mhurhangee/patent-ind-claim-en huggingface dataset:
A nasal cannula system, comprising: a nasal body having a pair of nasal prongs configured for insertion into nasal passages when worn by a patient ; an elongated gas delivery tube communicatingly connected to the nasal body , wherein the gas delivery tube has a generally flat side joined to a generally curved side that together form a passageway therebetween having a semi-circular cross-section; wherein the nasal body has a tube connector for connection to the gas delivery tube , wherein the tube connector has a generally flat side joined to a generally curved side forming a semi-circular cross-section configured for sliding reception of the gas delivery tube ; the system has further an internal rib extending along a length of the gas delivery tube , spanning from the generally flat side to the generally curved side , wherein the internal rib is discontinuous along the length of the gas delivery tube so as to allow fluid communication between regions of the passageway on opposite sides of the internal rib ; and wherein the tube connector has a flat exterior side corresponding to the generally flat side thereof, and the gas delivery tube has a flat exterior side corresponding to the generally flat side thereof, with both the flat exterior side of the tube connector and the flat exterior side of the gas delivery tube are configured to lay against a patient's skin when worn. a nasal body having a pair of nasal prongs configured for insertion into nasal passages when worn by a patient ; an elongated gas delivery tube communicatingly connected to the nasal body , wherein the gas delivery tube has a generally flat side joined to a generally curved side that together form a passageway therebetween having a semi-circular cross-section; wherein the nasal body has a tube connector for connection to the gas delivery tube , wherein the tube connector has a generally flat side joined to a generally curved side forming a semi-circular cross-section configured for sliding reception of the gas delivery tube ; the system has further an internal rib extending along a length of the gas delivery tube , spanning from the generally flat side to the generally curved side , wherein the internal rib is discontinuous along the length of the gas delivery tube so as to allow fluid communication between regions of the passageway on opposite sides of the internal rib ; and wherein the tube connector has a flat exterior side corresponding to the generally flat side thereof, and the gas delivery tube has a flat exterior side corresponding to the generally flat side thereof, with both the flat exterior side of the tube connector and the flat exterior side of the gas delivery tube are configured to lay against a patient's skin when worn.
A container, comprising: a body having a bottom wall and a side wall , the bottom wall and the side wall defining an internal storage compartment adapted for storage of a product, the side wall having an outer peripheral surface ; a cover configured to be removably engaged with the body , the cover having a top wall and a peripheral flange having an inner surface , the inner surface being configured to interact with the body when the cover is received over the outer peripheral surface of the side wall so as to form an interface; a label configured to substantially cover at least a portion of the interface, wherein the label comprises a tear thread positioned between an outer surface of the container and a rear surface of the label ; wherein the rear surface of the label includes a region comprising an adhesive material, characterized in that the rear surface also includes a region where the tear thread is aligned with the label and with an absence of an adhesive material such that the tear thread could enable tearing of the label up to or down to an adhesive line so as to enable opening of the container at the interface. a body having a bottom wall and a side wall , the bottom wall and the side wall defining an internal storage compartment adapted for storage of a product, the side wall having an outer peripheral surface ; a cover configured to be removably engaged with the body , the cover having a top wall and a peripheral flange having an inner surface , the inner surface being configured to interact with the body when the cover is received over the outer peripheral surface of the side wall so as to form an interface; a label configured to substantially cover at least a portion of the interface, wherein the label comprises a tear thread positioned between an outer surface of the container and a rear surface of the label ; wherein the rear surface of the label includes a region comprising an adhesive material, characterized in that the rear surface also includes a region where the tear thread is aligned with the label and with an absence of an adhesive material such that the tear thread could enable tearing of the label up to or down to an adhesive line so as to enable opening of the container at the interface.
Method for storing tyre pressure values of vehicle tyres , having at least the following steps: a) providing vehicle tyres , each having a tyre module , the tyre module comprising at least one tyre pressure sensor, b) regularly measuring the tyre pressure at predefined time intervals, characterized by c) transmitting the individual pressure values to a memory unit on the tyre module , d) assigning the respective pressure value to a defined pressure interval, e) storing the respective measured pressure values with a counter system on the memory unit , the counter system being used to record the frequency of pressure values in the respectively defined pressure interval, f) initiating an assessment in relation to a specific tyre property or in relation to a specific vehicle property. a) providing vehicle tyres , each having a tyre module , the tyre module comprising at least one tyre pressure sensor, b) regularly measuring the tyre pressure at predefined time intervals, characterized by c) transmitting the individual pressure values to a memory unit on the tyre module , d) assigning the respective pressure value to a defined pressure interval, e) storing the respective measured pressure values with a counter system on the memory unit , the counter system being used to record the frequency of pressure values in the respectively defined pressure interval, f) initiating an assessment in relation to a specific tyre property or in relation to a specific vehicle property.
