Abstract: An electrical assembly includes a wiring device and an insert clip or attachment member that can be preassembled to provide quick connection to an electrical box, mud ring or other support structure having an aperture with a dimension to receive the clip member. The clip member couples to the mounting screws of the wiring device and is snapped into an aperture or recess in a mud ring. The clip has outwardly projecting tabs engaging the mud ring and inwardly extending tabs engaging the mounting screws. The tabs allow the mounting screws to be pressed into the clip in a sliding manner and allow the clip to snap into the aperture in the mud ring. In another embodiment, the attachment member has a substantially C-shape having an open side that can slide onto a pair of projections on an inner edge of a mud ring for supporting the electrical device.

Abstract: A removable electric controller for a garage door opener includes a base unit, a cover and a control box unit. A box lid of the control box unit is slidably connected to a connecting surface of the cover. A guide insertion end of a control circuit board of the control box unit is connected to a main connecting port module of a circuit terminal connecting plate on the base unit. The cover and the control box unit are detachable. A driving member, a light source member, an inductive circuit line and a power member of the base unit are connected to wiring port modules of the circuit terminal connecting plate, so that the wiring is in the way of modulization. The control circuit board of the control box unit can be replaced with ease, providing a convenient and simply assembly.

Abstract: To provide an installation structure and an installation method of a communication equipment to reduce a number of components of the equipment and make the installation work easy. A communication equipment and an installation structure of the communication equipment to be installed, e.g., outdoors is provided. A handle for carrying the communication equipment also serves as a fixation component of the communication equipment. A method for installation of a communication equipment comprises providing an inclined portion formed at a part of bottom surface of a communication equipment and keeping the communication equipment in a forward-inclined position temporarily with the assistance of the inclined shape portion when the communication equipment is set on a fixation mount to fix the communication equipment preparatory to installation.

Abstract: A secure control unit is provided with a completely sealed casing (22) of which at least one wall (24) forms a heat sink. The circuit board provided in the casing (22) is designed such that all of the heat generating components (16-20) which require cooling are located on the lower side of the circuit board (10) and in thermal connection with the heat sink wall (24). Components which do not generate excessive heat are located on the upper side of the circuit board (10). Raised conductive blocks (32-36) couple thermally the components (16-20) to the wall (24). With this arrangement it is not necessary to provide cooling internally of the casing (22) and it is possible nevertheless to use high powered components of the type which are found in modern computers. The casing remains secure and thus suitable for high security applications.

Abstract: A combination of a main carrier and a printed circuit board. Light and heavy electrical and/or electronic components are fixed on the printed circuit board, wherein at least one heavy component is mechanically fixedly connected to the main carrier and electrically conductively connected to conductor tracks of a first section of the printed circuit board. The first section of the printed circuit board is electrically conductively connected to a second section of the printed circuit board and decoupled from the second section of the printed circuit board with regard to mechanical vibrations by means of a decoupling device. The decoupling device may be, for example, a flexible section or a recess formed in said printed circuit board.

Abstract: A device for fastening an electronic module on a mounting rail and an electronic module fastened with the device on a mounting rail are provided. The device has a displaceable nose, encompassing a profile of the mounting rail together with a stationary nose provided on the back of a housing of the electronic module. The displaceable nose is configured as a clamping profile of a slide. By plugging in mechanical anchorings, the device is mounted in recesses of the housing on the back of the electronic module. The device has a spring mechanism provided to support the electronic module on the housing. A clamping force of the device on the mounting rail results from a force to the slide applied by the spring mechanism. An end of the slide opposite of the displaceable nose protrudes beyond the housing of the electronic module for the manual displacement of the displaceable nose.

Abstract: A server enclosure includes a bottom wall, two sidewalls extending from opposite sides of the bottom wall, a backboard to electrically connected to a number of hard disk drives, and two fixing elements. The fixing elements are fixed on opposite ends of the backboard. Each fixing element includes a connection board fixed on the backboard, a first fixing portion extending from a bottom of the connection board along a first direction, and a positioning arm extending from a side of the connection board along the first direction. The first fixing portion is fixed on the bottom wall. The positioning arm is slidably positioned on the corresponding sidewall to fix the backboard.

