mhurhangee/patent-ind-claim-en huggingface dataset:
A dispensing device , comprising: a flexible pouch having a wall defining an interior compartment , the wall of the pouch having an opening passing therethrough from the interior compartment to the exterior of the pouch; characterized by : a one-piece upper member having a valve and dome button with a top portion extension extending thereof integrally formed therewith sealed to the exterior of the flexible pouch in the vicinity of the opening around most the periphery thereof to define a metering chamber , the valve having an arm that extends from the dome button to provide a protrusion on the free end thereof to sealingly engage with the opening through the flexible pouch; an exit pathway formed between the top portion extension and the exterior of the flexible pouch ; and an exit port in fluid communication with the top portion extension ; the one-piece upper member being configured to draw fluid from the flexible pouch , through the opening and into the metering chamber; and the one-piece upper member being further configured to urge liquid through the exit port via the exit pathway when the valve of the one-piece upper member has pressed said protrusion against said flexible pouch opening to seal the opening to prevent a flow of liquid therethrough. a flexible pouch having a wall defining an interior compartment , the wall of the pouch having an opening passing therethrough from the interior compartment to the exterior of the pouch; characterized by : a one-piece upper member having a valve and dome button with a top portion extension extending thereof integrally formed therewith sealed to the exterior of the flexible pouch in the vicinity of the opening around most the periphery thereof to define a metering chamber , the valve having an arm that extends from the dome button to provide a protrusion on the free end thereof to sealingly engage with the opening through the flexible pouch; an exit pathway formed between the top portion extension and the exterior of the flexible pouch ; and an exit port in fluid communication with the top portion extension ; a one-piece upper member having a valve and dome button with a top portion extension extending thereof integrally formed therewith sealed to the exterior of the flexible pouch in the vicinity of the opening around most the periphery thereof to define a metering chamber , the valve having an arm that extends from the dome button to provide a protrusion on the free end thereof to sealingly engage with the opening through the flexible pouch; an exit pathway formed between the top portion extension and the exterior of the flexible pouch ; and an exit port in fluid communication with the top portion extension ; the one-piece upper member being configured to draw fluid from the flexible pouch , through the opening and into the metering chamber; and the one-piece upper member being further configured to urge liquid through the exit port via the exit pathway when the valve of the one-piece upper member has pressed said protrusion against said flexible pouch opening to seal the opening to prevent a flow of liquid therethrough.
A method for preparing a multi-core cluster fiber connector, comprising the following steps: Step 1, arranging a plurality of metalized fibers to form a fiber bundle ; Step 2, cleaning the surface of the fiber bundle , and aligning the front end faces of all fibers in the fiber bundle ; Step 3, immersing the front end of the fiber bundle into a metal slurry to make the metal slurry coat over the front end of the fiber bundle ; Step 4, putting a first clamp on the fiber bundle ; Step 5, inserting the fiber bundle processed by step 3 into a ferrule ; Step 6, providing a high-frequency coil around the fiber bundle so that the ferrule is located between the fiber bundle and the high-frequency coil ; Step 7, putting a second clamp on the fiber bundle ; and locating the ferrule and the high-frequency coil between the first clamp and the second clamp ; Step 8, energizing the high-frequency coil to heat the metal slurry filled between the fiber bundle and the ferrule , and to volatilize organic solvent in the metal slurry, so that the hot-melted metal can serve as a seal between the fiber bundle and the ferrule . Step 1, arranging a plurality of metalized fibers to form a fiber bundle ; Step 2, cleaning the surface of the fiber bundle , and aligning the front end faces of all fibers in the fiber bundle ; Step 3, immersing the front end of the fiber bundle into a metal slurry to make the metal slurry coat over the front end of the fiber bundle ; Step 4, putting a first clamp on the fiber bundle ; Step 5, inserting the fiber bundle processed by step 3 into a ferrule ; Step 6, providing a high-frequency coil around the fiber bundle so that the ferrule is located between the fiber bundle and the high-frequency coil ; Step 7, putting a second clamp on the fiber bundle ; and locating the ferrule and the high-frequency coil between the first clamp and the second clamp ; Step 8, energizing the high-frequency coil to heat the metal slurry filled between the fiber bundle and the ferrule , and to volatilize organic solvent in the metal slurry, so that the hot-melted metal can serve as a seal between the fiber bundle and the ferrule .
