mhurhangee/patent-ind-claim-en huggingface dataset:
Component , comprising - a ceramic matrix ; - at least one internal electrode , which is arranged in the ceramic matrix and is exposed at a first surface ; - at least one electrically conductive collective contact , which is electrically connected to the internal electrode ; - an insulation layer on a surface of the ceramic matrix , which is arranged between the ceramic matrix and the collective contact , wherein the insulation layer has at least one opening , which exposes at least one part of the internal electrode ; and - a further, electrically conductive layer , which is arranged between the internal electrode and the collective contact and also between the insulation layer and the collective contact ; wherein the further layer is embodied as a multilayer having at least two layers , wherein the multilayer comprises as a first layer a current collector layer, which adjoins the collective contact , and as a second layer a diffusion barrier layer, which adjoins the insulation layer and the internal electrode , characterized in that the current collector layer adjoining the collective contact consists of silver-palladium and provides for adhesion promotion with respect to the collective contact . - a ceramic matrix ; - at least one internal electrode , which is arranged in the ceramic matrix and is exposed at a first surface ; - at least one electrically conductive collective contact , which is electrically connected to the internal electrode ; - an insulation layer on a surface of the ceramic matrix , which is arranged between the ceramic matrix and the collective contact , wherein the insulation layer has at least one opening , which exposes at least one part of the internal electrode ; and - a further, electrically conductive layer , which is arranged between the internal electrode and the collective contact and also between the insulation layer and the collective contact ; wherein the further layer is embodied as a multilayer having at least two layers , wherein the multilayer comprises as a first layer a current collector layer, which adjoins the collective contact , and as a second layer a diffusion barrier layer, which adjoins the insulation layer and the internal electrode , characterized in that the current collector layer adjoining the collective contact consists of silver-palladium and provides for adhesion promotion with respect to the collective contact .
A method for producing a 3D item by means of fused deposition modelling using a 3D printer, the method comprising a 3D printing stage during which a stack of layers of a 3D printed material is generated by layer-wise depositing an extrudate from 3D printable material , at least part of the 3D printable material comprising a light transmissive polymeric thermoplastic material , wherein each layer of the stack has a non-constant layer height (H), wherein at a fixed first x,y-position: (i) the layer height (H) increases for consecutive layers and then the layer height (H) decreases for consecutive layers , or (ii) the layer height (H) decreases for consecutive layers and then the layer height (H) increases for consecutive layers , wherein the stack has a first stack height (H11) at the fixed first x,y position, and wherein the method comprises generating at a fixed second x,y-position the stack with layers having a layer height (H), thereby providing the stack with a second stack height (H12) at the fixed second x,y position, wherein 0.9≤H12/H11≤1.1. wherein each layer of the stack has a non-constant layer height (H), wherein at a fixed first x,y-position: (i) the layer height (H) increases for consecutive layers and then the layer height (H) decreases for consecutive layers , or (ii) the layer height (H) decreases for consecutive layers and then the layer height (H) increases for consecutive layers , (i) the layer height (H) increases for consecutive layers and then the layer height (H) decreases for consecutive layers , or (ii) the layer height (H) decreases for consecutive layers and then the layer height (H) increases for consecutive layers , wherein the stack has a first stack height (H11) at the fixed first x,y position, and wherein the method comprises generating at a fixed second x,y-position the stack with layers having a layer height (H), thereby providing the stack with a second stack height (H12) at the fixed second x,y position, wherein 0.9≤H12/H11≤1.1.
Length-adjustable hanger in the form of a vernier hanger for anchoring a suspended ceiling to a supporting structure arranged above the latter, which has an upper and connecting part and a lower connecting part , each of which has a region formed as a straight profile which bear against one another, with at least one pair of rows of holes respectively bearing against one another in which the hole spacing is different, and it being possible for a pin to be inserted through a pair of mutually aligned holes from both rows of holes , characterised in that a profile from the group of the two profiles is so easily deformable in the longitudinal region provided with a row of holes that a partial region protruding from this longitudinal region during assembly can be bent manually from the vertical orientation into the horizontal orientation.
