mhurhangee/ep-ind-claims huggingface dataset:
A rod to rod connector comprising: a first clamping assembly comprising: a clamping body having a channel defined by a channel wall for receiving a first spinal rod, and a bore extending through the clamping body; a articulation element having a hollow body and an opening, the opening being adjacent to the bore extending through the clamping body; and a pivot element pivotally connected to the clamping body, the pivot element configured to clamp a first spinal rod between the pivot element and the channel wall in the first clamping assembly; a connector member for connecting the first clamping assembly to a second spinal rod, the connector member comprising a first socket having a first axis, the first socket configured to receive the articulation element of the first clamping assembly, with the articulation element rotatable relative to the axis of the first socket; and a fastener extending through the first socket in the connector member, and through the opening and bore in the first clamping assembly, the fastener interconnecting the connector member and the first clamping assembly, characterized in that the articulation element is a polyaxial articulation element and in that the first socket is configured to receive the polyaxial articulation element of the first clamping assembly, with the articulation element polyaxially rotatable relative to the first axis of the first socket. a first clamping assembly comprising: a clamping body having a channel defined by a channel wall for receiving a first spinal rod, and a bore extending through the clamping body; a articulation element having a hollow body and an opening, the opening being adjacent to the bore extending through the clamping body; and a pivot element pivotally connected to the clamping body, the pivot element configured to clamp a first spinal rod between the pivot element and the channel wall in the first clamping assembly; a clamping body having a channel defined by a channel wall for receiving a first spinal rod, and a bore extending through the clamping body; a articulation element having a hollow body and an opening, the opening being adjacent to the bore extending through the clamping body; and a pivot element pivotally connected to the clamping body, the pivot element configured to clamp a first spinal rod between the pivot element and the channel wall in the first clamping assembly; a connector member for connecting the first clamping assembly to a second spinal rod, the connector member comprising a first socket having a first axis, the first socket configured to receive the articulation element of the first clamping assembly, with the articulation element rotatable relative to the axis of the first socket; and a fastener extending through the first socket in the connector member, and through the opening and bore in the first clamping assembly, the fastener interconnecting the connector member and the first clamping assembly,
An auxiliary access control barrier, AACB, for installation within an opening formed in a bulkhead within an aircraft fuselage, the AACB comprising: laterally extendable door panels (110A, 110B) that are slidably attached to each other to vary a width of the AACB; a hinge by which the door panels (110A, 110B) are pivotably attached to the bulkhead by one or more of the door panels (110A, 110B), such that the door panels (110A, 110B) are pivotable between a deployed position, in which the door panels (110A, 110B) are positioned across the opening to prevent passage through the opening and in which the AACB has a first width, and a stowed position, in which the door panels (110A, 110B) are positioned to allow passage through the opening and in which the AACB has a second width, wherein the first width is greater than the second width; and one or more locks (130, 130A, 130B) configured to prevent relative motion between the door panels (110A, 110B) to fix the width of the AACB and/or to secure the AACB within the opening in the bulkhead: characterised in that: the door panels (110A, 110B) comprise a first door panel and a second door panel; the first door panel comprises fingers that interlock with fingers of the second door panel in an alternating manner in a direction of a height of the AACB; and when the fingers of the second door panel slide in a lateral direction, orthogonal to the vertical direction, relative to the fingers of the first door panel to vary the width of the AACB, a first row of viewports are opened between adjacent fingers of the first door panel and a second row of viewports are opened between adjacent fingers of the second door panel. laterally extendable door panels (110A, 110B) that are slidably attached to each other to vary a width of the AACB; a hinge by which the door panels (110A, 110B) are pivotably attached to the bulkhead by one or more of the door panels (110A, 110B), such that the door panels (110A, 110B) are pivotable between a deployed position, in which the door panels (110A, 110B) are positioned across the opening to prevent passage through the opening and in which the AACB has a first width, and a stowed position, in which the door panels (110A, 110B) are positioned to allow passage through the opening and in which the AACB has a second width, wherein the first width is greater than the second width; and one or more locks (130, 130A, 130B) configured to prevent relative motion between the door panels (110A, 110B) to fix the width of the AACB and/or to secure the AACB within the opening in the bulkhead: the door panels (110A, 110B) comprise a first door panel and a second door panel; the first door panel comprises fingers that interlock with fingers of the second door panel in an alternating manner in a direction of a height of the AACB; and when the fingers of the second door panel slide in a lateral direction, orthogonal to the vertical direction, relative to the fingers of the first door panel to vary the width of the AACB, a first row of viewports are opened between adjacent fingers of the first door panel and a second row of viewports are opened between adjacent fingers of the second door panel.
