42 results about "Insertion element" patented technology

This invention relates to a circumferentially mating plug and socket, comprising a plug body and a socket body. The plug body includes a first insulating base, and its top is coaxially arranged with a first protective ring, a first insertion ring, a second insulating ring, a second insertion ring, a third insulating ring, a third insertion ring, a fourth insulating ring, and a fourth insertion element, all of which are conductive to the plug wires. The socket body includes a second insulating base, and its top is coaxially arranged with a second protective ring, a first insertion ring, a fifth insulating ring, a second insertion ring, a sixth insulating ring, a third insertion ring, a seventh insulating ring, and a fourth insertion ring, all of which are conductive to the socket wires. During mating, each insulating ring of the plug inserts into its corresponding positioning ring, and the insertion ring inserts into its corresponding insertion ring, achieving precise circumferential mating and conductive connection. This circumferentially mating plug and socket, by employing a concentric circle structure, enables mating of the plug and socket in any direction, greatly reducing the difficulty of plug-socket connection and facilitating automated mating of the plug and socket.

A panel comprising: an upper first panel cover plate and a lower second panel cover plate; a three-dimensional spacer structure (120) arranged between the first panel cover plate and the second panel cover plate; and an insertion element with a base body and with several insertion legs extending from the base body at intervals from one another in the same direction. The three-dimensional spacer structure (120) comprises several structural elements.The multiple structural elements are designed in a wave-like form, wherein a first structural element has a wave section that rests on an upper surface of the base body and extends to both sides of the base body in the direction of a lower surface of the base body; wherein a second structural element has a wave section that extends on the lower surface of the base body, the base body being held between the wave section of the first structural element and the wave section of the second structural element; and wherein a third structural element has a wave section that rests on an upper surface of an insertion leg of the multiple insertion legs and extends to both sides of the corresponding insertion leg in the direction of a lower surface of the corresponding insertion leg.

The invention relates to a fluid line coupling (20) for fluid-tight connection of two line elements with a tubular base body (21) which extends along a central longitudinal axis (L) of the fluid line coupling (20) and comprises a receiving section (22) for receiving a corresponding insertion element, wherein the insertion element can be inserted into the receiving section (22) along an insertion direction (x), wherein the receiving section (22) has an internal sealing device (10) on its inner surface for interacting with the insertion element and for sealing the coupling connection, wherein the sealing device (10) is formed by an inner circumferential sealing groove (14) with a bottom (14') and with two side walls (14") and by a sealing element (12), wherein the sealing element (12) is arranged in the sealing groove (14).According to the invention, the sealing element (12) is progressively compressed when the insertion element is inserted in the insertion direction (x), wherein the sealing element (12) is guided and arranged in the sealing groove (14) in such a way that the sealing element (12) does not touch the side walls (14") of the sealing groove (14).

This invention relates to a device (10) for setting connecting elements (100, 300), the connecting elements having a head-side drive structure. The device includes a feed device (12) for applying axial force, a rotating spindle (14, 40, 68, 82, 140), and a drive head (20, 42, 60, 70, 80, 142, 242) connected to the rotating spindle. The drive head has a drive structure (22, 44) arranged circumferentially along the setting direction (S) on the end side, interlocking to rotate the connecting elements (100, 300). The drive head (20, 42, 60, 70, 80, 142, 242) has an axial sleeve. The device also includes a suction unit (18) by means of which air can be suctioned out from the end side of the drive head (20, 42, 60, 70, 80, 142, 242). The device also includes insertion elements (24, 50, 72, 150) having suction surfaces (26, 54) at their ends, the suction surfaces circumferentially defining a suction cross-section (30). The insertion elements (24, 50, 72, 150) are designed such that the suction surfaces (26, 54) can move axially relative to the drive heads (20, 42, 60, 20, 70, 80, 142, 242), and that negative pressure can be released from the insertion elements (24, 50, 72, 150). The side of the insertion element (24, 50, 72, 150) away from the setting direction (S) is transferred to the suction surface (26, 54) of the insertion element (24, 50, 72, 150). Before the connecting element (100, 300) is sucked in, the suction surface (26, 54) is located at a first end position, which is spaced a certain distance from the end edge region of the sleeve along the setting direction (S), and moves to a second position in the opposite direction to the setting direction (S) during the setting process.