An integrated circuit (IC), comprising: an injection-locked oscillator (ILO) to generate a set of oscillating signals having different phases, wherein the ILO has a natural oscillation frequency, wherein the ILO includes a set of delay stages (222-226, 232-236, 242-246); first circuitry to inject at least one injection signal into at least one injection location of the ILO , wherein the injection signal is generated based on a first clock edge of a reference clock signal having a reference clock frequency; second circuitry to obtain one or more samples by sampling the set of oscillating signals having different phases based on a second clock edge of the reference clock signal ; and third circuitry to determine settings for the ILO based on the one or more samples, the settings being a delay of the delay stages, wherein the settings correspond to the natural oscillation frequency being substantially equal to the reference clock frequency or an integral multiple of the reference clock frequency. an injection-locked oscillator (ILO) to generate a set of oscillating signals having different phases, wherein the ILO has a natural oscillation frequency, wherein the ILO includes a set of delay stages (222-226, 232-236, 242-246); first circuitry to inject at least one injection signal into at least one injection location of the ILO , wherein the injection signal is generated based on a first clock edge of a reference clock signal having a reference clock frequency; second circuitry to obtain one or more samples by sampling the set of oscillating signals having different phases based on a second clock edge of the reference clock signal ; and third circuitry to determine settings for the ILO based on the one or more samples, the settings being a delay of the delay stages, wherein the settings correspond to the natural oscillation frequency being substantially equal to the reference clock frequency or an integral multiple of the reference clock frequency.
Clamping tong for securing a shell part of a wind turbine blade in a mould for moulding the shell part, the clamping tong comprising: - a first tong segment extending along a first tong axis from a first primary end to a first secondary end , wherein the first tong segment is adjustable along the first tong axis between a first retracted state and a first extended state, wherein in the first retracted state the first tong segment has a first retracted length between the first primary end and the first secondary end, and in the first extended state the first tong segment has a first extended length between the first primary end and the first secondary end, the first extended length being longer than the first restricted length; - a second tong segment extending along a second tong axis from a second primary end to a second secondary end , the second tong segment being attached at the second primary end to the first secondary end of the first tong segment; - a third tong segment extending from a third primary end to a third secondary end , the third tong segment being attached at the third primary end to the second secondary end of the second tong segment, the third tong segment having a clamping surface for applying a clamping force on a mould section; the clamping tong being configured to reposition the clamping surface between a clamping state and a release state, wherein the distance between the clamping surface and the first tong axis in the clamping state is shorter than the distance between the clamping surface and the first tong axis in the release state, the first tong segment being attachable to the mould. - a first tong segment extending along a first tong axis from a first primary end to a first secondary end , wherein the first tong segment is adjustable along the first tong axis between a first retracted state and a first extended state, wherein in the first retracted state the first tong segment has a first retracted length between the first primary end and the first secondary end, and in the first extended state the first tong segment has a first extended length between the first primary end and the first secondary end, the first extended length being longer than the first restricted length; - a second tong segment extending along a second tong axis from a second primary end to a second secondary end , the second tong segment being attached at the second primary end to the first secondary end of the first tong segment; - a third tong segment extending from a third primary end to a third secondary end , the third tong segment being attached at the third primary end to the second secondary end of the second tong segment, the third tong segment having a clamping surface for applying a clamping force on a mould section;
A buoyancy control device for scuba diving comprising an air bladder , a harness comprising at least two shoulder straps and an abdominal strap made up of two abdominal half-straps , a backrest provided with first slots engaged by said abdominal half-straps , second slots engaged by at least one retaining strap for retaining at least one air cylinder, one or more third slots engaged by said two shoulder straps , characterised in that said backrest comprises one or more fourth slots engaged by corresponding straps for connecting said backrest to said air bladder .
A negative electrode for magnesium secondary batteries , provided with a current collector and a negative electrode active material layer that is formed on the surface of the current collector and is made from magnesium by a chemical plating method, the value of the BET specific surface area of the negative electrode active material layer being 1 m 2 or more per 1 gram of the negative electrode active material layer .
