mhurhangee/ep-ind-claims huggingface dataset:
An airbag device, comprising: an inflator and an airbag; and an airbag case in which the airbag is housed and in which there is mounted an inflator that supplies gas to the housed airbag, wherein said airbag case is provided with an opening for airbag deployment, and, in the opening section, an engagement member provided with a hook for engagement to an instrument panel, and moreover a lower face plate member that is fastened to the engagement member; wherein the engagement member and the lower face plate member are configured as separate members and are arranged to overlap each other such that the engagement member is positioned inward of the lower face plate member at a fastening section of the engagement member and the lower face plate member; characterized in that integral fastening is elicited by way of extension sections (12ac, 12ba) that are extensions of opposing side faces of the engagement member and the lower face plate member, respectively, which are fastened against each other; wherein an end face of said lower face plate member to be fastened with said engagement member is positioned above the fastening section, wherein the engagement member comprises two opposing sides provided with hooks. an inflator and an airbag; and an airbag case in which the airbag is housed and in which there is mounted an inflator that supplies gas to the housed airbag, wherein said airbag case is provided with an opening for airbag deployment, and, in the opening section, an engagement member provided with a hook for engagement to an instrument panel, and moreover a lower face plate member that is fastened to the engagement member; wherein the engagement member and the lower face plate member are configured as separate members and are arranged to overlap each other such that the engagement member is positioned inward of the lower face plate member at a fastening section of the engagement member and the lower face plate member; characterized in that integral fastening is elicited by way of extension sections (12ac, 12ba) that are extensions of opposing side faces of the engagement member and the lower face plate member, respectively, which are fastened against each other; wherein an end face of said lower face plate member to be fastened with said engagement member is positioned above the fastening section, wherein the engagement member comprises two opposing sides provided with hooks.
Process for treating a mirror-effect ophthalmic lens comprising: - a substrate, - a mirror stack of at least two interferential layers (M1 to M6) borne by the substrate thus increasing reflectance and having: * an interferential layer far from the substrate, with a first initial thickness and a first refractive index, and * at least one near interferential layer placed between the substrate and the far interferential layer, with a second thickness and a second refractive index which is different from the first refractive index, the mirror stack giving, via an interference effect, a first colour in the CIELAB space to the mirror-effect ophthalmic lens, the process comprising a step of removing, via ion bombardment, at least from a first predetermined region, a mirror-stack thickness that is smaller than the sum of the initial thicknesses concerned by the removing step, the mirror-effect ophthalmic lens exhibiting, via an interference effect, a second colour in the CIELAB space which is different from the first colour. - a substrate, - a mirror stack of at least two interferential layers (M1 to M6) borne by the substrate thus increasing reflectance and having: * an interferential layer far from the substrate, with a first initial thickness and a first refractive index, and * at least one near interferential layer placed between the substrate and the far interferential layer, with a second thickness and a second refractive index which is different from the first refractive index, the mirror stack giving, via an interference effect, a first colour in the CIELAB space to the mirror-effect ophthalmic lens, the process comprising a step of removing, via ion bombardment, at least from a first predetermined region, a mirror-stack thickness that is smaller than the sum of the initial thicknesses concerned by the removing step, the mirror-effect ophthalmic lens exhibiting, via an interference effect, a second colour in the CIELAB space which is different from the first colour. * an interferential layer far from the substrate, with a first initial thickness and a first refractive index, and * at least one near interferential layer placed between the substrate and the far interferential layer, with a second thickness and a second refractive index which is different from the first refractive index, the mirror stack giving, via an interference effect, a first colour in the CIELAB space to the mirror-effect ophthalmic lens, the process comprising a step of removing, via ion bombardment, at least from a first predetermined region, a mirror-stack thickness that is smaller than the sum of the initial thicknesses concerned by the removing step, the mirror-effect ophthalmic lens exhibiting, via an interference effect, a second colour in the CIELAB space which is different from the first colour.
