mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for making liquid or semi-liquid food products, characterized in that it comprises: - a frame ; - a thermal system for performing at least one thermodynamic cycle using a main heat exchanger fluid and including a compressor , a first heat exchanger and a pressure reducing element , all affected by the circulation of the main heat exchanger fluid; - at least one motor equipped with a drive shaft rotatable about a vertical axis (X); - at least one production unit (G1) comprising: - a first processing container affording a cavity which defines a processing chamber for making a liquid or semi-liquid food product; - a stirrer insertable into the first processing container ; - a second container which affords a cavity shaped to rotatably house the first container and which is fixed relative to the frame to define between the second container itself and the first container a gap which can be filled with a secondary heat exchanger fluid; - at least one channel for circulating the main heat exchanger fluid, associated with the second container and defining for the thermal system a second exchanger in which the main heat exchanger fluid circulates; - coupling means between the first processing container and the drive shaft to allow coupling and hence transmission of motion from the motor to the first processing container , wherein the first container is externally provided with at least one channel . - a frame ; - a thermal system for performing at least one thermodynamic cycle using a main heat exchanger fluid and including a compressor , a first heat exchanger and a pressure reducing element , all affected by the circulation of the main heat exchanger fluid; - at least one motor equipped with a drive shaft rotatable about a vertical axis (X); - at least one production unit (G1) comprising: - a first processing container affording a cavity which defines a processing chamber for making a liquid or semi-liquid food product; - a stirrer insertable into the first processing container ; - a second container which affords a cavity shaped to rotatably house the first container and which is fixed relative to the frame to define between the second container itself and the first container a gap which can be filled with a secondary heat exchanger fluid; - at least one channel for circulating the main heat exchanger fluid, associated with the second container and defining for the thermal system a second exchanger in which the main heat exchanger fluid circulates; - coupling means between the first processing container and the drive shaft to allow coupling and hence transmission of motion from the motor to the first processing container , wherein the first container is externally provided with at least one channel .
An information processing device comprising: a detection unit configured to detect angles of at least some of joints of a finger in a non-contact manner; and an estimation unit configured to estimate a posture of the finger based on the angles of the joints detected by the detection unit. a detection unit configured to detect angles of at least some of joints of a finger in a non-contact manner; and an estimation unit configured to estimate a posture of the finger based on the angles of the joints detected by the detection unit.
A non-impact method for testing the rigidity and / or the stability of one or more loads placed on a carriage or a platform by subjecting the carriage or the platform to a predetermined acceleration single pulse profile or a corresponding velocity profile, comprising: displacing the carriage or the platform in a first direction, the method characterized by the step of accelerating the carriage or the platform according to the predetermined acceleration single pulse profile such that along part of the predetermined acceleration single pulse profile the carriage or the platform is displaced in a second direction opposite to the first direction.
A system for detecting premature ventricular contractions (PVCs) in cardiac activity, comprising: memory configured to store executable instructions; one or more processors that, when executing the executable instructions, are configured to: obtain cardiac activity (CA) signals for a series of beats; for at least a portion of the series of beats, calculate QRS scores for corresponding QRS complex segments from the CA signals; calculate a variability metric for QRS scores across the series of beats; calculate a QRS complex template using the QRS complex segments; calculate correlation coefficients between the QRS complex template and the QRS complex segment; compare the variability metric to a variability threshold and the correlation coefficients to a correlation threshold, and designate the CA signals to include a predetermined level of PVC burden based on the comparison. memory configured to store executable instructions; one or more processors that, when executing the executable instructions, are configured to: obtain cardiac activity (CA) signals for a series of beats; for at least a portion of the series of beats, calculate QRS scores for corresponding QRS complex segments from the CA signals; calculate a variability metric for QRS scores across the series of beats; calculate a QRS complex template using the QRS complex segments; calculate correlation coefficients between the QRS complex template and the QRS complex segment; compare the variability metric to a variability threshold and the correlation coefficients to a correlation threshold, and designate the CA signals to include a predetermined level of PVC burden based on the comparison. obtain cardiac activity (CA) signals for a series of beats; for at least a portion of the series of beats, calculate QRS scores for corresponding QRS complex segments from the CA signals; calculate a variability metric for QRS scores across the series of beats; calculate a QRS complex template using the QRS complex segments; calculate correlation coefficients between the QRS complex template and the QRS complex segment; compare the variability metric to a variability threshold and the correlation coefficients to a correlation threshold, and designate the CA signals to include a predetermined level of PVC burden based on the comparison.
