mhurhangee/ep-ind-claims huggingface dataset:
Apparatus comprising: a structure including a catheter having a proximal end and a distal end and an expansible ablation device mounted to said catheter adjacent said distal end thereof, said ablation device having an expanded condition and a collapsed condition, a continuous passageway extending from adjacent said proximal end of said catheter to said ablation device, said expansible ablation device incorporating a balloon structure, an ablation transducer is mounted within said balloon structure, the balloon structure defines a reflector extending around an axis when said balloon structure is in an inflated condition, said reflector is operative to direct ultrasonic waves emitted by said transducer generally distally into a loop-like ablation region encircling the axis; characterised by: an ultrasonic imaging probe including at least one imaging transducer, said probe being adapted to image structures in the vicinity of said imaging transducer, said probe having an operative condition in which said probe is positioned in said passageway and said imaging transducer is disposed adjacent said ablation device, said probe being removable from said passageway; wherein said structure defines a port distal to said ablation device and said passageway extends to said port; wherein said imaging probe is positionable in an extended position in which said imaging probe projects through said port so that said transducer is disposed distal to said ablation device. a structure including a catheter having a proximal end and a distal end and an expansible ablation device mounted to said catheter adjacent said distal end thereof, said ablation device having an expanded condition and a collapsed condition, a continuous passageway extending from adjacent said proximal end of said catheter to said ablation device, said expansible ablation device incorporating a balloon structure, an ablation transducer is mounted within said balloon structure, the balloon structure defines a reflector extending around an axis when said balloon structure is in an inflated condition, said reflector is operative to direct ultrasonic waves emitted by said transducer generally distally into a loop-like ablation region encircling the axis; characterised by: an ultrasonic imaging probe including at least one imaging transducer, said probe being adapted to image structures in the vicinity of said imaging transducer, said probe having an operative condition in which said probe is positioned in said passageway and said imaging transducer is disposed adjacent said ablation device, said probe being removable from said passageway; wherein said structure defines a port distal to said ablation device and said passageway extends to said port; wherein said imaging probe is positionable in an extended position in which said imaging probe projects through said port so that said transducer is disposed distal to said ablation device.
A device for recovering an encryption key by processing an encrypted digital communication comprising: a receiver configured to receive a first ciphertext encrypted according to an A5/1, network to mobile or mobile to network, or an A5/2, network to mobile or mobile to network, encryption scheme wherein the first ciphertext is an encryption of a first message upon which a GSM error correction coding scheme was employed prior to encryption; and a processing circuitry adapted to recover an encryption key used in the encryption of the first ciphertext by performing a ciphertext-only cryptanalysis of the first ciphertext, characterized in that performing a ciphertext only cryptanalysis of the first ciphertext involves XORing bits based on a G matrix associated with the GSM error correction coding scheme. a receiver configured to receive a first ciphertext encrypted according to an A5/1, network to mobile or mobile to network, or an A5/2, network to mobile or mobile to network, encryption scheme wherein the first ciphertext is an encryption of a first message upon which a GSM error correction coding scheme was employed prior to encryption; and a processing circuitry adapted to recover an encryption key used in the encryption of the first ciphertext by performing a ciphertext-only cryptanalysis of the first ciphertext, characterized in that performing a ciphertext only cryptanalysis of the first ciphertext involves XORing bits based on a G matrix associated with the GSM error correction coding scheme.
