mhurhangee/patent-ind-claim-en huggingface dataset:
A testing system for carrying out an online quality testing of friction material blocks or pads , in particular applied to vehicle braking elements like brake shoes or brake pads comprising each a support and a block or pad of friction material carried by the support, the testing system comprising at least a couple of a first and second electrode configured to cooperate simultaneously in contact with an element to be tested, an electric circuit including said first and second electrodes , said electric circuit being normally open between said first and second electrode , an electric generator electrically connected to said electric circuit and configured to let an electric current (I) to flow between the first and second electrode when the element to be tested is arranged in contact with the first and second electrodes and closes the electric circuit , and a metering device configured to detect either electric resistance or impedance in said electric circuit; wherein: i. the testing system further comprises at least a holding device configured to hold said first and second electrode arranged stationary and side by side with a prefixed gap left between them and substantially laying on a same plane (α); characterized in that ii. said first and second electrode and said holding device thereof being configured to receive a first and the same face of the friction material block or pad of each element to be tested, opposite to the support , simultaneously in contact with said first and second electrode to close said electric circuit solely through a portion of the friction material block or pad arranged in the gap between the first and second electrode. i. the testing system further comprises at least a holding device configured to hold said first and second electrode arranged stationary and side by side with a prefixed gap left between them and substantially laying on a same plane (α); characterized in that ii. said first and second electrode and said holding device thereof being configured to receive a first and the same face of the friction material block or pad of each element to be tested, opposite to the support , simultaneously in contact with said first and second electrode to close said electric circuit solely through a portion of the friction material block or pad arranged in the gap between the first and second electrode.
A carrier shell in the form of a spin-stabilized projectile , comprising a holding device comprising a core , and at least two legs , each leg at least partially enclosing at least one elongated sub-projectile each, characterised in that the holding device is arranged to, after having been separated forward from the carrier shell, be deformed by centrifugal forces acting on the sub-projectiles , thereby releasing the sub-projectiles in a controlled manner, leading the sub-projectiles to hit and penetrate their target with the short side. a holding device comprising a core , and at least two legs , each leg at least partially enclosing at least one elongated sub-projectile each, characterised in that the holding device is arranged to, after having been separated forward from the carrier shell, be deformed by centrifugal forces acting on the sub-projectiles , thereby releasing the sub-projectiles in a controlled manner, leading the sub-projectiles to hit and penetrate their target with the short side.
Device for dosing and filling powder filling material into containers , having a dosing chamber for receiving a target quantity of filling material and having a source of pressurized air generating at least one blast of pressurized air during or after discharging the filling material from the dosing chamber , wherein the blast of pressurized air can be supplied into the area of the dosing chamber through at least one bore for pressurized air , and wherein the pressure outlet opens on the far side from the outlet side for the filling material from the dosing chamber above the dosing chamber , wherein the at least one bore for pressurized air opens in the area of at least one pressurized air outlet which is configured to guide the pressurized air at least substantially in an operative connection with the wall of the dosing chamber , characterized in that the bore for the pressurized air is oriented in an oblique angle to a longitudinal axis of the dosing chamber at least in the area of the pressurized air outlet in the region of the wall of the dosing chamber and additionally has an orientation in the circumferential direction of the dosing chamber .
A dispenser assembly comprising: a dispenser head comprising a fluid inlet; a fluid outlet ; a depending skirt ; a locking rib on an inner surface of the depending skirt; and a chaplet comprising a top wall ; a skirt extending downward from the top wall; a locking ramp with a proximal end attached to the top wall, and a distal end extending above the top wall and free to flex with respect to the top wall; wherein the dispenser head is rotatable relative to the chaplet between a lock-down position and an unlocked position; wherein placing the dispenser head in the lock-down position requires a first torque to rotate the dispenser head and move the locking rib past the locking ramp, and returning the dispenser head to an unlocked position requires a second torque, and the second torque is greater than the first torque. a dispenser head comprising a fluid inlet; a fluid outlet ; a depending skirt ; a locking rib on an inner surface of the depending skirt; and a fluid inlet; a fluid outlet ; a depending skirt ; a locking rib on an inner surface of the depending skirt; and a chaplet comprising a top wall ; a skirt extending downward from the top wall; a locking ramp with a proximal end attached to the top wall, and a distal end extending above the top wall and free to flex with respect to the top wall; a top wall ; a skirt extending downward from the top wall; a locking ramp with a proximal end attached to the top wall, and a distal end extending above the top wall and free to flex with respect to the top wall; wherein the dispenser head is rotatable relative to the chaplet between a lock-down position and an unlocked position; wherein placing the dispenser head in the lock-down position requires a first torque to rotate the dispenser head and move the locking rib past the locking ramp, and returning the dispenser head to an unlocked position requires a second torque, and the second torque is greater than the first torque.