A method, performed by a terminal, for detecting spectrum resource, said method comprising: receiving a capability reporting instruction sent by a base station S101); sending a capability report of a terminal to the base station according to the capability reporting instruction (S103), wherein the capability report comprises information about whether the terminal has a spectrum sensing capability, wherein the spectrum sensing capability refers to that the terminal senses whether a certain frequency band is occupied by another communication system; receiving a spectrum sensing configuration command sent by the base station according to the capability report of the terminal (S105); performing spectrum sensing to obtain a sensing result according to the spectrum sensing configuration command (S111) and receiving a sensing task reporting command transmitted by the base station; and sending the sensing result to the base station according to the sensing task reporting command transmitted by the base station (S113). receiving a capability reporting instruction sent by a base station S101); sending a capability report of a terminal to the base station according to the capability reporting instruction (S103), wherein the capability report comprises information about whether the terminal has a spectrum sensing capability, wherein the spectrum sensing capability refers to that the terminal senses whether a certain frequency band is occupied by another communication system; receiving a spectrum sensing configuration command sent by the base station according to the capability report of the terminal (S105); performing spectrum sensing to obtain a sensing result according to the spectrum sensing configuration command (S111) and receiving a sensing task reporting command transmitted by the base station; and sending the sensing result to the base station according to the sensing task reporting command transmitted by the base station (S113).
A method for monitoring a screw centrifuge, in particular a solid-bowl screw centrifuge or a screen-bowl screw centrifuge, which exhibits the following: a rotatable drum , a rotatable screw arranged in the drum , a main or primary motor at least for driving the drum , a drive motor for driving the screw , which may be the main or primary motor or a secondary motor , and also a transmission arranged between the motor or the motors and the drum and the screw , transmission input shafts for the main motor and the drive motor for the screw , wherein one or more pulse-generators are arranged at least on the transmission input shaft for the screw , to each of which a proximity-sensor is assigned, with the following steps: a) provision of the screw centrifuge, and processing of a product with the screw centrifuge, in the course of which the product is separated from solids which are conveyed out of the drum by the screw b) determination of a current angular velocity and determination of a mean angular velocity of the transmission input shaft for the screw over time, c) evaluation of the measurements from step b), and d) output of a warning signal and/or variation of one or more operating parameters of the screw centrifuge, to the extent that dynamic changes of angular velocity are ascertained in the course of the evaluation in step c). a) provision of the screw centrifuge, and processing of a product with the screw centrifuge, in the course of which the product is separated from solids which are conveyed out of the drum by the screw b) determination of a current angular velocity and determination of a mean angular velocity of the transmission input shaft for the screw over time, c) evaluation of the measurements from step b), and d) output of a warning signal and/or variation of one or more operating parameters of the screw centrifuge, to the extent that dynamic changes of angular velocity are ascertained in the course of the evaluation in step c).
A water absorbent comprising water-absorbing resin particles, which are surface cross-linked and prepared from a water-absorbing resin having a cross-linked structure prepared by polymerizing a monomer including at least acrylic acid and/or its salt, the water absorbent having: - an absorbency against pressure for 0.9wt% saline (AAPs) of 20g/g or more, - a centrifuge retention capacity absorbency for 0.9wt% saline (CRCs) being not less than 29g/g but less than 39g/g, and - 90% by weight or more of the particles having a diameter less than 850μm but not less than 150μm, characterised in that - the water absorbent has a logarithmic standard deviation (σζ) of the particle size distribution in a range of 0.25 to 0.45; the water absorbent has a chemical cross-linking index of 170 or more, the chemical cross-linking index represented by the formula: Chemical Cross-Linking Index = CRCs / CRCdw × 1000 , where CRCs(g/g) is an absorbency for 0.9wt% saline, and CRCdw(g/g) is an absorbency for deionized water; and - the surface cross-linking of the water-absorbing resin has been carried out to such an extent that the difference between the water-absorbing resin and the water-absorbing resin particles in terms of CRCs is 3 g/g or more. - an absorbency against pressure for 0.9wt% saline (AAPs) of 20g/g or more, - a centrifuge retention capacity absorbency for 0.9wt% saline (CRCs) being not less than 29g/g but less than 39g/g, and - 90% by weight or more of the particles having a diameter less than 850μm but not less than 150μm, characterised in that - the water absorbent has a logarithmic standard deviation (σζ) of the particle size distribution in a range of 0.25 to 0.45; the water absorbent has a chemical cross-linking index of 170 or more, the chemical cross-linking index represented by the formula: Chemical Cross-Linking Index = CRCs / CRCdw × 1000 , where CRCs(g/g) is an absorbency for 0.9wt% saline, and CRCdw(g/g) is an absorbency for deionized water; and - the surface cross-linking of the water-absorbing resin has been carried out to such an extent that the difference between the water-absorbing resin and the water-absorbing resin particles in terms of CRCs is 3 g/g or more.