An apparatus, comprising at least one processor and at least one memory including a computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to: monitor if a first cluster head of a first cluster of first communication devices has disappeared, wherein the apparatus has access to the first cluster enabling a device-to-device communication of the apparatus with at least one of the first communication devices; and, if it is monitored that the first cluster head has disappeared: detect a second cluster head of a second cluster of second communication devices, wherein the second cluster head is different from the first cluster head, and the second cluster enables the device-to-device communication between at least two of the second communication devices; check, if a first channel is not occupied in the second cluster, wherein the first channel is allocated to the device-to-device communication of the apparatus in the first cluster, and if the first channel is not occupied in the second cluster, indicate the first channel to the second cluster head when requesting the access to the second cluster; and request an access to the second cluster for the device-to-device communication. monitor if a first cluster head of a first cluster of first communication devices has disappeared, wherein the apparatus has access to the first cluster enabling a device-to-device communication of the apparatus with at least one of the first communication devices; and, if it is monitored that the first cluster head has disappeared: detect a second cluster head of a second cluster of second communication devices, wherein the second cluster head is different from the first cluster head, and the second cluster enables the device-to-device communication between at least two of the second communication devices; check, if a first channel is not occupied in the second cluster, wherein the first channel is allocated to the device-to-device communication of the apparatus in the first cluster, and if the first channel is not occupied in the second cluster, indicate the first channel to the second cluster head when requesting the access to the second cluster; and request an access to the second cluster for the device-to-device communication. detect a second cluster head of a second cluster of second communication devices, wherein the second cluster head is different from the first cluster head, and the second cluster enables the device-to-device communication between at least two of the second communication devices; check, if a first channel is not occupied in the second cluster, wherein the first channel is allocated to the device-to-device communication of the apparatus in the first cluster, and if the first channel is not occupied in the second cluster, indicate the first channel to the second cluster head when requesting the access to the second cluster; and request an access to the second cluster for the device-to-device communication.
An adjustable pressure leather and fur processing cabinet to allow water, dye, and other chemicals to be used in leather processing to be penetrated into the fibers thereof by applying reverse pressure to the leather, or to allow the spaces between the fibers to be reduced by applying pressure to the leather and also the internal pressure to be monitored constantly from the outside, comprising: ❖ at least one rotary drum which is a closed space in which the leathers are placed, ❖ at least one door on said rotary drum, by means of which the leather is placed in, and taken back from, the cabinet, ❖ at least one drive unit by means of which said rotary drum is rotated by being connected thereto, ❖ at least one liquid reservoir which allows liquid to enter the rotary drum, ❖ at least one circulation pump which is connected to said liquid reservoir and transfers the liquid from the liquid reservoir to the rotary drum, ❖ at least one pressure sensor which constantly measures the air pressure in said rotary drum and indicates this measurement to the external users, characterized in that the adjustable pressure leather and fur processing cabinet comprises: • at least one rotary coupling which is connected to the ends of the axes on both side of said rotary drum and heats the circumference of the rotary drum, - said at least one liquid reservoir is connected to one of said rotary couplings, • at least one pump which is connected to one of said rotary couplings, wherein the pump draws the air in the rotary drum, discharges the air pressure to the outside and thus, allows the fibers in the leather to be spaced apart, and/or allows the spaces between the leather fibers spaced apart to be reduced by providing air pressure to the rotary drum. ❖ at least one rotary drum which is a closed space in which the leathers are placed, ❖ at least one door on said rotary drum, by means of which the leather is placed in, and taken back from, the cabinet, ❖ at least one drive unit by means of which said rotary drum is rotated by being connected thereto, ❖ at least one liquid reservoir which allows liquid to enter the rotary drum, ❖ at least one circulation pump which is connected to said liquid reservoir and transfers the liquid from the liquid reservoir to the rotary drum, ❖ at least one pressure sensor which constantly measures the air pressure in said rotary drum and indicates this measurement to the external users, • at least one rotary coupling which is connected to the ends of the axes on both side of said rotary drum and heats the circumference of the rotary drum, - said at least one liquid reservoir is connected to one of said rotary couplings, - said at least one liquid reservoir is connected to one of said rotary couplings, • at least one pump which is connected to one of said rotary couplings, wherein the pump draws the air in the rotary drum, discharges the air pressure to the outside and thus, allows the fibers in the leather to be spaced apart, and/or allows the spaces between the leather fibers spaced apart to be reduced by providing air pressure to the rotary drum.
