mhurhangee/patent-ind-claim-en huggingface dataset:
A system for monitoring an aircraft sowing anti-icing valve in an anti-icing assembly comprising the anti-icing valve located between an upstream pipe and a downstream pipe, wherein the anti-icing assembly is arranged so that when the wing anti-icing valve is open air is allowed to be supplied from the upstream pipe to the downstream pipe and to the aircraft wing, the system comprising: a time record device configured to record time for opening or closing the anti-icing valve; a data acquisition device configured to obtain the time for opening or closing the anti-icing valve recorded by the time record device; and a message generation device configured to generate an anti-icing valve performance message according to the time for opening or closing the anti-icing valve obtained by the data acquisition device, characterized in that the anti-icing valve performance message comprises a revised time for opening or closing the anti-icing valve, the revised time being determined by the following formula: the revised time = the time before revised + a * PD + b ; wherein PD refers to a bleed air pressure, a and b are revised parameters depending on the anti-icing valve system. a time record device configured to record time for opening or closing the anti-icing valve; a data acquisition device configured to obtain the time for opening or closing the anti-icing valve recorded by the time record device; and a message generation device configured to generate an anti-icing valve performance message according to the time for opening or closing the anti-icing valve obtained by the data acquisition device, characterized in that the anti-icing valve performance message comprises a revised time for opening or closing the anti-icing valve, the revised time being determined by the following formula: the revised time = the time before revised + a * PD + b ; wherein PD refers to a bleed air pressure, a and b are revised parameters depending on the anti-icing valve system.
An accessory for styling hair, designed to be attached on a blowing and heating device, comprising: - a cylindrical connector ; - a frustoconical mandrel , comprising a distal side and a proximal side , the distal side having a diameter greater than the proximal side , said proximal side being connected to the cylindrical connector , said mandrel comprising a plurality of air outlet orifices ; - a frustoconical deflector located inside the mandrel ; said cylindrical connector comprising an annular slot allowing, in use, a protective hot air knife to be generated around the mandrel . - a cylindrical connector ; - a frustoconical mandrel , comprising a distal side and a proximal side , the distal side having a diameter greater than the proximal side , said proximal side being connected to the cylindrical connector , said mandrel comprising a plurality of air outlet orifices ; - a frustoconical deflector located inside the mandrel ;
A drive mechanism for an injection device for setting and dispensing of a dose of a medicament, the drive mechanism comprising: - a tubular shaped housing component extending in an axial direction (z) and comprising an inner thread , - a tubular shaped display member having an outer thread engaged with the inner thread , and - a dose member axially displaceable between a dose setting position (S) and a dose dispensing position relative to the display member , - a clutch sleeve extending in axial direction (z), characterized in that - the display member comprises at least one blocking member on its outer circumference to axially engage with a blocking structure on an inside facing sidewall portion of the housing component to block an axial displacement of the dose member from the dose setting position (S) towards the dose dispensing position, - wherein the clutch sleeve is axially positioned between the blocking member and the dose member , and - wherein the blocking member comprises an inner protrusion extending radially inwardly from the display member to axially engage with the clutch sleeve . - a tubular shaped housing component extending in an axial direction (z) and comprising an inner thread , - a tubular shaped display member having an outer thread engaged with the inner thread , and - a dose member axially displaceable between a dose setting position (S) and a dose dispensing position relative to the display member , - a clutch sleeve extending in axial direction (z), characterized in that - the display member comprises at least one blocking member on its outer circumference to axially engage with a blocking structure on an inside facing sidewall portion of the housing component to block an axial displacement of the dose member from the dose setting position (S) towards the dose dispensing position, - wherein the clutch sleeve is axially positioned between the blocking member and the dose member , and - wherein the blocking member comprises an inner protrusion extending radially inwardly from the display member to axially engage with the clutch sleeve .
