mhurhangee/patent-ind-claim-en huggingface dataset:
A content use system comprising: a content output device configured to output content to be controlled and used; a medium configured to have the content be input from the content output device and to store the content; a reproduction device configured to load the medium and to reproduce the content; and a management server configured to execute control of a recording process of the content to the medium, wherein the content output device configured to output encrypted content and an encryption key to be applied to a process of using encrypted content to the medium, the management server configured to generate a media ID verification value that is a verification value based on a media ID that is an identifier of the medium, and to transmit the media ID verification value to the medium, the medium configured to store the encrypted content, the encryption key, and the media ID verification value in a storage unit, and configured to perform a process of authenticating the reproduction device for reading from the medium and/or writing to the medium, and the reproduction device configured to, if authentication between the medium and the reproduction device is established, load the medium, to calculate a verification value based on the media ID acquired from the medium, and to execute a process of reproducing the encrypted content stored in the medium by data processing to which the encryption key is applied on condition that a matching process between the calculated verification value and the media ID verification value stored in the medium is established. a content output device configured to output content to be controlled and used; a medium configured to have the content be input from the content output device and to store the content; a reproduction device configured to load the medium and to reproduce the content; and a management server configured to execute control of a recording process of the content to the medium, wherein the content output device configured to output encrypted content and an encryption key to be applied to a process of using encrypted content to the medium, the management server configured to generate a media ID verification value that is a verification value based on a media ID that is an identifier of the medium, and to transmit the media ID verification value to the medium, the medium configured to store the encrypted content, the encryption key, and the media ID verification value in a storage unit, and configured to perform a process of authenticating the reproduction device for reading from the medium and/or writing to the medium, and the reproduction device configured to, if authentication between the medium and the reproduction device is established, load the medium, to calculate a verification value based on the media ID acquired from the medium, and to execute a process of reproducing the encrypted content stored in the medium by data processing to which the encryption key is applied on condition that a matching process between the calculated verification value and the media ID verification value stored in the medium is established.
System for assessing the condition of a tyre, the system comprising at least a first and a second individual module for assessing the condition of a tyre, each individual module comprising a housing placed on the ground, this housing containing at least one detection device allowing a parameter of the tyre to be assessed as the tyre passes over the said housing, and data transmission means, the said system further comprising a remote database and a data transmission gateway for the transmission of data between the individual modules and the database, and being characterised in that it comprises means of collaboration between the first and second individual modules.
An alarm information processing apparatus, wherein the apparatus is an element management system, EMS, and comprises: a first receiving unit , configured to receive a first alarm message reported by a virtualized network function manager, VNFM, wherein the first alarm message comprises first alarm association information and a first alarm information set, the first alarm association information comprises a first object identity, the first object identity comprises a virtualized network function, VNF, identity, and the first alarm information set comprises at least one of the following: NFVI alarm information, VM alarm information, or VNFM alarm information; a second receiving unit , configured to receive a second alarm message reported by a VNF, wherein the second alarm message comprises second alarm association information and a second alarm information set, the second alarm association information comprises a second object identity, the second object identity comprises a VNF identity, and the second alarm information set comprises at least one piece of VNF alarm information; and a processing unit , configured to perform, according to the first alarm association information and the second alarm association information, correlation analysis on the first alarm message received by the first receiving unit and the second alarm message received by the second receiving unit. a first receiving unit , configured to receive a first alarm message reported by a virtualized network function manager, VNFM, wherein the first alarm message comprises first alarm association information and a first alarm information set, the first alarm association information comprises a first object identity, the first object identity comprises a virtualized network function, VNF, identity, and the first alarm information set comprises at least one of the following: NFVI alarm information, VM alarm information, or VNFM alarm information; a second receiving unit , configured to receive a second alarm message reported by a VNF, wherein the second alarm message comprises second alarm association information and a second alarm information set, the second alarm association information comprises a second object identity, the second object identity comprises a VNF identity, and the second alarm information set comprises at least one piece of VNF alarm information; and a processing unit , configured to perform, according to the first alarm association information and the second alarm association information, correlation analysis on the first alarm message received by the first receiving unit and the second alarm message received by the second receiving unit.
