mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable open ear audio device (100A;100B;100C) configured to be arranged for not physically obstructing a path between a user's ear canal and the outside world, comprising: an external audio speaker; a bone conduction transducer; and at least one processor coupled to the external audio speaker and the bone conduction transducer configured to, when a sound is to be output by the wearable open ear audio device: determine based on the sound whether to operate in a public mode or a private mode, wherein in the public mode the sound is output by the wearable open ear audio device via the external audio speaker, and in the private mode the sound is output by the wearable open ear audio device via the bone conduction transducer; and output the sound via the external audio speaker or the bone conduction transducer based on the determination. an external audio speaker; a bone conduction transducer; and at least one processor coupled to the external audio speaker and the bone conduction transducer configured to, when a sound is to be output by the wearable open ear audio device: determine based on the sound whether to operate in a public mode or a private mode, wherein in the public mode the sound is output by the wearable open ear audio device via the external audio speaker, and in the private mode the sound is output by the wearable open ear audio device via the bone conduction transducer; and output the sound via the external audio speaker or the bone conduction transducer based on the determination. determine based on the sound whether to operate in a public mode or a private mode, wherein in the public mode the sound is output by the wearable open ear audio device via the external audio speaker, and in the private mode the sound is output by the wearable open ear audio device via the bone conduction transducer; and output the sound via the external audio speaker or the bone conduction transducer based on the determination.
An elevator safety arrangement comprising an elevator car mounted in a hoistway ; a working platform mounted on top of the roof of the elevator car ; at least one sensing arrangement for sensing a load of the working platform ; at least one balustrade movable between a substantially upright position and a substantially horizontal position; characterized in that said at least one balustrade is mounted on the working platform such that its weight is carried by the working platform . an elevator car mounted in a hoistway ; a working platform mounted on top of the roof of the elevator car ; at least one sensing arrangement for sensing a load of the working platform ; at least one balustrade movable between a substantially upright position and a substantially horizontal position; characterized in that said at least one balustrade is mounted on the working platform such that its weight is carried by the working platform .
An article of footwear , comprising: a sole structure ; an upper comprising a textile material; a printed structure , wherein the printed structure is a fastener receiving member ; wherein the fastener receiving member is attached to the upper , wherein the fastener receiving member comprises an extended portion and a fastener receiving portion , the fastener receiving portion being connected to the extended portion ; wherein the extended portion of the fastener receiving member is at least partially embedded within and bonded to the textile material; and wherein the fastener receiving portion includes a loop structure , the loop structure having an aperture for receiving insertion of a lace therethrough; and characterised in that the fastener receiving portion extends away from the textile material. a sole structure ; an upper comprising a textile material; a printed structure , wherein the printed structure is a fastener receiving member ; wherein the fastener receiving member is attached to the upper , wherein the fastener receiving member comprises an extended portion and a fastener receiving portion , the fastener receiving portion being connected to the extended portion ; wherein the extended portion of the fastener receiving member is at least partially embedded within and bonded to the textile material; and wherein the fastener receiving portion includes a loop structure , the loop structure having an aperture for receiving insertion of a lace therethrough; and characterised in that the fastener receiving portion extends away from the textile material.
Motor vehicle auxiliary unit comprising - an electronically commutated electric motor with • a permanent magnetic motor rotor • a motor stator with a ferromagnetic stator body and at least one stator coil , and • a motor electronics with a ground terminal , and - a unit connector plug with at least an external-ground connector lug being directly electrically connected with the motor electronics ground terminal , - wherein the external-ground connector lug is provided with an integral stator body contact element (42;42':42") that extends to the stator body providing a direct electric connection with the stator body . - an electronically commutated electric motor with • a permanent magnetic motor rotor • a motor stator with a ferromagnetic stator body and at least one stator coil , and • a motor electronics with a ground terminal , and • a permanent magnetic motor rotor • a motor stator with a ferromagnetic stator body and at least one stator coil , and • a motor electronics with a ground terminal , and - a unit connector plug with at least an external-ground connector lug being directly electrically connected with the motor electronics ground terminal , - wherein the external-ground connector lug is provided with an integral stator body contact element (42;42':42") that extends to the stator body providing a direct electric connection with the stator body .
