mhurhangee/patent-ind-claim-en huggingface dataset:
Packaging device comprising: - a main tray provided with an upper face delimiting at least one compartment receiving at least one cosmetic product and/or at least one cosmetic accessory, and - a lid rotatably mounted on the main tray between a closed position in which said lid covers said compartment of the main tray, and at least one open position allowing access to said compartment, wherein the main tray comprises a pin protruding with respect to the upper face and around which is rotatably mounted the lid , said lid comprising at least one snapping element cooperating with at least one complementary snapping element of the pin , and in that the main tray further comprises a hole extending from a lower face of said main tray and adapted for receiving a pin of an additional tray, said hole being configured to delimit at least one snapping element adapted to cooperate with at least one complementary snapping element of the pin of said additional tray, wherein the hole of the main tray opens onto an upper face of said main tray, wherein the lid comprises a through-hole which is coaxial with the hole of the main tray to collectively extend throughout the thickness of said packaging device; characterized in that the pin of the main tray comprises at least one protrusion extending radially outwards and forming the complementary snapping element , and the lid comprises at least one rib forming the snapping element . - a main tray provided with an upper face delimiting at least one compartment receiving at least one cosmetic product and/or at least one cosmetic accessory, and - a lid rotatably mounted on the main tray between a closed position in which said lid covers said compartment of the main tray, and at least one open position allowing access to said compartment, wherein the main tray comprises a pin protruding with respect to the upper face and around which is rotatably mounted the lid , said lid comprising at least one snapping element cooperating with at least one complementary snapping element of the pin , and in that the main tray further comprises a hole extending from a lower face of said main tray and adapted for receiving a pin of an additional tray, said hole being configured to delimit at least one snapping element adapted to cooperate with at least one complementary snapping element of the pin of said additional tray, wherein the hole of the main tray opens onto an upper face of said main tray, wherein the lid comprises a through-hole which is coaxial with the hole of the main tray to collectively extend throughout the thickness of said packaging device; characterized in that the pin of the main tray comprises at least one protrusion extending radially outwards and forming the complementary snapping element , and the lid comprises at least one rib forming the snapping element .
A method performed by a User Equipment device, UE, for obtaining a key for direct communication with a device over a Proximity Services, ProSe, interface, wherein the UE is comprised within a first communication network and the device is comprised within a second communication network, the method comprising: establishing a UE shared key with a Bootstrapping Server Function, BSF, using a Generic Bootstrapping Architecture, GBA, procedure, and receiving from the BSF a transaction identifier associated with the UE shared key ; discovering the device through a discovery procedure after receipt of the transaction identifier ; sending the transaction identifier and a Direct Communication Element identifier of at least one Direct Communication Element, which comprises at least one of a ProSe Function and a ProSe Key Management Server, to the device and requesting the device to obtain the direct communication key ; deriving a session shared key from at least the UE shared key and the Direct Communication Element identifier ; deriving the direct communication key from at least the session shared key and an identifier of the device ; receiving a first confirmation message from the device indicating that the device has obtained the direct communication key , wherein the first confirmation message comprises a Message Authentication Code, MAC, generated using the direct communication key; checking the MAC using the direct communication key; and sending a second confirmation message to the device, if the check is successful. establishing a UE shared key with a Bootstrapping Server Function, BSF, using a Generic Bootstrapping Architecture, GBA, procedure, and receiving from the BSF a transaction identifier associated with the UE shared key ; discovering the device through a discovery procedure after receipt of the transaction identifier ; sending the transaction identifier and a Direct Communication Element identifier of at least one Direct Communication Element, which comprises at least one of a ProSe Function and a ProSe Key Management Server, to the device and requesting the device to obtain the direct communication key ; deriving a session shared key from at least the UE shared key and the Direct Communication Element identifier ; deriving the direct communication key from at least the session shared key and an identifier of the device ; receiving a first confirmation message from the device indicating that the device has obtained the direct communication key , wherein the first confirmation message comprises a Message Authentication Code, MAC, generated using the direct communication key; checking the MAC using the direct communication key; and sending a second confirmation message to the device, if the check is successful.