A method for monitoring a current on a DC bus of a power management module connected to at least one remote inverter module, the current including at least one harmonic component, the method comprising the steps of: sampling at a first sampling rate an input signal corresponding to an amplitude of the current present on the DC bus of the power management module, wherein the first sampling rate is fast enough to monitor the harmonic component present in the current and an order of magnitude greater than a frequency of a highest expected harmonic current; determining in a fast root mean square, rms, calculation module a rms value of the current sampled at the first sampling rate; in a slow rms calculation module , filtering out with a low pass filter the harmonic content in the output of the fast root mean square, rms, calculation module and subsequently downsampling the filtered content sampled at the first sampling rate to a second sampling rate slower than the first sampling rate; providing the output of the slow rms calculation module as an input to a bus utilization module which monitors the rms value of the DC current present on the DC bus ; and generating an output signal corresponding to the rms value of the DC current present on the DC bus of the power management module as a function of the rms value of the DC current sampled at the second sampling rate with the bus utilization module . sampling at a first sampling rate an input signal corresponding to an amplitude of the current present on the DC bus of the power management module, wherein the first sampling rate is fast enough to monitor the harmonic component present in the current and an order of magnitude greater than a frequency of a highest expected harmonic current; determining in a fast root mean square, rms, calculation module a rms value of the current sampled at the first sampling rate; in a slow rms calculation module , filtering out with a low pass filter the harmonic content in the output of the fast root mean square, rms, calculation module and subsequently downsampling the filtered content sampled at the first sampling rate to a second sampling rate slower than the first sampling rate; providing the output of the slow rms calculation module as an input to a bus utilization module which monitors the rms value of the DC current present on the DC bus ; and generating an output signal corresponding to the rms value of the DC current present on the DC bus of the power management module as a function of the rms value of the DC current sampled at the second sampling rate with the bus utilization module .
- A safety system intended to be worn by a diver diving underwater using an underwater breathing apparatus , by means of which he/she breathes via a mouthpiece, the safety system being characterised in that it comprises: - means for acquiring ventilatory data of the diver comprising at least one so-called adapter device interposed between the mouthpiece and the underwater breathing apparatus and configured to measure the ventilatory flow rates and pressures of the diver on the inhalation or exhalation circuit of the underwater breathing apparatus , and a thoracic differential pressure sensor, the ventilatory data acquisition means being configured to determine the ventilatory work and the hydrostatic imbalance based on the measurements done by the adapter device(s) and thoracic differential pressure sensor; - means for analyzing in real-time the data acquired by the ventilatory data acquisition means, placed in a sealed housing intended to be worn by the diver and configured to determine, based on said acquired data, the presence or absence of a risk of immersion pulmonary edema; and - alert means configured, during diving, to emit an alert, for the diver or one of his/her teammates, in the event it is determined, by the analysis means, that a risk of immersion pulmonary edema is present. - means for acquiring ventilatory data of the diver comprising at least one so-called adapter device interposed between the mouthpiece and the underwater breathing apparatus and configured to measure the ventilatory flow rates and pressures of the diver on the inhalation or exhalation circuit of the underwater breathing apparatus , and a thoracic differential pressure sensor, the ventilatory data acquisition means being configured to determine the ventilatory work and the hydrostatic imbalance based on the measurements done by the adapter device(s) and thoracic differential pressure sensor; - means for analyzing in real-time the data acquired by the ventilatory data acquisition means, placed in a sealed housing intended to be worn by the diver and configured to determine, based on said acquired data, the presence or absence of a risk of immersion pulmonary edema; and - alert means configured, during diving, to emit an alert, for the diver or one of his/her teammates, in the event it is determined, by the analysis means, that a risk of immersion pulmonary edema is present.
