mhurhangee/ep-ind-claims huggingface dataset:
Removable partition or removable partition module configured to be placed between a first backing surface and a second backing surface of a construction, comprising at least one frame and, one or more panels, on both sides thereof, the frame comprising supports arranged at a distance from each other and connected by spacer elements, the panels being fixed to the supports and/or to the spacer elements, at least one of the ends of the supports comprising a fastening device, said fastening device comprising (i) an essentially tubular fixed sleeve secured to one end of the relevant support and comprising at least one transversal abutment at the end opposite to the securement to the relevant support, (ii) a slider provided with a slider head and a bearing surface, (iii) a first member which is a spring member arranged so as to act on the bearing surface of the slider in the direction of pushing the slider in the sleeve longitudinally outwards, characterized in that the fastening device comprises (iv) a second member which is controllable and arranged to act on command against the effect of the first member, on the slider in the direction of retracting said slider.
An earplug (10,100), comprising: a front insertion portion; a single rear flange extending from a periphery of the front insertion portion in a direction away from the insertion portion; a push-in portion delimited by the intersection of the front insertion portion and the single rear flange; wherein the front insertion portion is configured to be partially inserted into an ear canal of a wearer; wherein the earplug (10,100) is integrally formed of a resilient compressible foamed thermoset material; and wherein the front insertion portion comprises a cylinder and wherein the single rear flange and the push-in portion form a truncated cylinder. a front insertion portion; a single rear flange extending from a periphery of the front insertion portion in a direction away from the insertion portion; a push-in portion delimited by the intersection of the front insertion portion and the single rear flange; wherein the front insertion portion is configured to be partially inserted into an ear canal of a wearer; wherein the earplug (10,100) is integrally formed of a resilient compressible foamed thermoset material; and
A control device (140, 140a) comprising: a driving control unit configured to control driving of an arm unit that supports a medical instrument; a region setting unit configured to set at least one region from a plurality of regions in a peripheral image as an intrusion prohibited region in accordance with a region selection operation by a user, from a manual input device, to select the at least one region in the peripheral image via a graphical user interface, the peripheral image including the arm unit and the medical instrument and a plurality of objects, each region of the peripheral image including one of the plurality of objects and corresponding to a portion of a space, the intrusion prohibited region corresponding to a portion of the space for which the medical instrument or the arm unit is prohibited from intruding within a movable range of the arm unit; an intrusion determination unit configured to determine a presence or an absence of the medical instrument or the arm unit within a distance of the intrusion prohibited region that is less than or equal to a predetermined threshold value when the driving control unit controls driving of the arm unit in accordance with a non-contact operation by a user with respect to the arm unit; and an action instruction unit configured to cause an intrusion hindering action for hindering intrusion of the medical instrument or the arm unit into the intrusion prohibited region to be executed in accordance with a determination result of the intrusion determination unit. a driving control unit configured to control driving of an arm unit that supports a medical instrument; a region setting unit configured to set at least one region from a plurality of regions in a peripheral image as an intrusion prohibited region in accordance with a region selection operation by a user, from a manual input device, to select the at least one region in the peripheral image via a graphical user interface, the peripheral image including the arm unit and the medical instrument and a plurality of objects, each region of the peripheral image including one of the plurality of objects and corresponding to a portion of a space, the intrusion prohibited region corresponding to a portion of the space for which the medical instrument or the arm unit is prohibited from intruding within a movable range of the arm unit; an intrusion determination unit configured to determine a presence or an absence of the medical instrument or the arm unit within a distance of the intrusion prohibited region that is less than or equal to a predetermined threshold value when the driving control unit controls driving of the arm unit in accordance with a non-contact operation by a user with respect to the arm unit; and an action instruction unit configured to cause an intrusion hindering action for hindering intrusion of the medical instrument or the arm unit into the intrusion prohibited region to be executed in accordance with a determination result of the intrusion determination unit.
A glyceride composition comprising at least 15 % by weight of a triglyceride comprising a palmitoyl group at the 2-position, wherein at least 30 % by weight of the total palmitic acid content of the composition is present at the 2-position in a glyceride, wherein the composition comprises one or more tocopherols and ascorbyl palmitate in a total amount of up to 1 % by weight, and wherein the composition does not comprise any further antioxidant, such as phospholipids.