An in-line process for producing a scrubby substrate, the process comprising: (a) melting a polymer resin material; (b) extruding or otherwise dispensing the molten polymer resin through one or more orifices of a heated nozzle into a stream of hot inert gas which attenuates said molten resin into elongated globules that form a stream of such globules; (c) creating elongated globules having an irregular cross-section and/or an irregular thickness along a length of said elongated globules; (d) collecting said globules onto at least a portion of a surface of a base substrate layer, said globules being abrasive once cooled; wherein a spacing between the one or more orifices of the nozzle and the base substrate layer is less than 15 cm (6 inches), to aid in globule adhesion to the base substrate layer. (a) melting a polymer resin material; (b) extruding or otherwise dispensing the molten polymer resin through one or more orifices of a heated nozzle into a stream of hot inert gas which attenuates said molten resin into elongated globules that form a stream of such globules; (c) creating elongated globules having an irregular cross-section and/or an irregular thickness along a length of said elongated globules; (d) collecting said globules onto at least a portion of a surface of a base substrate layer, said globules being abrasive once cooled;
Device (1; 101; 201) for sealing an air inlet of a motor vehicle, comprising: - at least one sealing means intended to be arranged in an air inlet of the motor vehicle, and - a support (5; 105, 105'; 205, 205') for the sealing means for the purpose of holding the sealing means and intended to be attached to a load-bearing structure of the motor vehicle, the support (5; 105, 105'; 205, 205') comprising at least one damping guiding means (15; 115, 115'; 215, 215') of the sealing means such that, in the event of an impact on the sealing means , the sealing means is able to move from an initial holding position to a position that is set back with respect to the initial position, the means for sealing the flow of air comprising at least one panel of flaps that is intended to be arranged upstream of a heat exchange device of the motor vehicle in the direction of flow of a flow of air, characterized in that said at least one damping guiding means (15; 115, 115'; 215, 215') is a means for guiding an associated retention element (13; 113; 213) borne by the sealing means , from the initial holding position to the set back position in the event of an impact, and in that said at least one damping guiding means comprises a groove (15; 15') for guiding the associated retention element , the groove being shaped so as to progressively narrow. - at least one sealing means intended to be arranged in an air inlet of the motor vehicle, and - a support (5; 105, 105'; 205, 205') for the sealing means for the purpose of holding the sealing means and intended to be attached to a load-bearing structure of the motor vehicle,
An electronic device comprising: a first interface configured to communicate with another electronic device within a network according to a first communication standard, which supports a first communication bandwidth; a second interface configured to communicate with the another electronic device within the network according to a second communication standard, which supports a second communication bandwidth that is greater than the first communication bandwidth, wherein the first communication standard is a High-Definition Multimedia Interface/Consumer Electronics Control, HDMI/CEC, standard, and the second communication standard is Ethernet; the electronic device is configured with a first network address relating to the first communication standard and a second network address relating to the second communication standard, the first network address being a Consumer Electronics Control, CEC, logical address and the second network address being an IP address; the electronic device is further configured to store a list of first and second addresses of other electronic devices of the network, the respective first addresses being linked to the respective second addresses of the respective electronic devices, and to communicate data with the another electronic device by using the first interface and the second interface based on an amount of the data to be communicated. a first interface configured to communicate with another electronic device within a network according to a first communication standard, which supports a first communication bandwidth; a second interface configured to communicate with the another electronic device within the network according to a second communication standard, which supports a second communication bandwidth that is greater than the first communication bandwidth, wherein the first communication standard is a High-Definition Multimedia Interface/Consumer Electronics Control, HDMI/CEC, standard, and the second communication standard is Ethernet; the electronic device is configured with a first network address relating to the first communication standard and a second network address relating to the second communication standard, the first network address being a Consumer Electronics Control, CEC, logical address and the second network address being an IP address; the electronic device is further configured to store a list of first and second addresses of other electronic devices of the network, the respective first addresses being linked to the respective second addresses of the respective electronic devices, and to communicate data with the another electronic device by using the first interface and the second interface based on an amount of the data to be communicated.
