mhurhangee/patent-ind-claim-en huggingface dataset:
An underfloor installation component having a frame, which is to be supported on the floor side by leveling screws before its installation in a floor, which floor is to be created by casting, which leveling screws each mesh with their thread in a complementary thread of the frame, characterized in that one end of such a leveling screw has first connecting means and the other end thereof has second connecting means complementary to the first connecting means, so that by engaging the complementary connecting means of two leveling screws with one another, a longer leveling screw is provided, wherein the first connecting means is embodied as an axial connection socket and the second connecting means is embodied as an axial plug-in pin protruding from the threaded end on this side, complementary torque transmitters are associated with the connecting means, by which the two engaged connecting means of two leveling screws are engaged with one another in a torque-locked manner, holding means are provided, by which the engagement of a plug-in pin (6, 6.1) in a connection socket is fixed, and that a rotation-driving pin having non-rotationally symmetrical lateral surface is provided centrally as a torque transmitter in the connection socket of this leveling screw and a rotation-driving pin receptacle is provided centrally in the plug-in pin having a cross-sectional geometry such that the rotation-driving pin is accommodated therein in a torque-locked manner.
A trailing edge protector for a wind turbine rotor blade , the trailing edge protector comprising: • a body having a central portion , a first leg with a first contact surface and a second leg with a second contact surface , wherein the first leg and the second leg extend from the central portion at a fixed angle and the first contact surface is facing the second contact surface , • an inlay having a first inlay section and a second inlay section , • wherein the trailing edge protector is designed to be placed at a trailing edge of a wind turbine rotor blade such that the central portion is arranged near the trailing edge , the first inlay section is arranged between the first contact surface and a suction side surface of the wind turbine rotor blade and the second inlay section is arranged between the second contact surface and a pressure side surface of the wind turbine rotor blade , characterised in that • the body is a metal assembly comprising at least one stiffening rib arranged at the central portion and mounted to both legs , and further in that • at least one leg comprises a release means adapted to exert a force moving the body in a direction away from the wind turbine rotor blade . • a body having a central portion , a first leg with a first contact surface and a second leg with a second contact surface , wherein the first leg and the second leg extend from the central portion at a fixed angle and the first contact surface is facing the second contact surface , • an inlay having a first inlay section and a second inlay section , • wherein the trailing edge protector is designed to be placed at a trailing edge of a wind turbine rotor blade such that the central portion is arranged near the trailing edge , the first inlay section is arranged between the first contact surface and a suction side surface of the wind turbine rotor blade and the second inlay section is arranged between the second contact surface and a pressure side surface of the wind turbine rotor blade , characterised in that • the body is a metal assembly comprising at least one stiffening rib arranged at the central portion and mounted to both legs , and further in that • at least one leg comprises a release means adapted to exert a force moving the body in a direction away from the wind turbine rotor blade .
A sample analyzer comprising: a measurement unit including a reagent storage capable of holding a plurality of kinds of reagents, the measurement unit configured to measure a sample by use of a plurality of kinds of reagents held in the reagent storage in combination; a memory in which a calibration curve is stored in association with a reagent set used in creation of the calibration curve; and comprising a controlling means , characterized by that the controlling means is adapted to perform operations, comprising; in a case where no calibration curve corresponding to a reagent set which has been used in measurement of the sample has been stored, stores, in the memory, information indicating that the reagent set which has been used in the measurement of the sample has been used in measurement, and when creating a calibration curve, automatically extracts the reagent set for which no calibration curve has been stored and for which the information has been stored. a measurement unit including a reagent storage capable of holding a plurality of kinds of reagents, the measurement unit configured to measure a sample by use of a plurality of kinds of reagents held in the reagent storage in combination; a memory in which a calibration curve is stored in association with a reagent set used in creation of the calibration curve; and comprising a controlling means , characterized by that the controlling means is adapted to perform operations, comprising; in a case where no calibration curve corresponding to a reagent set which has been used in measurement of the sample has been stored, stores, in the memory, information indicating that the reagent set which has been used in the measurement of the sample has been used in measurement, and when creating a calibration curve, automatically extracts the reagent set for which no calibration curve has been stored and for which the information has been stored. in a case where no calibration curve corresponding to a reagent set which has been used in measurement of the sample has been stored, stores, in the memory, information indicating that the reagent set which has been used in the measurement of the sample has been used in measurement, and when creating a calibration curve, automatically extracts the reagent set for which no calibration curve has been stored and for which the information has been stored.