A mobile system including at least one variable flexibility track and at least two rollers (6, 18, 19) around which the variable flexibility track is wrapped, wherein the rollers are adapted to change the rigidity and the curvature of the Variable Flexibility track to modify its shape so as to be a wheel or to have a part corresponding to a circular wheel with different curvature or to be foldable, said variable flexibility track being composed of: - a plurality of track elements and hinges linking said plurality of track elements so as to allow rotation of the track elements with respect to each other around the hinges, and - a locking mechanism on each track elements that allows locking a position of the track elements with respect to the adjacent ones at various angles; and said rollers being in contact with the variable flexibility track and comprising at least one of - a mechanism that interacts with locking mechanism of each track element to change the rigidity of the variable flexibility track that can be present within the variable flexibility track within rollers, - a mechanism for changing a curvature or a relative position of the tracks to allow navigation on stairs and cross other obstacles, - a mechanism for steering the mobile system by applying different speed and/or curvature to the tracks. - a plurality of track elements and hinges linking said plurality of track elements so as to allow rotation of the track elements with respect to each other around the hinges, and - a locking mechanism on each track elements that allows locking a position of the track elements with respect to the adjacent ones at various angles; and said rollers being in contact with the variable flexibility track and comprising at least one of - a mechanism that interacts with locking mechanism of each track element to change the rigidity of the variable flexibility track that can be present within the variable flexibility track within rollers, - a mechanism for changing a curvature or a relative position of the tracks to allow navigation on stairs and cross other obstacles, - a mechanism for steering the mobile system by applying different speed and/or curvature to the tracks.
A secure method of processing data wherein evaluation of a function described as a linear combination of sub-functions (f i) with two binary inputs is performed, wherein a client and a server respectively have a binary code Y, comprising n indexed bits y 1,...y n, and a binary code X, comprising n indexed bits x 1,...,x n, the method comprising evaluation of the function with the binary codes of the client Y and of the server X as inputs, without either the client or the server obtaining information on the code of the other, the method being characterized in that it comprises the following steps: a) the server randomly generates n indexed values (r i) and calculates the linear combination of these values with the same linear combination as that applied to the sub-functions (f i) to obtain the function, b) for each bit (y i) of its binary code, the client employs a technique of oblivious transfer to obtain from the server an intermediate datum comprising the randomly generated value (r i) of the same index as the bit (y i) of the code of the client, added to the value of the corresponding sub-function evaluated in the bit of the same index of the code of the server and in said bit of its binary code (f i (x i,y i)), and c) the client performs a linear combination of the intermediate data for all the bits (y i) of its binary code, with the same linear combination as that applied to the sub-functions to obtain the function, so as to obtain a final result comprising the linear combination of randomly generated values (r 1,...,r n) added to evaluation of the function in both binary codes. a) the server randomly generates n indexed values (r i) and calculates the linear combination of these values with the same linear combination as that applied to the sub-functions (f i) to obtain the function, b) for each bit (y i) of its binary code, the client employs a technique of oblivious transfer to obtain from the server an intermediate datum comprising the randomly generated value (r i) of the same index as the bit (y i) of the code of the client, added to the value of the corresponding sub-function evaluated in the bit of the same index of the code of the server and in said bit of its binary code (f i (x i,y i)), and c) the client performs a linear combination of the intermediate data for all the bits (y i) of its binary code, with the same linear combination as that applied to the sub-functions to obtain the function, so as to obtain a final result comprising the linear combination of randomly generated values (r 1,...,r n) added to evaluation of the function in both binary codes.
Dishwashing machine comprising an extractable fitting comprising a filtering element having a filtering side wall and defining internally a cavity, the bottom end of the element being provided with means designed to allow connection of the fitting to an external member which is an inlet nozzle of a salt storage compartment, and the cross-section of the bottom portion of said cavity tapering in a downwards direction, in such a way that said fitting may be fixed to said inlet nozzle and used as a funnel for topping up the salt inside said storage compartment besides as a filter for water supplied to the dishwashing machine, said dishwashing machine being characterised in that said fitting further comprises a plate which is associated to the top end of the filtering element in order to convey water to said element.
