mhurhangee/ep-ind-claims huggingface dataset:
A vehicle body collision energy absorbing device, comprising a coupler, a coupler mounting plate and a vehicle body structure; the coupler comprising a coupler body and an expansion pipe that absorbs energy and expands relative to the coupler body, and the coupler body being arranged on the coupler mounting plate; wherein, the vehicle body structure is provided with an energy absorbing cavity, and the coupler mounting plate and the expansion pipe are arranged in the energy absorbing cavity; the vehicle body collision energy absorbing device further comprises a compression energy absorbing unit arranged in the energy absorbing cavity, and a shear pin, the vehicle body collision energy absorbing device is characterized in that, the vehicle body collision energy absorbing device further comprises a locking device that locks the coupler mounting plate relative to the energy absorbing cavity, and a retreat support arranged between the coupler mounting plate and the compression energy absorbing unit, wherein the shear pin connects the vehicle body structure with the retreat support; and one end of the compression energy absorbing unit abuts against a rear plate of the energy absorbing cavity; the retreat support is slidably arranged in the energy absorbing cavity and is provided with a locking component and a linkage structure, the locking component unlocks the locking device after being away from the coupler mounting plate, and the linkage structure has a positioning structure axially positioned with the expansion pipe; and when the expansion pipe drives a guide pipe and the retreat support to slide, the shear pin breaks. wherein, the vehicle body structure is provided with an energy absorbing cavity, and the coupler mounting plate and the expansion pipe are arranged in the energy absorbing cavity; the vehicle body collision energy absorbing device further comprises a compression energy absorbing unit arranged in the energy absorbing cavity, and a shear pin, the vehicle body collision energy absorbing device is characterized in that, the vehicle body collision energy absorbing device further comprises a locking device that locks the coupler mounting plate relative to the energy absorbing cavity, and a retreat support arranged between the coupler mounting plate and the compression energy absorbing unit, wherein the shear pin connects the vehicle body structure with the retreat support; and one end of the compression energy absorbing unit abuts against a rear plate of the energy absorbing cavity; the retreat support is slidably arranged in the energy absorbing cavity and is provided with a locking component and a linkage structure, the locking component unlocks the locking device after being away from the coupler mounting plate, and the linkage structure has a positioning structure axially positioned with the expansion pipe; and when the expansion pipe drives a guide pipe and the retreat support to slide, the shear pin breaks.
A guide device (1, 1A) with a wedge sliding surface (2, 2A) for bulk conveyors, said guide device (1, 1A) having an axis of extension said device (1, 1A) being adapted to be removably fixed to the head end of a lateral or central guide (4, 4A) of a bulk conveyor; said sliding surface (2, 2A) being at least partially defined by a plurality of rolling bodies, which are idly mounted to a plurality of shafts defining axes of rotation substantially and/or generally parallel to one another and orthogonal to said axis of extension said guide device having a body (7, 7A) comprising two opposed parallel plate-like elements (71, 72; 71A, 72A), having seats therein for receiving the ends of said shafts upon which said rolling bodies are mounted, said rolling bodies extending partially out of the section defined by the opposed plate-like elements (71, 72; 71A, 72A) characterized in that said body (7, 7A) comprises at least one pair of jaws (31, 32; 31A, 32A) for gripping a perforated plate-like element, particularly the metal core of a lateral guide or a central guide of a bulk conveyor wherein said pair of jaws (31, 32; 31A, 32A) have transverse dimensions equal to or smaller than the maximum transverse dimensions of said opposed plate-like elements (71, 72; 71A, 72A), the transverse dimension being considered along a direction orthogonal to the axis of extension and orthogonal to the axis of rotation of the rolling bodies.
A suture packaging comprising: a base; a cover (1010, 1110) having a lower surface and an upper surface configured to attach to the base to define an area configured to retain a suture; wherein a wall rises from the circumference of the base, wherein the outer circumference of the cover meets the upper rim of the wall when assembled to form the complete suture packaging; characterised in that said wall includes a plurality of protrusions extending inwardly toward a centre portion of the suture packaging, wherein said protrusions maintain the position of the suture at a predetermined distance toward the centre of the suture packaging to prevent the suture from getting caught in the juncture of wall and cover during assembly of the suture packaging; and further comprising an information label heat sealed to at least a portion of the upper surface of the cover. a base; a cover (1010, 1110) having a lower surface and an upper surface configured to attach to the base to define an area configured to retain a suture; wherein a wall rises from the circumference of the base, wherein the outer circumference of the cover meets the upper rim of the wall when assembled to form the complete suture packaging;
A light receiving device comprising: a pixel array unit having a plurality of pixels each including a light receiving unit that generates a signal according to reception of photons; a first switch unit that recharges the light receiving unit; characterized by a recharge control unit that controls the first switch unit according to output of the light receiving unit, the recharge control unit being shared among the plurality of pixels, wherein in a case where photons are incident on one or more light receiving units among light receiving units of the plurality of pixels that share the recharge control unit, the recharge control unit performs recharging for all of the light receiving units of the plurality of pixels. a pixel array unit having a plurality of pixels each including a light receiving unit that generates a signal according to reception of photons; a first switch unit that recharges the light receiving unit; characterized by a recharge control unit that controls the first switch unit according to output of the light receiving unit, the recharge control unit being shared among the plurality of pixels, wherein in a case where photons are incident on one or more light receiving units among light receiving units of the plurality of pixels that share the recharge control unit, the recharge control unit performs recharging for all of the light receiving units of the plurality of pixels.
