relative to the GPS-aided positions based on the matched image features from the second set of images and the image mosaic. stitching the captured GPS-tagged images together into an image mosaic using GPS-aided positions obtained during an initial fly-over of the urban environment at a first altitude; and characterised in comprising: matching image features from the second set of images with image features from the image mosaic, the second set of images obtained during a subsequent fly-over of the urban environment at a second altitude that is lower than the first altitude; and calculating a current position of the unmanned aerial vehicle relative to the GPS-aided positions based on the matched image features from the second set of images and the image mosaic. matching image features from the second set of images with image features from the image mosaic, the second set of images obtained during a subsequent fly-over of the urban environment at a second altitude that is lower than the first altitude; and calculating a current position of the unmanned aerial vehicle relative to the GPS-aided positions based on the matched image features from the second set of images and the image mosaic.
A pressure sensor for measuring a pressure, in particular in an exhaust system of a combustion engine, the pressure sensor comprising a sensor housing with at least one pressure measuring cell arranged therein with respectively associated sensor electronics, and the at least one pressure measuring cell being connected to a measurement medium line (9; 10; 12), in particular an exhaust measurement line, a temperature control device being provided for the pressure sensor to increase the measurement accuracy, characterized in that the temperature control device is formed by a temperature control fluid being led through the sensor housing, the temperature in the sensor housing being kept at a constant temperature level by means of an electrically operated heater of the temperature control fluid.
A method implemented by a wireless transmit receive unit, WTRU, for performing random access, the method comprising: the WTRU sending a preamble using a selected set of physical random access channel, PRACH, resources selected from one of a first set of PRACH resources and a second set of PRACH resources; and the WTRU monitoring one of a physical downlink control channel, PDCCH, or a PDCCH associated with a machine type communication, MTC, device, M-PDCCH, based on the selected set of PRACH resources used for sending the preamble, wherein the WTRU monitors the PDCCH if the preamble is sent using the first set of PRACH resources and the WTRU monitors the M-PDCCH if the preamble is sent using the second set of PRACH resources. the WTRU sending a preamble using a selected set of physical random access channel, PRACH, resources selected from one of a first set of PRACH resources and a second set of PRACH resources; and the WTRU monitoring one of a physical downlink control channel, PDCCH, or a PDCCH associated with a machine type communication, MTC, device, M-PDCCH, based on the selected set of PRACH resources used for sending the preamble, wherein the WTRU monitors the PDCCH if the preamble is sent using the first set of PRACH resources and the WTRU monitors the M-PDCCH if the preamble is sent using the second set of PRACH resources.
A user terminal apparatus adapted to connect to an electronic device, the user terminal apparatus comprising: a communicator adapted to perform (S810, S1010) communication with the electronic device; and a controller adapted to: obtain a reference volume level; adjust (S820, S1050) a sound level of an audio content from an audio source based on the obtained reference volume level; and transmit (S830, S1060) the adjusted audio content to the electronic device in a streaming method; characterized in that the user terminal apparatus further comprises an audio processor comprising an audio signal measurer adapted to measure a level of an audio signal received from the electronic device; wherein the reference volume level is based on the level measured by the audio signal measurer and corresponds to a Volume Unit, VU, at an audio output terminal of the electronic device; and the controller is adapted to receive the audio signal using a User Datagram Protocol, UDP, packet before the audio content is transmitted, and to transmit the audio content in a Real time Transport Protocol, RTP, packet form. a communicator adapted to perform (S810, S1010) communication with the electronic device; and a controller adapted to: obtain a reference volume level; adjust (S820, S1050) a sound level of an audio content from an audio source based on the obtained reference volume level; and transmit (S830, S1060) the adjusted audio content to the electronic device in a streaming method; characterized in that the user terminal apparatus further comprises an audio processor comprising an audio signal measurer adapted to measure a level of an audio signal received from the electronic device; wherein the reference volume level is based on the level measured by the audio signal measurer and corresponds to a Volume Unit, VU, at an audio output terminal of the electronic device; and the controller is adapted to receive the audio signal using a User Datagram Protocol, UDP, packet before the audio content is transmitted, and to transmit the audio content in a Real time Transport Protocol, RTP, packet form. obtain a reference volume level; adjust (S820, S1050) a sound level of an audio content from an audio source based on the obtained reference volume level; and transmit (S830, S1060) the adjusted audio content to the electronic device in a streaming method;
High-voltage circuit breaker for a pole (19, 20, 21), having interrupter units (2, 3, 4, 5), which are interconnected in series and are connected to each other in a mechanically stable manner, wherein the interrupter units (2, 3, 4, 5) are arranged on at least one support, and wherein the interrupter units (2, 3, 4, 5) are arranged on different axes (23, 24), wherein an interconnection of the interrupter units (2, 3, 4, 5) in series via electrical cables and/or rails is comprised, wherein the electrical cables and/or rails are arranged in at least one connection housing, wherein the connection housing is arranged between interrupter units (2, 3, 4, 5) and at free ends of the interrupter units (2, 3, 4, 5), characterized in that the connection housing has no mechanically supporting function for the interrupter units (2, 3, 4, 5).
