Галерея 3245860
Галерея 3245860
This home last sold for $72,000 on Aug 7, 2006.
Listed by • RE/MAX Associates Plus, Inc
Redfin checked: 3 minutes ago (Mar 9, 2023 at 4:13pm)
Property Type Residential, Single Family Residence
Edit home facts to improve accuracy.
+$80K since sold in 2006 • Last updated 03/09/2023 4:15 pm
302 Lafond Ave, Saint Paul, MN 55103
302 Lafond Ave, Saint Paul, MN 55103
395 Burgess St, Saint Paul, MN 55117
395 Burgess St, Saint Paul, MN 55117
301 Charles Ave, Saint Paul, MN 55103
301 Charles Ave, Saint Paul, MN 55103
367 Blair Ave, Saint Paul, MN 55103
367 Blair Ave, Saint Paul, MN 55103
763 Saint Anthony Ave, Saint Paul, MN 55104
763 Saint Anthony Ave, Saint Paul, MN 55104
307 Charles Ave, Saint Paul, MN 55103
307 Charles Ave, Saint Paul, MN 55103
Property information provided by NORTHSTARMLS when last listed in 2006. This data may not match public records . Learn more.
Home facts updated by county records on Feb 13, 2023 .
355 Edmund Ave has residential two family zoning. Permitted land uses for this property include single-family, two-family, accessory dwelling unit (adu), short-term rentals, and commercial.
School data is provided by GreatSchools , a nonprofit organization. Redfin recommends buyers and renters use GreatSchools information and ratings as a first step, and conduct their own investigation to determine their desired schools or school districts, including by contacting and visiting the schools themselves. Redfin does not endorse or guarantee this information. School service boundaries are intended to be used as a reference only; they may change and are not guaranteed to be accurate. To verify school enrollment eligibility, contact the school district directly.
Median Sale Price Median Sale Price # of Homes Sold Median Days on Market Single Family Homes All Home Types Single Family Homes Townhouses Condos/Co-ops
Based on Redfin calculations of home data from MLS and/or public records.
Homes similar to 355 Edmund Ave are listed between $167K to $475K at an average of $235 per square foot.
1157 Arundel St, Saint Paul, MN 55117
1157 Arundel St, Saint Paul, MN 55117
288 Avon St N, Saint Paul, MN 55104
288 Avon St N, Saint Paul, MN 55104
761 Central Ave W, Saint Paul, MN 55104
761 Central Ave W, Saint Paul, MN 55104
1271 Marion St, Saint Paul, MN 55117
1271 Marion St, Saint Paul, MN 55117
767 University Ave W, Saint Paul, MN 55104
767 University Ave W, Saint Paul, MN 55104
489 Sherburne Ave, Saint Paul, MN 55103
489 Sherburne Ave, Saint Paul, MN 55103
677 Lafond Ave, Saint Paul, MN 55104
677 Lafond Ave, Saint Paul, MN 55104
492 Blair Ave, Saint Paul, MN 55103
492 Blair Ave, Saint Paul, MN 55103
355 Edmund Ave is a house on a 3,049 square foot lot with 1 bedroom and 1 bathroom. This home is currently off market - it last sold on August 07, 2006 for $72,000
Based on Redfin's Saint Paul data, we estimate the home's value is $151,787
When was this home built and last sold?
355 Edmund Ave was built in 1900 and last sold on August 07, 2006 for $72,000.
What is the rental estimate for this home?
We estimate that 355 Edmund Ave would rent for between $1,360 and $1,744.
How competitive is the market for this home?
Based on Redfin's market data, we calculate that market competition in 55103, this home's neighborhood, is very competitive. Homes sell for about 1% below list price and go pending in around 34 days.
What comparable homes are near this home?
Comparable nearby homes include 302 Lafond Ave , 395 Burgess St , and 301 Charles Ave .
What’s the full address of this home?
The full address for this home is 355 Edmund Avenue, Saint Paul, Minnesota 55103.
GreatSchools Ratings provided by GreatSchools.org .
PRICED $23,600 BELOW 2007 EMV TO REFLECT FANTASTIC OPPORTUNITY! CUTE LITTLE 1 BR HOME W/3 SEASON PORCH AND REAR DECK. STORAGE SHED FOR THE YARD TOOLS. CHECK WITH THE CITY RE: OFF STREET PARKING. NEEDS A BIT OF DECORATING.
Redfin Estimate based on recent home sales.
