mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle line protection hose for vehicle lines provided for the guidance of fluids, comprising - a flexible sheathed hose made of aramid, stable in diameter under the influence of temperature, for the disposition about a vehicle line , - a compact thermal insulating means provided on its radial inner side, wherein the compact thermal insulating means can be foamed under the influence of heat, wherein the temperature which the flexible sheathed hose can resist is greater than the foaming temperature of the insulating means. - a flexible sheathed hose made of aramid, stable in diameter under the influence of temperature, for the disposition about a vehicle line , - a compact thermal insulating means provided on its radial inner side,
A method implemented by one or more processors, the method comprising: processing audio data using one or more acoustic models to monitor for an occurrence of an invocation phrase configured to invoke an automated assistant, wherein the audio data is based on detection of spoken input of a user at a client device that includes an automated assistant interface for interacting with the automated assistant; detecting, based on processing the audio data using the one or more acoustic models, the occurrence of the invocation phrase in a portion of the audio data; determining, based on processing of the audio data using the one or more acoustic models or other processing of the audio data using one or more other acoustic models, that the portion of the audio data that includes the invocation phrase corresponds to a user profile that is accessible to the automated assistant; identifying a language assigned to the user profile; selecting a speech recognition model for the language, wherein selecting the speech recognition model for the language is based on determining the portion of the audio data corresponds to the user profile, and is based on identifying the language as assigned to the user profile; using the selected speech recognition model to process a subsequent portion of the audio data that follows the portion of the audio data; and causing the automated assistant to provide responsive content that is determined based on the processing of the subsequent portion using the selected speech recognition model. processing audio data using one or more acoustic models to monitor for an occurrence of an invocation phrase configured to invoke an automated assistant, wherein the audio data is based on detection of spoken input of a user at a client device that includes an automated assistant interface for interacting with the automated assistant; detecting, based on processing the audio data using the one or more acoustic models, the occurrence of the invocation phrase in a portion of the audio data; determining, based on processing of the audio data using the one or more acoustic models or other processing of the audio data using one or more other acoustic models, that the portion of the audio data that includes the invocation phrase corresponds to a user profile that is accessible to the automated assistant; identifying a language assigned to the user profile; selecting a speech recognition model for the language, wherein selecting the speech recognition model for the language is based on determining the portion of the audio data corresponds to the user profile, and is based on identifying the language as assigned to the user profile; using the selected speech recognition model to process a subsequent portion of the audio data that follows the portion of the audio data; and causing the automated assistant to provide responsive content that is determined based on the processing of the subsequent portion using the selected speech recognition model.
An amphibious caravan consisting of boats and a separate living container detachably arranged on a chassis and equipped on each longitudinal side with platforms enabling later access which are mounted in the driving state above the living container as well as a living container equipped on its front and/or rear side with platforms , wherein the amphibious caravan is designed so that the platforms on each longitudinal side enabling later access and the platforms arranged on the front and/or rear side of the living container are hinged and stored on the living container in the driving state and can be lowered or folded down In the water state such that they are locked nearly horizontally at a height such that the living container is supported above the waterline, whereby the boats with open topsides and in an appropriate size and with an appropriate load capacity for use as floats are detachably attached to the platforms arranged on each longitudinal side enabling later access and folded up in the driving state and to the platforms arranged on the front and/or rear side of the living container so that they, when in the water state, support the living container in a floating state on the water and so that, when folded or rotated down, enable the boats to be detached and used for their intended purpose, whereby the amphibious caravan has foldable additional platforms for lateral expansion of the usable area outside the living container in the floating state and for connecting the platforms , wherein the foldable additional platforms are 180° rotatably mounted on the outer longitudinal edges of the platforms arranged on the front and rear of the living container and on which bent rods are rotatably mounted for motion around the horizontal longitudinal axes at about half the height of the vertical outer edges of the living container , relative to the living container , which initially extend from the pivot point upwards to just above the roof height of the living container and bend horizontally inwards after a 90° bend to almost half of the width of the living container , and thus form the corresponding front and rear supports for the platforms enabling later access arranged on each longitudinal side of the living container , and which have pipe sections arranged at right angles to these rods , which serve to hold the height-adjustable support wheels , whereby the support wheels are used for the purpose of transitioning from land to water and vice-versa.
