mhurhangee/ep-ind-claims huggingface dataset:
A gas-cylinder retaining assembly for retaining a gas-cylinder on a harness for breathing apparatus, comprising: a strap arranged in use to be coupled to the harness and a retaining portion of which is arranged to pass around at least a portion of the cylinder; and a tensioning device arranged for tightening the retaining portion of the strap around the cylinder such that the cylinder is held to the harness, and wherein a free portion of the strap, having a free end, extends from the tensioning device; characterised by further comprising a retaining buckle arranged for retaining the free portion of the strap, the retaining buckle comprising: a positioning slot through which in use the retaining portion of the strap passes; a pivot member which in use is located between the cylinder and the retaining portion of the strap; and a retaining slot arranged in use to receive the free end of the strap; wherein in use the retaining buckle is pivotable between at least a loading position in which the free end of the strap can be inserted into the retaining slot, and a retaining position in which at least part of the free portion of the strap is held between the retaining buckle and the retaining portion of the strap. a strap arranged in use to be coupled to the harness and a retaining portion of which is arranged to pass around at least a portion of the cylinder; and a tensioning device arranged for tightening the retaining portion of the strap around the cylinder such that the cylinder is held to the harness, and wherein a free portion of the strap, having a free end, extends from the tensioning device; characterised by further comprising a retaining buckle arranged for retaining the free portion of the strap, the retaining buckle comprising: a positioning slot through which in use the retaining portion of the strap passes; a pivot member which in use is located between the cylinder and the retaining portion of the strap; and a retaining slot arranged in use to receive the free end of the strap; wherein in use the retaining buckle is pivotable between at least a loading position in which the free end of the strap can be inserted into the retaining slot, and a retaining position in which at least part of the free portion of the strap is held between the retaining buckle and the retaining portion of the strap. a positioning slot through which in use the retaining portion of the strap passes; a pivot member which in use is located between the cylinder and the retaining portion of the strap; and a retaining slot arranged in use to receive the free end of the strap; wherein in use the retaining buckle is pivotable between at least a loading position in which the free end of the strap can be inserted into the retaining slot, and a retaining position in which at least part of the free portion of the strap is held between the retaining buckle and the retaining portion of the strap.
A method of inhibiting adipogenesis in mammalian cells, said method comprising a step of bringing into contact adipogenic mammalian cells with scirpusin A and scirpusin B represented by STR#1 and STR#2, respectively, wherein any method for treatment of the human or animal body by therapy and any diagnostic method practised on the human or animal body is excluded.
A user equipment, UE (1050, 2020, 7000), comprising: a control module configured to determine that a media file requires a file repair; and a transmission and reception module configured to initiate a file repair session to request HyperText Transfer Protocol, HTTP-based file repair for the media file, characterized in that the media file is downloaded over a Multimedia Broadcast Multicast Service, MBMS, bearer from an Internet Protocol Multimedia Subsystem, IMS, network component, and wherein transmission and reception module configured to: initiate said file repair session by sending a Session Initiation Protocol, SIP, re-invite request including a request for a HyperText Transfer Protocol, HTTP-based filerepair for a file to the IMS network component; and receive a SIP response message from the IMS network component. a control module configured to determine that a media file requires a file repair; and a transmission and reception module configured to initiate a file repair session to request HyperText Transfer Protocol, HTTP-based file repair for the media file, characterized in that the media file is downloaded over a Multimedia Broadcast Multicast Service, MBMS, bearer from an Internet Protocol Multimedia Subsystem, IMS, network component, and wherein transmission and reception module configured to: initiate said file repair session by sending a Session Initiation Protocol, SIP, re-invite request including a request for a HyperText Transfer Protocol, HTTP-based filerepair for a file to the IMS network component; and receive a SIP response message from the IMS network component. initiate said file repair session by sending a Session Initiation Protocol, SIP, re-invite request including a request for a HyperText Transfer Protocol, HTTP-based filerepair for a file to the IMS network component; and receive a SIP response message from the IMS network component.
