mhurhangee/patent-ind-claim-en huggingface dataset:
An optical line terminal, OLT, controller comprising: - a first communications interface over which the OLT controller interacts with an OLT; - a second communications interface that enables the OLT controller to interact with multiple optical network units, ONUs; and - one or more processors that configure a control plane of the OLT and the multiple ONUs by performing operations comprising: - assigning, in two or more physical ports of the OLT, a bonded Next-Generation Passive Optical Network 2, NG-PON2, encapsulation method, XGEM, frame, bXGEM, to a first optical network unit, ONU, from among multiple ONUs that are connected to the OLT; - assigning, to each of multiple access node interfaces, ANIs, in the first ONU, a bonded Transmission Container, bT-CONT; - associating, using a bonded group list, BGL, the bXGEM that is assigned to the first ONU with multiple different bT-CONTs of the first ONU; and - wherein the BGL association of the bXGEM with the multiple different bT-CONTs configures the first ONU to transmit data packets to the OLT over the bXGEM using multiple different wavelengths corresponding to the multiple different bT-CONTs. - a first communications interface over which the OLT controller interacts with an OLT; - a second communications interface that enables the OLT controller to interact with multiple optical network units, ONUs; and - one or more processors that configure a control plane of the OLT and the multiple ONUs by performing operations comprising: - assigning, in two or more physical ports of the OLT, a bonded Next-Generation Passive Optical Network 2, NG-PON2, encapsulation method, XGEM, frame, bXGEM, to a first optical network unit, ONU, from among multiple ONUs that are connected to the OLT; - assigning, to each of multiple access node interfaces, ANIs, in the first ONU, a bonded Transmission Container, bT-CONT; - associating, using a bonded group list, BGL, the bXGEM that is assigned to the first ONU with multiple different bT-CONTs of the first ONU; and - wherein the BGL association of the bXGEM with the multiple different bT-CONTs configures the first ONU to transmit data packets to the OLT over the bXGEM using multiple different wavelengths corresponding to the multiple different bT-CONTs.
A flap system for an aircraft , comprising: a wing structure having a skin section with an aerodynamic outer surface ; a trailing-edge unit comprising at least one trailing-edge movable which is movable between a retracted position and an extended position ; an attachment unit for movably coupling the at least one trailing-edge movable to the wing structure ; wherein the attachment unit comprises an attachment mechanism and a cover element which at least partly encloses the attachment mechanism ; wherein the attachment unit comprises a drive element which is configured to move the cover element along the aerodynamic outer surface of the skin section between a first position and a second position ; characterized in that the movement of the cover element along the aerodynamic outer surface of the skin section between the first position and the second position is defined by a translational movement of the cover element relative to the skin section between the first position and the second position . a wing structure having a skin section with an aerodynamic outer surface ; a trailing-edge unit comprising at least one trailing-edge movable which is movable between a retracted position and an extended position ; an attachment unit for movably coupling the at least one trailing-edge movable to the wing structure ; wherein the attachment unit comprises an attachment mechanism and a cover element which at least partly encloses the attachment mechanism ; wherein the attachment unit comprises a drive element which is configured to move the cover element along the aerodynamic outer surface of the skin section between a first position and a second position ; characterized in that the movement of the cover element along the aerodynamic outer surface of the skin section between the first position and the second position is defined by a translational movement of the cover element relative to the skin section between the first position and the second position .
An attachable lighting control apparatus , comprising: one or more touch pads ; a placement sensor to detect that the attachable lighting control apparatus is secured to a surface ; a microcontroller configured to generate, based on touch input received at the one or more touch pads, a lighting instruction to cause a light source to emit light having one or more lighting properties; and a communication interface configured to wirelessly transmit the lighting instruction to the light source, characterised in that the microcontroller is further configured to transition the attachable lighting control apparatus from a first state in which the apparatus consumes a first amount of power to a second state in which the apparatus consumes a second amount of power that is greater than the first amount of power, in response to detection by the placement sensor that the apparatus is secured to a surface, wherein the attachable lighting control apparatus further comprises a commissioning module for commissioning the attachable lighting control apparatus to control the light source in response to the detection that the attachable lighting control apparatus has been secured to the surface. one or more touch pads ; a placement sensor to detect that the attachable lighting control apparatus is secured to a surface ; a microcontroller configured to generate, based on touch input received at the one or more touch pads, a lighting instruction to cause a light source to emit light having one or more lighting properties; and a communication interface configured to wirelessly transmit the lighting instruction to the light source, characterised in that the microcontroller is further configured to transition the attachable lighting control apparatus from a first state in which the apparatus consumes a first amount of power to a second state in which the apparatus consumes a second amount of power that is greater than the first amount of power, in response to detection by the placement sensor that the apparatus is secured to a surface, wherein the attachable lighting control apparatus further comprises a commissioning module for commissioning the attachable lighting control apparatus to control the light source in response to the detection that the attachable lighting control apparatus has been secured to the surface.
