mhurhangee/ep-ind-claims huggingface dataset:
A patient interface for delivering breathable gas to a patient, the patient interface comprising: a nasal seal to sealingly communicate with the patient's nose in use; a frame provided to the nasal seal; and headgear to maintain the nasal seal in a desired position on the patient's face, the headgear includes side straps each having a sleeve, a rigidizer being positioned in each sleeve, wherein each rigidizer includes a first end portion that provides a connector structured to engage a respective end of the nasal seal characterized in that, said each rigidizer further includes an inwardly curved protrusion in the form of a cheek support that curves inwardly of the connector, the cheek support adapted to follow the contour of the patient's cheek and guide a respective end portion of the side strap into engagement with the patient's cheek to provide a stable cheek support. a nasal seal to sealingly communicate with the patient's nose in use; a frame provided to the nasal seal; and headgear to maintain the nasal seal in a desired position on the patient's face, the headgear includes side straps each having a sleeve, a rigidizer being positioned in each sleeve, wherein each rigidizer includes a first end portion that provides a connector structured to engage a respective end of the nasal seal characterized in that, said each rigidizer further includes an inwardly curved protrusion in the form of a cheek support that curves inwardly of the connector, the cheek support adapted to follow the contour of the patient's cheek and guide a respective end portion of the side strap into engagement with the patient's cheek to provide a stable cheek support.
A cryptographic system comprising an encryption device and a decryption device, wherein the encryption device includes a ciphertext generation unit that is configured to generate a ciphertext having an element c 0 in which a value ω̃ is set as a coefficient of a basis vector b 0,r, and an element c t in which attribute information x t is set as a coefficient of a basis vector b p and the value ω̃ is set as a coefficient of a basis vector bq, for each index t included in a set I x→, and wherein the decryption device includes a decryption key storage unit that is configured to store a decryption key having an element k 0 and an element k t which are generated using a value s t and a value s 0 which is a sum of the value s t for each index t included in a set I v→, the element k 0 being an element in which a value -s 0 is set as a coefficient of a basis vector b * 0,r corresponding to the basis vector b 0,r, the element k t being an element in which predicate information v t is set as a coefficient of a basis vector b * p corresponding to the basis vector b p and the value s t is set as a coefficient of a basis vector b * q corresponding to the basis vector b q, for each index t included in the set I v→; and a decryption unit (340, 350) that is configured to decrypt the ciphertext generated by the ciphertext generation unit with the decryption key stored by the decryption key storage unit, the decryption unit (340, 350) being configured to decrypt the ciphertext by computing a product of pairing operations between corresponding pairs of the basis vectors on the element c 0 and the element k 0 and on the element c t and the element k t for each index t included in the set I v→.
A method for treating mechanical pulps comprising the steps of: a) providing cellulosic materials derived from softwood or hardwood; b) introducing the cellulosic material to a mainline refining system for conversion to a mainline pulp; c) separating out rejects from the mainline pulp by means of screening or fractionation; d) mixing a neutral-alkaline whitewater stream, recycled from a paper process, essentially free of oxidizable sulfur species and containing a buffering agent, with said rejects to form a rejects fiber; e) adding a treatment liquor comprising hydrogen peroxide and an alkali to said rejects fiber, wherein the amount of alkali is less than 3,5% by weight on a 100% basis based on fiber and the ratio of alkali to hydrogen peroxide is from 0,35/1,0 to 1,5/1,0; and f) adding a chelant to control metal ions harmful to hydrogen peroxide stability to said rejects fiber and said neutral-alkaline whitewater stream; g) refining the treated rejects fiber, wherein the hydrogen peroxide and an alkali are separately or concurrently added to the rejects fiber ahead of or during refining said rejects fiber. a) providing cellulosic materials derived from softwood or hardwood; b) introducing the cellulosic material to a mainline refining system for conversion to a mainline pulp; c) separating out rejects from the mainline pulp by means of screening or fractionation; d) mixing a neutral-alkaline whitewater stream, recycled from a paper process, essentially free of oxidizable sulfur species and containing a buffering agent, with said rejects to form a rejects fiber; e) adding a treatment liquor comprising hydrogen peroxide and an alkali to said rejects fiber, wherein the amount of alkali is less than 3,5% by weight on a 100% basis based on fiber and the ratio of alkali to hydrogen peroxide is from 0,35/1,0 to 1,5/1,0; and f) adding a chelant to control metal ions harmful to hydrogen peroxide stability to said rejects fiber and said neutral-alkaline whitewater stream; g) refining the treated rejects fiber,