A prosthetic heart valve for implantation at a heart valve annulus, comprising: a non-expandable, non-collapsible annular support structure defining a flow orifice and having an inflow end; valve leaflets attached to the support structure and mounted to alternately open and close across the flow orifice; a plastically-expandable frame having a first end extending around the flow orifice and connected to the valve at the inflow end of the support structure, the frame having a second end projecting in the inflow direction away from the support structure and being capable of assuming a contracted state for delivery to an implant position and a wider expanded state for outward contact with an annulus; and a fabric covering around the plastically-expandable frame, characterized in that an enlarged sealing flange is attached circumferentially around the second end of the fabric-covered frame. a non-expandable, non-collapsible annular support structure defining a flow orifice and having an inflow end; valve leaflets attached to the support structure and mounted to alternately open and close across the flow orifice; a plastically-expandable frame having a first end extending around the flow orifice and connected to the valve at the inflow end of the support structure, the frame having a second end projecting in the inflow direction away from the support structure and being capable of assuming a contracted state for delivery to an implant position and a wider expanded state for outward contact with an annulus; and a fabric covering around the plastically-expandable frame, characterized in that an enlarged sealing flange is attached circumferentially around the second end of the fabric-covered frame.
A motor control apparatus that drives a 3-phase synchronous motor by applying a 3-phase rectangular wave voltage to the 3-phase synchronous motor, comprising: a current detection means (6, 7) configured to detect a current (iu, iv) flowing to the synchronous motor; a current conversion means configured to convert through a coordinate conversion the current (iu, iv) detected by the current detection means (6, 7) to a d-axis current (id) and a q-axis current (iq) in a dq-axis coordinate system which rotates in synchronization with rotation of the motor; characterized by a phase calculation means configured to calculate a phase (δ) of the rectangular wave voltage based upon a q-axis current deviation (iq* - iq) between a q-axis current command value (iq*) and the q-axis current (iq); and a power conversion means configured to generate the rectangular wave voltage having the phase (δ) calculated by the phase calculation means and having an amplitude (Vdq) defined by a DC source voltage (Vdc) at the power conversion means. a current detection means (6, 7) configured to detect a current (iu, iv) flowing to the synchronous motor; a current conversion means configured to convert through a coordinate conversion the current (iu, iv) detected by the current detection means (6, 7) to a d-axis current (id) and a q-axis current (iq) in a dq-axis coordinate system which rotates in synchronization with rotation of the motor; characterized by a phase calculation means configured to calculate a phase (δ) of the rectangular wave voltage based upon a q-axis current deviation (iq* - iq) between a q-axis current command value (iq*) and the q-axis current (iq); and a power conversion means configured to generate the rectangular wave voltage having the phase (δ) calculated by the phase calculation means and having an amplitude (Vdq) defined by a DC source voltage (Vdc) at the power conversion means.
A battery pack comprising: a metallic accommodating frame for a lead storage battery that accommodates the lead storage battery including an electrode group in which a positive electrode plate and a negative electrode plate are stacked with a separator interposed therebetween, and a battery case for accommodating the electrode group, in which the positive electrode plate and the negative electrode plate are formed by filling an electrode material into a grid body having a protrusion that projects outwardly from a frame (21, 62) forming an outline in a plan view, the metallic accommodating frame comprising: a conductive housing having an opening that opens horizontally in a state where the opening faces a horizontal direction, and accommodating the lead storage battery therein; and a first protector (71, 171) that is disposed between a first surface facing the protrusion among surfaces forming the battery case of the lead storage battery accommodated in the housing and the housing, and is made of an insulating material, wherein the first protector (71, 171) includes a flat plate-shaped first main body (71a 171a) and a first standing portion (71b, 71c, 71d, 171b, 171c, 171d, 171e) that stands from an edge of the first main body (71a, 171a), and wherein the battery pack further comprises a plurality of the lead storage batteries that are accommodated in a state of being arrayed in a direction perpendicular to an opening direction of the housing and the vertical direction. a conductive housing having an opening that opens horizontally in a state where the opening faces a horizontal direction, and accommodating the lead storage battery therein; and a first protector (71, 171) that is disposed between a first surface facing the protrusion among surfaces forming the battery case of the lead storage battery accommodated in the housing and the housing, and is made of an insulating material, wherein the first protector (71, 171) includes a flat plate-shaped first main body (71a 171a) and a first standing portion (71b, 71c, 71d, 171b, 171c, 171d, 171e) that stands from an edge of the first main body (71a, 171a), and wherein the battery pack further comprises a plurality of the lead storage batteries that are accommodated in a state of being arrayed in a direction perpendicular to an opening direction of the housing and the vertical direction.
