FPJourne added a new Chronographe Monopoussoir Rattrapante to the lineSport sports series. This watch is equipped with a newly developed time tracking device and a large calendar display, and is equipped with platinum, 18K red gold and 5 grade titanium three, all equipped with a 44 mm diameter case, the case thickness of only 12 mm; Platinum and red gold models are equipped with 18K red gold movements, while titanium watches have built-in aluminum alloy movements.
Each of the three models is linked with a chain, in which the platinum and red gold watches are matched with platinum and red gold bracelets respectively, and the bracelets are frosted. As with other lineSport sports watches, the watch case and the ends of each bracelet link are adorned with rubber trim to protect the watch against sudden shocks and impacts. In addition, the folding clasp is equipped with an adjustable device that can make an adjustment of about 5 mm, so that the watch can better fit the wrist.
The watch has a power reserve of not less than 80 hours. Therefore, even if the watch has been gone for two days, it has enough power to start the timing and recovery tracking function. The watch is also equipped with a large calendar window measuring 5.20 x 2.80 mm.
All three watches are equipped with dials in different colours:
- The platinum watch features a blue-purple silver dial with guilloché guilloche and matt white gold inlaid hour figures. Two silver dials and rhodium-plated hands are also provided.
- The red gold watch features a rhodium-plated silver dial with guilloché guilloché and matt red gold inset hour digits. Two silver dials and gold-plated hands are also provided.
- As for the titanium watch, it is equipped with an amethyst-grey aluminum alloy dial and inlaid hour figures. There are two small sapphire dials. Hour figures and hands are adorned with Superluminova luminous coatings.
There is a speedometer on the bezel, and the design of its digital scale is exactly the same as the watch created by FPJourne for Only Watch.
The three-piece crown is also covered with rubber:
- Position 1 (original position): On the chain
- Position 2: Set date
- Position 3: Set time
The material of the button is the same as the case:
- Start timing, stop, zero reset button at 2 o'clock
- Chasing stitch timer is set at 4 o'clock
The watch is powered by the newly developed 1518 manual winding movement by FPJourne and assembled entirely by the watchmakers of the Geneva workshop. FPJourne is committed to retaining and continuing the watchmaking tradition and unique watchmaking process, allowing experienced watchmakers to manage all assembly processes from beginning to end, which is the only remaining practice in the industry.
The watch is inspired by the FPJourne chronograph created for Only Watch. Its movement is equipped with a rocker pinion to control the operation of the chronograph function. It can reduce the situation where the hands slightly beat when the chronograph function starts.
Another technical challenge was revealed in FPJourne's perfect integration of its flag-based calendar design into a movement measuring only 6.8 mm thick. Impeccable movement decoration can be seen through the sapphire crystal case back, which also shows the essence of FPJourne senior timepieces.
WWW.FPJOURNE.COM
Two related inventions
Timing function and recovery needle timing function
The development of the chronograph "Chronograph" probably reminiscent of the watchmaker Nicolas-Matthieu Rieussec. He invented a device for writing time in 1822. The name of the device originated from the Greek "Chronos" and "Graphô". However, if this sums up the entire history of the chronograph, you miss the development of the chronograph.
Just before everyone thinks about how to measure time, first create some tools and instruments to accurately display time and reach the accuracy in seconds. The studies of astronomers, mathematicians, and watchmakers are interrelated. Among them, George Graham (1673-1751) is the first inventor to divide the seconds by mechanical means (which is theoretically 1/16th of a second). His creation can be used to measure the duration of a thing. However, the device he invented failed to accurately display the time, and it was necessary to manually stop the operation and set zero.
The problem to be solved later is how to display seconds independently. Separate the time by an additional gear train, so that a separate second hand can be added to the device of the time display (with an accuracy of 1/5 second when the vibration frequency is 18,000 per hour), and without affecting the movement of the watch. Under the premise of adding "start" and "stop" functions. In 1758, Jean Romilly, a Geneva-based watchmaker who settled in Paris, presented a timepiece with timekeeping and eccentric seconds to the Royal Academy of Sciences. In 1776, Jean-Moïse Pouzait also created a stand-alone fixed second display. Timepiece works.