A swivel connection assembly between a power supply and a motor assembly, comprising: a portion having: a first member extending from a first end to a second end; a first internal wall forming a passage that extends through the first member between the first end and the second end; an inner circumferential groove formed in the internal wall and extending around at least a portion of an inner circumference of the first member ; a first axial groove extending from the second end to the inner circumferential groove ; a second member extending from a third end to a fourth end; a second internal wall forming a passage that extends through the second member between the third end and the fourth end; an external surface near the third end; a first closed pocket formed in the external surface; an elongated open pocket formed in the external surface angularly spaced from the first closed pocket ; a first locking member configured to be placed in the first closed pocket and moved through the first axial locking groove into the inner circumferential groove ; and a second locking member configured to be passed through a locking passage formed by cooperation of the first axial locking groove and the elongated open pocket . a portion having: a first member extending from a first end to a second end; a first internal wall forming a passage that extends through the first member between the first end and the second end; an inner circumferential groove formed in the internal wall and extending around at least a portion of an inner circumference of the first member ; a first axial groove extending from the second end to the inner circumferential groove ; a second member extending from a third end to a fourth end; a second internal wall forming a passage that extends through the second member between the third end and the fourth end; an external surface near the third end; a first closed pocket formed in the external surface; an elongated open pocket formed in the external surface angularly spaced from the first closed pocket ; a first member extending from a first end to a second end; a first internal wall forming a passage that extends through the first member between the first end and the second end; an inner circumferential groove formed in the internal wall and extending around at least a portion of an inner circumference of the first member ; a first axial groove extending from the second end to the inner circumferential groove ; a second member extending from a third end to a fourth end; a second internal wall forming a passage that extends through the second member between the third end and the fourth end; an external surface near the third end; a first closed pocket formed in the external surface; an elongated open pocket formed in the external surface angularly spaced from the first closed pocket ; a first locking member configured to be placed in the first closed pocket and moved through the first axial locking groove into the inner circumferential groove ; and a second locking member configured to be passed through a locking passage formed by cooperation of the first axial locking groove and the elongated open pocket .
A holding unit held by a device main body , the holding unit comprising: at least one discharge unit configured to discharge liquid; an accommodating unit including an attachment portion to which the at least one discharge unit is attached, the accommodating unit being configured to accommodate the at least one discharge unit; a facing portion having a facing surface facing the attachment portion; a blowing unit configured to blow a gas toward the facing surface so that the gas reaches the discharge unit; at least one changing unit configured to change, to a direction toward the attachment portion, a flow direction of the gas blown toward the facing surface, wherein the at least one discharge unit includes a first discharge unit and a second discharge unit , the first discharge and the second discharge unit being attached to the attachment portion side by side with each other, and characterized in that the at least one changing unit is disposed extending across the first discharge unit and the second discharge unit when the attachment portion is viewed in plan view. at least one discharge unit configured to discharge liquid; an accommodating unit including an attachment portion to which the at least one discharge unit is attached, the accommodating unit being configured to accommodate the at least one discharge unit; a facing portion having a facing surface facing the attachment portion; a blowing unit configured to blow a gas toward the facing surface so that the gas reaches the discharge unit; at least one changing unit configured to change, to a direction toward the attachment portion, a flow direction of the gas blown toward the facing surface, wherein the at least one discharge unit includes a first discharge unit and a second discharge unit , the first discharge and the second discharge unit being attached to the attachment portion side by side with each other, and characterized in that the at least one changing unit is disposed extending across the first discharge unit and the second discharge unit when the attachment portion is viewed in plan view.
Gas metering valve for gaseous fuel, having a housing , in which an inlet opening and an outlet opening for the gaseous fuel are formed, and having a gas chamber which is formed in the housing and which connects the inlet opening to the outlet opening so that a gas flow from the inlet opening to the outlet opening is possible, and having a shut-off valve for interrupting the gas flow in the gas chamber , wherein an electrically operated control valve , with which the gas flow between the shut-off valve and the outlet opening can be interrupted, is arranged between the shut-off valve and the outlet opening in the gas chamber , wherein the shut-off valve can be controlled by means of an electrical actuator , wherein the electrical actuator is a first electromagnet , wherein the shut-off valve is in the form of an electromagnetic control valve and the shut-off valve is actuated by means of the first electromagnet , characterized in that the control valve is in the form of an electromagnetic control valve, and in that the control valve is actuated by means of a second electromagnet , wherein the two electromagnets can be driven independently of each other. wherein the shut-off valve can be controlled by means of an electrical actuator , wherein the electrical actuator is a first electromagnet , wherein the shut-off valve is in the form of an electromagnetic control valve and the shut-off valve is actuated by means of the first electromagnet , characterized in that the control valve is in the form of an electromagnetic control valve, and in that the control valve is actuated by means of a second electromagnet , wherein the two electromagnets can be driven independently of each other.
