mhurhangee/patent-ind-claim-en huggingface dataset:
A circuit for controlling a circuit time constant to achieve a substantially zero DC offset in a received optical data signal, comprising: a first variable capacitor coupled between a first terminal of the circuit and a second terminal of the circuit; a first transistor including a first conduction terminal coupled to the second terminal of the circuit and a second conduction terminal coupled for receiving a reference voltage ; and a control circuit including a first output coupled to a control terminal of the first transistor, wherein an output signal of the control circuit monotonically increases a resistance between the first conduction terminal of the first transistor and second conduction terminal of the first transistor to increase the circuit time constant and achieve the substantially zero DC offset in the optical data signal; a second variable capacitor coupled between a third terminal of the circuit and a fourth terminal of the circuit; and a second transistor including a first conduction terminal coupled to the fourth terminal of the circuit and a second conduction terminal coupled for receiving the reference voltage, wherein the control circuit includes a second output coupled to a control terminal of the second transistor to monotonically increase a resistance between the first conduction terminal of the second transistor and second conduction terminal of the second transistor to increase the circuit time constant and achieve the substantially zero DC offset in the optical data signal. a first variable capacitor coupled between a first terminal of the circuit and a second terminal of the circuit; a first transistor including a first conduction terminal coupled to the second terminal of the circuit and a second conduction terminal coupled for receiving a reference voltage ; and a control circuit including a first output coupled to a control terminal of the first transistor, wherein an output signal of the control circuit monotonically increases a resistance between the first conduction terminal of the first transistor and second conduction terminal of the first transistor to increase the circuit time constant and achieve the substantially zero DC offset in the optical data signal; a second variable capacitor coupled between a third terminal of the circuit and a fourth terminal of the circuit; and a second transistor including a first conduction terminal coupled to the fourth terminal of the circuit and a second conduction terminal coupled for receiving the reference voltage, wherein the control circuit includes a second output coupled to a control terminal of the second transistor to monotonically increase a resistance between the first conduction terminal of the second transistor and second conduction terminal of the second transistor to increase the circuit time constant and achieve the substantially zero DC offset in the optical data signal.
A heater comprising: a carbon heating element as a heat source; a tube having a sealed interior containing the carbon heating element; and at least one groove portion extending from an outer peripheral portion of the tube in a radial direction toward the center of the tube ; an outer electrode for supplying power to the carbon heating element from the outside; and a connector connecting the outer electrode and the carbon heating element ; characterised in that the heater comprises: an outer connector enclosing the outer electrode ; and an outer terminal electrically connected to the outer electrode and protruding outward from the outer connector , wherein the connector is provided with an insertion groove corresponding to a cross-sectional shape of the carbon heating element ; each of the opposite ends of the carbon heating element is inserted into the insertion groove ; and a chamfered portion is formed at each of the opposite ends of the carbon heating element . a carbon heating element as a heat source; a tube having a sealed interior containing the carbon heating element; and at least one groove portion extending from an outer peripheral portion of the tube in a radial direction toward the center of the tube ; an outer electrode for supplying power to the carbon heating element from the outside; and a connector connecting the outer electrode and the carbon heating element ; an outer connector enclosing the outer electrode ; and an outer terminal electrically connected to the outer electrode and protruding outward from the outer connector , wherein the connector is provided with an insertion groove corresponding to a cross-sectional shape of the carbon heating element ; each of the opposite ends of the carbon heating element is inserted into the insertion groove ; and a chamfered portion is formed at each of the opposite ends of the carbon heating element .
Seed drill comprising brackets for one sowing coulter in each case, having a coulter carrier which receives the brackets in a longitudinally adjustable manner and consists of a hollow profile which, with a guide wall extending upright and converging connecting webs to the adjoining profile walls , forms a dovetail bar which engages into a dovetail-shaped guide groove of the brackets , and having clamping jaws which are provided on the brackets , cooperate with the upper connecting web and can be adjusted transversely with respect to the web surface, wherein the dovetail bar engages with clearance into the dovetail-shaped guide groove of the brackets , characterised in that the brackets have a pair of running rollers , which roll on the upper guide web and have axes of rotation in parallel with the web surface, and a pair of running rollers which roll on the upper longitudinal edge of the guide wall and have axes of rotation extending transversely with respect to the web surface, wherein the pairs of running rollers are raised from the dovetail bar when the clamping jaws are in the clamping position.
