CN205786039U - A kind of cupel(lation) furnace laying out apparatus - Google Patents
A kind of cupel(lation) furnace laying out apparatus Download PDFInfo
- Publication number
- CN205786039U CN205786039U CN201620644067.3U CN201620644067U CN205786039U CN 205786039 U CN205786039 U CN 205786039U CN 201620644067 U CN201620644067 U CN 201620644067U CN 205786039 U CN205786039 U CN 205786039U
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- sample
- plate
- location
- cupel
- locating rack
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Abstract
The utility model discloses a kind of cupel(lation) furnace laying out apparatus, including sample leading truck, sample locating rack, pull bar, sample leading truck is arranged on the inner side of left and right sample locating rack, and sample leading truck is provided with two, left and right, and sample leading truck is connected on the sample locating rack of left and right by gathering sill；The lateral attitude of left and right sample locating rack is provided with upper and lower two pieces of fixed plates, and fixed plate is fixing with left and right sample locating rack to be connected.This cupel(lation) furnace laying out apparatus, can solve the problem that the problem using the artificial lead button sample of placement one by one slow, substantially increase the efficiency placing lead button sample, achieve the multiple lead button samples of disposable placement, also solve the problem reducing cupel(lation) furnace preheating temperature in placing lead button specimen simultaneously, shorten the time that cupel(lation) furnace preheats again, greatly reduce the waste of heat.
Description
Technical field
This utility model relates to Fire Assaying ash and blows sample placement technique field, particularly relates to a kind of cupel(lation) furnace setting-out and fills
Put.
Background technology
Fire Assaying analysis is actually with crucible or cupel a kind of ensaying method as container, of a great variety, operates journey
Sequence differs, and in all of fire assaying, applies to obtain the most universal most importantly lead ensaying method, and its advantage is the lead of gained
Button can carry out ash and blow；Lead fire assaying is broadly divided into melting, ash blows, three different stages of parting, is formed in smelt stage
Metal i.e. lead button sample, lead button sample needs to enter into next stage ash and blows, and the process that ash blows is to carry out in cupel(lation) furnace
, so needing to be placed on cupel lead button sample, cupel is placed on cupel frame, and cupel frame is placed on the burner hearth of cupel(lation) furnace
In, owing to there being a lot of circular depressed nest on cupel, each nest can place a lead button；Prior art to be put on cupel
Putting lead button sample, be usually and use manually, be placed in cupel nest with specimen holder one sample of gripping, such cupel has how many
The nest of circular depressed, it is necessary to lead button sample is placed in cupel nest by a point how many times one by one, places sample thus
Efficiency is the lowest, lose time, owing to needing the oven door opening of cupel(lation) furnace when of placing lead button sample, because placing the examination of lead button
Time used by sample is the longest, and the preheating temperature that may result in cupel(lation) furnace burner hearth reduces, and again increases the preheating time of cupel(lation) furnace, makes
Become the waste of heat, improve the power consumption of cupel(lation) furnace；Inventor have developed a kind of ash based on many defects of the prior art
Blown converter laying out apparatus can solve the problem that technical problem of the prior art.
Utility model content
This utility model is in order to solve above-mentioned technical problem, it is provided that a kind of cupel(lation) furnace laying out apparatus, and its design science is closed
Reason, simple in construction, easy to use；Can solve the problem that the problem using the artificial lead button sample of placement one by one slow, substantially increase and put
Put the efficiency of lead button sample, it is achieved that the multiple lead button samples of disposable placement, also solve simultaneously and placing lead button specimen
The problem of middle reduction cupel(lation) furnace preheating temperature, shortens the time that cupel(lation) furnace preheats again, greatly reduces the waste of heat.
