mhurhangee/patent-ind-claim-en huggingface dataset:
A communication system comprising a first terminal and a second terminal capable of connecting to each other by a video telephone call connection, the first terminal comprising: a communication unit configured to communicate the video telephone call ; and a controller configured to: receive a command based on the H.245 protocol from the second terminal during the video telephone call ; reconfigure multi-media data for the video telephone call to be transmitted to the second terminal according to the received command , wherein the multi-media data includes video data from a camera operative coupled to the first terminal or audio data from a microphone operatively coupled to the first terminal ; and transmit the reconfigured multi-media data to the second terminal , wherein the reconfiguration of the multi-media data includes at least one of a video brightness adjustment, a video zoom-in/out, and an audio mute; and wherein the command is input, at the second terminal , as a string which is typed by a user of the second terminal . a communication unit configured to communicate the video telephone call ; and a controller configured to: receive a command based on the H.245 protocol from the second terminal during the video telephone call ; reconfigure multi-media data for the video telephone call to be transmitted to the second terminal according to the received command , wherein the multi-media data includes video data from a camera operative coupled to the first terminal or audio data from a microphone operatively coupled to the first terminal ; and transmit the reconfigured multi-media data to the second terminal , receive a command based on the H.245 protocol from the second terminal during the video telephone call ; reconfigure multi-media data for the video telephone call to be transmitted to the second terminal according to the received command , wherein the multi-media data includes video data from a camera operative coupled to the first terminal or audio data from a microphone operatively coupled to the first terminal ; and transmit the reconfigured multi-media data to the second terminal , wherein the reconfiguration of the multi-media data includes at least one of a video brightness adjustment, a video zoom-in/out, and an audio mute; and wherein the command is input, at the second terminal , as a string which is typed by a user of the second terminal .
Method for assigning wheel-mounted tire pressure monitoring devices to wheel positions of a motor vehicle , a central unit being arranged on the motor vehicle and having at least one receiving unit, and a tire pressure monitoring device being arranged on each wheel of a plurality of wheels of the motor vehicle respectively, each of the tire pressure monitoring devices having at least one position sensor for determining rotational angle information and a transmitting device for radio signals and a unique, stored identification identifier, comprising the steps of: repeatedly transmitting the identification identifier from the tire pressure control devices by means of the respectively associated transmitting device together with at least one rotational angle information of the respectively associated position sensor, wherein a plurality of signals are transmitted from the tire pressure control devices at a plurality of different rotational angle positions with respectively associated rotational angle information to the receiving device, wherein this transmission takes place over a plurality of revolutions of the wheel, receiving the identification identifiers and the associated rotation angle information in the central processing unit , a reception level being detected and stored in the central processing unit in each case, comparing the received rotation angle information and the associated detected reception levels for each identification identifier with stored comparison data, the comparison data for each wheel position including characteristic value assignments between rotation angle information and comparison reception levels, and associating each of the identification identifiers with a wheel position in response to the comparison. repeatedly transmitting the identification identifier from the tire pressure control devices by means of the respectively associated transmitting device together with at least one rotational angle information of the respectively associated position sensor, wherein a plurality of signals are transmitted from the tire pressure control devices at a plurality of different rotational angle positions with respectively associated rotational angle information to the receiving device, wherein this transmission takes place over a plurality of revolutions of the wheel, receiving the identification identifiers and the associated rotation angle information in the central processing unit , a reception level being detected and stored in the central processing unit in each case, comparing the received rotation angle information and the associated detected reception levels for each identification identifier with stored comparison data, the comparison data for each wheel position including characteristic value assignments between rotation angle information and comparison reception levels, and associating each of the identification identifiers with a wheel position in response to the comparison.
