mhurhangee/patent-ind-claim-en huggingface dataset:
A perfusion catheter, comprising: a balloon including an inflatable tube coiled in a helical manner around a central axis into a series of windings with adjacent windings stacked against and bonded to each other, an inner surface of the series of windings, when inflated, defining a passage through the center of the helix for delivery of a medical device or maintaining blood flow; an elongate shaft extending proximal of the balloon and eccentrically positioned relative to the passage; and a guidewire support tube having a length less than a length of the perfusion catheter and having a guidewire lumen therethrough, the guidewire support tube extending through the passage and non-coaxial with the elongate shaft . a balloon including an inflatable tube coiled in a helical manner around a central axis into a series of windings with adjacent windings stacked against and bonded to each other, an inner surface of the series of windings, when inflated, defining a passage through the center of the helix for delivery of a medical device or maintaining blood flow; an elongate shaft extending proximal of the balloon and eccentrically positioned relative to the passage; and a guidewire support tube having a length less than a length of the perfusion catheter and having a guidewire lumen therethrough, the guidewire support tube extending through the passage and non-coaxial with the elongate shaft .
A method of encoding video data to generate one or more encoded video pictures, the method comprising: obtaining video data at an encoder ; determining whether intra-block copy prediction is enabled for performing intra-picture prediction on at least one block of the coding unit, slice or picture of video data including a current block to be coded; determining whether both motion vectors of a bi-prediction block of the coding unit, slice or picture of video data are not pointing to a same reference picture; selectively disabling inter-picture bi-prediction for encoding one or more blocks of the video data, wherein the inter-prediction bi-prediction is disabled in response to determining the intra-block copy prediction is enabled and determining both motion vectors of the bi-prediction block are not pointing to the same reference picture; and generating the one or more encoded video pictures using a prediction mode. obtaining video data at an encoder ; determining whether intra-block copy prediction is enabled for performing intra-picture prediction on at least one block of the coding unit, slice or picture of video data including a current block to be coded; determining whether both motion vectors of a bi-prediction block of the coding unit, slice or picture of video data are not pointing to a same reference picture; selectively disabling inter-picture bi-prediction for encoding one or more blocks of the video data, wherein the inter-prediction bi-prediction is disabled in response to determining the intra-block copy prediction is enabled and determining both motion vectors of the bi-prediction block are not pointing to the same reference picture; and generating the one or more encoded video pictures using a prediction mode.
Straight plug connector for hollow profiles of spacer frames or bars for insulating glass panes, wherein the straight connector has a plurality of connector legs originating from a connecting point in various directions and having fin-like retaining elements for engagement with the hollow profile and has a base plate , wherein an elevated supporting base is arranged on the upper side of the base plate and, on both sides thereof, the fin-like retaining elements are arranged one after another in a row on the connector legs , wherein the supporting base is arranged centrally in the longitudinal direction of the straight connector , characterized in that the supporting base has a central stop for the hollow profiles that can be plugged in on both sides at the connecting point .
A method performed by a terminal in a long term evolution, LTE, wireless communication system supporting hybrid automatic repeat request, HARQ, the method comprising: receiving data from a base station; determining whether a transmission of the data is an initial transmission or a retransmission based on a new data indicator, NDI; if it is determined that the transmission is the initial transmission , storing the received data in a soft buffer; if it is determined that the transmission is the retransmission , determining whether corresponding data has not been successfully decoded; if the corresponding data has not been successfully decoded , combining the received data with data stored in the soft buffer; determining whether a size for the received data associated with the retransmission is different from a previous size for previous data; if the size for the received data associated with the retransmission is different from the previous size , storing the received data in the soft buffer by replacement; decoding data in the soft buffer; if the data in the soft buffer is successfully decoded , determining whether the decoding of the data is a first successful decoding; if the decoding of the data is the first successful decoding, forwarding the decoded data to a disassembly and demultiplexing entity; if the data is successfully decoded , generating an acknowledgement, ACK; and if the data is not successfully decoded , generating a non-acknowledgement, NACK. receiving data from a base station; determining whether a transmission of the data is an initial transmission or a retransmission based on a new data indicator, NDI; if it is determined that the transmission is the initial transmission , storing the received data in a soft buffer; if it is determined that the transmission is the retransmission , determining whether corresponding data has not been successfully decoded; if the corresponding data has not been successfully decoded , combining the received data with data stored in the soft buffer; determining whether a size for the received data associated with the retransmission is different from a previous size for previous data; if the size for the received data associated with the retransmission is different from the previous size , storing the received data in the soft buffer by replacement; decoding data in the soft buffer; if the data in the soft buffer is successfully decoded , determining whether the decoding of the data is a first successful decoding; if the decoding of the data is the first successful decoding, forwarding the decoded data to a disassembly and demultiplexing entity; if the data is successfully decoded , generating an acknowledgement, ACK; and if the data is not successfully decoded , generating a non-acknowledgement, NACK.