A method for manufacturing a plurality of dental aligners or mouthguards from liquid photopolymer, the method comprising: providing digital representations defining layers of a plurality of dental aligners or mouthguards to be manufactured; sequentially exposing liquid photopolymer to light emitted by a visual display screen or a plurality of visual display screens, thereby forming layers of the plurality of cured polymer aligners or mouthguards simultaneously, wherein the photopolymer contains a visible light or UV light photoinitiator. providing digital representations defining layers of a plurality of dental aligners or mouthguards to be manufactured; sequentially exposing liquid photopolymer to light emitted by a visual display screen or a plurality of visual display screens, thereby forming layers of the plurality of cured polymer aligners or mouthguards simultaneously, wherein the photopolymer contains a visible light or UV light photoinitiator.
A fabric having weft yarns and warp yarns, the weft yarns comprising a core spun yarn characterised in that said core comprises a stretchable spandex filament surrounded by a sheath comprising a polytrimethylene terephthalate-based staple fiber in combination with a second staple fiber, wherein the warp yarn comprises cotton and the fabric has a stretch recovery in the range of 75 to 95 % and a growth of <2,3%.
A method comprising: establishing , by an access point, a first connection to a first controller associated with a first zone; establishing , by the access point, a second connection to a second, different, controller associated with a second, different, zone; determining , by the access point, that the first virtual wireless network is preferred over the second zone; the method being characterised by receiving , by the access point, an association request from a new client device managed by the first controller; in response to a number of client devices managed by the second controller associated with the access point exceeding a predefined number, selectively disconnecting at least one client device managed by the second controller; and transmitting , by the access point, an association response to the new client device managed by the first controller to allow the new client device to connect to the access point. establishing , by an access point, a first connection to a first controller associated with a first zone; establishing , by the access point, a second connection to a second, different, controller associated with a second, different, zone; determining , by the access point, that the first virtual wireless network is preferred over the second zone; the method being characterised by receiving , by the access point, an association request from a new client device managed by the first controller; in response to a number of client devices managed by the second controller associated with the access point exceeding a predefined number, selectively disconnecting at least one client device managed by the second controller; and transmitting , by the access point, an association response to the new client device managed by the first controller to allow the new client device to connect to the access point.
An air dehydration membrane module comprising a plurality of hollow polymeric fibers disposed within a pressure vessel , the fibers being formed of a material selected to have a permeability for water vapor which is different from its permeability for air, the module having an inlet end, the inlet end having an inlet port for allowing air to flow into the module, wherein air which permeates the fibers comprises a permeate stream, and wherein air which does not permeate the fibers comprises a retentate stream, the module having an outlet end, opposite to the inlet end, the outlet end having an outlet port for allowing the retentate stream to flow out of the module, the module includes a filter pad positioned at the outlet port and within the pressure vessel , characterized in that , the filter pad being made of activated carbon cloth, and wherein the dehydration membrane module is the sole membrane module within the pressure vessel.