Rental estimate based on recent rentals.
Most homes have some risk of natural disasters, and may be impacted by climate change due to rising temperatures and sea levels.
We’re working on getting current and accurate flood risk information.
We’re working on getting current and accurate fire risk information.
We’re working on getting current and accurate heat risk information.
Moderate - Water stress expected to be 3% in 2050
Climate risk data is provided for informational purposes only. If you have questions or feedback about this data, get help at riskfactor.com and climatecheck.com .
The Redfin Compete Score rates how competitive an area is on a scale of 0 to 100, where 100 is the most competitive.
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April .12, M66 P. F. AURICH ETAL HAND TAPER 5 Sheets-Sheet 1 Filed July 5 1961 /NVEN70R$ PErEREAuR/cH GEORGE G. BE/vusA GERALD h. JHAFF MEL V/NJ. J'TRAUB M M ATTORNEYS A riHZ, 1966 P. F. AURICH ETAL 3,245,850
HAND TAPER Filed July 5, 1961 5 Sheets-Sheet 2 /NVENTORS PETER F. AuRlcH GEORGE G. BENusA GERALD MSHAFF MEL VIN ISTRA UB ATTORNEYS rifi 12, 1966 P. F. AURICH ETAL 3,245,360
HAND TAPER Filed July 5, 1961 5 Sheets-Sheet 3 /N VEN roRs PETER F. AuR/cH GEORGE G. BEA/USA GERALD h. SHAFF MEL w/v J. JTRAUB ATTORNEYS p 1966 P. F. AURICH ETAL 3,245,860
HAND TAPER Filed July 5, 1961 5 Sheets-Sheet 4 I l I I f 1 T k /N|/EN70RS PETER F. A UR/CH GEORGE 6. BENUJA GERALD l1. SHAFF MEL VIN J. JrRm/B ATTORNEYS Aprifi 12, 1966 P. F. AURICH ETAL HAND TAPER 5 Sheets-Sheet 5 Filed July 5. 1961 HA 5 w ix m mwmmm R 3 w G H J r EDN A R 6 L E R A V TORE- I EEE P GM United States Patent HAND TAPER Peter F. Aurich, George G. Benusa, and Gerald H. Shaft, Minneapolis, and Melvin J. Straub, Hopkins, Minn., assignors to Possis Machine Corporation, Minneapolis,
Minn., a corporation of Minnesota Filed July 5, 1961, Ser. No. 121,953 19 Claims. (Cl. 156-486) This invention is a novel tape applying machine which employs a novel drive mechanism.
The taping cartridge is novel in its extreme simplicity and compactness which makes it possible to incorporate the entire mechanism in a hand supported device that can be taken to the objects to be taped rather than necessitating bringing the objects to be taped to the taping machine. This compactness is achieved at least in part by having the tape feeding, cutting, releasing and applying mechanism all synchronized and driven by the same driving source so that only one source of power is necessary for the entire mechanism. Another novel feature of the taping cartridge includes having the tape releasing mechanism intersect and operate from below the tape engaging surface of the tape feeding mechanism. Yet another novel feature of the device is using an endless belt as the tape releasing structure which also act as a tape guiding means. The tape applying structure is a C-shaped member that is driven in a rotary pattern together with tape pressing structure contained Within the C-shaped tape applying means.
The driving mechanism is believed novel in the combination of a torque limiting structure with a single revolution driving clutch arrangement. This is a combination in tandem of an overload clutch and a cam controlled spring gripping driving control clutch.
Accordingly, it is the principal object of this invention to provide a novel taper.
It is a further object of this invention to provide a novel taper which incorporates a single power mechanism to operate all of the steps involved in metering cutting and applying tape.
A still further object of this invention is to provide a taper in which the power mechanism is both controlled as to the amount of torque applied to the mechanism and in the distance that it drives at any one impulse of the controlling structure.
It is a still further object of this invention to provide a taper that incorporates tape releasing mechanism which actually intersects and operates from beneath the surface of the tape driving or feeding means.
A still further object of this invention is to provide a taper in which the tape feeding, cutting, releasing and applying structures are all rotary and synchronized as to be constantly related to each other in a fixed pattern.
It is a still further object of this invention to provide a taper in which the tape releasing mechanism by reason of its being in the form of endless belts or bands may serve also as a tape guiding structure.
Other and further objects of the invention are those inherent and apparent in the apparatus as described, pictured and claimed.