A method for the transfer of imaging layers from a transfer foil onto print sheets which are provided with an image-based coating with an adhesive by means of a coating unit, which contains an impression cylinder and a press roll forming a joint nip, through which the transfer foil can be guided from a foil storage reel contacting the press roll in such a manner that lying with the coated side on the print sheet guided on the impression cylinder and under pressure for transferring the coating jointly with the print sheet it is guided through the nip, wherein the printing press can be operated with foil clocking in such a manner that the transfer foil is at least stopped while a cylinder gap passes through the nip, characterized in that by means of the foil clocking the transfer foil continues to be transported through the nip at selected times and is otherwise stopped, wherein a predetermined foil clocking based on the gap or based on the format can be switched on, switched off and/or adjustable in its frequency and duration with respect to a machine revolution and wherein foil clocking is switched as a function of machine and/or production parameters.
A method for producing polymer agglomerates with a device, comprising a compounder with a housing and a co-rotating twin screw arranged therein, a plurality of material inlets (3, 4) for the admission of a polymer and additives, tempering units for heating the mixing material consisting of the polymer and the additives, at least one degassing unit and an outlet, as well as an agglomerating vessel with an agglomerating tool and a cooling tool, wherein the agglomerating vessel is connected via a connection channel to the outlet of the compounder, and the agglomerating tool of the agglomerating vessel is arranged in the fall direction of the mixing material below the connection channel, and comprises mutually engaging rotors and stators for producing agglomerates of a defined grain size, comprising the following method steps: - feeding the polymer and additives into a compounder, - tempering, mixing and degassing the polymer and the additives in the compounder, - continuous unpressurised discharging of the mixing material consisting of the polymer and the additives in the form of a pasty composition out of the compounder, - conveying the mixing material via a connection channel into an agglomerating vessel, - continuously agglomerating the mixing material to form an agglomerate of a predefined grain size, - continuously cooling the agglomerate and discharging the finished agglomerate from the agglomerating vessel. - feeding the polymer and additives into a compounder, - tempering, mixing and degassing the polymer and the additives in the compounder, - continuous unpressurised discharging of the mixing material consisting of the polymer and the additives in the form of a pasty composition out of the compounder, - conveying the mixing material via a connection channel into an agglomerating vessel, - continuously agglomerating the mixing material to form an agglomerate of a predefined grain size, - continuously cooling the agglomerate and discharging the finished agglomerate from the agglomerating vessel.
A hinge for mounting a toilet seat on a toilet pan, said hinge including a hinge base having a contact surface engageable with said pan, wherein said contact surface has engaged therewith a bonding component adhesivised on both sides thereof for fixing said contact surface to said pan, said hinge including a spacing facility configured to maintain a space between said bonding component and said pan, said spacing facility being deformable by the application of a force to said hinge base against said pan to allow the bonding component to contact, and adhere said hinge to said pan, characterised in that said spacing facility is formed integrally with said contact surface and is configured to fracture upon displacement of said hinge base into contact with said pan and the hinge is further including a fixing rod locatable through a hole in said pan.
A high power semiconductor laser diode including a semiconductor body having an active region with two end sections and front and back facets terminating said end sections, a first injector over at least part of said semiconductor body for injecting electrons into said active region, and a second injector located opposite said first injector over at least part of said semiconductor body for injecting holes into said active region, wherein at least one of said injectors comprises a metallization layer (3, 13) and an electrical connection to said metallization layer (3, 13), characterized by said electrical connection being in the form of a plurality of current injection points, the distance of the electrical connection to the at least one of the end sections being at least half of the effective penetration depth of the current spreading in said active region and said electrical connection being shaped or constructed such that said injector produces reduced current injection at at least one of said end sections.
