mhurhangee/ep-ind-claims huggingface dataset:
Method for managing network resources in a network with a network management device, a first network component, and a second network component, the network resources being partitioned into an ad-hoc reservation pool and an advance reservation pool, the method comprising: - receiving, by the network management device, a request for an advance reservation of a first network resource from the first network component, wherein the request includes information regarding a reservation start time and a reservation end time; - receiving, by the network management device, a request for an ad-hoc reservation of a second network resource from the second network component; - allocating the second network resource to the second network component by the network management device, wherein said first network resource comprises at least partly said second network resource; and - allocating the first network resource to the first network component by the network management device, characterized in that the method further comprises transmitting a service degradation mark to the second network component when allocating the second network resource to the second network component, wherein the service degradation mark indicates to the second network component that the part of said second network resource comprised in said first network resource is available for reallocation at least in part away from the second network component at a future time. - receiving, by the network management device, a request for an advance reservation of a first network resource from the first network component, wherein the request includes information regarding a reservation start time and a reservation end time; - receiving, by the network management device, a request for an ad-hoc reservation of a second network resource from the second network component; - allocating the second network resource to the second network component by the network management device, wherein said first network resource comprises at least partly said second network resource; and - allocating the first network resource to the first network component by the network management device,
A method of detecting interference caused by inter-modulation in a network node site comprising a set of network nodes for wireless communication capable of communication with a set of stations for wireless communication, wherein the stations are wireless transceiver devices and communication from the network node to any of the stations is considered to be downlink communication and communication from any of the stations is considered to be uplink communication, the method comprising determining a received input signal interference level on at least a part of communication resources for uplink communication; determining a transmitted signal level on at least a part of communication resources for downlink communication, wherein the at least part of communication resources for downlink communication corresponds in time with the at least part of communication for uplink communication; correlating statistics from the determined received input signal interference level and the determined transmitted signal level; and determining whether interference caused by inter-modulation is present based on the correlation, characterised by that the transmitted signal is provided at a selected level for each instant.
Reinforcement for a tank wall (18, 22) of a vehicle tank, having at least one reinforcement plate for flanking the tank wall (18, 22) and having a trunnion bearing for mounting the reinforcement plate, wherein - the trunnion bearing is fixed to a clamping element in an axial direction in axially secured fashion, and - at least sections of the reinforcement plate extend in a flank direction running transversely with respect to the axial direction, characterized in that the reinforcement plate has at least one reinforcement strut in a circumferential direction running transversely with respect to the axial direction and transversely with respect to the flank direction, wherein, in an installation position of the reinforcement, at least one radial free end of the at least one reinforcement strut is insertable into a channel-like wall recess in the tank wall (18, 22) and in this case flanks individual sections of the tank wall (18, 22) along the flank direction. - the trunnion bearing is fixed to a clamping element in an axial direction in axially secured fashion, and - at least sections of the reinforcement plate extend in a flank direction running transversely with respect to the axial direction, characterized in that the reinforcement plate has at least one reinforcement strut in a circumferential direction running transversely with respect to the axial direction and transversely with respect to the flank direction, wherein, in an installation position of the reinforcement, at least one radial free end of the at least one reinforcement strut is insertable into a channel-like wall recess in the tank wall (18, 22) and in this case flanks individual sections of the tank wall (18, 22) along the flank direction.
Protective helmet designed to be worn by a user and to protect the head of the user during an impact, such a helmet comprising: - a rigid outer shell; - a comfort liner having an inner surface designed to be in contact with the user's head when the helmet is worn by the user and an outer surface opposite to the inner surface; - an impact absorbing liner interposed between said rigid outer shell and said comfort liner and having an inner surface facing the outer surface of the comfort liner; characterized in that the inner surface of said impact absorbing liner comprises at least one layer made of an epoxy resin in contact with the comfort liner in use. - a rigid outer shell; - a comfort liner having an inner surface designed to be in contact with the user's head when the helmet is worn by the user and an outer surface opposite to the inner surface; - an impact absorbing liner interposed between said rigid outer shell and said comfort liner and having an inner surface facing the outer surface of the comfort liner;
A wire feeding mechanism comprising a slip clutch mechanism connectable to a motor, wherein the wire feeding mechanism comprises one or more wheels (32a, 32b, 34a, 34b) that frictionally engage with the wire to cause the wire to be conveyed, each such wheel (32a, 32b, 34a, 34b) including a gear (36a, 36b, 38a, 38b), and being characterised in that the slip clutch mechanism is a push-type friction clutch having first and second moving parts and a shaft, the first moving part comprising a rotating disc received on the shaft and the second moving part comprising friction members mounted on a rotating member also received on the shaft, wherein the second moving part includes a gear, wherein the rotating disc is fixed relative to the rotating shaft and the rotating member rotates freely relative to the rotating shaft, and wherein the gear (36a, 36b, 38a, 38b) of each wheel (32a, 32b, 34a, 34b) is meshed with the gear of the second moving part.
