mhurhangee/ep-ind-claims huggingface dataset:
A composite material work piece which includes a soleplate and a T-shaped reinforcement, the T-shaped reinforcement comprising a first L-shaped member and a second L-shaped member which are arranged back-to-back to generally form a T, the first L-shaped member and the second L-shaped member comprising: - a first base and a second base respectively, which are each extended on the soleplate of said work piece, - a first rib and a second rib respectively which are attached back-to-back to form a web, - a first connecting portion and a second connecting portion respectively which connect said ribs (20a, 20b) on said associated bases (18a, 18b), this work piece comprising a plurality of needles each of which connects the soleplate on the T-shaped reinforcement of said work piece, in the vicinity of said connecting portions (22a, 22b), and which extends in several directions to oppose in particular the spacing of the soleplate and the T-shaped reinforcement, this work piece including a core which is housed in a cavity delimited by a junction area between the soleplate, the first connecting portion and the second connecting portion, the needles passing through said core, at least one portion of the needles extending generally radially along the radius of curvature of the first connecting portion and the second connecting portion of the L-shaped members (16a, 16b), at least another portion of the needles extending generally in the direction of the ribs (20a, 20b) of the L-shaped members (16a, 16b), and characterized in that said needles extending in star by intersecting at the center of the core and the work piece. - a first base and a second base respectively, which are each extended on the soleplate of said work piece, - a first rib and a second rib respectively which are attached back-to-back to form a web, - a first connecting portion and a second connecting portion respectively which connect said ribs (20a, 20b) on said associated bases (18a, 18b), this work piece comprising a plurality of needles each of which connects the soleplate on the T-shaped reinforcement of said work piece, in the vicinity of said connecting portions (22a, 22b), and which extends in several directions to oppose in particular the spacing of the soleplate and the T-shaped reinforcement, this work piece including a core which is housed in a cavity delimited by a junction area between the soleplate, the first connecting portion and the second connecting portion, the needles passing through said core, at least one portion of the needles extending generally radially along the radius of curvature of the first connecting portion and the second connecting portion of the L-shaped members (16a, 16b), at least another portion of the needles extending generally in the direction of the ribs (20a, 20b) of the L-shaped members (16a, 16b), and characterized in that said needles extending in star by intersecting at the center of the core and the work piece.
System for securing a magnetic card reader comprising a surface-mounted magnetic reader head, via at least one mounting end, on a flexible printed circuit, said flexible printed circuit comprising: • at least one first layer for transporting analogue signals from said magnetic reader head; • at least one layer comprising a plurality of tracks connected to the ground, called ground layer, covering said analogue signals of said first layer, and • at least one dynamic security layer covering said ground layer, said dynamic security layer comprising a mesh formed of a plurality of conductive tracks, said mesh generating a random digital signal. • at least one first layer for transporting analogue signals from said magnetic reader head; • at least one layer comprising a plurality of tracks connected to the ground, called ground layer, covering said analogue signals of said first layer, and • at least one dynamic security layer covering said ground layer, said dynamic security layer comprising a mesh formed of a plurality of conductive tracks, said mesh generating a random digital signal.
Device for aligning an optical unit of a camera (52, 70) arranged within a housing (24, 54, 72) relative to a mounting location of the camera (52, 70), having an adjusting means having an actuating part which is operatively connected to a supporting part of the optical unit, wherein the actuating part is arranged outside the housing (24, 54, 72) and the supporting part is arranged inside the housing (24, 72), characterised in that the actuating part and thus the adjusting means is formed by a diametrically magnetised magnet and the supporting part comprises a diametrically magnetised magnet at least on its side facing the actuating part, so that when the actuating part is moved the supporting part itself is moved accordingly.
Parking brake actuation method for an electric-motor-operated motor vehicle parking brake system containing a plurality of drum brakes, in particular of the duo-servo type, having electromechanical wheel brake actuators whose application movements are each transmitted separately to brake shoes of each drum brake via transmission means, a spreading device and a traction cable, and having electrical connections between each wheel brake actuator and a central electronic control unit, wherein the control unit observes and regulates the power demand of all the wheel brake actuators on a wheel-specific basis for the purpose of performing open-loop and/or closed-loop control of the cable tension and, after detection of a defined, preset cable tension, said control unit terminates the energization of the respective wheel brake actuator and as a result transfers said wheel brake actuator into a currentless self-locking state, wherein the control unit moreover executes electronic vehicle sensor data information processing for protecting the stationary state of the vehicle, characterized in that a) the control unit always executes a primary tensioning process of the wheel brake actuator in the cable tensioning process with continued observation of the power demand, the termination of which primary tensioning process correlates with approximately 60% of a preset minimum cable tension, in that b) when energization of the wheel brake actuator has been terminated, the control unit executes, over a chronologically limited time period, checking of the stationary state of the motor vehicle using measured or determined vehicle sensor data, in that c) the control unit evaluates the result of the checking of the stationary state on the basis of stored criteria, and wherein d) the control unit automatically triggers a secondary tensioning process with renewed actuator energization and observation of the current subsequent to a result of the checking of the stationary state which is evaluated as faulty or inadequate, and the energization in the secondary tensioning process correlates with at least approximately 90% of the minimum cable pull tension.