A system for sterilizing a stent delivery assembly with radiation, comprising: the stent delivery assembly including a stent (100; 205; 705; 815; 915; 1020; 1130;1230; 1315) disposed on a distal end of a catheter; a package (230,505, 710, 800, 900, 1000, 1100, 1305); the package having one or more modifier sections (625; 630; 615, 620; 730; 810, 820, 835, 845; 910, 920, 935, 940; 1005, 1010; 115, 1140; 1215) characterized in that the one or more modifier sections are positioned relative to a selected section of the stent delivery assembly, wherein the one or more modifier sections comprise a piece of metal, plastic or foam, that is taped, glued or stapled or attached to the package and are configured to increase or decrease the radiation dose delivered from the radiation source to the selected section of the assembly by the radiation passing through one of the modifier sections towards the selected section and/or by reflecting radiation from one of the modifier sections towards the selected section. the stent delivery assembly including a stent (100; 205; 705; 815; 915; 1020; 1130;1230; 1315) disposed on a distal end of a catheter; a package (230,505, 710, 800, 900, 1000, 1100, 1305); the package having one or more modifier sections (625; 630; 615, 620; 730; 810, 820, 835, 845; 910, 920, 935, 940; 1005, 1010; 115, 1140; 1215) characterized in that the one or more modifier sections are positioned relative to a selected section of the stent delivery assembly, wherein the one or more modifier sections comprise a piece of metal, plastic or foam, that is taped, glued or stapled or attached to the package and are configured to increase or decrease the radiation dose delivered from the radiation source to the selected section of the assembly by the radiation passing through one of the modifier sections towards the selected section and/or by reflecting radiation from one of the modifier sections towards the selected section.
A compressed air system comprising an axle element, a holding element and a transmission unit wherein the axle element is hollow and open towards a first end, wherein the holding element is fixed to the first end of the axle element in such a way that it seals the first end in an airtight manner, wherein the holding element has an engagement section in which the transmission unit can be sealingly fixed, wherein the axle element, the holding element and the transmission unit enclose an air volume, wherein the transmission unit has a channel which opens into the air volume at its first end and can be brought into communication with a compressed air generating unit at its opposite, second end, characterised in that the transmission unit comprises an adapter element in which the channel extends, wherein the adapter element extends predominantly along a longitudinal axis and can be positively fixed to the engagement section, wherein the adapter element has a support section adapted to be supported on a steering angle limit, wherein a supporting force can be transmitted to the axle element via the support section, the adapter element, the engagement section and the holding element.
A method for detecting cast shadow regions and highlight regions in a scene, said scene being represented by a low dynamic range image and a high dynamic range image, the high dynamic range image having a dynamic range higher than the low dynamic range image, said method comprising the steps of: - detecting regions in said scene having a difference between a high dynamic range detail map computed from said high dynamic range image and a low dynamic range detail map computed from said low dynamic range image, said detected regions corresponding to cast shadow regions or highlights region of the scene, wherein said computing of said low dynamic range detail map is based on a low dynamic range difference between a luminance map of said low dynamic range image and a filtered luminance map of said low dynamic range image and wherein said computing of said high dynamic range detail map is based on a high dynamic range difference between a luminance map of said high dynamic range image and a filtered luminance map of said high dynamic range image. - detecting regions in said scene having a difference between a high dynamic range detail map computed from said high dynamic range image and a low dynamic range detail map computed from said low dynamic range image, said detected regions corresponding to cast shadow regions or highlights region of the scene, wherein said computing of said low dynamic range detail map is based on a low dynamic range difference between a luminance map of said low dynamic range image and a filtered luminance map of said low dynamic range image and wherein said computing of said high dynamic range detail map is based on a high dynamic range difference between a luminance map of said high dynamic range image and a filtered luminance map of said high dynamic range image.