A method of performing a vehicle-to-X, V2X, communication based on a short transmission time interval, S-TTI, compared to a legacy TTI, L-TTI, in a wireless communication system, the method performed by a user equipment, UE , comprising: generating a demodulation reference signal, DMRS, sequence; and performing the V2X communication on the S-TTI based on generating the DMRS sequence, wherein the L-TTI corresponds to a plurality of S-TTIs, wherein the DMRS sequence is generated based on DMRS sequence information, wherein the DMRS sequence information is determined in unit of the S-TTI, wherein, based on the DMRS sequence information being determined in unit of the S-TTI, the DMRS sequence information has a different value for each of the plurality of S-TTIs, wherein the different value sequentially increases in one frame, wherein the DMRS sequence information follows the equation below, the DMRS sequence information = (N*K+Q-1), wherein the N is a value of an index of the L-TTI in the one frame, wherein the N is equal to or greater than 0 and is equal to or smaller than 9, wherein the K is a value of a number of the plurality of S-TTIs included in the L-TTI, wherein the K is a positive integer, wherein the Q is a value of an index of the S-TTI in the L-TTI, and wherein the Q has a value equal to or smaller than the K. generating a demodulation reference signal, DMRS, sequence; and performing the V2X communication on the S-TTI based on generating the DMRS sequence, wherein the L-TTI corresponds to a plurality of S-TTIs, wherein the DMRS sequence is generated based on DMRS sequence information, wherein the DMRS sequence information is determined in unit of the S-TTI, wherein, based on the DMRS sequence information being determined in unit of the S-TTI, the DMRS sequence information has a different value for each of the plurality of S-TTIs, wherein the different value sequentially increases in one frame, wherein the DMRS sequence information follows the equation below, the DMRS sequence information = (N*K+Q-1), wherein the N is a value of an index of the L-TTI in the one frame, wherein the N is equal to or greater than 0 and is equal to or smaller than 9, wherein the K is a value of a number of the plurality of S-TTIs included in the L-TTI, wherein the K is a positive integer, wherein the Q is a value of an index of the S-TTI in the L-TTI, and wherein the Q has a value equal to or smaller than the K.
Suction device for the removal of muddy and/or viscous sediment stratified on the bottom of a storage tank comprising a volumetric pump on board a self-propelled remote controlled vehicle able to move inside a tank without the supervision of an operator, whose delivery piping, of the aforesaid pump, presses the material to be conveyed outside the tank to be cleaned, and whose suction pipe is continuously fed with material to be removed from a pre-treatment system of the foundations, where said pre-treatment system located near the suction mouth of the aforesaid pump and comprising at least one rotating tool , such as for example a screw, or a series of spaced apart and coaxial discs, supported by at least one movable arm , capable of bringing said rotary tool closer to and away from at least one suction mouth of the suction pipe, characterised in that the movable arm has a continuous confinement wall and said confinement wall extends from the movable arm to the bottom of the tank and ends with a scraper consisting of a flexible rubber/plastic scraping profile which scrapes the bottom of the tank.