Apparatus (VO) having a first and a second busbar and an insulation means for electrically connecting to at least one electrical component (BE), wherein: - during electrical operation, the first and second busbar have a different potential (P+, P-) to one another, - the insulation means is arranged between the first and second busbar and has a first and a second insulation means opening , - the first busbar has a first busbar opening , provided as a first electrical connection , and a second busbar opening , - the second busbar has a third busbar opening , provided as a second electrical connection , and a fourth busbar opening , - the first insulation means opening , the first busbar opening and the fourth busbar opening overlap and - the second insulation means opening , the third busbar openings and the second busbar openings overlap, characterised in that - the insulation means has a first opening boundary of the first insulation means opening , which projects into the fourth busbar opening of the second busbar and - the insulation means has a second opening boundary of the second insulation means opening which projects into the second busbar opening of the first busbar . - during electrical operation, the first and second busbar have a different potential (P+, P-) to one another, - the insulation means is arranged between the first and second busbar and has a first and a second insulation means opening , - the first busbar has a first busbar opening , provided as a first electrical connection , and a second busbar opening , - the second busbar has a third busbar opening , provided as a second electrical connection , and a fourth busbar opening , - the first insulation means opening , the first busbar opening and the fourth busbar opening overlap and - the second insulation means opening , the third busbar openings and the second busbar openings overlap, characterised in that - the insulation means has a first opening boundary of the first insulation means opening , which projects into the fourth busbar opening of the second busbar and - the insulation means has a second opening boundary of the second insulation means opening which projects into the second busbar opening of the first busbar .
A process for preparing a C 3-6 (hydro)fluoroalkene comprising dehydrohalogenating a C 3-6 hydro(halo)fluoroalkane in the presence of a zinc/chromia catalyst, wherein the catalyst is amorphous, or from 0.1 to 50 % by weight of the catalyst is in the form of one or more crystalline compounds of chromium and/or one or more crystalline compounds of zinc, wherein the process is carried out at a temperature of greater than 300°C.
Door drive control for controlling a door drive connected to a leaf of a building door , wherein the door drive control is designed to control the door drive in an automatic mode, in which the leaf is moved by motor-driven actuation, and in a manual mode, in which the leaf is moved manually, wherein the door drive control includes a closing area detection device , designed to detect in manual mode whether the leaf during manual closing is moving into a closing area adjacent to the closed position, and includes a pulling device designed to control the door drive for motor-driven pulling of the leaf by driving the leaf into the closed position when the closing area detection device detects that the leaf is moving manually into the closing area or is located in the closing area during active manual mode, characterized in that the closing area is the area from the closed position to a reversal limit , wherein the reversal limit is a position near the closed position, separating a normal operating range reaching from the reversal limit to a maximum of the open end position from a closing area , wherein a power cut-off or a power cut-off and a subsequent reverse operation is active in the normal operating range in automatic mode and is inactive in the closing area . wherein the door drive control is designed to control the door drive in an automatic mode, in which the leaf is moved by motor-driven actuation, and in a manual mode, in which the leaf is moved manually, wherein the door drive control includes a closing area detection device , designed to detect in manual mode whether the leaf during manual closing is moving into a closing area adjacent to the closed position, and includes a pulling device designed to control the door drive for motor-driven pulling of the leaf by driving the leaf into the closed position when the closing area detection device detects that the leaf is moving manually into the closing area or is located in the closing area during active manual mode, characterized in that the closing area is the area from the closed position to a reversal limit , wherein the reversal limit is a position near the closed position, separating a normal operating range reaching from the reversal limit to a maximum of the open end position from a closing area , wherein a power cut-off or a power cut-off and a subsequent reverse operation is active in the normal operating range in automatic mode and is inactive in the closing area .
Device for securing a fitting , in particular a water fitting, in a receiving bore of a fitting carrier (T), having a fitting , having a tie bar engaging with the fitting , having a clamping nut screwed onto a threaded bolt and carrying a securing bar which is configured such that it can be guided through the receiving bore when the fitting is mounted, and which automatically assumes its blocking position after passage through the receiving bore , wherein the securing bar in its blocking position on the one hand and the fitting on the other hand can be braced with respect to each other with the tie bar for clamping a tap-hole edge , wherein the securing bar is configured in the manner of a folding pin, namely as a two-part folding lever having two folding lever arms , wherein folding lever arm axes (A) of the folding lever arms form an angle (α) of less than 180o in a projection plane as seen in the direction of the tie bar axis and the folding lever arms are held in the blocking position by means of a spring (F), characterised in that the folding lever arms are equipped with protective pieces (S) at least at the ends thereof, and in that the folding lever arms are equipped with spring elements (F) displacing the folding lever arms in the direction of their folded-out position, wherein the spring (F) of the two folding lever arms and the protective piece (S) at the end of the folding lever form a structural unit.