A method for producing a vegetable stretched-curd cheese, the method comprising the steps of: I) mixing a paste comprising ground nuts and/or seeds with water; II) fermenting the mixture with probiotic and/or thermophilic and/or mesophilic bacterial strains to obtain a fermented base; III) adding at least one texturizing agent and subjecting the mixture to a stretching step; wherein the stretching step comprises subjecting the mixture to a mechanical elongation and stretching action under heat at a temperature between 50 and 90° C; and wherein the texturizing agent is selected from psyllium fibre, bamboo fibre, soluble maize fibre, oat fibre, pea fibre, flax flour, carboxymethylcellulose, hydroxypropyl methylcellulose, methylcellulose, sodium alginate, Guar gum powder, carob seed flour, xanthan gum and pectin, wherein the at least one texturizing agent is added in an amount comprised between 1% and 5% by weight, relative to the total weight of the fermented base, preferably in an amount of between 2% and 4%. I) mixing a paste comprising ground nuts and/or seeds with water; II) fermenting the mixture with probiotic and/or thermophilic and/or mesophilic bacterial strains to obtain a fermented base; III) adding at least one texturizing agent and subjecting the mixture to a stretching step; wherein the stretching step comprises subjecting the mixture to a mechanical elongation and stretching action under heat at a temperature between 50 and 90° C; and wherein the texturizing agent is selected from psyllium fibre, bamboo fibre, soluble maize fibre, oat fibre, pea fibre, flax flour, carboxymethylcellulose, hydroxypropyl methylcellulose, methylcellulose, sodium alginate, Guar gum powder, carob seed flour, xanthan gum and pectin, wherein the at least one texturizing agent is added in an amount comprised between 1% and 5% by weight, relative to the total weight of the fermented base, preferably in an amount of between 2% and 4%.
A storage and display assembly comprising: a base defining a cavity configured to receive a product; a lid mounted to the base covering the cavity; a hang tag mounted to the base, characterised by the hang tag having a first position wherein a first end of the hang tag engages an inner surface of the lid securing the lid to the base and a second position wherein the first end of the hang tag is disengaged from the inner surface of the lid. a base defining a cavity configured to receive a product; a lid mounted to the base covering the cavity; a hang tag mounted to the base, characterised by the hang tag having a first position wherein a first end of the hang tag engages an inner surface of the lid securing the lid to the base and a second position wherein the first end of the hang tag is disengaged from the inner surface of the lid.
A data link for a MIMO communication system comprising: a first transceiver device comprising a first body having a transducer mounting surface near or at which is mounted a plurality of first transducers (107A - 107D) configured to, in use, receive and convert a plurality of electrical waveforms to a respective plurality of acoustic signals; a first bonding layer configured to, in use, bond a barrier mounting surface of the first body of the first transceiver device opposite its transducer mounting surface to a barrier through which the plurality of acoustic signals output by the first transceiver device is transmitted; a second transceiver device comprising a second body having a transducer mounting surface near or at which is mounted a plurality of second transducers (107'A - 107'D) configured to, in use, receive and convert the plurality of acoustic signals transmitted through the barrier to a respective plurality of electrical waveforms, and a second bonding layer configured to, in use, bond a barrier mounting surface of the second body of the of the second transceiver device opposite to its transducer mounting surface to the barrier; characterised in that the first bonding layer and second bonding layer are highly reflective and are arranged to reflect the plurality of acoustic signals output by the first transceiver device such that, in use, the first body of the first transceiver device and the second body of the second transceiver device function as reverberation chambers for the acoustic signals. a first transceiver device comprising a first body having a transducer mounting surface near or at which is mounted a plurality of first transducers (107A - 107D) configured to, in use, receive and convert a plurality of electrical waveforms to a respective plurality of acoustic signals; a first bonding layer configured to, in use, bond a barrier mounting surface of the first body of the first transceiver device opposite its transducer mounting surface to a barrier through which the plurality of acoustic signals output by the first transceiver device is transmitted; a second transceiver device comprising a second body having a transducer mounting surface near or at which is mounted a plurality of second transducers (107'A - 107'D) configured to, in use, receive and convert the plurality of acoustic signals transmitted through the barrier to a respective plurality of electrical waveforms, and a second bonding layer configured to, in use, bond a barrier mounting surface of the second body of the of the second transceiver device opposite to its transducer mounting surface to the barrier; characterised in that the first bonding layer and second bonding layer are highly reflective and are arranged to reflect the plurality of acoustic signals output by the first transceiver device such that, in use, the first body of the first transceiver device and the second body of the second transceiver device function as reverberation chambers for the acoustic signals.