Method for operating a learning system for automatically setting a variable (θ) characterizing a control policy (π) of an actuator regulation system wherein the actuator regulation system is set up for regulating a regulation variable (x) of an actuator to a pre-definable target variable (x), the actuator regulation system being set up to generate a correcting variable (u) as a function of a variable (θ) characterizing a control policy (π) and to control the actuator as a function of this correcting variable (u), wherein the variable (θ) characterizing the control policy (π) is determined as a function of a value function (V*). wherein the value function (V*) is determined iteratively by gradually approximating the value function (V*) by means of a Bellmann equation by successive iterations of an iterated value function ( V̂ t ), wherein an iterated value function ( V̂ t ) of a subsequent iteration ( V̂ t +1 ) is determined by means of the Bellmann equation from an iterated value function ( V̂ t +1 ) of a previous iteration, characterized in that for the solution of the Bellmann equation, instead of the iterated value function ( V̂ t ) of the previous iteration, only its projection onto a functions space spanned by a set (B) of basic functions φ i t is used. wherein the variable (θ) characterizing the control policy (π) is determined as a function of a value function (V*). wherein the value function (V*) is determined iteratively by gradually approximating the value function (V*) by means of a Bellmann equation by successive iterations of an iterated value function ( V̂ t ), wherein an iterated value function ( V̂ t ) of a subsequent iteration ( V̂ t +1 ) is determined by means of the Bellmann equation from an iterated value function ( V̂ t +1 ) of a previous iteration, characterized in that for the solution of the Bellmann equation, instead of the iterated value function ( V̂ t ) of the previous iteration, only its projection onto a functions space spanned by a set (B) of basic functions φ i t is used.
Lighting device comprising a transparent light guide (20; 121), a housing (30; 130) accommodating a light source (11; 111) and comprising a receiving shaft (31; 131) capable of receiving a cylindrical section (22; 122) of the said light guide (20; 121) so as to couple it optically to the said light source (11; 111), as well as elastic means (33, 23; 133) for retaining the said cylindrical section (22; 122) of the light guide (20; 121) inside the said receiving shaft (31; 131) of the housing (30; 130); indexing means (36, 24; 136, 124) capable of indexing the said cylindrical section (22 122) of the light guide (20; 121) inside said receiving shaft (31; 131) of the housing (30; 130); indexing means (36, 24; 136, 124) capable of holding said cylindrical section (22; 122) of the light guide (20; 121) and said receiving shaft (31; 131) of the housing (30; 130) in a predetermined relative angular position to each other, said indexing means comprising a groove (36; 136) provided along the length of the receiving shaft (31; 131) of the housing (30; 130); 136) formed along the inner face of said receiving shaft (31; 131) and capable of cooperating with a protuberance (24; 124) of complementary section located on said cylindrical section (22; 122) of the light guide (20; 121), characterised in that said elastic retaining means comprise at least one snap-in tongue (33; 133) extending along said receiving shaft (31; 131) and capable of cooperating with said protuberance (24; 124); 131) and adapted to cooperate with a corresponding lug provided on said cylindrical section (22; 122) of the light guide (20; 121), each said lug (33; 133) extending along a corresponding guide groove provided along said receiving shaft; said lug being closer to the free end of said cylindrical section than said protrusion .
A voice coil motor with a five-axis OIS structure, comprising a voice coil motor body , wherein the voice coil motor body is provided with a three-axis OIS mechanism, and a pan-tilt OIS mechanism is disposed outside the three-axis OIS mechanism; the three-axis OIS mechanism comprises a drive frame disposed outside the voice coil motor body and sleeved on the voice coil motor body , a base disposed on the drive frame , a printed circuit board (PCB) , a coil fixing plate connected to the base , and a plurality of three-axis OIS coils disposed on the coil fixing plate and corresponding to magnets in the voice coil motor body , the coil fixing plate is located at the end of the voice coil motor body away from a lens in the voice coil motor body , and the drive frame is movable relative to the base ; the pan-tilt OIS mechanism comprises a shell disposed outside the drive frame and connected to the base , a mounting spring disposed in the shell and connected to the voice coil motor body , four pan-tilt magnets disposed on the inner wall of the shell , and four pan-tilt coils disposed on a side wall of the drive frame and corresponding to the pan-tilt magnets . the three-axis OIS mechanism comprises a drive frame disposed outside the voice coil motor body and sleeved on the voice coil motor body , a base disposed on the drive frame , a printed circuit board (PCB) , a coil fixing plate connected to the base , and a plurality of three-axis OIS coils disposed on the coil fixing plate and corresponding to magnets in the voice coil motor body , the coil fixing plate is located at the end of the voice coil motor body away from a lens in the voice coil motor body , and the drive frame is movable relative to the base ; the pan-tilt OIS mechanism comprises a shell disposed outside the drive frame and connected to the base , a mounting spring disposed in the shell and connected to the voice coil motor body , four pan-tilt magnets disposed on the inner wall of the shell , and four pan-tilt coils disposed on a side wall of the drive frame and corresponding to the pan-tilt magnets .