This utility model be the technical scheme is that a kind of cupel(lation) furnace laying out apparatus, including sample leading truck, sample
Locating rack, pull bar, sample leading truck is arranged on the inner side of left and right sample locating rack, and sample leading truck is provided with two, left and right, examination
Sample leading truck is connected on the sample locating rack of left and right by gathering sill；The lateral attitude of left and right sample locating rack is provided with upper and lower two
Block fixed plate, fixed plate is fixing with left and right sample locating rack to be connected；One piece of portable plate, portable plate it is provided with in the bottom of fixed plate
It is connected by guiding screw pole and sample leading truck are fixing, is provided with 6～48 collars, portable plate and sample on the top of portable plate
Leading truck passes through gathering sill activity back and forth；The bottom of portable plate is provided with location-plate, location-plate be provided above with 6～48
Hole, individual location, the both sides of the edge of location-plate are connected with the sample locating rack of the left and right sides, the lower edge of location-plate and pull bar
Fixing connection；Be provided with two pieces of connecting plates in the left and right sides, bottom of sample locating rack, two pieces of connecting plates are by middle transverse slat
Being connected with the lower end of the sample locating rack of the left and right sides, the connecting plate position corresponding with the location-plate of bottom is connected with each other,
The left and right sides, bottom of sample locating rack is provided with alignment pin；The centre position of pull bar is set with expansion link, and expansion link passes through hands
The stretching of handle is freely stretched, and pull bar is arranged on the centre position of two pieces of connecting plates, and through the transverse slat two pieces of connecting plates, draws
The expansion link of bar upper end is connected with connecting rod, and is connected with the portable plate bottom lower, transverse fixed plate, the bottom of pull bar
Being provided with handle, handle is connected with pull bar with by resilience resetting means.
Described resilience resetting means includes locating pad, adapter sleeve, spring, guide finger, handle nut, expansion link locking screw
Mother, drag link sleeve, expansion link；Locating pad is arranged on the position on the left of resilience resetting means, and locating pad arranges and is sleeved on expansion link,
The upper and lower of expansion link is respectively arranged with adapter sleeve, is provided with one group of spring on the top of upper joint sleeve, at lower joint sleeve
Bottom be provided with one group of spring, the right side of the lower springs of adapter sleeve is provided with guide finger；Outside resilience resetting means
Portion is connected with expansion link by handle nut, and expansion link is locked by the expansion link locking nut on the right side of handle nut, draws
Bar set is sleeved on the outside of pull bar.
Hole, location on described location-plate and the collar respectively horizontally set 3 on portable plate～8 groups, longitudinally disposed 2～6
Group, correspondence is uniformly distributed up and down.
The described collar is the cylindrical protrusions of hollow on portable plate.
The use process of this cupel(lation) furnace laying out apparatus is: the lead button sample needing ash to blow is placed on activity one by one
In the collar on plate, now the collar on portable plate and the hole, location on location-plate are in the state staggered, the lead that will grey blow
At this moment button sample rests in the collar on portable plate；At this moment open the hearth door of cupel(lation) furnace, ash is blown sample laying out apparatus slow
Slowly the cupel on alignment cupel frame, now blows the support on cupel frame of the sample locating rack on sample laying out apparatus with ash
Platform, moves forward inchmeal, until ash blows the alignment pin on sample laying out apparatus and withstands the outer face of cupel, and at this moment will be fixed
The depression nest on the alignment cupel of hole, location on the plate of position, the handle now held on pull bar stretches out, along with the stretching of pull bar,
The outside tensile force of handle will drive expansion link also to stretch out, and the tensile force of expansion link drives portable plate to be moved out simultaneously
Dynamic, the hole, location that at this moment collar on portable plate is just directed on location-plate；Due to the effect of guide finger in resilience resetting means,
The distance stretched making handle is set in fixing distance, and this fixing distance is on the collar on portable plate and location-plate
Hole, location relative to the distance that moved of coincideing；When the collar overlaps with hole, location when, lead button sample will be fallen by hole, location
In the depression nest entered on cupel, cupel has how many depression nests, just selects matched cupel(lation) furnace laying out apparatus,
This completes a cupel, disposably complete to place the operation of multiple lead button sample；If pine after setting-out operation completes
Open handle owing to the effect of resilience resetting means makes the collar and positions the state that hole comes back to stagger.
Described sample leading truck is arranged on the inner side of left and right sample locating rack, and sample leading truck is provided with two, left and right, examination
Sample leading truck is connected on the sample locating rack of left and right by gathering sill；The lateral attitude of left and right sample locating rack is provided with upper and lower two
Block fixed plate, fixed plate is fixing with left and right sample locating rack to be connected；The main purpose arranging sample leading truck is in order to by examination
The slip in gathering sill of the sample leading truck drives moving back and forth of portable plate, thus realizes lead button sample to be placed into ash smoothly
Purpose on ware；The main purpose arranging the upper bottom plate on the sample locating rack of left and right is to improve the anti-of sample locating rack
High temperature, corrosion-resistant, the performance of thermal deformation, play the purpose connecting fixing sample locating rack.
