mhurhangee/patent-ind-claim-en huggingface dataset:
- A device for locking a weapon barrel in relation to a wall, the device comprising a receiving chute which can be secured to the wall and which is intended to receive the weapon barrel, and a holding arm which is intended to hold the barrel resting against the chute , in which device the chute is secured to a piston which is slidably mounted relative to a housing which is intended to be secured to the wall, the sliding of the piston being along a first direction (D1) and between an extended position and at least one depressed position, the sliding of the piston causing the pivoting of the holding arm relative to the housing between an open position and a closed position in which it ensures the holding of the barrel resting against the chute in the or one of the depressed position(s) of the piston, the piston being able to be immobilized in its depressed position(s) by a locking means , the depressed position(s) being such that the distance between the arm and a bottom of the chute corresponds to a diameter of the particular weapon barrel which it is desired to lock, the locking device being characterized in that the locking means includes a carriage slidably mounted relative to the housing along a second direction (D2) which is perpendicular to the first direction (D1), the carriage comprising a nose intended to cooperate with at least one complementary nose carried by the piston so as to immobilize the latter in at least one depressed position.
A housing assembly, comprising: a bottom plate assembly and an outer housing , the outer housing is provided with a hooking fitting portion, the bottom plate assembly comprises: a base ; and a supporting portion , a crimping space for positioning the outer housing is formed between at least portion of the supporting portion and the base , the hooking fitting portion is hooked with the crimping space, wherein the base is provided with a groove for accommodating the outer housing , a slot wall of the groove is used as a stopping surface for preventing the outer housing from slipping, characterized in that the supporting portion is provided with a connection bump extended toward the base , the connection bump is hooked with the hooking fitting portion of the outer housing , the crimping space is formed between the connection bump and the slot wall of the groove . a base ; and a supporting portion , a crimping space for positioning the outer housing is formed between at least portion of the supporting portion and the base , the hooking fitting portion is hooked with the crimping space, wherein the base is provided with a groove for accommodating the outer housing , a slot wall of the groove is used as a stopping surface for preventing the outer housing from slipping, characterized in that the supporting portion is provided with a connection bump extended toward the base , the connection bump is hooked with the hooking fitting portion of the outer housing , the crimping space is formed between the connection bump and the slot wall of the groove .
An apparatus comprising: an input block configured to receive a first N-bit unsigned number and a second N-bit unsigned number, wherein the input block comprises N propagate and generate cells ; a plurality of calculation cells arranged in rows and columns, wherein the number of the columns is equal to N and the number of the rows is equal to log 2 (N) , wherein each row has N cells and has an index ri, and wherein a variable d is equal to 2 ri , and wherein each calculation cell has three groups of inputs connected to three cells in a preceding row , and wherein: a first group of inputs are connected to outputs of a first calculation cell in the preceding row and vertically aligned with the calculation cell; a second group of inputs are connected to outputs of a second calculation cell that is d cells away from the first calculation cell; and a third group of inputs are connected to outputs of a third calculation cell that is 2d cells away from the first calculation cell; and an output block comprising a plurality of XOR gates. an input block configured to receive a first N-bit unsigned number and a second N-bit unsigned number, wherein the input block comprises N propagate and generate cells ; a plurality of calculation cells arranged in rows and columns, wherein the number of the columns is equal to N and the number of the rows is equal to log 2 (N) , wherein each row has N cells and has an index ri, and wherein a variable d is equal to 2 ri , and wherein each calculation cell has three groups of inputs connected to three cells in a preceding row , and wherein: a first group of inputs are connected to outputs of a first calculation cell in the preceding row and vertically aligned with the calculation cell; a second group of inputs are connected to outputs of a second calculation cell that is d cells away from the first calculation cell; and a third group of inputs are connected to outputs of a third calculation cell that is 2d cells away from the first calculation cell; and a first group of inputs are connected to outputs of a first calculation cell in the preceding row and vertically aligned with the calculation cell; a second group of inputs are connected to outputs of a second calculation cell that is d cells away from the first calculation cell; and a third group of inputs are connected to outputs of a third calculation cell that is 2d cells away from the first calculation cell; and an output block comprising a plurality of XOR gates.