Sole for footwear capable of recovering part of the energy produced during deambulation comprising: - at least one energy harvesting means comprising: one tubular body, fixed in use, having a first and a second end (61, 62); one movable part slidable in said at least one tubular body; said at least one energy harvesting means being designed, in use, for generating electric energy following the sliding of said movable part with respect to said, fixed in use, tubular body, during said deambulation; - at least one actuator group for said energy harvesting means, comprising at least one fluid-dynamic circuit including: at least one first and one second tank (71, 72) comprising a fluid, said at least one first tank being housed at a rear area of said sole, and said at least one second tank being housed at a front area of said sole; at least one first joining conduit in fluid communication between said first tank and said first end of said at least one tubular body; said movable part of said at least one energy harvesting means being at least partially housed in said actuator group; and - at least means for accumulating/dispensing said electric energy produced by said energy harvesting means, said accumulating/dispensing means being electrically connected to said at least one energy harvesting means; and characterized in that the sole further comprises a second joining conduit in fluid communication between said second tank and said second end of said at least one tubular body; said movable part of said at least one energy harvesting means is able to slide in both directions therein and in said tubular body, during said deambulation; said at least one first tank has a plant configuration which is substantially elongated and curved. - at least one energy harvesting means comprising: one tubular body, fixed in use, having a first and a second end (61, 62); one movable part slidable in said at least one tubular body; said at least one energy harvesting means being designed, in use, for generating electric energy following the sliding of said movable part with respect to said, fixed in use, tubular body, during said deambulation; - at least one actuator group for said energy harvesting means, comprising at least one fluid-dynamic circuit including: at least one first and one second tank (71, 72) comprising a fluid, said at least one first tank being housed at a rear area of said sole, and said at least one second tank being housed at a front area of said sole; at least one first joining conduit in fluid communication between said first tank and said first end of said at least one tubular body; said movable part of said at least one energy harvesting means being at least partially housed in said actuator group; and - at least means for accumulating/dispensing said electric energy produced by said energy harvesting means, said accumulating/dispensing means being electrically connected to said at least one energy harvesting means; and
A method for transmitting data from a participant device in a session in an Internet Protocol, IP, system, the method comprising: sending, by the participant device via a base station, at least a first Real-time Transport Protocol, RTP, packet of the session to a router using a first address; sending, by the participant device via the base station, at least a first Real-time Transport Control Protocol, RTCP, packet of the session by using a second address, wherein the base station forwards the RTCP packet to the router; sending, by the router, the at least a first RTCP packet to an application controller using the second address; wherein: the at least a first RTCP packet comprises an uplink talker arbitration message and the second address is hosted by the application controller. sending, by the participant device via a base station, at least a first Real-time Transport Protocol, RTP, packet of the session to a router using a first address; sending, by the participant device via the base station, at least a first Real-time Transport Control Protocol, RTCP, packet of the session by using a second address, wherein the base station forwards the RTCP packet to the router; sending, by the router, the at least a first RTCP packet to an application controller using the second address; wherein: the at least a first RTCP packet comprises an uplink talker arbitration message and the second address is hosted by the application controller.
A method, comprising: by a first communication device: encrypting a payload to be included in a physical layer protocol data unit, PPDU, frame; determining a PPDU frame type based at least in part on an association with a second communication device, wherein the PPDU frame type is included in a medium access control, MAC, header of the PPDU frame; selecting a key based at least in part on the association with second communication device, wherein the key is a scrambling key that is associated with a different PPDU number; selecting a PPDU number for obfuscation of a field of the MAC header of the PPDU frame; obfuscating the field of the MAC header; scrambling the encrypted payload using a service field value; and transmitting the PPDU frame to the second communication device. encrypting a payload to be included in a physical layer protocol data unit, PPDU, frame; determining a PPDU frame type based at least in part on an association with a second communication device, wherein the PPDU frame type is included in a medium access control, MAC, header of the PPDU frame; selecting a key based at least in part on the association with second communication device, wherein the key is a scrambling key that is associated with a different PPDU number; selecting a PPDU number for obfuscation of a field of the MAC header of the PPDU frame; obfuscating the field of the MAC header; scrambling the encrypted payload using a service field value; and transmitting the PPDU frame to the second communication device.
