mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an information system, wherein the information system has a first activatable mode and a second activatable mode, wherein in the method: output data of a driver assistance system of a vehicle are detected, graphic data of a visualization are generated and output by means of a display surface depending on the activated mode and the output data, a mode selection signal is received, and the first or second mode is activated depending on the mode selection signal, wherein the graphic data comprise a roadway visualization of a roadway lying ahead of the vehicle and an ego vehicle visualization , wherein when the first mode is activated, the ego vehicle visualization comprises a partial visualization of a front vehicle section, and when the second mode is activated, the ego vehicle visualization comprises a visualization of a rear vehicle view, characterized in that when switching between the first and second modes is carried out on the basis of the mode selection signal, a transitional animation is generated and output, wherein the transitional animation comprises a continuous enlargement of the visualization, wherein a virtual observation point is displaced opposite the direction of travel. output data of a driver assistance system of a vehicle are detected, graphic data of a visualization are generated and output by means of a display surface depending on the activated mode and the output data, a mode selection signal is received, and the first or second mode is activated depending on the mode selection signal, wherein the graphic data comprise a roadway visualization of a roadway lying ahead of the vehicle and an ego vehicle visualization , wherein when the first mode is activated, the ego vehicle visualization comprises a partial visualization of a front vehicle section, and when the second mode is activated, the ego vehicle visualization comprises a visualization of a rear vehicle view, characterized in that when switching between the first and second modes is carried out on the basis of the mode selection signal, a transitional animation is generated and output, wherein the transitional animation comprises a continuous enlargement of the visualization, wherein a virtual observation point is displaced opposite the direction of travel.
Device for generating sensory stimuli for a child , comprising: a body made of an elastic material; a lying area for a child on the body ; a bladder for generating a vertical movement of the lying area , wherein the bladder is embedded in the elastic material of the body , characterized in that the device is produced by a casting process, in which the elastic material of the body is connected by material bonding to the bladder over the entire surface of the bladder or essentially over the entire surface of the bladder . a body made of an elastic material; a lying area for a child on the body ; a bladder for generating a vertical movement of the lying area , wherein the bladder is embedded in the elastic material of the body , characterized in that the device is produced by a casting process, in which the elastic material of the body is connected by material bonding to the bladder over the entire surface of the bladder or essentially over the entire surface of the bladder .
An apparatus comprising: a first electrical isolator having a central passageway ; a first electrically conductive tube having a flared end disposed around the first electrical isolator , the flared end comprising external threads ; a second electrically conductive tube having an outer flange ; a second electrical isolator disposed around the second electrically conductive tube and engaging the outer flange ; and a nut disposed around the second electrically conductive tube and engaging the second electrical isolator , the nut comprising internal threads corresponding to the external threads of the flared end of the first electrically conductive tube , wherein the nut comprises a deformable rim adjacent to a secondary retention notch of the flared end of the first electrically conductive tube and configured to deform into engagement with the secondary retention notch . a first electrical isolator having a central passageway ; a first electrically conductive tube having a flared end disposed around the first electrical isolator , the flared end comprising external threads ; a second electrically conductive tube having an outer flange ; a second electrical isolator disposed around the second electrically conductive tube and engaging the outer flange ; and a nut disposed around the second electrically conductive tube and engaging the second electrical isolator , the nut comprising internal threads corresponding to the external threads of the flared end of the first electrically conductive tube , wherein the nut comprises a deformable rim adjacent to a secondary retention notch of the flared end of the first electrically conductive tube and configured to deform into engagement with the secondary retention notch .
A method for wireless network design, the method comprising: receiving a ray path analysis request for a target area for a wireless network design; configuring a first area corresponding to an analysis range of the target area, in consideration of a position of a first base station, BS, and a direction of a ray transmitted by the first BS, wherein the first area is an area in which a dominant signal of the ray transmitted by the first BS reaches, the dominant signal being identified on a first road based on a signal level of the ray transmitted by the first BS; configuring a second area along a layout of the first road running on a line extended from the first BS, within a range of the configured first area; performing analysis on a path of the ray transmitted by the first BS in the second area; and transmitting a result of the analysis. receiving a ray path analysis request for a target area for a wireless network design; configuring a first area corresponding to an analysis range of the target area, in consideration of a position of a first base station, BS, and a direction of a ray transmitted by the first BS, wherein the first area is an area in which a dominant signal of the ray transmitted by the first BS reaches, the dominant signal being identified on a first road based on a signal level of the ray transmitted by the first BS; configuring a second area along a layout of the first road running on a line extended from the first BS, within a range of the configured first area; performing analysis on a path of the ray transmitted by the first BS in the second area; and transmitting a result of the analysis.