The reason why scientists are interested in time measurement is often related to their experience, so that they strive to seek and develop accurate timing tools. Taking the example of the watchmaker Louis Moinet, who was inspired by the work of astronomers and realized their needs, he published his timepiece in 1816. Moinet's book "Traitéd'Horlogerie" (Book Two, pp. 430-431), which was introduced in 1853, refers to his invention as a "third-party timer." The second hand of this timer can display 1/60 seconds, and the balance wheel swings 216,000 times per hour. Therefore, it is not difficult to imagine a number of technical challenges, such as component lubrication, premature wear and power consumption. The book also records the works of other watchmakers.
During this time, the soldiers were able to shoot more accurately with these precise timepiece inventions. As for the many works of Breguet, there are also military timers used to calculate the pace of the army. This tool beats 76 times per minute instead of 60 times. We can find relevant descriptions starting from 1819.
Later, in order to facilitate the King of France to watch the racehorse, Rieussec invented a drop timer. The enamel dial itself rotates once every minute, the seconds are drawn on the dial, and it is equipped with a device that records the passage of ink time. The name is actually a time of writing time, so the Greek "Chronos" (ie " The meaning of time and the term "Graphô" (ie, the meaning of "writing") are also named. Therefore, today we will call the chronograph "Chronograph." It is not the same as "Chronometer", which means the exact chronometer.
This system was later modified by Breguet’s watchmaker student Frédéric-Louis Fatton. His timepiece was created with a fixed dial, while the second hand was equipped with a small ink cartridge and mounted on a device that connected the buttons. Just press the button and the pointer will drop a drop of ink onto the dial, similar to Rieussec's design.
In the report of the French Industrial Products Exhibition in 1823, the works of Breguet and Rieussec were also mentioned. The latter even obtained a bronze medal based on his creation.
As for the invention of contemporary timepieces, including the works published in 1862 by Adolphe Nicole, the inventor of the company's name "Nicole & Capt", whose business name was "Nicole & Capt" in Switzerland. The timing system he developed can be reset to the original position after the seconds hand is stopped. The zero-resetting device has a spare part that has been used up to now.
Complex function devices are particularly functional and practical, so chronographs are constantly being improved by watchmakers. The structure of the chronograph is highly precise, because it helps us to read the time. Today, François-Paul Journe, the bridge between the great watchmakers of the eighteenth century and the contemporary watchmaking industry, announced this chronometer to contribute to the development of the chronograph.
The chasing needle timing function for accurately reading a time interval <br> In order to be able to read these precise chronograph tools more precisely and comfortably, it is necessary to stop the hands that show the time interval.
In 1827, Louis-Frédéric Perrelet invented a watch equipped with two seconds hands. One of the seconds hands can be stopped at will, and then the same button is clicked. It will continue walking and catch up with another random core running pointer.
Around 1831, watchmaker Joseph-Taddeus Winnerl invented a time tracking system with a single recovery chronograph that could be stopped within a 30-second interval and catch up with the elapsed time after release. Later, he invented the second system, which had two overlapping hands and was based on the seconds wheel rather than the timekeeping device.
According to the report of Société d'Encouragement in 1833, Henri Robert, who wrote many articles for the contemporary encyclopedia, also accurately described an "Opto-class precision timer and travel alarm clock", stating that one of its characteristics was the 12 o'clock position. Chasing needle timing device.
Around 1880, the rattrapante chronograph began to appear in its current form. At that time, there were many chronograph manufacturers that produced such devices, and there were few styles of flyback pointers. The Flyback pointer reminds us of some complex designs, such as the "La Merveilleuse" produced by Ami Lecoultre in collaboration with Louis-Elysée Piguet, which made it possible to obtain bronze medals at the 1878 Paris World's Fair.