A tongue device, preferably grooved rail tongue device, in particular of the flatbed type, for a switch system, comprising a base plate, a stock rail, a side rail, and a sliding plate, provided between the stock rail and the side rail, for the tongue of a tongue rail, characterised in that a plurality of support blocks which rest on the base plate and are separate from the stock rail and the side rail are provided between the stock rail and the side rail, wherein the sliding plate extends over the plurality of support blocks and rests on the plurality of support blocks.
Transport container containing 8 to 14 flat film bags or 8 to 12 flat double film bags, each filled with silicon chunks, wherein the flat film bags each have a packing density of 0.88 to 1.62 kg/dm 3 and the flat double film bags each have a packing density of 0.68 to 1.15 kg/dm 3, and wherein the transport container containing flat film bags has a packing density of 0.81 to 1.23 kg/dm 3 and the transport container containing flat double film bags has a packing density of 0.65 to 1.06 kg/dm 3, with the proviso that the packing density of the flat film bag or flat double film bag is greater than or equal to the packing density of the transport container, wherein the silicon chunks belong at least to one of the chunk size classes 0, 1, 2, 3 or 4, characterized in that the transport container has a length L which corresponds to the sum of a length l and a width b of a flat bag, and has a width B which corresponds to the twofold width 2b, wherein 2b must correspond at least to l, and wherein at least 2 and not more than 4 of the flat bags form a layer N in the transport container, wherein - for a layer of 2 flat bags 2N, the bags are arranged next to one another longitudinally or transversely, - for a layer of 3 flat bags 3N, the bags are arranged next to one another, with 2 of the bags arranged longitudinally and one transversely, - for a layer of 4 flat bags 4N, each 2 bags are arranged longitudinally next to one another, with the 2 bags each arranged in a longitudinal direction preferably overlapping. - for a layer of 2 flat bags 2N, the bags are arranged next to one another longitudinally or transversely, - for a layer of 3 flat bags 3N, the bags are arranged next to one another, with 2 of the bags arranged longitudinally and one transversely, - for a layer of 4 flat bags 4N, each 2 bags are arranged longitudinally next to one another, with the 2 bags each arranged in a longitudinal direction preferably overlapping.
Apparatus for duplicating data that can be read from a memory integrated into a portable tool, the said memory being accessible for reading and writing by a wireless link to the apparatus when the tool is in its vicinity, some of the data of the memory defining utilisation parameters of this portable tool; the said apparatus is characterised in that it furthermore comprises: - means for identifying at least two tools, a first tool having a memory whose utilisation parameters are to be duplicated in the memory of a second tool, - means for reading from the memory of a first portable tool at least the utilisation parameters of this portable tool, - means for writing in the memory of a second portable tool the utilisation parameters read from the memory of the first tool. - means for identifying at least two tools, a first tool having a memory whose utilisation parameters are to be duplicated in the memory of a second tool, - means for reading from the memory of a first portable tool at least the utilisation parameters of this portable tool, - means for writing in the memory of a second portable tool the utilisation parameters read from the memory of the first tool.
A method, comprising: identifying, by a device in a network, a set of traffic flow records that triggered an attack detector; selecting, by the device, a subset of the traffic flow records; calculating, by the device, aggregated metrics for the subset; providing, by the device, the aggregated metrics for the subset to the attack detector to generate an attack detection determination for the subset of traffic flow records; and identifying, by the device, one or more attack traffic flows from the set of traffic flow records based on the attack detection determination for the subset of traffic flow records; wherein the selecting, calculating and providing steps are repeated to select a different subset of the traffic flow records for evaluation by the attack detector, until it is determined that a stopping criterion has been met, wherein the stopping criterion is determined to be met when the subset of traffic flow records does not trigger detection of an attack by the attack detector; and wherein identifying the attack traffic flows comprises identifying traffic flow records outside of the selected subset as being attack-related. identifying, by a device in a network, a set of traffic flow records that triggered an attack detector; selecting, by the device, a subset of the traffic flow records; calculating, by the device, aggregated metrics for the subset; providing, by the device, the aggregated metrics for the subset to the attack detector to generate an attack detection determination for the subset of traffic flow records; and identifying, by the device, one or more attack traffic flows from the set of traffic flow records based on the attack detection determination for the subset of traffic flow records; wherein the selecting, calculating and providing steps are repeated to select a different subset of the traffic flow records for evaluation by the attack detector, until it is determined that a stopping criterion has been met, wherein the stopping criterion is determined to be met when the subset of traffic flow records does not trigger detection of an attack by the attack detector; and wherein identifying the attack traffic flows comprises identifying traffic flow records outside of the selected subset as being attack-related.
