mhurhangee/ep-ind-claims huggingface dataset:
A wearable electronic simulated smoking device, comprising: an elongated tubular body having at least a portion thereof being reversibly bendable for said tubular body to at least partially encompass a portion of a user's body, said tubular body having an air inlet formed therein, a suction opening, and a fluid flow path therebetween; a fluid reservoir disposed in said tubular body for providing a supply of a liquid smoking composition; a nebulization chamber disposed in fluid communication with said fluid reservoir and said fluid flow path for dispensing said liquid smoking composition to said fluid flow path; a sensor disposed in fluid communication with said fluid flow path for detecting an inhalation by the user; a controller coupled to said sensor and said nebulization chamber, said controller being configured to activate said nebulization chamber responsive to said sensor detecting inhalation by the user to add said vapor of the smoking liquid composition to air drawn through said fluid flow path; and a power supply coupled to said controller, characterised in that said fluid reservoir is formed of a plurality of chambers, adjacent ones of said plurality of chambers being joined by a flexible conduit. an elongated tubular body having at least a portion thereof being reversibly bendable for said tubular body to at least partially encompass a portion of a user's body, said tubular body having an air inlet formed therein, a suction opening, and a fluid flow path therebetween; a fluid reservoir disposed in said tubular body for providing a supply of a liquid smoking composition; a nebulization chamber disposed in fluid communication with said fluid reservoir and said fluid flow path for dispensing said liquid smoking composition to said fluid flow path; a sensor disposed in fluid communication with said fluid flow path for detecting an inhalation by the user; a controller coupled to said sensor and said nebulization chamber, said controller being configured to activate said nebulization chamber responsive to said sensor detecting inhalation by the user to add said vapor of the smoking liquid composition to air drawn through said fluid flow path; and a power supply coupled to said controller, characterised in that said fluid reservoir is formed of a plurality of chambers, adjacent ones of said plurality of chambers being joined by a flexible conduit.
Arrangement for a motor vehicle, comprising a windscreen and a window opening bottom cross member supporting the windscreen, a reinforcing element extending over at least part, in particular over substantially all, of the length of the window opening bottom cross member and interposed between the window opening bottom cross member and the windscreen, the reinforcing element being formed of material and of a form that are fitted so as to predetermine and optimize the deformation of the reinforcing element in case of impact on the windscreen by a head of a pedestrian in order to optimize the caving of the windscreen towards the window opening bottom cross member and the absorption of energy generated by this impact, the reinforcing element being a sectional bar dished over its length, extending overall in the direction of the window opening bottom cross member which is normally oriented in a transverse direction of the vehicle, and said sectional bar has a cross section having a top part to which is fixed a front part of the dashboard, a bottom part fixed to the window opening bottom cross member, a link part between the top and bottom parts (6a, 6b) of the cross section, the assembly being configured such that the connecting zones between the link part and the top and bottom parts (6a, 6b), and the link part itself, are preferential zones of greater deformability under the effect of the impact of the head of a pedestrian on the windscreen, characterized in that the top and bottom parts (6a, 6b) and the link part of the cross section are arranged such that the cross section of the sectional bar is substantially generally Z-shaped.
An energy degrader that includes an attenuation member attenuating the energy of entering charged particles, the energy degrader comprising: the attenuation member adapted to attenuate energy to a different amount of energy according to an incident position of the charged particles; energy adjustment drive means adaptted to drive the attenuation member in a first axial direction in order to change the incident position of the charged particles; and beam diameter adjustment drive means adapted to drive the attenuation member in a second axial direction different from the first axial direction in order to adjust the beam diameter of the charged particles. the attenuation member adapted to attenuate energy to a different amount of energy according to an incident position of the charged particles; energy adjustment drive means adaptted to drive the attenuation member in a first axial direction in order to change the incident position of the charged particles; and beam diameter adjustment drive means adapted to drive the attenuation member in a second axial direction different from the first axial direction in order to adjust the beam diameter of the charged particles.