The disclosure includes a system and method for obtaining a hierarchical structure including a plurality of components; determining a set of available insertion positions within the hierarchical structure, the set of available positions including a first position, where in an available insertion position is a position within the hierarchical structure that, responsive to a user request, a new component may be inserted into the hierarchical structure; determining a set of inserts available at the first position within the hierarchical structure; presenting a user interface, the user interface representing: the hierarchical structure of the plurality of components; a set of insert elements; receiving a request to insert the new component into the hierarchical structure at the insert position associated with the first insert element; and modifying the hierarchical structure by inserting the new component into the hierarchical structure at the insert position associated with the first insert element.

A dilator kit (200) for dilation of an incision in a wall of a blood vessel is disclosed, comprising a plurality of separate insertion elements (110, 120, 130) configured to be telescopically fitted over one another and sequentially advanced into the blood vessel. The insertion elements comprise an inner insertion element (HO), an outer insertion element (130), and at least one intermediate insertion element (120) arrangeable between the inner insertion element and the outer insertion element. The intermediate insertion element comprises a portion (122) configured to engage a stop element (114) of the inner insertion element to limit advancement of the intermediate insertion element into the blood vessel, and an outer stop element (124) configured to engage a stop element (132) of the outer insertion element to limit advancement of the outer insertion element into the blood vessel.

A cleaning device (200) and a discharge device (300) for cleaning a gutter (102) are disclosed, wherein the cleaning device (200) comprises: a base body (202, 208); an interface (204) for attaching the base body (202, 208) to an insertion element (400); a cleaning element (201) that is rigidly attached to the base body (202, 208) and that can be inserted into a gutter (102) in such a way that it rests on the bottom of the gutter (102); a plate-shaped alignment element (212) which is arranged such that, when the cleaning element (201) is inserted into the gutter (102), it extends parallel to a gutter edge of the gutter (102) along an outer wall of the gutter (102).

Writing instrument comprising a pen (12) and a cap (16) for receiving a writing end (14) of the pen (12), wherein the pen (12) comprises: - a pen body (20) elongated in the direction of a pen longitudinal axis (S), - a fluid reservoir (22) arranged in the pen body (20) for fluid to be applied by means of the pen (12), - a porous application element (18) projecting from the writing end (14) of the pen (12) in the direction of the pen's longitudinal axis (S) beyond the pen body (20), wherein the application element (18) is in connection with the fluid reservoir (22) for receiving fluid from the fluid reservoir (22) by capillary action, the cap (16) includes: - a cap body (30) with a receiving end (32) open for receiving the writing end (14) of the pen (12), - an insert element (34) received in the cap body (30), wherein the insert element (34) has a permanently formed application element receiving recess (36) for receiving the application element (18) when the writing end (14) of the pen (12) is received in the cap (16), so that when the application element (18) is inserted into the application element receiving recess (36) and when the application element (18) is removed from the application element receiving recess (36) the shape and dimensions of the application element receiving recess (36) do not change substantially, wherein the applicator receiving recess (36) is adapted to a shape and size of the applicator (18) such that, when the writing end (14) is received in the cap (16), the applicator (18) is at least partially in contact with the insert element (34) in the area of ​​an inner surface (37) of the applicator receiving recess (36), and wherein the insert element (34) is formed to be porous at least in an area providing the inner surface (37) of the applicator receiving recess (36) such that it has capillarity for the fluid.

