会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 12. 发明授权
    • Forage compacting apparatus with moisture sensor
    • 带湿度传感器的饲料压实设备
    • US06526731B1
    • 2003-03-04
    • US09580480
    • 2000-05-26
    • Douglas Andrew HunterRichard Wayne Littlewood
    • Douglas Andrew HunterRichard Wayne Littlewood
    • B65B1320
    • B65B27/12A01F15/005A01F15/046B30B9/3007B30B9/3057
    • A forage compactor for compressing forage or crop into bales of increased crop density for transportation. A crop feed area feeds crop to a conveyor where it is moved to a scale area for proper bale weight. An indexer severs the crop while moving it from the scale area to the compression chamber. The crop is compressed and moved to a strapping chamber where straps are applied to the compressed crop. The bound bale is manipulated as desired at the product handling area downstream from the strapping chamber. The crop is provided with substantially constant stress during compression and moisture sensors in the strapping chamber sense the moisture content of the severed crop within the bale to be bound. The weight of the crop within the compression area may be reduced to reduce machine overloading. Keyway plungers provide reduced side loading on the main ram used for crop compression. The feed inlet area is located on the same side of the compression chamber as the exit chamber to allow for more efficient operation and area utilisation.
    • 用于压缩饲料或作物的饲料压实机,以增加运输作物密度。 作物饲料区域将作物送入输送机,在该输送机上将其移动到比例区域以获得适当的捆包重量。 分度器在将刻度区域移动到压缩室的同时切割作物。 作物被压缩并移动到捆扎室,其中将带施加到压缩作物上。 束缚束根据需要在捆扎室下游的产品处理区域被操纵。 在压缩过程中,作物具有基本上恒定的应力,并且捆扎室中的湿度传感器感测待捆扎的捆包内的切断的作物的水分含量。 压缩区域内的作物重量可能会减少,以减少机器过载。 键槽柱塞在用于作物压缩的主柱上提供减少的侧向载荷。 进料口区域与出口室位于压缩室的同一侧,以便更有效的操作和面积利用。
    • 13. 发明授权
    • Auger compactor for vegetation
    • 用于植被的螺旋式压实机
    • US06186060B1
    • 2001-02-13
    • US09203824
    • 1998-12-01
    • Robert W. Peterson
    • Robert W. Peterson
    • B30B300
    • B30B9/3089A01F15/00A01F15/005B30B9/3082
    • An auger compactor is described in which a hopper is provided to feed vegetation into the intake end of a compression chamber which leads from the intake end opening into the hopper to a discharge end. A first helical auger flight extends along an auger axis, of a pitch that diminishes from a maximum pitch adjacent the intake end of the compression chamber to a minimum pitch adjacent the discharge end. A second helical auger flight is also situated within the compression chamber, circumscribing and slidably supporting the first helical auger flight. The second auger flight includes a second helical pitch that also diminishes from a point adjacent the intake end of the compression chamber to a point adjacent the discharge end of the compression chamber. A drive is provided to rotate one of the flights about the auger axis, to move and compact vegetation along a flow path from the hopper through the discharge end of the compression chamber. An over-compression chamber opening into the discharge end of the compression chamber, with a compression bulkhead positioned normal to the auger axis. An over-compression member faces the compression bulkhead across the over-compression chamber and is driven to forcibly shift the over-compression member between a first position spaced from the compression bulkhead by at least a bale width dimension and a second position spaced from the compression bulkhead by a distance less than the bale width dimension.
    • 描述了一种螺旋压实机,其中设置料斗以将植物馈送到从进气端开口进入料斗到排出端的压缩室的进气端。 第一螺旋螺旋桨沿着螺旋钻轴线延伸,间距从邻近压缩室的进气端的最大间距减小到邻近排放端的最小间距。 第二螺旋螺旋桨也位于压缩室内,包围并可滑动地支撑第一螺旋螺旋桨飞行。 第二螺旋推进器包括第二螺旋节距,其也从邻近压缩室的进气端的点减小到与压缩室的排出端相邻的点。 驱动器被设置成围绕螺旋推运器轴线旋转一个翼片,沿着从料斗通过压缩室的排出端的流动路径移动和紧凑植被。 一个通过压缩室排放端的过压室,其压缩隔板与螺旋钻轴线垂直。 过压构件面对过压缩室的压缩隔板,并且被驱动以将过压构件强制地移动到与压缩隔板间隔开的至少一个捆包宽度尺寸的第一位置和与该压缩隔板间隔开的第二位置 舱壁距离小于捆包宽度尺寸。
    • 14. 发明授权
    • Hay recompression and netting machine
    • 干草再压网机
    • US5570565A
    • 1996-11-05
    • US391157
    • 1995-02-21
    • Bret A. Simpson
    • Bret A. Simpson
    • A01F15/00B65B9/13B65B63/02B65B25/02B65B1/24B65B9/14B65B9/15
    • B65B9/13A01F15/005B65B63/02
    • An apparatus for compressing and containing a material in an elastomeric net (26). The apparatus comprises a compression chamber (12), a material compressor (16), a holding chamber (18), a net expansion and placement mechanism (42), and a bale advance mechanism (20). The material compressor is coupled to the compression chamber to compress a selected amount of the fibrous material in a direction transverse to the general lay of the material within the compression chamber to form a compacted bale (10). The holding chamber has an outlet and an inlet coupled to the compression chamber. The holding chamber also has an axis defined by a line extending between the center of the inlet to the center of the outlet. The net expansion and placement mechanism is for receiving the net, stretching the net to obtain a cross-sectional shape that is slightly larger than that of the holding chamber, and placing the net over the holding chamber with one end of the net slightly extending beyond the outlet. The bale advance mechanism is coupled to the holding chamber and compression chamber. Its function is to advance the bale from the compression chamber to the holding chamber and through the holding chamber outlet such that the bale contacts the end of the net that extends beyond the outlet and pulls the net onto the bale when the bale advances through the outlet.