To the accomplishment of the foregoing and related ends, this invention then comprises the features hereinafter fully described and particularly pointed out in the claims, the following description setting forth in detail certain illustrative embodiments of the invention, these being indicative, however, of but a few of the various ways in which the principles of the invention may be employed.
The invention will be described with reference to the 3,245,860 Patented Apr. 12, 1966 drawings in which corresponding numerals refer to the same parts and in which:
FIGURE 1 is a side elevation of the entire device with hidden elements illustrated with broken lines;
FIGURE 2 is an isometric illustration of Wires that have been taped with the mechanism of the invention;
FIGURE 3 is a sectional view of the driving mechanism taken on the line 33 of FIGURE 1 but drawn to a substantially larger scale than FIGURE 1;
FIGURE 4 is a vertical section of the taping cartridge taken on the line 44 of FIGURE 3; the scale is that of FIGURE 3, and broken lines illustrate hidden parts;
FIGURE 5 is a fragmentary representation of the tape applying means with the object shown in FIGURE 4 having been advanced into the tape applying means in order to have tape applied thereto; the scale is that of FIGURE 3;
FIGURE 6 is a vertical section taken at right angles to the vertical section of FIGURE 4 and taken on the line 6-6 of FIGURE 4 but with the mechanism positioned as illustrated in FIGURE 7; broken lines illustrate hidden parts; the scale is that of FIGURE 3;
FIGURE 7 is a fragmentary view of a portion of the mechanism illustrated in FIGURE 4 and drawn to that scale but having been driven to a different relative position of the parts; and
FIGURE 8 is a section taken on the line 88 of FIGURE 7.
Turning first to FIGURE 1 of the drawings, a conventional motor 10 supplied with an ordinary pistol grip 11 provides both motive power and one means of supporting the device when in use. The armature 12 of motor 10 is connected to a motor shaft 14 which extends into the housing 15 of the drive mechanism of the device. The arrangement of the entire drive mechanism will be discussed in detail in connection with FIGURE 3.
Housing 15 also provides a means for attaching the bracket 16 thereto which is a suitable means for supporting in operable position a roll of tape 17 from which a single layer of tape 18 may be withdrawn and directed into the taping cartridge 19. The taping cartridge is also secured to the housing by suitable means that permits it to be released therefrom. A suitable manner of doing this is seen in FIGURE 1 where the dowel pins 20 position the cartridge with respect to housing 15 and the screw 21 holds the cartridge and the dowel pins in close association with each other so that the dowel pins may effectively determine the relative positions of the cartridge and housing 15.
At 22 is seen the entrance to the tape applying portion of the device and the lower faces of a frame of cartridge 19 adjacent to the opening 22 may be pointed as at 24 in order to make it possible to slip it easily under wires or other objects to .be taped. Operation of the tape feeding and applying mechanism is controlled by a trigger 25 which is positioned traditionally with respect to the pistol grip 11. The method of operation of the device is to have motor :10 rotating constantly when the device is intended to be used and to use trigger 25 to control the starting and stopping of the tape metering and applying structure.
In FIGURE 2 a bundle of wires 26 may be seen to have had bands of tape 18 applied thereto in order to hold them together as in a wiring harness, for example.
Turning now to FIGURE 3, the housing 15 is seen to be made up of two parts that are secured together conventionally hence neither shown nor described. One part of housing 15 may be formed integrally with the bracket 16, a fragment of which appears at the top of FIGURE 3. Inside the housing, motor shaft 14 is provided with "ice a worm 27 which engages a suitable combination worm gear overload clutch portion 28. The overload clutch portion has on its face a groove 29 within which are detents that receive the balls 30 in order to provide a driving connection between the portion 28 of the overload clutch and the cooperating portion 31 of the same clutch. Each of the balls 29 has a spring 32 behind it which urges it in the direction of portion of the overload clutch that is combined with worm gear 28.
As long as the torque applied by the shaft 14 does not have to exceed a given value in order to rotate portion 31 of the overload clutch, the two portions of the clutch revolve together. If torque values exceed the setting of the clutch, the balls are forced out of the detents and the springs yield to allow this to happen. Balls 30 will continue to rotate in the groove 29 of clutch portion 28 until such time that torque values again fall below the set figure in which case the balls again settle into the detents in the portion 28 of the overload clutch. At this time the two portions of the clutch are again driven simultaneously.