A method for orderly connection of a bluetooth headset controlled by a terminal, characterized in that the method comprises: setting, by a terminal, its Hands-Free Profile, HFP, service status as visible and connectable, and setting its Advanced Audio Distribution Profile, A2DP, service status and Audio Video Remote Control Profile, AVRCP, service status as invisible and unconnectable; sending, by a bluetooth headset, an HFP connection request to the terminal; inquiring, by the terminal, whether the bluetooth headset has A2DP and AVRCP services after receiving the HFP connection request, and then orderly executing an operation of A2DP and AVRCP connections with the bluetooth headset after determining that the bluetooth headset has A2DP and AVRCP services; and sending, by the terminal, a response of accepting an HFP connection to the bluetooth headset. setting, by a terminal, its Hands-Free Profile, HFP, service status as visible and connectable, and setting its Advanced Audio Distribution Profile, A2DP, service status and Audio Video Remote Control Profile, AVRCP, service status as invisible and unconnectable; sending, by a bluetooth headset, an HFP connection request to the terminal; inquiring, by the terminal, whether the bluetooth headset has A2DP and AVRCP services after receiving the HFP connection request, and then orderly executing an operation of A2DP and AVRCP connections with the bluetooth headset after determining that the bluetooth headset has A2DP and AVRCP services; and sending, by the terminal, a response of accepting an HFP connection to the bluetooth headset.
A method for mutually associating a mobile end device and a subscriber card for operating the mobile end device, wherein the mobile end device and the subscriber card are associated with each other such that the end device is usable according to the association - at least partly - with no other subscriber card than the subscriber card, characterized in that on the occasion of the association between the mobile end device and the subscriber card: in the subscriber card a one-time password generator is started and synchronized with the end device, which one-time password generator on the occasion of a subsequent initial operation of the mobile end device with the subscriber card generates a one-time password and sends it to the mobile end device to check the permissibility of the use of the mobile end device with the subscriber card. in the subscriber card a one-time password generator is started and synchronized with the end device, which one-time password generator on the occasion of a subsequent initial operation of the mobile end device with the subscriber card generates a one-time password and sends it to the mobile end device to check the permissibility of the use of the mobile end device with the subscriber card.
Clip, in the form of a metal wire including two connecting legs, each provided with a free end adapted to be connected to tips of a welding gun, the clip including an active portion intended to be immersed into a material by heat-sealing and connected to each connecting leg by a joining point opposite the corresponding free end, wherein the active portion extends only on one side of a connection plane defined by the connecting legs.
A machine for SZ laying of an umbilical/power umbilical comprising a plurality of elongated elements, which elongated elements are different regarding transversal cross section, material, function and in number, wherein the plurality of elongated elements (10a-10f) comprises at least one of: - a power cable, - a fluid pipe, - an electric wire, - an optical conductor or a filler material, - at least one load carrying element, the laying machine is arranged in the following component sequence when viewed in the pulling direction starting at an entry end: a first die configured to receive and gather a first set of elongated elements (10a-10c) substantially rectilinear from respective supplies of elongated elements (10a-10c), a static second die configured to receive and gather a second set of elongated elements (10d-10f) substantially rectilinear from respective supplies of elongated elements (10d-10f) and are adapted to close these together with the first set of elements into a gathered bundle, at least one supporting means configured to keep the gathered bundle radially in place; characterised in that the laying machine further comprises a revolving device for revolving the bundle torsional back and forth in a SZ oscillating way, and a tape or band wrapping apparatus which immediate after the revolving device applies band or tape circumferentially onto the SZ laid bundle of elongated elements (10a-10f). - a power cable, - a fluid pipe, - an electric wire, - an optical conductor or a filler material, - at least one load carrying element, the laying machine is arranged in the following component sequence when viewed in the pulling direction starting at an entry end: a first die configured to receive and gather a first set of elongated elements (10a-10c) substantially rectilinear from respective supplies of elongated elements (10a-10c), a static second die configured to receive and gather a second set of elongated elements (10d-10f) substantially rectilinear from respective supplies of elongated elements (10d-10f) and are adapted to close these together with the first set of elements into a gathered bundle, at least one supporting means configured to keep the gathered bundle radially in place;
A ceramic, comprising: alumina in an amount between 95 and 96.5% by weight; a zirconium containing compound in an amount between 0.25 and 0.35% by weight; and an oxide mixture in an amount between 3.15 and 4.75%by weight before firing, said oxide mixture comprising: a glass former, said glass former comprising SiO2 in an amount between 1.87 to 2.28% by weight based on the ceramic composition; a network modifier, said network modifier comprising CaO in an amount between 1.38 and 1.95% by weight based on the ceramic composition, and MgO in an amount between 0.15 and 0.43% by weight based on the ceramic composition; and alumina in an amount as much as 40% by weight after firing; wherein the molar ratio of said glass former to said network modifier ranges between 0.9:1 and 1.1:1. alumina in an amount between 95 and 96.5% by weight; a zirconium containing compound in an amount between 0.25 and 0.35% by weight; and an oxide mixture in an amount between 3.15 and 4.75%by weight before firing, said oxide mixture comprising: a glass former, said glass former comprising SiO2 in an amount between 1.87 to 2.28% by weight based on the ceramic composition; a network modifier, said network modifier comprising CaO in an amount between 1.38 and 1.95% by weight based on the ceramic composition, and MgO in an amount between 0.15 and 0.43% by weight based on the ceramic composition; and alumina in an amount as much as 40% by weight after firing; wherein the molar ratio of said glass former to said network modifier ranges between 0.9:1 and 1.1:1. a glass former, said glass former comprising SiO2 in an amount between 1.87 to 2.28% by weight based on the ceramic composition; a network modifier, said network modifier comprising CaO in an amount between 1.38 and 1.95% by weight based on the ceramic composition, and MgO in an amount between 0.15 and 0.43% by weight based on the ceramic composition; and alumina in an amount as much as 40% by weight after firing; wherein the molar ratio of said glass former to said network modifier ranges between 0.9:1 and 1.1:1.
