mhurhangee/patent-ind-claim-en huggingface dataset:
An input device for control of a surgical device, the input device comprising: at least one articulated limb comprising a plurality of sequentially coupled portions , wherein two sequential portions are connected to each other at a joint ; a plurality of locking mechanisms ; at least one sensor configured for providing a signal relating to a level of contact of a user with the input device; a processor configured to: detect from said signal an insufficient level of contact; send, upon detection of an insufficient level of contact, a single control signal instructing locking of said plurality of locking mechanisms; wherein said processor is configured to detect an insufficient level of contact by comparing said signal with a threshold; said input device characterized in that each of said plurality of locking mechanisms is configured at said joint between said two sequentially coupled portions, said locking mechanism configured to frictionally hold said sequentially coupled portions in position, preventing relative movement between said sequentially coupled portions; and in that said locking mechanism is unlocked in response to operating a locking element by a user. at least one articulated limb comprising a plurality of sequentially coupled portions , wherein two sequential portions are connected to each other at a joint ; a plurality of locking mechanisms ; at least one sensor configured for providing a signal relating to a level of contact of a user with the input device; a processor configured to: detect from said signal an insufficient level of contact; send, upon detection of an insufficient level of contact, a single control signal instructing locking of said plurality of locking mechanisms; detect from said signal an insufficient level of contact; send, upon detection of an insufficient level of contact, a single control signal instructing locking of said plurality of locking mechanisms; wherein said processor is configured to detect an insufficient level of contact by comparing said signal with a threshold; said input device characterized in that each of said plurality of locking mechanisms is configured at said joint between said two sequentially coupled portions, said locking mechanism configured to frictionally hold said sequentially coupled portions in position, preventing relative movement between said sequentially coupled portions; and in that said locking mechanism is unlocked in response to operating a locking element by a user.
Dynamic determination method of the reference value (V ref ) of an automatic voltage regulator and/or controller for regulating an on-load tap changer device based on a pre-defined and/or calculated optimal voltage setpoint (V set ) and voltage measurements of the three phases (R, S and T), comprising at least one selection step (1, 1', 1") of at least one phase (R, S, T) for measurement and/or calculation of at least one reference value (V ref ), characterized in that the selection step (1, 1', 1") of at least one phase (R, S, T) is executed at each instant of application of an automatic regulation algorithm associated with the automatic voltage regulator and/or controller, selecting at each moment the phase (R), the phase (S), the phase (T) or the three phases (R, S, T) to measure and/or calculate the reference value (V ref ), so that the reference value (V ref ) can vary at different times.
A container cap for a container , the container cap being separable from the container after use, wherein the container cap is easily and separately collected, the container cap comprising: a cap body having a screw-coupling scheme, a display ring provided below the cap body ; a hinge and a plurality of bridges that connect the display ring to the cap body , and a cut slit enabling to keep the cap body connected to the display ring while the cap body is opened, the cut slit being provided below the hinge and being formed on a partial section of a circumference of a central portion of the display ring , wherein the display ring is divided into an upper display ring and a lower display ring by the cut slit , characterized in that the display ring has a cut part including cut bridges , the cut part being formed at one or both cut slit ends of the cut slit to a lower edge of the display ring , the cut part is formed vertically at one end or both ends of the lower display ring , and the display ring further has an anti-shock hole formed between an end of the cut slit and an end of the cut part , said anti-shock hole being in contact with the end of the cut slit , serving to concentrate a direction of force to the upper display ring , applied so as not to unintentionally cut the cut part when the display ring is divided into the upper display ring and the lower display ring by the cut slit and enlarges the connection length between the cap body and the display ring while being widened. a cap body having a screw-coupling scheme, a display ring provided below the cap body ; a hinge and a plurality of bridges that connect the display ring to the cap body , and a cut slit enabling to keep the cap body connected to the display ring while the cap body is opened, the cut slit being provided below the hinge and being formed on a partial section of a circumference of a central portion of the display ring , wherein the display ring is divided into an upper display ring and a lower display ring by the cut slit , characterized in that the display ring has a cut part including cut bridges , the cut part being formed at one or both cut slit ends of the cut slit to a lower edge of the display ring , the cut part is formed vertically at one end or both ends of the lower display ring , and the display ring further has an anti-shock hole formed between an end of the cut slit and an end of the cut part , said anti-shock hole being in contact with the end of the cut slit , serving to concentrate a direction of force to the upper display ring , applied so as not to unintentionally cut the cut part when the display ring is divided into the upper display ring and the lower display ring by the cut slit and enlarges the connection length between the cap body and the display ring while being widened.