Clutch portion 31 may be formed integrally or, as shown here, rigidly secured to a driving drum member 34. The portions of the overload clutch and the driving drurn are suitably journalled within the housing 15. Here they are shown as being supported by suitable bearings 35 which engage with their inner races a shaft 36 that in turn is journalled within the housing by bearings like those supporting the overload clutch and the driving drum and hence also numbered '35.
A bearing 37 supports a stop plate of cam configuration 38 which includes, as shown in FIGURE 1, the cam lobe 39. The stop plate or cam stop 38 is controlled in whether it is allowed to rotate or not, as shown in FIG- URE 1, by a dog 40 which in turn is linked as at 41 to trigger 25. When trigger 2-5 is in the position shown in FIGURE 1, the cam or stop plate 38 can not rotate. When trigger 25 is drawn toward the pistol grip 11, however, cam plate 38 is free to rotate. In normal operation, trigger 25 is depressed long enough to release the cam 38 and is immediately released. Pressure on the trigger causes dog 40 to move away from the lobe 39 long enough for the cam plate 38 to start revolving. When the trigger is released, cam 39 is riding on the outside of the cam plate 38 beyond lobe 39 and is held in yielding contact by any suitable means such as spring 42. When lobe 39 again returns to the dog 40, the cam plate 38 is stopped again. Thus, a means is provided for allowing cam plate 38 to revolve freely when desired, and to start revolving but. to be stopped after a single revolution, when desired.
At 44 in FIGURE 3, is seen what is referred to as the shaft plate. This plate is suitably fixed to shaft 36 as by pin 45. A drive spring 46 encircles the drive drum 34 and has its two ends arranged to be engaged in slots in the cam plate 38 and the shaft plate 44. This structure is seen clearly in FIGURE 3 Where end 47 of spring 46 is engaged in slot 48 of the cam plate 38 and end 49 of the spring 46 is engaged in the slot 50 of the shaft plate 44. The operation of this mechanism is as follows.
Whenever trigger 25 is pulled in order to withdraw dog 40 from cam lobe 39, the cam plate 38 is free to rotate. For this reason the spring 46 is not prevented from tightening on the drum 34. As end 49 of the spring 46 is held in the slot 50 of the shaft plate 44, the friction of the spring against the drum 34 tends to cause it to tighten about the drum and grip it securely. Under these circumstances, the shaft plate 44 is driven by the drum 34 until such time as any load applied to the shaft causes the overload clutch 2831 to release or until such time as the lobe 39 of cam plate 38 engages again the dog 40. When the latter happens, the end 47 of spring 46 is suddenly stopped. Spring 46 is wound about the drum 34 in such a manner that when the end 47 of the spring 46 to receive the blades 64 of the cutting structure.
is held in a stationary position, the friction of drum 34 with respect to spring 46 tends to unwrap the spring. The spring reacts by yielding slightly in an outward direction as though it were beginning to be straightened, and in so doing, the grip of the spring 46 is released from the drum 34. At this point, rotation of shaft plate 44 ceases (although drum 34 continues to rotate) and shaft 36 remains stationary until dog 40 is again released from lobe 39 of the cam plate 38.
On its end nearest to shaft plate 44, shaft 36 extends outside of housing 15 and has appropriately secured thereto a gear 51 which meshes with a gear 52 that is secured to the central driven shaft of the taping cartridge 19. Whenever shaft 36 is rotated, therefore, gear 51 (driving gear 52) actuates the taping mechanism. Whenever shaft 36 is held stationary, the taping mechanism likewise is stationary.
As shown in FIGURE 3, cartridge 19 is somewhat narrower than the space between the housing 15 and gear 52 and hence a spacer block 54 is inserted between them in order to make a solid connection between the cartridge and the housing while maintaining the alignment of gears 51 and 52. This arrangement allows for some variation in cartridge width and also provides sufficient thickness for dowel pins 20 and screw 21 to operate successfully. Spacer block 54 may also be seen in fragment in FIGURE 1.
In FIGURE 4 the cartridge 19 is shown in section together with a fragment of gear 51 and shaft 36. Gear 52 is journalled on frame 19 by any suitable means such as the shaft 55. A smaller gear 56 is also secured to the shaft for simultaneous rotation with gear 52.
At the left in FIGURE 4 may be seen a pair of rollers 57 and 58 which are linked together by a pair of side pieces or links 59. These links are pivoted about the support 60 for roller 57 so that the entire assembly may swi
Галерея 2841286
Лела Стар показывает свои красивые голые титьки
Британка Тринити развлекает себя дилдом