mhurhangee/ep-ind-claims huggingface dataset:
- Weapon system comprising a recoiling mass and a cradle, the recoiling mass comprising a weapon barrel and a breech ring and translating relative to the cradle during firing, and a guide means being provided for guiding this recoil movement of the recoiling mass, the guide means comprising at least one member (10; 7) of an elastic link, the body (11; 8) of the at least one member (10; 7) being secured to the recoiling mass and comprising a prismatic external profile cooperating with a complementary rail secured to the cradle, and the rod (12; 9) of the at least one member (10; 7) being slidably mounted in said body (11; 8), the cradle comprising a ring in which the weapon barrel slides, the ring carrying, at a front part, an end plate on which the rod (12; 9) of the at least one member (10; 7) is fixed and, at a rear part, an end plate carrying the complementary rail on which the body of the at least one member (10; 7) slides.
A method for wireless communication performed by a user equipment, UE, comprising: identifying one or more bands; determining whether the UE is configured with a capability associated with the one or more bands to: support a first component carrier for a first priority service, support a second component carrier for a second priority service, and process one or more channels associated with the first priority service and the second priority service on one component carrier; transmitting, to a base station based on the determining, the capability to support one or more component carriers for at least one of the first priority service or the second priority service and process the one or more channels associated with the first priority service and the second priority service on the one component carrier; and receiving, from the base station based on the transmitting, a configuration for at least one of the one or more component carriers. identifying one or more bands; determining whether the UE is configured with a capability associated with the one or more bands to: support a first component carrier for a first priority service, support a second component carrier for a second priority service, and process one or more channels associated with the first priority service and the second priority service on one component carrier; support a first component carrier for a first priority service, support a second component carrier for a second priority service, and process one or more channels associated with the first priority service and the second priority service on one component carrier; transmitting, to a base station based on the determining, the capability to support one or more component carriers for at least one of the first priority service or the second priority service and process the one or more channels associated with the first priority service and the second priority service on the one component carrier; and receiving, from the base station based on the transmitting, a configuration for at least one of the one or more component carriers.
An acoustic attenuator for a turbomachine, the acoustic attenuator comprising: an annular body having an outer surface and an inner surface, the inner surface of the annular body defining a bore extending along a longitudinal axis of the acoustic attenuator between a first end and a second end of the acoustic attenuator, the annular body formed by a plurality of axially-successive cross-sectional layers unitized between the first end and the second end of the acoustic attenuator, the plurality of axially-successive cross-sectional layers transversely disposed relative to the longitudinal axis of the acoustic attenuator; and at least some axially-successive cross-sectional layers of the plurality of axially-successive cross-sectional layers defining a pocket (214, 414) disposed between the outer surface and the inner surface of the annular body, wherein at least a segment of a periphery of the pocket comprises two sides (1452, 1454) arranged to join at a common end point to form an apex of the pocket, characterised in that the at least some axially-successive cross-sectional layers further defining a radially-inward pocket relative to the pocket disposed between the outer surface and the inner surface of the annular body, and first and second sets of conduits (416, 424), wherein the radially inward pocket is substantially aligned with the pocket, and wherein the aligned pockets (414, 420) and the corresponding conduits (416, 424) are disposed in a nested relationship. an annular body having an outer surface and an inner surface, the inner surface of the annular body defining a bore extending along a longitudinal axis of the acoustic attenuator between a first end and a second end of the acoustic attenuator, the annular body formed by a plurality of axially-successive cross-sectional layers unitized between the first end and the second end of the acoustic attenuator, the plurality of axially-successive cross-sectional layers transversely disposed relative to the longitudinal axis of the acoustic attenuator; and at least some axially-successive cross-sectional layers of the plurality of axially-successive cross-sectional layers defining a pocket (214, 414) disposed between the outer surface and the inner surface of the annular body, wherein at least a segment of a periphery of the pocket comprises two sides (1452, 1454) arranged to join at a common end point to form an apex of the pocket, characterised in that the at least some axially-successive cross-sectional layers further defining a radially-inward pocket relative to the pocket disposed between the outer surface and the inner surface of the annular body, and first and second sets of conduits (416, 424), wherein the radially inward pocket is substantially aligned with the pocket, and wherein the aligned pockets (414, 420) and the corresponding conduits (416, 424) are disposed in a nested relationship.