A method of optimized monitoring and securing of at least one vehicle enclosure (2, 3, 4), especially a piloting cockpit, a passenger cabin, and/or a cargo hold of an airplane, in which one or more camera shots (21a to 23a, 21b to 23b; 24; 25, 26) distributed in the enclosure (2, 3, 4) to define a field of view of substantially the entire enclosure (2, 3, 4) provide, during a transmission stage, image streams to at least one mobile visualization medium which can move along with a crew member, remain in communication with him at all times and connect by wireless link to other mobile and/or fixed media, as well as to key elements (6D, 6V) of the enclosure (2, 3, 4) in regard to security-sensitive zones (7 to 10, 41) where the or, each visualization medium is parametrized according to different visualization modes, making it possible to switch, in each mode, between display configurations (61 to 63), information transmission configurations (64, 65), and passive and active alert monitoring configurations of the enclosure, and where, if a degree of nonsecure status (Ens1 to Ens10) is selected to define the security situation of the enclosure (2, 3, 4), the visualization medium changes to an active alert configuration in which modulated actions are proposed on the key elements (6D, 6V), characterized in that the alarms (Al) and modulated actions (Am) are automatically triggered according to the degree of nonsecure status selected (Ens1 to Ens10), based on an image and/or audio processing, and transmitted to the crew members depending on the phase of transportation.
An electronic device comprising: a housing having an accommodating space, wherein the housing is provided with a groove around the accommodating space, and a first electrode and a second electrode are disposed on a bottom surface of the groove; and a bezel, wherein at least a portion of the bezel is disposed in the groove; in a case that the bezel is located at a first position of the groove, the first electrode and the second electrode are conductively connected; and in a case that the bezel is located at a second position of the groove, the first electrode and the second electrode are conductively disconnected; characterized by further comprising: an elastic member disposed on the bottom surface, wherein one end of the elastic member is connected to the first electrode, a protruding portion is disposed on a surface of the bezel facing the bottom surface of the groove; in the case that the bezel is located at the first position, the protruding portion presses the elastic member, and another end of the elastic member is connected to the second electrode; and in the case that the bezel is located at the second position, the protruding portion is away from the elastic member, and the another end of the elastic member is separated from the second electrode. a housing having an accommodating space, wherein the housing is provided with a groove around the accommodating space, and a first electrode and a second electrode are disposed on a bottom surface of the groove; and a bezel, wherein at least a portion of the bezel is disposed in the groove; in a case that the bezel is located at a first position of the groove, the first electrode and the second electrode are conductively connected; and in a case that the bezel is located at a second position of the groove, the first electrode and the second electrode are conductively disconnected; characterized by further comprising: an elastic member disposed on the bottom surface, wherein one end of the elastic member is connected to the first electrode, a protruding portion is disposed on a surface of the bezel facing the bottom surface of the groove; in the case that the bezel is located at the first position, the protruding portion presses the elastic member, and another end of the elastic member is connected to the second electrode; and in the case that the bezel is located at the second position, the protruding portion is away from the elastic member, and the another end of the elastic member is separated from the second electrode.