A bifunctional chelating agent comprising a compound of the structure wherein R 1 and R 2 are independently selected from the group consisting of -CH 2 -COOH -CH 2 -CH 2 -OH -CH(CH 3)-COOH -CH(C 6 H 5)-COOH and R 3 is selected from the group consisting of: -CH 2 -(CH 2) n -SH n = 1-9 -CH 2 -(CH 2) n -CONHNH 2 -CH 2 -(CH 2) n -CHO -CH 2 -(CH 2) n -NH-NH 2 R = F, CH 2 F, CHF 2, CF 3, OCF 3 -CH 2 -(CH 2) n -NH-C -(CF 2) n -COOH wherein M is selected from the group consisting of Fe, Cu, Al, Ga, In, Tl, Lu, La, Sm, Ta, Si, Ge, Sn, Co, Cr, Mn, Ti, V, Sc, Y, Tc, Zr, Mo, W, Ru, Rh, Ir and Ni and X is selected from the group consisting of OH, Cl, Br, F, I, NO 3, O 2, CH 3, CN, ClO 4, H 2 O, BF 4, SCN, N 3, RCOO, CF 3 COO, CH 3 COO, HCO 3, RSH and ROH.
An interfacial polymerization method comprising reacting a chemical mixture and a chemical mixture to form a polyamide, wherein and are immiscible with each other, and wherein: is an aqueous base comprising a monomeric polyamine reactant having one or more hexafluoroalcohol groups represented by Formula 1: wherein R 0 represents an organic group selected from the group consisting of aliphatic, alicyclic, aromatic, heterocyclic groups and combinations thereof, m is an integer of 2 or more, and n is an integer of 1 or more, and is organic and comprises a monomeric polyfunctional acyl halide reactant represented by Formula 2: R 1 (̵COX) p Formula 2 wherein R 1 represents an organic group selected from the group containing aliphatic alicyclic, aromatic, heterocyclic groups and combinations thereof, X is selected from the group consisting of fluorine, chlorine, bromine and iodine, and p represents an integer of 2 or more. is an aqueous base comprising a monomeric polyamine reactant having one or more hexafluoroalcohol groups represented by Formula 1: wherein R 0 represents an organic group selected from the group consisting of aliphatic, alicyclic, aromatic, heterocyclic groups and combinations thereof, m is an integer of 2 or more, and n is an integer of 1 or more, and is organic and comprises a monomeric polyfunctional acyl halide reactant represented by Formula 2: R 1 (̵COX) p Formula 2 wherein R 1 represents an organic group selected from the group containing aliphatic alicyclic, aromatic, heterocyclic groups and combinations thereof, X is selected from the group consisting of fluorine, chlorine, bromine and iodine, and p represents an integer of 2 or more.
An annular heat exchanger of longitudinal axis for a turbomachine, intended for example to be supported by an annular shell of a casing of the turbomachine, comprising an annular part in one piece comprising a first fluid circuit comprising at least a first conduit and at least a second conduit extending annularly, characterized in that the first conduit and the second conduit open into a first cavity formed at a circumferential first end of said annular part and in that it comprises removable sealing means which are attached to said first end and configured so as to allow a flow of fluid from the second conduit, into the first cavity and then into the first conduit.
A method for preparing allophanate from one or more identical or different isocyanates, or a mixture of different allophanates, by reacting one (or more) isocyanate(s) with at least one monoalcohol comprising an ether or polyether function, characterised in that the reaction is carried out in the presence of a bismuth-containing compound, as a catalyst, and a metal compound as a co-catalyst chosen from the alkali metal or alkaline earth metal carboxylates, the metal compound content being between 0.5 and 100 ppm with respect to the quantity of monoalcohol.