A transmission device comprising: a transmission unit that transmits a container of a predetermined format, the container including a video stream including video data and a subtitle stream including text information of a subtitle, the text information including subtitle display position information for specifying a subtitle display position as a relative position with respect to a subtitle display range, wherein the subtitle display range is an area set in a display video area for displaying the subtitle, and the display video area is a video area displayed on a monitor on a reception side; and an information insertion unit that inserts, into a container of the subtitle stream, auxiliary information to be used when the subtitle is displayed by using the subtitle display position information, wherein the auxiliary information includes information for determining the subtitle display range. a transmission unit that transmits a container of a predetermined format, the container including a video stream including video data and a subtitle stream including text information of a subtitle, the text information including subtitle display position information for specifying a subtitle display position as a relative position with respect to a subtitle display range, wherein the subtitle display range is an area set in a display video area for displaying the subtitle, and the display video area is a video area displayed on a monitor on a reception side; and an information insertion unit that inserts, into a container of the subtitle stream, auxiliary information to be used when the subtitle is displayed by using the subtitle display position information, wherein the auxiliary information includes information for determining the subtitle display range.
A method for 3-D cephalometric analysis, the method executed at least in part by a computer, comprising: acquiring (S102) reconstructed volume image data from a computed tomographic scan of a patient's head; simultaneously displaying (S106, S200) the acquired volume image data from at least a first 2-D view and a second 2-D view; for each of a plurality of anatomical features of the head sequentially: (i) displaying a prompt to the operator to indicate a specific landmark or anatomical feature on any of the displayed 2-D views; (ii) accessing an operator instruction that positions a reference mark corresponding to the feature on either the first or the second displayed 2-D view; (iii) automatically labeling said specific reference mark; (iv) displaying the labeled reference mark on each of the at least first and second displayed 2-D views; displaying (S240, S250), in at least the first and second displayed 2-D views, one or more connecting lines between two or more of the positioned reference marks; deriving at least one cephalometric parameter according to the plurality of the labeled positioned reference marks; and displaying, storing, or transmitting (S116, S250) the at least one derived cephalometric parameter. acquiring (S102) reconstructed volume image data from a computed tomographic scan of a patient's head; simultaneously displaying (S106, S200) the acquired volume image data from at least a first 2-D view and a second 2-D view; for each of a plurality of anatomical features of the head sequentially: (i) displaying a prompt to the operator to indicate a specific landmark or anatomical feature on any of the displayed 2-D views; (ii) accessing an operator instruction that positions a reference mark corresponding to the feature on either the first or the second displayed 2-D view; (iii) automatically labeling said specific reference mark; (iv) displaying the labeled reference mark on each of the at least first and second displayed 2-D views; (i) displaying a prompt to the operator to indicate a specific landmark or anatomical feature on any of the displayed 2-D views; (ii) accessing an operator instruction that positions a reference mark corresponding to the feature on either the first or the second displayed 2-D view; (iii) automatically labeling said specific reference mark; (iv) displaying the labeled reference mark on each of the at least first and second displayed 2-D views; displaying (S240, S250), in at least the first and second displayed 2-D views, one or more connecting lines between two or more of the positioned reference marks; deriving at least one cephalometric parameter according to the plurality of the labeled positioned reference marks; and displaying, storing, or transmitting (S116, S250) the at least one derived cephalometric parameter.
Method for acting on a motor vehicle door for the purpose of braking, in particular for collision avoidance, according to which at least one sensor , a locking device and a control unit are assigned to the motor vehicle door , and the control unit controls the locking device depending on signals from the sensor for locking the motor vehicle door in place, the locking device acting on the motor vehicle door taking into account a start of a braking operation that is specified by the control unit and with a variable braking torque, the control unit evaluating signals from at least two sensors , specifically a surroundings sensor and a door sensor , characterized in that further signals from a vehicle position sensor or a wind sensor are evaluated by the control unit and used to control the locking device , the variable braking torque generated by the locking device being dependent on signals from the other sensors .
