mhurhangee/patent-ind-claim-en huggingface dataset:
Furniture structure (MC) convertible from desk to resting-place and vice versa, comprising: - a compartment delimited by walls; - a platform which is hinged to the compartment to be rotatable between two positions: one position wherein the platform is upright and contained in the compartment, and one position wherein the platform is horizontal and allows to lie on it; and - two parallel extensions which are integral with the platform and extend orthogonally to the plane of the platform towards the outside of the structure; - a shelf supported by and hinged to the free end of the extensions to constitute a working surface of the desk; the shelf being able to rotate with respect to the extensions to remain always horizontal while the platform moves from one of said positions to the other, - a driving element connected to the shelf to impart a torque to it and rotate it, the element being mounted to move linearly along a direction orthogonal to the platform's plane, and connected to the compartment so as to be moved following a relative rotation between the platform and the compartment, characterized in that the platform has a hinging axis (X1) to the compartment, and one of the extensions has a dimension that lies in a plane orthogonal to said hinging axis and is delimited by edges, and the driving element is mounted so as to move remaining between such edges. - a compartment delimited by walls; - a platform which is hinged to the compartment to be rotatable between two positions: one position wherein the platform is upright and contained in the compartment, and one position wherein the platform is horizontal and allows to lie on it; and one position wherein the platform is upright and contained in the compartment, and one position wherein the platform is horizontal and allows to lie on it; and - two parallel extensions which are integral with the platform and extend orthogonally to the plane of the platform towards the outside of the structure; - a shelf supported by and hinged to the free end of the extensions to constitute a working surface of the desk; the shelf being able to rotate with respect to the extensions to remain always horizontal while the platform moves from one of said positions to the other, - a driving element connected to the shelf to impart a torque to it and rotate it, the element being mounted to move linearly along a direction orthogonal to the platform's plane, and connected to the compartment so as to be moved following a relative rotation between the platform and the compartment, mounted to move linearly along a direction orthogonal to the platform's plane, and connected to the compartment so as to be moved following a relative rotation between the platform and the compartment, the platform has a hinging axis (X1) to the compartment, and one of the extensions has a dimension that lies in a plane orthogonal to said hinging axis and is delimited by edges, and the driving element is mounted so as to move remaining between such edges.
A PAP device for generating a supply of pressurized gas to be provided to a patient for treatment, the PAP device comprising: a housing ; a core including a motor and at least one impeller ; and a vibration isolation system to support the core within the housing in a flexible, vibration-isolated manner, wherein the vibration isolation system includes a front suspension to support a front portion of the core and a rear suspension to support a rear portion of the core ; wherein the front suspension includes a plurality of biasing elements ; and wherein one or more of the biasing elements are coupled to windings of a stator assembly to conduct current from an external source to the windings . a housing ; a core including a motor and at least one impeller ; and a vibration isolation system to support the core within the housing in a flexible, vibration-isolated manner, wherein the vibration isolation system includes a front suspension to support a front portion of the core and a rear suspension to support a rear portion of the core ; wherein the front suspension includes a plurality of biasing elements ; and wherein one or more of the biasing elements are coupled to windings of a stator assembly to conduct current from an external source to the windings .
A method for granting access, for a user equipment registered in a home mobile network , to a wireless local area network , comprising the following steps, performed by an access network server for said wireless local area network : receiving a request, sent by said user equipment, which comprises a first information allowing to identify the home mobile network of the user equipment; and sending, to the user equipment, a response message comprising a plurality of access identifiers identifying respectively a plurality of wireless local area network access points to which said user equipment is allowed to connect, based on the identification of said home mobile network from said first information, said response message further comprising additional information regarding at least one of said wireless local area network access points, wherein said additional information comprises at least one of : metrics information regarding the data link between said wireless local area network access point and the user equipment; a maximum bandwidth that can be reserved by the wireless local area network access point for the data traffic exchanged with the user equipment; and the capacity of the wireless local area network access point to provide internet access. receiving a request, sent by said user equipment, which comprises a first information allowing to identify the home mobile network of the user equipment; and sending, to the user equipment, a response message comprising a plurality of access identifiers identifying respectively a plurality of wireless local area network access points to which said user equipment is allowed to connect, based on the identification of said home mobile network from said first information, said response message further comprising additional information regarding at least one of said wireless local area network access points, wherein said additional information comprises at least one of : metrics information regarding the data link between said wireless local area network access point and the user equipment; a maximum bandwidth that can be reserved by the wireless local area network access point for the data traffic exchanged with the user equipment; and the capacity of the wireless local area network access point to provide internet access. metrics information regarding the data link between said wireless local area network access point and the user equipment; a maximum bandwidth that can be reserved by the wireless local area network access point for the data traffic exchanged with the user equipment; and the capacity of the wireless local area network access point to provide internet access.