An air conditioner comprising: an air conditioner body comprising an electrical component box containing an electrical component; a drawn portion formed in the air conditioner body to be swollen and configured to closely contact the electrical component box ; a projection provided in one of the air conditioner body and the electrical component box by a cut-and-raised process; a hole which is provided in the other one of the air conditioner body and the electrical component box , to which the projection is fitted and which is slid along the drawn portion of the air conditioner body and hooked onto the projection ; and an attaching portion for screwing and fixing the electrical component box to the air conditioner body at a position at which the projection is hooked onto the hole , characterized in that the projection is in the shape of a rectangle and includes two connecting sides which are orthogonally continuous with each other and are connected to one of the air conditioner body and the electrical component box , and two separated sides which are orthogonally continuous with each other and are separated from one of the air conditioner body and the electrical component box , and the hole includes a rectangular hole which opens to be fitted to the projection , and a fitting notch which is cut from a part of the rectangular hole , and the fitting notch , to which one of the connecting sides of the projection is fitted when the electrical component box is slid, is hooked onto the connecting side . an air conditioner body comprising an electrical component box containing an electrical component; a drawn portion formed in the air conditioner body to be swollen and configured to closely contact the electrical component box ; a projection provided in one of the air conditioner body and the electrical component box by a cut-and-raised process; a hole which is provided in the other one of the air conditioner body and the electrical component box , to which the projection is fitted and which is slid along the drawn portion of the air conditioner body and hooked onto the projection ; and an attaching portion for screwing and fixing the electrical component box to the air conditioner body at a position at which the projection is hooked onto the hole , characterized in that the projection is in the shape of a rectangle and includes two connecting sides which are orthogonally continuous with each other and are connected to one of the air conditioner body and the electrical component box , and two separated sides which are orthogonally continuous with each other and are separated from one of the air conditioner body and the electrical component box , and the hole includes a rectangular hole which opens to be fitted to the projection , and a fitting notch which is cut from a part of the rectangular hole , and the fitting notch , to which one of the connecting sides of the projection is fitted when the electrical component box is slid, is hooked onto the connecting side .
A method for regulating the combustible air/gas mixture fed to a burner, said method consisting of measuring a flame signal correlated with the composition of said mixture, said air and said gas being fed by corresponding feed members such as a fan for the air and a valve for the gas, which are controlled by combustion control means arranged to control and regulate combustion on the basis of a working set point value of the flame signal, during burner operation modifying the mixture feed conditions within a narrow time interval such as to obtain a flame signal variation, characterised in that said narrow time interval is defined on the basis of the system thermal inertias, a ratio between values of the flame signal at the end and at the beginning of said interval being compared with a predetermined reference value, the comparison being carried out by evaluating the deviation of the flame signal values measured at the end and at the beginning of said interval from the reference value, the reference value being an expected value of the variation of said flame signal ratio defined at the design stage and specific for the variation in the feed conditions of the prechosen combustible mixture on the basis of the deviation of the above ratio from said reference value, recalculating a new working set point value of the flame signal and, consequent on this recalculation, possibly regulating the mixture air or gas, with this new set point value there being compared a subsequent ratio between flame signal values obtained during a subsequent time interval in which the mixture feed conditions are again modified to control the combustion.
A nanoparticulate aerosol generator comprising: a compressed gas reservoir , a nanoparticulate material receptacle and a shut-off valve , wherein the compressed gas reservoir is connected to the nanoparticulate material receptacle through the shut-off valve , wherein said receptacle comprises an outlet hole for releasing nanoparticulate aerosol, characterized in that the compressed gas reservoir comprises a receptacle having a volume comprised between 30 and 50 cm 3 , with gas stored at a pressure of 7-10 barg, the generator further comprises a pressurized aerosol distribution chamber , and wherein the outlet hole of said nanoparticulate material receptacle is connected to or inserted into the pressurized aerosol distribution chamber , and wherein the generator is configured such that by opening the shut-off valve , compressed air can instantaneously be released from the compressed gas reservoir to drive nanoparticulate material through the outlet hole into the pressurized aerosol distribution chamber , and wherein the pressurized aerosol distribution chamber is adapted to maintain nanoparticulate aerosol at its interior within a controlled pressure, and it is equipped with a hole for the exit of said nanoparticulate aerosol out of the pressurized aerosol distribution chamber . a compressed gas reservoir , a nanoparticulate material receptacle and a shut-off valve , wherein the compressed gas reservoir is connected to the nanoparticulate material receptacle through the shut-off valve , wherein said receptacle comprises an outlet hole for releasing nanoparticulate aerosol, characterized in that the compressed gas reservoir comprises a receptacle having a volume comprised between 30 and 50 cm 3 , with gas stored at a pressure of 7-10 barg, the generator further comprises a pressurized aerosol distribution chamber , and wherein the outlet hole of said nanoparticulate material receptacle is connected to or inserted into the pressurized aerosol distribution chamber , and wherein the generator is configured such that by opening the shut-off valve , compressed air can instantaneously be released from the compressed gas reservoir to drive nanoparticulate material through the outlet hole into the pressurized aerosol distribution chamber , and wherein the pressurized aerosol distribution chamber is adapted to maintain nanoparticulate aerosol at its interior within a controlled pressure, and it is equipped with a hole for the exit of said nanoparticulate aerosol out of the pressurized aerosol distribution chamber .