An interconnection mechanism for a LED lighting bar, comprising: a plug mechanism, the plug mechanism comprising a hollow socket, a plug received in the hollow socket, and a connection pin disposed around the plug, the hollow socket comprising a hollow plug barrel, a stop ring disposed on an outer side wall of the hollow plug barrel, a wedge importing ring disposed on the outer side wall of the hollow plug barrel and spaced apart from the stop ring, and at least one open opened on the hollow plug barrel, a slope of the wedge importing ring extending toward a free end of the hollow plug barrel, the connection pin comprising at least one plug locating ring, at least one socket locating ring connected to the plug locating ring, and at least one socket locating bar disposed on an inner side wall of the socket locating ring, the plug locating ring being arranged between the stop ring and the wedge importing ring for fixing the relative position of the connection pin and the hollow socket, an inner diameter of the socket locating ring being equal to that of the hollow plug barrel; and a socket mechanism, the socket mechanism comprising a hollow socket barrel, and a locating slot provided on the hollow socket barrel, an outer diameter of the hollow socket barrel being equal to an inner diameter of the hollow plug barrel, the socket locating bar being engaged with the locating slot so as to fix the relative position of the connection pin and the hollow socket barrel; a socket located in the socket barrel, adapted to receive the plug. a plug mechanism, the plug mechanism comprising a hollow socket, a plug received in the hollow socket, and a connection pin disposed around the plug, the hollow socket comprising a hollow plug barrel, a stop ring disposed on an outer side wall of the hollow plug barrel, a wedge importing ring disposed on the outer side wall of the hollow plug barrel and spaced apart from the stop ring, and at least one open opened on the hollow plug barrel, a slope of the wedge importing ring extending toward a free end of the hollow plug barrel, the connection pin comprising at least one plug locating ring, at least one socket locating ring connected to the plug locating ring, and at least one socket locating bar disposed on an inner side wall of the socket locating ring, the plug locating ring being arranged between the stop ring and the wedge importing ring for fixing the relative position of the connection pin and the hollow socket, an inner diameter of the socket locating ring being equal to that of the hollow plug barrel; and a socket mechanism, the socket mechanism comprising a hollow socket barrel, and a locating slot provided on the hollow socket barrel, an outer diameter of the hollow socket barrel being equal to an inner diameter of the hollow plug barrel, the socket locating bar being engaged with the locating slot so as to fix the relative position of the connection pin and the hollow socket barrel; a socket located in the socket barrel, adapted to receive the plug.
A computer-implemented method comprising: providing, by a security service, one or more secure mechanisms for forming a group among client entities, each client entity being associated with a different security organization and each client entity being associated with one or more computing devices, wherein each computing device includes an agent that serves as a client to a security service; observing, by the agents, execution activities of their respective computing devices to act upon and generating, by the agents, security information based on the observed execution activities; and automatically sharing (110; 310), by the security service, the security information generated by one or more agents of a client entity in the group with one or more other client entities in the group, wherein the security information is indicative of whether the client entity is experiencing a security threat, wherein each client entity is able to impose a security scheme or policy on the one or more computing devices associated with it but is unable to impose the security scheme or policy on other client entities, and wherein providing the one or more secure mechanisms comprises determining an occurrence of a threat based on the security information and creating a group composed of client entities experiencing the threat. providing, by a security service, one or more secure mechanisms for forming a group among client entities, each client entity being associated with a different security organization and each client entity being associated with one or more computing devices, wherein each computing device includes an agent that serves as a client to a security service; observing, by the agents, execution activities of their respective computing devices to act upon and generating, by the agents, security information based on the observed execution activities; and automatically sharing (110; 310), by the security service, the security information generated by one or more agents of a client entity in the group with one or more other client entities in the group, wherein the security information is indicative of whether the client entity is experiencing a security threat, wherein each client entity is able to impose a security scheme or policy on the one or more computing devices associated with it but is unable to impose the security scheme or policy on other client entities, and wherein providing the one or more secure mechanisms comprises determining an occurrence of a threat based on the security information and creating a group composed of client entities experiencing the threat.