The application relates to a system for inserting an indenter, in particular a screw, a dome or a drill bit, into a component, comprising: an insertion unit with a housing, a tool holder for receiving a tool, a rotary drive to set the tool holder in a rotary motion, a linear drive to set the tool holder in a feed motion, and an interface to attach the insertion unit to an articulated robot arm, so that the articulated robot arm carries the insertion unit.The system further comprises a compensation unit with a first element, a second element and a bearing, wherein the first element and the second element are coupled to each other via the bearing in such a way that the first element and the second element are translationally movable relative to each other, so that a deflection of a robot axis of the articulated robot due to contact forces and a resulting change in position of the insertion unit can be at least partially compensated. The application also relates to a method for operating a system for inserting an injector into a component, in which a compensation unit allows translational movement to at least partially compensate for a deflection of a robot axis of an articulated robot arm as a result of contact forces and a resulting change in position of an insertion unit.

Setting system with at least one feeding device (3) in which, in a feeding process, at least one auxiliary joining element (9) can be fed in a feeding line (21) to a setting device (1) in which the auxiliary joining element (9) can be driven into at least one workpiece (5) in a setting process, wherein the auxiliary joining element (9) is accelerated to a feeding speed (v) in the feeding process by means of at least one acceleration unit (15) controllable by an electronic control unit (16). ist) is accelerating, with which the auxiliary insertion element (9) can be guided to a processing point (V) of the setting device (1) from which the setting process starts, wherein the feeding device (3) has a monitoring module (28) with at least two switching elements (29, 31), wherein the switching elements (29, 31) are arranged one behind the other along the feed line (21) at a distance (s), wherein the switching elements (29, 31) generate a switching signal (S1, S2) when the auxiliary insertion element (9) passes by, and wherein the monitoring module (28) concludes that there is a faulty element feed if at least one of the switching signals (S1, S2) is not present, characterized in that the electronic control unit (16) is integrated into a control loop (R) with which the feeding process can be controlled, and that the feeding speed (v) is controlled by means of the control loop (R) in a first feeding process ist) or a correlated parameter can be recorded as an actual value, so that in a subsequent second feeding process the control unit (16) is based on the recorded actual value (v ist ) the acceleration unit (15) is controlled to ensure error-free element feeding, that in the feeding process the switching elements (29, 31) generate the switching signals (S1, S2) with a time offset, and that the control unit (16) has a timing module (35) that detects the time offset (t) in the signal generation of the switching signals (S1, S2), and a calculation module (37) that calculates the feeding speed (v) based on the time offset (t) and the distance (s) between the two switching elements (29, 31). ist ) determined.

The invention relates to a fastening device comprising:-an insertion element (100) provided with an insertion section (101) comprising a flat front face; -a housing (400) forming an inner space and wherein the insertion section (101) is intended to be inserted in an insertion direction in a locking position for which the front face and the inner face of the fastening device (10) face each other; -a spring member (300) configured to oppose the gap between the inner face and the front face; -a separation member configured to maintain the inner face away from the front face from the insertion position when the insertion section is inserted and to allow the inner face and the front face to converge when the insertion section adopts the locking position.

A removable banister device includes a staircase of a residential building and the staircase has an insertion element which is structurally integrated into the staircase. A banister has a leg which is insertably matable with the insertion element of the staircase. A pair of first couplers is each removably attachable an upper landing of the staircase. A pair of second couplers is each removably attachable to the banister. Each second coupler is releasably matable to a respective first coupler when the leg is insertably mated to the insertion element. The pair of first couplers and the pair of second couplers removably secure the banister to the vertical wall such that the banister can support the occupant when the occupant grips the banister.

The invention relates to an aluminum bus bar unit (100) for electrical current transmission, comprising a bus bar body (101), a stabilizing structure (103) and a connection unit (105) for electrical and mechanical connection of the bus bar unit (100), the bus bar body (101) comprising a cavity structure (107) having at least one cavity (109) extending along a longitudinal axis (L) of the bus bar body (101), wherein the stabilizing structure (103) comprises at least one insertion element (111) which is at least partially inserted into the at least one cavity (109), and wherein the stabilizing structure (103) has a higher mechanical rigidity than the bus bar body (101), and wherein the connecting unit (105) is fixed at the connecting end (113) of the bus bar body (101) by means of a press connection (115).