A processing device , in particular for processing work pieces made of wood, wood materials, plastic or the like, with at least one work piece table , wherein the at least one work piece table has a first base body which is arranged such that it can be displaced from an advance unit on a rail, wherein clamping elements are arranged on the first base body spaced apart from each other, in order to clamp at least one work piece , wherein at least one respective further clamping element is arranged in both end regions of the first base body such that it can be displaced from the first base body , wherein a clamping element has two pairs of clamping jaws with two respective clamping jaws, wherein at least a respective one of the clamping jaws of a pair can be displaced relative to the other clamping jaw of the pair and wherein the clamping jaws of a first pair protrude in a first direction perpendicularly to the longitudinal direction of the work piece table , wherein the clamping jaws of a second pair protrude in the opposite direction perpendicularly to the longitudinal direction and wherein the respective work piece table can be displaced in its longitudinal direction by means of a respective advance unit .
Assembling machine for coupling the ends of an elastomer specimen to be subjected to dynamic mechanical-thermal analysis to two sample-holders , each sample-holder comprising a vice which is made to clamp the specimen ; the assembling machine characterized in that it comprises: a horizontal working surface ; a central vice which is mounted in fixed position on the horizontal working surface and is made to engage a central portion of the specimen ; two movable elements , which are mounted on the horizontal working surface , are arranged on the opposite sides of the central vice , and each carry a supporting plate made to accommodate a corresponding sample-holder ; a first actuator that is made to translate the two movable elements only and solely along a straight horizontal direction to move in/out the two movable elements from/to the central vice ; and a powered screwing device which is disposed in the vicinity of the central vice and is made for screwing/unscrewing a screw of the vice of each sample-holder to close the vice itself against an end of the sample carried by the central vice . a horizontal working surface ; a central vice which is mounted in fixed position on the horizontal working surface and is made to engage a central portion of the specimen ; two movable elements , which are mounted on the horizontal working surface , are arranged on the opposite sides of the central vice , and each carry a supporting plate made to accommodate a corresponding sample-holder ; a first actuator that is made to translate the two movable elements only and solely along a straight horizontal direction to move in/out the two movable elements from/to the central vice ; and a powered screwing device which is disposed in the vicinity of the central vice and is made for screwing/unscrewing a screw of the vice of each sample-holder to close the vice itself against an end of the sample carried by the central vice .
Control unit for a reversing assistance system of a vehicle ; wherein the control unit is configured - to ascertain and to store reference data in regard to a first forward travel of the vehicle which is effected manually by a driver of the vehicle ; wherein the reference data indicate a reference trajectory of the vehicle for the first forward travel from an initial position to a first end position ; - to detect that the vehicle begins a new, second forward travel at an intermediate position situated between the initial position and the first end position on the reference trajectory ; - to ascertain reference data in regard to the second forward travel of the vehicle which is effected manually by the driver of the vehicle ; wherein the reference data indicate the reference trajectory of the vehicle for the second forward travel starting from the intermediate position ; and - to link the reference data for the reference trajectory for the second forward travel starting from the intermediate position to the reference data for the reference trajectory for the first forward travel from the initial position to the intermediate position in order to provide a coherent reference trajectory for an assisted reverse travel. - to ascertain and to store reference data in regard to a first forward travel of the vehicle which is effected manually by a driver of the vehicle ; wherein the reference data indicate a reference trajectory of the vehicle for the first forward travel from an initial position to a first end position ; - to detect that the vehicle begins a new, second forward travel at an intermediate position situated between the initial position and the first end position on the reference trajectory ; - to ascertain reference data in regard to the second forward travel of the vehicle which is effected manually by the driver of the vehicle ; wherein the reference data indicate the reference trajectory of the vehicle for the second forward travel starting from the intermediate position ; and - to link the reference data for the reference trajectory for the second forward travel starting from the intermediate position to the reference data for the reference trajectory for the first forward travel from the initial position to the intermediate position in order to provide a coherent reference trajectory for an assisted reverse travel.