FPJourne–Invenit et Fecit, 17 rue de l'Arquebuse, 1204 Genève–Suisse -Tél:+41-22 322 09 09
Presse: Tel: +41-22 322 09 02
WWW.FPJOURNE.COM
Technical Specifications _ Chronographe Monopoussoir Rattrapante
Movement _ FPJourne 1518 movement
- Movement is cast in 18K rose gold (platinum and 18K red gold watch)
-The movement is made of aluminum alloy (5 titanium watches)
Manually winding the watch and turning the crown about 38 times
Movement size _ overall diameter: 33.60 mm movement diameter: 33.20 mm overall thickness: 6.80 mm the main core height: 2.20 mm The core thread diameter: S1.20 mm
Balance wheel _ lever escapement system, 15 teeth escape wheel
4 Adjustable Weights Flat Anachron Balance Spring Active Mount
No-cage hairspring with Nivatronic laser welding on the outer end of the stubby hairspring clamped to the collet Frequency: 21,600 beats per hour (3 Hz)
Inertia: 10.10 milligrams per square centiometer of pallets swing: 52 degrees
Balance wheel swing: Plane, surface up, full chain: >300°
Facade:>260°
_ The main features of a three-crown position (original position): winding position 2: Set Position 3: set time is started, stop, zero button is provided at position 2, chronographs button 4 provided on Time position
Power Reserve _ 80 Hours (Off Timer Function)
The display _ hour and minute hands are set in the center of the dial. The seconds is set at 9:00.
30 minute jump timer set at 3:00 position Large calendar display at 6:00 position
Polished and decorated _ bridge plate for circular stripe grinding, the main plate is decorated with a circular ornament All the screws are polished and chamfered at the top, and the caliper ends with round polished stainless steel components.
Case _ Diameter 44mm Thickness 12.10mm Platinum / 18K Red Gold /5 Titanium
Table disc _ - platinum silver watch dial with a blue-violet, decorated with inlaid guilloché guilloché hour numerals and platinum, there are two other small dial silver and rhodium-plated hands
- 18K red gold watch with silver-plated rhodium-plated dial with guilloché guilloché and red gold-inlaid hour figures, two silver dials and gold-plated hands
- Titanium watches feature a coal-grey aluminum dial and inlaid hour digits, and two sapphire dials. Hour figures and hands are adorned with Superluminova luminous coatings
_ Table chain platinum / red gold / titanium, bracelet end links 18K are decorated with a rubber
_ The number of movement parts and components, not even dial: 285 even movement and bracelet Case: Gem 562: 29
Each of the three models is linked with a chain, in which the platinum and red gold watches are matched with platinum and red gold bracelets respectively, and the bracelets are frosted. As with other lineSport sports watches, the watch case and the ends of each bracelet link are adorned with rubber trim to protect the watch against sudden shocks and impacts. In addition, the folding clasp is equipped with an adjustable device that can make an adjustment of about 5 mm, so that the watch can better fit the wrist.
The watch has a power reserve of not less than 80 hours. Therefore, even if the watch has been gone for two days, it has enough power to start the timing and recovery tracking function. The watch is also equipped with a large calendar window measuring 5.20 x 2.80 mm.
All three watches are equipped with dials in different colours:
- The platinum watch features a blue-purple silver dial with guilloché guilloche and matt white gold inlaid hour figures. Two silver dials and rhodium-plated hands are also provided.
- The red gold watch features a rhodium-plated silver dial with guilloché guilloché and matt red gold inset hour digits. Two silver dials and gold-plated hands are also provided.
- As for the titanium watch, it is equipped with an amethyst-grey aluminum alloy dial and inlaid hour figures. There are two small sapphire dials. Hour figures and hands are adorned with Superluminova luminous coatings.
There is a speedometer on the bezel, and the design of its digital scale is exactly the same as the watch created by FPJourne for Only Watch.
The three-piece crown is also covered with rubber:
- Position 1 (original position): On the chain
- Position 2: Set date
- Position 3: Set time
The material of the button is the same as the case:
- Start timing, stop, zero reset button at 2 o'clock
- Chasing stitch timer is set at 4 o'clock
The watch is powered by the newly developed 1518 manual winding movement by FPJourne and assembled entirely by the watchmakers of the Geneva workshop. FPJourne is committed to retaining and continuing the watchmaking tradition and unique watchmaking process, allowing experienced watchmakers to manage all assembly processes from beginning to end, which is the only remaining practice in the industry.