Fuel-heated heating device in a heating device housing with a recuperator in a separate recuperator housing and an exhaust adapter, wherein the heating device has an upwardly directed heating exhaust pipe connection and the recuperator has an exhaust inlet and an exhaust outlet, the recuperator has a recuperator rear wall with wall fixing means and a recuperator front side with means for securing the heating device, wherein the exhaust adapter connects the heating exhaust pipe connection to the exhaust inlet of the recuperator and connects the exhaust outlet of the recuperator to an adapter exhaust pipe connection, and wherein the direction of the opening of the heating exhaust pipe connection and the direction of the opening of the adapter exhaust pipe connection form a right angle and in addition lie in a plane perpendicular to the recuperator rear wall.
A secondary battery, comprising a negative active material; and a binder for fixing said negative active material, said negative active material essentially consisting of: at least one of a petroleum-derived green coke and a coal-derived green coke, and at least one of a petroleum-derived calcined coke and a coal-derived calcined coke within a mass ratio range of 90:10 to 10:90; and a phosphorous compound within a range of 0.1 to 6.0 parts by mass in amount equivalent to phosphor relative to 100 parts by mass of said a least one of said green cokes and said at least one of said calcined cokes, said binder comprising polyvinylidene fluoride. a negative active material; and a binder for fixing said negative active material, said negative active material essentially consisting of: at least one of a petroleum-derived green coke and a coal-derived green coke, and at least one of a petroleum-derived calcined coke and a coal-derived calcined coke within a mass ratio range of 90:10 to 10:90; and a phosphorous compound within a range of 0.1 to 6.0 parts by mass in amount equivalent to phosphor relative to 100 parts by mass of said a least one of said green cokes and said at least one of said calcined cokes, at least one of a petroleum-derived green coke and a coal-derived green coke, and at least one of a petroleum-derived calcined coke and a coal-derived calcined coke within a mass ratio range of 90:10 to 10:90; and a phosphorous compound within a range of 0.1 to 6.0 parts by mass in amount equivalent to phosphor relative to 100 parts by mass of said a least one of said green cokes and said at least one of said calcined cokes, said binder comprising polyvinylidene fluoride.
A charger comprising: a storage case storing a charger unit therein; a first cord comprising a cord for charging a battery; and a second cord connected to the charger unit and comprising a power supply cord, which is thinner and longer than the first cord; wherein the storage case includes an upwardly open storage pouch for storing the second cord, and the storage pouch opens upwardly on one side of the charger along a longitudinal direction of a grip mounted on an upper portion of the charger, characterized in that the charger further comprises: a winding groove defined in an outer circumferential surface of the storage case for winding therein the first cord that is connected to the charger unit; and a plug recess defined in the storage case for storing a plug that is connected to a distal end of the first cord, wherein the winding groove is defined in a lower half portion of the charger and extends circumferentially around at least a side surface of the charger. a storage case storing a charger unit therein; a first cord comprising a cord for charging a battery; and a second cord connected to the charger unit and comprising a power supply cord, which is thinner and longer than the first cord; wherein the storage case includes an upwardly open storage pouch for storing the second cord, and the storage pouch opens upwardly on one side of the charger along a longitudinal direction of a grip mounted on an upper portion of the charger, a winding groove defined in an outer circumferential surface of the storage case for winding therein the first cord that is connected to the charger unit; and a plug recess defined in the storage case for storing a plug that is connected to a distal end of the first cord, wherein the winding groove is defined in a lower half portion of the charger and extends circumferentially around at least a side surface of the charger.
