mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for detecting electrostatic discharge ESD events, the apparatus comprising: - an ESD detector the ESD detector being configured to detect an ESD event; - at least one antenna coupled to said ESD detector ; and - a controller configured to activate a process window to enable the ESD detector to report the ESD event occurring during the process window ; and - deactivate the process window to cause the ESD detector to ignore electromagnetic signals; characterised in that - said ESD detector comprises an attenuator; and - said ESD detector is calibrated for at least one discharge energy threshold or range of discharge energies by adjusting the attenuator to suppress electromagnetic interference outside the at least one discharge energy threshold or the range of discharge energies detected during the process window. - an ESD detector the ESD detector being configured to detect an ESD event; - at least one antenna coupled to said ESD detector ; and - a controller configured to activate a process window to enable the ESD detector to report the ESD event occurring during the process window ; and - deactivate the process window to cause the ESD detector to ignore electromagnetic signals; - said ESD detector comprises an attenuator; and - said ESD detector is calibrated for at least one discharge energy threshold or range of discharge energies by adjusting the attenuator to suppress electromagnetic interference outside the at least one discharge energy threshold or the range of discharge energies detected during the process window.
Watch component made of a persistent phosphorescent ceramic composite material which is a sintered dense body; the sintering comprising a first sintering step in an oxidizing atmosphere at a temperature in the range of 850 to 1200°C and a second sintering step under reducing conditions at a temperature in the range of 1350 to 1550°C; and the sintered dense body comprising two or more phases, a first phase consisting of at least one metal oxide, wherein the metal oxide in the first phase is zirconia stabilized with a dopant selected from the group consisting of Ce, Mg and Y, and a second phase consisting of a metal oxide containing at least one activating element in a reduced oxidation state, whereby the metal oxide is selected from Ca, Ba, Sr and/or Mg-aluminates, Ca, Ba, Sr and/or Mg silicates, and Ca, and/or Sr aluminosilicates, the watch component having a surface which comprises an area which shows phosphorescent emission and an area which does not show phosphorescent emission, or which shows phosphorescent emission with an intensity which is lower than that of the emission of the other area.
A method for preparing a methionine-metal chelate, comprising: mixing methionine and Ca(OH) 2 ; and adding metal chloride salts to the mixture to produce a methionine-metal chelate, wherein the methionine-metal chelate has structure of Chemical formula 1 wherein M is a divalent metal from the one or more metal chloride salts, and wherein the metal chloride salts are added at an equivalence ratio of 0.4 to 0.7 relative to the methionine. mixing methionine and Ca(OH) 2 ; and adding metal chloride salts to the mixture to produce a methionine-metal chelate, wherein the methionine-metal chelate has structure of Chemical formula 1 wherein M is a divalent metal from the one or more metal chloride salts, and wherein the metal chloride salts are added at an equivalence ratio of 0.4 to 0.7 relative to the methionine.
Control device for a motor vehicle, comprising a) a housing cover with a peripheral edge region , b) a flat, electrical connecting apparatus with integrated conductor tracks, wherein the housing cover , in the edge region , is cohesively connected at least to the connecting apparatus so as to form a connecting seam and forms a cavity with the connecting apparatus , c) at least one electronic component within the cavity , wherein the connecting apparatus electrically connects the at least one electronic component to electronic components outside the cavity , wherein the peripheral edge region is encapsulated by injection-moulding in a media-tight manner by a polymer at least in the region of the connecting seam between the housing cover and the connecting apparatus . a) a housing cover with a peripheral edge region , b) a flat, electrical connecting apparatus with integrated conductor tracks, wherein the housing cover , in the edge region , is cohesively connected at least to the connecting apparatus so as to form a connecting seam and forms a cavity with the connecting apparatus , c) at least one electronic component within the cavity , wherein the connecting apparatus electrically connects the at least one electronic component to electronic components outside the cavity , wherein the peripheral edge region is encapsulated by injection-moulding in a media-tight manner by a polymer at least in the region of the connecting seam between the housing cover and the connecting apparatus .
An emulsion composition comprising water, an oily component, gum ghatti and a modified starch, wherein the emulsion composition has a liquid form, the content of the gum ghatti is 0.5 to 15 % by mass relative to the whole amount of the composition, and the content of the modified starch is 500 parts by mass or less relative to 100 parts by mass of the gum ghatti. wherein the emulsion composition has a liquid form, the content of the gum ghatti is 0.5 to 15 % by mass relative to the whole amount of the composition, and the content of the modified starch is 500 parts by mass or less relative to 100 parts by mass of the gum ghatti.