Abstract: The invention provides an electronic device casing, which includes a first shell, a second shell, at least one elastic element and at least one magnetic element. The first shell has a first engage portion. The second shell is disposed at a side of the first shell. The elastic element is disposed between the magnetic element and the second shell, and the magnetic element is pushed towards the first engage portion under an elastic force of the elastic element so as to prevent the second shell separating from the first shell. In addition, a disassembling method of the electronic device casing is also provided.

Abstract: A junction box for a probe is disclosed for connecting to a sensor assembly of the probe, wherein the sensor assembly has a housing and a plate. The junction box comprises stopper walls, retaining flanges, and a retainer spring to secure the plate junction box. The probe can be assembled by inserting the sensor assembly through the opening, pressing the plate onto the at least one retainer spring and elastically deforming the at least one retainer spring, and rotating the sensor assembly into an assembled position.

Abstract: The outer case of the display module 10 is constructed of static dissipative polypropylene components that house a circuit board 16 and display 14. When the display module 10 utilizes the hand held pendant option a front cover 18 is used. This front cover 18 provides a viewing window 20 to the display 14 and a flat surface to attach the membrane 22. When the display module 10 is to be mounted inside of an enclosure, the front cover is replaced by a flat plate 28 that then provides the viewing window 30 and flat surface membrane 32 requirements. The rear portion 12 of the display module 10 is used with either option and contains the necessary features to allow for either the front cover 18 or the flat plate 28 to be attached.

Abstract: An interface for an enclosure comprises at least one enclosure wall that separates an enclosure interior from an enclosure exterior, an opening in the enclosure wall, and a recess in the enclosure wall. The recess adjoins the opening. A dielectric connector is configured to securely fasten to the enclosure wall. The connector extends into the recess. A seal is situated in the recess between the enclosure wall and the connector. An inserted member is inserted through the opening and surrounded by the seal and the connector. Where the connector is securely fastened to the enclosure wall, the seal is compressed to form a moisture-resistant barrier between the enclosure interior and the enclosure exterior.

Abstract: According to one embodiment, an electronic device, includes: a first housing; a second housing comprising a first wall portion, a first end portion, and a second end portion, the first wall portion being provided with a keyboard mounting portion on which a keyboard is mounted, the second end portion opposing the first end portion; a hinge portion provided near the first end portion, and rotatably connecting the first housing and the second housing; a circuit board housed in the second housing, and positioned between the keyboard mounting portion and the second end portion; and a flexible first support portion supporting the circuit board so that the circuit board is spaced apart from the first wall portion.

Abstract: A method of manufacturing a handheld computing device that includes an electronic component assembly including at least one user interface component and an enclosure. The enclosure is a tube that is extruded. The extruded tube defines an internal lumen between open ends, and has a substantially uniform cross section along a longitudinal axis thereof. The extruded tube includes a front face, a back face, side portions connecting the front face and the back face, at least one access opening provided on the front face, and a pair of guide rails formed in the lumen along the side portions in parallel with the longitudinal axis. The electronic component assembly is slidably inserted into the lumen along the guide rails. The guide rails support the electronic component assembly and provide a reference surface for positioning the electronic component assembly relative to the front face such that the user interface is placed right behind the access opening to provide user access therethrough.

Abstract: The invention relates to a method for the application of at least one voltage pulse to at least two containers fitted with electrodes, by means of which at least one voltage pulse is applied to at least one container, while at least one other container is subjected to a preparation or a post-processing. According to the invention the method comprises mutual exchange of the respective positions of the container to which a voltage pulse has already been applied and the further container. Furthermore, the invention relates to a device (1) for making electrical contact with at least one container fitted with electrodes, with at least one receptacle (3, 7) upon which at least one container can be set, and with at least one contact appliance (8) for making contact with the electrodes of the container.

Abstract: An electronic device includes a housing and a positioning portion. The housing includes a first member secured to the housing and a second member secured to the first member. The positioning portion is configured to position the second member at a predetermined position relative to the first member when the second member is secured to the first member in an assembly process of the electronic device.

Abstract: A recessed box is adapted for mounting one or more electrical devices having an adapter. To accommodate electrical devices of different sizes, the adapter is provided that is coupled to the opening in the recessed box. The adapter has a frame with a central opening to receive the selected electrical device. The frame has one or more removable tabs to enlarge the dimension of the central opening to accommodate larger electrical devices. An electrical device, such as a low voltage wiring device, is coupled to the removable tabs. The tabs are removed to receive a larger electrical device, such as an electrical junction box, that is coupled to the frame.