A color printed plastic key fob comprising a built-in RFID tag, said plastic key fob comprising a body of sequentially combined layers of: - a front protective laminating layer, - a decorative/informative face layer, - a pre-laminate center layer with at least one installed RFID tag, - a decorative/informative reverse layer, and - a back protective laminating layer, - further having a rectangular shape with the following dimensions: - a length of 50.95 mm to 51.05 mm, - a width of 24.61 mm to 24.71 mm; - further having a round hole near one corner for attaching a key ring; - further having rounded corners; characterized in that said plastic key fob - further having a weight between 4.65 g and 4.95 g; - further having a thickness of 3.34 mm to 4.34 mm; - wherein, the round hole has a diameter from 4.00 mm to 4.50 mm; - wherein, the corner near the round hole has a bending radius R = 5.00 mm to 6.00 mm, while the other three corners have bending radiuses R = 3.00 mm to 3.36 mm; and further comprising on both sides of the body respectively a composite convex front layer and a composite convex reverse layer made of polyurethane-based material. - a front protective laminating layer, - a decorative/informative face layer, - a pre-laminate center layer with at least one installed RFID tag, - a decorative/informative reverse layer, and - a back protective laminating layer, - further having a rectangular shape with the following dimensions: - a length of 50.95 mm to 51.05 mm, - a width of 24.61 mm to 24.71 mm; - a length of 50.95 mm to 51.05 mm, - a width of 24.61 mm to 24.71 mm; - further having a round hole near one corner for attaching a key ring; - further having rounded corners; - further having a weight between 4.65 g and 4.95 g; - further having a thickness of 3.34 mm to 4.34 mm; - wherein, the round hole has a diameter from 4.00 mm to 4.50 mm; - wherein, the corner near the round hole has a bending radius R = 5.00 mm to 6.00 mm, while the other three corners have bending radiuses R = 3.00 mm to 3.36 mm;
An apparatus for voice input, comprising: a flow sensor configured to detect an ingressive air flow flowing into the mouth of a user through a gap formed between a microphone and the mouth during an ingressive utterance by the user by detecting a direction of the air flow and to activate a silent voice mode upon detection of the ingressive air flow; and the microphone configured to, in response to the detection of an ingressive air flow by the flow sensor, detect a silent voice generated by the ingressive utterance. a flow sensor configured to detect an ingressive air flow flowing into the mouth of a user through a gap formed between a microphone and the mouth during an ingressive utterance by the user by detecting a direction of the air flow and to activate a silent voice mode upon detection of the ingressive air flow; and the microphone configured to, in response to the detection of an ingressive air flow by the flow sensor, detect a silent voice generated by the ingressive utterance.
A signal sending apparatus, comprising: a determining module, configured to determine a time unit for transmitting a synchronization signal and a broadcast channel in a time window, wherein the time window comprises S time units, the determined time unit is the j th time unit in the time window, where 1 ≤ j ≤S, and S and j are positive integers; a transmission module, configured to transmit synchronization signal information to enable a signal detection apparatus to determine the determined time unit; and the transmission module, further configured to transmit the synchronization signal and the broadcast channel in the determined time unit on a same antenna port. a determining module, configured to determine a time unit for transmitting a synchronization signal and a broadcast channel in a time window, wherein the time window comprises S time units, the determined time unit is the j th time unit in the time window, where 1 ≤ j ≤S, and S and j are positive integers; a transmission module, configured to transmit synchronization signal information to enable a signal detection apparatus to determine the determined time unit; and the transmission module, further configured to transmit the synchronization signal and the broadcast channel in the determined time unit on a same antenna port.