A feeding device for cattle and small livestock for fixed location use, the feeding device including a feeding table and a loading and closing member , characterized in that the loading and closing member is pivotably attached to the outer portion of the feeding table and the loading and closing member is pivotable between a swung-down first position (A) and a swung-up second position (B) for providing a back wall for the feeding table.
Method for evaluating measured values obtained during the practical driving operation of a vehicle, wherein: - a determination of the time delay between a signal change at the input of a system comprising an internal combustion engine with an exhaust line and a mobile exhaust gas analyzer is carried out by parallel application of two independent methods, - the two resulting indications concerning the time delay are compared with each other and a decision is made depending on this comparison whether a deviation between the two time delays lies within a predetermined tolerance or not, - if the deviation is within the tolerance, the determination of the time delay is considered successful and at least one of the two time delays is further processed, so that measured values determined by the exhaust gas analyzer in knowledge of this time delay can be assigned to those signals of the control and/or regulation of the internal combustion engine which were present at the time when the measured values were determined by the exhaust gas analyzer, - if the deviation is not within the tolerance, determination of the time delay is discarded and a new determination of the time delay is carried out by parallel application of the two independent methods, - in accordance with the first method, determination of the time delay is carried out by means of cross-correlation analysis and in accordance with the second method, determination of the time delay is based on system identification through a determination of the dependence of the output variables of the system on the input variables of the system. - a determination of the time delay between a signal change at the input of a system comprising an internal combustion engine with an exhaust line and a mobile exhaust gas analyzer is carried out by parallel application of two independent methods, - the two resulting indications concerning the time delay are compared with each other and a decision is made depending on this comparison whether a deviation between the two time delays lies within a predetermined tolerance or not, - if the deviation is within the tolerance, the determination of the time delay is considered successful and at least one of the two time delays is further processed, so that measured values determined by the exhaust gas analyzer in knowledge of this time delay can be assigned to those signals of the control and/or regulation of the internal combustion engine which were present at the time when the measured values were determined by the exhaust gas analyzer, - if the deviation is not within the tolerance, determination of the time delay is discarded and a new determination of the time delay is carried out by parallel application of the two independent methods, - in accordance with the first method, determination of the time delay is carried out by means of cross-correlation analysis and in accordance with the second method, determination of the time delay is based on system identification through a determination of the dependence of the output variables of the system on the input variables of the system.
A method for disseminating data in a navigation or communication system comprising several transmitters for signals, wherein a common frame structure is provided for the signals and each transmitter disseminates common data and transmitter-dedicated data through its broadcasted signal, and wherein the method comprises the following acts to be executed by each one of the transmitters: - receiving common data encoded with a first encoding scheme and an assignment scheme which determines an assignment of the encoded common data and encoded transmitter-dedicated data to frames of the common frame structure , wherein the common data and the assignment scheme are received from a common station of the navigation or communication system; - encoding transmitter-dedicated data onboard the transmitter with a second encoding scheme; - assigning the encoded common data to a number of first frames of the common frame structure and assigning the encoded transmitter-dedicated data to a number of second frames of the common frame structure according to the assignment scheme , wherein the second frames differ from the first frames; - assembling a signal to be transmitted from the number of first and second frames; and - transmitting the assembled signal. - receiving common data encoded with a first encoding scheme and an assignment scheme which determines an assignment of the encoded common data and encoded transmitter-dedicated data to frames of the common frame structure , wherein the common data and the assignment scheme are received from a common station of the navigation or communication system; - encoding transmitter-dedicated data onboard the transmitter with a second encoding scheme; - assigning the encoded common data to a number of first frames of the common frame structure and assigning the encoded transmitter-dedicated data to a number of second frames of the common frame structure according to the assignment scheme , wherein the second frames differ from the first frames; - assembling a signal to be transmitted from the number of first and second frames; and - transmitting the assembled signal.