Embodiments of the disclosure relate to a method of inserting an element in a document editor, an electronic device, and a computer readable medium. In the method provided by the embodiments of the disclosure, in response to detecting that entry of content into a current interface of a document editor is stopped, movement of a pointing cursor corresponding to a pointing device is detected in the current interface of the document editor; in response to detecting the movement of the pointing cursor, an insertion menu is displayed; and an element selected from the insertion menu is inserted at a position cursor, the position cursor indicating an insertion position of the element. In this way, the menu can be easily awakened even if a novice user does not know a shortcut key for awakening the menu. Thus, user experience is improved.

Module (1) for a research rocket, comprising a module base (3) and a surrounding module wall (3) forming a receiving space (7), wherein a slide-in hatch for slide-in elements (100) is arranged in the module wall, comprising a rail system (17) arranged on the module base (3), comprising a first rail section (19) extending in a first direction from the slide-in hatch (13), comprising a second rail section (21) extending transversely to the first rail section (19) at a first distance from the slide-in hatch (13), wherein the first rail section (19) has a guide surface which is further away from the module base (3) than a guide surface of the second rail section (21), wherein the first rail section (19) has a first recess (27) in the region of the second rail section (21), wherein at least one first guide carriage (31) is arranged on the second rail section (21),which has a rail section (33) adapted to the first rail (19), wherein the rail section (33) is aligned with the first rail (19) when the first guide carriage (31) is arranged in the first recess (27), and wherein the insertion elements (100) are movable on the first rail (19) via at least one guide shoe (25) to reach first bearing positions (16a), and when the at least one guide shoe (25) engages one of the insertion elements (13100) on the rail section (33) of the first guide carriage (31), the first guide carriage (31) is movable on the second rail (21) to reach second bearing positions (16b).

The invention relates to a holder (12) for arrangement on an inner wall part (14) of a climate cabinet (16), comprising a base part (20) and a first holding part (22) arranged on the base part (20), the base part (20) having a base longitudinal direction (24) and a base transverse direction (26) arranged transversely to the base longitudinal direction (24), the first holding part (22) has an insertion element (36) for insertion into the inner wall part (14) and at least one fastening element (38, 39) arranged on the insertion element (36) for fastening the first holding part (22) to the inner wall part (14), and wherein the at least one fastening element (38, 39) is arranged behind the insertion element (36) in the transverse direction (26) of the base, and a holder assembly (10) having a holder (12) and a holding track, and an inner wall portion (14) for the climate cabinet (16), and a holding system (96), and a climate cabinet (16).

A method for manufacturing a part made of composite material with a positioning datum and a resulting part. A method for manufacturing a part made of composite material comprising: - the creation of a fibrous preform (200) comprising first and second adjacent parts, the first part comprising a debonding delimiting an internal cavity, - the densification of the fibrous preform by a matrix so as to obtain a part made of composite material (300) comprising first and second parts (303, 308) adjacent in the longitudinal direction. The method further comprises, before the densification step of the fibrous preform: - the creation of an insertion element (10) having internal cavities (12, 13), - the placement of the insertion element (10) in an internal cavity (340).The said process further comprises, after the densification step of the fibrous preform, the removal of a portion (3030) of the first part (303) of the part at the level of the internal cavities so as to obtain blind holes opening onto one end of said insertion element. Figure for the abbreviation: Fig. 4.

A device for separating a load (L) from a pallet (P) includes a set of plate elements (3, 5) operated by respective insertion elements (7) for insinuation between the load (L) and a surface of the pallet (P) and operated by respective lifting elements (9) to separate the load (L) from the pallet (P). Right (13) and left (15) mutually parallel side walls are arranged vertically and include a rotation element (11) for each plate element (3, 5) for rotating and orienting the plate elements (3, 5) with respect to the surface of the pallet, with the set of plate elements (3, 5) including a right plate-like element (3) and a left plate-like element (5) each sliding in a respective swivel and slide element (19) of the rotation element (11).