An oxygenator comprising: an inner cylinder unit configured as one of a heat exchange unit or a gas exchange unit by winding a first hollow fiber membrane and; an outer cylinder unit configured as the other of the heat exchange unit or the gas exchange unit by winding a second hollow fiber membrane , wherein the inner cylinder unit and the outer cylinder unit are accommodated in a housing in a state of being disposed to overlap each other in a radial direction so that a blood flow path is formed on an outer side of the first hollow fiber membrane and an outer side of the second hollow fiber membrane , and the housing includes a pair of partition sections that partitions each of spaces on both sides in an axial direction from the inner cylinder unit and the outer cylinder unit into a heat medium flow path and a gas flow path , and wherein the partition sections are each inserted between end portions of the inner cylinder unit and the outer cylinder unit , a cylindrical intermediate spacer is arranged between the inner cylinder unit and the outer cylinder unit , at least one end portion of the intermediate spacer is located at a part that does not overlap the partition section in a radial direction in end portions of the inner cylinder unit and the outer cylinder unit , characterized in that the intermediate spacer is configured to independently support the outer cylinder unit in a state in which a gap is formed between an inner peripheral surface of the intermediate spacer and an outer peripheral surface of the inner cylinder unit . an inner cylinder unit configured as one of a heat exchange unit or a gas exchange unit by winding a first hollow fiber membrane and; an outer cylinder unit configured as the other of the heat exchange unit or the gas exchange unit by winding a second hollow fiber membrane , wherein the inner cylinder unit and the outer cylinder unit are accommodated in a housing in a state of being disposed to overlap each other in a radial direction so that a blood flow path is formed on an outer side of the first hollow fiber membrane and an outer side of the second hollow fiber membrane , and the housing includes a pair of partition sections that partitions each of spaces on both sides in an axial direction from the inner cylinder unit and the outer cylinder unit into a heat medium flow path and a gas flow path , and wherein the partition sections are each inserted between end portions of the inner cylinder unit and the outer cylinder unit , a cylindrical intermediate spacer is arranged between the inner cylinder unit and the outer cylinder unit , at least one end portion of the intermediate spacer is located at a part that does not overlap the partition section in a radial direction in end portions of the inner cylinder unit and the outer cylinder unit , characterized in that the intermediate spacer is configured to independently support the outer cylinder unit in a state in which a gap is formed between an inner peripheral surface of the intermediate spacer and an outer peripheral surface of the inner cylinder unit .
A speech signal processing method, performed by an electronic device, the method comprising: obtaining speech feature parameters of a to-be-processed speech signal, the speech feature parameters comprising an initial spectrum of the to-be-processed speech signal; the method being characterised by further comprising: predicting a first set quantity of sub-band spectrum envelopes based on the speech feature parameters, the first set quantity being less than a quantity of initial spectrum coefficients of the initial spectrum, and each of the sub-band spectrum envelopes being corresponding to a second set quantity of initial spectrum coefficients in the initial spectrum coefficients of the initial spectrum; adjusting the initial spectrum based on the predicted first set quantity of sub-band spectrum envelopes to obtain an adjusted spectrum; and obtaining an enhanced speech signal corresponding to the to-be-processed speech signal based on the adjusted spectrum. obtaining speech feature parameters of a to-be-processed speech signal, the speech feature parameters comprising an initial spectrum of the to-be-processed speech signal; the method being characterised by further comprising: predicting a first set quantity of sub-band spectrum envelopes based on the speech feature parameters, the first set quantity being less than a quantity of initial spectrum coefficients of the initial spectrum, and each of the sub-band spectrum envelopes being corresponding to a second set quantity of initial spectrum coefficients in the initial spectrum coefficients of the initial spectrum; adjusting the initial spectrum based on the predicted first set quantity of sub-band spectrum envelopes to obtain an adjusted spectrum; and obtaining an enhanced speech signal corresponding to the to-be-processed speech signal based on the adjusted spectrum.
An overload relay for protecting a motor or other device from an overload condition, the overload relay having: a plurality of shunt resistors , each shunt resistor being locatable in the current path of a respective supply line of a power supply for the motor or other device; and a control means connected to each of the shunt resistors and arranged to receive signals representative of current through each of the shunt resistors; wherein the control means is arranged to determine a thermal condition of the motor or the other device based on one or more of the one or more signals representative of current through the shunt resistors and according to a thermal model of the motor or other device, and to produce a trip signal to interrupt the continuity of the power supply if it determines that an overload condition exists based on the thermal condition. a plurality of shunt resistors , each shunt resistor being locatable in the current path of a respective supply line of a power supply for the motor or other device; and a control means connected to each of the shunt resistors and arranged to receive signals representative of current through each of the shunt resistors; wherein the control means is arranged to determine a thermal condition of the motor or the other device based on one or more of the one or more signals representative of current through the shunt resistors and according to a thermal model of the motor or other device, and to produce a trip signal to interrupt the continuity of the power supply if it determines that an overload condition exists based on the thermal condition.