A feed ingredient composition comprising a dispersion of lysed microbial cells in triglyceride oil, wherein: a. 5-90% by weight of the composition is lysed cells, and b. 10-95% by weight of the composition is triglyceride oil, wherein the triglyceride oil comprises oil from the lysed cells and oil from another organism, wherein the oil from another organism is oil from a plant, and wherein the microbial cells are from the family Thraustochytriaceae. a. 5-90% by weight of the composition is lysed cells, and b. 10-95% by weight of the composition is triglyceride oil,
A nonvolatile memory device comprising: a plurality of memory cell strings (CS), each of the plurality of memory cell strings including a semiconductor layer , a plurality of gates and a plurality of insulators , a gate insulating layer , and a resistance change layer , the semiconductor layer including a first semiconductor material and extending in a first direction, the semiconductor layer including a first surface and second surface opposite the first surface, the plurality of gates and the plurality of insulators each extending in a second direction perpendicular to the first direction, the plurality of gates and the plurality of insulators being alternately arranged in the first direction, the gate insulating layer extending in the first direction between the plurality of gates and the first surface of the semiconductor layer and between the plurality of insulators and the first surface of the semiconductor layer, the resistance change layer extending in the first direction on the second surface of the semiconductor layer, the resistance change layer including a metal-semiconductor oxide including a second semiconductor material and a transition metal oxide, and the metal-semiconductor oxide having a charge trap site in a band gap of an oxide of the second semiconductor material. a plurality of memory cell strings (CS), each of the plurality of memory cell strings including a semiconductor layer , a plurality of gates and a plurality of insulators , a gate insulating layer , and a resistance change layer , the semiconductor layer including a first semiconductor material and extending in a first direction, the semiconductor layer including a first surface and second surface opposite the first surface, the plurality of gates and the plurality of insulators each extending in a second direction perpendicular to the first direction, the plurality of gates and the plurality of insulators being alternately arranged in the first direction, the gate insulating layer extending in the first direction between the plurality of gates and the first surface of the semiconductor layer and between the plurality of insulators and the first surface of the semiconductor layer, the resistance change layer extending in the first direction on the second surface of the semiconductor layer, the resistance change layer including a metal-semiconductor oxide including a second semiconductor material and a transition metal oxide, and the metal-semiconductor oxide having a charge trap site in a band gap of an oxide of the second semiconductor material.
A tether-anchor assembly comprising: a tether comprising: a rigid proximal portion ; a flexible distal portion ; and wherein the flexible distal portion is configured to be used as a tensioning element; and wherein the tether-anchor assembly further comprises a tissue-piercing anchor comprising an eyelet, wherein the flexible distal portion of the tether is coupled to the eyelet. a tether comprising: a rigid proximal portion ; a flexible distal portion ; and wherein the flexible distal portion is configured to be used as a tensioning element; a rigid proximal portion ; a flexible distal portion ; and wherein the flexible distal portion is configured to be used as a tensioning element; and wherein the tether-anchor assembly further comprises a tissue-piercing anchor comprising an eyelet, wherein the flexible distal portion of the tether is coupled to the eyelet.
Drive and/or adjustment device for driving and/or adjusting a rotatable assembly, for example a large rolling bearing ring of a wind turbine or a slewing gear of a construction machine or of a hoist, comprising an output element for rotationally driving and/or adjusting the rotatable assembly, a transmission which is connected upstream of the output element and comprises at least one torque-transmitting gear , and an overload safety mechanism for the rotatable assembly, wherein the overload safety mechanism is provided on the gear , which is divided and comprises two gear parts that are torque-transmittingly interconnected via a spur toothing and are held axially in spur toothing engagement by an axial securing means which yields at a predetermined axial load between the gear parts , characterized in that the axial securing means is rigidly configured and forms a predetermined breaking point.
A programmer configured to effect communication with, and programming of, an implantable medical device configured to deliver neurostimulation therapy, the programmer comprising: a display ; a processor comprising memory and coupled to the display ; and an interface coupled to the processor and configured to receive therapy settings data indicative of current therapy settings operative in the implantable medical device and any modifications made to the therapy settings by a patient via a patient remote apart from the programmer ; wherein the processor is configured to: determine if one or more therapy settings have been modified since the last interaction with the patient; coordinate displaying of the current therapy settings, the one or more therapy settings modified by the patient, and a previous state of the one or more therapy settings modified by the patient on the display ; and accentuate presentation of the one or more therapy settings modified by the patient relative to other therapy settings presented on the display . a display ; a processor comprising memory and coupled to the display ; and an interface coupled to the processor and configured to receive therapy settings data indicative of current therapy settings operative in the implantable medical device and any modifications made to the therapy settings by a patient via a patient remote apart from the programmer ; wherein the processor is configured to: determine if one or more therapy settings have been modified since the last interaction with the patient; coordinate displaying of the current therapy settings, the one or more therapy settings modified by the patient, and a previous state of the one or more therapy settings modified by the patient on the display ; and accentuate presentation of the one or more therapy settings modified by the patient relative to other therapy settings presented on the display . determine if one or more therapy settings have been modified since the last interaction with the patient; coordinate displaying of the current therapy settings, the one or more therapy settings modified by the patient, and a previous state of the one or more therapy settings modified by the patient on the display ; and accentuate presentation of the one or more therapy settings modified by the patient relative to other therapy settings presented on the display .
