557results about "Percussion musical instruments" patented technology

A light sensor 19 is provided for detecting a position of a lever 14 (an intermediate position between an initial position and a terminal position of the lever 14) between an ON state and an OFF state of the lever 14, and a musical sound in accordance with the position of the lever 14 detected by the light sensor 19 is generated. That is, in each of the ON state of the lever 14, the OFF state of the lever 14, and the state where the lever 14 is therebetween, different musical sounds are generated when the head 6 is percussed. Therefore, compared with the conventional technique where musical sounds can only be generated based on the ON or OFF state of the lever 14, musical sounds of a greater variety can be generated.

A snare drum key holder includes a butt plate for a snare drum. The butt plate includes an opening configured to accept a drum key. The butt plate is configured to attach to a snare drum using existing butt plate mounting openings in the snare drum. A butt plate for a snare drum, the butt plate including a body having a plurality of mounting openings therein, the mounting openings comprising a set of openings configured to match mounting openings in the snare drum. An opening in the body is configured to accept and retain a snare drum key.

The utility model relates to a novel empty drum. The novel empty drum comprises a drum body, the drum body comprises an upper drum body and a lower drum body which are fixedly connected, and eight peripheral tongues are arranged around the geometric center of the upper drum body; each peripheral tone tongue is provided with a first sub-tone tongue, a second sub-tone tongue, a third sub-tone tongue, a fourth sub-tone tongue and a fifth sub-tone tongue, and the first sub-tone tongue, the second sub-tone tongue, the third sub-tone tongue and the fourth sub-tone tongue are arranged close to the fifth sub-tone tongue; the geometric center of the lower drum body is provided with a timbre control hole and a rubber plug matched with the timbre control hole. According to the novel empty drum, the structure of the peripheral tongues is improved and designed, so that the tone of the empty drum in the playing process is richer, and the use experience of a user is improved.

A drum assembly that includes a circular frame member that defines a frame opening therein, an upper drum head member secured to the frame member and spanning the frame opening, a lower drum head member positioned below the upper drum head member, secured to the frame member and spanning the frame opening, and a threaded rod assembly extending between the upper drum head member and the lower drum head member. The threaded rod assembly includes an upper threaded member that is threadingly engaged with the upper drum head member. Rotation of the upper threaded member in a predetermined direction moves the upper drum head member away from the lower drum head member, such that tension is increased in the upper drum head member.

A frame 2 (housing) is swingably supported by a pedal support plate 110 with support rubber 140 therebetween. Thus, when a percussion instrument 1 is struck by a beater 162, the percussion instrument 1 swings relative to the pedal support plate 110. The impact of the strike by the beater 162 can be absorbed by this swinging. Therefore, when the beater 162 strikes the percussion instrument 1, it is possible to reduce vibration that is transmitted to an installation surface S via each part (pedal support plate 110 and front and rear legs 120, 130) of a stand 100.

The invention relates to an electronic djembe drum and a drum surface manufacturing process, the electronic djembe drum comprises a drum body and a drum surface, and the drum surface is made of an ETPU material; the drum surface is circular, and a flange and an extension part are arranged on the drum surface; an adhesive layer is arranged on one side surface of the drumhead; the drum body further comprises a cavity, and a supporting assembly is arranged in the cavity. The supporting assembly comprises a metal plate, a buffering piece and a support. The beneficial effects are that the drum surface is made of the ETPU material, on the premise that the traditional tone and touch are maintained or approached, the instantaneous impact peak value is greatly reduced, and the knocking sensitivity and comfort are improved; the central area and the edge area of the drumhead are distinguished by adopting a flange structure, and the flange is arranged close to the side wall of the cavity and can accurately divide different trigger areas, so that the system can be positioned to the edge of the drumhead more easily, and different trigger modes are activated to generate different sounds or effects; the supporting assembly abuts against the drum face, deformation and looseness of the drum face in the using process are reduced, and the stability and durability of the drum body are ensured.

This disclosure relates generally to electronic musical instruments, systems, and methods. More particularly, this disclosure relates to electronic percussion instruments such as tom toms, snare drums, bass drums, cymbals, and hi-hats, and assemblies of instruments (e.g., percussion instruments), such as drum sets. Even more particularly, this disclosure relates to wireless electronic percussion instruments, and percussion instruments with interchangeable and / or removable components to change the instrument between a traditional percussion instrument (that relies on resonance and / or vibration to produce sound) and an electronic percussion instrument. The present disclosure also relates to electronic cymbal instruments, such as cymbal assemblies and hi-hat assemblies, that can be used in conjunction with a traditional acoustic metal cymbal.