A lifting device , in particular a mobile crane or a cable-operated excavator comprising: a superstructure ; a main boom that starts form the superstructure ; a luffing boom that starts from the end of the main boom remote from the superstructure ; a winch arrangement at the superstructure and/or at the main boom; and a tilting moment detection unit for determining the tilting moment acting on the lifting device by the position of the main boom and the luffing boom , characterized by an apparatus for assisting or for fully automatically carrying out of an erection and/or placing down procedure of a boom system comprising the main boom and the luffing boom that is configured to carry out the steps for erecting and/or placing down the boom system (3, 4 in dependence on the tilting moment detected by the tilting moment detection unit, with the apparatus for assisting or for fully automatically carrying out an erection and/or placing down procedure furthermore being configured only to carry out the steps for the erection and/or placing down of the boom system in dependence on the tilting moment detected by the tilting moment detection unit so that rigid boom positions do not have to be reached in the sequence of steps for the erection and/or placing down of the boom system (3. 4). a superstructure ; a main boom that starts form the superstructure ; a luffing boom that starts from the end of the main boom remote from the superstructure ; a winch arrangement at the superstructure and/or at the main boom; and a tilting moment detection unit for determining the tilting moment acting on the lifting device by the position of the main boom and the luffing boom , characterized by an apparatus for assisting or for fully automatically carrying out of an erection and/or placing down procedure of a boom system comprising the main boom and the luffing boom that is configured to carry out the steps for erecting and/or placing down the boom system (3, 4 in dependence on the tilting moment detected by the tilting moment detection unit, with the apparatus for assisting or for fully automatically carrying out an erection and/or placing down procedure furthermore being configured only to carry out the steps for the erection and/or placing down of the boom system in dependence on the tilting moment detected by the tilting moment detection unit so that rigid boom positions do not have to be reached in the sequence of steps for the erection and/or placing down of the boom system (3. 4).
A recombinant Lactobacillus spp. expressing on the surface one or more chimeric proteins, wherein the chimeric protein comprises: a. at least one single chain antibody against Salmonella surface protein, OmpD, having amino acid sequence as set forth in SEQ ID NO:61; and b. at least one surface protein that is expressed on the surface of the recombinant Lactobacillus spp., wherein the surface protein expressed in the recombinant Lactobacillus spp. is MuB or CnBP. a. at least one single chain antibody against Salmonella surface protein, OmpD, having amino acid sequence as set forth in SEQ ID NO:61; and b. at least one surface protein that is expressed on the surface of the recombinant Lactobacillus spp.,
A method of wireless communication by a user equipment, UE, the method comprising: generating a payload of a first preamble message associated with a first random access channel, RACH, procedure, wherein the payload includes an indication of a first priority of the first RACH procedure that is relatively higher than a second priority of a second RACH procedure; and sending the first preamble message including a RACH preamble and the payload to a base station, wherein the first preamble message indicates an identifier, ID, of the UE. generating a payload of a first preamble message associated with a first random access channel, RACH, procedure, wherein the payload includes an indication of a first priority of the first RACH procedure that is relatively higher than a second priority of a second RACH procedure; and sending the first preamble message including a RACH preamble and the payload to a base station, wherein the first preamble message indicates an identifier, ID, of the UE.
A wireless terminal for communicating with a GSM/EDGE Radio Access Network, GERAN , and for communicating with an Evolved Universal Terrestrial Radio Access Network, E-UTRAN , the wireless terminal comprising: means for performing an attachment to the GERAN in a packet domain and initiating a ready timer if the wireless terminal has sent data to the GERAN ; means for initiating a tracking area update procedure at an inter-system change from the GERAN to the E-UTRAN ; and means for stopping the ready timer in response to sending a tracking area update request when initiating the tracking area update procedure. means for performing an attachment to the GERAN in a packet domain and initiating a ready timer if the wireless terminal has sent data to the GERAN ; means for initiating a tracking area update procedure at an inter-system change from the GERAN to the E-UTRAN ; and means for stopping the ready timer in response to sending a tracking area update request when initiating the tracking area update procedure.