A method of manufacture of a stiffening transverse internal rib for a lower aft aerodynamic fairing of a mounting device of an engine intended to be interposed between a wing surface of an aircraft and the said engine, where the said method includes the following successive steps: - production of a rib preform by superplastic forming, where the said preform has, seen from the front, an outline of a broadly quadrilateral shape, and a central opening traversing this rib preform; - division of the said rib preform into two parallel straight-line segments (56, 60), a first straight-line segment connecting a first corner of the quadrilateral to the said opening, and a second straight-line segment connecting a second corner of the quadrilateral, diagonally opposed to the first, to the said opening, where the said division causes the separation into two half-parts (46a', 46a") of the said rib preform; and - adjustment of the relative positions of the two rib preform half-parts; - fishplating of the two rib preform half-parts (46a', 46a") by bolting, so as to obtain the said stiffening transverse internal rib. - production of a rib preform by superplastic forming, where the said preform has, seen from the front, an outline of a broadly quadrilateral shape, and a central opening traversing this rib preform; - division of the said rib preform into two parallel straight-line segments (56, 60), a first straight-line segment connecting a first corner of the quadrilateral to the said opening, and a second straight-line segment connecting a second corner of the quadrilateral, diagonally opposed to the first, to the said opening, where the said division causes the separation into two half-parts (46a', 46a") of the said rib preform; and - adjustment of the relative positions of the two rib preform half-parts; - fishplating of the two rib preform half-parts (46a', 46a") by bolting, so as to obtain the said stiffening transverse internal rib.
A mutant live auxotrophic bacterial strain for D-glutamate, wherein said bacterial strain is the bacterial strain of P. aeruginosa designated Pseudomonas aeruginosa DeltaPA4662 and deposited under the Budapest treaty before the Spanish Type Culture Collection on April 14, 2014 with strain number 8589 by Fundación Profesor Novoa Santos.
A method, performed in a network node, for determining a position of a specific wireless device (2a-b), the network node being connected to a plurality of remote radio head devices (1a-c, 1) for a single cell, the method comprising the steps of: obtaining at least one received power measurement for each one of the plurality of remote radio head devices (1a-c, 1); obtaining a schedule of uplink transmissions corresponding in time to the received power measurements, the schedule comprising information regarding what wireless device was scheduled to transmit at what time; and determining a position of the specific wireless device by evaluating the at least one received power measurement with reference to parts of the schedule relating to the specific wireless device and further comprising the steps, prior to the step of receiving, of: generating a schedule for uplink transmissions to enable the specific wireless device to be associated with a particular remote radio head device; and transmitting one or more signals to apply the schedule for uplink transmissions. obtaining at least one received power measurement for each one of the plurality of remote radio head devices (1a-c, 1); obtaining a schedule of uplink transmissions corresponding in time to the received power measurements, the schedule comprising information regarding what wireless device was scheduled to transmit at what time; and determining a position of the specific wireless device by evaluating the at least one received power measurement with reference to parts of the schedule relating to the specific wireless device and generating a schedule for uplink transmissions to enable the specific wireless device to be associated with a particular remote radio head device; and transmitting one or more signals to apply the schedule for uplink transmissions.
A method of transmitting a data stream, the method comprising: obtaining information regarding a link characteristic change of a mobile node, which occurs due to a handover of the mobile node between heterogeneous links; and transmitting the data stream to the mobile node based on the obtained information regarding the link characteristic change, characterized in that: the information regarding the link characteristic change is measured by the mobile node, and wherein the information regarding the link characteristic change is obtained after the handover. obtaining information regarding a link characteristic change of a mobile node, which occurs due to a handover of the mobile node between heterogeneous links; and transmitting the data stream to the mobile node based on the obtained information regarding the link characteristic change, characterized in that: the information regarding the link characteristic change is measured by the mobile node, and wherein the information regarding the link characteristic change is obtained after the handover. the information regarding the link characteristic change is measured by the mobile node, and wherein the information regarding the link characteristic change is obtained after the handover.