The described bottom in fixed plate is provided with one piece of portable plate, and portable plate is solid with at sample leading truck by guiding screw pole
Fixed connecting, be provided with 6～48 collars on the top of portable plate, portable plate and sample leading truck can back and forth by gathering sill
Movable；The bottom of portable plate is provided with location-plate, location-plate be provided above with 6～48 location hole, the both sides of location-plate
Edge is connected with the sample locating rack of the left and right sides, and the lower edge of location-plate is fixing with pull bar to be connected；The master so arranged
Syllabus is to realize disposably putting well all lead on cupel buckle the purpose of sample by the stretching of portable plate is mobile, works as portable plate
On the collar and location-plate on hole, location misaligned when, owing to the bottom of portable plate is provided with location-plate, location-plate is just
Block the collar well, make lead button sample steadily to be placed in the collar；The collar and hole, location is made when portable plate moves a certain distance
The when of coincidence, the collar is at the state of hollow, and at this moment lead button sample will drop into above cupel by hole, location, it is achieved
Place the purpose of lead button sample.
Described resilience resetting means includes locating pad, adapter sleeve, spring, guide finger, handle nut, expansion link locking screw
Mother, drag link sleeve, expansion link；Locating pad is arranged on the position on the left of resilience resetting means, and locating pad arranges and is sleeved on expansion link,
The upper and lower of expansion link is respectively arranged with adapter sleeve, is provided with one group of spring on the top of upper joint sleeve, at lower joint sleeve
Bottom be provided with one group of spring, the right side of the lower springs of adapter sleeve is provided with guide finger；Outside resilience resetting means
Portion is connected with expansion link by handle nut, and expansion link is locked by the expansion link locking nut on the right side of handle nut, draws
Bar set is sleeved on the outside of pull bar；Expansion link is set mainly for driving portable plate by the free stretching action of expansion link
Stretching is mobile, thus realizes the purpose disposably lead button sample being placed on cupel；The purpose arranging spring is to pass through
Stretching expansion link, makes spring be in the state of compression, bigger elastic restoring force is stored in the spring, when on releasing lever
Due to the powerful elastic restoring force of spring when of handle, it is possible to automatically portable plate is returned to the position before stretching；If
Put the main purpose of guide finger be in order to, by the effect of guide finger, retaining collar moves to position the position that hole correspondence overlaps
Distance used, this distance guide finger set is fixing distance, thus is achieved that the distance that stretching handle is stretched,
Distance to be moved that to be exactly the collar with hole, location overlaps, operates convenient and swift, in order to make the collar and need not position hole
Overlap, attempt different stretching distances.
The beneficial effects of the utility model: the technical program provides a kind of cupel(lation) furnace laying out apparatus, its design science is closed
Reason, simple in construction, easy to use；Can solve the problem that the problem using the artificial lead button sample of placement one by one slow, substantially increase and put
Put the efficiency of lead button sample, it is achieved that the multiple lead button samples of disposable placement, also solve simultaneously and placing lead button specimen
The problem of middle reduction cupel(lation) furnace preheating temperature, shortens the time that cupel(lation) furnace preheats again, greatly reduces the waste of heat.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is side view of the present utility model；
Fig. 3 is front view of the present utility model；
Labelling in figure: 1, sample leading truck, 2, sample locating rack, 3, pull bar, 4, handle, 5, the collar, 6, gathering sill, 7, solid
Determine plate, 8, connecting plate, 9, connecting rod, 10, location-plate, 11, portable plate, 12, hole, location, 13, alignment pin, 14, resilience resetting means,
15, guiding screw pole, 16, locating pad, 17, adapter sleeve, 18, spring, 19, guide finger, 20, handle nut, 21, connecting bar locking spiral shell
Mother, 22, drag link sleeve, 23, expansion link.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in further detail.
