mhurhangee/ep-ind-claims huggingface dataset:
A bending system comprising: a tool storage disposed in a vicinity of a press brake and including a plurality of stockers (66, 82), each of the plurality of stockers (66, 82) being formed with a holder area (66a, 82a) for holding a plurality of tools (12, 14) along a left-right direction, the tool storage being configured to be able to position a tool (12, 14) in a selected one of the plurality of stockers (66, 82) at an exchange position for exchanging the tool (12, 14) and configured to store the plurality of tools (12, 14); a tool exchange unit (96, 114) provided on a back side or a front side of a table (26, 24) of the press brake so as to be movable in the left-right direction and including a tool retention member (104, 124) configured to hold the tool (12, 14) so as to be engageable-with and disengageable-from an engagement hole (12h, 14h) of the tool (12, 14), the tool exchange unit (96, 114) being configured to exchange the tool (12, 14) with respect to a tool holder (30, 40) of the press brake and the stocker (66, 82) positioned at the exchange position; and a moving actuator (108, 128) configured to move the tool exchange unit (96, 114) in the left-right direction; characterized in that the bending system further comprises a control device configured to control the tool exchange unit (96, 114) and the moving actuator (108, 128) such that the tool exchange unit (96, 114) moves in the left-right direction until the tool (12, 14) abuts on a stopper (72, 86) provided at a position corresponding to one end of a regular arrangement position in the stocker (66, 82) in a state in which the tool retention member (104, 124) is brought into contact with a side surface of the tool (12, 14) from a side of a vacant space in a case where the vacant space exists on only one side in the holder area (66a, 82a) of the stocker (66, 82) positioned at the exchange position. a tool storage disposed in a vicinity of a press brake and including a plurality of stockers (66, 82), each of the plurality of stockers (66, 82) being formed with a holder area (66a, 82a) for holding a plurality of tools (12, 14) along a left-right direction, the tool storage being configured to be able to position a tool (12, 14) in a selected one of the plurality of stockers (66, 82) at an exchange position for exchanging the tool (12, 14) and configured to store the plurality of tools (12, 14); a tool exchange unit (96, 114) provided on a back side or a front side of a table (26, 24) of the press brake so as to be movable in the left-right direction and including a tool retention member (104, 124) configured to hold the tool (12, 14) so as to be engageable-with and disengageable-from an engagement hole (12h, 14h) of the tool (12, 14), the tool exchange unit (96, 114) being configured to exchange the tool (12, 14) with respect to a tool holder (30, 40) of the press brake and the stocker (66, 82) positioned at the exchange position; and a moving actuator (108, 128) configured to move the tool exchange unit (96, 114) in the left-right direction;
Stator element (4, 6, 8) of a progressive-cavity pump, said stator element (4, 6, 8) including: • a framework tube having a longitudinal axis (A-A), an internal face and an external face, and • an elastomer lining attached to the internal face of the framework tube, characterised in that at least one portion of the framework tube has a substantially constant thickness (e) and in that said portion of the framework tube is deformed so that it comprises at least a first relief and a second relief, the first relief having the form of a helical strip having a pitch to the right with respect to the longitudinal axis (A-A) of the framework tube, the second relief having the form of a helical strip having a pitch to the left with respect to the longitudinal axis (A-A) of the framework tube, the first relief and the second relief joining in at least one section. • a framework tube having a longitudinal axis (A-A), an internal face and an external face, and • an elastomer lining attached to the internal face of the framework tube, characterised in that at least one portion of the framework tube has a substantially constant thickness (e) and in that said portion of the framework tube is deformed so that it comprises at least a first relief and a second relief, the first relief having the form of a helical strip having a pitch to the right with respect to the longitudinal axis (A-A) of the framework tube, the second relief having the form of a helical strip having a pitch to the left with respect to the longitudinal axis (A-A) of the framework tube, the first relief and the second relief joining in at least one section.
