mhurhangee/patent-ind-claim-en huggingface dataset:
Motor vehicle door latch, in particular a motor vehicle front hood latch , comprising a locking mechanism consisting substantially of a catch and a pawl , the catch having a pre-ratchet and a main ratchet and the pawl being engaged in the pre-ratchet of the catch in a pre-ratchet position, the locking mechanism interacting with a latch holder shackle on a hood , said motor vehicle door latch also comprising an unlocking/opening device for the hood , which device is equipped with a handle provided in the interior of a motor vehicle body, it preferably being necessary to operate the handle twice in order to open the hood , and the locking mechanism assuming the pre-ratchet position, with the latch holder shackle remaining captured, after the handle has been operated at least once, characterized in that the hood is opened out of the pre-ratchet position by a movement in the longitudinal direction thereof, which corresponds to the pawl being lifted from a pre-ratchet on the catch with the aid of a contour on the hood .
A delivery device comprising: an outer sheath member having a distal end and a proximal end ; a tensile resistance actuator provided proximate the proximal end of the outer sheath member; a coupling proximate the distal end of the outer sheath member; an inner shaft member defining a plurality of lumens ; a prosthesis retention member connected to the inner shaft member and configured to retain a prosthesis; and a plurality of tensile wires , each of the tensile wires slidably positioned within one of the plurality of lumens of the inner shaft member, wherein each of the tensile wires are secured to the coupling and the tensile resistance actuator; wherein the delivery device has an unlocked configuration in which a length of each tensile wire between the coupling and the tensile resistance actuator is variable; further wherein the delivery device has a locked configuration in which the length of each tensile wire between the coupling and the tensile resistance actuator is invariable. an outer sheath member having a distal end and a proximal end ; a tensile resistance actuator provided proximate the proximal end of the outer sheath member; a coupling proximate the distal end of the outer sheath member; an inner shaft member defining a plurality of lumens ; a prosthesis retention member connected to the inner shaft member and configured to retain a prosthesis; and a plurality of tensile wires , each of the tensile wires slidably positioned within one of the plurality of lumens of the inner shaft member, wherein each of the tensile wires are secured to the coupling and the tensile resistance actuator; wherein the delivery device has an unlocked configuration in which a length of each tensile wire between the coupling and the tensile resistance actuator is variable; further wherein the delivery device has a locked configuration in which the length of each tensile wire between the coupling and the tensile resistance actuator is invariable.
A door handle assembly configured to ameliorate barricading, the door handle assembly comprising an integrated auxiliary door handle for use in an emergency, the auxiliary door handle being configurable between a stowed configuration and an activated configuration, the auxiliary door handle being operable to operate a lock when in the activated configuration and inoperable when in the stowed configuration, the auxiliary door handle only being configurable to the activated configuration by an authorized user; and wherein the auxiliary door handle is configured to override a primary door handle to operate the lock , the primary door handle being configured to operate the lock in normal, non-emergency use.
Cable processing machine control system comprising - middleware , wherein the middleware is designed to exchange data with data brokers of a plurality of cable processing machines , and - a portable communication device , wherein the portable communication device is designed to exchange data with the middleware and is designed such that when a user of the cable processing machine control system has logged into the portable communication device , depending on a role of the user that is assigned by the middleware , -- different information concerning the cable processing machines assigned to the assigned role of the user is displayed to the user on the portable communication device , and -- different action options for controlling the cable processing machines assigned to the assigned role of the user are provided to the user on the portable communication device , wherein the cable processing machines are controlled by means of the provided action options via the portable communication device. - middleware , wherein the middleware is designed to exchange data with data brokers of a plurality of cable processing machines , and - a portable communication device , wherein the portable communication device is designed to exchange data with the middleware and is designed such that when a user of the cable processing machine control system has logged into the portable communication device , depending on a role of the user that is assigned by the middleware , -- different information concerning the cable processing machines assigned to the assigned role of the user is displayed to the user on the portable communication device , and -- different action options for controlling the cable processing machines assigned to the assigned role of the user are provided to the user on the portable communication device , wherein the cable processing machines are controlled by means of the provided action options via the portable communication device. -- different information concerning the cable processing machines assigned to the assigned role of the user is displayed to the user on the portable communication device , and -- different action options for controlling the cable processing machines assigned to the assigned role of the user are provided to the user on the portable communication device , wherein the cable processing machines are controlled by means of the provided action options via the portable communication device.
