mhurhangee/patent-ind-claim-en huggingface dataset:
Ophthalmologic preparation containing hyaluronic acid, characterized in that, it is in a form of a solid fibrous carrier that comprises water soluble nano-fibers containing - hyaluronic acid or a pharmaceutically acceptable salt thereof, and/or at least one derivative of hyaluronic acid of a general formula I wherein R + is H + or pharmaceutically acceptable salt, R 1 is H or -C(=O)C x H y or furanyl, where x is integer in the range 3 to 21 and y is integer in the range 7 to 43 and C x H y is linear or branched, saturated or unsaturated chain C 3 -C 21 , one or more R 1 -C(=O)C x H y or furanyl being at least in one repeating unit and where n is in the range 12 to 4 000, - and at least one a water soluble synthetic polymer selected from the group containing polyethylene oxide or polyvinyl alcohol, the content of the synthetic polymer or the mixture thereof being in the range 10 to 90 wt.% in the dry mass of nano-fibers contained in the ophthalmologic preparation - and at least one active agent. - hyaluronic acid or a pharmaceutically acceptable salt thereof, and/or at least one derivative of hyaluronic acid of a general formula I wherein R + is H + or pharmaceutically acceptable salt, R 1 is H or -C(=O)C x H y or furanyl, where x is integer in the range 3 to 21 and y is integer in the range 7 to 43 and C x H y is linear or branched, saturated or unsaturated chain C 3 -C 21 , one or more R 1 -C(=O)C x H y or furanyl being at least in one repeating unit and where n is in the range 12 to 4 000, wherein R + is H + or pharmaceutically acceptable salt, R 1 is H or -C(=O)C x H y or furanyl, where x is integer in the range 3 to 21 and y is integer in the range 7 to 43 and C x H y is linear or branched, saturated or unsaturated chain C 3 -C 21 , one or more R 1 -C(=O)C x H y or furanyl being at least in one repeating unit and where n is in the range 12 to 4 000, - and at least one a water soluble synthetic polymer selected from the group containing polyethylene oxide or polyvinyl alcohol, the content of the synthetic polymer or the mixture thereof being in the range 10 to 90 wt.% in the dry mass of nano-fibers contained in the ophthalmologic preparation - and at least one active agent.
Closure device for a bag with two closure strips having profile strips which can be detented together and which can be opened and closed by way of a slider , wherein the slider is movable in longitudinal direction of the closure strips , engages around the closure strips in U-shape and has two side walls and a connecting section connecting the side walls , wherein a projection , which engages at least partly between the closure strips , for opening of the closure strips is provided at the connecting section and, at a spacing from the projection , two pressure members , which bear externally against the closure strips , for closing of the profile strips are provided, wherein the projection as seen in plan view of the connecting section has a wedge-shaped section with two splaying side walls , wherein the projection has a largest width of more than 1.5 millimetres, characterised in that the projection on the side opposite the tip has a section, which is trapezium-shaped in plan view, with side walls running together towards the end and the pressure members in a direction perpendicular to the plane of the connecting section are at least 1.5 times as long as the projection .
A method of wireless communication, comprising: communicating, by a first wireless communication device with a second wireless communication device, an indication of a reference starting subcarrier in a frequency band for a plurality of resource blocks , each of the plurality of resource blocks including a plurality of subcarriers in the frequency band, wherein the reference starting subcarrier is a lowest-frequency subcarrier of a lowest indexed resource block of the plurality of resource blocks, and wherein the indication indicates the lowest-frequency subcarrier of the lowest indexed resource block of the plurality of resource blocks with respect to a reference frequency location; communicating , by the first wireless communication device with the second wireless communication device, a first configuration indicating a plurality of bandwidth parts in the frequency band , the plurality of bandwidth parts based on an expected channel access pattern associated with a listen-before-talk, LBT, in the frequency band, wherein each bandwidth part of the plurality of bandwidth parts includes one or more resource blocks of the plurality of resource blocks; and communicating , by the first wireless communication device with the second wireless communication device, a first communication signal in a first bandwidth part of the plurality of bandwidth parts based on an LBT result. communicating, by a first wireless communication device with a second wireless communication device, an indication of a reference starting subcarrier in a frequency band for a plurality of resource blocks , each of the plurality of resource blocks including a plurality of subcarriers in the frequency band, wherein the reference starting subcarrier is a lowest-frequency subcarrier of a lowest indexed resource block of the plurality of resource blocks, and wherein the indication indicates the lowest-frequency subcarrier of the lowest indexed resource block of the plurality of resource blocks with respect to a reference frequency location; communicating , by the first wireless communication device with the second wireless communication device, a first configuration indicating a plurality of bandwidth parts in the frequency band , the plurality of bandwidth parts based on an expected channel access pattern associated with a listen-before-talk, LBT, in the frequency band, wherein each bandwidth part of the plurality of bandwidth parts includes one or more resource blocks of the plurality of resource blocks; and communicating , by the first wireless communication device with the second wireless communication device, a first communication signal in a first bandwidth part of the plurality of bandwidth parts based on an LBT result.