Method for detecting a change in the relative yaw angle on a stereo video system for a vehicle , wherein the stereo video system has a first camera and a second camera that are directed towards a common recording area and are arranged offset to one another by a stereo base , and wherein the change in the relative yaw angle is understood to mean a difference in lateral direction angles of the two cameras , wherein the method comprises the following steps: reading an image pair from the cameras and a further image from the first camera , wherein the image pair comprises a first image from the first camera recorded at a first time and a second image from the second camera recorded at the first time and the further image is recorded at a further time temporally offset from the first time; establishing a stationary surface in the recording area using the image pair , the stereo base and a stereoscopic processing rule, so as to obtain an angle of incline of a surface of the stereo video system as a reference angle, wherein the angle of incline is the angle that is spanned between a plane established by the stereo video system and a reference plane; determining the stationary surface using the first image of the image pair , the further image and a correspondence transformation processing rule, so as to obtain a comparison angle, wherein a correspondence transformation is recorded between the first image and the further image if the stereo video system has moved by a distance between the first time and the further time; and comparing the angle of incline of a surface with the reference angle using a comparison rule, so as to detect the change in the relative yaw angle . reading an image pair from the cameras and a further image from the first camera , wherein the image pair comprises a first image from the first camera recorded at a first time and a second image from the second camera recorded at the first time and the further image is recorded at a further time temporally offset from the first time; establishing a stationary surface in the recording area using the image pair , the stereo base and a stereoscopic processing rule, so as to obtain an angle of incline of a surface of the stereo video system as a reference angle, wherein the angle of incline is the angle that is spanned between a plane established by the stereo video system and a reference plane; determining the stationary surface using the first image of the image pair , the further image and a correspondence transformation processing rule, so as to obtain a comparison angle, wherein a correspondence transformation is recorded between the first image and the further image if the stereo video system has moved by a distance between the first time and the further time; and comparing the angle of incline of a surface with the reference angle using a comparison rule, so as to detect the change in the relative yaw angle .
A vinyl chloride-based polymer composition comprising: a vinyl chloride-based polymer, and a plasticizer, wherein the vinyl chloride-based polymer includes a saponified higher fatty acid having 10 to 18 carbon atoms in an amount of more than 0.05 parts by weight and less than 2.0 parts by weight, based on 100 parts by weight of the vinyl chloride-based polymer; wherein the higher fatty acid is at least one selected from the group consisting of castor oil fatty acid, dehydrated castor oil fatty acid, hardened castor oil fatty acid, sebacic acid, and undecylenic acid; wherein the vinyl chloride-based polymer composition has a Bingham yield stress under an external force increasing condition of more than 111 Pa and less than 385 Pa, a Bingham yield stress under an external force decreasing condition of more than 97 Pa and less than 362 Pa, and a difference in Bingham yield stress value between the external force increasing condition and the external force decreasing condition of more than 0 Pa and 35 Pa or less; wherein the Bingham yield stress under an external force increasing condition is measured after the external force is increased at a shear rate of from 10/s to 500/s over time for 180 seconds, and the Bingham yield stress under an external force decreasing condition is measured after the external force is decreased at a shear rate of from 500/s to 10/s over time for 180 seconds, a vinyl chloride-based polymer, and a plasticizer, wherein the vinyl chloride-based polymer includes a saponified higher fatty acid having 10 to 18 carbon atoms in an amount of more than 0.05 parts by weight and less than 2.0 parts by weight, based on 100 parts by weight of the vinyl chloride-based polymer; wherein the higher fatty acid is at least one selected from the group consisting of castor oil fatty acid, dehydrated castor oil fatty acid, hardened castor oil fatty acid, sebacic acid, and undecylenic acid; wherein the vinyl chloride-based polymer composition has a Bingham yield stress under an external force increasing condition of more than 111 Pa and less than 385 Pa, a Bingham yield stress under an external force decreasing condition of more than 97 Pa and less than 362 Pa, and a difference in Bingham yield stress value between the external force increasing condition and the external force decreasing condition of more than 0 Pa and 35 Pa or less; wherein the Bingham yield stress under an external force increasing condition is measured after the external force is increased at a shear rate of from 10/s to 500/s over time for 180 seconds, and the Bingham yield stress under an external force decreasing condition is measured after the external force is decreased at a shear rate of from 500/s to 10/s over time for 180 seconds,