A method for estimating the value of a characteristic of a detected signal pulse, comprising the steps of: digitizing the signal pulse using an analog-to-digital converter 'ADC' having regular sampling intervals; subtracting a baseline from the digitized pulse; said method being characterized in the steps of: obtaining sample values of the digitized pulse from regions where it changes as its arrival time offset changes, wherein the arrival time offset φ is a measure of the offset between the pulse and the regular sampling intervals of the ADC; creating one or more ratios of the obtained values; and using the ratio or ratios as variables in a reference calibration table or equation to generate the estimated value of the characteristic. digitizing the signal pulse using an analog-to-digital converter 'ADC' having regular sampling intervals; subtracting a baseline from the digitized pulse; said method being characterized in the steps of: obtaining sample values of the digitized pulse from regions where it changes as its arrival time offset changes, wherein the arrival time offset φ is a measure of the offset between the pulse and the regular sampling intervals of the ADC; creating one or more ratios of the obtained values; and using the ratio or ratios as variables in a reference calibration table or equation to generate the estimated value of the characteristic. obtaining sample values of the digitized pulse from regions where it changes as its arrival time offset changes, wherein the arrival time offset φ is a measure of the offset between the pulse and the regular sampling intervals of the ADC; creating one or more ratios of the obtained values; and using the ratio or ratios as variables in a reference calibration table or equation to generate the estimated value of the characteristic.
Method of manufacturing a product including at least two carbon parts , the method comprising the step of: - manufacturing a first carbon part including a plurality of carbon fibers and a resin, - manufacturing at least a second carbon part including a plurality of carbon fibers and a resin, - one of the first carbon part or second carbon part including a surface over which a plurality of protrusions including a carbon resin are deposited or injected, the plurality of protrusions comprising dots and/or at least one strip , wherein the dots are distributed according to a rectangular pattern including columns and rows, - joining together the first carbon part and the second carbon part in such a way that the plurality of protrusions is interposed between the first carbon part and the second carbon part for providing physical and electrical connection. - manufacturing a first carbon part including a plurality of carbon fibers and a resin, - manufacturing at least a second carbon part including a plurality of carbon fibers and a resin, - one of the first carbon part or second carbon part including a surface over which a plurality of protrusions including a carbon resin are deposited or injected, the plurality of protrusions comprising dots and/or at least one strip , wherein the dots are distributed according to a rectangular pattern including columns and rows, - joining together the first carbon part and the second carbon part in such a way that the plurality of protrusions is interposed between the first carbon part and the second carbon part for providing physical and electrical connection.
A method for reading tire data stored on a tire pressure monitoring unit, wherein the tire pressure monitoring unit is triggered by the receipt of a wireless request signal (C) to transmit the stored tire data, characterized in that the tire data are transmitted as a sequence of a plurality of data strings (D1, D2, D3, D4), which respectively contain a portion of the tire data, wherein each data string of the sequence contains a characteristic identifier of the tire pressure monitoring unit and at least one check bit.
A method of fabricating a customized patient-specific bone cutting block, the method comprising: determining , based on one or more medical images of the patient's bony anatomy, a cartilage thickness value indicative of the average thickness of the cartilage present on a relevant end of a patient's bone, determining , based on one or more medical images of the patient's bony anatomy, a reference contour corresponding to a surface contour of the relevant end of a three-dimensional image of the patient's bone, generating a scaled reference contour by scaling the reference contour based on the cartilage thickness value, and establishing a customized patient-specific negative contour on a bone cutting block blank based on the scaled reference contour. determining , based on one or more medical images of the patient's bony anatomy, a cartilage thickness value indicative of the average thickness of the cartilage present on a relevant end of a patient's bone, determining , based on one or more medical images of the patient's bony anatomy, a reference contour corresponding to a surface contour of the relevant end of a three-dimensional image of the patient's bone, generating a scaled reference contour by scaling the reference contour based on the cartilage thickness value, and establishing a customized patient-specific negative contour on a bone cutting block blank based on the scaled reference contour.
A method for manufacture of an airfoil according to claim 7, the method comprises the step of: - providing a forming tool ; - providing a skin lay-up onto the forming tool ; - positioning a stringer lay-up and a rib foot lay-up to the skin lay-up for forming an integral lay-up ; - co-curing the integral lay-up ; and - mounting the coupling member to the stringer and the rib foot , wherein two coupling members being mounted to one rib foot in such a way that the rib foot is rigidly held between two adjacent stringers . - providing a forming tool ; - providing a skin lay-up onto the forming tool ; - positioning a stringer lay-up and a rib foot lay-up to the skin lay-up for forming an integral lay-up ; - co-curing the integral lay-up ; and - mounting the coupling member to the stringer and the rib foot , wherein two coupling members being mounted to one rib foot in such a way that the rib foot is rigidly held between two adjacent stringers .
