mhurhangee/ep-ind-claims huggingface dataset:
A capsule (300, 400, 800, 900, 1000, 1100, 1200) for use in a personal vaporization device, the capsule comprising a cap (302, 302', 402, 802, 902, 1002, 1202) and a cup (304, 420, 804, 920, 1020, 1104), wherein: the cap (302, 302', 402, 802, 902, 1002, 1202) has a first base wall with a plurality of holes extending through the first base wall, and a first peripheral skirt (410, 910, 1010, 1203) extending from the first base wall; the cup (304, 420, 804, 920, 1020, 1104) has a second base wall with a plurality of holes extending through the second base wall, and a first peripheral sidewall (430, 930, 1030, 1210) extending from the second base wall; a first standoff structure (306, 404) is provided on a side of the first base wall opposite the first peripheral skirt (410, 910, 1010, 1203); a second standoff structure (308, 424, 1108, 1203/1208) is provided on a side of the second base wall opposite the first peripheral sidewall (430, 930, 1030, 1210); the cap (302, 302', 402, 802, 902, 1002, 1202) and the cup are coupled together and enclose an interior volume for holding a vaporizable material between the first base wall and the second base wall; and the first and second standoff structures (306, 404; 308, 424, 1108, 1203/1208) are constructed to space the first base wall and the second base wall, respectively, from adjacent surfaces of the personal vaporization device. the cap (302, 302', 402, 802, 902, 1002, 1202) has a first base wall with a plurality of holes extending through the first base wall, and a first peripheral skirt (410, 910, 1010, 1203) extending from the first base wall; the cup (304, 420, 804, 920, 1020, 1104) has a second base wall with a plurality of holes extending through the second base wall, and a first peripheral sidewall (430, 930, 1030, 1210) extending from the second base wall; a first standoff structure (306, 404) is provided on a side of the first base wall opposite the first peripheral skirt (410, 910, 1010, 1203); a second standoff structure (308, 424, 1108, 1203/1208) is provided on a side of the second base wall opposite the first peripheral sidewall (430, 930, 1030, 1210); the cap (302, 302', 402, 802, 902, 1002, 1202) and the cup are coupled together and enclose an interior volume for holding a vaporizable material between the first base wall and the second base wall; and the first and second standoff structures (306, 404; 308, 424, 1108, 1203/1208) are constructed to space the first base wall and the second base wall, respectively, from adjacent surfaces of the personal vaporization device.
A method for distributing a traffic load within a heterogeneous network with multi radio access technology, said network comprising macrocells served by base stations of a first tier of the network, called MBSs, operating in a first frequency band, and minicells served by second base stations of a second tier of the network, called SBS, adapted to operate in said first frequency band and in a second frequency band, disjoined from the first frequency band, characterised by: - acquiring or measuring coverage parameters of said network; - determining, from the coverage parameters of said network, an optimum pair of bias values Q T opt Q R opt maximising the coverage probability, P c ( Υ), defined as the probability that the signal-to-noise plus interference ratio at a terminal is on average greater than a predetermined threshold ( Υ) in the deployment zone of said network; - associating to the terminal an MBS base station, if the highest power received from an MBS base station in the first frequency band is greater, than the highest power received from an SBS station in this same frequency band, corrected by the first bias value ( Q T opt), the association being then made in the first frequency band; and if not, - associating (165, 170) to the terminal the SBS base station of the highest power received by the terminal in the first frequency band, the association being made in the first frequency band if this power is greater than the power received by the terminal in the second frequency band, corrected by the second bias value, and the association being made in the second frequency band otherwise. - acquiring or measuring coverage parameters of said network; - determining, from the coverage parameters of said network, an optimum pair of bias values Q T opt Q R opt maximising the coverage probability, P c ( Υ), defined as the probability that the signal-to-noise plus interference ratio at a terminal is on average greater than a predetermined threshold ( Υ) in the deployment zone of said network; - associating to the terminal an MBS base station, if the highest power received from an MBS base station in the first frequency band is greater, than the highest power received from an SBS station in this same frequency band, corrected by the first bias value ( Q T opt), the association being then made in the first frequency band; and if not, - associating (165, 170) to the terminal the SBS base station of the highest power received by the terminal in the first frequency band, the association being made in the first frequency band if this power is greater than the power received by the terminal in the second frequency band, corrected by the second bias value, and the association being made in the second frequency band otherwise.
