mhurhangee/patent-ind-claim-en huggingface dataset:
A modular track connection for a self-propelled harvesting machine which is provided for positioning at one end of a drive axle body, with a support element on which a bearing is disposed, wherein the bearing serves to mount a track roller unit and extends parallel to a drive axle for the track roller unit , characterized in that the support element is configured as a support plate which extends transversely to the drive axle , and in that a spacer body is disposed on one side of the support plate , the spacer body having a wall which bounds it and which extends parallel to the support plate .
Method for measuring the format of a platelike workpiece wherein the workpiece is comprised of wood or wood substitutes, such as chipboard or hollow fibre plates, laminates, HDF or MDF plates, wherein markings are identified on a flat surface side of the workpiece, are applied to the flat surface side of the platelike workpiece and/or are introduced into the platelike workpiece , wherein relative positions of the markings with respect to one another are measured and/or the markings are positioned in defined relative positions to one another, wherein at least two markings are applied in the region of a first narrow side to the flat surface side of the platelike workpiece and/or are introduced in the region of a first narrow side into the platelike workpiece , wherein the markings are positioned at defined distances (A) from the first narrow side of the platelike workpiece and/or distances (A) of the markings from the first narrow side of the platelike workpiece are measured, wherein the position of a straight line (G) is determined from the positions of these markings , wherein for each of the narrow sides of the workpiece the position of a corresponding straight line (G) is determined based on at least two markings and from the positions of the straight lines (G), in particular from the positions of the intersection points (S) of the straight lines (G), and the distances (A) of the markings from the respective narrow sides , the format of the workpiece is determined.
A method for wireless communication, comprising: receiving, by a mobile device, configuration information from a base station for configuring a random-access transmission to request system information, wherein the configuration information indicates a number of Synchronization Signal, SS, and Physical Broadcast Channel, PBCH, blocks per random-access transmission occasion , wherein the configuration information includes a start preamble index indicating a preamble index for requesting system information, and wherein the configuration information further indicates a number of random-access channel transmission occasions reserved for requesting system information, the random access channel transmission occasions being frequency division multiplexed in one time slot; mapping, by the mobile device, one or more consecutive random access transmission occasions to an SS and PBCH block based on the configuration information, wherein a preamble to be used to request the system information is determined based on the start preamble index and the mapped SS and PBCH block; and performing, by the mobile device, the random-access transmission based on the mapping. receiving, by a mobile device, configuration information from a base station for configuring a random-access transmission to request system information, wherein the configuration information indicates a number of Synchronization Signal, SS, and Physical Broadcast Channel, PBCH, blocks per random-access transmission occasion , wherein the configuration information includes a start preamble index indicating a preamble index for requesting system information, and wherein the configuration information further indicates a number of random-access channel transmission occasions reserved for requesting system information, the random access channel transmission occasions being frequency division multiplexed in one time slot; mapping, by the mobile device, one or more consecutive random access transmission occasions to an SS and PBCH block based on the configuration information,
Locking device for locking a steering column , comprising: a stator , a rotor mounted to rotate in the stator and bearing locking pins normally returned to a locking position in which the locking pins are straddled between the rotor and the stator ; a channel formed in the rotor and designed for the insertion of a key configured to act on the locking pins in an unlocking direction when the key is inserted into this channel ; a guard plate arranged upstream of the locking pins with reference to a direction of insertion of the key; a bolt which is movable between a first position in which the bolt is engaged in a cavity of the steering column in order to lock the steering column , and a second position in which the bolt is disengaged from the steering column , the bolt being associated with the rotor by a mechanism allowing the bolt to pass from the first position to the second position, or from the second position to the first position, and comprising a pull rod which is borne by the stator and has a stud engaged against a cam of the rotor , and which is connected to the bolt ; and a mechanism for retaining the bolt in the second position after the bolt has been brought into the second position and as long as the key is present in the key insertion channel , the guard plate being movable between a first position corresponding to the absence of a key in the key insertion channel , and a second position corresponding to the presence of a key in the key insertion channel , and the guard plate being configured to maintain the mechanism for retaining the bolt in said second position as long as the guard plate is in the second position, the guard plate being mounted so as to move transversely to the key insertion channel and comprising a part configured to project from the rotor when the key passage opening in the guard plate coincides with the key insertion channel , and in that the mechanism for retaining the bolt comprises a retaining member formed by an end of the pull rod which is bent so as to extend facing the projecting part of the guard plate and which bears on the part configured to project from the rotor when the bolt is in the second position, characterized in that the cam has a helical configuration which converts the rotational movement of the rotor into a translational movement of the pull rod until the pull rod reaches a position in which the bolt is disengaged from the cavity .