A method in a multi-threaded system comprising a control interface part and a user plane , wherein the user plane comprises a plurality of processing threads (224-230), each processing thread associated with a processing thread-specific hash table, the method comprising: acquiring , by a controller of the control interface part , a control plane message requesting an update of a processing thread-specific hash table of a user plane processing thread of the plurality of processing threads (224-230); providing , by the controller , the control plane message to a queue of the user plane processing thread (224-230); obtaining , by the user plane processing thread, the control plane message from the queue ; updating , by the user plane processing thread based on the obtained control plane message, the processing thread-specific hash table of the user plane processing thread; indicating , by the user plane processing thread, to the controller that the requested update is processed in response to the updating; obtaining , by the user plane processing thread, at least one user plane message from the queue of the user plane processing thread; and processing , by the user plane processing thread, the at least one user plane message based at least partly on the processing thread-specific hash table. acquiring , by a controller of the control interface part , a control plane message requesting an update of a processing thread-specific hash table of a user plane processing thread of the plurality of processing threads (224-230); providing , by the controller , the control plane message to a queue of the user plane processing thread (224-230); obtaining , by the user plane processing thread, the control plane message from the queue ; updating , by the user plane processing thread based on the obtained control plane message, the processing thread-specific hash table of the user plane processing thread; indicating , by the user plane processing thread, to the controller that the requested update is processed in response to the updating; obtaining , by the user plane processing thread, at least one user plane message from the queue of the user plane processing thread; and processing , by the user plane processing thread, the at least one user plane message based at least partly on the processing thread-specific hash table.
An apparatus for rehabilitation and training of an injured hand by using the corresponding functional healthy hand to control the motion of said injured hand , said apparatus comprising: a) a sensor system comprising sensors for measuring the relative motion of a bone on one side of a joint and the bone on the other side of said joint for each joint on the fingers of said functional healthy hand ; b) a powered mechanism comprising actuators adapted to cause relative motion of a bone on one side of a joint and the bone on the other side of said joint for each joint on the fingers of said injured hand ; c) a processing and communication module adapted to receive output signals from each of the sensors in said sensor system , to analyze said signals, and to produce and transmit to said powered mechanism signals comprising instructions related to the duration and magnitude of the force that should be applied by the components of the powered mechanism in order to force each bone on said injured hand to move in exactly the same way that the corresponding bone on the healthy hand moved; and d) a power supply adapted to supply power to the components of said sensor system , said powered mechanism , and said processing and communication module ; wherein all components of said sensor system are mounted directly on the functional healthy hand and arm and all components of said powered mechanism are mounted directly on the injured hand and arm of a user of said apparatus. a) a sensor system comprising sensors for measuring the relative motion of a bone on one side of a joint and the bone on the other side of said joint for each joint on the fingers of said functional healthy hand ; b) a powered mechanism comprising actuators adapted to cause relative motion of a bone on one side of a joint and the bone on the other side of said joint for each joint on the fingers of said injured hand ; c) a processing and communication module adapted to receive output signals from each of the sensors in said sensor system , to analyze said signals, and to produce and transmit to said powered mechanism signals comprising instructions related to the duration and magnitude of the force that should be applied by the components of the powered mechanism in order to force each bone on said injured hand to move in exactly the same way that the corresponding bone on the healthy hand moved; and d) a power supply adapted to supply power to the components of said sensor system , said powered mechanism , and said processing and communication module ;
A medical apparatus for assisting a patient to stand up, said apparatus comprising an upper portion and a lower portion , the upper portion including a zone for accommodating the patient's upper limbs , and the lower portion including a zone for immobilising part of the patient's lower limbs , the patient being placed at the rear of said apparatus when the apparatus is in use: - the upper portion is movable between a low position (E0), located towards the rear of the apparatus and in which the accommodation zone can accommodate the patient's upper limbs when said patient is in a seated starting position, and a high position (E3), located towards the front of the apparatus and higher than the low position (E0), and - the apparatus includes a control unit and an actuation member controlled by the control unit , the control unit being configured to control the actuation member to produce displacement of the upper portion relative to the lower portion according to a predetermined trajectory, said trajectory including first of all, with the upper portion initially in the lower position (E0), a horizontal translation (T1) of the upper portion towards the front of the apparatus to an intermediate position (El), followed by a displacement of the upper portion from the intermediate position to the upper position (E3), characterised in that the apparatus further includes a strap and a strap spool , the strap being intended to be attached to a harness intended to be fastened to the patient, the strap spool being controlled by the control unit , the control unit controlling the strap spool in conjunction with the actuation member so as to reduce length of the strap over at least part of the predetermined trajectory. - the upper portion is movable between a low position (E0), located towards the rear of the apparatus and in which the accommodation zone can accommodate the patient's upper limbs when said patient is in a seated starting position, and a high position (E3), located towards the front of the apparatus and higher than the low position (E0), and - the apparatus includes a control unit and an actuation member controlled by the control unit , the control unit being configured to control the actuation member to produce displacement of the upper portion relative to the lower portion according to a predetermined trajectory, said trajectory including first of all, with the upper portion initially in the lower position (E0), a horizontal translation (T1) of the upper portion towards the front of the apparatus to an intermediate position (El), followed by a displacement of the upper portion from the intermediate position to the upper position (E3),
A resin-made multilayer molding including three or more resin layers, wherein at least one resin layer of the multilayer molding is configured from a mixed resin (B) containing, at a ratio (C)/(D) = 99/1 to 10/90 by weight, a polyamide resin (C) obtained by polymerizing a diamine component containing 70 mol% or more of m-xylylenediamine and a dicarboxylic acid component containing 70 mol% or more of adipic acid, and a polyester resin (D) containing a dicarboxylic acid unit and a diol unit, 1 to 80 mol% of the diol unit having a cyclic acetal skeleton; and at least one resin layer in contact with a layer configured from the mixed resin (B) and the resin layers forming both the surfaces of the multilayer molding are configured from a resin containing 70 wt% or more of a thermoplastic polyester resin (A) obtained by polymerizing a dicarboxylic acid component containing 80 mol% or more of terephthalic acid and a diol component containing 80 mol% or more of ethylene glycol.