As it can be seen, a kind of cupel(lation) furnace laying out apparatus, including sample leading truck 1, sample locating rack 2, pull bar 3, sample
Leading truck 1 is arranged on the inner side of left and right sample locating rack 2, and sample leading truck 1 is provided with two, left and right, and sample leading truck 1 passes through
Gathering sill 6 is connected on left and right sample locating rack 2；The lateral attitude of left and right sample locating rack 2 is provided with upper and lower two pieces of fixed plates
7, fixed plate 7 is fixing with left and right sample locating rack 2 to be connected；One piece of portable plate 11, portable plate 11 it is provided with in the bottom of fixed plate 7
It is connected by guiding screw pole 15 is fixing with sample leading truck 1, is provided with 6～48 collars 5, portable plate on the top of portable plate 11
11 pass through gathering sill 6 activity back and forth with sample leading truck 1；Location-plate 10, location-plate 10 it is provided with in the bottom of portable plate 11
Be provided above with 6～48 location hole 12, the both sides of the edge of location-plate 10 are connected with the sample locating rack 2 of the left and right sides,
The lower edge of location-plate 10 is fixing with pull bar 3 to be connected；The left and right sides, bottom of sample locating rack 2 is provided with two pieces of connecting plates
8, two pieces of connecting plates 8 are connected with the lower end of the sample locating rack 2 of the left and right sides by middle transverse slat, connecting plate 8 and bottom
The corresponding position of location-plate 10 is connected with each other, and the left and right sides, bottom of sample locating rack 2 is provided with alignment pin 13；Pull bar 3
Centre position be set with expansion link 23, expansion link 23 is freely stretched by the stretching of handle 4, and pull bar 3 is arranged on two pieces of connections
The centre position of plate 8, and through the transverse slat two pieces of connecting plates 8, the expansion link 23 of pull bar 3 upper end is connected with connecting rod 9,
And be connected with the portable plate 11 bottom lower, transverse fixed plate 7, the bottom of pull bar 3 is provided with handle 4, handle 4 with pass through back
Play resetting means 14 to be connected with pull bar 3.
Described resilience resetting means 14 includes locating pad 16, adapter sleeve 17, spring 18, guide finger 19, handle nut 20, stretches
Contracting stem jam nut 21, drag link sleeve 22, expansion link 23；Locating pad 16 is arranged on the position on the left of resilience resetting means 14, location
Pad 16 setting is sleeved on expansion link 23, and the upper and lower of expansion link 23 is respectively arranged with adapter sleeve 17, at upper joint sleeve 17
Top be provided with one group of spring 18, be provided with one group of spring 18 in the bottom of lower joint sleeve 17, at the bottom bullet of adapter sleeve 17
The right side of spring 18 is provided with guide finger 19；It is connected with expansion link 23 by handle nut 20 in the outside of resilience resetting means 14,
Expansion link 23 is locked by the expansion link locking nut 21 on the right side of handle nut 20, and drag link sleeve 22 is sleeved on outside pull bar 3
Portion.
Hole 12, location on described location-plate 10 and the collar 5 respectively horizontally set 3 on portable plate 11～8 groups, longitudinally set
Putting 2～6 groups, correspondence is uniformly distributed up and down.
The described collar 5 is the cylindrical protrusions of hollow on portable plate 11.
The use process of this cupel(lation) furnace laying out apparatus is: the lead button sample needing ash to blow is placed on activity one by one
In the collar 5 on plate 11, now the collar 5 on portable plate 11 and the hole 12, location on location-plate 10 are in the state staggered, will
In the collar 5 that at this moment the lead button sample wanting ash to blow rests on portable plate 11；At this moment open the hearth door of cupel(lation) furnace, ash is blown examination
Sample laying out apparatus is directed at the cupel on cupel frame at leisure, now with ash blow sample locating rack 2 on sample laying out apparatus along
Support platform on cupel frame, moves forward inchmeal, until the alignment pin 13 that ash blows on sample laying out apparatus withstands outside cupel
Till end face, the depression the nest at this moment hole 12, location on location-plate 10 being directed on cupel, now hold the handle 4 on pull bar 3
Stretching out, along with the stretching of pull bar, the outside tensile force of handle 4 will drive expansion link 23 also to stretch out, expansion link 23
Tensile force drive portable plate 11 be displaced outwardly simultaneously, at this moment the collar 5 on portable plate 11 is just directed at determining on location-plate 10
Hole 12, position；Due to the effect of guide finger 19 in resilience resetting means 14, make the distance stretched of handle 4 be set in fixing away from
From, this fixing distance be the hole 12, location on the collar on portable plate 11 and location-plate 10 align identical moved away from
From；When the collar 5 with location hole 12 overlap when lead button sample will by location hole 12 drop on cupel depression nest in,
There are how many depression nests on cupel, just select matched cupel(lation) furnace laying out apparatus, this completes a cupel,
Disposably complete to place the operation of multiple lead button sample；As long as release handle is due to resilience resetting means after setting-out operation completes
The effect of 14 makes the collar 4 and hole 12, location come back to the state staggered.