An injectable sustained-release formulation comprising: A bioabsorbable polymer comprising a trimethylene carbonate (TMC)-based polymer, wherein the TMC-based polymer comprises: a) a copolymer comprising repeating units of trimethylene carbonate and lactide, and/or b) a polylactide (PLA), (TMC), polyglycolic acid (PGA) terpolymer, wherein the terpolymer comprises from 3-19 wt. % PGA and wherein the PLA:TMC weight ratio is from 3.25:1 to 0.75:1; a pharmaceutically acceptable excipient; a solvent selected from 1,2,3-triacetoxypropane, acetyltributyl citrate, triethyl citrate, tributyl citrate, and acetyl triethyl citrate; and a bioactive agent. A bioabsorbable polymer comprising a trimethylene carbonate (TMC)-based polymer, wherein the TMC-based polymer comprises: a) a copolymer comprising repeating units of trimethylene carbonate and lactide, and/or b) a polylactide (PLA), (TMC), polyglycolic acid (PGA) terpolymer, a) a copolymer comprising repeating units of trimethylene carbonate and lactide, and/or b) a polylactide (PLA), (TMC), polyglycolic acid (PGA) terpolymer, wherein the terpolymer comprises from 3-19 wt. % PGA and wherein the PLA:TMC weight ratio is from 3.25:1 to 0.75:1; a pharmaceutically acceptable excipient; a solvent selected from 1,2,3-triacetoxypropane, acetyltributyl citrate, triethyl citrate, tributyl citrate, and acetyl triethyl citrate; and a bioactive agent.
Woven fabric having an outer side and an inner side comprising warp yarn and weft yarn, said warp yarn comprising at least one viscose material, characterized in that said weft yarn comprises from 25% by weight +/- 20% to 70% by weight +/- 20%, based on the total amount of said weft yarn, of polybenzimidazole, said weft yarn predominantly forming the outer side of said woven fabric.
Home vacuum cleaner comprising a suction device comprising a motor casing comprising a support and a passage opening provided on the support ; a suction motor disposed in the motor casing and supported by the support , the suction motor comprising an air inlet opening and being configured to generate a suction flow through the passage opening and through the air inlet opening ; and an aeraulic sealing element comprising a first sealing portion configured to sealingly engage with the motor casing and a second sealing portion configured to sealingly engage with the suction motor , in which the suction device further comprises at least one damping element interposed between the support and the suction motor , in which the at least one damping element is distinct from the aeraulic sealing element , and in which the aeraulic sealing element is annular, and the at least one damping element is disposed at the periphery of the aeraulic sealing element , characterised in that the at least one damping element is configured to support the weight of the suction motor , and in that the suction device is configured such that, when a longitudinal axis of the suction motor is substantially vertical and the air inlet opening is oriented towards the floor, the support and the at least one damping element are located below the suction motor . characterised in that the at least one damping element is configured to support the weight of the suction motor , and in that the suction device is configured such that, when a longitudinal axis of the suction motor is substantially vertical and the air inlet opening is oriented towards the floor, the support and the at least one damping element are located below the suction motor .
A sandwich-type wall, roof or floor structure of a space to be ventilated comprising a ventilation system comprising at least one fan positioned at at least one air inlet aperture or at at least one air outlet aperture for sucking air therethrough and providing an air flow; at least one ventilation aperture for guiding air into the space to be ventilated; at least a first and a second air channel; characterized in that the first and the second air channel are formed respectively into a single layer of the sandwich-type wall, roof or floor structure of the space to be ventilated, wherein the first and the second air channel are formed in the plane of the respective layer in which they are formed; and in that the first and the second air channel are joined at one end thereof to form an indirect air path having curves and bends from the air inlet aperture to the ventilation aperture . at least one fan positioned at at least one air inlet aperture or at at least one air outlet aperture for sucking air therethrough and providing an air flow; at least one ventilation aperture for guiding air into the space to be ventilated; at least a first and a second air channel; characterized in that the first and the second air channel are formed respectively into a single layer of the sandwich-type wall, roof or floor structure of the space to be ventilated, wherein the first and the second air channel are formed in the plane of the respective layer in which they are formed; and in that the first and the second air channel are joined at one end thereof to form an indirect air path having curves and bends from the air inlet aperture to the ventilation aperture .