A method for Channel State Information, CSI, feedback, performed by a radio device , operable in a communication system , which comprises a Radio Access Network, RAN, node , the method comprising: receiving (S11), from the RAN node , information about a Channel State Information Reference Signal, CSI-RS, resource, a first CSI type and a second CSI type for feedback based on the CSI-RS resource; receiving (S12), from the RAN node , a CSI feedback request for CSI measurement and feedback indicating the first CSI type or the second CSI type; measuring (S13) CSI of the indicated type based on signals received in the CSI-RS resource; and sending (S14), to the RAN node , a CSI report of the indicated CSI type. receiving (S11), from the RAN node , information about a Channel State Information Reference Signal, CSI-RS, resource, a first CSI type and a second CSI type for feedback based on the CSI-RS resource; receiving (S12), from the RAN node , a CSI feedback request for CSI measurement and feedback indicating the first CSI type or the second CSI type; measuring (S13) CSI of the indicated type based on signals received in the CSI-RS resource; and sending (S14), to the RAN node , a CSI report of the indicated CSI type.
A thermoplastic polyurethane obtainable or obtained by reaction of at least the components (i) to (iii): (i) at least one aliphatic polyisocyanate; (ii) at least one chain extender; and (iii) at least one polyol composition, where the polyol composition comprises a polyol selected from the group consisting of polyetherols and at least one bisphenol derivative selected from the group consisting of bisphenol A derivatives with a molecular weight Mw > 315 g/mol and bisphenol S derivatives with a molecular weight Mw > 315 g/mol, where at least one of the OH groups of the bisphenol derivative is alkoxylated, where the polyetherol is selected from the group consisting of polyethylene glycols, polypropylene glycols and polytetrahydrofurans, where the chain extender and the bisphenol derivative are used in a molar ratio of 3:1 to 1:1, where the chain extender is a diol with a molecular weight Mw < 220 g/mol, and where the polyisocyanate is an aliphatic diisocyanate. (i) at least one aliphatic polyisocyanate; (ii) at least one chain extender; and (iii) at least one polyol composition,
A frame connector for securing a first frame member to a second frame member, the frame connector comprising: a first body having a first pair of arms extending along first and second axes from a mitre plane to respective free ends; a second body adjacent to the first body and having a contact surface and a second pair of arms extending from the mitre plane to respective free ends, and an actuator secured to the first body and arranged to apply a force to the contact surface in a first direction, wherein the first and second axes are non-colinear and define a first plane, wherein the first direction forms an acute angle to the first plane, wherein the actuator is arranged to displace the first body relative to the second body in the first direction. a first body having a first pair of arms extending along first and second axes from a mitre plane to respective free ends; a second body adjacent to the first body and having a contact surface and a second pair of arms extending from the mitre plane to respective free ends, and an actuator secured to the first body and arranged to apply a force to the contact surface in a first direction, wherein the first and second axes are non-colinear and define a first plane, wherein the first direction forms an acute angle to the first plane, wherein the actuator is arranged to displace the first body relative to the second body in the first direction.