Abstract: A mounting apparatus for a printed circuit board includes an enclosure and a tray. The enclosure includes a bottom wall and a side wall extending from the bottom wall. The side wall is substantially perpendicular to the bottom wall. The tray includes a bottom panel substantially parallel to the bottom wall and a side panel substantially perpendicular to the bottom panel. The bottom panel is configured to secure the printed circuit board, and the side panel contacts and is mounted to the side wall.

Abstract: A mounting device includes a mounting plate and a mounting frame. The mounting plate defines a plurality of mounting grooves and a latching hole therein. Each of the mounting grooves includes a receiving hole and a sliding slot communicating with each other. The mounting frame includes a plurality of hooks and a resilient tab. The resilient tab is provided with a blocking portion. Each of the hooks is received in a corresponding mounting groove through the receiving hole of the mounting hole and slides in the sliding slot until the blocking portion of the resilient tab is received in the latching hole and the hook hooks on an edge of the sliding slot of the mounting groove. An electronic apparatus using the mounting device is also provided.

Abstract: An embodiment of the present invention involves a document reading apparatus that includes an optical scanning unit that moves back and forth in a document reading direction so as to read information of a document placed on a document placement table arranged in a top face of a frame by irradiating the document with light emitted from a light source lamp, and a distribution cable connected to the light source lamp. The optical scanning unit includes a support member that leads out and supports the distribution cable connected to the light source lamp in the document reading direction, and the support member includes a regulating member that regulates inclination of the lead-out distribution cable with respect to the document reading direction to support the distribution cable so as to be substantially parallel to the document reading direction.

Abstract: A universal electrical box which comprises a body having at least one opening for receiving an electrical device. There is also at least one opening for receiving electrical wiring from building wiring. The device can also include at least one mounting bracket coupled to the body, and at least one frame configured to be coupled to the at least one body. In addition there is at least one duplex electrical mounting plate configured to couple to the at least one frame. In this case, the duplex electrical mounting plate is configured to receive a duplex electrical device. In addition, there is at least one sealing gasket configured to be coupled to the body between the at least one frame and the body. This design allows for a universal configuration which allows for multiple different types of electrical devices to be coupled to the enclosure.

Abstract: Electronic devices and other apparatuses that include plastic parts ultrasonically bonded to metal parts are disclosed. A first component or part includes a metallic surface region having a surface roughness with one or more surface irregularities. A second component or part formed from a plastic material that can include an energy director is attached to the metallic surface region via an ultrasonic bond, such that a portion of the plastic material is melted or otherwise formed into the surface irregularities to attach the two components or parts together. The parts can be housings, internal components or other items. The surface irregularities can be formed as a result of a chemical etching process, a machining process, or a combination thereof, and can result in the creation of undercuts or cavities in the metallic surface region.

Abstract: A portable information terminal has a first casing with operating buttons primarily mounted thereupon, and a second casing with primarily an output screen exposed. A sliding supporting member and casing turning supporting member are provided which realize a state wherein the first casing and second casing are overlapped, a state of mutually sliding, and a state wherein the first casing and second casing are turned to do away with any mutually overlapped portions. The sliding supporting members are positioned on both sides of the first casing and the casing turning supporting member is positioned on the central portion of the first casing. Thus, a sliding-type portable information terminal is provided with an expanded operating face and output face by doing away with any overlapped portions.

Abstract: A hermetically sealed housing having a base deck, a cover member and a seal assembly constructed of a liquid crystal material (LCM), the base deck and cover member forming an enclosure containing an inert gas atmosphere. Various embodiments have the LCM seal bonded to one or both of the base deck and cover member and bonded to seal the enclosure by molding, compression, adhesive bonding, thermoplastic welding or soldering, or a combination of such.

Abstract: A device for creating a relatively isolated environment for protecting dangerous and/or fragile components, particularly electrical components, from the surrounding environment. The device will typically include a front member and base member which may be formed as a unitary body. A relatively isolated environment will be formed in the area behind the front member and above the base member and the isolation may be enhanced by placing the device near a wall or partition. The device may also include side members for enhancing the isolation of the internal environment. Openings or slots may be located in any of the members to permit the passage of cables or other tubular objects and also to provide ventilation. Retaining elements disposed on the inside of the base member or front member may be used to retain various components in a desired position. The front member may also include a fan or comfort elements for use as a footrest or cooling device.