A fitting structure comprising: a first tube body configured with a multilayer construction including an inner tube formed with an internal first flow path and an outer tube surrounding the inner tube, and including a connection tube portion for use in connection provided at a first end portion of the first tube body; a second tube body equipped with an internal second flow path, and provided with connection means connected to the connection tube portion that has been inserted into an end portion in order to communicate the first flow path and the second flow path; characterized in that the outer tube is removed from the inner tube in the connection tube portion; and a notch (136, 137, 172) is formed where the outer tube facing the second tube body has been removed, whereby, if a tool is inserted into the notch (136, 137,172) and moved along the inner tube, the tool may release connection to the connection means; and restriction means is provided (138, 138a, 162, 174) that projects out from the outer tube towards the notch (136, 137,172), is capable of being removed, and prevents the tool from being inserted. a first tube body configured with a multilayer construction including an inner tube formed with an internal first flow path and an outer tube surrounding the inner tube, and including a connection tube portion for use in connection provided at a first end portion of the first tube body; a second tube body equipped with an internal second flow path, and provided with connection means connected to the connection tube portion that has been inserted into an end portion in order to communicate the first flow path and the second flow path; characterized in that the outer tube is removed from the inner tube in the connection tube portion; and a notch (136, 137, 172) is formed where the outer tube facing the second tube body has been removed, whereby, if a tool is inserted into the notch (136, 137,172) and moved along the inner tube, the tool may release connection to the connection means; and restriction means is provided (138, 138a, 162, 174) that projects out from the outer tube towards the notch (136, 137,172), is capable of being removed, and prevents the tool from being inserted.
A textile machine comprising: a driven member; a driving section adapted to move the driven member according to a specified command value; and an origin sensor adapted to detect an origin position, which is a reference position, of the driven member; If characterized by further comprising a command value measuring section adapted to obtain, as an actual measurement command value, the command value necessary for moving the driven member from a target position to the origin position; and a drive control section adapted to determine a standby position of the driven member from the actual measurement command value obtained by the command value measuring section, a theoretical command value determined in advance to have a position to which the driven member is moved by a predetermined command value from the target position as a standby position, and the origin position. a driven member; a driving section adapted to move the driven member according to a specified command value; and an origin sensor adapted to detect an origin position, which is a reference position, of the driven member; If characterized by further comprising a command value measuring section adapted to obtain, as an actual measurement command value, the command value necessary for moving the driven member from a target position to the origin position; and a drive control section adapted to determine a standby position of the driven member from the actual measurement command value obtained by the command value measuring section, a theoretical command value determined in advance to have a position to which the driven member is moved by a predetermined command value from the target position as a standby position, and the origin position.
An impact beam comprising a polymer matrix and a reinforcing structure, said structure comprising a number of reinforcing steel cords and non-metal elongated binding elements or non-metal coated elongated binding elements arranged between the steel cords for holding the steel cords together, each of said steel cords has a metallic cross-sectional area A metal, the ratio φ c of the metallic area A metal to the area of the circumscribed circle (πd cord 2 /4) is at least 0.60, said steel cords further have a non-chemical binding with said polymer matrix, characterized in that said non-metal elongated binding elements or non-metal coated elongated binding elements have a chemical bond with said polymer matrix wherein said chemical bond is realized by bifunctional coupling agents, one functional group being responsible for the binding with the non-metal elongated binding elements or non-metal coated elongated binding elements, the other functional group reacting with the polymer.