An assembly device arranged to fix one of the ends of a roller shutter casing on a slide, said device comprising at least: - one flange fitted with a base and a contour, and capable of being mounted at the end of the casing; - a tab capable of being inserted in the slide, said tab being able to alternatively assume a retracted position and a deployed position to be inserted in the slide, and being guided in translation on the flange; and - a blade guide, arranged to be fitted to the end of the slide and guide an apron of the shutter, assembly means (87, 89) being arranged between the flange and the blade guide to cancel all the degrees of liberty between these two pieces during their assembly and the nesting of said blade guide on the slide; said device being characterized in that: - the flange comprises a notch open on the outer edge of the contour and arranged on its lower side, said notch enabling passage and positioning of the tab supported on the base; - the flange comprises a stud and the tab comprises an opening fitted with an upper end and arranged to receive said stud which keeps said tab sliding on said flange and forms a stop on which the upper end is capable of being supported when the tab is in the deployed position; - the blade guide comprises stop means (23, 25) configured to cooperate with the tab so as to alternatively keep in the deployed position and in the retracted position relative to the flange. - one flange fitted with a base and a contour, and capable of being mounted at the end of the casing; - a tab capable of being inserted in the slide, said tab being able to alternatively assume a retracted position and a deployed position to be inserted in the slide, and being guided in translation on the flange; and - a blade guide, arranged to be fitted to the end of the slide and guide an apron of the shutter, assembly means (87, 89) being arranged between the flange and the blade guide to cancel all the degrees of liberty between these two pieces during their assembly and the nesting of said blade guide on the slide; - the flange comprises a notch open on the outer edge of the contour and arranged on its lower side, said notch enabling passage and positioning of the tab supported on the base; - the flange comprises a stud and the tab comprises an opening fitted with an upper end and arranged to receive said stud which keeps said tab sliding on said flange and forms a stop on which the upper end is capable of being supported when the tab is in the deployed position; - the blade guide comprises stop means (23, 25) configured to cooperate with the tab so as to alternatively keep in the deployed position and in the retracted position relative to the flange.
System for mounting a motor vehicle hood on the body of the vehicle, comprising an element (10, 11) for slidably guiding the hood relative to the body in a longitudinal direction of the vehicle, an element for locking the hood immobilizing the hood relative to the body in a closed position, in which it seals off an engine compartment, the locking element assuming an activated state as a result of a sliding movement of the hood relative to the body in the longitudinal direction of the vehicle in a first direction, the guide element (10, 11) comprises an element (18, 19, 20) for self-centring the hood relative to the body in a direction transverse to the vehicle while the hood slides in the first direction, characterized in that the self-centring element (18, 19, 20) comprises a first component intended to be secured to the hood when the hood is in its closed position and a second component intended to be secured to the hood when the hood is in its closed position, the first component cooperating with the second component by contact and sliding ensuring a transverse guiding of the first component relative to the second component during the movement involving the sliding of the hood in the first direction in the longitudinal direction and ensuring that the closed position of the hood is a predetermined position in the transverse direction that is constant relative to the body, notably centred, pairs of first and second components being arranged on the right and on the left when seen from the transverse direction.
A method of operation of at least one network node for controlling communication of content streams through a content distribution network, the method comprising the following steps: accessing a data repository to retrieve information which identifies a group of user equipment nodes that are registered with one of a plurality of subscriber accounts and which further identifies weight values that are associated with the group of the user equipment nodes; identifying a content provider associated with a particular one of the content streams; modifying a particular one of the weight values, responsive to the identity of the content provider; and regulating communication bit rates that are provided by a weighted fair queuing scheduler node to individual ones of a group of the content streams within bandwidth allocated to a virtual pipe for carrying the group of the content streams through the content distribution network to the group of the user equipment nodes, responsive to the weight values associated with the group of the user equipment nodes. accessing a data repository to retrieve information which identifies a group of user equipment nodes that are registered with one of a plurality of subscriber accounts and which further identifies weight values that are associated with the group of the user equipment nodes; identifying a content provider associated with a particular one of the content streams; modifying a particular one of the weight values, responsive to the identity of the content provider; and regulating communication bit rates that are provided by a weighted fair queuing scheduler node to individual ones of a group of the content streams within bandwidth allocated to a virtual pipe for carrying the group of the content streams through the content distribution network to the group of the user equipment nodes, responsive to the weight values associated with the group of the user equipment nodes.