Method for the production of an initial rubber composition, in the course of which the following steps are carried out in succession: A- a rubber matrix, reinforcing fillers, and other components if required, with the exception of the cross-linking system, are introduced into a mixing means of the internal mixer type, comprising a mixing chamber in which there are mounted rotors (112, 113) which are driven in rotation and have radial projections forming a gap (e) between themselves and the vessel, B- said components are mixed in the chamber until a uniform mixture is obtained, care being taken to ensure that the temperature of the mixture remains at or below 170°C, characterized in that after, C- the rotation speed of the rotors is adjusted so as to bring the rubber composition to a dropping temperature in the range from 180°C to 240°C, in a time of less than 600 seconds, and preferably less than 400 seconds, and D- when the dropping temperature has been reached, the initial rubber composition is removed from the internal mixer and the temperature of said composition is brought below 140°C in less than 5 minutes. A- a rubber matrix, reinforcing fillers, and other components if required, with the exception of the cross-linking system, are introduced into a mixing means of the internal mixer type, comprising a mixing chamber in which there are mounted rotors (112, 113) which are driven in rotation and have radial projections forming a gap (e) between themselves and the vessel, B- said components are mixed in the chamber until a uniform mixture is obtained, care being taken to ensure that the temperature of the mixture remains at or below 170°C, characterized in that after, C- the rotation speed of the rotors is adjusted so as to bring the rubber composition to a dropping temperature in the range from 180°C to 240°C, in a time of less than 600 seconds, and preferably less than 400 seconds, and D- when the dropping temperature has been reached, the initial rubber composition is removed from the internal mixer and the temperature of said composition is brought below 140°C in less than 5 minutes.
Locking bolt with locking mechanism (5, 18), having a sleeve which can be fixed to a machine part and a locking pin connected to a push-button and which can be displaced in a passage bore of the sleeve axially against and by means of the force of a spring by actuating the push-button, whereby the locking pin can be brought by means of the locking mechanism (5, 18) into two locked positions (27, 30) which correspond to a moved-in rest/unlocked position and a moved-out working/locked position, wherein the locking mechanism (5, 18) is a type of ball-point pen mechanism and the locking pin is actuated only by pressure in locking direction on the push-button, characterised in that the push-button has a hexagonal recess which matches an assigned external hexagon of the sleeve, and in that the locking mechanism has a ball which is accommodated in an annular groove on the inner periphery of the sleeve and in a heart-shaped connecting link guide in the outer casing of the locking pin.
A receiving unit for a circuit carrier, - wherein the receiving unit has at least one electrical contact, - wherein the circuit carrier can be inserted into the receiving unit at an angle to an end position of the circuit carrier; - wherein the receiving unit is configured such that when the circuit carrier has been inserted, substantially no bending forces act on the circuit carrier via the at least one electrical contact, and - wherein provided on the opposite side of the at least one contact is a mechanical contact or an electrical contact to compensate for the bending forces acting on the circuit carrier in the inserted state. - wherein the receiving unit has at least one electrical contact, - wherein the circuit carrier can be inserted into the receiving unit at an angle to an end position of the circuit carrier; - wherein the receiving unit is configured such that when the circuit carrier has been inserted, substantially no bending forces act on the circuit carrier via the at least one electrical contact, and - wherein provided on the opposite side of the at least one contact is a mechanical contact or an electrical contact to compensate for the bending forces acting on the circuit carrier in the inserted state.
A method to provide load balancing and routing for a plurality of end systems in a network, wherein the network contains at least one load balancer that balances traffic load across the plurality of end systems, the method comprising: receiving at the LB a request packet with Internet Protocol version 6 source and destination addresses specified, and wherein a source address is associated with a requesting correspondent node and a destination address is associated with a set of target end systems, and nonce information in the packet indicates that the CN is Identifier Locator Network Protocol (ILNP) capable; directing the request packet to a specific end system from the set of target end systems, wherein the set of target end systems is identifiable by the requesting CN by a load balanced address, wherein each target end system has a unique direct path locator prefix and a common ILNP identifier, and wherein the load balanced address is a single IPv6 address containing a common IPv6 locator prefix and the common ILNP identifier shared among the set of target end systems; characterized by overwriting the common IPv6 locator prefix of the destination address with the unique direct path locator prefix of the specific end system; forwarding the request packet to the specific end system; and notifying the CN of the unique direct path locator prefix of the specific end system upon discovering an end system nonce for communication between the CN and the specific end system. receiving at the LB a request packet with Internet Protocol version 6 source and destination addresses specified, and wherein a source address is associated with a requesting correspondent node and a destination address is associated with a set of target end systems, and nonce information in the packet indicates that the CN is Identifier Locator Network Protocol (ILNP) capable; directing the request packet to a specific end system from the set of target end systems, wherein the set of target end systems is identifiable by the requesting CN by a load balanced address, wherein each target end system has a unique direct path locator prefix and a common ILNP identifier, and wherein the load balanced address is a single IPv6 address containing a common IPv6 locator prefix and the common ILNP identifier shared among the set of target end systems; characterized by overwriting the common IPv6 locator prefix of the destination address with the unique direct path locator prefix of the specific end system; forwarding the request packet to the specific end system; and notifying the CN of the unique direct path locator prefix of the specific end system upon discovering an end system nonce for communication between the CN and the specific end system.