Abstract: According to one embodiment, an electronic device includes a cable, a protrusion, and a recessed portion. The cable is routed along a surface of a wall in a housing. The protrusion protrudes on the surface of the wall, and includes a first protrusion and a second protrusion that elastically hold the cable. The recessed portion is formed on the surface between the first protrusion and the second protrusion. The cable is elastically held between the first protrusion and the second protrusion while at least part of the cable is fitted in the recessed portion.

Abstract: A device housing for an electronic device is provided. The device housing includes a substrate and assembling members protruding from the substrate. The substrate includes a fiber member, a metal member embedded within the fiber member, and a transparent resin layer formed on the fiber member. The fiber member defines openings. The assembling members extend through the openings and connect with the metal member. A method for making the present device housing is also provided.

Abstract: A device for creating a relatively isolated environment for protecting dangerous and/or fragile components, particularly electrical components, from the surrounding environment. The device will typically include a front member and base member which may be formed as a unitary body. A relatively isolated environment will be formed in the area behind the front member and above the base member and the isolation may be enhanced by placing the device near a wall or partition. The device may also include side members for enhancing the isolation of the internal environment. Openings or slots may be located in any of the members to permit the passage of cables or other tubular objects and also to provide ventilation. Retaining elements disposed on the inside of the base member or front member may be used to retain various components in a desired position. The front member may also include a fan or comfort elements for use as a footrest or cooling device.

Abstract: A material board for producing a hybrid circuit board includes a plurality of hybrid circuit board sections 1 on each of which an electronic component 2 is mounted and a metallic terminal plate 3 for external connection is bonded so as to project from the hybrid circuit board section. A frame portion 6 is defined between the hybrid circuit board sections, and the hybrid circuit board sections are integrally connected to the frame portion via a thin strip 8 provided at an intermediate portion of grooves 7 each surrounding a respective one of the hybrid circuit board sections entirely. In bonding the terminal plate 3 to the hybrid circuit board by soldering, the terminal plate is temporarily bonded to the frame portion 6 with an adhesive 9. The adhesive is prevented from spreading toward the end of the terminal plate.

Abstract: Vertical bus bars are mounted on a first surface of a box main body. A connection terminal of the vertical bus bars projects inside a fitting peripheral wall of a connector fitting portion provided to a second surface of the box main body. A retainer is provided off of the electrical component connection portion, the retainer holding the vertical bus bars disengageably from the first surface.

Abstract: A first card slot extends along a first imaginary plane. A second card slot extends along a second imaginary plane parallel to the first imaginary plane. A printed wiring board is placed between the first and second imaginary planes. A first connector is mounted on the front surface of the printed wiring board. The first connector receives a first card coming through the first card slot. A second connector is mounted on the back surface of the printed wiring board. The second connector receives a second card coming through the second card slot. A guiding member defines a first guiding surface extending along the first imaginary plane and a second guiding surface extending along the second imaginary plane. A space is efficiently utilized at the back surface of the printed wiring board. The first and second cards are enclosed in the enclosure in a layered manner.

Abstract: An isolator assembly includes an electrical receptacle housing. The housing defines an aperture extending inwardly from a first exterior wall of the housing and a longitudinal centerline of the aperture. The housing further has an internal cavity extending from the aperture and a slot spaced from the internal cavity and extending from a second exterior wall of the housing. The slot is generally perpendicular to the longitudinal centerline of the aperture. The isolator assembly also includes a plurality of terminals positioned in the housing, a nut sized for placement in the slot of the housing, a conduit fitting including a stem having a portion thereof sized for placement in the aperture of the housing, and a flexible conduit. The conduit is connected to the conduit fitting and contains a plurality of electrical conductors connected to the plurality of terminals within the electrical receptacle housing.

Abstract: A laminate includes base material layers and interlayer constraining layers disposed therebetween. The base material layers are formed of a sintered body of a first powder including a glass material and a first ceramic material, and the interlayer constraining layer includes a second powder including a second ceramic material that will not be sintered at a temperature for melting the glass material, and is in such a state that the second powder adheres together by diffusion or flow of a portion of the first powder including the glass material included in the base material layer at the time of baking. The incorporated element is in such a state that an entire periphery thereof is covered with the interlayer constraining layer.