A device for use in a machining system, comprising: (a) an ultrasonic transducer assembly having a known nodal position , wherein the ultrasonic transducer assembly is adapted to receive a machining tool, and (b) a vibration-isolating housing adapted to be both compatible with a machining system and to receive the ultrasonic transducer assembly therein, wherein the housing further includes a circumferential region with a contoured and thinned section from which the housing is formed for isolating all vibrations generated by the ultrasonic transducer assembly when the device is in operation except axial vibrations transmitted to the machining tool, thereby preventing unwanted vibration from traveling backward or upward into the machining system; characterized in that the device further includes: (a) a conical alignment boss formed in the transducer at the nodal position thereof; (b) a conical flange formed in the housing , wherein the conical flange is stretched within its elastic limits over the conical alignment boss thereby sealing the housing against a horizontal base formed on the transducer ; and (c) a groove formed in the horizontal base on the transducer for receiving an O-ring, wherein the O-ring provides additional sealing properties to the device . (a) an ultrasonic transducer assembly having a known nodal position , wherein the ultrasonic transducer assembly is adapted to receive a machining tool, and (b) a vibration-isolating housing adapted to be both compatible with a machining system and to receive the ultrasonic transducer assembly therein, wherein the housing further includes a circumferential region with a contoured and thinned section from which the housing is formed for isolating all vibrations generated by the ultrasonic transducer assembly when the device is in operation except axial vibrations transmitted to the machining tool, thereby preventing unwanted vibration from traveling backward or upward into the machining system; (a) a conical alignment boss formed in the transducer at the nodal position thereof; (b) a conical flange formed in the housing , wherein the conical flange is stretched within its elastic limits over the conical alignment boss thereby sealing the housing against a horizontal base formed on the transducer ; and (c) a groove formed in the horizontal base on the transducer for receiving an O-ring, wherein the O-ring provides additional sealing properties to the device .
A child safety seat comprising: a shell comprising a guiding mounted on an upper portion of the shell , a base , wherein the shell is connected to the base such that the shell is reclinable relative to the base , and a top tether , wherein the guiding is configured to guide and slidably support the top tether when the top tether is secured to a first anchoring point of a vehicle and a second anchoring point and wherein the second anchoring point is stationary relative to the vehicle while the shell is being reclined relative to the base , so that a tension of the top tether does not change substantially while the shell is being reclined relative to the base , wherein the second anchoring point is fixed to the base of the child safety seat, an ISOFIX connector of the child safety seat, or an ISOFIX anchoring point of the vehicle. a shell comprising a guiding mounted on an upper portion of the shell , a base , wherein the shell is connected to the base such that the shell is reclinable relative to the base , and a top tether , wherein the guiding is configured to guide and slidably support the top tether when the top tether is secured to a first anchoring point of a vehicle and a second anchoring point and wherein the second anchoring point is stationary relative to the vehicle while the shell is being reclined relative to the base , so that a tension of the top tether does not change substantially while the shell is being reclined relative to the base , wherein the second anchoring point is fixed to the base of the child safety seat, an ISOFIX connector of the child safety seat, or an ISOFIX anchoring point of the vehicle. wherein the guiding is configured to guide and slidably support the top tether when the top tether is secured to a first anchoring point of a vehicle and a second anchoring point and wherein the second anchoring point is stationary relative to the vehicle while the shell is being reclined relative to the base , so that a tension of the top tether does not change substantially while the shell is being reclined relative to the base , wherein the second anchoring point is fixed to the base of the child safety seat, an ISOFIX connector of the child safety seat, or an ISOFIX anchoring point of the vehicle.
Holder for holding washware in a dish rack of a household dishwasher , having a holding element which can be fastened on a side wall of the dish rack such that it can be pivoted about a vertical axis (V) in a first pivoting direction (R1) and a second, opposing pivoting direction (R2) and which is designed so that, in a holding position (H) for holding the washware , it blocks pivoting in the first pivoting direction (R1) and in the second pivoting direction (R2), wherein, in the holding position (H), the holding element has been pivoted away from the side wall , characterised by a fastening element which is rigidly fastenable to the side wall of the dish rack , wherein the holding element is pivotably fastened to the fastening element .