An exhaust air duct arrangement for a kitchen exhaust air duct system, comprising a sheet metal tube and a support structure which is accommodated in the interior of the sheet metal tube so as to be displaceable along the longitudinal direction (x) of the sheet metal tube and via which two opposite wall sections of the sheet metal tube are supported against one another, the support structure having a first and a second bearing section , which each bear against the inner circumference of the sheet metal tube via a positive fit, characterised in that the bearing sections are connected to one another via a Z-shaped section , the Z-shaped section having a first and a second binding profile side , the first binding profile side merging into the first bearing section and the second binding profile side merging into the second bearing section .
Transport device having at least one transport unit , individualized by an identification means , that has at least one goods storage device and at least one grip and that is stackable with in each case like transport units , wherein the transport device has at least two electronic devices to which power is supplied, which are arranged on the same transport unit and/or on different transport units and at least one of which performs the function of a user interface and at least one of which performs the function of a detection device , and which each have integrated data-processing means and means for wireless data transmission, characterized - in that each electronic device to which power is supplied is individualizable by at least one identification means that uses a machine-detectable identifier , - in that the electronic devices to which power is supplied are arranged on the transport device in such a way that the spatial position of at least one further electronic device on the transport device is ascertainable by the at least one detection device , and - in that the transport device is configured to use the data-processing means and the means for wireless data transmission to ascertain the respective identifier and the respective spatial position on the transport device in a mutually associable manner for at least two of the electronic devices to which power is supplied. - in that each electronic device to which power is supplied is individualizable by at least one identification means that uses a machine-detectable identifier , - in that the electronic devices to which power is supplied are arranged on the transport device in such a way that the spatial position of at least one further electronic device on the transport device is ascertainable by the at least one detection device , and - in that the transport device is configured to use the data-processing means and the means for wireless data transmission to ascertain the respective identifier and the respective spatial position on the transport device in a mutually associable manner for at least two of the electronic devices to which power is supplied.
Sensor plate , which serves as slide bearing element or guide element for roll stands , comprising at least one slide bearing surface , which can be brought into contact with a component and which in operation of a roll stand is subject to wear, and at least one measuring sensor , characterised by a plurality of measuring sensors which are so arranged in the form of an (a x b) matrix adjoining the slide bearing surface that the measuring sensors on the one hand are not subject to the wear at the slide bearing surface and on the other hand are in a position of detecting forces acting on the sensor plate and/or stretchings and/or deformations, which arise as a consequence of an areal, lineal or punctiform contact of the sensor plate with the component.
A container for consumer goods comprising a rigid outer box having a hinged lid and a rigid inner box having an opening covered by a pull tab , whereby: the rigid inner box comprises panels separated from each other by fold lines, the opening is a pre-cut opening configured to provide access to an inner volume of the inner box, and the inner box comprises a laminate of paperboard and an inner liner , the inner liner including a layer of foil and a layer of paper forming an innermost surface of the inner box wherein the layer of foil is between the paperboard and the paper layer ; and the pull-tab has a first adhesive that releasably adheres an edge portion of the pull tab to the inner box , and a second adhesive that permanently adheres the pull tab to the inner box and the outer box , the pull tab further including a paper liner sized to fully cover and extend past edges of the opening in the inner box and adhered to the pull tab by adhesive such that the paper liner is an innermost layer over the opening. the rigid inner box comprises panels separated from each other by fold lines, the opening is a pre-cut opening configured to provide access to an inner volume of the inner box, and the inner box comprises a laminate of paperboard and an inner liner , the inner liner including a layer of foil and a layer of paper forming an innermost surface of the inner box wherein the layer of foil is between the paperboard and the paper layer ; and the pull-tab has a first adhesive that releasably adheres an edge portion of the pull tab to the inner box , and a second adhesive that permanently adheres the pull tab to the inner box and the outer box , the pull tab further including a paper liner sized to fully cover and extend past edges of the opening in the inner box and adhered to the pull tab by adhesive such that the paper liner is an innermost layer over the opening.