A buoyant structure comprising: a hull having an upper frustoconical portion having inward-sloping walls disposed above a lower frustoconical portion having outward-sloping walls, and a circular keel; characterised by: a tunnel with a tunnel floor formed within said hull at a waterline elevation, said tunnel opening to an exterior of said hull and dimensioned so as to receive a watercraft therein; and a boatlift assembly disposed within said tunnel for lifting the watercraft while contained in the tunnel; wherein said hull includes a main deck that completely covers said tunnel. a hull having an upper frustoconical portion having inward-sloping walls disposed above a lower frustoconical portion having outward-sloping walls, and a circular keel; characterised by: a tunnel with a tunnel floor formed within said hull at a waterline elevation, said tunnel opening to an exterior of said hull and dimensioned so as to receive a watercraft therein; and a boatlift assembly disposed within said tunnel for lifting the watercraft while contained in the tunnel; wherein said hull includes a main deck that completely covers said tunnel. a tunnel with a tunnel floor formed within said hull at a waterline elevation, said tunnel opening to an exterior of said hull and dimensioned so as to receive a watercraft therein; and a boatlift assembly disposed within said tunnel for lifting the watercraft while contained in the tunnel; wherein said hull includes a main deck that completely covers said tunnel.
Magnetic circuit for a rotating electric machine, comprising a plurality of bundles of plates stacked in segments, having on their facing flanks (3, 4) nested reliefs (20, 21), and inserts introduced into openings defined at least partially by the nesting of the reliefs, these inserts ensuring that the segments are joined together, the reliefs (20, 21) each having a hook shape, the concavities of two nested hooks being oriented one towards the other, and each concavity is directed towards a lateral notch (24, 28), the contour of which partially reproduces that of a nested relief, magnetic circuit being characterized in that the outer profile of the reliefs (20, 21) and that of the lateral notches (24, 28) in which they are received are chosen such that there remains play between the reliefs and the notches after the nesting of the reliefs and before the fitting of the inserts, the latter resulting in the deformation of the reliefs and bringing the edges (26, 27, 30, 31) of the segments into abutment.
Gun comprising: - a hammer; - a stock with a grip having a distal portion in a vicinity of a trigger of the gun and a proximal portion next to the palm of the shooter's hand when holding the gun; - an electronic device suitable to detect and/or process one or more situations occurring to the gun, for example to detect the event of a shot fired, comprising: i) detection and processing means designed to detect and process information relative to a status of the gun; ii) a battery for supplying power to the detection and processing means, housed in the grip, close to its bottom, in its proximal portion; iii) activation means, housed in the grip, close to its bottom, in its proximal portion; the activation means being suitable to activate the supplying of the power to the detection and processing means, by the battery, to match a default event, wherein said default event is the cocking of the hammer of the gun and the activation means comprise a hammer switch element operationally connected to the hammer in order to detect the change of position and send the activation signal to the battery. - a hammer; - a stock with a grip having a distal portion in a vicinity of a trigger of the gun and a proximal portion next to the palm of the shooter's hand when holding the gun; - an electronic device suitable to detect and/or process one or more situations occurring to the gun, for example to detect the event of a shot fired, comprising: i) detection and processing means designed to detect and process information relative to a status of the gun; ii) a battery for supplying power to the detection and processing means, housed in the grip, close to its bottom, in its proximal portion; iii) activation means, housed in the grip, close to its bottom, in its proximal portion; the activation means being suitable to activate the supplying of the power to the detection and processing means, by the battery, to match a default event, wherein said default event is the cocking of the hammer of the gun and the activation means comprise a hammer switch element operationally connected to the hammer in order to detect the change of position and send the activation signal to the battery. i) detection and processing means designed to detect and process information relative to a status of the gun; ii) a battery for supplying power to the detection and processing means, housed in the grip, close to its bottom, in its proximal portion; iii) activation means, housed in the grip, close to its bottom, in its proximal portion; the activation means being suitable to activate the supplying of the power to the detection and processing means, by the battery, to match a default event,
Retention device for a laser device, comprising retention means which can be fixed to a structure which is predetermined at the construction side, such as, for example, a pipe or a strut, so that consequently the laser device can be mounted on the structure which is predetermined at the construction side, wherein the retention means are constructed as a clamping device and comprise two clamping components (13, 14) which can be moved relative to each other and which each have a clamping portion (26, 27), between which a portion of the structure which is predetermined at the construction side can be clamped, wherein a first of the two clamping components (13, 14) can be pivoted relative to the second of the two clamping components (13, 14) counter to the resilient force of a spring, characterised in that the retention means comprise adjustment means by means of which the spacing between the clamping portions (26, 27) of the clamping components (13, 14) can be changed so that an adaptation to the dimensions of the structure to be clamped can be carried out, wherein the adjustment means are constructed in such a manner that, when the spacing is changed, the two clamping components (13,14) carry out a linear relative movement in a direction in which the clamping portions (26, 27) are opposite each other.