Port electrical power supply substation comprising a metal enclosure housing a first compartment comprising a voltage transformer and a frequency-conversion compartment , characterized in that the substation comprises a second compartment comprising a voltage transformer, the enclosure housing the three compartments which are separated from one another by internal partitions, the frequency-conversion compartment being flanked by the first and the second compartment , the frequency-conversion compartment comprising: - air inlet means located on a bottom end part of the enclosure and provided with at least one filter ; - air outlet means located on a top end part of the enclosure ; - a ventilation device for causing the air to circulate in the enclosure and comprising extraction means associated with the air outlet means and at least one fan associated with the frequency-conversion means ; - a heating device ; - first means for measuring the temperature (T100, T200) in the enclosure and located in the region of the air outlet means ; - means for checking the environmental conditions inside the enclosure and for starting the frequency-conversion means when the environmental conditions are met, the checking of the environmental conditions including comparing the measured temperature (T200) against a limit value (T200_min); - means for regulating the temperature (T200) and able to control the speed of the extraction means and the heating device according to the measured temperature (T200). - air inlet means located on a bottom end part of the enclosure and provided with at least one filter ; - air outlet means located on a top end part of the enclosure ; - a ventilation device for causing the air to circulate in the enclosure and comprising extraction means associated with the air outlet means and at least one fan associated with the frequency-conversion means ; - a heating device ; - first means for measuring the temperature (T100, T200) in the enclosure and located in the region of the air outlet means ; - means for checking the environmental conditions inside the enclosure and for starting the frequency-conversion means when the environmental conditions are met, the checking of the environmental conditions including comparing the measured temperature (T200) against a limit value (T200_min); - means for regulating the temperature (T200) and able to control the speed of the extraction means and the heating device according to the measured temperature (T200).
A natural disintegrant composition in powder form exclusively consisting of natural polymers which comprises from about 30% to about 90% by weight of Psyllium Husk and about 20% to about 40% by weight of Oat Fiber, about 1% to about 20% by weight of at least one further component selected from Apple Fiber, Wheat Fiber, Pea Fiber, Cellulose Powder, Agave Powder, Bamboo Fiber, and a combination thereof (all weight percentages being based on the dry weight of the disintegrant composition).
Packaging for liquid foods comprising an outer casing of cardboard, the packaging further comprising : - an inner bag of plastic foil consisting of completely recyclable bio-polyethylene plastic, the inner bag being arranged inside the outer casing and completely filling the outer casing when the inner bag is filled with said liquid food, - an opening module, here called MF module , which contains an emptying device and a filling device arranged on a plastic disc , where the emptying device comprises an emptying channel and a stopper , and wherein the filling device comprises a filling channel and a plug , whereby the filling channel is arranged in the stopper of the emptying channel , furthermore the MF module is connected to the inner bag as the underside of the plastic disc is welded to the outer side of the inner bag in such a way that the emptying channel is connected to a hole in the inner bag , and the MF module is connected to the outer casing as the top tabs (6a and 6d) of the outer casing are attached to a circumferential slot along the edges of the plastic disc of the MF module. - an inner bag of plastic foil consisting of completely recyclable bio-polyethylene plastic, the inner bag being arranged inside the outer casing and completely filling the outer casing when the inner bag is filled with said liquid food, - an opening module, here called MF module , which contains an emptying device and a filling device arranged on a plastic disc , where the emptying device comprises an emptying channel and a stopper , and wherein the filling device comprises a filling channel and a plug , whereby the filling channel is arranged in the stopper of the emptying channel , furthermore the MF module is connected to the inner bag as the underside of the plastic disc is welded to the outer side of the inner bag in such a way that the emptying channel is connected to a hole in the inner bag , and the MF module is connected to the outer casing as the top tabs (6a and 6d) of the outer casing are attached to a circumferential slot along the edges of the plastic disc of the MF module.
Support structure associable in use to a portion of the human body and usable for supporting a surgical device, said support structure comprising at least one frame delimiting at least one opening defining an area of surgery, wherein said at least one frame has an upper support portion , and a lower portion , said support structure comprising connecting means of said at least one frame to said predefined portion of the human body, wherein said connecting means comprise at least one support operably connectable, in use, in a removable manner, to said at least one frame and to said predefined portion of the human body, without requiring any percutaneous intervention, said at least one support being configured to allow the removal of said at least one frame from said predefined portion of the human body and to provide a reference for the exact repositioning of said at least one frame along said predefined portion of the human body.