A generator of a magnetic field of adjustable direction including a magnetic circuit comprising: a first polar end (37; 90) of vertical axis (Z) arranged above a horizontal plane (29; 100), the horizontal plane (29; 100) corresponding to a plane perpendicular to a vertical axis of the first polar end (37 ; 90) ; and at least a pair of two second polar ends (28A to 28D; 102; 102') arranged symmetrically on said horizontal plane with relation to at least a plane comprising a vertical axis (Z), the generator further comprising coils (50A to 50D, 52A, 52B; 82) arranged so that each magnetic circuit portion connecting two of the at least three polar ends runs inside at least one coil, the coils being adapted to be connected to circuits configured to conduct currents of settable intensities and of selected directions therethrough. a first polar end (37; 90) of vertical axis (Z) arranged above a horizontal plane (29; 100), the horizontal plane (29; 100) corresponding to a plane perpendicular to a vertical axis of the first polar end (37 ; 90) ; and at least a pair of two second polar ends (28A to 28D; 102; 102') arranged symmetrically on said horizontal plane with relation to at least a plane comprising a vertical axis (Z), the generator further comprising coils (50A to 50D, 52A, 52B; 82) arranged so that each magnetic circuit portion connecting two of the at least three polar ends runs inside at least one coil, the coils being adapted to be connected to circuits configured to conduct currents of settable intensities and of selected directions therethrough.
A die cutter comprising: an anvil cylinder ; a die cylinder ; and characterized by the die cutter further comprising: a sleeve mounted on the die cylinder configured for generating a pressing force on an anvil cover to force a locking component of the anvil cover into a locking component receptor of the anvil cylinder . an anvil cylinder ; a die cylinder ; and characterized by the die cutter further comprising: a sleeve mounted on the die cylinder configured for
A method comprising: generating a plurality of focal plane images using a description of three-dimensional content; arranging the plurality of focal plane images in space; receiving information indicating head movement of a user relative to a real world environment; responsive to receiving the information indicating head movement of the user, synthesizing motion parallax by shifting and rotating one or more of the plurality of focal plane images in order to generate views for the user, the views comprising motion parallax information, wherein rotating one or more of the plurality of focal plane images comprises rotating one or more of the plurality of focal plane images relative to a fixed origin; and displaying the plurality of focal plane images shifted and rotated to generate the views for the user. generating a plurality of focal plane images using a description of three-dimensional content; arranging the plurality of focal plane images in space; receiving information indicating head movement of a user relative to a real world environment; responsive to receiving the information indicating head movement of the user, synthesizing motion parallax by shifting and rotating one or more of the plurality of focal plane images in order to generate views for the user, the views comprising motion parallax information, wherein rotating one or more of the plurality of focal plane images comprises rotating one or more of the plurality of focal plane images relative to a fixed origin; and displaying the plurality of focal plane images shifted and rotated to generate the views for the user.
A child safety seat assembly comprising: a base , a seat adjustable between a plurality of recline positions relative to the base , the seat including a seating portion , two spaced-apart rail portions and a protruding portion between the two rail portions , projecting downward from a bottom of the seating portion , and a latch mechanism enclosed in the protruding portion operable to detachably lock the seat on the base at any one of the reclined positions, characterized in that : the latch mechanism comprises a sliding element , a resilient arm and a latching portion formed in a single body, the sliding element being movably assembled with the seat and having a front end that is exposed outward at a front of the protruding portion and is accessible by a user for operation, and the resilient arm being joined with the sliding element and having a distal end provided with the latching portion , the sliding element being movable in a first direction to drive the resilient arm in movement and displace the latching portion in a second direction for locking the seat with the base .