A telescoping fill station shroud for a blow/fill/seal packaging machine characterized in that said telescoping fill station shroud comprises an open-ended upper sleeve ; an open-ended lower sleeve slidably coacting with the open-ended upper sleeve ; a manifold plate mounted over a proximal end portion of the upper sleeve ; and the manifold plate defining an access aperture for a filling mandrel and at least one curtain gas inlet port in flow communication with the upper sleeve . an open-ended upper sleeve ; an open-ended lower sleeve slidably coacting with the open-ended upper sleeve ; a manifold plate mounted over a proximal end portion of the upper sleeve ; and the manifold plate defining an access aperture for a filling mandrel and at least one curtain gas inlet port in flow communication with the upper sleeve .
Soundproofing element comprising: - a first peripheral structure made of a porous or fibrous material and having a central opening, said first peripheral structure defined by two frame surfaces and a thickness defined by at least one lateral surface, said first peripheral structure providing sound-absorbing features for medium-high frequencies; - connected to said first peripheral structure , at a first frame surface thereof or in proximity thereto and so as to occupy said central opening, a perforated sheet providing sound-absorbing features for low frequencies; - connected to the first peripheral structure , at a second frame surface (1 1b) thereof opposite said first frame surface (1 1a), an impervious sheet which together with the perforated sheet provides sound-absorbing features for low frequencies, and periodically-arranged concentrated elements (14, 14', 14", ...) on said impervious sheet which provide the soundproofing element with soundproofing features; - a second peripheral structure made of a porous or fibrous material and having a shape substantially corresponding to that of the first peripheral structure , connected by a third frame surface to the impervious sheet in a position substantially corresponding to the first peripheral structure ; - connected to said second peripheral structure , at a fourth frame surface thereof opposite said third frame surface , a continuous sheet or panel ; - a first air gap between said perforated sheet and said impervious sheet ; - a second air gap between said impervious sheet and said continuous sheet or panel . - a first peripheral structure made of a porous or fibrous material and having a central opening, said first peripheral structure defined by two frame surfaces and a thickness defined by at least one lateral surface, said first peripheral structure providing sound-absorbing features for medium-high frequencies; - connected to said first peripheral structure , at a first frame surface thereof or in proximity thereto and so as to occupy said central opening, a perforated sheet providing sound-absorbing features for low frequencies; - connected to the first peripheral structure , at a second frame surface (1 1b) thereof opposite said first frame surface (1 1a), an impervious sheet which together with the perforated sheet provides sound-absorbing features for low frequencies, and periodically-arranged concentrated elements (14, 14', 14", ...) on said impervious sheet which provide the soundproofing element with soundproofing features; - a second peripheral structure made of a porous or fibrous material and having a shape substantially corresponding to that of the first peripheral structure , connected by a third frame surface to the impervious sheet in a position substantially corresponding to the first peripheral structure ; - connected to said second peripheral structure , at a fourth frame surface thereof opposite said third frame surface , a continuous sheet or panel ; - a first air gap between said perforated sheet and said impervious sheet ; - a second air gap between said impervious sheet and said continuous sheet or panel .
A method, performed in a network node in a Core network, CN of mitigating the impact on a Radio Access Network, RAN , service level due to Internet attacks in the RAN using Internet transport, the method comprising: - receiving (S1), from at least a network node in the RAN , an intrusion detection report, the intrusion detection report comprises information about an Internet attack in the RAN , wherein the attacked network node is the RAN network node itself or any neighboring RAN network node and wherein the core network node is Mobility Management Entity, MME, core-node having received the intrusion detection report over a S1-C interface; - selecting (S2) based on the information, a mitigation action, the mitigation action mitigating the impact, of the attack, on the RAN service level; and - performing (S3) the selected mitigation action to mitigate the impact on the RAN service level, wherein the selected mitigation action comprises that the MME will reject all handover requests towards an attacked RAN network node . - receiving (S1), from at least a network node in the RAN , an intrusion detection report, the intrusion detection report comprises information about an Internet attack in the RAN , wherein the attacked network node is the RAN network node itself or any neighboring RAN network node and wherein the core network node is Mobility Management Entity, MME, core-node having received the intrusion detection report over a S1-C interface; - selecting (S2) based on the information, a mitigation action, the mitigation action mitigating the impact, of the attack, on the RAN service level; and - performing (S3) the selected mitigation action to mitigate the impact on the RAN service level, wherein the selected mitigation action comprises that the MME will reject all handover requests towards an attacked RAN network node .
