mhurhangee/ep-ind-claims huggingface dataset:
Bearing arrangement with a bearing bushing which is connectable to a component and on the inner side of which a body (11, 12) can be mounted and which has a collar, wherein at least one expanding means (7, 7') is arranged on the collar, said expanding means increasing its cross section, at least locally, when the body (11, 12) is inserted, characterized in that the collar has a smaller wall thickness than the bearing bushing.
A method performed by a mission critical push to talk, MCPTT, server in a communication system, the method comprising: receiving, from an MCPTT originating client, a first MCPTT first-to-answer call request message including a session description protocol, SDP, offer including at least one media parameter; identifying a plurality of MCPTT recipient clients to transmit a second MCPTT first-to-answer call request message, based on information included in the first MCPTT first-to-answer call request message; transmitting (912a-c), to the plurality of MCPTT recipient clients the second MCPTT first-to-answer call request message; receiving, from a first MCPTT recipient client (160 1) among the plurality of MCPTT recipient clients, a first MCPTT first-to-answer call response message; transmitting, to the MCPTT originating client, a second MCPTT first-to-answer call response message for indicating that the first MCPTT recipient client has accepted the MCPTT first-to-answer call, the second MCPTT first-to-answer call response message including an SDP answer including a media parameter selected from the at least one media parameter; transmitting, to a second MCPTT recipient client (160 2) among the plurality of MCPTT recipient clients, an MCPTT first-to-answer call cancel request message; and receiving, from the second MCPTT recipient client (160 2), an MCPTT first-to-answer call cancel response message. receiving, from an MCPTT originating client, a first MCPTT first-to-answer call request message including a session description protocol, SDP, offer including at least one media parameter; identifying a plurality of MCPTT recipient clients to transmit a second MCPTT first-to-answer call request message, based on information included in the first MCPTT first-to-answer call request message; transmitting (912a-c), to the plurality of MCPTT recipient clients the second MCPTT first-to-answer call request message; receiving, from a first MCPTT recipient client (160 1) among the plurality of MCPTT recipient clients, a first MCPTT first-to-answer call response message; transmitting, to the MCPTT originating client, a second MCPTT first-to-answer call response message for indicating that the first MCPTT recipient client has accepted the MCPTT first-to-answer call, the second MCPTT first-to-answer call response message including an SDP answer including a media parameter selected from the at least one media parameter; transmitting, to a second MCPTT recipient client (160 2) among the plurality of MCPTT recipient clients, an MCPTT first-to-answer call cancel request message; and receiving, from the second MCPTT recipient client (160 2), an MCPTT first-to-answer call cancel response message.
A medical imaging system, the system comprising: a 2D surface image obtaining device including at least one camera for photographing a plurality of 2D facial images of an examinee; an X-ray radiography device for radiographing a 3D X-ray radiograph of the examinee's head; and an image synthesis unit for generating a 3D facial image by matching the plurality of 2D facial images with the 3D X-ray radiograph, characterized by a visual guidance configured to fix an examinee's line of vision in front of the examinee. a 2D surface image obtaining device including at least one camera for photographing a plurality of 2D facial images of an examinee; an X-ray radiography device for radiographing a 3D X-ray radiograph of the examinee's head; and an image synthesis unit for generating a 3D facial image by matching the plurality of 2D facial images with the 3D X-ray radiograph, characterized by a visual guidance configured to fix an examinee's line of vision in front of the examinee.
An image forming apparatus comprising: a lubricant supplier that supplies a lubricant onto an image carrier; a fixing member that is rotatable, and comes into contact with the image carrier to fix the lubricant supplied onto the image carrier; and a controller that controls rotation of the fixing member, characterised in that the controller executes a first refresh operation of rotating the fixing member, and the controller rotates, in the first refresh operation, the fixing member to bring a region different from a contact region of the fixing member in contact with the image carrier. a lubricant supplier that supplies a lubricant onto an image carrier; a fixing member that is rotatable, and comes into contact with the image carrier to fix the lubricant supplied onto the image carrier; and a controller that controls rotation of the fixing member, characterised in that the controller executes a first refresh operation of rotating the fixing member, and the controller rotates, in the first refresh operation, the fixing member to bring a region different from a contact region of the fixing member in contact with the image carrier.