An aircraft comprising a winglet system and a wing having a wing tip including a wing tip chord, the winglet system comprising: an upper winglet and a lower winglet mounted to the wing; the lower winglet having a static position when the wing is subject to a ground static loading; and the lower winglet being configured such that upward deflection of the wing under an approximate 1-g flight loading causes the lower winglet to move from the static position to an in-flight position and resulting in a relative span increase of the wing, wherein the lower winglet is oriented at an anhedral angle from approximately 15 degrees to approximately 30 degrees during upward deflection of the wing under the approximate 1-g flight loading, wherein the upper winglet is oriented at a dihedral angle of at least approximately 60 degrees during upward deflection of the wing under the approximate 1-g flight loading, wherein the lower winglet has a length of from approximately 50 to 80 percent of a length of the upper winglet extending from an upper winglet root to an upper winglet tip, wherein the upper winglet and the lower winglet each have a root chord; and characterized in that the upper winglet root chord and the lower winglet root chord each have a length of from approximately 60 to 100 percent of a length of the wing tip chord. an upper winglet and a lower winglet mounted to the wing; the lower winglet having a static position when the wing is subject to a ground static loading; and the lower winglet being configured such that upward deflection of the wing under an approximate 1-g flight loading causes the lower winglet to move from the static position to an in-flight position and resulting in a relative span increase of the wing, wherein the lower winglet is oriented at an anhedral angle from approximately 15 degrees to approximately 30 degrees during upward deflection of the wing under the approximate 1-g flight loading, wherein the upper winglet is oriented at a dihedral angle of at least approximately 60 degrees during upward deflection of the wing under the approximate 1-g flight loading, wherein the lower winglet has a length of from approximately 50 to 80 percent of a length of the upper winglet extending from an upper winglet root to an upper winglet tip, wherein the upper winglet and the lower winglet each have a root chord; and characterized in that the upper winglet root chord and the lower winglet root chord each have a length of from approximately 60 to 100 percent of a length of the wing tip chord.
A fragment of ZnT8 consisting of a fragment represented by any one of SEQ ID NOs: 9, 10, 14-18, 22, 23, 49-51 or 53-65, wherein the fragment comprises the amino acid sequence SLTIQMES (positions 346-353 of SEQ ID NO:2) and position 325 of SEQ ID NO:2.
Screen system (10; 10'; 10"; 10′′′; 10ʺʺ; 10ʺ′′′), containing - at least a first substantially annular screen support (11; 11'; 11"; 11"'; 11""; 11ʺ′′′) and a second substantially annular screen support (12; 12'; 12ʺ; 12ʺ′′′), - at least one pressure rod (14; 14'; 14"; 14ʺ′′′), which braces the screen supports (11, 12; 11', 12'; 11", 12", 51"; 11′′′; 11ʺʺ; 11ʺ′′′, 12ʺ′′′) against one another in such a way that a compressive stress is produced between the screen supports (11, 12; 11', 12'; 11", 12", 51"; 11′′′; 11ʺʺ; 11ʺ′′′, 12ʺ′′′), - at least one substantially cylinder-jacket-shaped screen surface (13; 13'; 13", 52"; 13′′′; 13ʺʺ; 13ʺ′′′) clamped between the screen supports (11, 12; 11', 12'; 11", 12", 51"; 11′′′; 11ʺʺ; 11ʺ′′′, 12ʺ′′′), - at least one resonator (15; 15'; 15", 53"; 15′′′; 15ʺʺ; 15ʺ′′′) for introducing ultrasound vibrations directly into the screen surface (13; 13'; 13", 52"; 13"'; 13ʺʺ; 13ʺ′′′), wherein the resonator (15; 15'; 15", 53"; 15′′′; 15ʺʺ; 15ʺ′′′) is attached to the screen surface (13; 13'; 13", 52"; 13"'; 13ʺʺ; 15ʺ′′′), characterized in that the resonator (15; 15'; 15", 53"; 15′′′; 15ʺʺ; 15ʺ′′′) extends substantially from the first screen support (11; 11'; 11ʺ; 11′′′; 11ʺʺ; 11ʺ′′′) to the second screen support (12; 12'; 12ʺ; 12ʺ′′′). - at least a first substantially annular screen support (11; 11'; 