Colour marking with integrated spray safeguard for aerosol spray cans , having at least a substantially annular outer and a substantially annular inner element , which are arranged concentrically relative to each other and are separably connected to each other via at least one connecting element , wherein the annular outer element can be connected by a form fit or force fit to the dome of an aerosol spray can , and the annular inner element comprises a spacer element , which can be at least partly arranged between spray head and valve disc base of the spray can in such a way that the spray valve cannot be triggered by the spray head, characterized in that the inner opening of the annular outer element is larger than the outer diameter of the valve disc and comprises at least one latching element projecting into its inner opening, which reduces the diameter of the inner opening in such a way that, at least in the area of the latching element , the diameter of the inner opening of the annular outer element is so much smaller than the outer diameter of the valve disc that the annular outer element can be slipped over the valve disc , wherein the latching element latches in underneath the seam between valve disc and dome , substantially at the outer crimped seam between valve disc and dome , and thus fixes the annular outer element between valve disc and dome .
A hydrogenated block copolymer comprising a polymer block (A) containing a constitutional unit derived from an aromatic vinyl compound and a polymer block (B) containing from 1 to 100% by mass of a constitutional unit (b1) derived from farnesene and from 99 to 0% by mass of a constitutional unit (b2) derived from a conjugated diene other than the farnesene, in which from 70 to 100 mol% of carbon-carbon double bonds in the polymer block (B) are hydrogenated.
A processor comprising: a fetch logic to fetch instructions; a decode logic to decode the instructions; a cache memory; and a control logic to receive a cache filter instruction and responsive to the cache filter instruction to enable only a selected portion of a memory address space to be eligible to be cached in the cache memory, the cache filter instruction to indicate the selected portion of the memory address space. a fetch logic to fetch instructions; a decode logic to decode the instructions; a cache memory; and a control logic to receive a cache filter instruction and responsive to the cache filter instruction to enable only a selected portion of a memory address space to be eligible to be cached in the cache memory, the cache filter instruction to indicate the selected portion of the memory address space.
A radiotherapy dose analysis system comprising: a delivery information extractor configured to determine delivered radiotherapy treatment information including dose, time and position information; a physics dose model engine configured to determine planned radiotherapy treatment information including dose, dose rate, time and position information from a radiotherapy treatment plan; and characterised by further comprising: a dose/dose rate comparison engine configured to reconstruct dose and dose rate information in two or three dimensions from the dose, time and position information, and to compare the dose, dose rate, time and position information of the delivered radiotherapy treatment information to the dose, dose rate, time and position information of the planned radiotherapy treatment plan and generate a graphical representation of one or more of the delivered dose, dose rate, time and position information versus planned dose, dose rate, time and position information. a delivery information extractor configured to determine delivered radiotherapy treatment information including dose, time and position information; a physics dose model engine configured to determine planned radiotherapy treatment information including dose, dose rate, time and position information from a radiotherapy treatment plan; and characterised by further comprising: a dose/dose rate comparison engine configured to reconstruct dose and dose rate information in two or three dimensions from the dose, time and position information, and to compare the dose, dose rate, time and position information of the delivered radiotherapy treatment information to the dose, dose rate, time and position information of the planned radiotherapy treatment plan and generate a graphical representation of one or more of the delivered dose, dose rate, time and position information versus planned dose, dose rate, time and position information.