    • 一种用于压缩和容纳弹性体网(26)中的材料的装置。 该装置包括压缩室(12),材料压缩机(16),保持室(18),净膨胀和放置机构(42)和捆包推进机构(20)。 材料压缩机联接到压缩室以在与压缩室内的材料的一般横截面垂直的方向上压缩选定量的纤维材料,以形成压实捆(10)。 保持室具有连接到压缩室的出口和入口。 保持室还具有由在入口的中心到出口的中心之间延伸的线限定的轴线。 净膨胀和放置机构用于接收网,拉伸网以获得稍大于容纳室的横截面形状,并将网放置在保持室上,其一端稍微延伸超过 出口。 捆包前进机构联接到保持室和压缩室。 其功能是将捆包从压缩室推进到保持室并通过保持室出口,使得捆包接触网的端部延伸超过出口,并且当捆包通过出口延伸时将网拉到捆包上 。
    • 16. 发明授权
    • Trimmed recompressed hay bales and formation process therefor
    • 修剪的重新压缩的干草包和其形成过程
    • US5249350A
    • 1993-10-05
    • US5783
    • 1993-01-19
    • I. Dean Callahan
    • I. Dean Callahan
    • A01F15/00B23D45/10B27B5/04B27B1/00
    • B27B5/04A01F15/005B23D45/10Y10T29/49817Y10T29/49819
    • Recompressed rectilinear hay bales or split portions thereof have one or both opposed sides not supporting ties trimmed to provide new planar surfaces of fresher and more pleasing appearance. The process of forming such bales provides 1) placing an elongate field bale having spaced ties extending about four continuous sides in a recompression chamber, 2) removing the original ties from the bale while maintaining the compression, 3) recompressing the bale a direction parallel to its longer dimension by approximately sixty-five percent, 4) retying the recompressed bale with new ties on the same four continuous bale sides while maintaining the recompressed condition, 5) removing the recompressed bale from the recompressor and optionally cutting it into two similar parts between ties, 6) passing the bale or bale portions adjacent at least one saw blade to trim at least one original bale surfaces not supporting ties, and 7) removing the bale and trimmed material for further disposition.
    • 重新压缩的直线干草包或其分割部分具有一个或两个相对的侧面,不支撑纽扣,以提供更新鲜和更令人愉快的外观的新的平面。 形成这种捆的过程提供1)在再压缩室中放置具有延伸约四个连续侧的间隔的细长的捆扎包,2)在保持压缩的同时,从捆包中取出原始捆扎物,3)将捆包再次压缩至平行于 其更长的尺寸约为百分之六十五,4)在保持再压缩条件的同时,在相同的四个连续捆包面上重新压缩重新压合的捆包,5)从再压缩机中取出再压缩的捆包,并可选择将其切割成两个相似的部分 6)通过与至少一个锯片相邻的捆包或捆包部分修剪至少一个不支撑捆扎物的原始捆包表面,以及7)去除捆包和修剪的材料以进一步布置。
    • 19. 发明授权
    • COMPRESSION MOLDED FIBROUS MATERIAL AND MOLDING MACHINE THEREFOR
    • 压缩成型纤维材料及其成型机
    • EP0027824B1
    • 1985-01-16
    • EP80900732.1
    • 1980-04-17
    • OSATO, Akira
    • OSATO, Akira
    • A23K1/20A23N17/00
    • A01F15/005A23K40/20A23N17/005B30B9/3021
    • Compression molded feed of fibrous vegetables having curled outer surfaces, and a molding machine for molding the feed. The feed consists of compression molded fibrous vegetables (21) which have outer surfaces (31) formed by entangling curled fibers, and a core (32) formed by entangling linear fibers which are not curled. The molding machine consists of a molding cylinder (1) for charging the fibrous vegetables (21), an auxiliary plunger (6) incorporating a plunger (11) and a hydraulic jack (9) for actuating the plunger (11), the auxiliary plunger being slidably telescoped within the cylinder (1) by a hydraulic cylinder (4), and cutting blades (3) inserted into the side of the cylinder (1). The compression molded feed is fabricated by the steps of charging the fibrous vegetables (21) into the cylinder (1), making incisions of predetermined length in the vegetables (21) using the cutting blades (3), inserting the auxiliary plunger (6) into the cylinder (1) while causing the plunger (11) to protrude, compressing the fibrous vegetables (21) while curling the outer surfaces (31) of the vegetables (21), then inserting the plunger (11) into the auxiliary plunger (6), and then finally compressing the vegetables (21).