A method of transmitting pilot symbols by a very large multiple input multiple output, VL-MIMO, wireless communications device that includes an array of antennas, the method being characterised by: transmitting a respective pilot symbol in a sequence of pilot symbols simultaneously over the array of antennas according to a random antenna transmission function that randomly changes across the array of antennas, wherein the transmitting comprises obtaining a predetermined pseudo-random number sequence, and transmitting the respective pilot symbol in the sequence of pilot symbols simultaneously over the array of antennas according to the random antenna transmission function that randomly changes across the array of antennas based on the predetermined pseudo-random number sequence, wherein the random antenna transmission function comprises a random antenna select/deselect function that causes the respective pilot symbol in the sequence of pilot symbols to be transmitted simultaneously over a randomly selected subset of the array of antennas, and wherein the randomly selected subset of the array of antennas ranges from one to all of the array of antennas. transmitting a respective pilot symbol in a sequence of pilot symbols simultaneously over the array of antennas according to a random antenna transmission function that randomly changes across the array of antennas, wherein the transmitting comprises obtaining a predetermined pseudo-random number sequence, and transmitting the respective pilot symbol in the sequence of pilot symbols simultaneously over the array of antennas according to the random antenna transmission function that randomly changes across the array of antennas based on the predetermined pseudo-random number sequence, wherein the random antenna transmission function comprises a random antenna select/deselect function that causes the respective pilot symbol in the sequence of pilot symbols to be transmitted simultaneously over a randomly selected subset of the array of antennas, and wherein the randomly selected subset of the array of antennas ranges from one to all of the array of antennas.
A method at an access network node of populating one or more Machine-to-Machine (M2M) relevant identities during access network bearer setup for an M2M device, comprising: receiving a request from the M2M device, requesting establishment of an access bearer for connecting the M2M device to an M2M service provider, wherein the request includes one or more M2M identifiers, belonging to an M2M service provider, from among the following M2M-relevant identities: an M2M application identifier, an M2M subscription identifier, and an M2M Services Capability Layer identifier; establishing an access bearer for the M2M device responsive to the request; associating the one or more M2M identifiers received in the request with the access bearer; and recording the one or more M2M identifiers as being associated with the access bearer by recording the one or more M2M identifiers against consumption data for the access bearer. receiving a request from the M2M device, requesting establishment of an access bearer for connecting the M2M device to an M2M service provider, wherein the request includes one or more M2M identifiers, belonging to an M2M service provider, from among the following M2M-relevant identities: an M2M application identifier, an M2M subscription identifier, and an M2M Services Capability Layer identifier; an M2M application identifier, an M2M subscription identifier, and an M2M Services Capability Layer identifier; establishing an access bearer for the M2M device responsive to the request; associating the one or more M2M identifiers received in the request with the access bearer; and recording the one or more M2M identifiers as being associated with the access bearer by recording the one or more M2M identifiers against consumption data for the access bearer.
A control apparatus comprising: control means for controlling an imaging range of imaging means (101, 111) to track a tracking target; and setting means for setting a search area based on a range set by a user, a pan/tilt/zoom operation by a user, or a past position of the tracking target, wherein the control means controls the imaging range to search for the tracking target in the search area in a case where tracking of the tracking target has failed, characterized in that: the control means determines a route for controlling the imaging range in the search area, and controls the imaging range along the determined route, wherein the search area is divided into a plurality of blocks, and wherein the control means determines the route based on a tracking-target presence time during which the tracking target has been present for each of the blocks. control means for controlling an imaging range of imaging means (101, 111) to track a tracking target; and setting means for setting a search area based on a range set by a user, a pan/tilt/zoom operation by a user, or a past position of the tracking target, wherein the control means controls the imaging range to search for the tracking target in the search area in a case where tracking of the tracking target has failed, characterized in that: the control means determines a route for controlling the imaging range in the search area, and controls the imaging range along the determined route, wherein the search area is divided into a plurality of blocks, and wherein the control means determines the route based on a tracking-target presence time during which the tracking target has been present for each of the blocks. the control means determines a route for controlling the imaging range in the search area, and controls the imaging range along the determined route, wherein the search area is divided into a plurality of blocks, and wherein the control means determines the route based on a tracking-target presence time during which the tracking target has been present for each of the blocks.
A method of manufacturing a positive electrode mixture for all-solid-state batteries, the method comprising: a) mixing a positive electrode active material and a solid electrolyte with each other in a dry state; b) adding an additional solid electrolyte to the mixture of step a) and performing mixing in a wet state; and c) adding a conductive agent to the mixture of step b) and performing mixing in a wet state. a) mixing a positive electrode active material and a solid electrolyte with each other in a dry state; b) adding an additional solid electrolyte to the mixture of step a) and performing mixing in a wet state; and c) adding a conductive agent to the mixture of step b) and performing mixing in a wet state.
