137results about "Lightening equipment" patented technology

A quilting apparatus for enabling a user to freely move a stack of fabric layers across a planar bed relative to an actuatable stitch head. The apparatus includes a motion detector which detects the movement of the stack and controls the actuation of the stitch head. Consequently, the apparatus functions to synchronize the delivery of stitch strokes by the head with the manually controlled movement of the quilt material stack. This frees the user to move the stack over a wide range of speeds, to start or stop movement at will, and to guide the stack in any direction across the planar bed.

The invention discloses complete equipment for tailoring. The complete equipment comprises a fabric storage cabinet, a fabric cutting machine, a sewing machine, a button sewing machine and an ironing machine, wherein the fabric storage cabinet comprises a cabinet body; the cabinet body is divided into left and right fabric accommodating cavities by virtue of a drying agent separator which is arranged at the center of the cabinet body, and the length of each fabric accommodating cavity is equal to the diameter of the fabric; the top end of the cabinet body is connected with a cover plate through a rotary hinge; a base is arranged at the bottom end of the cabinet body; and bottom ends of left and right side walls of the cabinet body are respectively connected with an upward lifting door through the rotary hinge. The fabric storage cabinet can be used for greatly reducing the time for searching fabrics, the dryness of the environment in the cabinet body is effectively maintained, and long-term fabric storage is facilitated.

Disclosed is a backlight unit which illuminates a display panel from a rear surface thereof, including at least: tubular lamps arranged in parallel to the panel; and a reflecting member which reflects light from the lamps toward the panel, wherein the reflecting member is divided into a first region opposed to an area near an electrode provided in an end portion of the lamp and a second region nearer to a middle area than the first region, the first region having a higher reflectance than the second region. In another backlight unit, a reflecting member is divided, with respect to the arrangement direction of the lamps, into an end lamp near region which is opposed to a lamp arranged in end portion and a middle region which is nearer to a middle area than the end lamp region, the end lamp region having a higher reflectance than the middle region.

A push button switch device mounted on an equipment body includes a push button member disposed on a cover constituting an outer surface of the equipment body, the push button member being configured to be light-transmissible, a switching element located behind the push button member so that its operation axis substantially corresponds with a central axis of the push button member, light sources disposed around the switching element to illuminate the outer surface of the push button member, the light sources being operated by the push button member, and an incidence plane located on a rear surface of the push button member so that light from the light sources is incident thereon, the incidence plane including a concave curved surface that is located so as to substantially face the light sources and a flat or convex curved surface located outside and is continuous to the concave curved surface.

A threading device of a sewing machine includes a thread inserting base formed with a thread path hole having a thread inserting port opened toward an outer side of a sewing machine frame, and further formed with an air path hole which joins the thread path hole in the vicinity of the thread inserting port, an air supply device coupled to the air path hole to supply compressed air, and illuminating means provided on the sewing machine frame to irradiate a joining portion of the thread path hole and the air path hole. The thread inserting base includes a transparent member through which at least the joining portion of the thread path hole and the air path hole can be visually recognized.

A method and apparatus for detecting longitudinal thread motion in a quilting/sewing machine for controlling the actuation of a fixedly located stitch head. A preferred detector comprises an optical sensor which directly senses the longitudinal movement of a thread as it moves along a guide path from a supply source toward a stitch head needle.

A sewing machine includes needlebars for a sewing operation using a plurality of needle threads, a spool pin stand having a plurality of spool pins to which thread spools corresponding to the needlebars are attachable, respectively, thread passage defining members located on a thread passage extending from the spool pin stand to the needlebars, a storage unit storing sewing data including at least thread color information about colors of the needle threads, thread supply display units located on the spool pin stand so as to correspond to the spool pins respectively, the thread supply display units displaying the thread colors in a color-variable manner, respectively, and a thread color information display control unit controlling the thread supply display units based on the thread color information read from the sewing data storage unit, so that thread colors corresponding to the spool pins are displayed by the thread supply display units, respectively.

An illumination device for a multineedle sewing machine includes an illuminating member which has a light source and located at a lateral side of a needle bar case and is disposed so as to open portions of needle bars and portions of needles, a light amount adjusting unit which adjusts an amount of light of the light source, and a control unit which controls the light amount adjusting unit with movement of the needle bar case by the needle bar case moving mechanism together with the illuminating member so that a predetermined illuminance is maintained at least in part of an illuminated area which is illuminated by the light source. The part of the illuminated area is located near the needle drop position.