The watch is inspired by the FPJourne chronograph created for Only Watch. Its movement is equipped with a rocker pinion to control the operation of the chronograph function. It can reduce the situation where the hands slightly beat when the chronograph function starts.
Another technical challenge was revealed in FPJourne's perfect integration of its flag-based calendar design into a movement measuring only 6.8 mm thick. Impeccable movement decoration can be seen through the sapphire crystal case back, which also shows the essence of FPJourne senior timepieces.
WWW.FPJOURNE.COM
Two related inventions
Timing function and recovery needle timing function
The development of the chronograph "Chronograph" probably reminiscent of the watchmaker Nicolas-Matthieu Rieussec. He invented a device for writing time in 1822. The name of the device originated from the Greek "Chronos" and "Graphô". However, if this sums up the entire history of the chronograph, you miss the development of the chronograph.
Just before everyone thinks about how to measure time, first create some tools and instruments to accurately display time and reach the accuracy in seconds. The studies of astronomers, mathematicians, and watchmakers are interrelated. Among them, George Graham (1673-1751) is the first inventor to divide the seconds by mechanical means (which is theoretically 1/16th of a second). His creation can be used to measure the duration of a thing. However, the device he invented failed to accurately display the time, and it was necessary to manually stop the operation and set zero.
The problem to be solved later is how to display seconds independently. Separate the time by an additional gear train, so that a separate second hand can be added to the device of the time display (with an accuracy of 1/5 second when the vibration frequency is 18,000 per hour), and without affecting the movement of the watch. Under the premise of adding "start" and "stop" functions. In 1758, Jean Romilly, a Geneva-based watchmaker who settled in Paris, presented a timepiece with timekeeping and eccentric seconds to the Royal Academy of Sciences. In 1776, Jean-Moïse Pouzait also created a stand-alone fixed second display. Timepiece works.
The reason why scientists are interested in time measurement is often related to their experience, so that they strive to seek and develop accurate timing tools. Taking the example of the watchmaker Louis Moinet, who was inspired by the work of astronomers and realized their needs, he published his timepiece in 1816. Moinet's book "Traitéd'Horlogerie" (Book Two, pp. 430-431), which was introduced in 1853, refers to his invention as a "third-party timer." The second hand of this timer can display 1/60 seconds, and the balance wheel swings 216,000 times per hour. Therefore, it is not difficult to imagine a number of technical challenges, such as component lubrication, premature wear and power consumption. The book also records the works of other watchmakers.
During this time, the soldiers were able to shoot more accurately with these precise timepiece inventions. As for the many works of Breguet, there are also military timers used to calculate the pace of the army. This tool beats 76 times per minute instead of 60 times. We can find relevant descriptions starting from 1819.
Later, in order to facilitate the King of France to watch the racehorse, Rieussec invented a drop timer. The enamel dial itself rotates once every minute, the seconds are drawn on the dial, and it is equipped with a device that records the passage of ink time. The name is actually a time of writing time, so the Greek "Chronos" (ie " The meaning of time and the term "Graphô" (ie, the meaning of "writing") are also named. Therefore, today we will call the chronograph "Chronograph." It is not the same as "Chronometer", which means the exact chronometer.
This system was later modified by Breguet’s watchmaker student Frédéric-Louis Fatton. His timepiece was created with a fixed dial, while the second hand was equipped with a small ink cartridge and mounted on a device that connected the buttons. Just press the button and the pointer will drop a drop of ink onto the dial, similar to Rieussec's design.
In the report of the French Industrial Products Exhibition in 1823, the works of Breguet and Rieussec were also mentioned. The latter even obtained a bronze medal based on his creation.
As for the invention of contemporary timepieces, including the works published in 1862 by Adolphe Nicole, the inventor of the company's name "Nicole & Capt", whose business name was "Nicole & Capt" in Switzerland. The timing system he developed can be reset to the original position after the seconds hand is stopped. The zero-resetting device has a spare part that has been used up to now.