Abstract: According to one embodiment, a flexible printed wiring board includes a component mounting portion to which a component is mounted and to which a reinforcing sheet is bonded. The component mounting portion includes an inner layer comprising a wiring pattern, and an outermost film layer disposed to cover the wiring pattern. The outermost film layer, to which the reinforcing sheet is bonded, is formed with a groove such that, when the reinforcing sheet is bonded, the groove extends in a region between the outermost film layer and the reinforcing sheet and communicates with an outside of the region.

Abstract: A lead-mounting seat includes a conductive seat body including a lead-mounting plate and spaced apart first and second insert legs that extend from the lead-mounting plate and that have different geometric shapes. The lead-mounting plate is formed with a plurality of lead-mounting holes. Each of the first and second insert legs has a connecting end connected to the lead-mounting plate, and a free end opposite to the connecting end. Each of the first and second insert legs is reduced in width from the connecting end to the free end.

Abstract: When a unit lock member (130) is engaged with a SIM card (220) mounted in a unit retention mechanism (120), a battery pack (210) can be mounted or removed. When the battery pack (210) is removed, the unit lock member (130) is permitted to slide thereby enabling mounting or removing the SIM card (220). Thus, the SIM card (220) cannot be mounted or removed while the battery pack (210) is mounted. Still, the battery pack (210) and the SIM card (220) are separately located in a plane, and hence a terminal main body (110) can be made thinner, and the presence of the SIM card (220) can be confirmed without the need to remove the battery pack (210).

Abstract: An electrical component mounting assembly is disclosed for attaching a cylindrical electrical component (C1) such as capacitor, diode, or resistor to a mounting member such as a printed circuit board in a horizontal or vertical orientation. The mounting assembly can have a housing (12) and a sleeve (14) placed around the electrical component which cooperates with the housing to retain the electrical component to the housing. A substantially inner cylindrical wall (32) of the housing can taper inward from an entrance (34) end to a rear wall (18) to form a tapering or narrowing chamber (30). The sleeve can have a slit that runs along the entire length of the sleeve and a tapered outer surface (28) that cooperates with the tapered chamber to clamp or compress against the electrical component as the sleeve is inserted into the housing. The lack of appreciable expansion of the housing creates a tight friction fit to secure the sleeve to the housing.

Abstract: An economically producible pressure-resistant housing with a display element and/or operating element for use in potentially explosive areas, comprising an inner space which serves to accommodate electronics, and a recess on the outside, inside of which a display and/or operating element is placed whose connecting lines extend into the inner space via a pressure-resistant leadthrough, wherein the display and/or operating element is surrounded on all sides by a pressure-resistant, crystal-clear encapsulation, which fills remaining cavities in the recess and outwardly closes the recess.

Abstract: A radio frequency (RF) module assembly includes a substrate on which a predetermined component is mounted, the substrate comprising a connection terminal, and an RF module mounted on the substrate and processing a predetermined RF signal. The RF module includes a housing forming a body, a jack receiving and transmitting a predetermined RF signal, a jack receiving part provided at the housing to allow the jack to be inserted inside the housing and received, and a terminal connected to a connection terminal of the substrate.

Abstract: An in-ceiling cabling enclosure for supporting communications network equipment and cables interconnecting the network equipment including a front wall, a rear wall, and two side walls extending between the front wall and the rear wall creating a volume inside the enclosure. An access door assembly is pivotally connected to either the rear wall or the two side walls. The access door assembly pivots through an arc of ninety degrees between a first position opening the enclosure and a second position closing the enclosure. An equipment mount plate is attached to an interior portion of the access door assembly, and opposed equipment mount rails are removably attached to the equipment mount plate. The equipment mount rails are adapted to receive the network equipment and to secure the network equipment to the access door assembly.

Abstract: An integrated circuit includes a positive lead defining a first pocket and a negative lead spaced apart from the positive lead that defines a second pocket that is aligned with the first pocket. The first and second pockets are adapted to receive and hold an electrical device such as a capacitor therein.