Fastening means, intended in particular to hold in place false ceilings and false walls and in particular false ceilings and false walls consisting of a stretched flexible sheet hung along its edges, comprising: - a rail comprising a first flange comprising a bearing face, intended to be fixed to a wall, and a second flange, fixed to said first flange and comprising a hooking means intended to cooperate with the edges of the flexible sheet, defining the limit between the upper part and the lower part of said rail, said lower part comprising a longitudinal groove open on the outside of said rail, and - a cornice comprising a wing, one of the faces of which has at least one elastically deformable fixing means intended to be inserted in said longitudinal groove in order to ensure the connection between said rail and said cornice, characterised in that the rail and the cornice are arranged so that, when the cornice is fixed to the rail by holding said fastening means within said groove, the cornice is dissociated from the rail with said face of the cornice facing the rail. - a rail comprising a first flange comprising a bearing face, intended to be fixed to a wall, and a second flange, fixed to said first flange and comprising a hooking means intended to cooperate with the edges of the flexible sheet, defining the limit between the upper part and the lower part of said rail, said lower part comprising a longitudinal groove open on the outside of said rail, and - a cornice comprising a wing, one of the faces of which has at least one elastically deformable fixing means intended to be inserted in said longitudinal groove in order to ensure the connection between said rail and said cornice,
A method for implementing service control of a home network device, characterized by comprising: sending, by a first digital living network alliance DLNA device, a service request to a user interface server, wherein the first DLNA device is any device inside a home network, the user interface server is a device outside the home network, and the service request carries a media service to be executed; receiving, by the first DLNA device, a DLNA device list of the home network where the first DLNA device is located and a control script corresponding to the media service to be executed that are sent by the user interface server in response to the service request, wherein the control script can be used by the first DLNA device, to control the media service to be executed; selecting, by the first DLNA device, a second DLNA device from the DLNA device list, wherein the second DLNA device is capable of executing the media service to be executed; and controlling, by the first DLNA device according to the control script, the second DLNA device to execute the media service to be executed. sending, by a first digital living network alliance DLNA device, a service request to a user interface server, wherein the first DLNA device is any device inside a home network, the user interface server is a device outside the home network, and the service request carries a media service to be executed; receiving, by the first DLNA device, a DLNA device list of the home network where the first DLNA device is located and a control script corresponding to the media service to be executed that are sent by the user interface server in response to the service request, wherein the control script can be used by the first DLNA device, to control the media service to be executed; selecting, by the first DLNA device, a second DLNA device from the DLNA device list, wherein the second DLNA device is capable of executing the media service to be executed; and controlling, by the first DLNA device according to the control script, the second DLNA device to execute the media service to be executed.
An opto-electronic device comprising: a first semiconductor layer of a first conductivity type; a second semiconductor layer of a second conductivity type provided directly on an upper surface of the first semiconductor layer, the second conductivity type being electrically opposite to the first conductivity type; a transparent matrix layer provided directly on an upper surface of the second semiconductor layer; a plurality of quantum dots arranged to be in contact with the transparent matrix layer; and a first electrode provided on a first side lateral to the transparent matrix layer and a second electrode provided on a second side lateral to the transparent matrix layer, laterally opposite to the first side, wherein the first electrode and the second electrode are electrically connected to the second semiconductor layer, wherein the transparent matrix layer comprises a material transparent to light in a wavelength band to be detected by the opto-electronic device, characterized in that the first electrode and the second electrode are disposed on the upper surface of the second semiconductor layer. a first semiconductor layer of a first conductivity type; a second semiconductor layer of a second conductivity type provided directly on an upper surface of the first semiconductor layer, the second conductivity type being electrically opposite to the first conductivity type; a transparent matrix layer provided directly on an upper surface of the second semiconductor layer; a plurality of quantum dots arranged to be in contact with the transparent matrix layer; and a first electrode provided on a first side lateral to the transparent matrix layer and a second electrode provided on a second side lateral to the transparent matrix layer, laterally opposite to the first side, wherein the first electrode and the second electrode are electrically connected to the second semiconductor layer, wherein the transparent matrix layer comprises a material transparent to light in a wavelength band to be detected by the opto-electronic device, characterized in that the first electrode and the second electrode are disposed on the upper surface of the second semiconductor layer.