A polypropylene sheet comprising at least 90.0 wt.-% of a metallocene catalysed propylene-C 4 -C 12 -α-olefin random copolymer with a-1) a C 4 -C 12 -α-olefin content in the range of from 1.0 to 6.0 wt.-%, based on the total weight of the propylene-C 4 -C 12 -α-olefin random copolymer, a-2) an MFR 2 (230°C, 2.16kg, ISO 1133) in a range of from 2.0 to 20.0 g/10 min, a-3) a melting temperature Tm (DSC) in the range of from 125°C to 150°C, and a-4) a xylene cold soluble (XCS) amount in the range of 0.3 to 2.5 wt.-% (measured according to ISO 16152, 2005, at 25°C) and wherein the sheet has a thickness of 100 to 1000 μm. at least 90.0 wt.-% of a metallocene catalysed propylene-C 4 -C 12 -α-olefin random copolymer with a-1) a C 4 -C 12 -α-olefin content in the range of from 1.0 to 6.0 wt.-%, based on the total weight of the propylene-C 4 -C 12 -α-olefin random copolymer, a-2) an MFR 2 (230°C, 2.16kg, ISO 1133) in a range of from 2.0 to 20.0 g/10 min, a-3) a melting temperature Tm (DSC) in the range of from 125°C to 150°C, and a-4) a xylene cold soluble (XCS) amount in the range of 0.3 to 2.5 wt.-% (measured according to ISO 16152, 2005, at 25°C) and a-1) a C 4 -C 12 -α-olefin content in the range of from 1.0 to 6.0 wt.-%, based on the total weight of the propylene-C 4 -C 12 -α-olefin random copolymer, a-2) an MFR 2 (230°C, 2.16kg, ISO 1133) in a range of from 2.0 to 20.0 g/10 min, a-3) a melting temperature Tm (DSC) in the range of from 125°C to 150°C, and a-4) a xylene cold soluble (XCS) amount in the range of 0.3 to 2.5 wt.-% (measured according to ISO 16152, 2005, at 25°C) and wherein the sheet has a thickness of 100 to 1000 μm.
A wireless transmit/receive unit, WTRU, comprising: circuitry configured to: receive a physical downlink control channel, PDCCH, order, wherein the PDCCH order includes a carrier indicator field; transmit, in response to the PDCCH order, a random access preamble on a selected uplink component carrier, selected from a plurality of component carriers, the selected uplink component carrier indicated by the carrier indicator field, wherein the selected uplink component carrier indicated by the carrier indicator field is a member of a group of component carriers of the plurality of component carriers, and further wherein the group of component carriers have a same timing alignment, TA; receive a random access response, RAR, based on a random access radio network temporary identifier, RA-RNTI, on a primary downlink component carrier in response to the random access preamble, wherein the RA-RNTI is a function t_id, f_id, and carrier_id, wherein the t_id is a time index of a first time resource of the specified PRACH, f_id is a frequency index of the specified PRACH, and the carrier_id is an index of the selected uplink component carrier; and use a timing advance to adjust uplink transmission timing of a transmission via a component carrier of the group of component carriers. receive a physical downlink control channel, PDCCH, order, wherein the PDCCH order includes a carrier indicator field; transmit, in response to the PDCCH order, a random access preamble on a selected uplink component carrier, selected from a plurality of component carriers, the selected uplink component carrier indicated by the carrier indicator field, wherein the selected uplink component carrier indicated by the carrier indicator field is a member of a group of component carriers of the plurality of component carriers, and further wherein the group of component carriers have a same timing alignment, TA; receive a random access response, RAR, based on a random access radio network temporary identifier, RA-RNTI, on a primary downlink component carrier in response to the random access preamble, wherein the RA-RNTI is a function t_id, f_id, and carrier_id, wherein the t_id is a time index of a first time resource of the specified PRACH, f_id is a frequency index of the specified PRACH, and the carrier_id is an index of the selected uplink component carrier; and use a timing advance to adjust uplink transmission timing of a transmission via a component carrier of the group of component carriers.