Measuring system adapted to measure and detect physical and dimensional parameters of multi-segment rod-like articles, wherein each article (Q) has a longitudinal axis (X) and comprises a front segment (S1) and a back segment (S4) of non-completely opaque material and two adjacent segments with different opacity, in such a way to generate an interface (I1, I2) between the two adjacent segments; said measuring system comprising: - a first lighting device that generates a light beam (F1) that strikes and crosses the front segment (S1), wherein the lighting axis (X1) of the light beam (F1) of the first lighting device coincides with the longitudinal axis (X) of the article; - a second lighting device that generates a light beam (F2) that strikes and crosses the back segment (S4), wherein the lighting axis (X2) of the light beam (F2) of the second lighting device coincides with the longitudinal axis (X) of the article; - an image detection sensor comprising a detection axis (Z) that radially strikes the longitudinal axis (X) of the article, said image detection sensor being adapted to acquire a set of images of the article (Q); - a control and processing unit configured in such a way to process the images acquired by the image detection sensor and calculate dimensional, geometrical and physical features of the segments of said article (Q). - a first lighting device that generates a light beam (F1) that strikes and crosses the front segment (S1), wherein the lighting axis (X1) of the light beam (F1) of the first lighting device coincides with the longitudinal axis (X) of the article; - a second lighting device that generates a light beam (F2) that strikes and crosses the back segment (S4), wherein the lighting axis (X2) of the light beam (F2) of the second lighting device coincides with the longitudinal axis (X) of the article; - an image detection sensor comprising a detection axis (Z) that radially strikes the longitudinal axis (X) of the article, said image detection sensor being adapted to acquire a set of images of the article (Q); - a control and processing unit configured in such a way to process the images acquired by the image detection sensor and calculate dimensional, geometrical and physical features of the segments of said article (Q).
A method for producing a heat-modified starch, comprising the steps consisting in: (i) preparing a starch milk having a solids content of between 30 and 40%, preferably between 35 and 37% by weight, (ii) adding a solution of an alkaline agent at a weight concentration of between 25 and 35%, preferably of 30% so as to obtain a conductivity on the milk of between 4 and 7 mS/cm, (iii) ensuring a contact time of between 0.5 and 2 hours, (iv) filtering and drying the starch milk such that the conductivity of the dried starch resuspended at 20% by weight of solids is between 0.7 and 2.5 mS/cm, (v) heating said dried starch so as to bring it to a temperature of more than 180°C for a residence time of between 10 and 40 minutes, even more preferentially between 15 and 35 minutes, the conductivity being mesured with a KNICK 703 electronic conductivity meter. (i) preparing a starch milk having a solids content of between 30 and 40%, preferably between 35 and 37% by weight, (ii) adding a solution of an alkaline agent at a weight concentration of between 25 and 35%, preferably of 30% so as to obtain a conductivity on the milk of between 4 and 7 mS/cm, (iii) ensuring a contact time of between 0.5 and 2 hours, (iv) filtering and drying the starch milk such that the conductivity of the dried starch resuspended at 20% by weight of solids is between 0.7 and 2.5 mS/cm, (v) heating said dried starch so as to bring it to a temperature of more than 180°C for a residence time of between 10 and 40 minutes, even more preferentially between 15 and 35 minutes,
A bus short-circuit detection method, comprising: starting a weak electricity charge circuit in a case that a strong electricity voltage detection circuit has detected that a bus voltage of a unit is abnormal before the bus voltage is charged, wherein the weak electricity charge circuit is configured to charge the bus; detecting a charge current variation of the weak electricity charge circuit; and starting a pre-charge circuit in a case that the charge current variation indicates that the bus is not in a short-circuited state. starting a weak electricity charge circuit in a case that a strong electricity voltage detection circuit has detected that a bus voltage of a unit is abnormal before the bus voltage is charged, wherein the weak electricity charge circuit is configured to charge the bus; detecting a charge current variation of the weak electricity charge circuit; and starting a pre-charge circuit in a case that the charge current variation indicates that the bus is not in a short-circuited state.