A silencer unit, in particular for a motor vehicle, the silencer unit comprising: - a two-part housing with a first and second housing part (2, 3) each formed shell-like, wherein in the housing an outlet and an inlet opening (5, 6) is provided, - an outlet bottom, which is inserted in the outlet opening and with an inlet bottom which is inserted in the inlet opening, - wherein the outlet bottom and the inlet bottom respectively are each formed as lid which can be inserted in the outlet opening and the inlet opening respectively, - wherein the outlet opening comprises an outlet collar running along an outer circumference, and the inlet opening comprises an inlet collar along an outer circumference each of which each project from the housing to the outside, characterized in that - the outlet bottom comprises an outlet bottom collar which is complementary to the outlet collar and the inlet bottom comprises an inlet bottom collar that is complementary to the inlet collar, the outlet bottom collar and the inlet bottom collar protruding from the outlet bottom or the inlet bottom towards the housing in each case. - a two-part housing with a first and second housing part (2, 3) each formed shell-like, wherein in the housing an outlet and an inlet opening (5, 6) is provided, - an outlet bottom, which is inserted in the outlet opening and with an inlet bottom which is inserted in the inlet opening, - wherein the outlet bottom and the inlet bottom respectively are each formed as lid which can be inserted in the outlet opening and the inlet opening respectively, - wherein the outlet opening comprises an outlet collar running along an outer circumference, and the inlet opening comprises an inlet collar along an outer circumference each of which each project from the housing to the outside, - the outlet bottom comprises an outlet bottom collar which is complementary to the outlet collar and the inlet bottom comprises an inlet bottom collar that is complementary to the inlet collar, the outlet bottom collar and the inlet bottom collar protruding from the outlet bottom or the inlet bottom towards the housing in each case.
Method for producing paper, board or the like, which comprises - obtaining a thick stock comprising cellulose fibres, - forming a fibrous web, - drying the fibrous web, characterised in - adding to the thick stock a strength agent system, which comprises - at least one cationic synthetic polymer or cationic natural polymer, or their mixture, and - microfibrillated parenchymal cellulose material originating from vegetables, wherein the length of the microfibrils in the cellulose material is 1 - 200 μm and the diameter of individual microfibrils is 2 - 200 nm, in such amount that the microfibrillated parenchymal cellulose material is added in amount of 5 - 70 kg, given as dry per ton of dry solids of the fibre stock, and - adding a cationic retention polymer to the stock after the addition of the strength agent system, wherein the cationic retention polymer is cationic polyacrylamide having an average molecular weight of 4 000 000 - 18 000 000 Da. - obtaining a thick stock comprising cellulose fibres, - forming a fibrous web, - drying the fibrous web, characterised in - adding to the thick stock a strength agent system, which comprises - at least one cationic synthetic polymer or cationic natural polymer, or their mixture, and - microfibrillated parenchymal cellulose material originating from vegetables, wherein the length of the microfibrils in the cellulose material is 1 - 200 μm and the diameter of individual microfibrils is 2 - 200 nm, in such amount that the microfibrillated parenchymal cellulose material is added in amount of 5 - 70 kg, given as dry per ton of dry solids of the fibre stock, and - at least one cationic synthetic polymer or cationic natural polymer, or their mixture, and - microfibrillated parenchymal cellulose material originating from vegetables, wherein the length of the microfibrils in the cellulose material is 1 - 200 μm and the diameter of individual microfibrils is 2 - 200 nm, - adding a cationic retention polymer to the stock after the addition of the strength agent system, wherein the cationic retention polymer is cationic polyacrylamide having an average molecular weight of 4 000 000 - 18 000 000 Da.
A frame loss concealment method, wherein a segment of a previously synthesized audio signal is used as a prototype frame in order to create a substitution frame for a lost audio frame, the method comprising: - transforming the prototype frame into a frequency domain; - applying a sinusoidal model to the prototype frame to identify a frequency of at least one sinusoidal component of the audio signal; - calculating a phase shift θ k for the at least one sinusoidal component; - creating the substitution frame by performing an inverse frequency transform of a frequency spectrum of the prototype frame; characterized by - shifting a phase of all spectral coefficients in the prototype frame included in an interval M k around a sinusoid k by θ k while retaining the magnitude of those spectral coefficients; and - randomizing phases of spectral coefficients that are not phase shifted. - transforming the prototype frame into a frequency domain; - applying a sinusoidal model to the prototype frame to identify a frequency of at least one sinusoidal component of the audio signal; - calculating a phase shift θ k for the at least one sinusoidal component; - creating the substitution frame by performing an inverse frequency transform of a frequency spectrum of the prototype frame; characterized by - shifting a phase of all spectral coefficients in the prototype frame included in an interval M k around a sinusoid k by θ k while retaining the magnitude of those spectral coefficients; and - randomizing phases of spectral coefficients that are not phase shifted.