A heat-not-burn cigarette filter comprising a first portion and a second portion which are connected with each other, the first portion being a filter rod, the second portion comprising at least one hollow portion and at least one cooling portion, the cooling portion comprising at least one through hole, which has a cavity and is used as a passage, and the hollow portion having a middle part in a through cavity structure which has a diameter greater than a diameter of the through hole, such that a cross section area of the cavity structure of the hollow portion is greater than a cross section area of the through hole., characterised in that the hollow portion and the cooling portion are in a one-piece structure of a same material.
A method of designing a response to a fracture behavior of a formation during re-injection of cuttings into the formation, the method characterized by obtaining a pressure signature for a time period, the pressure signature being a plurality of pressure measurements taken over the time period; interpreting the pressure signature for the time period to determine a fracture behavior of the formation, wherein interpreting the pressure signature comprises determining the pressure signature to be one of the group consisting of normal pressure decline, wellbore storage pressure decline, fracture storage pressure decline, decline pressure rebound, and injection above overburden; determining a solution based on the fracture behavior of the formation; implementing the solution; and obtaining a second pressure signature from a time period after implementing the solution and determining if the solution affected the fracture behavior.
Improved bone screw (1, 1') for the treatment of bone collapses and deformations in the case of the so-called Charcot foot, comprising a non-threaded intermediate portion spaced between a tip portion and a head portion both of which being externally threaded; said head portion having an outer diameter larger than said intermediate portion and said tip portion; said head portion having a head seat for coupling a tightening device; said bone screw (1, 1') further comprising at least one transverse hole arranged for inserting a corresponding at least one pin to prevent the migration of said bone screw (1, 1') when implanted into the bone; said head seat having an inner profile adapted to achieve a shape coupling with a tightening device defining only one relative coupling orientation; wherein said at least one hole is formed at said intermediate portion close to at least one of said tip portion and said head portion.
A first end-user device comprising: an access-network modem configured to assist the first end-user device in communicating with a network element over a wireless access network; a wireless local-area-network modem (946, 948) configured to assist the first end-user device in communicating with one or more other end-user devices over a wireless local-area network; a user interface; and one or more processors configured to: assist in presenting, through the user interface, an option to activate an intermediate-networking function, the intermediate-networking function capable of allowing at least one of the one or more other end-user devices to communicate through the first end-user device with a network system over the wireless access network, obtain a user preference associated with the option to activate the intermediate-networking function, the user preference indicating whether to activate the intermediate-networking function, and send a message to the network element, the message configured to convey the user preference. an access-network modem configured to assist the first end-user device in communicating with a network element over a wireless access network; a wireless local-area-network modem (946, 948) configured to assist the first end-user device in communicating with one or more other end-user devices over a wireless local-area network; a user interface; and one or more processors configured to: assist in presenting, through the user interface, an option to activate an intermediate-networking function, the intermediate-networking function capable of allowing at least one of the one or more other end-user devices to communicate through the first end-user device with a network system over the wireless access network, obtain a user preference associated with the option to activate the intermediate-networking function, the user preference indicating whether to activate the intermediate-networking function, and send a message to the network element, the message configured to convey the user preference. assist in presenting, through the user interface, an option to activate an intermediate-networking function, the intermediate-networking function capable of allowing at least one of the one or more other end-user devices to communicate through the first end-user device with a network system over the wireless access network, obtain a user preference associated with the option to activate the intermediate-networking function, the user preference indicating whether to activate the intermediate-networking function, and send a message to the network element, the message configured to convey the user preference.