Embodiment 1:
Sample leading truck 1 is arranged on the inner side of left and right sample locating rack 2, and sample leading truck 1 is provided with two, left and right, sample
Leading truck 1 is connected on left and right sample locating rack 2 by gathering sill 6；The lateral attitude of left and right sample locating rack 2 is provided with up and down
Two pieces of fixed plates 7, fixed plate 7 is fixing with left and right sample locating rack 2 to be connected；One piece of portable plate it is provided with in the bottom of fixed plate 7
11, portable plate 11 is connected by guiding screw pole 15 is fixing with sample leading truck 1, is provided with 6 collars on the top of portable plate 11
5, portable plate 11 and sample leading truck 1 are by gathering sill 6 activity back and forth；The bottom of portable plate 11 is provided with location-plate 10,
Location-plate 10 be provided above with 6 location hole 12, the both sides of the edge of location-plate 10 are connected with the sample locating rack 2 of the left and right sides
Connecing, the lower edge of location-plate 10 is fixing with pull bar 3 to be connected；The left and right sides, bottom of sample locating rack 2 is provided with two pieces of companies
Fishplate bar 8, two pieces of connecting plates 8 are connected with the lower end of the sample locating rack 2 of the left and right sides by middle transverse slat, connecting plate 8 and the end
The position that the location-plate 10 in portion is corresponding is connected with each other, and the left and right sides, bottom of sample locating rack 2 is provided with alignment pin 13；Draw
The centre position of bar 3 is set with expansion link 23, and expansion link 23 is freely stretched by the stretching of handle 4, and pull bar 3 is arranged on two pieces of companies
The centre position of fishplate bar 8, and through the transverse slat two pieces of connecting plates 8, the expansion link 23 of pull bar 3 upper end is connected with connecting rod 9
Connecing, and be connected with the portable plate 11 bottom lower, transverse fixed plate 7, the bottom of pull bar 3 is provided with handle 4, handle 4 with pass through
Resilience resetting means 14 is connected with pull bar 3.
Embodiment 2:
Sample leading truck 1 is arranged on the inner side of left and right sample locating rack 2, and sample leading truck 1 is provided with two, left and right, sample
Leading truck 1 is connected on left and right sample locating rack 2 by gathering sill 6；The lateral attitude of left and right sample locating rack 2 is provided with up and down
Two pieces of fixed plates 7, fixed plate 7 is fixing with left and right sample locating rack 2 to be connected；One piece of portable plate it is provided with in the bottom of fixed plate 7
11, portable plate 11 is connected by guiding screw pole 15 is fixing with sample leading truck 1, is provided with 48 collars on the top of portable plate 11
5, portable plate 11 and sample leading truck 1 are by gathering sill 6 activity back and forth；The bottom of portable plate 11 is provided with location-plate 10,
Location-plate 10 be provided above with hole 12,48 location, sample locating rack 2 phase of the both sides of the edge of location-plate 10 and the left and right sides
Connecting, the lower edge of location-plate 10 is fixing with pull bar 3 to be connected；The left and right sides, bottom of sample locating rack 2 is provided with two pieces
Connecting plate 8, two pieces of connecting plates 8 are connected with the lower end of the sample locating rack 2 of the left and right sides by middle transverse slat, connecting plate 8 and
The position that the location-plate 10 of bottom is corresponding is connected with each other, and the left and right sides, bottom of sample locating rack 2 is provided with alignment pin 13；
The centre position of pull bar 3 is set with expansion link 23, and expansion link 23 is freely stretched by the stretching of handle 4, and pull bar 3 is arranged on two pieces
The centre position of connecting plate 8, and through the transverse slat two pieces of connecting plates 8, the expansion link 23 of pull bar 3 upper end and connecting rod 9 phase
Connecting, and be connected with the portable plate 11 bottom lower, transverse fixed plate 7, the bottom of pull bar 3 is provided with handle 4, and handle 4 is with logical
Cross resilience resetting means 14 to be connected with pull bar 3.