A spring steel consisting of as a chemical composition, by mass%: C: 0.4% to less than 0.9%; Si: 1.0% to 3.0%; Mn: 0.1% to 2.0%; Al: 0.01% to 0.05%; REM: 0.0001% to 0.005%; Total Oxygen:: 0.0001% to 0.003%; Ti: 0.0005% to 0.005%; N: 0.015% or less; P: 0.03% or less; S: 0.03% or less; Cr: 0% to 2.0%; Cu: 0% to 0.5%; Ni: 0% to 3.5%; Mo: 0% to 1.0%; W: 0% to 1.0%; B: 0% to 0.005%; V: 0% to 0.7%; Nb: 0% to 0.05%; Ca: 0% to 0.0020%; and the balance consisting of Fe and impurities, wherein: the spring steel includes a composite inclusion having a maximum diameter of 2 μm or more that TiN is adhered to an inclusion containing REM, O and Al; a number of the composite inclusion is 0.004 pieces/mm 2 to 10 pieces/mm 2, and a maximum diameter of the composite inclusion is 40 μm or less; and a sum of the number density of an alumina cluster having the maximum diameter of 10 μm or more, MnS having the maximum diameter of 10 μm or more and TiN having the maximum diameter of 1 μm or more is 10 pieces/mm 2 or less. C: 0.4% to less than 0.9%; Si: 1.0% to 3.0%; Mn: 0.1% to 2.0%; Al: 0.01% to 0.05%; REM: 0.0001% to 0.005%; Total Oxygen:: 0.0001% to 0.003%; Ti: 0.0005% to 0.005%; N: 0.015% or less; P: 0.03% or less; S: 0.03% or less; Cr: 0% to 2.0%; Cu: 0% to 0.5%; Ni: 0% to 3.5%; Mo: 0% to 1.0%; W: 0% to 1.0%; B: 0% to 0.005%; V: 0% to 0.7%; Nb: 0% to 0.05%; Ca: 0% to 0.0020%; and the balance consisting of Fe and impurities, wherein: the spring steel includes a composite inclusion having a maximum diameter of 2 μm or more that TiN is adhered to an inclusion containing REM, O and Al; a number of the composite inclusion is 0.004 pieces/mm 2 to 10 pieces/mm 2, and a maximum diameter of the composite inclusion is 40 μm or less; and a sum of the number density of an alumina cluster having the maximum diameter of 10 μm or more, MnS having the maximum diameter of 10 μm or more and TiN having the maximum diameter of 1 μm or more is 10 pieces/mm 2 or less. the spring steel includes a composite inclusion having a maximum diameter of 2 μm or more that TiN is adhered to an inclusion containing REM, O and Al; a number of the composite inclusion is 0.004 pieces/mm 2 to 10 pieces/mm 2, and a maximum diameter of the composite inclusion is 40 μm or less; and a sum of the number density of an alumina cluster having the maximum diameter of 10 μm or more, MnS having the maximum diameter of 10 μm or more and TiN having the maximum diameter of 1 μm or more is 10 pieces/mm 2 or less.
Valve control for a gas exchange valve of a combustion engine with a cam follower lever which interacts with a cam shaft and on which a rocker arm abuts which actuates the valve and which is adjustable with an adjusting device to adjust the valve stroke, wherein the cam follower lever and the rocker arm have curved control surface (34; 20, 30), the rocker arm abutting with a first control surface on a curved control surface of an engine-side guide element and with a second control surface abutting on a valve element and wherein the curvature radii (R1 to R4) of the control surfaces (34; 19; 30, 20) of the cam follower lever, of the guide element and of the rocker arm are matched to each other in such a way that on adjustment of the valve stroke the valve does not open while the cam follower lever is in contact with the basic circular section of the cam of the cam shaft, characterised in that the rocker arm comprises a through opening for the adjusting device which has a control shaft which has a control surface on which the rocker arm abuts and in that the rocker arm for floating bearing is forced by way of the cam follower lever against the control shaft and against the valve element so that in every position the control shaft and the cam follower lever abut opposite sides of the rocker arm.
A device for delivery of a bioactive agent across a dermal barrier, the device comprising: a microneedle (12; 22; 120) and a plurality of nanostructures fabricated on a surface of the microneedle (12; 22; 120), the nanostructures being arranged in a predetermined pattern; and a composition in fluid communication with the microneedle (12; 22; 120), the composition comprising the bioactive agent, the composition having a viscosity of greater than about 5 centipoise, a microneedle (12; 22; 120) and a plurality of nanostructures fabricated on a surface of the microneedle (12; 22; 120), the nanostructures being arranged in a predetermined pattern; and a composition in fluid communication with the microneedle (12; 22; 120), the composition comprising the bioactive agent, the composition having a viscosity of greater than about 5 centipoise,
A ground compaction drum, comprising - an essentially hollow-cylindrical drum jacket, - a drum interior at least partially surrounded by the drum jacket, - a first vibration exciter device arranged in the drum interior and having at least one imbalance shaft, guided in circulation about a rotation axis (Rv), with an imbalance mass, wherein the rotational movement of the imbalance shaft about its rotation axis (Rv) is drivable by a drive device, characterized in that - the first vibration exciter device is arranged in the drum interior in such a manner that the rotation axis (R v) of precisely one imbalance shaft extends vertically, - that the first vibration exciter device is arranged in the drum interior via a bearing arrangement in such a manner that the drum jacket is rotatable with respect to the first vibration exciter device and the vertically extending rotation axis (R v) of said one imbalance shaft maintains its orientation when the drum jacket rotates about a horizontal rotation axis, - that said one vertically extending imbalance shaft is part of a rotary exciter, and - that a further vibration exciter device having at least one imbalance shaft which extends horizontally and in particular parallel to the rotation axis of the compaction drum is arranged in the drum interior. - an essentially hollow-cylindrical drum jacket, - a drum interior at least partially surrounded by the drum jacket, - a first vibration exciter device arranged in the drum interior and having at least one imbalance shaft, guided in circulation about a rotation axis (Rv), with an imbalance mass, wherein the rotational movement of the imbalance shaft about its rotation axis (Rv) is drivable by a drive device, - the first vibration exciter device is arranged in the drum interior in such a manner that the rotation axis (R v) of precisely one imbalance shaft extends vertically, - that the first vibration exciter device is arranged in the drum interior via a bearing arrangement in such a manner that the drum jacket is rotatable with respect to the first vibration exciter device and the vertically extending rotation axis (R v) of said one imbalance shaft maintains its orientation when the drum jacket rotates about a horizontal rotation axis, - that said one vertically extending imbalance shaft is part of a rotary exciter, and - that a further vibration exciter device having at least one imbalance shaft which extends horizontally and in particular parallel to the rotation axis of the compaction drum is arranged in the drum interior.