A cradle to mount a coil of an air core reactor , the cradle comprising: a plurality of arms (215(1-4)) extending radially from a central hub , each arm (215(1-4)) having a free end (225(1-4); and a plurality of outer members (235(1-4)), wherein a corresponding outer member of the plurality of outer members (235(1-4)) is coupled to a corresponding pair of adjacent arms (215(1-2)) of the plurality of arms (215(1-4)), and wherein the plurality of outer members (235(1-4)) formed from a non-conductive material and the plurality of arms (215(1-4)) being formed from a material having sufficient mechanical and structural strength such that the cradle supports weight of the coil , wherein the corresponding outer member of the plurality of outer members (235(1-4)) is coupled to respective free ends (225(1-4)) of a corresponding pair of adjacent arms (215(1-2)) of the plurality of arms (215(1-4)) at a point (245(1-2)) being offset from the free ends (225(1-4)) of each pair of adjacent arms (215(1-2)) of the plurality of arms (215(1-4)). a plurality of arms (215(1-4)) extending radially from a central hub , each arm (215(1-4)) having a free end (225(1-4); and a plurality of outer members (235(1-4)), wherein a corresponding outer member of the plurality of outer members (235(1-4)) is coupled to a corresponding pair of adjacent arms (215(1-2)) of the plurality of arms (215(1-4)), and wherein the plurality of outer members (235(1-4)) formed from a non-conductive material and the plurality of arms (215(1-4)) being formed from a material having sufficient mechanical and structural strength such that the cradle supports weight of the coil , wherein the corresponding outer member of the plurality of outer members (235(1-4)) is coupled to respective free ends (225(1-4)) of a corresponding pair of adjacent arms (215(1-2)) of the plurality of arms (215(1-4)) at a point (245(1-2)) being offset from the free ends (225(1-4)) of each pair of adjacent arms (215(1-2)) of the plurality of arms (215(1-4)). wherein the plurality of outer members (235(1-4)) formed from a non-conductive material and the plurality of arms (215(1-4)) being formed from a material having sufficient mechanical and structural strength such that the cradle supports weight of the coil , wherein the corresponding outer member of the plurality of outer members (235(1-4)) is coupled to respective free ends (225(1-4)) of a corresponding pair of adjacent arms (215(1-2)) of the plurality of arms (215(1-4)) at a point (245(1-2)) being offset from the free ends (225(1-4)) of each pair of adjacent arms (215(1-2)) of the plurality of arms (215(1-4)).
A rotary piston and cylinder device comprising a rotor , a stator and a rotatable shutter , the rotor and the stator define a working chamber, the rotor comprising at least one piston which extends into the working chamber, the rotatable shutter is provided with at least one aperture , in which in an open condition of the rotatable shutter permits passage of the at least one piston therethrough, and in a closed condition the rotatable shutter partitions the working chamber, the piston comprising a first side and a second side , the first side arranged to seal with a slot of the shutter, and comprises a working face, the second side being a substantially oppositely directed side to the first side, characterised in that the second side comprises a sealing portion arranged to seal with the shutter slot and/or stator and a non-sealing portion arranged not to seal with the shutter slot.
A controlled method for depositing a chromium or chromium alloy layer on at least one substrate, the method comprising the steps (a) providing an aqueous deposition bath, wherein the bath comprises - trivalent chromium ions, - bromide ions, - alkali metal cations in a total amount of 0 mol/L to 1 mol/L, based on the total volume of the deposition bath and referring to the sum of individual maximum amounts of metal cations of lithium, sodium, potassium, rubidium, cesium, and francium, and the bath has - a target pH within the range from 4.1 to 7.0, (b) providing the at least one substrate and at least one anode, (c) immersing the at least one substrate in the aqueous deposition bath and applying an electrical direct current such that the chromium or chromium alloy layer is deposited on the substrate, the substrate being the cathode, wherein during or after step (c) the pH of the deposition bath is lower than the target pH, (d) adding NH 4 OH and/or NH 3 during or after step (c) to the deposition bath such that the target pH of the deposition bath is recovered. (a) providing an aqueous deposition bath, wherein the bath comprises - trivalent chromium ions, - bromide ions, - alkali metal cations in a total amount of 0 mol/L to 1 mol/L, based on the total volume of the deposition bath and referring to the sum of individual maximum amounts of metal cations of lithium, sodium, potassium, rubidium, cesium, and francium, and the bath has - a target pH within the range from 4.1 to 7.0, the bath comprises - trivalent chromium ions, - bromide ions, - alkali metal cations in a total amount of 0 mol/L to 1 mol/L, based on the total volume of the deposition bath and referring to the sum of individual maximum amounts of metal cations of lithium, sodium, potassium, rubidium, cesium, and francium, and - trivalent chromium ions, - bromide ions, - alkali metal cations in a total amount of 0 mol/L to 1 mol/L, based on the total volume of the deposition bath and referring to the sum of individual maximum amounts of metal cations of lithium, sodium, potassium, rubidium, cesium, and francium, and the bath has - a target pH within the range from 4.1 to 7.0, - a target pH within the range from 4.1 to 7.0, (b) providing the at least one substrate and at least one anode, (c) immersing the at least one substrate in the aqueous deposition bath and applying an electrical direct current such that the chromium or chromium alloy layer is deposited on the substrate, the substrate being the cathode, wherein during or after step (c) the pH of the deposition bath is lower than the target pH, (d) adding NH 4 OH and/or NH 3 during or after step (c) to the deposition bath such that the target pH of the deposition bath is recovered.