A cooking appliance , comprising: a main body having a cooking chamber ; and a door configured to open or close the cooking chamber , the door including: a door frame having an opening , a shielding member , disposed at the door frame , configured to cover the opening of the door frame , and having a plurality of conductive wires crossing each other and a heat-resistant coating, and a fixing member , coupled with the door frame , and having an opening , and the shielding member disposed in between the door frame and the fixing member , wherein the door further includes a screen formed of a transparent material and disposed on one side of the shielding member , characterized in that , the opening of the fixing member corresponds to the opening of the door frame , and the fixing member is disposed in between the screen and the shielding member , and wherein the door frame includes a conductive flange formed around the opening and contacting the shielding member , and the screen is spaced by a predetermined distance (C) from the shielding member . a main body having a cooking chamber ; and a door configured to open or close the cooking chamber , the door including: a door frame having an opening , a shielding member , disposed at the door frame , configured to cover the opening of the door frame , and having a plurality of conductive wires crossing each other and a heat-resistant coating, and a fixing member , coupled with the door frame , and having an opening , and the shielding member disposed in between the door frame and the fixing member , wherein the door further includes a screen formed of a transparent material and disposed on one side of the shielding member , characterized in that , the opening of the fixing member corresponds to the opening of the door frame , and the fixing member is disposed in between the screen and the shielding member , and wherein the door frame includes a conductive flange formed around the opening and contacting the shielding member , and the screen is spaced by a predetermined distance (C) from the shielding member . a door frame having an opening , a shielding member , disposed at the door frame , configured to cover the opening of the door frame , and having a plurality of conductive wires crossing each other and a heat-resistant coating, and a fixing member , coupled with the door frame , and having an opening , and the shielding member disposed in between the door frame and the fixing member , wherein the door further includes a screen formed of a transparent material and disposed on one side of the shielding member , characterized in that , the opening of the fixing member corresponds to the opening of the door frame , and the fixing member is disposed in between the screen and the shielding member , and wherein the door frame includes a conductive flange formed around the opening and contacting the shielding member , and the screen is spaced by a predetermined distance (C) from the shielding member .
A zoom lens system comprising:- a negative first lens group (G1) and a positive second lens group (G2) in that order from the object side; wherein during zooming from the short focal length extremity to the long focal length extremity, the distance between said first lens group and said second lens group decreases; wherein said second lens group (G2) comprises a positive first sub-lens group (G2A), an aperture diaphragm (S), and a positive second sub-lens group (G2B) in that order from the object side; wherein said first sub-lens group (G2A) comprises one or two positive lens elements , and a cemented lens having a positive lens element and a negative lens element ; characterised in that said second sub-lens group (G2B) is consisting of one or two positive lens elements (25, 26' 27), and one negative lens element which are uncemented and satisfy the following condition:- 0.65 < f 2 A / f 2 B < 1.0 wherein f2A designates the focal length of said first sub-lens group (G2A), and f2B designates the focal length of said second sub-lens group (G2B). a negative first lens group (G1) and a positive second lens group (G2) in that order from the object side; wherein during zooming from the short focal length extremity to the long focal length extremity, the distance between said first lens group and said second lens group decreases; wherein said second lens group (G2) comprises a positive first sub-lens group (G2A), an aperture diaphragm (S), and a positive second sub-lens group (G2B) in that order from the object side; wherein said first sub-lens group (G2A) comprises one or two positive lens elements , and a cemented lens having a positive lens element and a negative lens element ; characterised in that said second sub-lens group (G2B) is consisting of one or two positive lens elements (25, 26' 27), and one negative lens element which are uncemented and satisfy the following condition:- 0.65 < f 2 A / f 2 B < 1.0 wherein f2A designates the focal length of said first sub-lens group (G2A), and f2B designates the focal length of said second sub-lens group (G2B). wherein f2A designates the focal length of said first sub-lens group (G2A), and f2B designates the focal length of said second sub-lens group (G2B).