A variable mechanical constraining guide system for guiding surgical instruments during dental implantology procedures on dental arches, said system comprising: a) a template to be positioned on a dental arch, said template comprising at least a first seat for introducing a guide means for a surgical tool associated with a handpiece, said first seat being associated with a second seat for the passage of said guide means; b) a guide rail (60, 84) to be associated with said first seat of said template and comprising a guide groove defining a sliding seat for the guide means; said system further comprising guide means comprising a movable slide (68, 73, 74) having a portion provided with a hole to be associated with a tool (72, 15, 90, 104) and an elongated portion to be connected to said guide rail for said slide (68, 73, 74), and in that said hole and said elongated portion of said movable slide (68, 73, 74) are arranged according to a parallel axis to a sliding axis of the guide groove of said guide rail (60, 84), characterized in that said elongated portion is flat and is shaped with two substantially flat faces configured to engage the guide rail laterally. a) a template to be positioned on a dental arch, said template comprising at least a first seat for introducing a guide means for a surgical tool associated with a handpiece, said first seat being associated with a second seat for the passage of said guide means; b) a guide rail (60, 84) to be associated with said first seat of said template and comprising a guide groove defining a sliding seat for the guide means;
Multi-layer tube, adapted for transporting oil in hydraulic power steering plants of motor vehicles, said multi-layer tube being composed of: - one internal tubular structure made of a thermoplastic material, wherein said thermoplastic material of said internal tubular structure is polyester, said internal tubular structure having an external diameter substantially equal to 13 mm and an internal diameter substantially equal to 10 mm; - one reinforcing layer made of a textile material, said textile material of said reinforcing layer being a braid-shaped woven material composed of aramide fibres being composed of at least 3 Kevlar® wires with 16 spindles; and - one external coating layer made of a thermoplastic material, wherein said thermoplastic material of said external coating layer is polyester, said external coating layer having a thickness substantially equal to 0.8 mm and a diameter substantially equal to 17 mm. - one internal tubular structure made of a thermoplastic material, wherein said thermoplastic material of said internal tubular structure is polyester, said internal tubular structure having an external diameter substantially equal to 13 mm and an internal diameter substantially equal to 10 mm; - one reinforcing layer made of a textile material, said textile material of said reinforcing layer being a braid-shaped woven material composed of aramide fibres being composed of at least 3 Kevlar® wires with 16 spindles; and - one external coating layer made of a thermoplastic material, wherein said thermoplastic material of said external coating layer is polyester, said external coating layer having a thickness substantially equal to 0.8 mm and a diameter substantially equal to 17 mm.
Roller conveyor comprising a U-profile with shafts at a mutual distance from each other and fixed in the direction of transport, each of which bearing at least one roll, as well as a lifting mechanism which is present under the U-profile for the lifting of the shafts, which roller conveyor further comprises a further profile which is open at the top and in which the U-profile is present, said further profile having two side walls, wherein the U-profile is present in the further profile with the free edges of the side portions facing downwards, and that on each shaft, a further roller is present, wherein in the side portions of the U-profile vertical slots are present through which the shafts are stabbing, and wherein the rollers are present near the outer side of the side portions of the profile, and a support plate is present under the shafts on which the shafts rest, and the lifting mechanism is located under the support plate, characterized in that an upper plate is attached on the two side walls of the further profile, in that the main portion of the U-profile has a further slot which connects the two side slots with each other, and in that the top plate is present on the U-profile.
An article of footwear flat pattern comprising: an upper portion having a toe end and an opposite heel end, a medial side and an opposite lateral side; a footbed portion having a toe end and an opposite heel end, a medial side and an opposite lateral side; the footbed portion comprising: a concave edge extending between the footbed toe end and the footbed heel end along the footbed medial side; wherein the footbed portion further comprises: a footbed first aperture proximate the concave edge between a nadir of the concave edge and the footbed toe end; and the upper portion comprises: an upper first aperture proximate the upper medial side between the upper heel end and the upper toe end, characterized in that the upper portion and the footbed portion are integrally coextensive such that the upper portion lateral side converges with the footbed lateral side. a concave edge extending between the footbed toe end and the footbed heel end along the footbed medial side; wherein the footbed portion further comprises: a footbed first aperture proximate the concave edge between a nadir of the concave edge and the footbed toe end; and the upper portion comprises: an upper first aperture proximate the upper medial side between the upper heel end and the upper toe end, characterized in that the upper portion and the footbed portion are integrally coextensive such that the upper portion lateral side converges with the footbed lateral side.