mhurhangee/patent-ind-claim-en huggingface dataset:
A system for monitoring a subject, the system comprising: a non-contact sensor configured to detect a portion of a first output signal reflected from the subject, the detected reflected signal being processed to derive a raw motion signal; and a processor configured to: process the raw motion signal so as to obtain at least two of a respiratory signal, a cardiac signal and a motion signal; derive a plurality of statistical features using the at least two signals of the respiratory signal, the cardiac signal and the motion signal, the plurality of derived statistical features including at least two of statistical respiratory features derived from the respiratory signal, statistical cardiac features derived from cardiac signal, and statistical motion features derived from the motions signal, and the processor being further configured to selectively combine selected statistical features to estimate a parameter that provides a measure of one or more of a sleep disorder, sleep state or sleep disturbance; and a display configured to provide physiological information based on one or more of the plurality of statistical features or the estimated parameter. a non-contact sensor configured to detect a portion of a first output signal reflected from the subject, the detected reflected signal being processed to derive a raw motion signal; and a processor configured to: process the raw motion signal so as to obtain at least two of a respiratory signal, a cardiac signal and a motion signal; derive a plurality of statistical features using the at least two signals of the respiratory signal, the cardiac signal and the motion signal, the plurality of derived statistical features including at least two of statistical respiratory features derived from the respiratory signal, statistical cardiac features derived from cardiac signal, and statistical motion features derived from the motions signal, and the processor being further configured to selectively combine selected statistical features to estimate a parameter that provides a measure of one or more of a sleep disorder, sleep state or sleep disturbance; and process the raw motion signal so as to obtain at least two of a respiratory signal, a cardiac signal and a motion signal; derive a plurality of statistical features using the at least two signals of the respiratory signal, the cardiac signal and the motion signal, the plurality of derived statistical features including at least two of statistical respiratory features derived from the respiratory signal, statistical cardiac features derived from cardiac signal, and statistical motion features derived from the motions signal, and the processor being further configured to selectively combine selected statistical features to estimate a parameter that provides a measure of one or more of a sleep disorder, sleep state or sleep disturbance; and a display configured to provide physiological information based on one or more of the plurality of statistical features or the estimated parameter.
Connecting device for attaching a hollow profile (2; 72), the connecting device comprising (1; 50; 70; 80): a base member with a base portion and a sleeve portion extending along a longitudinal axis (X) and comprising an insertion opening for the hollow profile at an axial end remote from the base, and a clamping unit , characterised in that the clamping unit has a clamping element and an set screw , wherein a support section of the clamping element is supported on the base portion of the base member , and a clamping section of the clamping element is arranged in the sleeve portion of the base member , and wherein the set screw comprises a screw head and a screw shank extending along a screw axis (A), wherein the screw shank is screw-connected to the base portion of the base member and the screw head is supportable on a support face formed on the support section of the clamping element , so that by screwing the set screw into the base portion the clamping section is displacable towards a clamping face . a base member with a base portion and a sleeve portion extending along a longitudinal axis (X) and comprising an insertion opening for the hollow profile at an axial end remote from the base, and a clamping unit , characterised in that the clamping unit has a clamping element and an set screw , wherein a support section of the clamping element is supported on the base portion of the base member , and a clamping section of the clamping element is arranged in the sleeve portion of the base member , and wherein the set screw comprises a screw head and a screw shank extending along a screw axis (A), wherein the screw shank is screw-connected to the base portion of the base member and the screw head is supportable on a support face formed on the support section of the clamping element , so that by screwing the set screw into the base portion the clamping section is displacable towards a clamping face .
An attachment device for securing an elongate member to a medical instrument , the attachment device comprising: a base comprising a top surface, a bottom surface, a first base aperture , and a second base aperture ; and an adhesive at least partially disposed on the bottom surface of the base ; wherein the attachment device is free from adhesive on the bottom surface of the base between the first base aperture and the second base aperture . a base comprising a top surface, a bottom surface, a first base aperture , and a second base aperture ; and an adhesive at least partially disposed on the bottom surface of the base ; wherein the attachment device is free from adhesive on the bottom surface of the base between the first base aperture and the second base aperture .