A method for measuring the weight of a sample silane-containing passivation coating composition on a substrate comprising the steps of: (i) applying a silane-containing passivation coating composition on a substrate to obtain a sample silane-containing passivation coating composition, characterized in that the method further comprises the steps of: (ii) measuring a Fourier Transform Infrared energy spectrum of the sample silane-containing passivation coating composition; (iii) obtaining a calibration standard using a Fourier Transform Infrared energy spectrum of more than one calibration samples having a predetermined weight of the silane-containing passivation coating composition on the substrate; and, (iv) comparing the Fourier Transform Infrared energy spectrum with the calibration standard to result in a measurement of the weight of the sample silane-containing passivation coating composition on the substrate. (i) applying a silane-containing passivation coating composition on a substrate to obtain a sample silane-containing passivation coating composition, characterized in that the method further comprises the steps of: (ii) measuring a Fourier Transform Infrared energy spectrum of the sample silane-containing passivation coating composition; (iii) obtaining a calibration standard using a Fourier Transform Infrared energy spectrum of more than one calibration samples having a predetermined weight of the silane-containing passivation coating composition on the substrate; and, (iv) comparing the Fourier Transform Infrared energy spectrum with the calibration standard to result in a measurement of the weight of the sample silane-containing passivation coating composition on the substrate.
Medium-voltage load-disconnecting switch having - two contacts which are mounted so as to be movable in relation to one another, wherein a first one of the contacts is a pin contact and the second one of the contacts is a hollow contact with a contact bore for accommodating the pin contact , - a hollow-contact system which comprises the hollow contact and a compression volume , - an arcing chamber , - a plunger which is mounted so as to be movable in relation to the hollow-contact system , wherein - the contact bore opens out into the arcing chamber at a first side and is connected to the compression volume at a second side , - the compression volume is delimited by the plunger at a side which faces away from the contact bore , - the plunger , during an opening movement of the contacts , performs a translational movement in relation to the hollow-contact system and brings about a reduction in size of the compression volume , characterized by an insulating-material nozzle which surrounds at least one of the contacts and comprises a self-blast volume for accommodating an insulating gas, wherein the self-blast volume has an opening to the arcing chamber . - two contacts which are mounted so as to be movable in relation to one another, wherein a first one of the contacts is a pin contact and the second one of the contacts is a hollow contact with a contact bore for accommodating the pin contact , - a hollow-contact system which comprises the hollow contact and a compression volume , - an arcing chamber , - a plunger which is mounted so as to be movable in relation to the hollow-contact system , - the contact bore opens out into the arcing chamber at a first side and is connected to the compression volume at a second side , - the compression volume is delimited by the plunger at a side which faces away from the contact bore , - the plunger , during an opening movement of the contacts , performs a translational movement in relation to the hollow-contact system and brings about a reduction in size of the compression volume ,
A fifth-wheel coupling arrangement , comprising at least one wear sensor , preferably a plurality of wear sensors , a fifth-wheel coupling plate , a lock claw mounted indirectly and/or directly on the fifth-wheel coupling plate so as to be movable in a first closing direction (SR1), a locking mechanism , in particular with a stop , which is mounted indirectly and/or directly on the fifth-wheel coupling plate so as to be movable in a second closing direction (SR2), wherein the fifth-wheel coupling plate has an insertion opening for a king pin, wherein the lock claw indirectly and/or directly positively prevents the king pin from moving out of the insertion opening in a closed state of the fifth-wheel coupling arrangement and allows the king pin to move out of the insertion opening in an open state of the fifth-wheel coupling arrangement , wherein the wear sensor is designed to monitor a wear parameter of the fifth-wheel coupling arrangement , and wherein the wear sensor has a data output, in particular a cable, characterized in that at least one wear sensor is designed to determine and/or monitor a material thickness of the fifth-wheel coupling plate , in particular in the region of a trailer surface . at least one wear sensor , preferably a plurality of wear sensors , a fifth-wheel coupling plate , a lock claw mounted indirectly and/or directly on the fifth-wheel coupling plate so as to be movable in a first closing direction (SR1), a locking mechanism , in particular with a stop , which is mounted indirectly and/or directly on the fifth-wheel coupling plate so as to be movable in a second closing direction (SR2), wherein the fifth-wheel coupling plate has an insertion opening for a king pin, wherein the lock claw indirectly and/or directly positively prevents the king pin from moving out of the insertion opening in a closed state of the fifth-wheel coupling arrangement and allows the king pin to move out of the insertion opening in an open state of the fifth-wheel coupling arrangement , wherein the wear sensor is designed to monitor a wear parameter of the fifth-wheel coupling arrangement , and wherein the wear sensor has a data output, in particular a cable, characterized in that at least one wear sensor is designed to determine and/or monitor a material thickness of the fifth-wheel coupling plate , in particular in the region of a trailer surface .