Process for the preparation of a sugar product from lignocellulosic material, comprising the following steps: a) pretreating the lignocellulosic material at a temperature of 170°C to 190°C at a pH of 1.9 to 2.2 for 2.5 to 6 minutes; b) enzymatically hydrolysing the pretreated lignocellulosic material having a dry matter weight of 15 to 25% (w/w) at a temperature of 50°C to 65°C and a pH of 4 to 6 for 40 hours to 150 hours using a whole fermentation broth of a filamentous fungus, said broth comprising at least a cellobiohydrolase, an endoglucanase, a beta-glucosidase, a xylanase, a beta-xylosidase, and a lytic polysaccharide monooxygenase; and c) optionally, recovering the sugar product. a) pretreating the lignocellulosic material at a temperature of 170°C to 190°C at a pH of 1.9 to 2.2 for 2.5 to 6 minutes; b) enzymatically hydrolysing the pretreated lignocellulosic material having a dry matter weight of 15 to 25% (w/w) at a temperature of 50°C to 65°C and a pH of 4 to 6 for 40 hours to 150 hours using a whole fermentation broth of a filamentous fungus, said broth comprising at least a cellobiohydrolase, an endoglucanase, a beta-glucosidase, a xylanase, a beta-xylosidase, and a lytic polysaccharide monooxygenase; and c) optionally, recovering the sugar product.
Surgical device comprising a rod having at its proximal end a handle and at its distal end a deformable sleeve surrounding said rod , and a longitudinally movable control element ; said rod being made up of a hollow inner tubular element surrounded by a sheath having a rigidity which allows it to deform as much as the tubular element and which is sufficient for transmitting a longitudinal movement force and/or axial rotation force exerted on the handle to the sleeve , said sheath sliding around the hollow tubular element , with two degrees of freedom, namely: ∘ a freedom of relative translational movement of the hollow inner tubular element with respect to the sheath ∘ a freedom of relative rotational movement of the hollow inner tubular element with respect to the sheath , and the two ends of said sleeve being fixed respectively to the end of the tubular element and the end of said sheath so as to allow a deformation to be exerted by retraction, by relative translational, and torsional, movement of said hollow inner tubular element with respect to said sheath , by relative rotational movement of said hollow inner tubular element with respect to said sheath ; said control element being longitudinally movable to move the proximal end of said sleeve between: o∘ a rest position in which said deformable sleeve has a tubular shape, ∘ and an active position in which said sleeve is deformed by bringing its distal and proximal ends together ∘ and in rotation to exert an angular force on said sheath to twist said sleeve and cause the formation of a double torus having a closed intersection forming a constriction closing the inlet vein of the rod . ∘ a freedom of relative translational movement of the hollow inner tubular element with respect to the sheath ∘ a freedom of relative rotational movement of the hollow inner tubular element with respect to the sheath , and the two ends of said sleeve being fixed respectively to the end of the tubular element and the end of said sheath so as to allow a deformation to be exerted by retraction, by relative translational, and torsional, movement of said hollow inner tubular element with respect to said sheath , by relative rotational movement of said hollow inner tubular element with respect to said sheath ; said control element being longitudinally movable to move the proximal end of said sleeve between: o∘ a rest position in which said deformable sleeve has a tubular shape, ∘ and an active position in which said sleeve is deformed by bringing its distal and proximal ends together ∘ and in rotation to exert an angular force on said sheath to twist said sleeve and cause the formation of a double torus having a closed intersection forming a constriction closing the inlet vein of the rod .