The electronic musical instrument 4 includes a first cymbal 11 that contains a metal. The first cymbal 11 is conductive. Furthermore, the electronic musical instrument 4 includes a capacitance-type touch sensor 43, and the first cymbal 11 is used as a touch electrode of the touch sensor 43. Therefore, when a performer having capacitance touches the first cymbal 11, the ground-to-ground capacitance of the first cymbal 11 changes, and a signal corresponding to this change in ground-to-ground capacitance is output from the touch sensor 43. Therefore, when a performer touches the first cymbal 11 in the same way as when muting a conventional cymbal, a signal indicating mute can be output from the touch sensor 43.

A microphone mount assembly includes a clamp and an articulated arm. The articulated arm is configured to receive a microphone positioned near a musical instrument for amplifying the sound. The clamp is configured to be attached to the musical instrument. The clamp includes a first jaw, a second jaw, and a jaw frame. The first jaw and the second jaw extend parallelly from the jaw frame and are asymmetrical and offset from one another. The first jaw includes a first dampening pad having a concave indentation. The second jaw includes a second dampening pad having a notched indentation. The first dampening pad and the second dampening pad are configured to be in contact with the musical instrument and avoid physical damage to the musical instrument. The first dampening pad and the second dampening pad are configured to reduce or eliminate vibrations from the musical instrument reaching the microphone.

A percussion instrument stand includes an instrument support structure that supports the percussion instrument; a main body that supports the instrument support structure on a support base resting on a surface. The instrument support stand also includes a dampening system that absorbs impact energy transferred to the stand by a user playing the instrument via displacement off of an equilibrium orientation. The dampening system also provides a restoring force that returns the dampening system to the equilibrium orientation.

A percussion drum has a tubular shell with top and bottom ends. A drumhead overlays the top end of the shell. The drumhead includes a circular membrane. A rigid frame is crimped to the outer periphery of the membrane. A hoop presses down against the frame of the drumhead to increase tension in the membrane by way of a tension applicator. The tension applicator can be rope lacing in cooperation with sliding ears. The membrane of the drumhead comprises a multi-layer composite assembly having a UHMWP layer composed of randomly oriented fibers made from ultra-high molecular weight polyethylene. The UHMWP layer is sandwiched between upper and lower polyester layers. Optionally, a top layer of woven polyester overlays the upper polyester layer. The drumhead is less prone to producing intense repercussion shocks, so that players are at reduced risk of contracting tendinitis and other impact / overuse injuries, without sacrificing superior sound quality.

The present invention provides a connecting rod of a jazz drum pedal, comprising a tube body, an extending rod, a limiting member, and an indicator. The tube body forms an insertion channel along an axial direction, and has a locking hole and an anti-detachment recessed hole for communicating with the insertion channel. The extending rod inserts into the insertion channel along the axial direction, and the limiting member is disposed in the locking hole. The extending rod can be selectively pressed by the limiting member without moving in the insertion channel or released from the limiting member to move freely in the insertion channel. The indicator is inserted into the anti-detachment recessed hole to connect the extending rod, when the extending rod is extended, a portion length of the indicator is kept in the anti-detachment recessed hole, so that an extending length of the extending rod is limited by the indicator within a length from one end to the other end of the anti-detachment recessed hole, and further, the extending rod can be extended within a specific range to prevent the extending rod from detaching from the tube body.

The present disclosure discloses an electronic drum stand, and relates to the technical field of musical instrument stands. The electronic drum stand includes a U-shaped stand and two bases. The stand comprises a horizontally arranged horizontal tube and two vertically arranged vertical tubes, and the horizontal tube and the two vertical tubes are integrally bent to form the stand; each of the two bases is connected to a hollow and vertically arranged supporting tube; the two vertical tubes of the stand are correspondingly movably inserted into the supporting tubes of the two bases; the stand can slide up and down relative to the bases to adjust the height; locking mechanisms are arranged between the vertical tubes and the supporting tubes; and the locking mechanisms can lock and fix the vertical tubes on the supporting tubes. The electronic drum stand has a simple design structure and is convenient to mount; the height of the stand can be adjusted according to the height of a user; and meanwhile, the integral forming design reduces unnecessary connectors, improves the stability, relieves material management of an enterprise, and achieves effects of reducing the cost and increasing the benefit.