An ultrasonic cleaning bar for cleaning a roller of a printing machine , the ultrasonic cleaning bar comprising: an elongate body defining a longitudinal axis; a doctor blade supported by the body ; a plurality of ultrasonic transducers spaced apart along the longitudinal axis for generating ultrasonic waves within the cleaning fluid; and first and second formations positioned at longitudinally opposite ends of the body , the first formation being releasably engageable with a first mounting bracket of the printing machine and the second formation being releasably engageable with a second mounting bracket of the printing machine ; and wherein the ultrasonic cleaning bar is configured such that when the first and second formations are engaged with the first and second brackets , the doctor blade engages a surface of the roller , such that the body , the doctor blade and the roller define a trough therebetween configured to contain a cleaning fluid such that the cleaning fluid contacts the roller ; wherein the ultrasonic transducers are spaced apart from one another by no more than 150 mm. an elongate body defining a longitudinal axis; a doctor blade supported by the body ; a plurality of ultrasonic transducers spaced apart along the longitudinal axis for generating ultrasonic waves within the cleaning fluid; and first and second formations positioned at longitudinally opposite ends of the body , the first formation being releasably engageable with a first mounting bracket of the printing machine and the second formation being releasably engageable with a second mounting bracket of the printing machine ; and wherein the ultrasonic cleaning bar is configured such that when the first and second formations are engaged with the first and second brackets , the doctor blade engages a surface of the roller , such that the body , the doctor blade and the roller define a trough therebetween configured to contain a cleaning fluid such that the cleaning fluid contacts the roller ; wherein the ultrasonic transducers are spaced apart from one another by no more than 150 mm.
Reinforcement element for absorbing shear forces, having a plurality of substantially vertically arranged rungs and substantially horizontally arranged chords , which connect the rungs to form a self-standing form of the reinforcement element , wherein the reinforcement element is U-shaped with a first leg and a second leg as seen from above in its self-standing form, wherein the first leg runs parallel to the second leg as seen from above, characterized in that the chords are arranged as double chords.
A device for detecting a condition indicative of a dislodged needle in a hemodialysis procedure comprising: a controller configured to communicate with a hemodialysis machine , the controller configured to: (i) receive a signal indicative of a venous return pressure measurement for a patient undergoing dialysis, (ii) analyze the measured venous return pressure and derive an intravascular blood pressure in proximity to a location of needle insertion into the patient, (iii) calculate a lower limit as a function of the intravascular blood pressure, (iv) calculate an average of the venous return pressure during a predetermined time window, (v) compare the average to the lower limit, and if the average is within a specified range of the lower limit, determine that a condition indicative of at least a partially dislodged needle is present, and (vi) provide at least one of a first signal configured to activate an alert to notify medical personnel and a second signal configured to stop a blood pump of the hemodialysis machine .
A steering shaft for a motor vehicle, with a hollow outer shaft , in which an inner shaft is received in a torque-transmitting and axially displaceable manner, an elastic boot being connected to the inner shaft or the outer shaft , wherein the boot is arranged at least partially within the steering shaft , characterized in that the boot is arranged in the interior of the inner shaft , the boot having a coupling section which is fastened to an inner side of the inner shaft .
An apparatus for imparting mimicked walking motion to a seated user comprising: one or more seat platforms (316b-c; 416b; 416c-d; 716a-b); a backrest or separate right and left shoulder supports (224a-b, 224c-d, 324a-b, 424a-b, 424h, 424f-g, 724a-b); one or more actuators (222c, 722c-d, 726a-b); and characterized in that : said one or more actuators (222c, 722c-d, 726a-b) repeatedly move said one or more seat platforms and said backrest or separate right and left shoulder supports to effect at least one of: simultaneous synchronized contra lateral shoulder and pelvic motion to the user; and simultaneous synchronized contra lateral shoulder and thigh motion to the user. one or more seat platforms (316b-c; 416b; 416c-d; 716a-b); a backrest or separate right and left shoulder supports (224a-b, 224c-d, 324a-b, 424a-b, 424h, 424f-g, 724a-b); one or more actuators (222c, 722c-d, 726a-b); and characterized in that : said one or more actuators (222c, 722c-d, 726a-b) repeatedly move said one or more seat platforms and said backrest or separate right and left shoulder supports to effect at least one of: simultaneous synchronized contra lateral shoulder and pelvic motion to the user; and simultaneous synchronized contra lateral shoulder and thigh motion to the user. simultaneous synchronized contra lateral shoulder and pelvic motion to the user; and simultaneous synchronized contra lateral shoulder and thigh motion to the user.