An air-cooled fuel cell comprising a corrugated cathode separator plate (700, 900), the separator plate comprising: a series of airflow channels (712, 713, 901, 902), each channel extending longitudinally between first and second opposing edges (110, 111, 710, 711) of the separator plate, the channels comprising a series of oxidant air supply channels (112, 712) and a series of cooling air supply channels (113, 713) on opposing faces of the corrugated separator plate, with the oxidant air supply channels (112, 712) being adjacent to a cathode diffuser of the fuel cell and open towards to the cathode diffuser and an underlying MEA of the fuel cell, each channel having a cross-sectional profile defining an airflow cross-section at points along the length of the channel, and at least selected ones of the channels each having one or more thermally conductive structures (720, 920) extending into the channel cross-section at selected intermediate longitudinal positions of the channel, the positions being disposed over an active area of the fuel cell, to locally enhance heat transfer from the active area via the plate to airflow moving through the channel, wherein the one or more thermally conductive structures extending into the channel cross-section are one or more bumps extending into the height or width of the channel cross-section; and, wherein the one or more thermally conductive structures extends into the channel cross-section only within the second longitudinal half of the channel. a series of airflow channels (712, 713, 901, 902), each channel extending longitudinally between first and second opposing edges (110, 111, 710, 711) of the separator plate, the channels comprising a series of oxidant air supply channels (112, 712) and a series of cooling air supply channels (113, 713) on opposing faces of the corrugated separator plate, with the oxidant air supply channels (112, 712) being adjacent to a cathode diffuser of the fuel cell and open towards to the cathode diffuser and an underlying MEA of the fuel cell, each channel having a cross-sectional profile defining an airflow cross-section at points along the length of the channel, and at least selected ones of the channels each having one or more thermally conductive structures (720, 920) extending into the channel cross-section at selected intermediate longitudinal positions of the channel, the positions being disposed over an active area of the fuel cell, to locally enhance heat transfer from the active area via the plate to airflow moving through the channel, wherein the one or more thermally conductive structures extending into the channel cross-section are one or more bumps extending into the height or width of the channel cross-section; and, wherein the one or more thermally conductive structures extends into the channel cross-section only within the second longitudinal half of the channel.
A method, comprising: determining, by a device, a DisplayPort mode by detecting a received signal on a first sideband use, SBU1, pin of the device or a second sideband use, SBU2, pin of the device; determining, by the device, an orientation of a USB Type-C connector plug by detecting a type of the received signal; multiplexing, by a multiplexer, a DisplayPort transmission based in part on the determined orientation of the USB Type-C connector plug; and multiplexing, by the multiplexer, the received signal based in part on the determined orientation of the USB Type-C connector plug. determining, by a device, a DisplayPort mode by detecting a received signal on a first sideband use, SBU1, pin of the device or a second sideband use, SBU2, pin of the device; determining, by the device, an orientation of a USB Type-C connector plug by detecting a type of the received signal; multiplexing, by a multiplexer, a DisplayPort transmission based in part on the determined orientation of the USB Type-C connector plug; and multiplexing, by the multiplexer, the received signal based in part on the determined orientation of the USB Type-C connector plug.