A process for tanning a smoked salmon skin wherein a step for tanning said skin comprises: - soaking the smoked salmon skin in a solution comprising a phosphonium ion in an amount greater than or equal to 4% by weight based on the weight of the smoked salmon skin, and - soaking the smoked salmon skin in a solution comprising hydrogen peroxide in an amount greater than or equal to 0.5% by weight based on the weight of the smoked salmon skin. - soaking the smoked salmon skin in a solution comprising a phosphonium ion in an amount greater than or equal to 4% by weight based on the weight of the smoked salmon skin, and - soaking the smoked salmon skin in a solution comprising hydrogen peroxide in an amount greater than or equal to 0.5% by weight based on the weight of the smoked salmon skin.
A mesh panel for a safety barrier system, preferably for securing a working surface, the mesh panel comprising: a main portion , extending in a main plane (AB) defined by a first direction (a) and a second direction (b), which directions (a, b) preferably are perpendicular to each other, a top portion , extending in a top plane (AC), defined by the first direction (a) and a third direction (c), which third direction (c) is different from the second direction (b) such as the top plane (AC) is angled relative the main plane (AB) by an upper bend with a first angle (a) between the second direction (b) and third direction (c), a bottom portion , extending in a bottom plane (AD) defined by the first direction (a) and a fourth direction (d), wherein the main portion is arranged between the top portion and the bottom portion , and which main portion comprises a plurality of first wires arranged in the first direction (a) and a plurality of second wires arranged in the second direction (b), and the first and second wires are fixed to each other at main-interactions (22, 22', 22", ...) such as the first and second wires forming a mesh, and the plurality of first wires comprises an upper wire and a lower wire (21a"), and the plurality of second wires comprises two outer side wires (23b', 23b") each arranged at a respective outer end of the mesh panel , and the top portion comprises at least one first top portion wire arranged in the first direction (a), characterized in that at least one of the top portion and the main portion comprises at least one third wire , which third wire , if arranged in the top portion has a top portion direction (e) which differs from the first direction (a) and the third direction (c) of the top plane (AC), and which third wire if arranged in the main portion has a main portion direction (f) which differs from the first direction (a) and the second direction (b) of the main plane (AB), and the third wire extends past the upper bend and into the adjacent top or main portion respectively. a main portion , extending in a main plane (AB) defined by a first direction (a) and a second direction (b), which directions (a, b) preferably are perpendicular to each other, a top portion , extending in a top plane (AC), defined by the first direction (a) and a third direction (c), which third direction (c) is different from the second direction (b) such as the top plane (AC) is angled relative the main plane (AB) by an upper bend with a first angle (a) between the second direction (b) and third direction (c), a bottom portion , extending in a bottom plane (AD) defined by the first direction (a) and a fourth direction (d),
A depth imaging system , comprising: a reflector subsystem comprising a flat reflector and an ellipsoidal reflector ; a projector subsystem configured to project light to be used for depth imaging onto the reflector subsystem for reflection toward objects within a radial field of view of a surrounding environment, wherein the ellipsoidal reflector is configured to reflect the projected light toward the flat reflector , and wherein the flat reflector is configured to reflect the projected light reflected by the ellipsoidal reflector toward the objects within the radial field of view of the surrounding environment; an imaging subsystem comprising an image sensor and configured to acquire ring-shaped image data based on the projected light reflected by the objects within the radial field of view of the surrounding environment and reflected by the reflector subsystem , wherein the flat reflector is configured to reflect the projected light reflected by the objects within the radial field of view of the surrounding environment toward the ellipsoidal reflector , and wherein the ellipsoidal reflector is configured to reflect the projected light reflected by the flat reflector toward the image sensor; and a computing device comprising a logic subsystem and a storage subsystem for storing instructions causingtoythe logic subsystem to execute the steps of: receiving the ring-shaped image data from the image sensor, correcting distortion in the received ring-shaped image data, and outputting depth image data based on an analysis of the corrected image data. a reflector subsystem comprising a flat reflector and an ellipsoidal reflector ; a projector subsystem configured to project light to be used for depth imaging onto the reflector subsystem for reflection toward objects within a radial field of view of a surrounding environment, wherein the ellipsoidal reflector is configured to reflect the projected light toward the flat reflector , and wherein the flat reflector is configured to reflect the projected light reflected by the ellipsoidal reflector toward the objects within the radial field of view of the surrounding environment; an imaging subsystem comprising an image sensor and configured to acquire ring-shaped image data based on the projected light reflected by the objects within the radial field of view of the surrounding environment and reflected by the reflector subsystem , wherein the flat reflector is configured to reflect the projected light reflected by the objects within the radial field of view of the surrounding environment toward the ellipsoidal reflector , and wherein the ellipsoidal reflector is configured to reflect the projected light reflected by the flat reflector toward the image sensor; and a computing device comprising a logic subsystem and a storage subsystem for storing instructions causingtoythe logic subsystem to execute the steps of: receiving the ring-shaped image data from the image sensor, correcting distortion in the received ring-shaped image data, and outputting depth image data based on an analysis of the corrected image data.