A sound instrument (1) with a housing (2) at the opposite longitudinal ends of which support surfaces (4) are formed for resting on a base (5), characterized in that the interior of the housing (2) is divided into three chambers, wherein two outer chambers (7) are provided, between which an inner chamber (8) is provided, that free-flowing filling material consisting of particles (10) can be stored in each outer chamber (7) and in which pressure equalization means are provided, that a partition (6) with a passage opening (9) is provided between each outer chamber (7) and the inner chamber (8), wherein the diameter of the passage opening (9) is adapted to the outer diameters of the particles (10), that prefabricated comb structures (12) forming modules are fixed to the inner sides of side walls of the housing (2), which are oriented transversely to the longitudinal direction of the housing (2).and that, with the housing (2) standing on a base (5) with one of the support surfaces (4), filling material from the upper outer chamber (7) trickles through the passage opening (9) and over the comb structures (12) towards the lower outer chamber (7).

The invention relates to an electronic drum which comprises an electronic striking pad system, a playing action recognition control system and a digital synthesis sounder. The electronic striking pad system is provided with a sensor, obtains action information played by a user through the sensor, and transmits the action information played by the user to the playing action recognition control system; the playing action recognition control system analyzes the playing action information of the user, recognizes the striking position, strength and action change of the user on the basis of an analysis result, and generates tone control information of the digital synthesis sounder on the basis of the striking position, strength and action change of the user; a timbre control signal is sent to the digital synthesis sounder; and the digital synthesis sounder emits corresponding synthesis drum sound according to the tone control signal. According to the invention, high-quality tone synthesis can be ensured, and a drummer can use own playing skills to create more unique rhythm and tone.

This utility model relates to the field of sound-producing toy technology, specifically to a sand hammer and a double-headed rattle. The sand hammer includes a sound generator for producing sound. Specifically, when the sound generator is shaken, the particles inside the sound generator collide with the inner wall of the shell, thus producing a rustling sound. It also includes a spherical soft sleeve fixedly covering the outside of the sound generator, with a buffer zone between the spherical soft sleeve and the sound generator. By using the spherical soft sleeve as the exposed head of the sand hammer, if the sand hammer collides with the user during use, the spherical soft sleeve can reduce the injury suffered by the user. Furthermore, the buffer zone between the spherical soft sleeve and the sound generator can further buffer and reduce the impact force, making it especially suitable for use by infants and young children. Finally, it includes a grip, with the first end of the grip connected to the sound generator and / or the spherical soft sleeve, and the second end of the grip extending out of the spherical soft sleeve for easy gripping and use by the user.

A Card macro drum of a variable Bongoo drum comprises a drum box, a drum face and a snare assembly, the side wall of the drum box is provided with limiting hollowed-out parts in an opposite mode, the two ends of the snare assembly are provided with guide sliding columns, and the guide sliding columns are contained in the limiting hollowed-out parts respectively; the limiting hollowed-out part is provided with a first restraining position close to the drum head and a second restraining position away from the drum head, the snare assembly is attached to the drum head when the guide sliding column is contained in the first restraining position, and the snare assembly is away from the drum head when the guide sliding column is contained in the second restraining position. The device is convenient to operate, and parts do not need to be additionally added and disassembled when the two states of the Card macro drum and the Bongoo drum are switched.

The utility model discloses a five-sound row drum trainer which comprises a drum pad. The drum pad comprises a drum main body, a silica gel surface layer and a support ring pad; the top of the drum body is provided with a protruding drum surface, and the bottom is provided with a drum cavity. A silica gel surface layer is pasted and wrapped on the drum surface; the supporting ring pad is fixedly arranged at the bottom of the drum body. According to the five-tone row drum trainer, the striking hand feeling and tone are highly similar to those of a real drum, the sound is small, and the training effect is greatly improved.

A tuning device for a drum includes a drum attachment mechanism having a shell attachment means fixedly attachable to a drum shell and a hoop attachment means for engaging and tensioning a drum head. The drum attachment mechanism further includes at least one non-rotating annular ring with a circumferential slot and a plurality of fasteners forming part of the shell or hoop attachment means. A tuning ring is concentrically disposed between opposing edges of the non-rotating annular ring and is rotatable therewithin. The tuning ring includes a plurality of helical channels that accommodate the fasteners. A tuning tab extends outwardly from the tuning ring through the circumferential slot to control rotation of the tuning ring. Rotation of the tuning ring causes axial movement of the tuning ring and the non-rotating annular ring, thereby increasing or decreasing tension on the drum head.