Device for storing reagent containers on multiple levels for an automatic analysis apparatus, the device comprising - a pipetting device comprising a pipetting needle for pipetting of reagents, - a first device comprising a plurality of first receiving positions for reagent containers, wherein the first receiving positions are arranged on a first level, - a second device comprising a plurality of second receiving positions for reagent containers, wherein the second receiving positions are arranged on a second level, wherein the second device is arranged at least partially above the first device , wherein the second level is arranged at least partially above the first level, wherein the pipetting needle is arranged at least partially above the first device and the second device , wherein the first receiving positions on the first level and the second receiving positions on the second level are displaceable and/or rotatable in each case about an axis , wherein a cutout is provided in the second device in the second level, wherein, by means of the pipetting needle , the pipetting device can, for pipetting, access, through the cutout from above, at least one reagent container arranged in one of the first receiving positions . - a pipetting device comprising a pipetting needle for pipetting of reagents, - a first device comprising a plurality of first receiving positions for reagent containers, wherein the first receiving positions are arranged on a first level, - a second device comprising a plurality of second receiving positions for reagent containers, wherein the second receiving positions are arranged on a second level, wherein the second device is arranged at least partially above the first device , wherein the second level is arranged at least partially above the first level, wherein the pipetting needle is arranged at least partially above the first device and the second device , wherein the first receiving positions on the first level and the second receiving positions on the second level are displaceable and/or rotatable in each case about an axis , wherein a cutout is provided in the second device in the second level, wherein, by means of the pipetting needle , the pipetting device can, for pipetting, access, through the cutout from above, at least one reagent container arranged in one of the first receiving positions .
Motor vehicle gearbox with a housing , with a shifting unit having a first coupling element and a second coupling element non-rotatably connectable to the first coupling element , with at least one actuating motor , which is designed as an external rotor motor and provided for an actuation of the shifting unit and which has a rotor and a stator , with at least one induction unit , which is provided for an energy supply of the actuating motor and which has at least one primary coil and at least one secondary coil , with at least one gearbox device , which is provided for converting a torque of the actuating motor acting in the circumferential direction into an axially acting actuating force and which has a gearbox unit with a first ring gear , the first coupling element and the stator being permanently non-rotatably connected by means of a first plate unit , characterised in that the stator is permanently non-rotatably connected to at least one gearbox element of the gearbox unit by means of a second plate unit and in that the stator is axially located between the first plate unit and the second plate unit .
A piston of a die-casting apparatus , the piston comprising: a piston head fabricated of a first material; an elongate, inner carrier coupled to the piston head ; a generally annular body seated on the carrier adjacent the piston head ; and a wear ring disposed on the piston head , the wear ring being fabricated of a second material, the first material having a higher toughness and a lower hardness than the second material, wherein the first material is AISI grade 4340 steel or AISI grade 300M steel. a piston head fabricated of a first material; an elongate, inner carrier coupled to the piston head ; a generally annular body seated on the carrier adjacent the piston head ; and a wear ring disposed on the piston head , the wear ring being fabricated of a second material, the first material having a higher toughness and a lower hardness than the second material, wherein the first material is AISI grade 4340 steel or AISI grade 300M steel.
A method of processing video data, the method comprising: parsing a sequence parameter set, SPS, the SPS being signaled in a bitstream of encoded video data once per sequence of a group of encoded pictures; parsing one or more dynamic range adjustment, DRA, syntax elements in a picture parameter set, PPS, the PPS being signaled in the bitstream of encoded video data and being related to at least one picture in the group of encoded pictures, wherein the parsing of the one or more DRA syntax elements in the PPS is not dependent on any syntax element of the SPS, the one or more DRA syntax elements in the PPS comprising one or more of i) a first DRA syntax element indicative of whether DRA is enabled or, ii) a second DRA syntax element indicative of an identifier of an adaptation parameter set, APS; parsing one or more DRA syntax elements in the APS, the APS being signaled in the bitstream of encoded video data and being related to at least one picture in the group of encoded pictures, wherein the parsing of the one or more DRA syntax elements in the APS is not dependent on any syntax element of the SPS, the one or more syntax elements in the APS comprising a first DRA syntax element of a predetermined fixed bit depth and comprising a syntax element whose value is indicative of a starting codeword position utilized to derive a DRA table; and processing the at least one picture based on the SPS, the PPS, and the APS. parsing a sequence parameter set, SPS, the SPS being signaled in a bitstream of encoded video data once per sequence of a group of encoded pictures; parsing one or more dynamic range adjustment, DRA, syntax elements in a picture parameter set, PPS, the PPS being signaled in the bitstream of encoded video data and being related to at least one picture in the group of encoded pictures, wherein the parsing of the one or more DRA syntax elements in the PPS is not dependent on any syntax element of the SPS, the one or more DRA syntax elements in the PPS comprising one or more of i) a first DRA syntax element indicative of whether DRA is enabled or, ii) a second DRA syntax element indicative of an identifier of an adaptation parameter set, APS; parsing one or more DRA syntax elements in the APS, the APS being signaled in the bitstream of encoded video data and being related to at least one picture in the group of encoded pictures, wherein the parsing of the one or more DRA syntax elements in the APS is not dependent on any syntax element of the SPS, the one or more syntax elements in the APS comprising a first DRA syntax element of a predetermined fixed bit depth and comprising a syntax element whose value is indicative of a starting codeword position utilized to derive a DRA table; and processing the at least one picture based on the SPS, the PPS, and the APS.