A waveguide assembly for guiding sound, the waveguide assembly including: a chassis that provides a cavity configured to receive sound propagating in a forwards direction along a primary axis of the waveguide assembly ; a fixed waveguide that is fixed with respect to the chassis and positioned on the primary axis of the waveguide assembly , wherein the fixed waveguide is spaced apart from the chassis and is configured to guide sound received by the cavity through at least one opening formed between the fixed waveguide and the chassis ; a moveable waveguide that is moveable with respect to the chassis between: a standby position in which the moveable waveguide is configured to obstruct the at least one opening and, together with the fixed waveguide , form a forward-facing surface of the waveguide assembly ; an operational position in which the moveable waveguide is configured to allow sound to exit the cavity through the at least one opening ; wherein the moveable waveguide is configured to be moved from the standby position to the operational position by retracting at least a part of the moveable waveguide in a rearwards direction along the primary axis of the waveguide assembly , wherein the rearwards direction is opposite to the forwards direction. a chassis that provides a cavity configured to receive sound propagating in a forwards direction along a primary axis of the waveguide assembly ; a fixed waveguide that is fixed with respect to the chassis and positioned on the primary axis of the waveguide assembly , wherein the fixed waveguide is spaced apart from the chassis and is configured to guide sound received by the cavity through at least one opening formed between the fixed waveguide and the chassis ; a moveable waveguide that is moveable with respect to the chassis between: a standby position in which the moveable waveguide is configured to obstruct the at least one opening and, together with the fixed waveguide , form a forward-facing surface of the waveguide assembly ; an operational position in which the moveable waveguide is configured to allow sound to exit the cavity through the at least one opening ; a standby position in which the moveable waveguide is configured to obstruct the at least one opening and, together with the fixed waveguide , form a forward-facing surface of the waveguide assembly ; an operational position in which the moveable waveguide is configured to allow sound to exit the cavity through the at least one opening ; wherein the moveable waveguide is configured to be moved from the standby position to the operational position by retracting at least a part of the moveable waveguide in a rearwards direction along the primary axis of the waveguide assembly , wherein the rearwards direction is opposite to the forwards direction.
A method for subsequently changing a decorative surface that is ready for use, comprising the following steps: - providing a composite board with a decorative layer that is ready for use and which comprises a first colored decoration and a protective layer having a structured surface, according to which - a second colored decoration is applied to the protective layer and is unevenly distributed, wherein - the structured surface has elevations and recesses and the second colored decoration is arranged in the region of the elevations and the recesses, wherein - a larger quantity of the particles producing the second colored decoration is arranged in the region of the elevations and in the region of the recesses compared with a central plane. - providing a composite board with a decorative layer that is ready for use and which comprises a first colored decoration and a protective layer having a structured surface, according to which - a second colored decoration is applied to the protective layer and is unevenly distributed, wherein - the structured surface has elevations and recesses and the second colored decoration is arranged in the region of the elevations and the recesses, wherein - a larger quantity of the particles producing the second colored decoration is arranged in the region of the elevations and in the region of the recesses compared with a central plane.
Sensor for contactless detection of interrupted conductors in a three-phase electrical overhead line, comprising a measurement unit , a logic unit , a communication module , a signalling module and a battery , characterised by the fact that at least one first electrode and at least one further electrode are connected to the measurement unit through corresponding connecting cables and that the electrodes are placed at two points in the vicinity of the electrical overhead line; that the observed parameters, on the basis of which the sensor is configured to determine the interruption and the type of interruption, include phase angle (Δφ) between sinusoids of the electrical potential on the electrodes as well as electrical potential amplitudes (V 4 , V 5 ) at observed points; wherein, in symmetry, phase angle (Δφ) and amplitudes (V 4 , V 5 ) have certain reference values (Δφ REF , V REF ); and, in case of one interrupted conductor the phase angle (Δφ) is reduced, whereas amplitudes (V 4 , V 5 ) increase; and in case of two interrupted conductors (10 and 11, 10 and 12, 11 and 12), the phase angle (Δφ) between sinusoids of electrical potential on both electrodes is approximately zero, whereas amplitudes (V 4 , V 5 ) further increase if a three-phase transformer is connected to the electrical overhead line after the sensor or are even slightly reduced if sensor is positioned at the end of an open electrical overhead line.