An adjustable light for a medical environment including an overhead light having a light handle, the adjustable light comprising: an anchor member (32, 86) adapted for engagement with the handle of the overhead light, the anchor member (32, 86) comprising: a first housing (38, 88) defining an interior cavity, the first housing including means for mounting to the handle of the overhead light; a central hollow axial projection (44, 90) extending from the first housing; a power source disposed within the cavity of the first housing (38, 88); a second housing including a lamp operatively connected to the power source for generating illuminating light; a flexible shaft extending between and interconnecting the axial projection (44, 90) at a proximal end of the shaft and the second housing at a distal end of the shaft, and wherein the anchor member (32, 86) is adapted to be releasably coupled to the handle of the overhead light over a work area such that the flexible shaft and the second housing are selectively movable relative to the first housing (38, 88) toward a target in the work area for illuminating the target. an anchor member (32, 86) adapted for engagement with the handle of the overhead light, the anchor member (32, 86) comprising: a first housing (38, 88) defining an interior cavity, the first housing including means for mounting to the handle of the overhead light; a first housing (38, 88) defining an interior cavity, the first housing including means for mounting to the handle of the overhead light; a central hollow axial projection (44, 90) extending from the first housing; a power source disposed within the cavity of the first housing (38, 88); a second housing including a lamp operatively connected to the power source for generating illuminating light; a flexible shaft extending between and interconnecting the axial projection (44, 90) at a proximal end of the shaft and the second housing at a distal end of the shaft, and
An open headphone arranged for sitting off the ears of a user, comprising: an electroacoustic transducer; a support structure for suspending the transducer adjacent to a user's ear when worn by the user such that the headphone is acoustically open; the open headphone being characterized by: a first microphone coupled to one or more of the transducer and the support structure such that the first microphone is located in a substantially broadband acoustic null of the transducer; and a processor coupled to the headphone, wherein the first microphone is configured to receive sound pressure waves and to output a related electronic signal to the processor, and wherein the processor is configured to use the electronic signal to operate the transducer to reduce targeted sound pressure waves at the user's ear. an electroacoustic transducer; a support structure for suspending the transducer adjacent to a user's ear when worn by the user such that the headphone is acoustically open; the open headphone being characterized by: a first microphone coupled to one or more of the transducer and the support structure such that the first microphone is located in a substantially broadband acoustic null of the transducer; and a processor coupled to the headphone, wherein the first microphone is configured to receive sound pressure waves and to output a related electronic signal to the processor, and wherein the processor is configured to use the electronic signal to operate the transducer to reduce targeted sound pressure waves at the user's ear. a first microphone coupled to one or more of the transducer and the support structure such that the first microphone is located in a substantially broadband acoustic null of the transducer; and a processor coupled to the headphone, wherein the first microphone is configured to receive sound pressure waves and to output a related electronic signal to the processor, and wherein the processor is configured to use the electronic signal to operate the transducer to reduce targeted sound pressure waves at the user's ear.
A helmet, comprising: a helmet body; and a neck protector mounted in the helmet body to surround the neck of a wearer, wherein the neck protector includes: cushion members extending from a lower circumference of the helmet body toward the neck of the wearer; characterised by wing members protruding on a lower side of the cushion member and extending toward the neck of the wearer. a helmet body; and a neck protector mounted in the helmet body to surround the neck of a wearer, wherein the neck protector includes: cushion members extending from a lower circumference of the helmet body toward the neck of the wearer; characterised by wing members protruding on a lower side of the cushion member and extending toward the neck of the wearer. cushion members extending from a lower circumference of the helmet body toward the neck of the wearer; characterised by wing members protruding on a lower side of the cushion member and extending toward the neck of the wearer.