A method for operating a towing winch of a tug, the towing winch comprising a rotatable winch drum for spooling a spoolable medium , an electric motor operably coupled to the winch drum to rotate the winch drum, an electric drive operably coupled to the electric motor to control the electric motor, the method comprising: controlling by the electric drive , during a towing of at least one object connected to the spoolable medium , a tension of the spoolable medium between the winch drum and the at least one object to be towed to be equal to or lower than a tension limit value, characterized in that the method comprises: monitoring by the electric drive , during the towing, a roll angle of the tug , and in response to the monitored roll angle of the tug being outside of a predetermined range, lowering by the electric drive the tension limit value.
A computer-implemented method for determining an information on whether at least one hand of a vehicle driver cooperates with a manual steering element of a vehicle, wherein the method comprises: - taking at least one image by means of at least one sensor mounted on the vehicle, wherein the at least one image captures at least a manual steering element of the vehicle; and - determining, on the basis of the at least one image , an information on whether at least one hand of a vehicle driver cooperates with the manual steering element , characterized in that the at least one image comprises three-dimensional image data, and wherein the method further comprises: - detecting the steering element within the image ; - detecting the at least one hand within the image when the at least one hand is contained in the image ; - determining a distance between the detected steering element and the detected at least one hand ; and - determining a first likelihood value (p2) on the basis of the distance, the first likelihood value (p2) indicating whether the at least one hand cooperates with the steering element , wherein the information is determined in dependence of the first likelihood value (p2). wherein the method comprises: - taking at least one image by means of at least one sensor mounted on the vehicle, wherein the at least one image captures at least a manual steering element of the vehicle; and - determining, on the basis of the at least one image , an information on whether at least one hand of a vehicle driver cooperates with the manual steering element , - taking at least one image by means of at least one sensor mounted on the vehicle, wherein the at least one image captures at least a manual steering element of the vehicle; and - determining, on the basis of the at least one image , an information on whether at least one hand of a vehicle driver cooperates with the manual steering element , characterized in that the at least one image comprises three-dimensional image data, and wherein the method further comprises: - detecting the steering element within the image ; - detecting the at least one hand within the image when the at least one hand is contained in the image ; - determining a distance between the detected steering element and the detected at least one hand ; and - determining a first likelihood value (p2) on the basis of the distance, the first likelihood value (p2) indicating whether the at least one hand cooperates with the steering element , wherein the information is determined in dependence of the first likelihood value (p2). - detecting the steering element within the image ; - detecting the at least one hand within the image when the at least one hand is contained in the image ; - determining a distance between the detected steering element and the detected at least one hand ; and - determining a first likelihood value (p2) on the basis of the distance, the first likelihood value (p2) indicating whether the at least one hand cooperates with the steering element , wherein the information is determined in dependence of the first likelihood value (p2).
A method of forming an intermediate compound for forming a boronic acid, comprising: reacting a 1-chloro-2-substituted-3-fluorobenzene with at least one alkyllithium to form a reaction mixture comprising a lithiated intermediate in a first reactor; transferring the reaction mixture to a second reactor; and adding a borate to the reaction mixture in the second reactor to form a boronate. reacting a 1-chloro-2-substituted-3-fluorobenzene with at least one alkyllithium to form a reaction mixture comprising a lithiated intermediate in a first reactor; transferring the reaction mixture to a second reactor; and adding a borate to the reaction mixture in the second reactor to form a boronate.
A spare tire-holder construct beneath a vehicle, comprising; • A drive that eases loading and unloading of a spare-tire, • A pneumatic control mechanism to control the air going into the drive , • A bottom plate which is the supporting frame on which the spare tire is placed, • A superposition bracket on which the bottom plate can travel, • A linking profile to which the superposition bracket and the drive are connected, • A ball bearing enabling the bottom plate to travel by rolling on said superposition bracket , • A roller mechanism enabling the spare tire-holder construct to slide out and in from beneath the vehicle said construct characterized by further comprising; • A crank providing a first rotating movement , • A roller shaft which transmits the momentum from the crank to the roller mechanism, • A rope enabling the back and forth movement of the spare tire by coiling onto the roller mechanism . • A drive that eases loading and unloading of a spare-tire, • A pneumatic control mechanism to control the air going into the drive , • A bottom plate which is the supporting frame on which the spare tire is placed, • A superposition bracket on which the bottom plate can travel, • A linking profile to which the superposition bracket and the drive are connected, • A ball bearing enabling the bottom plate to travel by rolling on said superposition bracket , • A roller mechanism enabling the spare tire-holder construct to slide out and in from beneath the vehicle said construct characterized by further comprising; • A crank providing a first rotating movement , • A roller shaft which transmits the momentum from the crank to the roller mechanism, • A rope enabling the back and forth movement of the spare tire by coiling onto the roller mechanism .