Inductor for a resonator of a wireless power transfer arrangement, including a coil arranged on a magnetic core , wherein at least one turn of the coil includes a) a first turn section including a trace of a first PCB (56.1) arranged on one side of the magnetic core , b) a second turn section including a trace of a second PCB (56.2) arranged on the opposite side of the magnetic core , c) a third turn section connecting a second end of the first turn section and a first end of the second turn section and d) a linking section connecting said at least one turn to a terminal of the coil or to a neighbouring turn, preferably to a first end of a first turn section of the neighbouring turn, characterized in that e) a distance between the first PCB (56.1) and the second PCB (56.2) corresponds to the thickness of the magnetic core and f) the third turn section and the linking section are formed by soldering pins that extend between the first PCB (56.1) and the second PCB (56.2). a) a first turn section including a trace of a first PCB (56.1) arranged on one side of the magnetic core , b) a second turn section including a trace of a second PCB (56.2) arranged on the opposite side of the magnetic core , c) a third turn section connecting a second end of the first turn section and a first end of the second turn section and d) a linking section connecting said at least one turn to a terminal of the coil or to a neighbouring turn, preferably to a first end of a first turn section of the neighbouring turn, characterized in that e) a distance between the first PCB (56.1) and the second PCB (56.2) corresponds to the thickness of the magnetic core and f) the third turn section and the linking section are formed by soldering pins that extend between the first PCB (56.1) and the second PCB (56.2).
Valve device for an internal combustion engine, having an actuator which comprises an electric motor , a transmission with a crown wheel segment and a spring element , and a valve unit with a valve rod and a valve closure member which is arranged at the valve rod and interacts with a valve seat and defines a flow cross-section between an inlet and an outlet , characterised in that a cam acts on the valve rod to generate a translatory movement of the valve unit when the actuator is rotated, which cam is arranged non-rotatably relative to the crown wheel segment , wherein the cam is configured at a shaft to which the crown wheel segment is attached and wherein the shaft is beared at its two ends and the crown wheel segment and the cam are arranged between the two bearings .
A device for compensating cut-off line drift of a lamp in a vehicle , comprising an adjustment unit for adjusting the lighting direction of the lamp and a carrier frame for carrying a lighting unit of the lamp , characterized by triangularly shaped connecting means mechanically connecting the adjustment unit with the carrier frame , comprising a first joint at a first corner of the connecting means , a second joint at a second corner of the connecting means , a third joint at a third corner of the connecting means , a first conjunction unit connected between the first joint and the second joint , a second conjunction unit connected between the first joint and the third joint , and a third conjunction unit connected between the second joint and the third joint , wherein the first joint , the second joint and the third joint are configured for allowing a scissor movement between each adjacent pair of conjunction units , wherein the first joint is mounted at the adjustment unit , the second joint and the third joint are mounted at the carrier frame , wherein the first conjunction unit and the second conjunction unit are each formed in one piece and the third conjunction unit comprises the extension means for linear extending the third conjunction unit when the conjunction units are moved relative to each other, and wherein the carrier frame comprises a plain bearing and at least part of the third conjunction unit is supported in the plain bearing . triangularly shaped connecting means mechanically connecting the adjustment unit with the carrier frame , comprising a first joint at a first corner of the connecting means , a second joint at a second corner of the connecting means , a third joint at a third corner of the connecting means , a first conjunction unit connected between the first joint and the second joint , a second conjunction unit connected between the first joint and the third joint , and a third conjunction unit connected between the second joint and the third joint , wherein the first joint , the second joint and the third joint are configured for allowing a scissor movement between each adjacent pair of conjunction units , wherein the first joint is mounted at the adjustment unit , the second joint and the third joint are mounted at the carrier frame , wherein the first conjunction unit and the second conjunction unit are each formed in one piece and the third conjunction unit comprises the extension means for linear extending the third conjunction unit when the conjunction units are moved relative to each other, and wherein the carrier frame comprises a plain bearing and at least part of the third conjunction unit is supported in the plain bearing .
A front attachment for a self-propelled combine harvester for harvesting maize, having picking devices , conveying devices and cutting or chopping devices associated with a plurality of working units , wherein the picking device (19 or 20) of a working unit consists of a picking gap formed between picking plates (25 and 26) and pairs of picking rollers (29 and 30) which are driven in opposite directions to each other disposed below the picking gap , and wherein the respective cutting or chopping device has at least one knife which rotates about an essentially vertically positioned axis of rotation and has a radial extent which is disposed in a plane lying below the picking rollers (29 and 30), characterized in that an outer peripheral track of the at least one knife of each of the cutting and chopping devices extending close to the ground and radially from the axis of rotation has a diameter which substantially coincides with the working width of the working unit defined by the separation of crop dividers , in that the axis of rotation passes through the region of a horizontal central axis passing through the working unit , and in that an inlet region into the relevant picking gap of each of the working units is provided in the region of its central axis .