A fluid spill collector assembly comprising: a stationary collar having an inner peripheral surface; and a double-walled spill container assembly comprising: an outer receptacle having a first open upper end, said outer receptacle sized to be receivable within said collar; an inner receptacle having a second open upper end, said inner receptacle coupled to said outer receptacle to create a sealed interstitial space therebetween; and a seal coupled to at least one of said outer receptacle and said inner receptacle, characterized in that said seal slidably engageable with said inner peripheral surface of said collar to create a fluid tight seal between said collar and said spill container assembly, said spill container assembly axially moveable with respect to said stationary collar while said interstitial space remains sealed. a stationary collar having an inner peripheral surface; and a double-walled spill container assembly comprising: an outer receptacle having a first open upper end, said outer receptacle sized to be receivable within said collar; an inner receptacle having a second open upper end, said inner receptacle coupled to said outer receptacle to create a sealed interstitial space therebetween; and a seal coupled to at least one of said outer receptacle and said inner receptacle, an outer receptacle having a first open upper end, said outer receptacle sized to be receivable within said collar; an inner receptacle having a second open upper end, said inner receptacle coupled to said outer receptacle to create a sealed interstitial space therebetween; and a seal coupled to at least one of said outer receptacle and said inner receptacle, characterized in that said seal slidably engageable with said inner peripheral surface of said collar to create a fluid tight seal between said collar and said spill container assembly, said spill container assembly axially moveable with respect to said stationary collar while said interstitial space remains sealed.
Heat exchanger having at least one sorption duct, in which a sorbent is arranged and through which a fluid can flow, wherein the heat exchanger also contains at least one catalyst, by means of which a fuel can be reacted exothermically such that at least some of the resulting heat can be supplied to the sorbent, characterized in that the heat exchanger further contains a main support having a first side and an opposite second side, wherein the at least one catalyst is arranged on the second side and the sorbent is arranged on the first side.
A traffic processing method, applied to a Traffic Offload Function, TOF, comprising: determining whether an upstream traffic message is local traffic; and performing layer-3 forwarding for the upstream traffic message according to a forwarding table stored locally in response to the upstream traffic message being local traffic; characterized in that determining whether the upstream traffic message is local traffic comprises: determining whether a destination IP of the upstream traffic message matches IP information in the forwarding table; wherein the IP information in the forwarding table is IP information of a device directly connected to the TOF or directly connected to a layer-2 access device to which the TOF is connected or belongs; determining that the upstream traffic message is local traffic in response to a match between the destination IP of the upstream traffic message and the IP information in the forwarding table; and determining that the upstream traffic message is not local traffic in response to no match between the destination IP of the upstream traffic message and the IP information in the forwarding table. determining whether an upstream traffic message is local traffic; and performing layer-3 forwarding for the upstream traffic message according to a forwarding table stored locally in response to the upstream traffic message being local traffic; characterized in that determining whether the upstream traffic message is local traffic comprises: determining whether a destination IP of the upstream traffic message matches IP information in the forwarding table; wherein the IP information in the forwarding table is IP information of a device directly connected to the TOF or directly connected to a layer-2 access device to which the TOF is connected or belongs; determining that the upstream traffic message is local traffic in response to a match between the destination IP of the upstream traffic message and the IP information in the forwarding table; and determining that the upstream traffic message is not local traffic in response to no match between the destination IP of the upstream traffic message and the IP information in the forwarding table. determining whether a destination IP of the upstream traffic message matches IP information in the forwarding table; wherein the IP information in the forwarding table is IP information of a device directly connected to the TOF or directly connected to a layer-2 access device to which the TOF is connected or belongs; determining that the upstream traffic message is local traffic in response to a match between the destination IP of the upstream traffic message and the IP information in the forwarding table; and determining that the upstream traffic message is not local traffic in response to no match between the destination IP of the upstream traffic message and the IP information in the forwarding table.