A device comprising: circuitry configured to: segment a heart sound signal to detect a first lobe (S1) and a second lobe (S2) of the heart sound signal; compute a spectral width of an extracted feature of the heart sound signal that lies in a portion of a time interval between the S1 lobe and the S2 lobe based on an estimated power spectral density; compute a peak frequency of the extracted feature of the heart sound signal; compute a shape of an envelope of the extracted feature of the heart sound signal; and classify the extracted feature of the heart sound signal as the Still's murmur based on the spectral width, the peak frequency, the shape of the envelop, and additional murmur discriminant features. segment a heart sound signal to detect a first lobe (S1) and a second lobe (S2) of the heart sound signal; compute a spectral width of an extracted feature of the heart sound signal that lies in a portion of a time interval between the S1 lobe and the S2 lobe based on an estimated power spectral density; compute a peak frequency of the extracted feature of the heart sound signal; compute a shape of an envelope of the extracted feature of the heart sound signal; and classify the extracted feature of the heart sound signal as the Still's murmur based on the spectral width, the peak frequency, the shape of the envelop, and additional murmur discriminant features.
A current transducer comprising a section of a primary conductor , a first magnetic field sensing system configured for measurement of a primary current flowing in the primary conductor in a lower frequency range, and a Rogowski coil encircling said primary conductor and configured for measuring said primary current in an upper frequency range having frequencies greater than the lower frequency range, wherein the first magnetic field sensing system comprises a magnetic field gradient sensor mounted in a slot midway between two portions of said section of the primary conductor, the magnetic field gradient sensor configured to measure a magnetic field gradient in a gradient measurement direction (Y) transverse to a direction of flow (Z) of the primary current (IP) .
A personal electronic device support assembly comprising: a case comprising an inner surface , wherein the case is configured to receive the personal electronic device and hold the personal electronic device substantially against the inner surface; a tab pivotally coupled to the case, wherein the tab is configured to hold the case securely in place adjacent a passenger seat when the tab is in an extended position; an interface coupled to the tab, wherein the interface is configured to connect the personal electronic device to a secondary system when the tab is in the extended position, the secondary system including at least one of data transmission capability and power transmission capability; and a cover attached to the case at an outer surface , wherein the cover is configured to provide protection to at least a portion of a screen of the personal electronic device; characterised in that : the cover comprises a cover hinge and is rotatable via the cover hinge from a first position where the cover is in contact with the screen portion of the personal electronic device to a second position where the cover is in contact with the outer surface of the case assembly, and the cover further comprises a tab hole configured to receive the tab , such that the tab can extend through the tab hole when the cover is in the second position or when the cover is in a third position between the first and second position. a case comprising an inner surface , wherein the case is configured to receive the personal electronic device and hold the personal electronic device substantially against the inner surface; a tab pivotally coupled to the case, wherein the tab is configured to hold the case securely in place adjacent a passenger seat when the tab is in an extended position; an interface coupled to the tab, wherein the interface is configured to connect the personal electronic device to a secondary system when the tab is in the extended position, the secondary system including at least one of data transmission capability and power transmission capability; and a cover attached to the case at an outer surface , wherein the cover is configured to provide protection to at least a portion of a screen of the personal electronic device; characterised in that : the cover comprises a cover hinge and is rotatable via the cover hinge from a first position where the cover is in contact with the screen portion of the personal electronic device to a second position where the cover is in contact with the outer surface of the case assembly, and the cover further comprises a tab hole configured to receive the tab , such that the tab can extend through the tab hole when the cover is in the second position or when the cover is in a third position between the first and second position.
Rotor blade of a wind turbine with at least one particle damping device having at least one cavity with inner walls delimiting an interior, and with a medium arranged in the interior so as to be movable with respect to the inner walls , characterised in that the cavities extend along a width (B) of the rotor blade and are arranged next to one another along a thickness of the rotor blade and/or that the cavities extend along a thickness (D) of the rotor blade and are arranged next to one another along the width of the rotor blade.
A mir-22 miRNA antagonist targeting the mature mir-22-3p microRNA of the formula
A method for device interaction, comprising: detecting a triggering event; activating gaze detection based on the detected triggering event; determining , based on information from an optical detection sensor, whether a gaze is detected using the activated gaze detection; activating a display of the device to allow a user to view content on the display, when the user is determined to be actively gazing at the device; and deactivating the gaze detection after a predetermined amount of time when a gaze is not detected. detecting a triggering event; activating gaze detection based on the detected triggering event; determining , based on information from an optical detection sensor, whether a gaze is detected using the activated gaze detection; activating a display of the device to allow a user to view content on the display, when the user is determined to be actively gazing at the device; and deactivating the gaze detection after a predetermined amount of time when a gaze is not detected.