A signal processing apparatus, comprising: a receiver that receives encoded data comprising data encoded in accordance with a predetermined encoding method, which is transmitted; a storage unit that stores the encoded data received by the receiver; a decoder that decodes the encoded data stored in the storage unit, in accordance with a method corresponding to the predetermined encoding method; and a decoding management unit that controls decoding by the decoder to be permitted on the basis of the number of decoding processing units in the encoded data, which are stored in the storage unit, in the predetermined encoding method when decoded by the decoder, characterized in that the signal processing apparatus further comprises a restoration measure unit that determines, on the basis of the number of decoding processing units in the encoded data, which are stored in the storage unit, whether or not to turn on a restoration measure mode on which a restoration measure processing is performed, and performs the restoration measure processing, the restoration measure processing being a measure for preventing a state in which all the encoded data cannot be decoded by the decoder in the case where a transmission state of the encoded data is delayed due to deterioration of a transmission environment and then the transmission environment is restored and the encoded data are collectively transmitted. a receiver that receives encoded data comprising data encoded in accordance with a predetermined encoding method, which is transmitted; a storage unit that stores the encoded data received by the receiver; a decoder that decodes the encoded data stored in the storage unit, in accordance with a method corresponding to the predetermined encoding method; and a decoding management unit that controls decoding by the decoder to be permitted on the basis of the number of decoding processing units in the encoded data, which are stored in the storage unit, in the predetermined encoding method when decoded by the decoder, characterized in that the signal processing apparatus further comprises a restoration measure unit that determines, on the basis of the number of decoding processing units in the encoded data, which are stored in the storage unit, whether or not to turn on a restoration measure mode on which a restoration measure processing is performed, and performs the restoration measure processing, the restoration measure processing being a measure for preventing a state in which all the encoded data cannot be decoded by the decoder in the case where a transmission state of the encoded data is delayed due to deterioration of a transmission environment and then the transmission environment is restored and the encoded data are collectively transmitted.
A slewing bearing assembly comprising: an inner ring formed with a raceway groove ; an outer ring formed with a raceway groove ; a plurality of balls interposed between the raceway grooves of those inner and outer rings ; and a spacer interposed between the neighboring balls ; wherein the slewing bearing assembly is in the form of a four point contact ball bearing having respective sectional shapes of the raceway grooves formed to represent shapes effective to allow each ball to achieve a four point contact with inner surfaces of the raceway grooves of the inner and outer rings , the spacer is made of a resinous material, the resinous material having a melt viscosity within the range of 1000 to 2000 Pa • s at a temperature of 270°C, the inner ring includes a raceway ring body formed with an insertion hole defined so as to extend completely through the raceway ring body in a radial direction of the bearing assembly, and a plug inserted into the insertion hole and having an outer diametric surface that forms a circumferential part of the raceway groove of the inner ring , the plug is formed with an annular groove in a portion of an outer peripheral surface thereof at a position radially inward of a connecting hole formed in the plug , and an annular sealing member is fitted into the annular groove . an inner ring formed with a raceway groove ; an outer ring formed with a raceway groove ; a plurality of balls interposed between the raceway grooves of those inner and outer rings ; and a spacer interposed between the neighboring balls ; wherein the slewing bearing assembly is in the form of a four point contact ball bearing having respective sectional shapes of the raceway grooves formed to represent shapes effective to allow each ball to achieve a four point contact with inner surfaces of the raceway grooves of the inner and outer rings , the spacer is made of a resinous material, the resinous material having a melt viscosity within the range of 1000 to 2000 Pa • s at a temperature of 270°C, the inner ring includes a raceway ring body formed with an insertion hole defined so as to extend completely through the raceway ring body in a radial direction of the bearing assembly, and a plug inserted into the insertion hole and having an outer diametric surface that forms a circumferential part of the raceway groove of the inner ring , the plug is formed with an annular groove in a portion of an outer peripheral surface thereof at a position radially inward of a connecting hole formed in the plug , and an annular sealing member is fitted into the annular groove .