An asymmetric vane assembly for use in a gas turbine engine , the asymmetric vane assembly comprising: a high count vane section including a first plurality of vanes ; and a low count vane section including a second plurality of vanes , a total number of vanes in the first plurality of vanes being greater than a total number of vanes in the second plurality of vanes; wherein the first plurality of vanes are oriented in an open position; wherein the second plurality of vanes are oriented in a closed position; and wherein the first plurality of vanes and the second plurality of vanes are each coupled to a platform and arranged radially around a central axis (A-A'), wherein the first plurality of vanes being oriented in the open position comprises the first plurality of vanes being angled at a first angle in a radial cross-sectional view of the vane relative to the platform, and wherein the second plurality of vanes being oriented in the closed position comprises the second plurality of vanes being angled at a second angle , different to the first angle, in a radial cross-sectional view of the vane relative to the platform; characterized by : each vane of the high count vane section and each vane of the low count vane section having similar internal core geometry , wherein the internal core geometry includes air flow paths for air to flow within the vanes . a high count vane section including a first plurality of vanes ; and a low count vane section including a second plurality of vanes , a total number of vanes in the first plurality of vanes being greater than a total number of vanes in the second plurality of vanes; wherein the first plurality of vanes are oriented in an open position; wherein the second plurality of vanes are oriented in a closed position; and wherein the first plurality of vanes and the second plurality of vanes are each coupled to a platform and arranged radially around a central axis (A-A'), wherein the first plurality of vanes being oriented in the open position comprises the first plurality of vanes being angled at a first angle in a radial cross-sectional view of the vane relative to the platform, and wherein the second plurality of vanes being oriented in the closed position comprises the second plurality of vanes being angled at a second angle , different to the first angle, in a radial cross-sectional view of the vane relative to the platform; characterized by : each vane of the high count vane section and each vane of the low count vane section having similar internal core geometry , wherein the internal core geometry includes air flow paths for air to flow within the vanes .
A system for providing communication over a plurality of networks comprising: a first transmitter located on a vehicle configured to communicate over a first network; a second transmitter located on the vehicle configured to communicate over a second network; a communication management unit located on the vehicle configured to manage communications over the first network; and an interceptor unit located on the vehicle comprising one or more processors configured to: intercept a message from the communication management unit ; initiate a communication session with the first transmitter and the second transmitter ; and route the message among the first transmitter and the second transmitter ; wherein the first transmitter comprises at least one of a satellite communications transmitter , a very high frequency transmitter , or a high frequency transmitter for which a direct communication with the communication management unit is realized by corresponding transmitter emulators; wherein the communication management unit is unaware of the second transmitter ; and wherein the second transmitter comprises at least one of a cellular transmitter, an AEROMax transmitter , or internet protocol transmitter . a first transmitter located on a vehicle configured to communicate over a first network; a second transmitter located on the vehicle configured to communicate over a second network; a communication management unit located on the vehicle configured to manage communications over the first network; and an interceptor unit located on the vehicle comprising one or more processors configured to: intercept a message from the communication management unit ; initiate a communication session with the first transmitter and the second transmitter ; and route the message among the first transmitter and the second transmitter ; wherein the first transmitter comprises at least one of a satellite communications transmitter , a very high frequency transmitter , or a high frequency transmitter for which a direct communication with the communication management unit is realized by corresponding transmitter emulators; wherein the communication management unit is unaware of the second transmitter ; and wherein the second transmitter comprises at least one of a cellular transmitter, an AEROMax transmitter , or internet protocol transmitter . intercept a message from the communication management unit ; initiate a communication session with the first transmitter and the second transmitter ; and route the message among the first transmitter and the second transmitter ; wherein the first transmitter comprises at least one of a satellite communications transmitter , a very high frequency transmitter , or a high frequency transmitter for which a direct communication with the communication management unit is realized by corresponding transmitter emulators; wherein the communication management unit is unaware of the second transmitter ; and wherein the second transmitter comprises at least one of a cellular transmitter, an AEROMax transmitter , or internet protocol transmitter .
A movable control surface for an aircraft, having a hinge line for rotation, and comprising at least one composite layer , and at least one sheet having a density of at least 10 g/cm 3 laid over the at least one composite layer , wherein the sheet is extended along the wingspan of the control surface ahead of the hinge line covering the outermost area of the leading edge of the control surface .