A method for wireless communication method by a user equipment, comprising: multiplying element-wise a plurality of data symbols of ACK/NACK information with a first scrambling sequence and a first orthogonal time domain sequence; mapping the data symbols multiplied by the first scrambling sequence and the first orthogonal time domain sequence to a first slot; multiplying element-wise a plurality of data symbols of ACK/NACK information with a second scrambling sequence and a second orthogonal time domain sequence; mapping the data symbols multiplied by the second scrambling sequence and the second orthogonal time domain sequence to a second slot; and transmitting the first slot and the second slot to a base station, wherein the first slot includes five DFT-S-OFDM symbols to transmit the data symbols and the second slot includes four DFT-S-OFDM symbols to transmit the data symbols, wherein the first orthogonal time domain sequence is selected from orthogonal sequences listed in Table 1 and the second orthogonal time domain sequence is selected from orthogonal sequences listed in Table 2, and wherein the sequence index of the first orthogonal time domain sequence is the same as the sequence index of the second orthogonal time domain sequence. [Table 1] Sequence Index DFT Sequence 0 [1 1 1 1 1] 1 [1 e j 2π/5 e j 4π/5 e j 6π/5 e j 8π/5] 2 [1 e j 4π/5 e j 6π/5 e j 8π/5 e j 16π/5] 3 [1 e j 6π/5 e j 12π/5 e j 18π/5 e j 24π/5] [Table 2] Sequence Index DFT Sequence 0 [1 1 1 1] 1 [1 -1 1 -1] 2 [1 1 -1 -1] 3 [1 -1 -1 1] multiplying element-wise a plurality of data symbols of ACK/NACK information with a first scrambling sequence and a first orthogonal time domain sequence; mapping the data symbols multiplied by the first scrambling sequence and the first orthogonal time domain sequence to a first slot; multiplying element-wise a plurality of data symbols of ACK/NACK information with a second scrambling sequence and a second orthogonal time domain sequence; mapping the data symbols multiplied by the second scrambling sequence and the second orthogonal time domain sequence to a second slot; and transmitting the first slot and the second slot to a base station, wherein the first slot includes five DFT-S-OFDM symbols to transmit the data symbols and the second slot includes four DFT-S-OFDM symbols to transmit the data symbols, wherein the first orthogonal time domain sequence is selected from orthogonal sequences listed in Table 1 and the second orthogonal time domain sequence is selected from orthogonal sequences listed in Table 2, and wherein the sequence index of the first orthogonal time domain sequence is the same as the sequence index of the second orthogonal time domain sequence. [Table 1] Sequence Index DFT Sequence 0 [1 1 1 1 1] 1 [1 e j 2π/5 e j 4π/5 e j 6π/5 e j 8π/5] 2 [1 e j 4π/5 e j 6π/5 e j 8π/5 e j 16π/5] 3 [1 e j 6π/5 e j 12π/5 e j 18π/5 e j 24π/5] [Table 2] Sequence Index DFT Sequence 0 [1 1 1 1] 1 [1 -1 1 -1] 2 [1 1 -1 -1] 3 [1 -1 -1 1]
A particulate composite material, wherein the particles consist of a graphitic core associated with SiOx nanoparticles, wherein X is between 0.2 and 1.8, or between 0.3 and 1.2, or between 0.8 and 1.2, coated by a layer of non-graphitic carbon; wherein the non-graphitic carbon layer is pyrolytic carbon deposited by chemical vapor deposition; wherein the composite material is characterized by a particle size distribution with a D 90 of between 1 μm and 40 μm; wherein the SiO x nanoparticles are characterized by a particle size distribution with a D 50 of 15 to 100 nm; and wherein the SiO x nanoparticles are associated with the surface of the graphitic core particle. wherein the non-graphitic carbon layer is pyrolytic carbon deposited by chemical vapor deposition; wherein the composite material is characterized by a particle size distribution with a D 90 of between 1 μm and 40 μm; wherein the SiO x nanoparticles are characterized by a particle size distribution with a D 50 of 15 to 100 nm; and wherein the SiO x nanoparticles are associated with the surface of the graphitic core particle.