A method for testing the effect of a condition on nerve outgrowth, the method comprising: treating an acellular nerve graft segment that comprises an endoneurial tube scaffold, the inner surface of an endoneurial tube in the scaffold comprising laminin, in accordance with a study protocol, wherein the study protocol comprises one or more of: submerging the nerve graft segment in a solution comprising a test compound, dosing the nerve graft segment with radiation or heat, dosing the nerve graft segment with an outgrowth inhibiting agent, mechanically modifying the microstructure or macrostructure of the nerve graft segment, dosing the nerve graft segment with an outgrowth promoting agent, applying an electrical field to the nerve graft segment, and seeding the nerve graft segment with stem cells or Schwann cells; affixing a neuron or group of neurons to a first end of the treated nerve graft segment to form a test construct ; culturing the test construct in a medium for a period of time to allow nerve outgrowth from the neuron or group of neurons into the nerve graft segment; performing an analysis of the test construct to determine an amount of outgrowing nerve structure; and determining the effect of the study protocol based on the determined amount of outgrowing nerve structure. treating an acellular nerve graft segment that comprises an endoneurial tube scaffold, the inner surface of an endoneurial tube in the scaffold comprising laminin, in accordance with a study protocol, wherein the study protocol comprises one or more of: submerging the nerve graft segment in a solution comprising a test compound, dosing the nerve graft segment with radiation or heat, dosing the nerve graft segment with an outgrowth inhibiting agent, mechanically modifying the microstructure or macrostructure of the nerve graft segment, dosing the nerve graft segment with an outgrowth promoting agent, applying an electrical field to the nerve graft segment, and seeding the nerve graft segment with stem cells or Schwann cells; submerging the nerve graft segment in a solution comprising a test compound, dosing the nerve graft segment with radiation or heat, dosing the nerve graft segment with an outgrowth inhibiting agent, mechanically modifying the microstructure or macrostructure of the nerve graft segment, dosing the nerve graft segment with an outgrowth promoting agent, applying an electrical field to the nerve graft segment, and seeding the nerve graft segment with stem cells or Schwann cells; affixing a neuron or group of neurons to a first end of the treated nerve graft segment to form a test construct ; culturing the test construct in a medium for a period of time to allow nerve outgrowth from the neuron or group of neurons into the nerve graft segment; performing an analysis of the test construct to determine an amount of outgrowing nerve structure; and determining the effect of the study protocol based on the determined amount of outgrowing nerve structure.
Method for commissioning an installation , which has two actuators that are electrically contact-connected to a common DC voltage circuit by means of a respective converter , and which is intended to be in accordance with a method in which a pulse-width-modulated signal is created on the basis of a respective periodic carrier signal depending on a respective useful signal for the respective actuator , and the respective converter is operated so as to apply a corresponding voltage to the respective actuator , and in which the two carrier signals are chosen to be identical, but to be offset by a predetermined phase offset in relation to one another, characterized in that - the two carrier signals are started at a shared time without a phase offset, and - depending on an address of the respective converter , the frequency of the associated carrier signal is changed for a period and is then set to the original value again so as to produce the predetermined phase offset between the carrier signals . - the two carrier signals are started at a shared time without a phase offset, and - depending on an address of the respective converter , the frequency of the associated carrier signal is changed for a period and is then set to the original value again so as to produce the predetermined phase offset between the carrier signals .
A computer-implemented method of designing a plybook for a composite component, comprising: defining a component volume corresponding to the composite component to be manufactured; defining a plurality of successive plies of composite material to fill the component volume; simulating at least some of the plurality of successive plies of composite material based on an estimate of variable cured ply thickness, wherein the variable cured ply thickness is estimated by: simulating at least a portion of a respective ply of composite material; and estimating a cured ply thickness for the portion of composite material at least partly based on local conditions of the portion; and defining a plybook based on the plurality of simulated plies. defining a component volume corresponding to the composite component to be manufactured; defining a plurality of successive plies of composite material to fill the component volume; simulating at least some of the plurality of successive plies of composite material based on an estimate of variable cured ply thickness, wherein the variable cured ply thickness is estimated by: simulating at least a portion of a respective ply of composite material; and estimating a cured ply thickness for the portion of composite material at least partly based on local conditions of the portion; and simulating at least a portion of a respective ply of composite material; and estimating a cured ply thickness for the portion of composite material at least partly based on local conditions of the portion; and defining a plybook based on the plurality of simulated plies.