A method for supporting LTE-WLAN aggregation, LWA, by a base station, the method comprising: detecting that a security key update triggering event for a WLAN termination, WT, occurs, the WT being connected with the base station and a terminal for the LWA; performing a WT modification procedure for updating the security key for the WT based on the detected security key update triggering event being associated with a first event; and performing a WT release procedure and then a WT addition procedure for updating the security key for the WT based on the detected security key update triggering event being associated with a second event. detecting that a security key update triggering event for a WLAN termination, WT, occurs, the WT being connected with the base station and a terminal for the LWA; performing a WT modification procedure for updating the security key for the WT based on the detected security key update triggering event being associated with a first event; and performing a WT release procedure and then a WT addition procedure for updating the security key for the WT based on the detected security key update triggering event being associated with a second event.
Method for tightness control of a filling-sealing unit for containers , where a pressure chamber formed at said filling-sealing unit is sealed by way of a first seal against a sealer that is movable therein and by way of a second seal against a product feeder , characterized in that a third seal formed for sealing said pressure chamber around a neck finish portion and/or a neck portion and/or a shoulder portion of said containers is temporarily sealed from the outside with an attachment , thereby temporarily replacing the function of the third seal and of an inserted container with the sealing attachment , a positive pressure and/or negative pressure is generated in said pressure chamber , the pressure line used for this purpose is closed, and then a pressure profile (DV) in said pressure chamber is measured, and that further a container is introduced with its neck finish portion , neck portion, and/or shoulder portion into said third seal , the same is acted upon with compressed air to enclose the neck finish portion / neck portion / shoulder portion with the third seal in a liquid-tight and gas-tight manner in relation to positive pressures and/or negative pressures prevailing during the working operation, then a positive pressure and/or negative pressure is generated in said pressure chamber , said pressure line used for this purpose is closed, and then a pressure profile (DV) in said pressure chamber is again measured.
A method of adhering a product inside a receptacle for the product, wherein the product is a cosmetic pressed powder product or a stick type applicative product, the receptacle comprises a casing having a top end and a base end with a receiving base member disposed at the base end, and the receiving base member has an inner surface, optionally wherein the base member is adapted to be moveable inside the casing to advance and retract the product outside and inside the top end of the casing, said method comprising: (i) applying a silicone hot melt adhesive composition, which is not chemically reactive towards the product, in liquid form to at least part of the inner surface of the receiving base member of the receptacle; (ii) inserting the product into the receiving base member on or in the silicone hot melt adhesive composition while still in liquid form; and (iii) allowing the silicone hot melt adhesive composition to cool, and optionally cure, to adhere the product inside the receptacle. (i) applying a silicone hot melt adhesive composition, which is not chemically reactive towards the product, in liquid form to at least part of the inner surface of the receiving base member of the receptacle; (ii) inserting the product into the receiving base member on or in the silicone hot melt adhesive composition while still in liquid form; and (iii) allowing the silicone hot melt adhesive composition to cool, and optionally cure, to adhere the product inside the receptacle.
A metal member for being used in a solid-oxide type electrochemical stack, the metal member comprising: a base formed of ferritic stainless steel; and a metal film provided on the base, wherein the metal film includes a first metal layer containing Co and a second metal layer made of Mn, and is a stack in which the first metal layer and the second metal layer are sequentially stacked from the side of the base, and wherein the metal film is a stack including, in addition to the first metal layer and the second metal layer, a third metal layer made of Mo, or wherein the first metal layer further contains Mo in addition to Co. a base formed of ferritic stainless steel; and a metal film provided on the base, wherein the metal film includes a first metal layer containing Co and a second metal layer made of Mn, and is a stack in which the first metal layer and the second metal layer are sequentially stacked from the side of the base, and wherein the metal film is a stack including, in addition to the first metal layer and the second metal layer, a third metal layer made of Mo, or wherein the first metal layer further contains Mo in addition to Co.
An oral composition, wherein the composition is formulated as a toothpaste, and the composition comprises: Nigella sativa seed oil, an additional antibacterial agent selected from zinc ions, wherein the zinc ions are provided by zinc oxide, and an orally acceptable carrier.