To provide an electronic percussion instrument which can make distribution of sensor sensitivity to percussion to a head uniform and to provide a support method of a head sensor.SOLUTION: Since a head sensor 10 is supported by a plate 12 in a cantilevered state, the plate 12 is deformed to bend when a head 4 is struck near directly above a cushion 10c. Since an impact when the head 4 is struck by bent of the plate 12 can be absorbed, an output value of a sensor 10b can be prevented from becoming extremely large when a part near directly above the head sensor 10 (cushion 10c) is struck. Thus, variations in sensitivity of the head sensor 10b between a striking area near directly above the head sensor 10 and a striking area far from the head sensor 10 can be suppressed. Consequently, sensitivity distribution of the head sensor 10 to the impact to the head 4 can be made uniform.SELECTED DRAWING: Figure 5

The invention discloses a drum surface pressing device, which is characterized by comprising a tabletop table, a bracket, a plurality of pressing devices and a drum, the support is installed on the table top table, and the drum is placed on the table top table. The pressing devices are movably installed on the support along the X axis, a first pressing block is installed at the bottom end of each pressing device, and the pressing devices drive the first pressing blocks to press the drum face of the drum along the Y axis. The plurality of pressing devices in the device can move in the Y-axis direction to press the drumhead, so that the stability and coaxiality of the drumhead after being fixed are ensured, and the use effect of the drumhead is not influenced. A plurality of pressing devices in the device can move in the X-axis direction, so that drum surfaces with different diameters can be pressed, and the device is suitable for pressing various drum surfaces.

To produce sound in a keyboard device by a method different from a traditional method.SOLUTION: A keyboard device 1 according to an embodiment includes: a support body 50; a plurality of rod-like sounding bodies 30 which is swingably suspended from the support body 50 via string-shaped members 40 and includes at least a first sounding body and a second sounding body whose natural frequency differs from the first sounding body; a plurality of swingable keys 10 including a first key and a second key; and a plurality of striking parts 20 including a first striking part for striking the first sounding body by rotating in response to operation of the first key and a second striking part for striking the second striking body by rotating in response to operation of the second key.SELECTED DRAWING: Figure 1

The utility model relates to the technical field of musical instruments, in particular to an aluminum tube sounding musical instrument which comprises an upper frame body, two first sliding sleeves are symmetrically fixed in the middles of the two ends of the upper frame body, two side supporting frames are arranged at the two ends of the upper frame body and are in sliding fit with the first sliding sleeves, and the upper frame body is of a rectangular frame-shaped structure. A plurality of slings are fixed to the two long edges of the upper frame body at equal intervals in the length direction, buckles are fixed to the lower ends of the slings, and hollow aluminum pipes are hung below the slings. The beneficial effects are that the structure of the hollow aluminum tube is reasonably arranged, and the ribs are processed on the inner wall of the tube body, so that the sound quality of the hollow aluminum tube can be improved; the hollow aluminum tubes with different lengths are hung on the upper frame body, so that the range width of the musical instrument can be increased; the upper frame body is adjustable in height, detachable and convenient to mount and transport, and the height of the upper frame body can be adjusted according to the height of a user; and the hollow aluminum pipe is hung through the buckle, so that mounting and dismounting are convenient.

A drumstick comprising different parts each having its own dimension and qualities. The drumstick has a largely typical handle and an arm connected to the handle via a coupler. The arm is thinner and made of more flexible material than the handle.

The utility model relates to the technical field of entertainment appliances, and discloses an anti-slip damping English song rod, which comprises a cylindrical English song rod and an anti-slip damping sleeve, the anti-skid damping sleeve is a layer of cylindrical sleeve wrapping the middle of the English song rod, a plurality of anti-skid grooves are evenly formed in the outer surface of the anti-skid damping sleeve, and all the anti-skid grooves form patterns on the outer surface of the English song rod. Compared with the prior art, the anti-skidding damping sleeve has the advantages that the anti-skidding damping sleeve is additionally arranged on the basis of a traditional English song rod, the anti-skidding, damping and skin abrasion protection effects can be achieved, and the whole English song rod can become more attractive.