A method for assembling a modular lift apparatus , comprising the steps of: - placing a first lift shaft module including a lift shaft part and lift guiding means for guiding a lift car ; - providing a lift car in the lift module , wherein the lift car has a roof such that an assembler person may stay inside the lift car ; - placing a second lift module on top of the first lift module , the second lift module also including a lift shaft part and lift guiding means , the lift shaft parts of the modules forming a continuous lift shaft section ; and - securing the second lift module to the first lift module by an assembler person using the roof of the lift car as a working platform , further comprising the step of: - raising the lift car to a working level , wherein the lift car is raised to the working level using - a separate hoisting apparatus , or - a driving mechanism provided on the modular lift apparatus , wherein the lift car is raised by driving a driving mechanism provided on the lift car , the driving mechanism including at least one gear wheel cooperating with a toothed rack extending in the continuous lift shaft section . - placing a first lift shaft module including a lift shaft part and lift guiding means for guiding a lift car ; - providing a lift car in the lift module , wherein the lift car has a roof such that an assembler person may stay inside the lift car ; - placing a second lift module on top of the first lift module , the second lift module also including a lift shaft part and lift guiding means , the lift shaft parts of the modules forming a continuous lift shaft section ; and - securing the second lift module to the first lift module by an assembler person using the roof of the lift car as a working platform , - raising the lift car to a working level , - a separate hoisting apparatus , or - a driving mechanism provided on the modular lift apparatus , wherein the lift car is raised by driving a driving mechanism provided on the lift car , the driving mechanism including at least one gear wheel cooperating with a toothed rack extending in the continuous lift shaft section .
An adapter for transferring a substance from a first container into a second container , such as a syringe body, comprising a circumferential wall , which is suitable for accepting a first container, along which extends a cannula body , at least partially encompassed by said circumferential wall, further comprising a hollow-cylindrical section , which is connected to the cannula body and can be connected to the second container, whereby the longitudinal axis of the cannula body extends perpendicular to one side of a wall that extends transversely to the circumferential wall and the hollow-cylindrical section with its longitudinal axis extending perpendicular to the other side of the wall, characterized in that the adapter comprises a cup-shaped outer body with an exterior circumferential wall and the wall , which extends transversely to the longitudinal axis of the outer body, in that the cup-shaped outer body comprises an insert with the circumferential wall that can accept the container, and that the outer body and the insert form a unit and remain undisplaceable relative to each other along longitudinal direction of the adapter .
A multilayer composite tube having a heat transfer coefficient of > 1000 W/m 2 /K and comprising at least two layers, namely an inner layer of nonporous monolithic oxide ceramic and an outer layer of oxidic fiber composite ceramic, wherein the thickness of the layer of oxidic fiber composite ceramic is from 0.5 mm to 3 mm, wherein the thickness of the layer of monolithic oxide ceramic is from 0.5 mm to 45 mm, wherein the total wall thickness made up of at least two layers is 1 mm to 50 mm, wherein the thickness of the layer of oxidic fiber composite ceramic is less than 90% of the total wall thickness, wherein the tube internal diameter of the composite tube is 20 mm to 1000 mm, wherein the two layers are frictionally or adhesively joined to one another and form one component and wherein "oxidic fiber composite ceramic" is to be understood as meaning a matrix of oxidic ceramic particles comprising ceramic, oxidic and/or non-oxidic fibers.
A supplemental device configured for removable attachment to a medicament injection device , the supplemental device comprising a display , a processor arrangement , at least one memory and an image capturing component , wherein the processor arrangement is configured to cause the supplemental device to: use the image capturing component to capture successive images of a medicament dosage indicated by a medicament dispensing device; and successively display the captured images on the display, wherein the processor arrangement is configured to cause the supplemental device to capture and display the images plural times a second, wherein the processor arrangement is further configured to: cause optical character recognition to be performed on at least one of the captured images thereby to identify a medicament dosage indicated by the medicament dispensing device when the images were captured, the optical character recognition caused to be performed less frequently than performing updating the display with captured images; and cause a non-transient record of delivered dosage information to be made based at least in part on the identified medicament dosage. use the image capturing component to capture successive images of a medicament dosage indicated by a medicament dispensing device; and successively display the captured images on the display, wherein the processor arrangement is configured to cause the supplemental device to capture and display the images plural times a second, wherein the processor arrangement is further configured to: cause optical character recognition to be performed on at least one of the captured images thereby to identify a medicament dosage indicated by the medicament dispensing device when the images were captured, the optical character recognition caused to be performed less frequently than performing updating the display with captured images; and cause a non-transient record of delivered dosage information to be made based at least in part on the identified medicament dosage. cause optical character recognition to be performed on at least one of the captured images thereby to identify a medicament dosage indicated by the medicament dispensing device when the images were captured, the optical character recognition caused to be performed less frequently than performing updating the display with captured images; and cause a non-transient record of delivered dosage information to be made based at least in part on the identified medicament dosage.