An internal combustion engine control device controlling an internal combustion engine equipped with an exhaust recirculation passage allowing intake of an exhaust gas of the internal combustion engine to the internal combustion engine , the internal combustion engine control device comprising a control unit configured to advance an ignition timing of an ignition plug performing ignition of the internal combustion engine again and to increase an exhaust recirculation amount in a case where a combustion stability limit of the internal combustion engine has not been reached in a state where the ignition timing is retarded after the ignition timing of the ignition plug is advanced, wherein the ignition timing is retarded after the ignition timing is advanced to a set knock limit, wherein, in a case where a combustion instability is detected, the control unit is configured to stop increasing the exhaust recirculation amount, wherein, in a case where the set knock limit is detected, the ignition timing is retarded for a set amount to detect the combustion instability, and in a case where the combustion stability limit of the internal combustion engine has been reached in a state where the ignition timing is retarded after the ignition timing is advanced to a set ignition advance limit, the control unit is configured to advance the ignition timing again and to decrease the exhaust recirculation amount. the internal combustion engine control device comprising a control unit configured to advance an ignition timing of an ignition plug performing ignition of the internal combustion engine again and to increase an exhaust recirculation amount in a case where a combustion stability limit of the internal combustion engine has not been reached in a state where the ignition timing is retarded after the ignition timing of the ignition plug is advanced, wherein the ignition timing is retarded after the ignition timing is advanced to a set knock limit, wherein, in a case where a combustion instability is detected, the control unit is configured to stop increasing the exhaust recirculation amount, wherein, in a case where the set knock limit is detected, the ignition timing is retarded for a set amount to detect the combustion instability, and in a case where the combustion stability limit of the internal combustion engine has been reached in a state where the ignition timing is retarded after the ignition timing is advanced to a set ignition advance limit, the control unit is configured to advance the ignition timing again and to decrease the exhaust recirculation amount.
A wrist orthosis for support of a patient's wrist, comprising a wire frame which is configured to a engage a forearm (F), wrist (W), and hand (H) of a patient, wherein the wire frame comprises a continuous connection of a radial wire section configured to extend in a distal direction along the forearm, wrist and a radial side of the hand to an interdigital space (S) between the thumb and index finger of the hand, wherein the radial wire section is connected to a palmar wire section configured to extend in a lateral direction from the interdigital space (S) along a palmar region of the hand toward an ulnar side of the hand, and wherein the palmar wire section is connected to an ulnar wire section configured to extend from the ulnar side of the hand in proximal direction toward and along the wrist and forearm; and wherein the radial wire section and the ulnar wire section are laterally spaced apart along an intermediate dorsal region of the hand.
Apparatus for the controlled withdrawal and dispensing of liquids with volumetric dosage, comprising a structure (S) on which a platform is arranged to house a first series of containers containing liquid substances destined to be picked up and dosed and a second series of containers adapted to receive predetermined doses of the substances contained in the containers of the first series, the apparatus further comprising means for withdrawing the liquids from the containers of the first series and dispensing such liquids into the containers of the second series in predetermined doses, wherein on each container of the first series is inserted a half-pipette consisting of a barrel defining a volume which can be filled with the liquid of the respective container of the first series, a piston devoid of actuation stem, and a needle through which the liquid can be aspirated and injected, and wherein said means for withdrawing the liquids from the containers of the first series and dispensing the liquids into the containers of the second series comprise a unit provided with a vertical rod adapted to engage and actuate the piston of each half-pipette , said unit being constrained to a carriage that, in turn, can be moved above the platform , said unit being movable vertically from and towards the platform , characterized in that said rod comprises a first part connected to an actuator which controls its vertical movement and a second part constituted by a tubular body in which air can be introduced for the expansion of an expandable pad adapted to engage a cavity provided on each piston when it is expanded due to the introduction of air in said second part .
A Multicast Broadcast Single Frequency Network, MBSFN, subframe processing method, comprising: placing , by a base station, an MBSFN Reference Signal, RS, in a 0-filling region of an MBSFN subframe, wherein the 0-filling region of an MBSFN subframe is a time-frequency location filled with zero between the non-MBSFN area and the MBSFN area of the MBSFN subframe; and transmitting , by the base station, the MBSFN subframe carrying the MBSFN RS. placing , by a base station, an MBSFN Reference Signal, RS, in a 0-filling region of an MBSFN subframe, wherein the 0-filling region of an MBSFN subframe is a time-frequency location filled with zero between the non-MBSFN area and the MBSFN area of the MBSFN subframe; and transmitting , by the base station, the MBSFN subframe carrying the MBSFN RS.