Wind turbine nacelle comprising a slewing crane arranged inside the nacelle, wherein the crane comprises a base structure attached at a roof of the nacelle, a beam rotatably mounted about said base structure, and a hoist movably arranged on said beam.
A calibration system, comprising: a waveform generator configured to generate a periodic waveform; and a control circuit in signal communication with the waveform generator, wherein the control circuit and comprises: an analog-to-digital converter configured to convert the periodic waveform to digital values; and an electronic device in signal communication with the analog-to-digital converter, characterized in that the control circuit is configured to output a control signal to an actuator associated with a nuclear power plant, and the electronic device is configured to execute a calibration routine to verify calibration of the following based on the periodic waveform: timing of the control circuit; and different voltage levels of the control circuit. a waveform generator configured to generate a periodic waveform; and a control circuit in signal communication with the waveform generator, wherein the control circuit and comprises: an analog-to-digital converter configured to convert the periodic waveform to digital values; and an electronic device in signal communication with the analog-to-digital converter, an analog-to-digital converter configured to convert the periodic waveform to digital values; and an electronic device in signal communication with the analog-to-digital converter, characterized in that the control circuit is configured to output a control signal to an actuator associated with a nuclear power plant, and the electronic device is configured to execute a calibration routine to verify calibration of the following based on the periodic waveform: timing of the control circuit; and different voltage levels of the control circuit. timing of the control circuit; and different voltage levels of the control circuit.
Circuit arrangement, in particular a circuit arrangement of an electric vehicle for inductive power transfer to the vehicle, wherein the circuit arrangement comprises a pick-up arrangement and at least one variable compensating arrangement (CV, CV1, CV2, CV3), wherein the variable compensating arrangement (CV, CV1, CV2, CV3) comprises a capacitive element (Cx), characterized in that the variable compensating arrangement (CV, CV1, CV2, CV3) further comprises a first switching element and a second switching element, wherein the first switching element and the second switching element are connected in series, wherein the series connection of the first and the second switching element (S1, S2) is connected in parallel to the capacitive element (Cx) of the variable compensating arrangement (CV, CV1, CV2, CV3).
An exhaust purification system of an internal combustion engine, comprising: a selectively reducing type NO x catalyst device, selectively reducing NO x in the exhaust gas by using ammonia as reducing material, and an ammonia oxidation catalyst device arranged downstream of the selectively reduction type NO x catalyst device, characterized in that said system further comprises: an ammonia holding device arranged immediately upstream of said ammonia oxidation catalyst device, said ammonia holding device has zeolite and holds ammonia flowing out from the selectively reducing type NO x catalyst device to restrain the ammonia from flowing into said ammonia oxidation catalyst device when a temperature of said ammonia oxidation catalyst device is within a N 2 O producing temperature range, and releases the held ammonia to make the ammonia flow into said ammonia oxidation catalyst device when the temperature of said ammonia oxidation catalyst device is out of the N 2 O producing temperature range. a selectively reducing type NO x catalyst device, selectively reducing NO x in the exhaust gas by using ammonia as reducing material, and an ammonia oxidation catalyst device arranged downstream of the selectively reduction type NO x catalyst device, characterized in that said system further comprises: an ammonia holding device arranged immediately upstream of said ammonia oxidation catalyst device, said ammonia holding device has zeolite and holds ammonia flowing out from the selectively reducing type NO x catalyst device to restrain the ammonia from flowing into said ammonia oxidation catalyst device when a temperature of said ammonia oxidation catalyst device is within a N 2 O producing temperature range, and releases the held ammonia to make the ammonia flow into said ammonia oxidation catalyst device when the temperature of said ammonia oxidation catalyst device is out of the N 2 O producing temperature range. an ammonia holding device arranged immediately upstream of said ammonia oxidation catalyst device, said ammonia holding device has zeolite and holds ammonia flowing out from the selectively reducing type NO x catalyst device to restrain the ammonia from flowing into said ammonia oxidation catalyst device when a temperature of said ammonia oxidation catalyst device is within a N 2 O producing temperature range, and releases the held ammonia to make the ammonia flow into said ammonia oxidation catalyst device when the temperature of said ammonia oxidation catalyst device is out of the N 2 O producing temperature range.