Abstract: To provide an electrical junction box having a new structure that includes a plurality of electrical component mounting sections that are open in an upper surface, such that (1) the structure is provided with a drainage groove for preventing accumulation of water without requiring any special space, and (2) the structure can eliminate a problem of heat generation from electrical components. An electrical junction box includes a first and second electrical component mounting section units. A plurality of electrical component mounting sections are arranged in straight lines to from the first and second units, respectively. The first and second electrical component mounting segment units are separated apart from each other by a given distance and are arranged in parallel with each other. A heat radiation drainage groove is provided between opposed portions of peripheral walls that constitute the adjacent first and second units.

Abstract: The present invention is directed to a bracket for mounting housing for accommodating electrical components. The bracket comprises a base member capable of being mounted to a surface. The bracket may also comprise a sidewall extending from the base member and a system for mounting the electrical component housing to the sidewall of the base member, so that when the electrical component housing is connected to the bracket, a space is defined between the base member and the electrical component housing.

Abstract: The protective electronic prototyping enclosure is conveniently formed to accommodate various prototype electronic projects. Openings in the enclosure may be accurately formed and markings can be neatly and precisely formed by on a paper label printed by using the computer. Variable panels are provided for covering spaces between electrical components located adjacent to the side panels of the enclosure.

Abstract: The invention relates to a molded housing (1) for an electronic circuit for installation in electronic devices and/or applications, in particular sensors or pick-ups characterized by force fit zones (7). According to the invention, the molded housing (1) has force fit zones (7). The invention also relates to an electronic module, in particular an acceleration sensor (28) according to the preamble of claim 16. Said acceleration sensor has a molded housing (1) that has force fit zones (7).

Abstract: A telecommunications system including a frame to which telecommunications equipment is mounted. Fiber cables exiting the equipment are routed upward along each of the right and left sides of the frame. The fiber cables routed along the right and left sides merge within a horizontal trough section of a cable exit assembly. The cable exit assembly is located adjacent to the top of the frame and defines a single common exit point at which the merged fiber cables exit the frame.

Abstract: An electrical induction device for high voltage applications, of the type comprising a magnetic core which has at least one leg and is operatively coupled to a supporting structure, at least one inner winding which is arranged around said leg and has a first rated voltage, at least one outer winding which is arranged around said at least one inner winding and has a second rated voltage; and electrically insulating means, wherein said at least one inner winding comprises a plurality of substantially concentric turns formed by a sheet of electrically conducting material which is spirally wound, and in that said electrically insulating means comprise at least one layer of electrically insulating material which is arranged between mutually facing surfaces of said concentric turns, and first shaped insulating means which edge, at least partially, at least one of the upper and lower external rims of said inner winding.

Abstract: A cable management assembly, and methods related thereto, including a panel having a plurality of discrete openings, including first shaped apertures and second shaped apertures. The assembly further including cable management devices having low-profile mounting arrangements. The low-profile mounting arrangements being configured to mount the cable management devices at selected locations on the panel.

Abstract: When an insulator is used in a humid atmosphere, the cooling thereof causes a humidity condensation, which is deposited on the insulator surface. Drops of water formed by the humidity condensation are connected to each other that a water film substantially reducing the insulation resistance of the insulator is formed. In order to solve said problem, the inventive insulator is provided, at least partially, with a hydrophobe surface. In such a way, the water layers formed by condensation are drained off the surface or detached there from without connection and the drops of water produced by condensation are unable to be bound to each other, thereby making it possible to maintain a desired high insulation resistance.

Abstract: A cable management assembly, and methods related thereto, including a panel having a plurality of discrete openings, including first shaped apertures and second shaped apertures. The assembly further including cable management devices having low-profile mounting arrangements. The low-profile mounting arrangements being configured to mount the cable management devices at selected locations on the panel.

Abstract: The invention provides a modular mapping system and apparatus for organizing and enclosing one or more electrical cables or cords that originate from and are connected to separate electronic devices and appliances. The system and apparatus can be made of a suitable size to house one or more electrical devices whereby the individual electrical cables or cords can be connected to or plugged into the electrical device. The individual electrical cables or cords never exit the apparatus and the electrical device is concealed from view. Another embodiment of the invention provides an apparatus for organizing and concealing for easy transport the various electrical cables and cords of the AC adapter cables and/or peripheral devices of a computer. The system and apparatus comprises a body that securely folds around the cables or cords in a closed configuration. The cords/cables can be restrained using wrapping system units and/or Velcro® wraps.