An optical signal processing device (3, 33) comprising: an accumulation unit adapted to divide at least one symbol region of a plurality of symbol regions (C1 to C4) into a plurality of division regions (B1 to B4) from a center coordinate of the symbol region, classify signal points in respective division regions in the symbol region, the signal points specifying symbol information included in an optical signal, and accumulate the signal points of the symbol information for every division region in the symbol region; and a control unit (41,44) that includes a determination unit that is adpated to determine a shape of signal point distribution in the symbol region based on the accumulated number of signal points for every division region; wherein the control unit is adapted to control an average length of time in calculating a phase noise of the optical signal, based on the shape of the signal point distribution that is determined by the determination unit. an accumulation unit adapted to divide at least one symbol region of a plurality of symbol regions (C1 to C4) into a plurality of division regions (B1 to B4) from a center coordinate of the symbol region, classify signal points in respective division regions in the symbol region, the signal points specifying symbol information included in an optical signal, and accumulate the signal points of the symbol information for every division region in the symbol region; and a control unit (41,44) that includes a determination unit that is adpated to determine a shape of signal point distribution in the symbol region based on the accumulated number of signal points for every division region; wherein the control unit is adapted to control an average length of time in calculating a phase noise of the optical signal, based on the shape of the signal point distribution that is determined by the determination unit.
An apparatus, comprising: a session controller (36, 38 and 40) configured to communicate with a network and configured to associate an ingress call peer for a call with a policy, the session controller configured to identify an egress call peer for the call; a signaling switch configured to communicate with the session controller; a management system configured to communicate with the session controller, the management system configured to record performance data related to the session controller; and a database configured to be accessed by the session controller, the database configured to store a policy associated with a plurality of calls, characterised in that the session controller is configured to perform selective media routing based on a media routing policy, the selective media routing including provisioning media routing per at least one of call peer, call peer group or realm, wherein a call peer includes a logical grouping of calls and is based on an Internet protocol subnet, wherein a call peer group includes one or more call peers, wherein the session controller is configured to specify at least one of intra-call peer routing for routing calls within a call peer, intra-call peer group routing for routing calls within a call peer group, intra-realm routing for routing calls within a realm and at least one of inter-call peer routing for routing calls between call peers, inter-call peer group routing for routing calls between call peer groups, and inter-realm routing for routing calls between realms. a session controller (36, 38 and 40) configured to communicate with a network and configured to associate an ingress call peer for a call with a policy, the session controller configured to identify an egress call peer for the call; a signaling switch configured to communicate with the session controller; a management system configured to communicate with the session controller, the management system configured to record performance data related to the session controller; and a database configured to be accessed by the session controller, the database configured to store a policy associated with a plurality of calls, characterised in that the session controller is configured to perform selective media routing based on a media routing policy, the selective media routing including provisioning media routing per at least one of call peer, call peer group or realm, wherein a call peer includes a logical grouping of calls and is based on an Internet protocol subnet, wherein a call peer group includes one or more call peers, wherein the session controller is configured to specify at least one of intra-call peer routing for routing calls within a call peer, intra-call peer group routing for routing calls within a call peer group, intra-realm routing for routing calls within a realm and at least one of inter-call peer routing for routing calls between call peers, inter-call peer group routing for routing calls between call peer groups, and inter-realm routing for routing calls between realms.
A method for computer-implemented determination of control parameters of a turbine (T1,...,Tn), the turbine (T1,..., Tn) being a wind turbine having a generator or a gas turbine having a generator, comprising the steps of: S1) receiving, by an interface, in addition to actual operation parameters of the turbine (T1,...,Tn) and/or ambient condition information, individual manufacturing tolerance data (MD T) as characteristic values (AG, MP, MDM, TC, CR) of the turbine (T1,...,Tn); S2) determining, by a processing unit, a lifetime information about a residual lifetime of the turbine (T1,...,Tn) or a turbine component by a simulation of the operation of the turbine (T1,...,Tn), the simulation being made with a given turbine model in which the actual operation parameters of the turbine (T1,...,Tn) and/or ambient condition information and the one or more characteristic values (AG, MP, MDM, TC, CR) of the turbine (T1,...,Tn) are used as input parameters; S3) deriving, by the processing unit, the control parameters for the turbine (T1,...,Tn) from the lifetime information. S1) receiving, by an interface, in addition to actual operation parameters of the turbine (T1,...,Tn) and/or ambient condition information, individual manufacturing tolerance data (MD T) as characteristic values (AG, MP, MDM, TC, CR) of the turbine (T1,...,Tn); S2) determining, by a processing unit, a lifetime information about a residual lifetime of the turbine (T1,...,Tn) or a turbine component by a simulation of the operation of the turbine (T1,...,Tn), the simulation being made with a given turbine model in which the actual operation parameters of the turbine (T1,...,Tn) and/or ambient condition information and the one or more characteristic values (AG, MP, MDM, TC, CR) of the turbine (T1,...,Tn) are used as input parameters; S3) deriving, by the processing unit, the control parameters for the turbine (T1,...,Tn) from the lifetime information.
A pharmaceutical composition of a compressed tablet, which contains amorphous rosuvastatin calcium, calcium carbonate as a stabilizing agent and lactose monohydrate as a soluble filler, coated with a polyvinyl alcohol based film, free of iron oxides, wherein calcium carbonate and lactose monohydrate are in a ratio from 1:3 to 1:14.