A method of manufacturing a plurality of irregularly shaped and/or sized pieces of confectionery material comprising the steps of: a) forming at least one rope of confectionery material; b) applying external pressure at multiple locations along the length of the at least one rope to snap the at least one rope at multiple locations; wherein step b) comprises applying the external pressure by means of at least one pin roller . a) forming at least one rope of confectionery material; b) applying external pressure at multiple locations along the length of the at least one rope to snap the at least one rope at multiple locations;
A method for interworking between core networks in a communication network, wherein the method is performed by a core network serving node within a first core network , the method comprising: receiving a connectivity request from a user equipment via a wireless access network utilizing a first radio access technology, RAT; determining that the user equipment supports a second RAT; selecting an interworking core network serving node configured to interwork between the first core network and a second core network supporting the second RAT, the second core network being capable of providing connectivity with one or more external data networks ; and transferring the connectivity request to the interworking core network serving node to establish and relocate connectivity of the user equipment over the wireless access network to the second core network . receiving a connectivity request from a user equipment via a wireless access network utilizing a first radio access technology, RAT; determining that the user equipment supports a second RAT; selecting an interworking core network serving node configured to interwork between the first core network and a second core network supporting the second RAT, the second core network being capable of providing connectivity with one or more external data networks ; and transferring the connectivity request to the interworking core network serving node to establish and relocate connectivity of the user equipment over the wireless access network to the second core network .
An implant system configured for the fixation of a long bone following a translational osteotomy of the long bone for treatment of the hallux valgus syndrome, comprising: at least two plate portions having a different configuration, each plate portion being a separate portion configured to cooperate with a cortical surface of the long bone, and including two locking through holes for two locking fasteners and a body member having a first end and a longitudinally opposing second end joined by a continuous curved exterior surface formed around a long axis and configured to lodge within the intramedullary channel of the long bone so as to avoid rotation within the channel and rotation about the osteotomy site, the first end being tapered or sharpened for insertion into the long bone, and the second end being configured to be assembled to any one of the plate portions so as to form an integral two member implant in advance of the surgery, and wherein any one of the plate portions is offset from the long axis of the body member . at least two plate portions having a different configuration, each plate portion being a separate portion configured to cooperate with a cortical surface of the long bone, and including two locking through holes for two locking fasteners and a body member having a first end and a longitudinally opposing second end joined by a continuous curved exterior surface formed around a long axis and configured to lodge within the intramedullary channel of the long bone so as to avoid rotation within the channel and rotation about the osteotomy site, the first end being tapered or sharpened for insertion into the long bone, and the second end being configured to be assembled to any one of the plate portions so as to form an integral two member implant in advance of the surgery, and wherein any one of the plate portions is offset from the long axis of the body member .
A machine for separating elements , comprising: - a plurality of paths , each forming a feed path and each adapted to convey the elements lined up along the feed path , each path including an outlet opening through which the elements can exit, characterized in that it comprises - a plurality of shaking devices , each of which is connected to only one of the paths and is capable of transmitting mechanical vibrations to the connected path to cause the advancement of the elements along the advancement path , the machine further comprising either - means for detecting elements leaving the path , adapted to detect the passage of the elements through the outlet opening , and - control means of the separating machine , functionally connected to the detection means and to the shaking devices and adapted to command the stop of one of the shaking devices when the detection means detect the passage of an element through the exit opening of the connected path , or - means for detecting elements leaving the path , in particular for detecting the passage of an element through an outlet opening , and for generating a corresponding signal, and - means for controlling the separating machine , functionally connected to the detection means and to the shaking devices and adapted to regulate and/or control the vibrations of the shaking devices as a function of the signal generated by the means . - a plurality of paths , each forming a feed path and each adapted to convey the elements lined up along the feed path , each path including an outlet opening through which the elements can exit, characterized in that it comprises - a plurality of shaking devices , each of which is connected to only one of the paths and is capable of transmitting mechanical vibrations to the connected path to cause the advancement of the elements along the advancement path , the machine further comprising either the machine further comprising either - means for detecting elements leaving the path , adapted to detect the passage of the elements through the outlet opening , and - control means of the separating machine , functionally connected to the detection means and to the shaking devices and adapted to command the stop of one of the shaking devices when the detection means detect the passage of an element through the exit opening of the connected path , or - means for detecting elements leaving the path , in particular for detecting the passage of an element through an outlet opening , and for generating a corresponding signal, and - means for controlling the separating machine , functionally connected to the detection means and to the shaking devices and adapted to regulate and/or control the vibrations of the shaking devices as a function of the signal generated by the means .