An electric connector suitable for coupling in a releasable manner to a complementary electric connector, the electric connector comprising: - An external casing; - An electrical plug arranged inside the external casing in such a way that it can be connected with the complementary electric connector; - Fast hooking means suitable for engaging in a releasable manner with relative hooking means belonging to the complementary electric connector when the complementary electric connector couples to the electric connector; - elastic means(16, 216) arranged in such a way as to push an end of the slab outside the casing through an opening found in the casing and characterized in that; said fast hooking means comprise: - A slab arranged slidingly along a sliding guide and provided with an engaging element; - wherein said engaging element is arranged in the slab so that it can engage in contrast against a complementary engaging element belonging to the complementary electric connector when the complementary electric connector is inserted in the electrical plug and it can disengage from said complementary engaging element when the slab is made to slide through a crushing exerted on the end exiting from the casing; - said sliding guide being such that the slab results at a distance from a surface of the electrical plug in such a way that said slab and said surface of the electrical plug define a gap for the sliding insertion of the complementary engaging element into said gap, the engaging element facing said surface of the electrical plug for engaging the complementary engaging element. - An external casing; - An electrical plug arranged inside the external casing in such a way that it can be connected with the complementary electric connector; - Fast hooking means suitable for engaging in a releasable manner with relative hooking means belonging to the complementary electric connector when the complementary electric connector couples to the electric connector; - elastic means(16, 216) arranged in such a way as to push an end of the slab outside the casing through an opening found in the casing and - A slab arranged slidingly along a sliding guide and provided with an engaging element; - wherein said engaging element is arranged in the slab so that it can engage in contrast against a complementary engaging element belonging to the complementary electric connector when the complementary electric connector is inserted in the electrical plug and it can disengage from said complementary engaging element when the slab is made to slide through a crushing exerted on the end exiting from the casing; - said sliding guide being such that the slab results at a distance from a surface of the electrical plug in such a way that said slab and said surface of the electrical plug define a gap for the sliding insertion of the complementary engaging element into said gap, the engaging element facing said surface of the electrical plug for engaging the complementary engaging element.
A process for making a starter culture composition comprising a microorganism, a cryoprotectant and at least one stimulating additive, the process comprising the steps of: a) culturing a microorganism in a culture medium; and b) collecting the microorganism from the culture medium; and c) adding a cryoprotectant to the microorganism obtained in step b); and d) freezing the microorganisms obtained in step c); and e) adding at least one stimulating additive which is a pellet, a granule, a tablet or a powder to microorganisms obtained in step d) a) culturing a microorganism in a culture medium; and b) collecting the microorganism from the culture medium; and c) adding a cryoprotectant to the microorganism obtained in step b); and d) freezing the microorganisms obtained in step c); and e) adding at least one stimulating additive which is a pellet, a granule, a tablet or a powder to microorganisms obtained in step d)
Work device having a drive motor which drives at least one drive shaft mounted in a housing so as to be rotatable about a rotation axis, wherein the drive shaft has at least one eccentric portion that drives a tool in a reciprocating manner; wherein the drive shaft exits the housing by way of a portion running concentrically with the rotation axis; wherein the at least one eccentric portion is disposed outside the housing; and wherein the drive shaft drives the tool by way of a connecting rod which is pivotably mounted on the tool and on the eccentric portion of the drive shaft, characterized in that two connecting rods which drive in each case one tool are provided, and in that the two connecting rods are disposed on opposite sides of the housing.
A master brake cylinder arrangement with actuation detection for a motor vehicle brake system, having at least one piston arrangement with a piston, which is displaceably guided in a cylinder bore in a cylinder housing, wherein the piston delimits a pressure chamber (44, 46) with the cylinder bore, which is fluidically connected to a hydraulic brake circuit, and can be displaced during a forward stroke from an initial position to a possible actuated position along a displacement axis, which essentially coincides with a longitudinal axis of the cylinder bore, and is displaced from an actuated position to the initial position during a return stroke, wherein a coupling element is assigned to the piston, which is coupled for joint displacement to a position detection rod, which is displaceably guided essentially in parallel with the first cylinder bore, wherein the position of the position detection rod is detectable with a position detection sensor attached to the cylinder housing, characterized in that the coupling element is lockable relative to the piston for a joint stroke movement together with the latter, and after exceeding a predetermined distance (x) of the stroke movement, the piston is further displaceable relative to the coupling element.