Cooling arrangement of a wind turbine , - with a nacelle of the wind turbine , - with a cooling device , which is arranged on top of the nacelle and which is prepared to remove heat of the wind turbine to the ambient air, - where the cooling device comprises a radiator segment and a support structure to support the radiator segment, - with a platform , which is located on top of the nacelle and which is prepared to be approached by a helicopter, - where the platform comprises a barrier , which surrounds at least a part of the platform , characterized in, - that the barrier comprises at least a part of the cooling device , - where at least a part of the radiator of the wind turbine is an integral part of the barrier . - with a nacelle of the wind turbine , - with a cooling device , which is arranged on top of the nacelle and which is prepared to remove heat of the wind turbine to the ambient air, - where the cooling device comprises a radiator segment and a support structure to support the radiator segment, - with a platform , which is located on top of the nacelle and which is prepared to be approached by a helicopter, - where the platform comprises a barrier , which surrounds at least a part of the platform , - that the barrier comprises at least a part of the cooling device , - where at least a part of the radiator of the wind turbine is an integral part of the barrier .
A battery management system comprising: a battery pack ; a first main relay electrically connected between the battery pack and a load; a first sub relay electrically connected between the battery pack and the load and in parallel with the first main relay; and a first control means and a second control means , different from the first control means , the first and second control means each adapted to operate the first main relay , and wherein the first control means comprises a battery management unit and the second control unit comprises an inverter controller ; wherein the second control means is adapted to operate the first sub relay , and the first control means is adapted to operate the first sub relay when the second control means is broken, wherein the first and second control means are adapted such that one of the first and second control means turns the first main relay on while the first sub relay is turned off when the battery pack is to be electrically connected to the load, and the first and second control means are adapted such that one of the first and second control means turns the first sub relay on when the battery pack is to be electrically disconnected from the load, and then the first and second control means are adapted such that one of the first or second control means turns the first main relay off and then turns the first sub relay off. a battery pack ; a first main relay electrically connected between the battery pack and a load; a first sub relay electrically connected between the battery pack and the load and in parallel with the first main relay; and a first control means and a second control means , different from the first control means , the first and second control means each adapted to operate the first main relay , and wherein the first control means comprises a battery management unit and the second control unit comprises an inverter controller ; wherein the second control means is adapted to operate the first sub relay , and the first control means is adapted to operate the first sub relay when the second control means is broken, wherein the first and second control means are adapted such that one of the first and second control means turns the first main relay on while the first sub relay is turned off when the battery pack is to be electrically connected to the load, and the first and second control means are adapted such that one of the first and second control means turns the first sub relay on when the battery pack is to be electrically disconnected from the load, and then the first and second control means are adapted such that one of the first or second control means turns the first main relay off and then turns the first sub relay off.
A method of delivering radio frequency electromagnetic energy to cook foodstuff in an enclosed cavity of a cooking device , the method comprising: generating, with a small signal generating component , a radio frequency signal at a first power level that is pulse width modulated at a predetermined switching frequency; amplifying the radio frequency signal to a second power level greater than the first power level with a radio frequency amplification component; and feeding the amplified radio frequency signal to the enclosed cavity; wherein the predetermined switching frequency is at least 10 times faster than the inverse thermal time constant of the foodstuff being cooked. generating, with a small signal generating component , a radio frequency signal at a first power level that is pulse width modulated at a predetermined switching frequency; amplifying the radio frequency signal to a second power level greater than the first power level with a radio frequency amplification component; and feeding the amplified radio frequency signal to the enclosed cavity; wherein the predetermined switching frequency is at least 10 times faster than the inverse thermal time constant of the foodstuff being cooked.