A waterproof manifold electromagnetic valve, comprising: a manifold including, on an upper surface thereof, a plurality of first valve mount portions , or each of which three electromagnetic valves are arranged side by side at a predetermined inter-valve distance (L1) apart from each other, or a plurality of second valve mount portions , on each of which two electromagnetic valves are arranged side by side at the inter-valve distance (L1) apart from each other, or including at least one of the first valve mount portions and at least one of the second valve mount portions , and electromagnetic valves at end portions of valve mount portions adjacent to each other being spaced an inter-mount-portion distance (L2) larger than the inter-valve distance (L1) apart from each other; waterproof covers attached to the respective valve mount portions of the manifold to each collectively cover the three or two electromagnetic valves mounted on the corresponding valve mount portion ; and wherein a gap (S) is formed between adjacent waterproof covers , and the gap (S) has such a size that is larger than the inter-valve distance (L1), and smaller than the inter-mount-portion distance (L2), and that allows a surface of the manifold to be exposed to an outside through the gap (S). a manifold including, on an upper surface thereof, a plurality of first valve mount portions , or each of which three electromagnetic valves are arranged side by side at a predetermined inter-valve distance (L1) apart from each other, or a plurality of second valve mount portions , on each of which two electromagnetic valves are arranged side by side at the inter-valve distance (L1) apart from each other, or including at least one of the first valve mount portions and at least one of the second valve mount portions , and electromagnetic valves at end portions of valve mount portions adjacent to each other being spaced an inter-mount-portion distance (L2) larger than the inter-valve distance (L1) apart from each other; waterproof covers attached to the respective valve mount portions of the manifold to each collectively cover the three or two electromagnetic valves mounted on the corresponding valve mount portion ; and wherein a gap (S) is formed between adjacent waterproof covers , and the gap (S) has such a size that is larger than the inter-valve distance (L1), and smaller than the inter-mount-portion distance (L2), and that allows a surface of the manifold to be exposed to an outside through the gap (S).
Electrical device that is intended to establish or break the current in an electrical circuit, said device including at least two pairs of fixed contacts (1,5; 2,6; 3,7; 4,8), each pair including two fixed contacts that are electrically linked to a terminal that is upstream and to a terminal that is downstream of the device, respectively, and, associated with each pair of fixed contacts, a bridge of two movable contacts that is capable of being moved between a first position in which it electrically links these two fixed contacts and a second position in which the flow of the current between these two fixed contacts is broken, these bridges of movable contacts being mounted in a contact holder allowing all of the bridges of movable contacts to move at the same time, one of the pairs of fixed contacts and its associated bridge of movable contacts being on a line conveying the neutral, the other or another of the pairs of fixed contacts and its associated bridge of movable contacts being on a line conveying a phase or one of the phases, respectively, characterized in that the opening distance (e) between, on the one side, the fixed neutral contacts and, on the other side, the movable neutral contacts is smaller than the opening distance (d) between the fixed contacts of the or each of the phases L1, L2, L3 and the corresponding movable contacts of the or each of the phases, respectively, such that when two, respectively fixed and movable, contacts of a phase line are welded together during the opening of the contactor, the two movable neutral contacts remain closed so that the neutral remains conductive even if the contact holder becomes skewed following the welding of these two, respectively fixed and movable, phase contacts together.