A method performed in a near-eye display system , the method comprising: determining, using an eye tracking component of the near-eye display system, a first pose of a user's eye by capturing imagery of the user's eye using an imaging camera of the near-eye display system; determining a shift vector for an array of elemental images forming a near-eye lightfield frame based on the first pose of the user's eye; rendering the array of elemental images at a position within the near-eye lightfield frame that is based on the shift vector; and displaying the near-eye lightfield frame at a display panel of the near-eye display system, wherein an array of lenslets overlies the display panel , wherein the imaging camera is disposed between the display panel and the array of lenslets . determining, using an eye tracking component of the near-eye display system, a first pose of a user's eye by capturing imagery of the user's eye using an imaging camera of the near-eye display system; determining a shift vector for an array of elemental images forming a near-eye lightfield frame based on the first pose of the user's eye; rendering the array of elemental images at a position within the near-eye lightfield frame that is based on the shift vector; and displaying the near-eye lightfield frame at a display panel of the near-eye display system, wherein an array of lenslets overlies the display panel , wherein the imaging camera is disposed between the display panel and the array of lenslets .
A signaling radio bearer, SRB, transmission method performed by an SRB transmission device, said method comprising: applying, according to configuration, radio link control, RLC, layer unacknowledged mode, UM, for all or part of SRB data, wherein the applying, according to configuration, RLC layer UM mode for all or part of SRB data comprises: indicating, at a radio resource control, RRC layer, the SRB data applying the RLC layer UM mode by filling, in a packet header of the SRB data, identification information on applying the RLC layer UM mode, and transferring the identification information to a RLC layer via a packet data convergence protocol, PDCP, layer, determining, by the PDCP layer, that the SRB data needs to apply the RLC layer UM mode according to the identification information carried in the packet header of the SRB data, and performing, at the PDCP layer, repeated transmission on the SRB data applying the RLC layer UM mode. applying, according to configuration, radio link control, RLC, layer unacknowledged mode, UM, for all or part of SRB data, wherein the applying, according to configuration, RLC layer UM mode for all or part of SRB data comprises: indicating, at a radio resource control, RRC layer, the SRB data applying the RLC layer UM mode by filling, in a packet header of the SRB data, identification information on applying the RLC layer UM mode, and transferring the identification information to a RLC layer via a packet data convergence protocol, PDCP, layer, determining, by the PDCP layer, that the SRB data needs to apply the RLC layer UM mode according to the identification information carried in the packet header of the SRB data, and performing, at the PDCP layer, repeated transmission on the SRB data applying the RLC layer UM mode.
An assembly or kit that can be fitted to an ordinary wheelchair driven manually by circular push rings on the wheels, including one or two devices including two parts mobile relative to one another, namely a guide provided with quick fixing means , in particular by clamping, in horizontal position, a wheel slide guided by said guide and having a transverse axle or sleeve on and in which a rear wheel can be mounted so that the rotation of said rear wheel drives the movement of the slide along the guide between a normal rolling advanced position and a retracted position in which the rear wheel no longer protrudes on the side of the seat of the chair, means for manually actuating immobilization of the slide in said advanced, respectively retracted, position, the length of said elongate slide being such that, in the rear or retracted position, it can exit the rear end of the guide with an overhang, the slide remaining retained in the guide by its anterior part, said advanced and retracted position immobilization means including manually unlockable clipping means and unclipped position retaining means enabling the user to free their hands to drive said wheel of the chair between said advanced and retracted positions, and automatic unlocking means enabling return of the clipping means into the clipping position upon movement of the wheel slide , characterized in that said clipping means include an elongate lever articulated in pivoting manner on one of said parts and actuatable by a hand lever or handle , said lever and the part that does not carry said lever including respective complementary clipping elements , namely two elements spaced by a distance equal to the distance between said advanced and retracted positions, and an element , adapted to be clipped together when said slide reaches the advanced, respectively retracted, position, said lever being able to pivot between an unclipped position and a clipped position.