A tandem cumulative shot comprising a composite housing, said composite housing hosting in its front part a forearm and a primary warhead , wherein the forearm comprises a cumulative warhead and an auxiliary jet engine between the cumulative warhead and the primary warhead, whereby the auxiliary jet engine is connected to the primary warhead by means of a bottom bushing , whereby the cumulative warhead and the primary warhead are equipped with identical piezo-electric front and bottom blasting devices, wherein, at the rear end of the primary warhead , a drive unit consisting of a primary jet engine and a gunpowder starting charge with a stabilizer is mounted, wherein, inside the primary warhead , the piezo-electric front blasting device of the primary warhead is located which is connected by an electrical connection to the piezo-electric bottom blasting device of the primary warhead , wherein the piezoelectric front blasting device of the forearm is connected to the piezo-electric bottom blasting device of the forearm by means of an electrical connection and whereby the piezo-electric front blasting device of the forearm is mounted in the front part of the forearm , wherein the front blasting device of the forearm is shaped under a spherical face surface, wherein the gunpowder starting charge with a stabilizer having a stem inside of which flat, tangentially tapering nibs are mounted using hinges, wherein a turbine with ribs formed in a helical line is mounted behind the stabilizer. wherein the forearm comprises a cumulative warhead and an auxiliary jet engine between the cumulative warhead and the primary warhead, whereby the auxiliary jet engine is connected to the primary warhead by means of a bottom bushing , whereby the cumulative warhead and the primary warhead are equipped with identical piezo-electric front and bottom blasting devices, wherein, at the rear end of the primary warhead , a drive unit consisting of a primary jet engine and a gunpowder starting charge with a stabilizer is mounted, wherein, inside the primary warhead , the piezo-electric front blasting device of the primary warhead is located which is connected by an electrical connection to the piezo-electric bottom blasting device of the primary warhead , wherein the piezoelectric front blasting device of the forearm is connected to the piezo-electric bottom blasting device of the forearm by means of an electrical connection and whereby the piezo-electric front blasting device of the forearm is mounted in the front part of the forearm , wherein the front blasting device of the forearm is shaped under a spherical face surface, wherein the gunpowder starting charge with a stabilizer having a stem inside of which flat, tangentially tapering nibs are mounted using hinges, wherein a turbine with ribs formed in a helical line is mounted behind the stabilizer.
Ventilation box for ventilating the passenger compartment of a vehicle, said ventilation box having a first lateral face and a second lateral face which are spaced apart from one another in a transverse direction (Y), the ventilation box defining internally a plurality of ducts which are placed side by side in a longitudinal direction (X) perpendicular to the transverse direction (Y), each duct opening in the first lateral face through a first opening and in the second lateral face through a second opening , the ventilation box comprising a frame which surrounds the ducts , said frame extending in a longitudinal plane which is substantially perpendicular to the transverse direction (Y), and a plate which defines a base of the ducts , said plate extending transversely from the first lateral face to the second lateral face , characterised in that each duct comprises a duct portion having a main section, taken in a main plane parallel to the transverse direction (Y), in the form of a chicane, and in that said plate is inclined relative to the frame and forms in particular with the frame , in a transverse plane perpendicular to the longitudinal direction (X), an angle (γ) of between 0 and 45°, preferably between 10° and 45°.
Outlet sluice for a tabletting machine comprising a first channel and one or more further channels for accommodating pressed articles, wherein the outlet sluice comprises a first upper level and a second lower level , wherein the two levels are provided arranged one over the other and the first upper level comprises the first channel , as well as inlets for the further channels , wherein the outlet sluice comprises one or more sorting devices , which are configured to release or block at least some of these inlets, by which the pressed articles are divided into subsets of pressed articles.
A server-implemented method of selecting rowsets to compact in a tablet storing data associated with a distributed file system, "DFS", wherein each rowset has rows and columns in which keys of byte strings are stored, each key having a value, the method comprising: restricting, by a server, each rowset in a plurality of rowsets included in the tablet to have a size less than a predetermined size threshold, wherein each rowset stores keys spanning a range of values that is less than or equal to a keyspace of the tablet ; determining a height of the tablet across the keyspace, wherein the height of the tablet is based on a number of rowsets having overlapping key ranges; determining a rowset width of the each rowset in the keyspace of the tablet , wherein the rowset width of each rowset is proportional to the percentage of the keyspace spanned by the rowset; until a minimum operational cost is reached, selecting as an output of the compaction, a subset of rowsets which provide the minimum operational cost in terms of input/output, "I/O", after compaction, wherein the operational cost after compaction is calculated by integrating the rowset width of each rowset included in the tablet across the height of the tablet for the tablet that would result from performing the compaction, wherein the operational cost is proportional to the size of each rowset, and wherein the selection of rowsets to compact is performed while maintaining a given predetermined I/O budget; and selecting, by the server, the two or more rowsets for compaction based on the two or more rowsets which, when compacted, result in the minimum operational cost in terms of I/O after compaction. restricting, by a server, each rowset in a plurality of rowsets included in the tablet to have a size less than a predetermined size threshold, wherein each rowset stores keys spanning a range of values that is less than or equal to a keyspace of the tablet ; determining a height of the tablet across the keyspace, wherein the height of the tablet is based on a number of rowsets having overlapping key ranges; determining a rowset width of the each rowset in the keyspace of the tablet , wherein the rowset width of each rowset is proportional to the percentage of the keyspace spanned by the rowset; until a minimum operational cost is reached, selecting as an output of the compaction, a subset of rowsets which provide the minimum operational cost in terms of input/output, "I/O", after compaction, wherein the operational cost after compaction is calculated by integrating the rowset width of each rowset included in the tablet across the height of the tablet for the tablet that would result from performing the compaction, wherein the operational cost is proportional to the size of each rowset, and wherein the selection of rowsets to compact is performed while maintaining a given predetermined I/O budget; and selecting, by the server, the two or more rowsets for compaction based on the two or more rowsets which, when compacted, result in the minimum operational cost in terms of I/O after compaction.