Claims (4)
1. a cupel(lation) furnace laying out apparatus, including sample leading truck, sample locating rack, pull bar, it is characterised in that: sample guides
Frame is arranged on the inner side of left and right sample locating rack, and sample leading truck is provided with two, left and right, and sample leading truck is by gathering sill even
It is connected on the sample locating rack of left and right；The lateral attitude of left and right sample locating rack is provided with upper and lower two pieces of fixed plates, and fixed plate is with left
Right sample locating rack is fixing to be connected；Be provided with one piece of portable plate in the bottom of fixed plate, portable plate passes through guiding screw pole and sample
Leading truck is fixing to be connected, and is provided with 6～48 collars on the top of portable plate, and portable plate is come by gathering sill with sample leading truck
The activity returned；The bottom of portable plate is provided with location-plate, location-plate be provided above with 6～48 location hole, location-plate
Both sides of the edge are connected with the sample locating rack of the left and right sides, and the lower edge of location-plate is fixing with pull bar to be connected；Fixed at sample
The left and right sides, bottom of position frame is provided with two pieces of connecting plates, and two pieces of connecting plates are fixed with the sample of the left and right sides by middle transverse slat
The lower end of position frame connects, and the connecting plate position corresponding with the location-plate of bottom is connected with each other, on a left side, the bottom of sample locating rack
Right both sides are provided with alignment pin；The centre position of pull bar is set with expansion link, and expansion link is freely stretched by the stretching of handle, draws
Bar is arranged on the centre position of two pieces of connecting plates, and through the transverse slat two pieces of connecting plates, the expansion link of pull bar upper end with
Connecting rod is connected, and is connected with the portable plate bottom lower, transverse fixed plate, and the bottom of pull bar is provided with handle, and handle is with logical
Cross resilience resetting means to be connected with pull bar.
A kind of cupel(lation) furnace laying out apparatus the most according to claim 1, it is characterised in that: resilience resetting means includes location
Pad, adapter sleeve, spring, guide finger, handle nut, expansion link locking nut, drag link sleeve, expansion link；Locating pad is arranged on resilience
Position on the left of resetting means, locating pad arranges and is sleeved on expansion link, and the upper and lower of expansion link is respectively arranged with connection
Set, is provided with one group of spring, is provided with one group of spring in the bottom of lower joint sleeve, under adapter sleeve on the top of upper joint sleeve
The right side of portion's spring is provided with guide finger；It is connected with expansion link by handle nut in the outside of resilience resetting means, expansion link
Being locked by the expansion link locking nut on the right side of handle nut, drag link sleeve is sleeved on the outside of pull bar.
A kind of cupel(lation) furnace laying out apparatus the most according to claim 1, it is characterised in that: the hole, location on location-plate and work
The collar on dynamic plate horizontally set 3 respectively～8 groups, longitudinally disposed 2～6 groups, correspondence is uniformly distributed up and down.
A kind of cupel(lation) furnace laying out apparatus the most according to claim 1, it is characterised in that: the collar is hollow on portable plate
Cylindrical protrusions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620644067.3U CN205786039U (en) | 2016-06-27 | 2016-06-27 | A kind of cupel(lation) furnace laying out apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620644067.3U CN205786039U (en) | 2016-06-27 | 2016-06-27 | A kind of cupel(lation) furnace laying out apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205786039U true CN205786039U (en) | 2016-12-07 |
Family
ID=58130735
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620644067.3U Withdrawn - After Issue CN205786039U (en) | 2016-06-27 | 2016-06-27 | A kind of cupel(lation) furnace laying out apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205786039U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106018051A (en) * | 2016-06-27 | 2016-10-12 | 洛阳泰纳克高温仪器设备有限公司 | Lofting device for cupellation furnace |
-
2016
- 2016-06-27 CN CN201620644067.3U patent/CN205786039U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106018051A (en) * | 2016-06-27 | 2016-10-12 | 洛阳泰纳克高温仪器设备有限公司 | Lofting device for cupellation furnace |
| CN106018051B (en) * | 2016-06-27 | 2018-09-07 | 洛阳泰纳克高温仪器设备有限公司 | A kind of cupel(lation) furnace laying out apparatus |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20180907 |