A logo lamp assembly to be mounted on a vehicle, comprising, at least one first logo lamp having a fixed image output (6, 11a, 11b) as light projection configured to be turned on or off; characterized by at least one second logo lamp having an at least partially animated image output as light projection, where the second logo lamp comprises at least one microLED having a lower resolution image output compared to the image output of the first logo lamp, and being configured to be controlled dependent on at least one of • the fixed image output (6, 11a, 11b) and • a signal, in particular an external signal from a control unit, such that the logo lamp assembly is a hybrid animated logo lamp assembly. at least one first logo lamp having a fixed image output (6, 11a, 11b) as light projection configured to be turned on or off; characterized by at least one second logo lamp having an at least partially animated image output as light projection, where the second logo lamp comprises at least one microLED having a lower resolution image output compared to the image output of the first logo lamp, and being configured to be controlled dependent on at least one of • the fixed image output (6, 11a, 11b) and • a signal, in particular an external signal from a control unit, • the fixed image output (6, 11a, 11b) and • a signal, in particular an external signal from a control unit, such that the logo lamp assembly is a hybrid animated logo lamp assembly.
A dispensing closure (2;102) for dispensing fluid product from a container, the closure defining an outflow path leading to an outlet opening and comprising a closure valve with an outer element and an inner element; the outer element comprising an outwardly-deflectable diaphragm wall around the outlet opening, there being an annular surround portion (36;136) around the outlet opening; the inner element being positioned inwardly of the outer element and comprising a blocking portion (48;148) and a support structure mounting the blocking portion aligned with the outlet opening and to the inner side thereof, and the closure defining flow clearance past the inner element; the closure valve having a closed position, in which the blocking portion (48;148) in an outward position thereof closes the outflow path, an outflow condition, in which under positive dispensing pressure from the inside the diaphragm wall of the outer element deflects outwardly away from the blocking portion (48;148) for product to flow out through the outflow path and outlet opening; characterised in that the closure valve is operable additionally in a recovery mode, wherein when excess pressure exists outside the valve the blocking portion (48;148) is deflectable inwardly in the closure under said differential pressure for compensation air or residual liquid product to enter the container in use.
A fluid injector for injecting fluid, the fluid injector comprising: - a housing which extends along an axis L; - a valve needle which is axially moveable with respect to the housing; - an actuator which comprises a pole piece and an armature, wherein the armature is axially moveable with respect to the housing, and wherein the armature is mechanically coupled with the valve needle to displace the valve needle axially when the armature moves towards the pole piece; the fluid injector is characterised in that it further comprises: - a bistable spring element which comprises a first end which is seated against the armature and a second end which is seated against the housing, wherein the bistable spring element has a first stable state, a second stable state and an unstable equilibrium state, wherein the armature is displaceable in a reciprocating fashion between a first position in which the bistable spring element is in the first stable state and a second position in which the bistable spring element is in the second stable state via the unstable equilibrium state of the bistable spring element, wherein the bistable spring element biases the armature in direction away from the pole piece when the bistable spring element is between the first stable state and the unstable equilibrium state, and wherein the bistable spring element biases the armature towards the pole piece when the bistable spring element is between the unstable equilibrium state and the second stable state. - a housing which extends along an axis L; - a valve needle which is axially moveable with respect to the housing; - an actuator which comprises a pole piece and an armature, wherein the armature is axially moveable with respect to the housing, and wherein the armature is mechanically coupled with the valve needle to displace the valve needle axially when the armature moves towards the pole piece; the fluid injector is characterised in that it further comprises: - a bistable spring element which comprises a first end which is seated against the armature and a second end which is seated against the housing, wherein the bistable spring element has a first stable state, a second stable state and an unstable equilibrium state,