A method of wireless communication of a base station, comprising: receiving, from a user equipment, UE, an acknowledgement/negative acknowledgement, ACK/NACK, feedback indicating that a subset of codeblock groups, CBGs, of a set of transmitted CBGs failed to be properly decoded; retransmitting, based on the ACK/NACK feedback, the subset of CBGs; and transmitting a downlink control information, DCI, message indicating the subset of CBGs that is being retransmitted, wherein the DCI message includes a CBG bitmap indicating which CBGs are retransmitted. receiving, from a user equipment, UE, an acknowledgement/negative acknowledgement, ACK/NACK, feedback indicating that a subset of codeblock groups, CBGs, of a set of transmitted CBGs failed to be properly decoded; retransmitting, based on the ACK/NACK feedback, the subset of CBGs; and transmitting a downlink control information, DCI, message indicating the subset of CBGs that is being retransmitted, wherein the DCI message includes a CBG bitmap indicating which CBGs are retransmitted.
Heat exchanger comprising: - a cool conduit (2,3) adapted for guiding a cool fluid (20,30) through the cool conduit, the cool conduit having a cool fluid inlet (21,31) and a cool fluid outlet (22,32); - a hot conduit adapted for guiding a hot fluid through the hot conduit, the hot conduit having a hot fluid inlet and a hot fluid outlet; - a heat exchanging element arranged between the cool conduit (2,3) and the hot conduit for a heat exchange between the cool fluid and the hot fluid, the heat exchanger further comprising at least one further conduit (3,2) for guiding a fluid (30,20) through the further conduit, the further conduit having a fluid inlet (31,21) and a fluid outlet (32,22), wherein the further conduit is arranged next to the cool conduit (2,3) or to the hot conduit on a same side of the heat exchanging element as said respective cool or hot conduit, characterized in that the further conduit is separated from the respective cool or hot conduit by a separator comprising two separating elements (51,52) arranged at a distance to each other and forming a cavity between the two separating elements (51,52), the separator limiting a fluid flow into or in the cavity such as to limit a heat exchange between the further conduit (3,2) and the respective cool or hot conduit arranged on the same side of the heat exchanging element. - a cool conduit (2,3) adapted for guiding a cool fluid (20,30) through the cool conduit, the cool conduit having a cool fluid inlet (21,31) and a cool fluid outlet (22,32); - a hot conduit adapted for guiding a hot fluid through the hot conduit, the hot conduit having a hot fluid inlet and a hot fluid outlet; - a heat exchanging element arranged between the cool conduit (2,3) and the hot conduit for a heat exchange between the cool fluid and the hot fluid, the heat exchanger further comprising
Container for cooking or receiving foods comprising a body, a bottom and a lateral wall, said body having an outer surface, designated to come into contact with a heat source, and an inner surface, designated to come into contact with the food, said inner surface comprising a non-stick coating, said non-stick coating having an overall thickness of at least 15 μm, for example a thickness comprised between 15 μm and 80 μm, and being sintered by means of a single cooking, at a temperature comprised between 380°C to 450°C for fluoropolymer-based anti-stick coatings, for example PTFE, and between 150°C and 350°C for Sol-Gel-based anti-stick coatings, for example ceramic, characterized in that it further comprises at least one decoration applied beneath said coating, and directly on the surface of said body, said at least one decoration having, due to the high thickness of the non-stick coating placed above it, a greater resistance to abrasion and scratch, as well as a greater resistance to washing in a dishwasher, said coating being transparent or semi-transparent.
A method for scanning frequency bands in order to find a network, carried out in a device comprising a receiver configured for carrier aggregation, which receiver comprises a receive chain, the method comprising: receiving a signal by the receive chain; splitting the received signal into at least two receive paths in the device, comprising a first path and a second path, wherein said first path receives a first frequency band and the second path receives a second frequency band; and scanning the first path and the second path in parallel for a network, thereby substantially simultaneously scanning the first frequency band in the first path and the second frequency band in the second path. receiving a signal by the receive chain; splitting the received signal into at least two receive paths in the device, comprising a first path and a second path, wherein said first path receives a first frequency band and the second path receives a second frequency band; and scanning the first path and the second path in parallel for a network, thereby substantially simultaneously scanning the first frequency band in the first path and the second frequency band in the second path.