Occlusion devices, earpiece devices and methods of occluding an ear canal are provided. An occlusion device includes an insertion element, a foldable element and an expandable element. The foldable element is disposed on the insertion element and is configured to receive a medium via the insertion element. The expandable element is disposed over the foldable element. The foldable element is configured to unfold, responsive to the medium, and cause the expandable element to expand to contact the ear canal.

The invention relates to a tufting unit for inserting yarn segments into a substrate, the tufting unit having a clamping device, one or more gripping elements, one or more retraction elements, a cutting device and one or more insertion elements, the yarn strand is clamped by the clamping device, gripped by the gripping element, shaped by the retraction element, and inserted by the insertion element. The invention also relates to a tufting machine comprising such a tufting unit.

A holder (12) for mounting on an inner wall section (14) of a climate cabinet (16), comprising a base section (20) and a first retaining section (22) arranged on the base section (20), wherein the base section (20) has a base longitudinal direction (24) and a base transverse direction (26) arranged transversely to the base longitudinal direction (24), wherein the first retaining section (22) has an insertion element (36) for insertion into the inner wall section (14) and at least one locking element (38, 39) arranged on the insertion element (36) for securing the first retaining section (22) to the inner wall section (14), and wherein the at least one locking element (38, 39) is arranged along the base transverse direction (26) following the insertion element (36). as well as mounting assembly (10) with a mounting (12) and a retaining rail as well as inner wall part (14) for a climate cabinet (16), as well as holding system (96), as well as climate cabinet (16).

Insertion element (1) for inserting (150) and positioning a shaft element (2) into a sleeve (3), comprising a hollow cylindrical base body (4) for guiding the shaft element (2) into the sleeve (3) during an assembly operation, wherein the outer circumference (5) of the hollow cylindrical base body (4) has a first section (6) and a second section (7), wherein the second section (7) is associated with a first end (8) of the hollow cylindrical base body (4) and wherein the second section (7) has a support collar (9) for sealing, and wherein the inner circumference (10) of the hollow cylindrical base body (4) has an assembly aid (11) which serves to guide and support the shaft element (2) during the assembly operation and is non-contacting with the shaft element (2) in the operating state, characterized in thatthat the hollow cylindrical base body (4) is two-part and has an outer ring (15) and an inner ring (16) connected to the outer ring (15) (17), which is at least partially the assembly aid (11).

The invention relates to a fluid line coupling (20) for fluid-tightly connecting two line elements, having a tubular main part (21) which extends along a central longitudinal axis (L) of the fluid line coupling (20) and comprises a receiving portion (22) for receiving a corresponding insertion element. The insertion element can be introduced into the receiving portion (22) along an insertion direction (x), and the receiving portion (22) has, on the inner lateral surface thereof, an internal sealing device (10) for interacting with the insertion element and for sealing the coupling connection. The sealing device (10) is formed from an inner circumferential seal groove (14) with a base (14') and two lateral walls (14'') and from a seal element (12), the seal element (12) being situated in the seal groove (14). According to the invention, the seal element (12) is progressively compressed in the insertion direction (x) when the insertion element is inserted, and the seal element (12) is guided and positioned in the seal groove (14) in such a way that the seal element (12) does not contact the lateral walls (14'') of the seal groove (14).

A bracket for placement on an inner wall part of a climate chamber includes a base segment and a first retaining segment. The base segment has a base longitudinal direction and a base transverse direction. The first retaining segment includes an insertion element for inserting into the inner wall part and a securement element for securing the first retaining segment on the inner wall part. The insertion element is disposed on the base segment tilted about a retaining axis parallel to the base transverse direction toward a base rear side. The securement element and insertion element are disposed at a securement angle of less than 180°. The securement element is disposed succeeding the insertion element along the base transverse direction. Also disclosed are a bracket assembly, an inner wall part having slotted strips with reinforced thickness, a retaining system, and a climate chamber.