A method for wireless communication at a network node, the method comprising: transmitting , to a plurality of UEs, a set of one or more network encoded packets representing a set of two or more packets identified for broadcast to the plurality of UEs, wherein the method is characterised by receiving feedback from each of one or more of the plurality of UEs, the feedback indicating, as respective subsets of the set of one or more network encoded packets, one or more successfully received network encoded packets of the set of one or more network encoded packets at each of the one or more UEs; determining , based at least in part on the feedback indicative of the one or more successfully received network encoded packets, a subset of the set of one or more network encoded packets that was successfully received for each of the one or more of the plurality of UEs providing the feedback; generating , based at least in part on the feedback, an updated set of one or more network encoded packets based at least in part on the set of one or more packets, wherein the updated set of one or more network encoded packets excludes the subset of the set of one or more network encoded packets that was successfully received; and transmitting the updated set of one or more network encoded packets to the plurality of UEs. transmitting , to a plurality of UEs, a set of one or more network encoded packets representing a set of two or more packets identified for broadcast to the plurality of UEs, wherein the method is characterised by receiving feedback from each of one or more of the plurality of UEs, the feedback indicating, as respective subsets of the set of one or more network encoded packets, one or more successfully received network encoded packets of the set of one or more network encoded packets at each of the one or more UEs; determining , based at least in part on the feedback indicative of the one or more successfully received network encoded packets, a subset of the set of one or more network encoded packets that was successfully received for each of the one or more of the plurality of UEs providing the feedback; generating , based at least in part on the feedback, an updated set of one or more network encoded packets based at least in part on the set of one or more packets, wherein the updated set of one or more network encoded packets excludes the subset of the set of one or more network encoded packets that was successfully received; and transmitting the updated set of one or more network encoded packets to the plurality of UEs.
Permeation-inhibiting release coatings obtainable by curing a composition comprising components (I), (II) and optionally (III) (I) 20 to 90% by weight, based on the sum total of components (I), (II) and (III) of the composition, comprises silicon-free hydrocarbons which consist of the elements carbon, hydrogen and oxygen and which have at least one ethylenically unsaturated free-radically polymerizable group and have no oxyethylene groups, wherein component (I) has a hydrocarbon to an extent of at least 80 up to 100% by weight, based on the total mass of component (I), having two or more ethylenically unsaturated free-radically polymerizable groups and at least one aromatic group; (II) 10 to 90% by weight, based on the sum total of components (I), (II) and (III) of the composition, of one or more organomodified silicones having 50 to 500 silicon atoms, wherein 0.4 to 10% of the silicon atoms ethylenically unsaturated free-radically polymerizable groups, and it being possible for one silicon atom to bear one, two or three such groups; (III) 0 to 70% by weight, based on the sum total of components (I), (II) and (III) of the composition, of one or more organomodified silicones having 4 to 40 silicon atoms, wherein 15 to 100% of the silicon atoms have ethylenically unsaturated free-radically polymerizable groups; and optionally further additives; wherein the release coating has a permeation barrier against butyl acetate, wherein the permeation barrier is determined as described in the description and the delta-L* value determined thereby is from 1 to 20. (I) 20 to 90% by weight, based on the sum total of components (I), (II) and (III) of the composition, comprises silicon-free hydrocarbons which consist of the elements carbon, hydrogen and oxygen and which have at least one ethylenically unsaturated free-radically polymerizable group and have no oxyethylene groups, wherein component (I) has a hydrocarbon to an extent of at least 80 up to 100% by weight, based on the total mass of component (I), having two or more ethylenically unsaturated free-radically polymerizable groups and at least one aromatic group; (II) 10 to 90% by weight, based on the sum total of components (I), (II) and (III) of the composition, of one or more organomodified silicones having 50 to 500 silicon atoms, wherein 0.4 to 10% of the silicon atoms ethylenically unsaturated free-radically polymerizable groups, and it being possible for one silicon atom to bear one, two or three such groups; (III) 0 to 70% by weight, based on the sum total of components (I), (II) and (III) of the composition, of one or more organomodified silicones having 4 to 40 silicon atoms, wherein 15 to 100% of the silicon atoms have ethylenically unsaturated free-radically polymerizable groups;
An injector for injecting moldable liquid comprising: a barrel ; a feed screw concentrically located in the barrel ; and a motor having a drive shaft removably coupled to the feed screw via a bayonet connector ;injector characterized in that the bayonet connector includes a receiver , and an insert including a first end , and a second end distal from the first end , the first end removably coupled to and housed in the receiver , the second end coupled to the feed screw , the drive shaft including a hollow portion having a non-round cross-section, the receiver shaped for a snug fit and housed in the hollow portion such that rotating the drive shaft about an axis of the drive shaft rotates the receiver . a barrel ; a feed screw concentrically located in the barrel ; and a motor having a drive shaft removably coupled to the feed screw via a bayonet connector ;injector characterized in that the bayonet connector includes a receiver , and an insert including a first end , and a second end distal from the first end , the first end removably coupled to and housed in the receiver , the second end coupled to the feed screw , the drive shaft including a hollow portion having a non-round cross-section, the receiver shaped for a snug fit and housed in the hollow portion such that rotating the drive shaft about an axis of the drive shaft rotates the receiver .