11"; 11"'; 11""; 11ʺ′′′) and a second substantially annular screen support (12; 12'; 12ʺ; 12ʺ′′′), - at least one pressure rod (14; 14'; 14"; 14ʺ′′′), which braces the screen supports (11, 12; 11', 12'; 11", 12", 51"; 11′′′; 11ʺʺ; 11ʺ′′′, 12ʺ′′′) against one another in such a way that a compressive stress is produced between the screen supports (11, 12; 11', 12'; 11", 12", 51"; 11′′′; 11ʺʺ; 11ʺ′′′, 12ʺ′′′), - at least one substantially cylinder-jacket-shaped screen surface (13; 13'; 13", 52"; 13′′′; 13ʺʺ; 13ʺ′′′) clamped between the screen supports (11, 12; 11', 12'; 11", 12", 51"; 11′′′; 11ʺʺ; 11ʺ′′′, 12ʺ′′′), - at least one resonator (15; 15'; 15", 53"; 15′′′; 15ʺʺ; 15ʺ′′′) for introducing ultrasound vibrations directly into the screen surface (13; 13'; 13", 52"; 13"'; 13ʺʺ; 13ʺ′′′),
A magnetic separation system for use in methods employing magnetic particles, said system comprising • a magnetic separation plate for use in methods employing magnetic particles, said magnetic separation plate comprising a support plate and magnetic pins in a predetermined geometrical arrangement, said magnetic pins having a fastening portion, an intermediate portion and a separation portion and being fastened to said support plate at their fastening portion, wherein said magnetic pins are individually displaceable at their separation portion • a multiwell plate comprising wells for receiving fluids containing said magnetic particles, said multiwell plate further comprising recesses in positions corresponding to the predetermined geometrical arrangement of the magnetic pins of said magnetic separation plate, wherein the separation portions of said magnetic pins are morphologically preadapted to fit reversibly into said recesses in a separation position. • a magnetic separation plate for use in methods employing magnetic particles, said magnetic separation plate comprising a support plate and magnetic pins in a predetermined geometrical arrangement, said magnetic pins having a fastening portion, an intermediate portion and a separation portion and being fastened to said support plate at their fastening portion, wherein said magnetic pins are individually displaceable at their separation portion • a multiwell plate comprising wells for receiving fluids containing said magnetic particles, said multiwell plate further comprising recesses in positions corresponding to the predetermined geometrical arrangement of the magnetic pins of said magnetic separation plate,
A closure for covering a container for an ophthalmic solution, said closure comprising a base comprising an upper surface and a neck, wherein said upper surface is attached to said neck and is adapted to sit above an opening of a bottle, and wherein said neck is adapted to be fastened to the opening of the bottle, wherein said upper surface comprises a spout; a cap comprising an exposed front surface, a front inside surface, an apex, and a cap rim; wherein the back of said cap is pivotally attached to said base to permit movement of the cap relative to the base between an open position and a closed position, wherein each of said exposed front surface and said front inside surface comprises a bottom end and a top end, wherein said bottom end of said exposed front surface and said front inside surface are located closer to the upper surface if the cap is in the closed position and the top end is located further away from the upper surface if the cap is in the closed position, wherein said front inside surface comprises a spout cap formed between said bottom end and said top end of said front inside surface, wherein if said cap is closed, the spout cap mates with said spout to form a liquid tight seal, wherein if said cap is opened, the liquid tight seal between the spout and the spout cap is opened; characterized in that said exposed front surface comprises an upwardly facing concavity that extends from said cap rim at its bottom end towards said apex at its top end to permit the thumb to rest against the concavity if the bottle is grasped in the same hand, such that the cap can be opened by the thumb without touching the spout.