A method of performing wireless communication carried out by an electronic device, the method comprising: communicating with another electronic device via a first direct link between the electronic device and the another electronic device; determining that an amount of packet data to be transmitted via the first direct link is greater than a threshold amount in a transmission queue, and a time difference between a first time a packet is entered in the transmission queue and a second time the packet is processed from the transmission queue; and if the amount of the packet data greater than the threshold amount is maintained in the transmission queue longer than a first threshold time, and the time difference is greater than a second threshold time, communicating with the another electronic device via a second direct link between the electronic device and the another electronic device to transmit the packet data through the second direct link, wherein the second direct link is established before the first direct link is released, wherein the second direct link requires less power than the first direct link, and wherein the second direct link is established if a remaining amount of a battery of the electronic device is below a preset value. communicating with another electronic device via a first direct link between the electronic device and the another electronic device; determining that an amount of packet data to be transmitted via the first direct link is greater than a threshold amount in a transmission queue, and a time difference between a first time a packet is entered in the transmission queue and a second time the packet is processed from the transmission queue; and if the amount of the packet data greater than the threshold amount is maintained in the transmission queue longer than a first threshold time, and the time difference is greater than a second threshold time, communicating with the another electronic device via a second direct link between the electronic device and the another electronic device to transmit the packet data through the second direct link, wherein the second direct link is established before the first direct link is released, wherein the second direct link requires less power than the first direct link, and wherein the second direct link is established if a remaining amount of a battery of the electronic device is below a preset value.
A sanitary fitting with an adjusting device for adjusting a flow rate through the sanitary fitting, a rotary handle for manually presetting the flow rate, and a latching system, wherein the adjusting device comprises an adjusting element which is rotatable about an axis of rotation and is connected to the rotary handle in a rotationally fixed manner, wherein the latching system comprises a first latching element and a second latching element corresponding thereto, which interact in such a manner that during a rotation in a circumferential direction about the axis of rotation and during a rotation counter to the circumferential direction about the axis of rotation, the rotary handle can latch in place in a plurality of defined rotational positions in each case, and wherein a spring element is integrally formed at least in or on the first latching element or the second latching element for effecting a contact pressure between the latching elements (7, 8) acting axially with respect to the axis of rotation.
Method for the anonymised transmission of sensor data of a vehicle to a vehicle-external receiving unit, wherein the sensor data are transmitted with a measurement time point specification and/or a measurement location specification, comprising the steps of: - determining the sensor data at a measurement location (x 0) of the vehicle at a measurement time point (t 0); - determining a traffic density in a vicinity of the measurement location (x 0); - determining an anonymised time point (t a) that is within a specified time of the measurement time point (t 0), and/or determining an anonymised residence location (x a) that is within a specified distance of the measurement location (x 0); - calculating an anonymisation probability of the vehicle on the basis of the traffic density and the specified time on the one hand and/or on the basis of the traffic density and the specified distance on the other hand; - deciding whether the anonymisation probability satisfies meets a specified anonymisation condition; and - if the anonymisation condition is satisfied, transmission of the sensor data to the external receiving unit, wherein the anonymised time point (t a) is given as the measurement time point specification and/or the anonymised residence location (x a) is given as the measurement location specification; wherein for the calculating of the anonymisation probability statistical methods are applied, which give the probability that the sensor data could originate from at least two vehicles that reside within the specified distance and/or the specified time. - determining the sensor data at a measurement location (x 0) of the vehicle at a measurement time point (t 0); - determining a traffic density in a vicinity of the measurement location (x 0); - determining an anonymised time point (t a) that is within a specified time of the measurement time point (t 0), and/or determining an anonymised residence location (x a) that is within a specified distance of the measurement location (x 0); - calculating an anonymisation probability of the vehicle on the basis of the traffic density and the specified time on the one hand and/or on the basis of the traffic density and the specified distance on the other hand; - deciding whether the anonymisation probability satisfies meets a specified anonymisation condition; and - if the anonymisation condition is satisfied, transmission of the sensor data to the external receiving unit, wherein the anonymised time point (t a) is given as the measurement time point specification and/or the anonymised residence location (x a) is given as the measurement location specification;
Use of a moesin fragment from the C-terminal tail domain of human moesin protein for in vitro detection of an anti-moesin autoantibody in a sample from a human subject, wherein the moesin fragment consists of amino acid residues 471-577 of human moesin protein, wherein the human subject has or is suspected of having aplastic anemia.
Penetrator for a projectile having a stabilizer, in particular a sub-caliber kinetic-energy projectile, comprising an integrally solid main body having a projectile tip, the main body comprising a front and a rear substantially cylindrical part (12, 14), the front substantially cylindrical part being connected to the projectile tip, and the rear substantially cylindrical part having a diameter that is greater than the diameter (d) of the front substantially cylindrical part, characterized in that the diameter ratio (D/d) of the rear substantially cylindrical part to the front substantially cylindrical part is in a range from 1.5 to 4.0.