A trigger system for an implant delivery system, the implant delivery system including an implant disposed within a distal end portion of an outer tubular member and positioned to be engaged by a distal end portion of an inner shaft member when the inner shaft member is moved distally relative to the outer tubular member , the inner shaft member being disposed within the outer tubular member and movable distally and proximally relative to the outer tubular member and an actuation assembly configured to urge the implant out of the delivery system, the trigger system comprising: a trigger functionally connected to the actuation assembly by a driving rack ; and a gear train functionally disposed between the trigger and the driving rack ; wherein the gear train comprises a trigger gear sector , a trigger pinion operatively meshed with the trigger gear sector , a slide pinion operatively coupled to the trigger pinion , and a slide rack disposed on a slide coupled to the driving rack and operatively meshed with the trigger pinion , characterised by : a ratchet mechanism functionally coupled to the trigger . a trigger functionally connected to the actuation assembly by a driving rack ; and a gear train functionally disposed between the trigger and the driving rack ; wherein the gear train comprises a trigger gear sector , a trigger pinion operatively meshed with the trigger gear sector , a slide pinion operatively coupled to the trigger pinion , and a slide rack disposed on a slide coupled to the driving rack and operatively meshed with the trigger pinion , characterised by : a ratchet mechanism functionally coupled to the trigger . a trigger gear sector , a trigger pinion operatively meshed with the trigger gear sector , a slide pinion operatively coupled to the trigger pinion , and a slide rack disposed on a slide coupled to the driving rack and operatively meshed with the trigger pinion , characterised by : a ratchet mechanism functionally coupled to the trigger .
A solder material containing a core that keeps a space between a joining object and an object to be joined, and a covering layer that covers the core, characterized in that the covering layer is composed of a solder alloy comprising Sn in a content of 80 mass % or more and Ge of 20 ppm or more and 220 ppm or less; the sphericity of the core is 0.95 or more; the diameter of the core is 1-1000 μm; and lightness of the solder material is equal to or more than 65 in the L*a*b* color space and yellowness thereof is equal to or less than 7.0 in the L*a*b* color space.
A method of destroying objects within a reference-counting environment of the device comprising a processor , the method comprising: executing, on the processor an object destruction workflow that: generates an object destruction list of references to objects to be destroyed; and on behalf of a first thread and responsive to releasing a last reference to an object accessed by the first thread : attempts to destroy the object ; and responsive to failing to complete destruction of the object , adds a new reference to the object to the object destruction list , as the last reference to the object; and responsive to identifying the last reference to the object added to the object destruction list by a second thread , releases the last reference to the object. generates an object destruction list of references to objects to be destroyed; and on behalf of a first thread and responsive to releasing a last reference to an object accessed by the first thread : attempts to destroy the object ; and responsive to failing to complete destruction of the object , adds a new reference to the object to the object destruction list , as the last reference to the object; and attempts to destroy the object ; and responsive to failing to complete destruction of the object , adds a new reference to the object to the object destruction list , as the last reference to the object; and responsive to identifying the last reference to the object added to the object destruction list by a second thread , releases the last reference to the object.
An anti-dropping steel ring configured to be used in a press-fitting type pipe fitting, the anti-dropping steel ring comprising: first snapping parts and second snapping parts distributed in a circumferential direction, the first snapping parts being configured to extend from an inner circumferential wall of the anti-dropping steel ring in a radial direction, and the second snapping parts being configured to extend from a circumferential edge of the anti-dropping steel ring in an axial direction and lean inwards; wherein the anti-dropping steel ring is provided with a first interface part and a second interface part, the first interface part is a convex part , the second interface part is a concave part that can accommodate the convex part , and the first interface part and the second interface part are configured to implement closing of the anti-dropping steel ring by means of cooperation of the concave part and the convex part ; wherein: both the first interface part and the second interface part are configured to be V-shaped; and both the first snapping parts and the second snapping parts are configured to face towards an inside of the press-fitting type pipe fitting and against a pipe dropping direction. first snapping parts and second snapping parts distributed in a circumferential direction, the first snapping parts being configured to extend from an inner circumferential wall of the anti-dropping steel ring in a radial direction, and the second snapping parts being configured to extend from a circumferential edge of the anti-dropping steel ring in an axial direction and lean inwards; wherein the anti-dropping steel ring is provided with a first interface part and a second interface part, the first interface part is a convex part , the second interface part is a concave part that can accommodate the convex part , and the first interface part and the second interface part are configured to implement closing of the anti-dropping steel ring by means of cooperation of the concave part and the convex part ; wherein: both the first interface part and the second interface part are configured to be V-shaped; and both the first snapping parts and the second snapping parts are configured to face towards an inside of the press-fitting type pipe fitting and against a pipe dropping direction. both the first interface part and the second interface part are configured to be V-shaped; and both the first snapping parts and the second snapping parts are configured to face towards an inside of the press-fitting type pipe fitting and against a pipe dropping direction.