A method for controlling access to an access point, AP, cell, comprising: after receiving a Location Update Request from a user equipment, UE, allowing, by an access point, AP, the UE to camp in the AP cell; when receiving a service request from the UE, judging, by the AP, whether the UE has rights to use the AP; and if a judgment result of the judging is negative, retrying the UE to another cell; wherein the retrying step further comprises: sending, by the AP, a radio bearer, RB, reconfiguration request to the UE, wherein the RB reconfiguration request carries a frequency and scramble information of a target cell; after receiving the RB reconfiguration request, retrying, by the UE, to the target cell according to the frequency and scramble information of the target cell carried in the RB reconfiguration request, and sending, by the UE, an RB reconfiguration complete message to the AP. after receiving a Location Update Request from a user equipment, UE, allowing, by an access point, AP, the UE to camp in the AP cell; when receiving a service request from the UE, judging, by the AP, whether the UE has rights to use the AP; and if a judgment result of the judging is negative, retrying the UE to another cell; sending, by the AP, a radio bearer, RB, reconfiguration request to the UE, wherein the RB reconfiguration request carries a frequency and scramble information of a target cell; after receiving the RB reconfiguration request, retrying, by the UE, to the target cell according to the frequency and scramble information of the target cell carried in the RB reconfiguration request, and sending, by the UE, an RB reconfiguration complete message to the AP.
A co-drug represented by Formula: R-X-NH-CO-CO-OR 1 wherein R is (i) a tocol moiety, (ii) a tocol analog moiety selected from a group consisting of 2-methyl-2-(4,8,12-trimethyltridecyl-chroman-6-ol or modification thereof in which one or more methyl groups are on the benzene ring and/or the 7,8,12-trimethyltridecyl group is modified to include one or more in-chain olefinic double bonds, a tocopherol, and a tocotrienol, or (iii) a capsaicinoid moiety selected from a group consisting of capsaicin, dihydrocapsaicin, nordihydrocapsaicin, homodihydrocapsaicin, homocapsaicin, and nonivamide; X is (i) a linking group when the co-drug is represented by Formula, wherein the linking group is selected from a group consisting of [O(CH 2) 2] n, in which n is an integer from 1 to 1000, or O-CO(CH 2) 2 [O(CH 2) 2] n, in which n is an integer from 1 to 1000; and OR 1 is the residue of an anticancer or antirestenotic agent bearing at least one hydroxyl group by which the CO-OR 1 ester linkage is formed selected from a group consisting of docetaxel, camptothecin, 7-ethyl-10-hydroxycamptothecin (SN-38), 7-ethylcamptothecin (SN-22), etoposide, fenretinide, and podophyllotoxin, wherein tocol moiety and tocol analog moiety refer to organic radicals representing formal removal of the 6-OH group from tocol and a tocol analog, and capsaicinoid moiety refers to organic radicals representing formal removal of the 4-OH group from a capsaicinoid. R is (i) a tocol moiety, (ii) a tocol analog moiety selected from a group consisting of 2-methyl-2-(4,8,12-trimethyltridecyl-chroman-6-ol or modification thereof in which one or more methyl groups are on the benzene ring and/or the 7,8,12-trimethyltridecyl group is modified to include one or more in-chain olefinic double bonds, a tocopherol, and a tocotrienol, or (iii) a capsaicinoid moiety selected from a group consisting of capsaicin, dihydrocapsaicin, nordihydrocapsaicin, homodihydrocapsaicin, homocapsaicin, and nonivamide; X is (i) a linking group when the co-drug is represented by Formula, wherein the linking group is selected from a group consisting of [O(CH 2) 2] n, in which n is an integer from 1 to 1000, or O-CO(CH 2) 2 [O(CH 2) 2] n, in which n is an integer from 1 to 1000; and OR 1 is the residue of an anticancer or antirestenotic agent bearing at least one hydroxyl group by which the CO-OR 1 ester linkage is formed selected from a group consisting of docetaxel, camptothecin, 7-ethyl-10-hydroxycamptothecin (SN-38), 7-ethylcamptothecin (SN-22), etoposide, fenretinide, and podophyllotoxin, wherein tocol moiety and tocol analog moiety refer to organic radicals representing formal removal of the 6-OH group from tocol and a tocol analog, and capsaicinoid moiety refers to organic radicals representing formal removal of the 4-OH group from a capsaicinoid.