A scroll compressor , comprising: a casing comprising a rotational shaft ; a cover fixed inside of the casing to partition an inner space of the casing into a suction space (S) and a discharge space (D); a first scroll that is revolved by rotation of the rotational shaft ; a second scroll disposed on or at one side of the first scroll to define a compression chamber together with the first scroll , wherein the second scroll comprises a discharge hole through which a refrigerant compressed in the compression chamber is discharged; a switching device movably disposed on or at one side of the discharge hole to selectively open and close the discharge hole ; a back pressure portion comprising a moving guide that accommodates at least a portion of the switching device and a top surface that covers one side of the switching device ; an adhesion preventer to reduce a contact area between the switching device and at least a portion of the back pressure portion ; a discharge pressure apply hole that is defined in the top surface and applies a pressure of the discharge space (D) to the switching device to allow the switching device to move; and an intermediate discharge hole that communicates with the discharge hole to discharge the refrigerant discharged from the discharge hole toward the cover , characterized by further comprising: a protrusion that protrudes from the top surface to surround the discharge pressure apply hole to restrict introduction of the refrigerant flowing through the intermediate discharge hole into the discharge pressure apply hole . a casing comprising a rotational shaft ; a cover fixed inside of the casing to partition an inner space of the casing into a suction space (S) and a discharge space (D); a first scroll that is revolved by rotation of the rotational shaft ; a second scroll disposed on or at one side of the first scroll to define a compression chamber together with the first scroll , wherein the second scroll comprises a discharge hole through which a refrigerant compressed in the compression chamber is discharged; a switching device movably disposed on or at one side of the discharge hole to selectively open and close the discharge hole ; a back pressure portion comprising a moving guide that accommodates at least a portion of the switching device and a top surface that covers one side of the switching device ; an adhesion preventer to reduce a contact area between the switching device and at least a portion of the back pressure portion ; a discharge pressure apply hole that is defined in the top surface and applies a pressure of the discharge space (D) to the switching device to allow the switching device to move; and an intermediate discharge hole that communicates with the discharge hole to discharge the refrigerant discharged from the discharge hole toward the cover , characterized by further comprising: a protrusion that protrudes from the top surface to surround the discharge pressure apply hole to restrict introduction of the refrigerant flowing through the intermediate discharge hole into the discharge pressure apply hole .
A method for detecting a break in connection of a neutral of a three-phase electricity network, the detection method being implemented at least partially in a processing unit of an item of electrical equipment connected to the electricity network , and comprising the steps, repeated regularly, of: - acquiring, at a time T, a first phase voltage (V 1 ) measured between a first phase of the three-phase electricity network and the neutral , a second phase voltage (V 2 ) measured between a second phase and the neutral , and a third phase voltage (V 3 ) measured between a third phase and the neutral , the first, second and third phase voltages being measured by voltage sensors of the item of electrical equipment ; - evaluating a first quantity representative of a ratio between a maximum phase voltage and a minimum phase voltage from the first, second and third phase voltages; - the method being characterized in that if the first quantity is greater than a predetermined threshold: ∘ evaluating, based on the first, second and third phase voltages, at least a second quantity representative of a current balance between said first, second and third phase voltages; ∘ detecting a break in connection of the neutral at the time T when the at least one second quantity satisfies a predetermined reference criterion. - acquiring, at a time T, a first phase voltage (V 1 ) measured between a first phase of the three-phase electricity network and the neutral , a second phase voltage (V 2 ) measured between a second phase and the neutral , and a third phase voltage (V 3 ) measured between a third phase and the neutral , the first, second and third phase voltages being measured by voltage sensors of the item of electrical equipment ; - evaluating a first quantity representative of a ratio between a maximum phase voltage and a minimum phase voltage from the first, second and third phase voltages; - the method being characterized in that if the first quantity is greater than a predetermined threshold: ∘ evaluating, based on the first, second and third phase voltages, at least a second quantity representative of a current balance between said first, second and third phase voltages; ∘ detecting a break in connection of the neutral at the time T when the at least one second quantity satisfies a predetermined reference criterion. ∘ evaluating, based on the first, second and third phase voltages, at least a second quantity representative of a current balance between said first, second and third phase voltages; ∘ detecting a break in connection of the neutral at the time T when the at least one second quantity satisfies a predetermined reference criterion.