mhurhangee/patent-ind-claim-en huggingface dataset:
A second connector suitable for being coupled to a first connector ; - said first connector being suitable for coupling a monitoring device and having a plurality of first contact terminals (E, F, G, J) arranged substantially adjacent to one another and being operable to provide contact in a plane ; - the second connector being suitable for coupling to an electrical component and having a plurality of second contact terminals (A, B, C, D), wherein, between at least two of the plurality of second contact terminals (A, B, C, D), an electrical device (R1, R2) is arranged for providing a detectable electrical quantity; wherein the first and second connectors are capable of being coupled in a connecting process in a connecting direction (CD); characterized in that the second contact terminals (A, B, C, D) and the electrical device (R1, R2) are arranged such that a first subset (A, C, D; A, B, C, D; A, C; A, B, D; C, D) of second contact terminals (A, B, C, D) is contactable in a first connecting plane (L1) perpendicular to the connecting direction (CD) and a second subset (B, C, D; A, C, D) of second contact terminals (A, B, C, D) different from the first subset is contactable in a second connecting plane (L2) perpendicular to the connecting direction (CD), and such that, while connecting, the first contact terminals (E, F, G, J) come into contact with the first subset (A, C, D; A, B, C, D; A, C; A, B, D; C, D) of the plurality of second contact terminals (A, B, C, D) in a first connecting stage, in which the first contact terminals (E, F, G, J) of the first connector are positioned in the first connecting plane (L1), and while the connecting further proceeds the first contact terminals (E, F, G, J) come into contact with the second subset (B, C, D; A, C, D) of the second contact terminals (A, B, C, D) in a second connecting stage, in which the first contact terminals (E, F, G, J) of the first connector are positioned in the second connecting plane (L2), and in that a first electrical quantity provided in the first connecting stage between two of the first contact terminals (E, F, G, J), which is different from an electrical quantity between said two of the first contact terminals (E, F, G, J) in an uncoupled condition of the connectors , and a second electrical quantity provided in the second connecting stage between at least two of the first contact terminals (E, F, G, J), which is different from the first electrical quantity in the first connecting stage, are detectable by the monitoring device coupled to the first connector , and in that the first or second detectable electrical quantity is provided by the electrical device (R1, R2). - said first connector being suitable for coupling a monitoring device and having a plurality of first contact terminals (E, F, G, J) arranged substantially adjacent to one another and being operable to provide contact in a plane ; - the second connector being suitable for coupling to an electrical component and having a plurality of second contact terminals (A, B, C, D),
A composition comprising the association of at least (i) an extract of Cetraria islandica, (ii) silver and/or a salt thereof and (iii) hyaluronic acid and/or a salt thereof and (iv) one or more excipients.
A tyre for vehicle wheels comprising at least one reinforced structural element comprising at least one cross-linked elastomeric material and at least one elongated reinforcing element, wherein said at least one elongated reinforcing element comprises one or more polymeric threads comprising at least one semi-aromatic polyamide having a glass transition temperature (Tg) greater than 90° C measured by DSC according to ISO-11357-1/3, 2011, characterized in that said at least one elongated reinforcing element shows in the diagram tenacity - elongation % measured according to the Bisfa method (Test methods for para-aramid fibre yarns, 2002 edition) a bimodal trend of tenacity, characterized by an incremental ratio R between the chord modulus E1 and chord modulus E2 greater than 1, where the chord modulus E1 represents the ratio between the variation of the tenacity and the variation of the elongation measured at 2% and 0% elongation, and the chord modulus E2 represents the ratio between the variation of the tenacity and the variation of the elongation measured at 6% and 2% elongation, respectively. wherein said at least one elongated reinforcing element comprises one or more polymeric threads comprising at least one semi-aromatic polyamide having a glass transition temperature (Tg) greater than 90° C measured by DSC according to ISO-11357-1/3, 2011, characterized in that said at least one elongated reinforcing element shows in the diagram tenacity - elongation % measured according to the Bisfa method (Test methods for para-aramid fibre yarns, 2002 edition) a bimodal trend of tenacity, characterized by an incremental ratio R between the chord modulus E1 and chord modulus E2 greater than 1, where the chord modulus E1 represents the ratio between the variation of the tenacity and the variation of the elongation measured at 2% and 0% elongation, and the chord modulus E2 represents the ratio between the variation of the tenacity and the variation of the elongation measured at 6% and 2% elongation, respectively.