The invention discloses a sewing machine for clothes processing. The sewing machine for clothes processing comprises support legs, a table surface, a rack, a top plate, a machine head, a working table, a goose neck tube, a fan, a lighting lamp, a cup holder, a dust collection hopper, a dust collection pump, a channel, a collection box and a drawer, wherein four support legs are uniformly arranged at the lower part of the table surface; the rack is fixedly and vertically arranged on the left side of the upper part of the table surface; the top plate is fixedly horizontally arranged at the upper end of the rack; the machine head is fixedly arranged at the lower part of the top plate; the working table is fixedly and horizontally arranged at the upper end of the rack; the machine head is fixedly arranged below the top plate; the working table which is fixedly mounted on the table surface is arranged right below the machine head; the fan is connected below the top plate and positioned on the left side of the machine head through the goose neck tube; the lighting lamp is arranged at the right side part of the rack. Compared with the prior art, the working performance of the sewing machine is improved, the adaptability of the sewing machine is improved, functions of the sewing machine are enriched, the working intensity of operators is alleviated, and great convenience is brought to clothes processing.

The invention relates to a quality- guaranteed over-lock sewing machine. The quality- guaranteed over-lock sewing machine comprises a machine frame. Mounting bases are disposed in the two across corners on the upper terminal of the machine frame. A flexible track is arranged on the machine frame. The two mounting bases are connected with the two ends of the track respectively. An upper roller is disposed in the upper end of the track. A lower roller is disposed in the lower end of the track. A beam inserts through the middle part of the lower roller. The beam rotates along with the lower roller. The over-lock devices that conduct the over-lock operation on the cloth symmetrically placed on the machine frame. The over-lock devices move along the axial direction of the beam in sliding mode. A smart lamp capable of adjusting luminance according to outside luminous intensity is arranged on the machine frame. Compared with the prior art, the smart lamp is capable of adjusting luminance according to outside luminous intensity, which guarantees the luminance needs in over-lock operational procedure, the quality and the efficiency of over-lock.

A projection system for projecting sewing patterns onto a surface comprises a vertical beam, a projector, and a cart. The vertical beam includes (a) a floor engaging portion at a bottom end and (b) a ceiling engaging portion at a top end, the ceiling engaging portion being vertically movable with respect to the floor engaging portion such that, when in use, the floor engaging portion and the ceiling engaging portion engage a floor and a ceiling, respectively, to anchor the projection system adjacent the surface. The projector is configured to receive data representing the sewing patterns and to project the sewing patterns. The cart is operably attached to the projector and slidably attached to the vertical beam, wherein sliding the cart vertically adjusts a height of the projector above the surface.

The invention relates to the field of garment making mechanical equipment, in particular to an automatic sewing and button sewing machine for garment making. The machine comprises a feeding device, apushing device, a clamping device and a button sewing machine body; a button vibration plate of the feeding device conveys button workpieces to a button guide rail and pushes the button workpieces tothe pushing device, the pushing device sequentially conveys the button workpieces into the clamping device, garments to which buttons need to be sewn are placed below the clamping device, the button workpieces correspond to the garments in position, and the button sewing machine body drives a button sewing needle to sew the buttons; a garment box can contain the garments, and convenience is provided for workers to take and place the garments; in addition, the protection function is achieved when the machine works through the arrangement of a buffering device, a lighting lamp can provide convenience for work when light is insufficient, and a scale ruler can help the workers to carry out comparison; the machine is easy to operate, excellent in design, capable of achieving automatic button sewing in the field of garment making, and high in practicability.

The invention discloses an automatic sewing object stitching system and method. The automatic sewing object stitching system comprises a worktable, a material moving device, a material stacking device, an air draft device and a sewing device, wherein a plurality of suction holes are formed in the worktable; the material moving device is provided with a material moving board and a material moving board driving part used for driving the material moving board to move; the material stacking device comprises a first material stacking part and a second material stacking part; the first material stacking part is provided with a first core plate fixed on the material moving board; the first core plate is provided with a first sewing channel; the second material stacking part is provided with a material pressing part and a material stacking driving part arranged on the material moving board, connected to the material pressing part and used for driving the material pressing part to move so as to press sewing objects; the material pressing part is provided with a second sewing channel; the air draft device is communicated with the suction holes; the sewing device is used for sewing the sewing objects. The automatic sewing object stitching system saves time and is high in production efficiency.