Complex function devices are particularly functional and practical, so chronographs are constantly being improved by watchmakers. The structure of the chronograph is highly precise, because it helps us to read the time. Today, François-Paul Journe, the bridge between the great watchmakers of the eighteenth century and the contemporary watchmaking industry, announced this chronometer to contribute to the development of the chronograph.
The chasing needle timing function for accurately reading a time interval <br> In order to be able to read these precise chronograph tools more precisely and comfortably, it is necessary to stop the hands that show the time interval.
In 1827, Louis-Frédéric Perrelet invented a watch equipped with two seconds hands. One of the seconds hands can be stopped at will, and then the same button is clicked. It will continue walking and catch up with another random core running pointer.
Around 1831, watchmaker Joseph-Taddeus Winnerl invented a time tracking system with a single recovery chronograph that could be stopped within a 30-second interval and catch up with the elapsed time after release. Later, he invented the second system, which had two overlapping hands and was based on the seconds wheel rather than the timekeeping device.
According to the report of Société d'Encouragement in 1833, Henri Robert, who wrote many articles for the contemporary encyclopedia, also accurately described an "Opto-class precision timer and travel alarm clock", stating that one of its characteristics was the 12 o'clock position. Chasing needle timing device.
Around 1880, the rattrapante chronograph began to appear in its current form. At that time, there were many chronograph manufacturers that produced such devices, and there were few styles of flyback pointers. The Flyback pointer reminds us of some complex designs, such as the "La Merveilleuse" produced by Ami Lecoultre in collaboration with Louis-Elysée Piguet, which made it possible to obtain bronze medals at the 1878 Paris World's Fair.
FPJourne–Invenit et Fecit, 17 rue de l'Arquebuse, 1204 Genève–Suisse -Tél:+41-22 322 09 09
Presse: Tel: +41-22 322 09 02
WWW.FPJOURNE.COM
Technical Specifications _ Chronographe Monopoussoir Rattrapante
Movement _ FPJourne 1518 movement
- Movement is cast in 18K rose gold (platinum and 18K red gold watch)
-The movement is made of aluminum alloy (5 titanium watches)
Manually winding the watch and turning the crown about 38 times
Movement size _ overall diameter: 33.60 mm movement diameter: 33.20 mm overall thickness: 6.80 mm the main core height: 2.20 mm The core thread diameter: S1.20 mm
Balance wheel _ lever escapement system, 15 teeth escape wheel
4 Adjustable Weights Flat Anachron Balance Spring Active Mount
No-cage hairspring with Nivatronic laser welding on the outer end of the stubby hairspring clamped to the collet Frequency: 21,600 beats per hour (3 Hz)
Inertia: 10.10 milligrams per square centiometer of pallets swing: 52 degrees
Balance wheel swing: Plane, surface up, full chain: >300°
Facade:>260°
_ The main features of a three-crown position (original position): winding position 2: Set Position 3: set time is started, stop, zero button is provided at position 2, chronographs button 4 provided on Time position
Power Reserve _ 80 Hours (Off Timer Function)
The display _ hour and minute hands are set in the center of the dial. The seconds is set at 9:00.
30 minute jump timer set at 3:00 position Large calendar display at 6:00 position
Polished and decorated _ bridge plate for circular stripe grinding, the main plate is decorated with a circular ornament All the screws are polished and chamfered at the top, and the caliper ends with round polished stainless steel components.
Case _ Diameter 44mm Thickness 12.10mm Platinum / 18K Red Gold /5 Titanium
Table disc _ - platinum silver watch dial with a blue-violet, decorated with inlaid guilloché guilloché hour numerals and platinum, there are two other small dial silver and rhodium-plated hands
- 18K red gold watch with silver-plated rhodium-plated dial with guilloché guilloché and red gold-inlaid hour figures, two silver dials and gold-plated hands
- Titanium watches feature a coal-grey aluminum dial and inlaid hour digits, and two sapphire dials. Hour figures and hands are adorned with Superluminova luminous coatings
_ Table chain platinum / red gold / titanium, bracelet end links 18K are decorated with a rubber
_ The number of movement parts and components, not even dial: 285 even movement and bracelet Case: Gem 562: 29
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