Weed inactivation device, comprising at least two electrodes, whereby at least one electrode is directed to the weed, - whereby the at least one electrode is supplied with electrical energy by at least one electrical power supply, - whereby the at least one electrical power supply comprises at least one electronic h-bridge inverter for DC/AC conversion, creating rectangular wave AC-current, - whereby the inversion takes place at frequencies above 1.0 kHz, - characterized in that the at least one electrical power supply comprises at least one transistor that comprises means to control the pulse density, thereby providing pulse density modulation (PDM), and - the at least one electronic h-bridge inverter comprises means to control the pulse width, thereby providing pulse width modulation (PWM). - whereby the at least one electrode is supplied with electrical energy by at least one electrical power supply, - whereby the at least one electrical power supply comprises at least one electronic h-bridge inverter for DC/AC conversion, creating rectangular wave AC-current, - whereby the inversion takes place at frequencies above 1.0 kHz, - characterized in that the at least one electrical power supply comprises at least one transistor that comprises means to control the pulse density, thereby providing pulse density modulation (PDM), and - the at least one electronic h-bridge inverter comprises means to control the pulse width, thereby providing pulse width modulation (PWM). - characterized in that the at least one electrical power supply comprises at least one transistor that comprises means to control the pulse density, thereby providing pulse density modulation (PDM), and - the at least one electronic h-bridge inverter comprises means to control the pulse width, thereby providing pulse width modulation (PWM).
A zoom lens , comprising in order from an object side to an image side: a first lens group , having a negative focal power; a second lens group , having a positive focal power; and a third lens group , having a negative focal power, wherein both the second lens group and the third lens group are movable relative to the first lens group while the first lens group remains stationary relative to an imaging surface (S20); the zoom lens satisfies the inequalities -2.5<F1/F2<-1.5 where F1 denotes the focal distance of the first lens group and F2 denotes the focal distance of the second lens group , characterized in that the inequalities -2<F3/F2<-1 are also fulfilled, where F3 denotes the focal distance of the third lens group . a first lens group , having a negative focal power; a second lens group , having a positive focal power; and a third lens group , having a negative focal power, wherein both the second lens group and the third lens group are movable relative to the first lens group while the first lens group remains stationary relative to an imaging surface (S20); the zoom lens satisfies the inequalities -2.5<F1/F2<-1.5 where F1 denotes the focal distance of the first lens group and F2 denotes the focal distance of the second lens group , characterized in that the inequalities -2<F3/F2<-1 are also fulfilled, where F3 denotes the focal distance of the third lens group .
An automatic control system including means for receiving and processing sensed air information representing at least air speed and a control input representing pilot inceptor position and/or movement, the system comprising at least one processor coupled to a non-transitory memory device storing instructions, the at least one processor adapted for executing the stored instructions for controlling at least one drag control surface to provide steep approach trajectory of an aircraft, the automatic control system being characterized by further comprising means for receiving and processing sensed inertial information representing at least aircraft trajectory and the at least one processor is further adapted for defining a function of drag device deployment as a function of only one of the three factors among the aircraft mass, trajectory angle and pilot inceptor position and/or movement or as a function of any combination among these three factors which may be a combination between two or among three of them; and providing a smooth transition between different curves of a family of curves as the aircraft mass, the trajectory angle and the pilot inceptor position and/or movement changes.
A viscoelastic composition wherein the composition is a laminated dough comprising: a gluten-free dough layer comprising a starch, a leavener, and at least one gluten-free flour source; a gel matrix layer comprising a gel matrix comprising edible hydrated hydrocolloid gel and cross-linked protein dispersed within the hydrocolloid gel and wherein the gel matrix layer comprises the gel matrix positioned on the gluten-free dough layer. a gluten-free dough layer comprising a starch, a leavener, and at least one gluten-free flour source; a gel matrix layer comprising a gel matrix comprising edible hydrated hydrocolloid gel and cross-linked protein dispersed within the hydrocolloid gel and wherein the gel matrix layer comprises the gel matrix positioned on the gluten-free dough layer.