A communications device for use in a communications network having a core network and a base station , the communications device comprising: means for communicating with the base station using a first radio access technology; means for communicating with a local area network using a second radio access technology which is an access technology according to a wireless local area network, WLAN, standard and different than said first radio access technology; wherein said means for communicating with the base station using the first radio access technology is operable to receive, from said base station , using said first radio access technology, when the communications device and another communications device are within radio range of each other, control information comprising at least an IP address and associated Traffic Flow Template, TFT, filtering parameters for configuring a WLAN channel for direct communication with another communications device via the local area network using said second radio access technology, wherein the received control information is based on proximity information that indicates when the communications device and another communications device are within radio range of each other; and means for configuring, based on said received control information, said WLAN channel for direct communication with the other communications device via the local area network using said second radio access technology. means for communicating with the base station using a first radio access technology; means for communicating with a local area network using a second radio access technology which is an access technology according to a wireless local area network, WLAN, standard and different than said first radio access technology; wherein said means for communicating with the base station using the first radio access technology is operable to receive, from said base station , using said first radio access technology, when the communications device and another communications device are within radio range of each other, control information comprising at least an IP address and associated Traffic Flow Template, TFT, filtering parameters for configuring a WLAN channel for direct communication with another communications device via the local area network using said second radio access technology, wherein the received control information is based on proximity information that indicates when the communications device and another communications device are within radio range of each other; and means for configuring, based on said received control information, said WLAN channel for direct communication with the other communications device via the local area network using said second radio access technology.
An implantable device for treating hypervolemia, comprising: an expandable chamber including a first semipermeable membrane ; a rigid chamber coupled to the expandable chamber , the rigid chamber including a piston ; a first valve in fluid communication with both the expandable chamber and the rigid chamber , the first valve having an open position to permit fluid flow between the expandable chamber and the rigid chamber ; a second valve in fluid communication with the rigid chamber and an exterior of the implantable device , the second valve including a second semipermeable membrane , the second valve having an open position to permit fluid flow from the rigid chamber to the exterior of the implantable device ; and an osmotic fluid having a higher osmotic concentration than bodily fluid, the osmotic fluid designed to absorb water from the bodily fluid through the first semipermeable membrane . an expandable chamber including a first semipermeable membrane ; a rigid chamber coupled to the expandable chamber , the rigid chamber including a piston ; a first valve in fluid communication with both the expandable chamber and the rigid chamber , the first valve having an open position to permit fluid flow between the expandable chamber and the rigid chamber ; a second valve in fluid communication with the rigid chamber and an exterior of the implantable device , the second valve including a second semipermeable membrane , the second valve having an open position to permit fluid flow from the rigid chamber to the exterior of the implantable device ; and an osmotic fluid having a higher osmotic concentration than bodily fluid, the osmotic fluid designed to absorb water from the bodily fluid through the first semipermeable membrane .
A device for individual quenching of the gears, pinions, bearing rings and other similar components of technical devices, comprising a vacuum furnace with a quenching chamber, which is fitted with tightly-sealed doors for workpiece loading/unloading, and a cooling system, characterised in that the quenching chamber comprises a movable carrier table on which a single workpiece is placed, surrounded by a set of movable nozzles , wherein the placement and parameters of the table and the set of the nozzles are each time adjusted to the shape of the workpiece cooled down in the quenching process, owing to which a uniform and optimum inflow of a cooling medium is obtained, while at the inlet of the quenching chamber , there is the tank supplying the cooling medium to the nozzles , whereas the outlet of the quenching chamber is connected to the inlet of the tank that collects expanded the cooling medium from the quenching chamber , wherein, between tanks and , there is connected a compressor ensuring closed-loop flow of the cooling medium.