The invention relates to a container (1) for a dental implant (10), comprising a receiving body (11) with a receiving space (12) extending in a principal axis (13), wherein an insertion element (14) is provided in the receiving space (12) into which the dental implant (10) can be inserted with its longitudinal axis (15) so that it coincides with the principal axis (13), and comprising a lid element (16) which is pivotably arranged on the receiving body (11) between a closed position and an open position, wherein a clamping element (17) is arranged on the lid element (16) so that the dental implant (10) can be fixed in the closed position of the lid element (16) between the insertion element (14) and the clamping element (17) with at least one holding force (F), wherein the holding force (F1, F2) is perpendicular to and / or in the principal axis (13).According to the invention, the insert element (14) is arranged in the receiving body (11) and / or the clamping element (17) is arranged in the cover element (16) in a holding manner via at least one locking connection (18), wherein the locking connection (18) is designed such that an assembly direction (19) for locking the respective locking connection (18) runs perpendicular to the main axis (13).

The invention relates to the field of graph storage, and provides a dynamic graph storage method, device and equipment, a medium and a computer program product, and the method comprises the following steps: obtaining insertion graph elements; the insertion graph elements comprise a first insertion element and a second insertion element; storing the first insertion element in a first storage part of an empty unit to obtain a first unit under the condition that the empty unit exists in the mapping bucket of the first insertion element; under the condition that the small slot of the second storage part of the first unit is full, storing the first table pointer into the large slot of the second storage part of the first unit, and determining a target hash table pointed by the first table pointer; storing the second insertion element and the target graph element into a target hash table; the target map element is a map element stored in a small slot of a second storage portion of the first cell. The data storage structure provided by the invention can be efficiently adjusted according to the dynamic change of the graph data, so that the query efficiency and access speed of the graph data are improved.

Panel comprising a first and a second panel cover plate (6, 8), a core layer (9) arranged between the first and the second panel cover plate (6, 8), the panel having a recess (4) extending from a free end face of the panel between the facing surfaces of the first panel cover plate (6) and the second panel cover plate (8) into the core layer (9), an insertion structure (10) comprising an insertion element (20) and at least one first clamp (24.1) and which can be inserted into the recess (4). The first clamp (24.1) is elastically deformable connected to the insertion element (20) so that the insertion structure (10) can be inserted into the recess (4) and the insertion structure (10) is clamped by the first clamp (24.1) between the first and second panel cover plates (6, 8).Furthermore, a panel is provided comprising a first panel cover plate (6), a second panel cover plate (8), and a core layer (9) arranged between them. The panel has at least one through-opening (5) into which an insertion structure (10) can be inserted. A first clamp (24.1) of the insertion structure (10) can clamp the first panel cover plate (6) and the second panel cover plate (8) against the core layer (9).

The device (6) serves to fasten a component (2) to a support structure (2), in particular a fan module to a support structure (2) of a vehicle, and comprises a locking component (8) and a receiving component (10) with a receiving channel 22 for the locking component (8). The locking component (8) has two opposing locking arms (26), each of which has a snap hook (30) at its end with a leading insertion element (34) formed on only one side and having an insertion chamfer (36). To prevent rotation during insertion, the receiving channel (22) has insertion recesses (42) associated with the insertion elements (34) in the area of ​​an insertion opening (40).

The device (6) for fastening a component (2) to a support structure (2), in particular a fan module to a support structure (2) of a vehicle, and has a locking member (8) and a receiving member (10) with a receiving channel (22) for the locking member (8). The locking member (8) has two opposite locking arms (26) which in each case have a snap hook (30) on the end side, which has an insertion element (34) with a front end formed on one side only with an insertion ramp (36). In order to avoid rotation during the insertion operation, the receiving channel (22) has an insertion recess (42) associated with the insertion element (34) in the region of an insertion opening (40).

An adaptive optical element for a microlithographic projection exposure apparatus, comprising: a substrate; an optically effective surface; and at least one solid-state actuator for at least partial deflection or deformation of the optically effective surface. At least one bore extends through at least regions of the substrate. An insertion element comprises the at least one solid-state actuator. The insertion element is in the bore so that the at least one solid-state actuator is affixed at a predetermined position within the bore.