Composite material for producing lids for closing containers, comprising at least two coatings, which in turn, independently of one another, are single or multi-layered, with one, the inner coating, which faces the container during sealing, having at least one self-contained line of weakness, and it being possible for the outer coating to be peeled off the inner coating, the region of the inner coating which is delimited by the contained line of weakness remaining on the outer coating, which preferably has a barrier coating, during the peeling process, so that a hole is formed in the inner coating when the outer coating is peeled off, characterised in that the layer of the inner coating which is in contact with the outer coating comprises semi-crystalline ethylene-propylene copolymers which are substantially free of dienes, and the layer of the outer coating, which is in contact with this layer, is the barrier coating or a lacquer.
A method, comprising: integrating, in a line powered smoke detector (102, 302) of a facility that has a first functionality of detecting smoke, a second functionality, wherein the second functionality includes a communication module, characterized in that the method comprises; obtaining, by the line powered smoke detector (102, 302), location data associated with the facility using the second functionality by: receiving, by the communication module, location data associated with equipment in the facility via a first type of wireless communication, wherein the first type of wireless communication comprises sub gigahertz signals transmitted from an equipment tag; and receiving, by the communication module, location data associated with people in the facility via a second type of wireless communication, wherein the second type of wireless communication comprises Bluetooth or Wi-Fi signals transmitted from a mobile device; wherein the location data associated with the facility obtained using the second functionality includes occupancy data associated with the facility; and sending, by the communication module, the location data associated with the facility obtained using the second functionality to a computing device (112, 412). integrating, in a line powered smoke detector (102, 302) of a facility that has a first functionality of detecting smoke, a second functionality, wherein the second functionality includes a communication module, characterized in that the method comprises; obtaining, by the line powered smoke detector (102, 302), location data associated with the facility using the second functionality by: receiving, by the communication module, location data associated with equipment in the facility via a first type of wireless communication, wherein the first type of wireless communication comprises sub gigahertz signals transmitted from an equipment tag; and receiving, by the communication module, location data associated with people in the facility via a second type of wireless communication, wherein the second type of wireless communication comprises Bluetooth or Wi-Fi signals transmitted from a mobile device; wherein the location data associated with the facility obtained using the second functionality includes occupancy data associated with the facility; and receiving, by the communication module, location data associated with equipment in the facility via a first type of wireless communication, wherein the first type of wireless communication comprises sub gigahertz signals transmitted from an equipment tag; and receiving, by the communication module, location data associated with people in the facility via a second type of wireless communication, wherein the second type of wireless communication comprises Bluetooth or Wi-Fi signals transmitted from a mobile device; wherein the location data associated with the facility obtained using the second functionality includes occupancy data associated with the facility; and sending, by the communication module, the location data associated with the facility obtained using the second functionality to a computing device (112, 412).
Method for controlling a winding device of a hairstyling appliance for curling hair, which comprises a mandrel and a winder configured to wind a lock of hair about the mandrel as it rotates in a predetermined direction, the winder being driven in rotation by a motor, the operation of which is controlled by a control member, characterised in that it comprises: - a step of rotating the winder in a predetermined direction triggered when the control member is activated, - a step of stopping the triggered rotation of the winder as soon as the control member is no longer activated, - a step of rotating the winder in the opposite direction, triggered successively at any step of stopping the rotation of the winder linked to the stopping of the activation of the control member, the winder being driven in rotation until a predetermined stopping position is reached. - a step of rotating the winder in a predetermined direction triggered when the control member is activated, - a step of stopping the triggered rotation of the winder as soon as the control member is no longer activated, - a step of rotating the winder in the opposite direction, triggered successively at any step of stopping the rotation of the winder linked to the stopping of the activation of the control member, the winder being driven in rotation until a predetermined stopping position is reached.