Method for estimating a current wheel circumference of at least one wheel which is arranged on a vehicle , comprising the following steps: (a) determining a reference speed of the vehicle at a point in time (44-47) by means of a reference device , (b) sensing a wheel speed of the at least one wheel at the point in time (44-47) by means of a wheel speed sensor, (c) estimating an individual wheel circumference value on the basis of the determined reference speed and the sensed wheel speed for the point in time (44-47) by means of a calculation apparatus , (d) storing at least the estimated individual wheel circumference value in a ring memory for the point in time (44-47), (e) repeating steps (a) to (d) for at least one further point in time (44-47), estimating a current wheel circumference on the basis of the individual wheel circumference values , stored in the ring memory , by means of the calculation apparatus , and outputting the estimated current wheel circumference as a wheel circumference signal . (a) determining a reference speed of the vehicle at a point in time (44-47) by means of a reference device , (b) sensing a wheel speed of the at least one wheel at the point in time (44-47) by means of a wheel speed sensor, (c) estimating an individual wheel circumference value on the basis of the determined reference speed and the sensed wheel speed for the point in time (44-47) by means of a calculation apparatus , (d) storing at least the estimated individual wheel circumference value in a ring memory for the point in time (44-47), (e) repeating steps (a) to (d) for at least one further point in time (44-47),
Rotary joint , comprising: a socket rod having an at least partly spheroid concave bearing surface ; a ball rod having an at least partly spheroid convex bearing surface , wherein the curvature of the concave bearing surface of the socket rod corresponds substantially to the curvature of the convex bearing surface of the ball rod , wherein the concave bearing surface and the convex bearing surface are arranged with a shock absorbing gap in between; a damping structure integrated into the shock absorbing gap ; and a plurality of tension ligaments resiliently connecting the socket rod with the ball rod ; characterized in that the damping structure includes a three-dimensional scaffold with a plurality of ligaments being connected with each other. a socket rod having an at least partly spheroid concave bearing surface ; a ball rod having an at least partly spheroid convex bearing surface , wherein the curvature of the concave bearing surface of the socket rod corresponds substantially to the curvature of the convex bearing surface of the ball rod , wherein the concave bearing surface and the convex bearing surface are arranged with a shock absorbing gap in between; a damping structure integrated into the shock absorbing gap ; and a plurality of tension ligaments resiliently connecting the socket rod with the ball rod ; characterized in that the damping structure includes a three-dimensional scaffold with a plurality of ligaments being connected with each other.
A system for rehabilitation, treatment or recovery of a subject afflicted with a neuromuscular injury, disease or disorder that results in paralysis and comprising of: a) a plurality of surface electrodes; b) a stimulator coupled to the plurality of surface electrodes; and c) a controller coupled to the stimulator, wherein the controller is configured to control the stimulator to administer simultaneously wide pulse width high frequency neuromuscular electrical stimulation, WPHF-NMES, sessions to a plurality of muscle groups in accordance with a protocol, and wherein said controller is configured to control the stimulator such that a single session of WPHF-NMES comprises an initial increase from DC to a high frequency in the range of 50 - 150 Hz, remaining at this high frequency to produce a muscle contraction appropriate for a specific physical activity. a) a plurality of surface electrodes; b) a stimulator coupled to the plurality of surface electrodes; and c) a controller coupled to the stimulator, wherein the controller is configured to control the stimulator to administer simultaneously wide pulse width high frequency neuromuscular electrical stimulation, WPHF-NMES, sessions to a plurality of muscle groups in accordance with a protocol, and wherein said controller is configured to control the stimulator such that a single session of WPHF-NMES comprises an initial increase from DC to a high frequency in the range of 50 - 150 Hz, remaining at this high frequency to produce a muscle contraction appropriate for a specific physical activity.