The present invention provides a multi-needle type embroidery sewing machine which includes; a machine head having an arm unit, a needle bar support supported on the front face of the arm unit so as to be movable in a transverse direction, a plurality of needle bars supported by the needle bar support so as to be movable in a vertical direction, and needles individually attached to the needle bars, and is constituted such that the one needle bar is indexed to a sewing position by a movement of the needle bar support; and a laser marker for irradiating a needle drop point of the needle attached to the needle bar indexed to the sewing position, with a laser beam. The laser marker is attached to the arm unit so as to be arranged just behind of the needle bar indexed to the sewing position, and the angle of inclination of the laser beam with respect to the axis of the needle bar indexed to the sewing position is 5 degrees to 25 degrees.

The invention discloses a sewing machine frame with a real-time monitoring function used for necktie sewing. The sewing machine frame comprises a seat body, a connecting rod, a transverse beam and a display screen. A support rack is arranged besides the seat body. The connecting rod is installed besides the support rack. A bearing seat is arranged besides the connecting rod. A main shaft is installed besides the bearing seat. A shaft sleeve is disposed besides the main shaft. A driving wheel is located besides the shaft sleeve. A driving rod is arranged besides the driving wheel. The transverse rod is installed besides the driving rod. The display screen is located besides the transverse beam. An adjustable rod is installed below the display screen. A probe is installed besides the adjustable rod. An LED lamp is arranged besides the probe. A support rod is disposed besides the LED lamp. A pedal is installed besides the support rod. The sewing machine frame with the real-time monitoringfunction used for necktie sewing has the following beneficial effects: the overall sewing process is displayed through the display screen; labor intensity of operation workers is reduced; and workingefficiency is improved.

The invention discloses a sewing machine provided with a light-emitting diode (LED) illuminating lamp. The sewing machine provided with the LED illuminating lamp is characterized in that the LED illuminating lamp is provided with a lamp holder placed or clamped on a working table of the sewing machine, the lamp holder is provided with more than two LED lamp tubes, LED lamp bulbs are arranged at the tops of the LED lamp tubes, tube bodies of the lamp tubes are goose necks, and a storage battery or a power line connected with a power supply is arranged in the lamp holder. A user can bend the lamp tubes at any angles according to the demands and enable light to be irradiated onto corners on the sewing machine. Compared with common fixed illuminating lamps, the LED illuminating lamp is flexible in use, avoids illuminating dead angles and improves the work efficiency.

The invention discloses a multifunctional sewing machine overlapping fixture, comprising a base board. The base board is fixedly provided with an overlapping board. The overlapping board is provided with an overlapping channel. The lower end of the base board is detachably provided with a sewing machine fixing device. The sewing machine fixing device comprises an upper fixing board and a lower fixing board. The upper fixing board and the lower fixing board are arranged in parallel. The distance between the lower end face of the upper fixing board and the upper end face of the lower fixing board is 6 cm. The right end faces of the upper fixing board and the lower fixing board are fixedly provided with a connecting board. A workbench slot whose opening is toward the left is formed among the upper fixing board, the connecting board, and the lower fixing board. The upper end face of the upper fixing board is provided with a plurality of overlapping fixture fixing screw holes. The right end of the lower end face of the upper fixing board is welded with a positioning spring. The lower fixing board is at least provided with two locking screw holes. Each locking screw hole is provided with a locking device. The above technical scheme is reasonable in structural design, simple in structure, easy in installation, reliable in fixation, and convenient in use.

A fan lamp of self-generating sewing machine comprises a lamp shell 1, a light-emitting diode group 2, a circuit board 3, a metal hose 4, a lamp pedestal 5, a fan 7, a metal hose 8, an electric wire 9 and an electric wire 10, wherein the circuit board 3 is arranged in the lamp shell 1, the light-emitting diode group 2 is arranged on the circuit board 3, a sliding switch 6 is arranged on the circuit board 3, the bottom of the lamp pedestal 5 is provided with a magnet 12, the metal hose 4 and the metal hose 8 are arranged on the lamp pedestal 5, one end of the electric wire 9 is connected with the light-emitting diode group 2, one end of the electric wire 10 is connected with a micro motor 35 in the fan 7; and the fan lamp is characterized in that the other end of the electric wire 9 and the electric wire 10 is provided with a generating device 11. The invention has the advantages of small volume, easy installation and good safety, achieves illuminating effect without affecting an operator to sew, and improves working efficiency; meanwhile the invention can radiate and lower temperature for the operator and improve workshop working environment.