An alignment correction system comprising (a) a base having a base surface with one or more target locations, wherein each target location is fitted to receive a light-reflective object; (b) one or more light-reflective objects , each positioned at one of the target locations; and (c) a Cartesian robotic arm with a probe that is removably or permanently attached to it, wherein the probe is a light source and a sensor to detect reflected light, the probe positioned within a probe plane substantially parallel to a plane of the base and at a distance from the plane of the base, wherein the probe is configured to illuminate each target location with a beam of light and the sensor is configured to detect reflected light from any light-reflective object located at such target location to determine a position of the light-reflective object , wherein the Cartesian robotic arm is configured to position the probe over one of the light-reflective objects at one of the target locations, reposition the probe relative to the light-reflective object until the intensity of the reflected light is at a maximum amount, and record the position of the probe at the maximum amount for each target location having a light-reflective object thereat; wherein the alignment correction system is configured to determine an alignment error based on the data gathered from said repositioning of the probe and said recording of the position of the probe and a known reference point location of the one or more light-reflective objects . (a) a base having a base surface with one or more target locations, wherein each target location is fitted to receive a light-reflective object; (b) one or more light-reflective objects , each positioned at one of the target locations; and (c) a Cartesian robotic arm with a probe that is removably or permanently attached to it, wherein the probe is a light source and a sensor to detect reflected light, the probe positioned within a probe plane substantially parallel to a plane of the base and at a distance from the plane of the base, wherein the probe is configured to illuminate each target location with a beam of light and the sensor is configured to detect reflected light from any light-reflective object located at such target location to determine a position of the light-reflective object , wherein the Cartesian robotic arm is configured to position the probe over one of the light-reflective objects at one of the target locations, reposition the probe relative to the light-reflective object until the intensity of the reflected light is at a maximum amount, and record the position of the probe at the maximum amount for each target location having a light-reflective object thereat; wherein the alignment correction system is configured to determine an alignment error based on the data gathered from said repositioning of the probe and said recording of the position of the probe and a known reference point location of the one or more light-reflective objects .
A loading unit assembly for use with a surgical suturing apparatus , the loading unit assembly comprising: a body portion ; a support structure formed on the body portion and including: a first finger , a second finger and a third finger , all extending in a substantially parallel direction away from the body portion; wherein the second finger is adjacent to the first finger, the first and second fingers defining a first channel therebetween; and wherein the third finger defines a seat portion and a back portion , the seat and back portions facing the first and second fingers, wherein a second channel is defined between (i) the third finger and (ii) the first and second fingers; characterized in that each of the first and second fingers includes a tooth on a surface thereof, each tooth of the first and second fingers facing the seat portion and the back portion of the third finger, and in that the support structure is configured to releasably secure a surgical needle (300; 400) when loaded in the second channel and when in abutment with at least the seat portion, and when the teeth of the first and second fingers are engaged with grooves (335, 337; 435, 437) in the surgical needle. a body portion ; a support structure formed on the body portion and including: a first finger , a second finger and a third finger , all extending in a substantially parallel direction away from the body portion; wherein the second finger is adjacent to the first finger, the first and second fingers defining a first channel therebetween; and wherein the third finger defines a seat portion and a back portion , the seat and back portions facing the first and second fingers, wherein a second channel is defined between (i) the third finger and (ii) the first and second fingers; characterized in that each of the first and second fingers includes a tooth on a surface thereof, each tooth of the first and second fingers facing the seat portion and the back portion of the third finger, a first finger , a second finger and a third finger , all extending in a substantially parallel direction away from the body portion; wherein the second finger is adjacent to the first finger, the first and second fingers defining a first channel therebetween; and wherein the third finger defines a seat portion and a back portion , the seat and back portions facing the first and second fingers, wherein a second channel is defined between (i) the third finger and (ii) the first and second fingers; characterized in that each of the first and second fingers includes a tooth on a surface thereof, each tooth of the first and second fingers facing the seat portion and the back portion of the third finger, and in that the support structure is configured to releasably secure a surgical needle (300; 400) when loaded in the second channel and when in abutment with at least the seat portion, and when the teeth of the first and second fingers are engaged with grooves (335, 337; 435, 437) in the surgical needle.