Electromagnetic valve drive, comprising a ferromagnetic yoke structure having an H-shaped coil support with two lateral yoke plates (34a, 34b) placed opposite one another at a distance in the axial direction of an imaginary coil support main axis and a yoke core joining the lateral yoke plates (34a, 34b) and extending in the axial direction of the coil support main axis, wherein between the two lateral yoke plates (34a, 34b) there is provided a coil, which encloses the yoke core and to which a current can be applied, which coil is flanked in a region of its outer circumference by two pole shoe plates (16a, 16b), each of which is solidly connected to one of the lateral yoke plates (34a, 34b) and which have inner end faces (52a, 52b) which face one another in the axis direction of the coil support main axis and define a gap between themselves, wherein an armature element which bridges the gap and can be driven to perform a working movement oriented transversely to the coil support main axis by electrically activating the coil is provided on the outside of the two pole shoe plates (16a, 16b) radially facing away from the coil, characterised in that each pole shoe plate (16a, 16b) is designed as a pole shoe plate body (47a, 47b) separate from the coil support and connected to the associated lateral yoke plate (34a, 34b) using separate fastening measures.
An implant with a microstructured hyperhydrophilic surface with peaks and valleys, wherein the statistical mean distance between the peaks is in the range of 1 to 100 pm, and the statistical mean profile height of the peaks and valleys (Ra value) is in the range of 1 to 80 pm, wherein the implant has a microscopic roughness factor r M in the range between 2 and 50, wherein at least one of the two dynamic contact angles ( θ V and θ R) is in the hyperhydrophilic range with ΔF P ⋅ γ > 1.0 to 2.15 ( θ ai > 0.0 i ° − - 80i°), in particular with ΔF P ⋅ γ > 1.0 to 1.0619 ( θ ai > 0.0 i ° − - 20i°).
A method of providing load measurements in an interference suppression capable radio base station node associated with a plurality of users in a heterogeneous wireless communication system, comprising applying, in said radio base station node, interference suppression to received signals in said radio base station node, to provide interference suppressed received signals; estimating, in said radio base station node, neighbor cell interference based on said interference suppressed received signals; estimating, in said radio base station node, a reference received total wideband power, based on said interference suppressed received signals, determining, in said radio base station node, a first load measure based on said interference suppressed received signals and said estimated reference received total wideband power; determining in said radio base station node, a second load measure based on said interference suppressed received signals, said estimated reference received total wideband power and said estimated neighbor cell interference, and signaling said first, said second load measure, and said estimated reference received total wideband power to another node in the wireless communication system.
A liquid ejection head comprising: a first substrate having an ejection port that allows a liquid to be ejected along a first-axis direction (z), a liquid chamber communicating with the ejection port, and an energy generation element that generates an energy for ejecting the liquid in the liquid chamber through the ejection port; and a second substrate joined to a second surface of the first substrate, the second surface being on an opposite side to a first surface of the first substrate in which the ejection port is formed, a member having an opening at a position opposed to an area where the ejection port is formed; and a frame to which the support member is fixed; characterized in that the first substrate includes a projecting area projecting from an end portion of the second substrate in a planar direction (x, y) perpendicular to the first-axis direction, and a terminal to be electrically connected to the energy generation element is provided at the second surface of the projecting area; and the member having an opening is a support member joined to the first surface of the first substrate. a first substrate having an ejection port that allows a liquid to be ejected along a first-axis direction (z), a liquid chamber communicating with the ejection port, and an energy generation element that generates an energy for ejecting the liquid in the liquid chamber through the ejection port; and an ejection port that allows a liquid to be ejected along a first-axis direction (z), a liquid chamber communicating with the ejection port, and an energy generation element that generates an energy for ejecting the liquid in the liquid chamber through the ejection port; and a second substrate joined to a second surface of the first substrate, the second surface being on an opposite side to a first surface of the first substrate in which the ejection port is formed, a member having an opening at a position opposed to an area where the ejection port is formed; and a frame to which the support member is fixed; characterized in that the first substrate includes a projecting area projecting from an end portion of the second substrate in a planar direction (x, y) perpendicular to the first-axis direction, and a terminal to be electrically connected to the energy generation element is provided at the second surface of the projecting area; and the member having an opening is a support member joined to the first surface of the first substrate.