A crosslinking agent compound represented by any one of the following Chemical Formulae 1-1 to 1-3:
A nacelle for a gas turbine engine connected when in use to an aircraft by a pylon structure , the nacelle comprising: an upper bifurcation ; a lower bifurcation ; a fan duct inner structure extending between the upper and lower bifurcations ; a core compartment enclosing an engine core of the gas turbine engine ; and a core compartment ventilation device in fluid communication with the core compartment , the core compartment ventilation device comprising: a fireproof sealing member ; and a chimney in fluid communication with the fireproof sealing member for conducting hot air therefrom, characterised in that : the core compartment ventilation device is configured to cause a chimney effect to draw cooling air into the core compartment through the lower bifurcation . an upper bifurcation ; a lower bifurcation ; a fan duct inner structure extending between the upper and lower bifurcations ; a core compartment enclosing an engine core of the gas turbine engine ; and a core compartment ventilation device in fluid communication with the core compartment , the core compartment ventilation device comprising: a fireproof sealing member ; and a chimney in fluid communication with the fireproof sealing member for conducting hot air therefrom, characterised in that : the core compartment ventilation device is configured to cause a chimney effect to draw cooling air into the core compartment through the lower bifurcation . a fireproof sealing member ; and a chimney in fluid communication with the fireproof sealing member for conducting hot air therefrom, characterised in that : the core compartment ventilation device is configured to cause a chimney effect to draw cooling air into the core compartment through the lower bifurcation .
Method for protecting an FPGA against an unauthorised use of the RTL source code, wherein the FPGA consists of many logic elements (LE), which are able to be interconnected via a grid, wherein a logic element (LE) contains one logic circuit (L; L1,L2,L3) and one register (R1) in each case, wherein, by way of a synthesis tool from the RTL source code, the configuration data is generated, which is loaded when connecting the supply voltage of the FPGA to the logic circuits (L; L1,L2,L3) and the registers (R1,R2), characterised in that at least one logic element (LE) is selected; that a command, in the form of a synthesis condition, is supplied to the synthesis tool in addition to the RTL source code when generating the configuration data; and that, by way of the synthesis tool, the command defines at least one signal path (S) for the at least one selected logic element (LE), such that during operation of the FPGA on this signal path, a transit time arises which is longer than a clock cycle of the FPGA, wherein said command also specifies the extent to which an overrun is permissible.
Connection set comprising a first connection box unit and a second box unit, these first and second box units being provided respectively with a first and a second fastening means, complementing each other and cooperating to fasten the first and second box units together , wherein said first connection box unit includes a blocking component , mobile between a blocking position, in which it is locked and prevents the cooperation of the respective means of fastening of the box units , and an unblocking position, in which it authorizes the cooperation of these fastening means , the blocking component being unlocked by the interaction of the blocking component with a marker present on the second box unit , said marker interacting with the blocking component when the first and the second box units are in a position for connection, in order to unlock the blocking component , and thus to authorize its passage from its blocking position to its unblocking position, wherein the fastening means comprise a thread cavity and a screw rod; characterized in that the marker comprises a finger with a hook , and wherein the blocking component is installed near a hole provided in the first box unit , wherein the blocking component is composed by a tab and a push button , the tab being provided with fins to cooperate with projections , wherein in the blocking position, the push button obstructs the hole and opposes the installation of the screw into the threaded cavity , wherein when the blocking component moves, the second fin places itself under the hook of the finger of the marker , which causes the push button to rise up and causing a force holding the blocking component in the unblocking position, as well as holding the first and second box units in place for fastening tight the screw rod in the cavity .