A water cooling system at single board module level, comprising: a device subrack having a backplate ; a plurality of single board modules located on one side of the backplate ; a single board water cooling module installed on each of the single board modules , each single board water cooling module having liquid that cools a heating element of the single board module ; a plurality of pairs of sealing plug-connection units installed on the backplate , each pair of sealing plug-connection units being connected with the single board water cooling module on a corresponding single board module ; a plurality of water pump modules located on the other side of the backplate , each of the water pump modules being connected with a corresponding single board water cooling module via a corresponding pair of sealing plug-connection units , wherein each sealing plug-connection unit in each pair of sealing plug-connection units comprises two parts which are plug-connected, wherein a first part of the two parts is installed on a corresponding single board module and is connected with the single board water cooling module on the corresponding single board module , and a second part of the two parts is installed on the backplate and is connected with a corresponding water pump module . a device subrack having a backplate ; a plurality of single board modules located on one side of the backplate ; a single board water cooling module installed on each of the single board modules , each single board water cooling module having liquid that cools a heating element of the single board module ; a plurality of pairs of sealing plug-connection units installed on the backplate , each pair of sealing plug-connection units being connected with the single board water cooling module on a corresponding single board module ; a plurality of water pump modules located on the other side of the backplate , each of the water pump modules being connected with a corresponding single board water cooling module via a corresponding pair of sealing plug-connection units , wherein each sealing plug-connection unit in each pair of sealing plug-connection units comprises two parts which are plug-connected, wherein a first part of the two parts is installed on a corresponding single board module and is connected with the single board water cooling module on the corresponding single board module , and a second part of the two parts is installed on the backplate and is connected with a corresponding water pump module .
A vehicle control method comprising: detecting (S1), on a planned travel route of a host vehicle , a merging section in which a travel lane in which the host vehicle is traveling merges with another lane ; and determining (S2), before starting merging assistance control (S3) for assisting the host vehicle to change lanes into the other lane in the merging section , whether or not to execute the merging assistance control (S3); characterized by determining (S4) a predetermined speed when it is determined that the merging assistance control (S3) is not executed (S2: N) in the merging section , the predetermined speed being set to be larger than 0 and lower than a speed limit of the travel lane of the host vehicle ; when the merging assistance control (S3) is determined not to be executed (S2: N) in the merging section , determining whether or not a speed of the host vehicle is higher than the predetermined speed; and when the merging assistance control (S3) is determined not to be executed (S2: N) in the merging section and the speed of the host vehicle is determined to be higher than the predetermined speed, controlling (S5, S6, S7) the speed of the host vehicle so that the host vehicle passes through a starting point of the merging section after decelerating the host vehicle down to the predetermined speed. detecting (S1), on a planned travel route of a host vehicle , a merging section in which a travel lane in which the host vehicle is traveling merges with another lane ; and determining (S2), before starting merging assistance control (S3) for assisting the host vehicle to change lanes into the other lane in the merging section , whether or not to execute the merging assistance control (S3); characterized by determining (S4) a predetermined speed when it is determined that the merging assistance control (S3) is not executed (S2: N) in the merging section , the predetermined speed being set to be larger than 0 and lower than a speed limit of the travel lane of the host vehicle ; when the merging assistance control (S3) is determined not to be executed (S2: N) in the merging section , determining whether or not a speed of the host vehicle is higher than the predetermined speed; and when the merging assistance control (S3) is determined not to be executed (S2: N) in the merging section and the speed of the host vehicle is determined to be higher than the predetermined speed, controlling (S5, S6, S7) the speed of the host vehicle so that the host vehicle passes through a starting point of the merging section after decelerating the host vehicle down to the predetermined speed.