A machine for preparing beverages comprising a front wall , a rest base for containers positioned in front of said front wall and a temperature detection probe immersible in a comestible liquid contained in a container positioned on said rest base , said front wall having a beverage dispenser and a steam dispenser positioned above said rest base for containers , wherein said front wall supports a first antenna and said temperature detection probe comprises a second antenna interacting with said first antenna for wireless transmission of the detected temperature of the liquid in the container, said temperature detection probe comprising a longitudinal body which incorporates a temperature sensor , a microprocessor and a passive transponder including said second antenna , said longitudinal body having magnetic or mechanical support means for supporting said temperature detection probe engageable with said front wall , said support means disengageably hooking manually to said front wall , said support means being configured to position said second antenna outside said container and facing said first antenna when said_temperature detection probe is in use.
A method of encrypting a message using a Paillier ciyptosystem, comprising: - computing a ciphertext c based upon the message m , a public key pk = { N , H _identifier}, and r, where N is the product of two distinct primes p and q, r is randomly chosen such that r ∈ [1, N ), and H _identifier is a hash identifier of a hash function H , and wherein c = (1 + mN ) r N mod N 2 ; - computing a first verification value U = G ( u N mod N ) based upon u , where u is randomly chosen such that u ∈ [1, N ), wherein G is a function selected from the identity function and a hash function optionally different from H ; - computing a second verification value s based upon u , r , the ciphertext c, the first verification value U , and the hash function H , wherein s = ur e mod N and wherein e is a hash value selected from H ( c , U ) and H ( c , U , pk ), and - outputting the tuple ( c, U , s ) as the encryption of the message m . - computing a ciphertext c based upon the message m , a public key pk = { N , H _identifier}, and r, where N is the product of two distinct primes p and q, r is randomly chosen such that r ∈ [1, N ), and H _identifier is a hash identifier of a hash function H , and wherein c = (1 + mN ) r N mod N 2 ; - computing a first verification value U = G ( u N mod N ) based upon u , where u is randomly chosen such that u ∈ [1, N ), wherein G is a function selected from the identity function and a hash function optionally different from H ; - computing a second verification value s based upon u , r , the ciphertext c, the first verification value U , and the hash function H , wherein s = ur e mod N and wherein e is a hash value selected from H ( c , U ) and H ( c , U , pk ), and - outputting the tuple ( c, U , s ) as the encryption of the message m .
A sounding reference signal, SRS, transmission method, comprising: receiving (S2001), by a terminal , configuration information of an SRS from a base station ; and sending (S2003), by the terminal , the SRS according to the received configuration information of the SRS, wherein the configuration information comprises timeslot-level configuration information, the timeslot-level configuration information comprising first information about one or two timeslots for the SRS, second information about a number N of consecutive symbols for the SRS in each of the one or two timeslots for the SRS and third information about a starting symbol for the SRS in each of the one or two timeslot for the SRS, wherein the one or two timeslots are included in an SRS subframe and wherein each of the one of two timeslots includes six or seven symbols. receiving (S2001), by a terminal , configuration information of an SRS from a base station ; and sending (S2003), by the terminal , the SRS according to the received configuration information of the SRS, wherein the configuration information comprises timeslot-level configuration information, the timeslot-level configuration information comprising first information about one or two timeslots for the SRS, second information about a number N of consecutive symbols for the SRS in each of the one or two timeslots for the SRS and third information about a starting symbol for the SRS in each of the one or two timeslot for the SRS, wherein the one or two timeslots are included in an SRS subframe and wherein each of the one of two timeslots includes six or seven symbols.