An intravaginal device comprising: (a) a main body comprising a substantially ring-shaped form having an outer edge configured to contact a vaginal wall or vaginal fornix and an internal diameter sized to encircle a cervix or vaginal cuff; and (b) 2, 3, 4, 5, 6, 7, 8, 9, or 10 motion detecting sensors characterized by a tether connected to the main body, wherein said motion detecting sensors are comprised in said tether and separated by a distance of about 0.5 cm to about 5 cm, wherein at least one of the motion detecting sensors is located on the tether at a distance of 7 cm or less from the main body. (a) a main body comprising a substantially ring-shaped form having an outer edge configured to contact a vaginal wall or vaginal fornix and an internal diameter sized to encircle a cervix or vaginal cuff; and (b) 2, 3, 4, 5, 6, 7, 8, 9, or 10 motion detecting sensors characterized by a tether connected to the main body, wherein said motion detecting sensors are comprised in said tether and separated by a distance of about 0.5 cm to about 5 cm, wherein at least one of the motion detecting sensors is located on the tether at a distance of 7 cm or less from the main body.
An actuation system comprising: a tubular defining a passage; and an assembly disposed with the tubular, the assembly including a restriction, the restriction being operatively arranged to receive a restrictor for enabling actuation of the assembly, the restriction including a degradable material, the degradable material degrading upon exposure to a fluid in the passage; the system characterised in that: the degradable material has a protective layer thereon, the protective layer isolating the degradable material from the fluid; wherein the degradable material includes an uncovered area with respect to the protective layer; and wherein the uncovered area is located on an extension from the restriction, and the extension is operatively arranged to delay degradation of the restriction until the extension is first degraded, wherein the uncovered area is at an end of the extension, wherein the extension distances the uncovered area from a main body of the restriction. a tubular defining a passage; and an assembly disposed with the tubular, the assembly including a restriction, the restriction being operatively arranged to receive a restrictor for enabling actuation of the assembly, the restriction including a degradable material, the degradable material degrading upon exposure to a fluid in the passage; the system characterised in that: the degradable material has a protective layer thereon, the protective layer isolating the degradable material from the fluid; wherein the degradable material includes an uncovered area with respect to the protective layer; and wherein the uncovered area is located on an extension from the restriction, and the extension is operatively arranged to delay degradation of the restriction until the extension is first degraded, wherein the uncovered area is at an end of the extension, wherein the extension distances the uncovered area from a main body of the restriction. the degradable material has a protective layer thereon, the protective layer isolating the degradable material from the fluid; wherein the degradable material includes an uncovered area with respect to the protective layer; and wherein the uncovered area is located on an extension from the restriction, and the extension is operatively arranged to delay degradation of the restriction until the extension is first degraded, wherein the uncovered area is at an end of the extension, wherein the extension distances the uncovered area from a main body of the restriction.
Domestic cooking oven comprising: - an external bearing structure; - a muffle housed inside the external bearing structure and comprising a lateral wall and a first and a second covering element (32, 33) engaged with the lateral wall respectively at an upper and a lower end portion (318, 319) of the lateral wall such as to define a cooking chamber; - a door for accessing the cooking chamber, associated with the bearing structure, wherein the lateral wall of the muffle comprises a first and a second side (311, 312) parallel to each other and a transversal wall interposed between, and extending orthogonally to, the first and second sides (311, 312), wherein the muffle comprises at least one flange extending transversally to the lateral wall and at least partially at the first and second sides (311, 312) and/or at the transversal wall, the oven further comprising at least one fixing bracket configured for constraining the muffle to the bearing structure, said at least one fixing bracket being engaged with the external bearing structure and wherein said at least one flange has a substantially flat guide surface extending away from, in particular orthogonally to, the side wall of the muffle, said at least one fixing bracket has a respective substantially flat surface abuttingly coupled to the guide surface of the respective flange and a transversal portion, in particular orthogonal to, said substantially flat surface and the muffle comprises at least a first and a second flange (101, 102) respectively defined at the first and second covering elements (32, 33). characterized in that - said at least one fixing bracket is welded to said at least one flange at the guide surface and - said at least one fixing bracket is engaged with the external bearing structure at said transversal portion. - an external bearing structure; - a muffle housed inside the external bearing structure and comprising a lateral wall and a first and a second covering element (32, 33) engaged with the lateral wall respectively at an upper and a lower end portion (318, 319) of the lateral wall such as to define a cooking chamber; - a door for accessing the cooking chamber, associated with the bearing structure, - said at least one fixing bracket is welded to said at least one flange at the guide surface and - said at least one fixing bracket is engaged with the external bearing structure at said transversal portion.