A fluid catalytic cracking unit (FCCU) for production of petrochemical feedstock fractions, the FCCU comprising: a first reactor to receive a stream of desalinated crude oil and a first stream of a regenerated catalyst and produce a first cracked product stream ; a second reactor to receive a stream of light cracked naphtha (LCN) and a second stream of the regenerated catalyst to produce a second cracked product stream ; a third reactor to receive a bottom stream and a third stream of the regenerated catalyst to obtain a third cracked product stream ; and a fractionating column and gas concentration section to separate components of the first cracked product stream , the second cracked product stream , and the third cracked product stream to produce a gas fraction , a cracked naphtha stream , a cycle cut oil stream , and the bottom stream , wherein the LCN received by the second reactor is obtained from the cracked naphtha stream , and wherein the gas fraction and the cracked naphtha stream are further fractionated to obtain Ethylene , Propylene , Butylene , Benzene , Toluene and Xylene as the petrochemical feedstock fractions. a first reactor to receive a stream of desalinated crude oil and a first stream of a regenerated catalyst and produce a first cracked product stream ; a second reactor to receive a stream of light cracked naphtha (LCN) and a second stream of the regenerated catalyst to produce a second cracked product stream ; a third reactor to receive a bottom stream and a third stream of the regenerated catalyst to obtain a third cracked product stream ; and a fractionating column and gas concentration section to separate components of the first cracked product stream , the second cracked product stream , and the third cracked product stream to produce a gas fraction , a cracked naphtha stream , a cycle cut oil stream , and the bottom stream , wherein the LCN received by the second reactor is obtained from the cracked naphtha stream , and wherein the gas fraction and the cracked naphtha stream are further fractionated to obtain Ethylene , Propylene , Butylene , Benzene , Toluene and Xylene as the petrochemical feedstock fractions.
A secondary battery, comprising: an electrode unit , comprising an electrode body and a tab extending from the electrode body , wherein the tab comprises a first part and a second part that are spaced apart along a height direction of the secondary battery; and a top cover assembly , disposed on one side of the electrode body toward the tab , wherein the top cover assembly comprises a top cover body and a hold-down beam , and a positioning bulge is disposed on a first surface of the top cover body toward the electrode unit , a positioning chute is disposed on the positioning bulge , and the hold-down beam is positioned between the first part and the second part , and is detachably disposed in the positioning chute . an electrode unit , comprising an electrode body and a tab extending from the electrode body , wherein the tab comprises a first part and a second part that are spaced apart along a height direction of the secondary battery; and a top cover assembly , disposed on one side of the electrode body toward the tab , wherein the top cover assembly comprises a top cover body and a hold-down beam , and a positioning bulge is disposed on a first surface of the top cover body toward the electrode unit , a positioning chute is disposed on the positioning bulge , and the hold-down beam is positioned between the first part and the second part , and is detachably disposed in the positioning chute .
Air spring component for an air spring , an air spring strut or an air spring damper, comprising a first component made of a first material, a second component made of a second material, a joining agent made of a third material, the first component and the second component having corresponding joint regions , the first component and the second component being connected to one another in a materially bonded manner by overmoulding the joint regions with the joining agent .
An equipment system for bond-packaging an LED using a thermoplastic resin photoconverter by rolling, comprising: a cooperative roll-shaping and roll-cutting apparatus configured to perform roll-shaping and roll-cutting on a photoconversion sheet to form a photoconversion sheet array; and a roll-bonding apparatus configured to perform roll-bonding on the photoconversion sheet array and a flip chip LED array, wherein the cooperative roll-shaping and roll-cutting apparatus and the roll-bonding apparatus are arranged sequentially to form cooperatively linked process equipment, the cooperative roll-shaping and roll-cutting apparatus comprises a first rolling device with a protrusion array and a second rolling device with a recess array that are disposed face-to-face and aligned with each other, and the roll-bonding apparatus comprises a fourth rolling device with a recess array and a third rolling device with a smooth rolling surface that are disposed face-to-face and aligned with each other.
Transportation device, namely an elevator installation, escalator or moving walkway, comprising a person-conveying unit , namely an elevator car or platform, an electromagnetic linear drive for driving the person-conveying unit , having at least one stator segment and at least one runner element , wherein the runner element can be driven in a first drive direction or in an opposite second drive direction by the action of force of an electromagnetic field of the stator segment being travelled over, wherein the runner element is mounted movably on the person-conveying unit in such a way that a magnetic resistance in the air gap between the stator segment being travelled over and the runner element can be varied, characterized in that the magnetic resistance in the air gap between the stator segment being travelled over and the runner element can be varied in a manner dependent on a drive force acting between the stator segment and the runner element.