Load torsional lock (10; 10a) for a gear drive unit comprising a brake body which interacts in a frictionally locking fashion with a positionally fixed element in order to lock a torque which is transmitted from an output element to a drive element and is rotated by drivers (59; 59a) of the drive element in a position for passing on a drive torque from the drive element to the output element, wherein the drive element, the output element and the brake body are arranged concentrically with respect to one another about a common rotational axis, wherein the brake body is embodied in an elastically radially deformable fashion, wherein the brake body is embodied as a clamping ring, and wherein a first clamping face region of the clamping ring upon introduction of an output-side torque of the output element enters directly into an operative connection with a second clamping face region on the output element as a result of the radial deformation of the clamping ring and deforms the clamping ring, with the result that said clamping ring moves in certain areas into frictionally locking contact with the positionally fixed element, characterized in that the first and the second contact face regions (25, 37) of the clamping ring and of the output element have planar clamping faces (26 to 29, 31, 38 to 41, 45).
A gas-phase polymerization reactor having interconnected polymerization zones comprising: - a riser through which the polymer particles flow upwards under fast fluidization conditions or transport conditions; - a dowcomer through which the polymer particles flow downward in a densified form under the action of gravity, the bottom of said downcomer being connected to the lower region of said riser by means of a transport section, said transport section being designed as a bend descending from the downcomer to the riser; - said reactor being further provided with a line for feeding a carrier gas at the inlet of said transport section and with a gas distribution grid extending from the inlet of said transport section for an angle α of at least 50° along the bending of said transport section, wherein said gas distribution grid is formed by a plurality of trays fixed to the wall of said transport section so as to form slits in the overlapping area of adjacent trays and said slits are shaped so as to give an outlet gas flow which is tangential at the plane of said adjacent trays. - a riser through which the polymer particles flow upwards under fast fluidization conditions or transport conditions; - a dowcomer through which the polymer particles flow downward in a densified form under the action of gravity, the bottom of said downcomer being connected to the lower region of said riser by means of a transport section, said transport section being designed as a bend descending from the downcomer to the riser; - said reactor being further provided with a line for feeding a carrier gas at the inlet of said transport section and with a gas distribution grid extending from the inlet of said transport section for an angle α of at least 50° along the bending of said transport section, wherein
A device for determining at least one final two-dimensional image, wherein the device comprises: - an input interface; - a processing unit; wherein the input interface is configured to receive a three-dimensional image of a body region of a patient body, wherein an applicator configured for fixating at least one radiation source is inserted into the body region; wherein the processing unit is configured to randomly determine an initial direction within the three-dimensional image, to receive a signal representing the initial direction via the input interface or to access a predefined direction as the initial direction; wherein the processing unit is configured to repeat the following sequence of steps s1) to s4): s1) to determine a set-direction within the three-dimensional image based on the initial direction for the first sequence or based on a probability map determined during a previous sequence; s2) to extract an image-set of two-dimensional images from the three-dimensional image, such that the two-dimensional images of the image-set are arranged coaxially and subsequently in the set-direction; s3) to apply an applicator pre-trained classification method to each of the two-dimensional images of the image-set resulting in a probability score for each of the two-dimensional images of the image-set indicating a probability of the applicator being depicted, in particular fully depicted, in the respective two-dimensional image of the image-set in a cross-sectional view; and s4) to determine a probability-map representing the probability scores of the two-dimensional images of the image-set with respect to the set-direction; wherein the processing unit is configured to determine, after finishing the last sequence, the two-dimensional image associated with the highest probability score, in particular from the image-set determined during the last sequence, as the final two-dimensional image. - an input interface; - a processing unit; s1) to determine a set-direction within the three-dimensional image based on the initial direction for the first sequence or based on a probability map determined during a previous sequence; s2) to extract an image-set of two-dimensional images from the three-dimensional image, such that the two-dimensional images of the image-set are arranged coaxially and subsequently in the set-direction; s3) to apply an applicator pre-trained classification method to each of the two-dimensional images of the image-set resulting in a probability score for each of the two-dimensional images of the image-set indicating a probability of the applicator being depicted, in particular fully depicted, in the respective two-dimensional image of the image-set in a cross-sectional view; and s4) to determine a probability-map representing the probability scores of the two-dimensional images of the image-set with respect to the set-direction;