A multi-access scheduler system configured to receive packets from a sender and transmit packets to a receiver over a communications network, the multi-access scheduler system comprising: a multipath scheduler configured to schedule data traffic for transmission via a first type data path having a first capacity and a second type data path having a second capacity, the first type data path comprising a first bottleneck buffer and the second type data path comprising a second bottleneck buffer, wherein: the multipath scheduler is configured to schedule packets on the first type data path, unless the capacity of the first type data path is full; wherein the multipath scheduler is configured to monitor the first bottleneck buffer level; and if the capacity of the first type data path is full and the first bottleneck buffer level starts to grow, the multipath scheduler is configured to schedule packets on the second type data path until the capacity of the second path is full. the multipath scheduler is configured to schedule packets on the first type data path, unless the capacity of the first type data path is full; wherein the multipath scheduler is configured to monitor the first bottleneck buffer level; and if the capacity of the first type data path is full and the first bottleneck buffer level starts to grow, the multipath scheduler is configured to schedule packets on the second type data path until the capacity of the second path is full.
A method for reducing the amount of sulfhydryl compounds from an oil and gas production well or injection well, said method comprising (i) providing a high temperature stable, highly water soluble aldehyde-releasing compound, selected from the group consisting of hydantoins and mixtures thereof; and (ii) adding an effective amount of the aldehyde-releasing compound to the production well or injection well via a downhole additive means located at a position below ground surface, the aldehyde-releasing compound being added via the downhole additive means during production of oil or gas from the production well or injection well, wherein the aldehyde-releasing compound is stable at a temperature in excess of 80°C for a period of time of 6-12 hours and is added in an amount of at least 0.3 mol per mol of sulfhydryl compound. (i) providing a high temperature stable, highly water soluble aldehyde-releasing compound, selected from the group consisting of hydantoins and mixtures thereof; and (ii) adding an effective amount of the aldehyde-releasing compound to the production well or injection well via a downhole additive means located at a position below ground surface, the aldehyde-releasing compound being added via the downhole additive means during production of oil or gas from the production well or injection well, wherein the aldehyde-releasing compound is stable at a temperature in excess of 80°C for a period of time of 6-12 hours and is added in an amount of at least 0.3 mol per mol of sulfhydryl compound.
Device for measuring an electrical skin resistance, comprising a pin-shaped handle , a substantially point-shaped measuring electrode arranged at one end of the handle and a force transducer , characterized in that the force transducer measures forces acting on the measuring electrode in at least two coordinates, in that the measuring electrode has a spherical tip arranged at a first end of a web, and in that the spherical tip is designed as a thickening relative to the first end of the web.
An arthroplasty trial assembly for a human shoulder comprising: a first implant securable to a first bone; and a second implant securable to a second bone, the second implant comprising: a body; a stem extending from the body, the stem insertable into the second bone; an articulation component coupled to the body opposite the stem, the articulation component articulable with the first implant ; and a sensor connected to the articulation component and configured to monitor a condition of the second implant and produce a sensor signal as a function of the condition that is indicative of stability of the shoulder; characterised in that the sensor is a hall sensor and, in that the first implant includes a magnet disposed on a contact surface of the first implant , the magnet configured to interact with the hall sensor . a first implant securable to a first bone; and a second implant securable to a second bone, the second implant comprising: a body; a stem extending from the body, the stem insertable into the second bone; an articulation component coupled to the body opposite the stem, the articulation component articulable with the first implant ; and a sensor connected to the articulation component and configured to monitor a condition of the second implant and produce a sensor signal as a function of the condition that is indicative of stability of the shoulder; characterised in that the sensor is a hall sensor and, in that the first implant includes a magnet disposed on a contact surface of the first implant , the magnet configured to interact with the hall sensor . a body; a stem extending from the body, the stem insertable into the second bone; an articulation component coupled to the body opposite the stem, the articulation component articulable with the first implant ; and a sensor connected to the articulation component and configured to monitor a condition of the second implant and produce a sensor signal as a function of the condition that is indicative of stability of the shoulder; characterised in that the sensor is a hall sensor and, in that the first implant includes a magnet disposed on a contact surface of the first implant , the magnet configured to interact with the hall sensor .