A method for estimating a reverberation signal component of an acoustic signal detected by a microphone, the acoustic signal comprising a direct sound component and the reverberation signal component, the method comprising the following steps: - detecting the acoustic signal, - estimating the reverberation signal component, wherein the estimating step comprises the steps of - calculating an incorrect reverberation signal component R̃ under the assumption that the reverberation signal component has a predetermined relationship to the direct sound component, and - minimizing the error resulting from the assumption that the reverberation signal component has a predetermined relationship to the direct sound component so as to estimate the reverberation signal component, wherein the minimizing step comprises the step of determining a ratio Q of an acoustic signal energy | Y ( k)| 2 to the incorrect reverberation signal energy | R̃ ( k)| 2, wherein the step of minimizing the error comprises the step of minimizing the ratio Q. - detecting the acoustic signal, - estimating the reverberation signal component, wherein the estimating step comprises the steps of - calculating an incorrect reverberation signal component R̃ under the assumption that the reverberation signal component has a predetermined relationship to the direct sound component, and - minimizing the error resulting from the assumption that the reverberation signal component has a predetermined relationship to the direct sound component so as to estimate the reverberation signal component,
A bed comprising a longitudinally extendable bed frame which comprises two side rails extending in the longitudinal direction, which side rails are telescoping and respectively comprise an outer frame and an inner frame, wherein the outer frames respectively provide a hollow space which receives the associated inner frame in a longitudinally displaceable manner, characterized by a frame top part which is designed for being arranged on an extended section of an inner frame, which extended section protrudes from the hollow space of an outer frame in the extended condition of the bed frame, wherein the frame top part comprises an outer contour corresponding to the outer contour of the outer frame, at least on the outside of the bed frame.
A battery charging apparatus, comprising: a battery unit which is chargeable; a battery charging unit for charging the battery unit; an interface unit arranged to communicate with the battery unit to receive information about the battery unit, said information comprising: a charge allowance capacity of the battery unit, a preset charge voltage, a preset charge current, and a preset charge capacity; and a controller arranged to control the interface unit to request said information from the battery unit; characterized in that the controller is further arranged to: adjust the preset charge voltage and the preset charge current of the battery unit, based on the received charge allowance capacity of the battery, when the charge allowance capacity received through the interface unit is a predetermined value or less; and control the battery charging unit to output the adjusted charge voltage and the adjusted charge current to charge the battery unit, wherein the controller is arranged to adjust the preset charge voltage by dropping the preset charge voltage of the battery unit to a predetermined value based on a difference between the preset charge capacity and the charge allowance capacity of the battery unit. a battery unit which is chargeable; a battery charging unit for charging the battery unit; an interface unit arranged to communicate with the battery unit to receive information about the battery unit, said information comprising: a charge allowance capacity of the battery unit, a preset charge voltage, a preset charge current, and a preset charge capacity; and a controller arranged to control the interface unit to request said information from the battery unit; characterized in that the controller is further arranged to: adjust the preset charge voltage and the preset charge current of the battery unit, based on the received charge allowance capacity of the battery, when the charge allowance capacity received through the interface unit is a predetermined value or less; and control the battery charging unit to output the adjusted charge voltage and the adjusted charge current to charge the battery unit, wherein the controller is arranged to adjust the preset charge voltage by dropping the preset charge voltage of the battery unit to a predetermined value based on a difference between the preset charge capacity and the charge allowance capacity of the battery unit. adjust the preset charge voltage and the preset charge current of the battery unit, based on the received charge allowance capacity of the battery, when the charge allowance capacity received through the interface unit is a predetermined value or less; and control the battery charging unit to output the adjusted charge voltage and the adjusted charge current to charge the battery unit, wherein the controller is arranged to adjust the preset charge voltage by dropping the preset charge voltage of the battery unit to a predetermined value based on a difference between the preset charge capacity and the charge allowance capacity of the battery unit.