A refillable fluid dispenser comprising: • a fluid reservoir defining a neck and a bottom wall provided with an opening; • a filling valve that is mounted in the opening of the bottom wall, the filling valve including a movable member and a valve seat for the movable member; • a dispenser member, such as a pump, that is mounted on the reservoir so as to take the fluid, the dispenser member including a body and an actuator rod that is axially movable down and up; • a pusher that is mounted on the actuator rod of the dispenser member; • a vent channel that extends along the fluid reservoir so as to put the fluid reservoir into communication with the outside, the vent channel defining an inlet in the proximity of the neck, and an outlet that opens out at the bottom wall, the vent channel being made integrally with the fluid reservoir; the dispenser being characterized in that it includes a stationary element that is mounted on the bottom wall of the fluid reservoir, the stationary element forming a vent passage (221, 222) that connects the outlet of the vent channel to the outside. • a fluid reservoir defining a neck and a bottom wall provided with an opening; • a filling valve that is mounted in the opening of the bottom wall, the filling valve including a movable member and a valve seat for the movable member; • a dispenser member, such as a pump, that is mounted on the reservoir so as to take the fluid, the dispenser member including a body and an actuator rod that is axially movable down and up; • a pusher that is mounted on the actuator rod of the dispenser member; • a vent channel that extends along the fluid reservoir so as to put the fluid reservoir into communication with the outside, the vent channel defining an inlet in the proximity of the neck, and an outlet that opens out at the bottom wall, the vent channel being made integrally with the fluid reservoir;
An electromechanical brake system comprising: a brake actuator having a power transmission means for transmitting an actuating force to a brake pad, said power transmission means including a rotatable shaft; a coupling means with a locking element, wherein the coupling means can be controlled so that the locking element is engaged with the rotatable shaft and blocks its rotation or so that the locking element is disengaged from the rotatable shaft so that the rotatable shaft can be rotated, wherein the brake actuator comprises an interface configured to be connected to the locking element and to engage or disengage the locking element from the rotatable shaft, characterised in that the locking element has a disc-shape, with one or more grooves or openings permitting engagement of an interface component. a brake actuator having a power transmission means for transmitting an actuating force to a brake pad, said power transmission means including a rotatable shaft; a coupling means with a locking element, wherein the coupling means can be controlled so that the locking element is engaged with the rotatable shaft and blocks its rotation or so that the locking element is disengaged from the rotatable shaft so that the rotatable shaft can be rotated, wherein the brake actuator comprises an interface configured to be connected to the locking element and to engage or disengage the locking element from the rotatable shaft, characterised in that the locking element has a disc-shape, with one or more grooves or openings permitting engagement of an interface component.
A mobile device comprising: - an optical camera that is configured to acquire images of the surrounding of the mobile device, - a display that is configured to display images acquired by the optical camera, - an object detection unit that is configured to detect wireless enabled devices within images acquired by said optical camera by applying an image recognition algorithm, said wireless enabled devices being configured to establish a wireless link with other devices, wherein said object detection unit is configured to analyze an image, to identify devices in an analyzed image and to identify wireless enabled devices among the identified devices, and - a wireless interface that is configured to establish a wireless link to a selected wireless enabled device, and - a user interface, wherein said display is configured to indicate detected wireless enabled devices in images displayed on said display and said user interface is configured to enable a user to select a wireless enabled device indicated on said display, characterized in that said display is further configured to display an availability indicator indicating if a detected wireless device is configured to perform a pre-selected task after establishing a wireless link with said wireless interface and/or display a completion indicator indicating if a pre-selected task by use of a wireless link has been completed by the selected wireless enabled device in the wirelessly linked state. - an optical camera that is configured to acquire images of the surrounding of the mobile device, - a display that is configured to display images acquired by the optical camera, - an object detection unit that is configured to detect wireless enabled devices within images acquired by said optical camera by applying an image recognition algorithm, said wireless enabled devices being configured to establish a wireless link with other devices, wherein said object detection unit is configured to analyze an image, to identify devices in an analyzed image and to identify wireless enabled devices among the identified devices, and - a wireless interface that is configured to establish a wireless link to a selected wireless enabled device, and - a user interface,