A normal flow filtration cassette stackable with like cassettes, said cassette comprising: at least three port conduits ; an inlet chamber in fluid communication at least with a first of said port conduits ; an outlet chamber in fluid communication at least with a second of the port conduits ; and a filter medium between said inlet chamber and said outlet chamber, wherein said at least three port conduits are each in fluid communication with a corresponding inlet port and are each in fluid communication also with one of a corresponding set of outlet ports , and wherein each of said set of inlet ports (8,9 10) is arranged to cooperate with a respective complementary outlet port of an adjacent like cassette when in a stack and said outlet ports are each arranged to cooperate with a respective complementary inlet port of a further adjacent like cassette when in a stack, wherein a third port conduit of the at least three port conduits is fluidly isolated from the inlet chamber and the outlet chamber . at least three port conduits ; an inlet chamber in fluid communication at least with a first of said port conduits ; an outlet chamber in fluid communication at least with a second of the port conduits ; and a filter medium between said inlet chamber and said outlet chamber, wherein said at least three port conduits are each in fluid communication with a corresponding inlet port and are each in fluid communication also with one of a corresponding set of outlet ports , and wherein each of said set of inlet ports (8,9 10) is arranged to cooperate with a respective complementary outlet port of an adjacent like cassette when in a stack and said outlet ports are each arranged to cooperate with a respective complementary inlet port of a further adjacent like cassette when in a stack, wherein a third port conduit of the at least three port conduits is fluidly isolated from the inlet chamber and the outlet chamber .
Composition comprising: - 70% to 90% by mass of ethylene-vinyl acetate copolymer relative to the mass of said composition, the vinyl acetate representing between 15% and 40% by mass of said copolymer, and - 10% to 30% by mass of terpolymer: - of ethylene; - of ethyl acrylate, of methyl acrylate, of vinyl acetate or of a mixture thereof; - of maleic anhydride relative to the mass of said composition. - 70% to 90% by mass of ethylene-vinyl acetate copolymer relative to the mass of said composition, the vinyl acetate representing between 15% and 40% by mass of said copolymer, and - 10% to 30% by mass of terpolymer: - of ethylene; - of ethyl acrylate, of methyl acrylate, of vinyl acetate or of a mixture thereof; - of ethylene; - of ethyl acrylate, of methyl acrylate, of vinyl acetate or of a mixture thereof; - of maleic anhydride relative to the mass of said composition.
A fan module for aircraft propulsion systems, the fan module comprising a fan rotor configured for rotation about a central axis; a vane ring mounted for rotation about the central axis, and a power supply system ; the fan module characterized in that the vane ring is located aft of the fan rotor and includes a plurality of airfoils arranged to interact with the thrust discharged by the fan rotor so that the thrust drives rotation of the vane ring ; and the power supply system includes: a generator coupled to the vane ring configured to produce electrical power in response to rotation of the vane ring , and a brake coupled to the vane ring configured to block or permit rotation of the vane ring .
A propulsion unit for an aircraft comprising a nacelle comprising a turbojet engine supported by a pylon , said nacelle comprising: - an outer fairing , - an inner fixed structure delimiting, together with the outer fairing , an annular space in which a cold air flow path can circulate, and - a sealing gasket positioned between the inner fixed structure and the pylon , said sealing gasket being intended to separate a cold pylon area from a hot engine area , the propulsion unit comprising: - a ventilation device allowing diverting a cold air portion from the cold air flow path up to the sealing gasket to ventilate it, the ventilation device comprising a ventilation channel transversely crossing the inner fixed structure , the ventilation channel comprising a cold air inlet opening into the cold air flow path and a cold air outlet opening into a ventilation space formed between the inner fixed structure and the pylon , in the vicinity of the sealing gasket , and - a gasket support positioned within the ventilation space , the gasket support comprising a lower portion fastened to the inner fixed structure , an upper portion supporting the sealing gasket and a cavity into which opens the cold air outlet of the ventilation channel , the ventilation device comprising at least one ventilation orifice crossing the upper portion of the gasket support , the cold air portion circulating from the ventilation channel towards the cavity before coming out through the ventilation orifice . - an outer fairing , - an inner fixed structure delimiting, together with the outer fairing , an annular space in which a cold air flow path can circulate, and - a sealing gasket positioned between the inner fixed structure and the pylon , said sealing gasket being intended to separate a cold pylon area from a hot engine area , - a ventilation device allowing diverting a cold air portion from the cold air flow path up to the sealing gasket to ventilate it, the ventilation device comprising a ventilation channel transversely crossing the inner fixed structure , the ventilation channel comprising a cold air inlet opening into the cold air flow path and a cold air outlet opening into a ventilation space formed between the inner fixed structure and the pylon , in the vicinity of the sealing gasket , and - a gasket support positioned within the ventilation space , the gasket support comprising a lower portion fastened to the inner fixed structure , an upper portion supporting the sealing gasket and a cavity into which opens the cold air outlet of the ventilation channel , the ventilation device comprising at least one ventilation orifice crossing the upper portion of the gasket support , the cold air portion circulating from the ventilation channel towards the cavity before coming out through the ventilation orifice .