A belly fairing for an aircraft , comprising: a body; and a ventilation louver disposed in the body, comprising a first plate defining a first opening therein for permitting fluid flow along a first direction , characterized in that the ventilation louver comprises: a second plate defining a vane therein, the vane at least partially covering the first opening and directing the fluid flow along a second direction , non-parallel to the first direction; and a third plate defining a louvered opening therein wherein the louvered opening directs fluid flow along a third direction , non-parallel to both the first direction and the second direction. a body; and a ventilation louver disposed in the body, comprising a first plate defining a first opening therein for permitting fluid flow along a first direction , characterized in that the ventilation louver comprises: a second plate defining a vane therein, the vane at least partially covering the first opening and directing the fluid flow along a second direction , non-parallel to the first direction; and a third plate defining a louvered opening therein wherein the louvered opening directs fluid flow along a third direction , non-parallel to both the first direction and the second direction. a second plate defining a vane therein, the vane at least partially covering the first opening and directing the fluid flow along a second direction , non-parallel to the first direction; and a third plate defining a louvered opening therein wherein the louvered opening directs fluid flow along a third direction , non-parallel to both the first direction and the second direction.
A composite bronze bearing , comprising a bearing layer of a bearing bronze material and a metal support layer , which is connected to the bearing layer by means of a substance-to-substance bond, characterized in that the bearing layer has a hardness of from 100 to 300 HV, the metal support layer consists of aluminum, an aluminum alloy, iron, an iron alloy, and/or a steel alloy, and the material of the metal support layer is applied to the bearing layer by means of at thermal spraying process.
A polytunnel structure comprising a pair of rows of legs , each leg of one of the rows and a corresponding leg of another of the rows together supporting a cover support member , the cover support members supporting a cover , the cover being anchored in position by ropes , straps or the like extending over the cover and anchored to the legs , wherein at least one of the legs comprises an elongate member having an anchor region upon which a screw flight is provided, a support region to which, in use, part of the cover support member is secured, and an attachment plate provided with a first attachment formation and a second attachment formation , the first and second attachment formations taking the form of hooks or hook like formations, characterised in that the first and second attachment formations are spaced from a longitudinal axis of the elongate member by different spacings such that, depending upon which attachment formation is used, the anchor rope , strap or the like can be selectively secured relatively close to the axis of the axis or at an increased distance from the axis.
Method for verifying a security document , comprising the steps: orientating the security document relative to a white light interferometer , carrying out an examination by means of white light interferometry at several locations (P1-P3) on a surface of a security document , wherein at each of the locations (P1-P3) a depth profile is produced along a direction of examination (19-1 to 19-3), which is oriented transverse to the surface of the security document , wherein, as the depth profile, the measured values of a physical quantity are regarded, which are assigned to different depths along the examination direction, wherein the examination direction extends into an interior of the security document , and the depth profile is assigned to the location (P1-P3) of the surface of the security document at which the examination direction intersects the surface of the security document , deriving a feature from the depth profiles, and comparing the at least one derived feature with one or more predetermined specifications in order to derive a verification decision, characterised in that the intensity values corresponding to the individual depth values or depth regions and/or intensity value changes of several depth profiles are statistically evaluated in respect of their frequency, in order to determine any deviation from an expected statistical distribution as an indicator of manipulation or falsification. orientating the security document relative to a white light interferometer , carrying out an examination by means of white light interferometry at several locations (P1-P3) on a surface of a security document , wherein at each of the locations (P1-P3) a depth profile is produced along a direction of examination (19-1 to 19-3), which is oriented transverse to the surface of the security document , wherein, as the depth profile, the measured values of a physical quantity are regarded, which are assigned to different depths along the examination direction, wherein the examination direction extends into an interior of the security document , and the depth profile is assigned to the location (P1-P3) of the surface of the security document at which the examination direction intersects the surface of the security document , deriving a feature from the depth profiles, and comparing the at least one derived feature with one or more predetermined specifications in order to derive a verification decision, characterised in that the intensity values corresponding to the individual depth values or depth regions and/or intensity value changes of several depth profiles are statistically evaluated in respect of their frequency, in order to determine any deviation from an expected statistical distribution as an indicator of manipulation or falsification.