A tobacco container comprising tobacco and a folded blank for forming a container for smoking articles, the container for smoking articles comprising: a housing comprising a front face, a back face, two side faces (4, 8) and a bottom face; wherein said housing further comprises a continuous fold line (5, 105) extending across the two side faces (4, 8), the front face and the back face; the folded blank comprising: a back panel (106a, 106b), a front panel and two side panels (104c, 104d, 108c, 108d), the continuous fold line (5, 105) extending across the two side panels, the front panel and the back panel; wherein said back front and side panels have been folded along joining edges (42, 44) between the front panel, the back panel (106a, 106b) and the side panels (104c, 104d, 108c, 108d) to create a collapsed housing; wherein said collapsed housing is folded about the continuous fold line (5, 105); and wherein the folded blank fits inside the tobacco container. a housing comprising a front face, a back face, two side faces (4, 8) and a bottom face; wherein said housing further comprises a continuous fold line (5, 105) extending across the two side faces (4, 8), the front face and the back face; the folded blank comprising: a back panel (106a, 106b), a front panel and two side panels (104c, 104d, 108c, 108d), the continuous fold line (5, 105) extending across the two side panels, the front panel and the back panel; wherein said back front and side panels have been folded along joining edges (42, 44) between the front panel, the back panel (106a, 106b) and the side panels (104c, 104d, 108c, 108d) to create a collapsed housing; wherein said collapsed housing is folded about the continuous fold line (5, 105); and wherein the folded blank fits inside the tobacco container. a back panel (106a, 106b), a front panel and two side panels (104c, 104d, 108c, 108d), the continuous fold line (5, 105) extending across the two side panels, the front panel and the back panel; wherein said back front and side panels have been folded along joining edges (42, 44) between the front panel, the back panel (106a, 106b) and the side panels (104c, 104d, 108c, 108d) to create a collapsed housing; wherein said collapsed housing is folded about the continuous fold line (5, 105); and wherein the folded blank fits inside the tobacco container.
A sintered bead having the following crystalline phases, as percentages by weight on the basis of the crystalline phases and for a total of 100%: stabilized zirconia: complement to 100%; monoclinic zirconia: ≤ 20%; 4% ≤ magnetic constituent ≤ 22%; crystalline phases other than stabilized zirconia, monoclinic zirconia and magnetic constituent: < 10%; the magnetic constituent being selected from magnetic spinels, magnetic garnets, magnetic hexagonal ferrites and their mixtures; excluding the magnetic constituent, the sintered bead comprising CeO 2 and optionally Y 2 O 3 in contents such that 3% ≤ CeO 2 ≤ 17.5% and 1.5% ≤ Y 2 O 3 + (CeO 2)/3.5 ≤ 5%, as molar percentages on the basis of the sum of ZrO 2, CeO 2 and Y 2 O 3. stabilized zirconia: complement to 100%; monoclinic zirconia: ≤ 20%; 4% ≤ magnetic constituent ≤ 22%; crystalline phases other than stabilized zirconia, monoclinic zirconia and magnetic constituent: < 10%; the magnetic constituent being selected from magnetic spinels, magnetic garnets, magnetic hexagonal ferrites and their mixtures; excluding the magnetic constituent, the sintered bead comprising CeO 2 and optionally Y 2 O 3 in contents such that 3% ≤ CeO 2 ≤ 17.5% and 1.5% ≤ Y 2 O 3 + (CeO 2)/3.5 ≤ 5%, as molar percentages on the basis of the sum of ZrO 2, CeO 2 and Y 2 O 3.