A method for wireless communication at a user equipment, UE, the method comprising: identifying a failure of a serving beam in an active bandwidth part of a carrier utilized by the UE for wireless communication; determining , for the active bandwidth part of the carrier, a level of support for a random access procedure; receiving, from a base station, an explicit indication via radio resource control, RRC, signaling of a contingency bandwidth part of the carrier supporting the random access procedure; determining , based at least in part on the failure of the serving beam, the level of support, and the explicit indication, the contingency bandwidth part of the carrier supporting the random access procedure; and performing the random access procedure using the contingency bandwidth part of the carrier. identifying a failure of a serving beam in an active bandwidth part of a carrier utilized by the UE for wireless communication; determining , for the active bandwidth part of the carrier, a level of support for a random access procedure; receiving, from a base station, an explicit indication via radio resource control, RRC, signaling of a contingency bandwidth part of the carrier supporting the random access procedure; determining , based at least in part on the failure of the serving beam, the level of support, and the explicit indication, the contingency bandwidth part of the carrier supporting the random access procedure; and performing the random access procedure using the contingency bandwidth part of the carrier.
A process for the synthesis of methanol comprising the steps of: (i) passing a first synthesis gas mixture comprising a make-up gas and a first loop recycle gas stream through a first synthesis reactor containing a cooled methanol synthesis catalyst to form a first product gas stream, (ii) recovering methanol from the first product gas stream thereby forming a first methanol-depleted gas mixture, (iii) combining the first methanol-depleted gas mixture with a second loop recycle gas stream to form a second synthesis gas mixture, (iv) passing the second synthesis gas mixture through a second synthesis reactor containing a cooled methanol synthesis catalyst to form a second product gas stream, (v) recovering methanol from the second product gas stream thereby forming a second methanol-depleted gas mixture, and (vi) forming the first and second loop recycle gas streams from the second methanol-depleted gas mixture, wherein the first synthesis reactor has a higher heat transfer per cubic metre of catalyst than the second synthesis reactor and the recycle ratio of the first loop recycle gas stream to form the first synthesis gas mixture is in the range 0.1 to 1:1, and the recycle ratio of the second loop recycle gas stream to form the second synthesis gas mixture is in the range 1.1:1 to 6:1. (i) passing a first synthesis gas mixture comprising a make-up gas and a first loop recycle gas stream through a first synthesis reactor containing a cooled methanol synthesis catalyst to form a first product gas stream, (ii) recovering methanol from the first product gas stream thereby forming a first methanol-depleted gas mixture, (iii) combining the first methanol-depleted gas mixture with a second loop recycle gas stream to form a second synthesis gas mixture, (iv) passing the second synthesis gas mixture through a second synthesis reactor containing a cooled methanol synthesis catalyst to form a second product gas stream, (v) recovering methanol from the second product gas stream thereby forming a second methanol-depleted gas mixture, and (vi) forming the first and second loop recycle gas streams from the second methanol-depleted gas mixture,
Method to authenticate a user (US) using an authenticator (PIN) at an access device (AD) using another registered device named personal device (PD), both access device (AD) and personal device (PD) being user's devices, said method requiring participation of both devices in the authentication process, said authenticator (PIN) being stored by the access device (AD) after registration (steps Si) of the personal device (PD) comprising a double encryption using an access device's secret key (SK(AD)) and a personal device's public key (PK(PD)) to be retrieved (T10) at each request of authentication (T5) received from the personal device (PD), encrypted (T12) using a session key (Ks) and sent (T14) with the session key (Ks) encrypted (T13) using the personal device's public key (PK(PD)) to the personal device (PD) for partial decryption (T18,T20) using the decrypted (T17) session key (Ks) and the personal device's private key (SK(PD)), re-encryption (T21) using the session key (Ks) and sending back (T23) to the access device (AD) for total decryption (T25,T26) of the authenticator (PIN), using the session key (Ks) and the access device's secret key (SK(AD)), and use of the thus decrypted authenticator (PIN) to authenticate at the access device (AD)
A wound insert comprising: a compressed open-celled reticulated foam member , having a first felted layer at a first surface for contact with a wound-bed, said first felted layer being integral with and intersecting with sides of said foam member at the edges of said first surface , wherein at least one channel is formed in the first felted layer and wherein the first felted layer is a porous film layer and inhibits tissue in-growth, characterized in that the depth of the at least one channel is equal to the depth (F) of the felted region . a compressed open-celled reticulated foam member , having a first felted layer at a first surface for contact with a wound-bed, said first felted layer being integral with and intersecting with sides of said foam member at the edges of said first surface , wherein at least one channel is formed in the first felted layer and wherein the first felted layer is a porous film layer and inhibits tissue in-growth, characterized in that the depth of the at least one channel is equal to the depth (F) of the felted region .