Apparatus for shaping substantially flat continuous material having a glass transition temperature of below 150 degree Celsius, the apparatus comprising: a shaping device for gathering substantially flat continuous material transverse to a longitudinal direction of the continuous material to form a gathered continuous material, the substantially flat continuous material having a glass transition temperature of below 150 degree Celsius; a cooling device for cooling the gathered continuous material, wherein the shaping device and the cooling device are combined such as to immediately cool the gathered continuous material, wherein the shaping device comprises at least a static shaping element, static with respect to a transport direction of the substantially flat continuous material, wherein the static shaping element is a garniture tongue for shaping a rod-shaped gathered continuous material, wherein the cooling device is arranged next to an outlet opening of the garniture tongue, wherein the cooling device comprises a contact surface for contacting and thereby cooling the rod-shaped gathered continuous material , and wherein the contact surface has a concave shape, characterized in that the shape of the contact surface varies along the length of the cooling device . a shaping device for gathering substantially flat continuous material transverse to a longitudinal direction of the continuous material to form a gathered continuous material, the substantially flat continuous material having a glass transition temperature of below 150 degree Celsius; a cooling device for cooling the gathered continuous material, wherein the shaping device and the cooling device are combined such as to immediately cool the gathered continuous material, wherein the shaping device comprises at least a static shaping element, static with respect to a transport direction of the substantially flat continuous material, wherein the static shaping element is a garniture tongue for shaping a rod-shaped gathered continuous material, wherein the cooling device is arranged next to an outlet opening of the garniture tongue, wherein the cooling device comprises a contact surface for contacting and thereby cooling the rod-shaped gathered continuous material , and wherein the contact surface has a concave shape, characterized in that the shape of the contact surface varies along the length of the cooling device .
A process for diverting data traffic over a replacement connection over a replacement access network when a primary connection over a primary access network meets a failover criterion, wherein traffic addressed to an allocated network address associated with Customer Premises Equipment in the primary access network is routed to said Customer Premises Equipment via a network termination address in the replacement access network , the identity of the network termination address being authenticated by an authentication processor , associated with the primary and replacement access networks , wherein the authentication processor records an association between the allocated network address and an identity of an auxiliary network termination unit associated with the replacement access network via the authentication processor receiving the identity of the auxiliary network termination unit over the primary connection when the auxiliary network termination unit becomes coupled to the first network termination equipment, the association identifying the network termination address of the auxiliary network termination unit as permitted to receive traffic addressed to the allocated network address.
A printing method of performing printing on a medium using color ink, the color ink including a colorant and a solvent and being capable of absorbing ultraviolet energy rays to generate heat, the method comprising: a color ink layer forming step of ejecting the color ink to the medium to form a layer of the color ink on the medium ; a step of emitting the ultraviolet energy rays to the color ink on the medium to heat the color ink to a temperature at which the solvent thereof boils, whereby at least part of the solvent evaporates; and a glossing step of further performing a process for increasing gloss of the layer of the color ink, by directly heating the color ink by radiation of the ultraviolet energy rays, after at least part of the solvent is removed by evaporation. a color ink layer forming step of ejecting the color ink to the medium to form a layer of the color ink on the medium ; a step of emitting the ultraviolet energy rays to the color ink on the medium to heat the color ink to a temperature at which the solvent thereof boils, whereby at least part of the solvent evaporates; and a glossing step of further performing a process for increasing gloss of the layer of the color ink, by directly heating the color ink by radiation of the ultraviolet energy rays, after at least part of the solvent is removed by evaporation.