A network connection method, wherein the method comprises: scanning , by a user equipment, UE, two-dimensional code provided by an access point device, to obtain data of a target access point; obtaining , by the UE, a configuration description file according to the data of the target access point, the configuration description file being used to connect to the target access point; and installing , by the UE, the configuration description file, and after detecting the target access point, connecting to the target access point according to the configuration description file, the configuration description file comprising a service set identifier of the target access point, an encryption manner of the target access point, and a password of the target access point, wherein the obtaining a configuration description file according to the data of the target access point comprises: sending, by the UE, the data of the target access point to a server according to a server address in the two-dimensional code information, wherein after receiving the data of the target access point, the server generates the configuration description file according to the data of the target access point, and receives the configuration description file from the server. the scanning , by a user equipment, UE, two-dimensional code provided by an access point device, to obtain data of a target access point; obtaining , by the UE, a configuration description file according to the data of the target access point, the configuration description file being used to connect to the target access point; and installing , by the UE, the configuration description file, and after detecting the target access point, connecting to the target access point according to the configuration description file, the configuration description file comprising a service set identifier of the target access point, an encryption manner of the target access point, and a password of the target access point, wherein the obtaining a configuration description file according to the data of the target access point comprises: sending, by the UE, the data of the target access point to a server according to a server address in the two-dimensional code information, wherein after receiving the data of the target access point, the server generates the configuration description file according to the data of the target access point, and receives the configuration description file from the server. the
A method for managing server apparatuses, applicable to a management apparatus , the method comprising: searching (S105) a server apparatus to be managed; receiving (S110) an Internet Protocol (IP) address of a Baseboard Management Controller (BMC) from the BMC of the server apparatus ; obtaining (S115) identification information of an Operating System (OS) of the server apparatus according to the IP address of the BMC , wherein the identification information is an IP address of the OS or a hostname; and the method further comprising: newly adding a server object in a database of the management apparatus when taking the server apparatus into management; updating the IP address of the BMC into the server object; binding (S120) the IP address of the BMC and the identification information; updating (S125) an out-of-band message received from the BMC into the server object according to the identification information bound with the IP address of the BMC , wherein a destination for sending the out-of-band message is set to be the management apparatus when taking the server apparatus into management. searching (S105) a server apparatus to be managed; receiving (S110) an Internet Protocol (IP) address of a Baseboard Management Controller (BMC) from the BMC of the server apparatus ; obtaining (S115) identification information of an Operating System (OS) of the server apparatus according to the IP address of the BMC , wherein the identification information is an IP address of the OS or a hostname; and the method further comprising: newly adding a server object in a database of the management apparatus when taking the server apparatus into management; updating the IP address of the BMC into the server object; binding (S120) the IP address of the BMC and the identification information; updating (S125) an out-of-band message received from the BMC into the server object according to the identification information bound with the IP address of the BMC , wherein a destination for sending the out-of-band message is set to be the management apparatus when taking the server apparatus into management.
A method for producing a biocompatible macromolecular porous body, comprising: a step (a) of cooling a solution of biocompatible macromolecules to be in an unfrozen state, the difference between a temperature of a portion at the highest liquid temperature within the solution and a temperature of a portion at the lowest liquid temperature within the solution being lower than or equal to 2.5°C and the temperature of the portion at the highest liquid temperature within the solution being lower than or equal to a melting point of a solvent; a step (b) of freezing the solution of biocompatible macromolecules obtained in the step (a); and a step (c) of freeze-drying the frozen biocompatible macromolecules obtained in the step (b), wherein the biocompatible macromolecules are gelatin, collagen, elastin, fibronectin, laminin, tenascin, fibrin, fibroin, entactin, thrombospondin, polylactic acid, polyglycolic acid, lactic acid-glycolic acid copolymers, hyaluronic acid, glycosaminoglycans, proteoglycans, chondroitin, cellulose, agarose, carboxymethyl cellulose, chitin, or chitosan. a step (a) of cooling a solution of biocompatible macromolecules to be in an unfrozen state, the difference between a temperature of a portion at the highest liquid temperature within the solution and a temperature of a portion at the lowest liquid temperature within the solution being lower than or equal to 2.5°C and the temperature of the portion at the highest liquid temperature within the solution being lower than or equal to a melting point of a solvent; a step (b) of freezing the solution of biocompatible macromolecules obtained in the step (a); and a step (c) of freeze-drying the frozen biocompatible macromolecules obtained in the step (b),
A coupler assembly for detachably coupling an arm to a work tool , the coupler assembly comprising a first linkage having an idle link and a power link , a first attachment member provided on the arm, and a second attachment member provided on the power link, the first and second attachment members being receivable in corresponding openings on the work tool, the coupling assembly characterized by : a second linkage provided between the first and second attachment members , comprising a first link and a second link joined at a shaft ; the first link being fixed to the shaft to prevent rotation therebetween; wherein a portion of the shaft comprises a gear ; wherein the second link comprises: a body mounted on the shaft so as to be rotatable thereabout, the body comprising a chamber in which a piston is received, the piston including a geared section that is meshed with the gear . a second linkage provided between the first and second attachment members , comprising a first link and a second link joined at a shaft ; the first link being fixed to the shaft to prevent rotation therebetween; wherein a portion of the shaft comprises a gear ; wherein the second link comprises: a body mounted on the shaft so as to be rotatable thereabout, the body comprising a chamber in which a piston is received, the piston including a geared section that is meshed with the gear .