Winder for an endless lane of a plastic web, with a revolving unit (6, 6', 55, 90), which is constructed so as to be rotatable about its axis and has at least two winding shafts (10 to 12, 10' to 12') running parallel to its axis, onto which winding cores can be loaded, then wound with the web to a roll, finally unloaded therefrom again as finished rolls, wherein on both sides of the revolving unit (6, 6', 55, 90) support arrangements are arranged, in which the winding shafts (10 to 12, 10' to 12') are supported at their corresponding ends therein, and wherein the support for one end of the winding shafts (10 to 12, 10' to 12') is constructed so as to be detachable, such that the respective winding shaft (10 to 12, 10' to 12'), with released support, can be loaded and unloaded from this end, characterized in that the detachably constructed support arrangements each have a gripper arrangement (36 to 38) with a two-armed scissor unit (39 to 41), the scissor arms (42, 43) of which surround the winding shaft (10 to 12, 10' to 12') in the closed position and are pivoted away therefrom in the open position.
A method for communicating in a wireless network, comprising: generating, by a network entity, a resource grant for transmitting, in a transmission time interval that is of a two symbol or three symbol duration, an uplink channel, wherein the resource grant indicates at least one uplink channel symbol of the two symbol or three symbol duration of the TTI over which to transmit the uplink channel, and wherein the resource grant indicates to transmit a demodulation reference signal for the uplink channel in the TTI; transmitting, to a user equipment, the resource grant; receiving, from the UE and based on the resource grant, the demodulation RS in a first symbol of the TTI, wherein the first symbol precedes the at least one uplink channel symbol in the TTI; and receiving, from the UE and based on the resource grant, the uplink channel in the at least one uplink channel symbol of the TTI. generating, by a network entity, a resource grant for transmitting, in a transmission time interval that is of a two symbol or three symbol duration, an uplink channel, wherein the resource grant indicates at least one uplink channel symbol of the two symbol or three symbol duration of the TTI over which to transmit the uplink channel, and wherein the resource grant indicates to transmit a demodulation reference signal for the uplink channel in the TTI; transmitting, to a user equipment, the resource grant; receiving, from the UE and based on the resource grant, the demodulation RS in a first symbol of the TTI, wherein the first symbol precedes the at least one uplink channel symbol in the TTI; and receiving, from the UE and based on the resource grant, the uplink channel in the at least one uplink channel symbol of the TTI.
A method of operating a memory device, the method comprising: receiving, by the memory device, a request command for performing an eye-opening monitor, EOM, operation from a host device; receiving, by the memory device, at least one parameter for performing the EOM operation from the host device; receiving, by the memory device, pattern data for performing the EOM operation in a signal from the host device; and performing, by the memory device, the EOM operation based on the at last one parameter and the pattern data, and transmitting a first response signal including a result of performing the EOM operation to the host device, characterised in that the performing of the EOM operation comprises, performing the EOM operation based on a comparison between a main path signal, which corresponds to the signal received from the host device and restored at the memory device, and an EOM path signal, which corresponds to the signal received from the host device and restored using an offset value at the memory device, and wherein the at least one parameter for performing the EOM operation includes a parameter that defines the offset value. receiving, by the memory device, a request command for performing an eye-opening monitor, EOM, operation from a host device; receiving, by the memory device, at least one parameter for performing the EOM operation from the host device; receiving, by the memory device, pattern data for performing the EOM operation in a signal from the host device; and performing, by the memory device, the EOM operation based on the at last one parameter and the pattern data, and transmitting a first response signal including a result of performing the EOM operation to the host device, characterised in that the performing of the EOM operation comprises, performing the EOM operation based on a comparison between a main path signal, which corresponds to the signal received from the host device and restored at the memory device, and an EOM path signal, which corresponds to the signal received from the host device and restored using an offset value at the memory device, and wherein the at least one parameter for performing the EOM operation includes a parameter that defines the offset value.