Heatable fluid chamber assembly for a window or headlight washer system of a vehicle, comprising: a fluid chamber having a first fluid port , a heating line , arranged in the fluid chamber and preferably arranged in the first fluid port , characterised in that it comprises a rotary disk , arranged rotatably about an axis in or on the fluid chamber and having a deflector , extending into the fluid chamber , wherein a portion of the heating line is displaceable by the deflector during a rotation of the rotary disc , and wherein the first fluid port extends radially to the axis . a fluid chamber having a first fluid port , a heating line , arranged in the fluid chamber and preferably arranged in the first fluid port ,
Apparatus with recesses for receiving stabilization bars of a surge arrester, wherein the recesses are open in the direction of the centre point of the apparatus in such a way that the stabilization bars can be laterally inserted during assembly, characterized in that the recesses are formed in a manner slightly narrower (f) than the diameter (e) of the stabilization bars in the direction of the centre point of the apparatus , so that the said stabilization bars latch into the recesses when laterally inserted, and/or in that the recesses each have a slot in the direction of the edge of the apparatus , so that the apparatus exhibits a sufficient degree of flexibility to allow the stabilization bars to snap into the recesses when laterally inserted.
A deodorization module comprising: a housing including a main body and a cover , wherein one surface of the housing includes a curved surface; a suction hole formed through said one surface of the housing to allow air to be drawn into the housing therethrough; a fan disposed at the suction hole to draw in air; a discharge hole formed through said one surface of the housing to allow the air drawn in by the fan to be discharged from the housing therethrough; a photocatalyst bar disposed between the fan and the discharge hole and comprising a first through-hole through which the air passes; a light source module emitting UV light toward the photocatalyst bar for activating a photocatalytic reaction; and a fan seating member disposed at the suction hole and formed with a second through-hole allowing air to be drawn therethrough, wherein the main body comprises an open portion and is configured to receive the fan , the photocatalyst bar , and the light source module , wherein the cover is configured to cover the open portion of the main body , the cover being detachably coupled to the main body , wherein the fan is seated on the fan seating member, and wherein the air drawn in by the fan passes through the photocatalyst bar , before being discharged from the housing through the discharge hole , characterized in that the fan seating member is disposed in an inclined manner at the suction hole , and wherein the suction hole and the discharge hole are formed through the same surface of the housing comprising the curved surface being curved inwardly of the housing . a housing including a main body and a cover , wherein one surface of the housing includes a curved surface; a suction hole formed through said one surface of the housing to allow air to be drawn into the housing therethrough; a fan disposed at the suction hole to draw in air; a discharge hole formed through said one surface of the housing to allow the air drawn in by the fan to be discharged from the housing therethrough; a photocatalyst bar disposed between the fan and the discharge hole and comprising a first through-hole through which the air passes; a light source module emitting UV light toward the photocatalyst bar for activating a photocatalytic reaction; and a fan seating member disposed at the suction hole and formed with a second through-hole allowing air to be drawn therethrough, wherein the main body comprises an open portion and is configured to receive the fan , the photocatalyst bar , and the light source module , wherein the cover is configured to cover the open portion of the main body , the cover being detachably coupled to the main body , wherein the fan is seated on the fan seating member, and wherein the air drawn in by the fan passes through the photocatalyst bar , before being discharged from the housing through the discharge hole , characterized in that the fan seating member is disposed in an inclined manner at the suction hole , and wherein the suction hole and the discharge hole are formed through the same surface of the housing comprising the curved surface being curved inwardly of the housing .
A housing for a firearm with an interchangeable barrel, comprising a bushing , in which the barrel root of the interchangeable barrel can be inserted in axial direction, wherein the bushing has a slit in the axial direction and a tensioning device for transferring the slit from an initial position into a narrowed position, wherein the bushing is configured to receive the barrel root with press fit in the initial position of the slit , which position is unaffected by the tensioning device , and wherein the bushing has a spreading device for transferring the slit from the initial position into an expanded position, characterised by a common actuating element for the tensioning device and the spreading device .
A metal substrate with a surface texture, wherein the surface texture comprises a plurality of depressions, characterised in that each triplet of closest neighbouring depressions is spaced apart by a circle with a radius r, measured from the edge of the depressions, and wherein the arithmetic mean radius r mean is at most 20 μm and wherein the material area fraction is at least 30%.