Frame system for a door comprising a metal frame with a latch opening - formed in a front face of the metal frame - and comprising a latching device - fastened in an interior of the metal frame when the frame system is in a mounted state - for a latch of the door which engages into the latch opening from front to back, wherein, when the frame system is in the mounted state, the metal frame has a width extending from front to back in the X-direction, i.e. starting from the front face , a depth extending in the Y-direction and a height extending in the Z-direction, and wherein the latching device comprises a support and a latching element which can be displaced parallel to the Y-direction and fixed on the support when the frame system is in the mounted state, and wherein the metal frame comprises a protective box in the region of the latch opening , which protective box surrounds the metal frame in the region of the latch opening in such a way that the interior of the metal frame is inaccessible from the back in the region of the latch opening , wherein the latching device is formed in such a way that the latching device can be mounted on the metal frame by means of the support only from the front, characterised in that a width of the latching device extending in the Y-direction is such that the initially separate latching device can be inserted with clearance into the interior of the metal frame from the front through the latch opening together with the support and the latching element fastened to the support by means of fastening screws .
The method of stabilization of ammonia residues in the mixture of one or several energy by- product(s) that contain ammonia residues with one or several components selected from cement, quick lime, lime water solution and plasticizer for building materials characterized by the addition of tannin to the mixture, where the amount of tannin is 1 x 10 -3 kg to 3 x 10 2 kg per 1000 kg of energy by - product(s) to form an insoluble salt.
Rotating device module (2; 20) for a toy, - with an axle component (3a; 17), which provides a rotation axis of the rotating device module (2; 20), - with a hub part , which is connected to the axle component (3a; 17), - with a disc part (6; 21), which can be screwed on by means of a threaded connection to the hub part , said connection being torque proof, - wherein the hub part has an external thread of the threaded connection, - wherein the disc part (6; 21) has an internal thread of the threaded connection complementary to an external thread , - wherein the internal thread has no more than one thread turn, characterised in that the disc part (6; 21) is a rotor element. - with an axle component (3a; 17), which provides a rotation axis of the rotating device module (2; 20), - with a hub part , which is connected to the axle component (3a; 17), - with a disc part (6; 21), which can be screwed on by means of a threaded connection to the hub part , said connection being torque proof, - wherein the hub part has an external thread of the threaded connection, - wherein the disc part (6; 21) has an internal thread of the threaded connection complementary to an external thread , - wherein the internal thread has no more than one thread turn, characterised in that the disc part (6; 21) is a rotor element.
An oily extract of Camellia japonica flower which can be obtained by means of an extraction process comprising the following steps: a) mixing and impregnation of a Camellia japonica flower powder with a fatty substance or a fatty substance mixture at a temperature above the melting point of said fatty substance or of said mixture and under an atmosphere free or essentially free of oxygen, b) microdispersion of the Camellia japonica flower powder in the fatty substance or said fatty substance mixture at a temperature above the melting point of said fatty substance or of said mixture, under an atmosphere free or essentially free of oxygen, c) heating of the mixture thus obtained at a temperature of between 60 and 180°C for a period of between 1 and 10 minutes, under an atmosphere free or essentially free of oxygen, it being possible for step c) to be carried out before, during or after step b). a) mixing and impregnation of a Camellia japonica flower powder with a fatty substance or a fatty substance mixture at a temperature above the melting point of said fatty substance or of said mixture and under an atmosphere free or essentially free of oxygen, b) microdispersion of the Camellia japonica flower powder in the fatty substance or said fatty substance mixture at a temperature above the melting point of said fatty substance or of said mixture, under an atmosphere free or essentially free of oxygen, c) heating of the mixture thus obtained at a temperature of between 60 and 180°C for a period of between 1 and 10 minutes, under an atmosphere free or essentially free of oxygen,