Contact element for plugging into a contact chamber of a plug connector in a plug-in direction, the contact element having: -- a housing which extends along the plug-in direction , -- a locking element which is connected to the housing and which serves for locking in the contact chamber of the plug connector , wherein the locking element has a self-supporting end region , wherein the self-supporting end region has a first portion and a second portion , which is connected to the first portion , wherein the first portion extends counter to the plug-in direction or points obliquely outwards away from the housing counter to the plug-in direction , wherein the second portion is bent inwards in relation to the first portion , wherein, between the first portion and the second portion , there is provided at least one support element , which supports the second portion against the first portion if a force acts on the locking element , characterized in that , in a first alternative, the at least one support element is connected to the first portion and projects from the first portion towards the second portion counter to the plug-in direction , and/or in that , in a second alternative, the at least one support element is connected to the second portion and projects from the second portion towards the first portion along the plug-in direction . -- a housing which extends along the plug-in direction , -- a locking element which is connected to the housing and which serves for locking in the contact chamber of the plug connector , wherein the locking element has a self-supporting end region , wherein the self-supporting end region has a first portion and a second portion , which is connected to the first portion , wherein the first portion extends counter to the plug-in direction or points obliquely outwards away from the housing counter to the plug-in direction , wherein the second portion is bent inwards in relation to the first portion , wherein, between the first portion and the second portion , there is provided at least one support element , which supports the second portion against the first portion if a force acts on the locking element , characterized in that , in a first alternative, the at least one support element is connected to the first portion and projects from the first portion towards the second portion counter to the plug-in direction , and/or in that , in a second alternative, the at least one support element is connected to the second portion and projects from the second portion towards the first portion along the plug-in direction .
A device maintenance apparatus , comprising: a communication control part configured to control communication with a plurality of devices via an input/output apparatus , the input/output apparatus being connected to the plurality of devices ; a device information acquisition part configured to acquire information specifying a device among the plurality of devices which is a maintenance target device and information of a connection position of the device in the input/output apparatus via the communication; a storage configured to store maintenance process information, the maintenance process information including device specifying information being set beforehand for specifying a maintenance target device and process specifying information being set beforehand for specifying details of a maintenance process; and an information processing part configured to compare each of the acquired information specifying the device and the acquired information of the connection position to the stored device specifying information, to determine whether each of the acquired information specifying the device and the acquired information of the connection position is matched with the stored device specifying information, and to execute a maintenance process on the device specified by the process specifying information when determining that each of the acquired information specifying the device and the acquired information of the connection position is matched with the stored device specifying information. a communication control part configured to control communication with a plurality of devices via an input/output apparatus , the input/output apparatus being connected to the plurality of devices ; a device information acquisition part configured to acquire information specifying a device among the plurality of devices which is a maintenance target device and information of a connection position of the device in the input/output apparatus via the communication; a storage configured to store maintenance process information, the maintenance process information including device specifying information being set beforehand for specifying a maintenance target device and process specifying information being set beforehand for specifying details of a maintenance process; and an information processing part configured to compare each of the acquired information specifying the device and the acquired information of the connection position to the stored device specifying information, to determine whether each of the acquired information specifying the device and the acquired information of the connection position is matched with the stored device specifying information, and to execute a maintenance process on the device specified by the process specifying information when determining that each of the acquired information specifying the device and the acquired information of the connection position is matched with the stored device specifying information.
A vehicle inspection system conveyor configured to convey a vehicle being inspected within a conveying range from front to rear through a scanning area of a vehicle inspection system, the vehicle inspection system conveyor comprising: a first conveying device , within the conveying range where the vehicle being inspected is conveyed comprising at least one first powered section which provides driving force to the vehicle being inspected and at least one first unpowered section which does not provide driving force to the vehicle being inspected; and a second conveying device , arranged side by side with the first conveying device and within the conveying range where the vehicle being inspected is conveyed comprising at least one second powered section which provides driving force to the vehicle being inspected, characterised by that the first unpowered section is located at a position in front and rear directions within the range of the at least one second powered section in front and rear directions. a first conveying device , within the conveying range where the vehicle being inspected is conveyed comprising at least one first powered section which provides driving force to the vehicle being inspected and at least one first unpowered section which does not provide driving force to the vehicle being inspected; and a second conveying device , arranged side by side with the first conveying device and within the conveying range where the vehicle being inspected is conveyed comprising at least one second powered section which provides driving force to the vehicle being inspected, characterised by that the first unpowered section is located at a position in front and rear directions within the range of the at least one second powered section in front and rear directions.