An insulating glazing comprising at least two glass sheets , which are spaced apart by at least one air- or gas-filled cavity , at least one transparent spacer made of glass, which is arranged at the periphery of the glass sheets and which keeps the two glass sheets spaced apart, and transparent means for fastening by adhesive bonding, which fasten the spacer to each glass sheet via two of its opposite faces, which faces are called fastening faces , characterized in that the spacer made of glass is obtained by the cutting of glass sheet in the raw state, and is joined to the glass sheets directly in the raw state, and in that the means for fastening by adhesive bonding consist of a transparent material having been placed at the external junction of the spacer and of the glass sheets and having flowed into the asperities of the glass of the fastening faces of the spacer and in that the spacer made of glass is obtained by the cutting, in particular of float glass, of thickness smaller than 8 or 10 mm, the cutting having been made using a scoring-breakage or laser technique.
Device for filling a mould with foamable material, having a filling tube which is arranged on the mould and which, at one of its ends, has a filling channel which opens into the mould chamber of the mould, wherein the foamable material is able to be introduced into the mould chamber via the filling tube and the filling channel , having a closure rod which projects axially through the filling tube and is able to be driven in an axially movable manner and whose end which faces the mould has a closure piston , which is able to be introduced into the filling channel for the purpose of closing off the filling channel , and whose end which faces away from the mould projects from the filling tube and has a drive piston , which is axially movable in a cylinder and subdivides the cylinder interior into a closure working chamber and an opening working chamber , wherein, for the movement drive of the drive piston , the closure working chamber and the opening working chamber are able to be pressurized with compressed air in an alternating manner, having a radially encircling annular groove in the encircling lateral surface of the closure piston , in which annular groove there is arranged an elastic sealing ring by which an annular gap between the closure piston and the filling channel is able to be sealed off, characterized in that the radial thickness of the sealing ring is less than the depth of the annular groove and a compressed-air source is connected to the base of the annular groove in the closure piston via a pressure channel, wherein the compressed-air source is the closure working chamber .
A component for a bending machine having a component base body and having at least two layers arranged thereon for wear detection, wherein the layers for wear detection are applied to a wear region of the component of the bending machine and wherein at least one of the two layers is a signalling layer for indicating wear and wherein a consumable layer in the initial state is arranged relatively outside in relation to the component base body and the signalling layer is arranged relatively between the consumable layer and the component base body and/or a further pair of layers comprising a consumable layer and a signalling layer , wherein the signalling layer is colour-coded and differs in colour from the consumable layer or layers and/or the component base body , characterised in that the component is a bending tool or a machine table or a stop element and in that the signalling layer and the consumable layer completely cover the component . wherein the signalling layer is colour-coded and differs in colour from the consumable layer or layers and/or the component base body , characterised in that the component is a bending tool or a machine table or a stop element and in that the signalling layer and the consumable layer completely cover the component .
Exhaust-gas aftertreatment system for an internal combustion engine , comprising an exhaust system having an exhaust-gas channel in which, in the flow direction of an exhaust gas of the internal combustion engine , a first SCR catalytic converter is arranged near the engine and a second SCR catalytic converter is arranged downstream of the first SCR catalytic converter , wherein a first dosing element for dosing a reducing agent into the exhaust-gas channel is provided upstream of the first SCR catalytic converter , and wherein a second dosing element for dosing a reducing agent is arranged downstream of the first SCR catalytic converter and upstream of the second SCR catalytic converter , wherein means for lowering the exhaust-gas temperature are provided downstream of the first SCR catalytic converter and upstream of the second SCR catalytic converter , with which means the temperature of the exhaust-gas stream of the internal combustion engine can be reduced before entry into the second SCR catalytic converter, wherein the means for lowering the exhaust-gas temperature comprise a heat exchanger , characterized in that the heat exchanger has a main channel and a bypass for the exhaust-gas stream of the internal combustion engine , wherein the heat exchanger is designed as a spiral heat exchanger, wherein the spirals pass through the bypass .