A method of forming a protective shield for protecting an aircraft component from EMI or energy bursts comprising the steps of: combining a carbon-based or silicon-based preceramic polymer precursor dissolved in a solvent and a ferromagnetic metallic precursor dissolved in a solvent to form a dope; processing the dope by electrospinning or electrospraying to provide a nano-structure material that includes nano-structures that result from the processing, wherein the nano-structure material is applied to a substrate or is used to form a non-woven structure; post-processing the substrate or non-woven structure to provide the nano-structure material with a uniformly distributed base metal or metal compound; and forming a protective shield using the nano-structure material, characterized in that a weight percentage range in the protective shield is 75/25 to 99/1 weight percent of carbon-based or silicon-based nano-structure to magnetic nano-structure. combining a carbon-based or silicon-based preceramic polymer precursor dissolved in a solvent and a ferromagnetic metallic precursor dissolved in a solvent to form a dope; processing the dope by electrospinning or electrospraying to provide a nano-structure material that includes nano-structures that result from the processing, wherein the nano-structure material is applied to a substrate or is used to form a non-woven structure; post-processing the substrate or non-woven structure to provide the nano-structure material with a uniformly distributed base metal or metal compound; and forming a protective shield using the nano-structure material, characterized in that a weight percentage range in the protective shield is 75/25 to 99/1 weight percent of carbon-based or silicon-based nano-structure to magnetic nano-structure.
Floor panel (1, 40, 51), comprising a laminate of: - a magnesium oxide based core layer (34, 44, 56); - at least one magnesium oxide based upper crust layer (35, 46, 58) positioned on top of said core layer (34, 44, 56), wherein the density of said upper crust layer (35, 46, 58) is larger than the density of the core layer (34, 44, 56); characterized in that said laminate of the floor panel comprises further - at least one upper reinforcing layer (45, 57) situated in between said core layer (34, 44, 56) and said at least one upper crust layer (35, 46, 58). - a magnesium oxide based core layer (34, 44, 56); - at least one magnesium oxide based upper crust layer (35, 46, 58) positioned on top of said core layer (34, 44, 56), wherein the density of said upper crust layer (35, 46, 58) is larger than the density of the core layer (34, 44, 56); characterized in that said laminate of the floor panel comprises further - at least one upper reinforcing layer (45, 57) situated in between said core layer (34, 44, 56) and said at least one upper crust layer (35, 46, 58).
An eggless mayonnaise composition, said composition comprising: (i) yellow pea flour, and (ii) a modified starch; wherein said yellow pea flour and said modified starch are in a weight ratio ranging from 6:4 to 4:6, and wherein said yellow pea flour has been pre-hydrated by incubating the flour with water for at least 24 hours. (i) yellow pea flour, and (ii) a modified starch;
A method for facilitating packet communications from a terminal to a network proxy, wherein the method is performed by the terminal, the method comprising: a) establishing a plurality of communication sessions via a plurality of access networks with the network proxy, which facilitates communications between the terminal and at least one communication device; b) selecting one of the plurality of communication sessions to be a first active communication session; c) identifying the first active communication session to the network proxy; and being characterized by comprising: d) selecting at least a second one of the plurality of communication sessions to be a second active communication session; and e) transferring packets to or from the network proxy using the first and second active communication sessions to effect the communications with the at least one communication device. a) establishing a plurality of communication sessions via a plurality of access networks with the network proxy, which facilitates communications between the terminal and at least one communication device; b) selecting one of the plurality of communication sessions to be a first active communication session; c) identifying the first active communication session to the network proxy; and being characterized by comprising: d) selecting at least a second one of the plurality of communication sessions to be a second active communication session; and e) transferring packets to or from the network proxy using the first and second active communication sessions to effect the communications with the at least one communication device.
A system for monitoring health during a water birth, the system comprising: a health sensor configured to be coupled to a mother, wherein the health sensor comprises: a first sensor configured to measure one or more health parameters of a mother, a fetus within the mother or both; a second sensor configured to generate a submerged signal representing whether the health sensor is at least partially submerged in water; and a transmitter configured to transmit communication signals representing data collected by the first sensor, wherein one or more parameters of the communication signals change depending on whether the submerged signal represents that the health sensor is at least partially submerged. a first sensor configured to measure one or more health parameters of a mother, a fetus within the mother or both; a second sensor configured to generate a submerged signal representing whether the health sensor is at least partially submerged in water; and a transmitter configured to transmit communication signals representing data collected by the first sensor, wherein one or more parameters of the communication signals change depending on whether the submerged signal represents that the health sensor is at least partially submerged.