A method of preparing an adhesive comprising: providing a hot melt mixing apparatus; providing an elastomeric (meth)acrylate random copolymer; providing a discontinuous fibrous material selected from synthetic organic polymer fibers of materials selected from nylon 6.6 and PET; adding the elastomeric (meth)acrylate random copolymer and discontinuous fibrous material to the hot melt mixing apparatus to prepare a hot melt processable mixture; mixing the hot melt processable mixture to form a hot melt blend; removing the blend from the hot melt mixing apparatus; and forming a hot melt processable pressure sensitive adhesive; the method further comprising adding at least one tackifying resin to the hot melt blend, wherein the at least one tackifying resin is present in the adhesive in an amount greater than 50 parts by weight per 100 parts by weight of elastomeric (meth)acrylate random copolymer. providing a hot melt mixing apparatus; providing an elastomeric (meth)acrylate random copolymer; providing a discontinuous fibrous material selected from synthetic organic polymer fibers of materials selected from nylon 6.6 and PET; adding the elastomeric (meth)acrylate random copolymer and discontinuous fibrous material to the hot melt mixing apparatus to prepare a hot melt processable mixture; mixing the hot melt processable mixture to form a hot melt blend; removing the blend from the hot melt mixing apparatus; and forming a hot melt processable pressure sensitive adhesive; the method further comprising adding at least one tackifying resin to the hot melt blend, wherein the at least one tackifying resin is present in the adhesive in an amount greater than 50 parts by weight per 100 parts by weight of elastomeric (meth)acrylate random copolymer.
A method for preparing a compound of Formula I: wherein the method comprises a step of reacting a compound of Formula II with a compound of Formula A at 70∼80 °C by stirring in the presence of a condensation agent, an organic base and an organic solvent by condensation: and after the completion of stirring at 70∼80 °C, the reaction liquid is cooled to 0∼5 °C and stirred for a suitable period of time, and filtered to provide the compound of Formula I.
Holding head for a vacuum holding device for handling a plate-shaped workpiece, in particular a glass plate, wherein the holding head is rotatably mounted with respect to an axis and comprises a base body with an assembly of operating elements of a control system for controlling a vacuum system of the vacuum holding device and at least one vacuum holding element mounted directly or indirectly at the base body for holding the plate-shaped workpiece, wherein the assembly surrounds the axis , characterized in that at least three of the operating elements are connected as actuating elements in a dual actuating circuit for releasing the plate-shaped workpiece, wherein the first two of the actuating elements are arranged on opposite sides of the assembly with respect to the position of the axis , and the third actuating element is configured annularly and circumferentially surrounds the axis .
A packing apparatus comprising a sealing mechanism configured to seal a lid of a cardboard box transported in a state that flaps (F1, F2) thereof are folded in and closed, by affixing a tape continuously on following portions of the cardboard box: a first side portion (S1) on a downstream side with respect to a transportation direction; the folded-in flap; and a second side portion (S2) opposite to the first side portion (S1), the sealing mechanism including a first pressing member and a second pressing member , the first pressing member being configured to press the tape against the first side portion (S1) and the flaps (F1, F2), and the second pressing member being configured to press the tape against the flaps (F1, F2) and the second side portion (S2), wherein the packing apparatus further comprises: a timing sensing section configured to sense a timing at which the affixing of the tape on the first side portion (S1) is initiated; and characterized in that a pressing force control section configured to control pressing force exerted by the first and second pressing members , based on a result of the sensing performed by the timing sensing section , such that the pressing force is reduced after the affixing of the tape on the first side portion (S1) is initiated and kept reduced until the affixation of the tape T on the cardboard box C is completed. the first pressing member being configured to press the tape against the first side portion (S1) and the flaps (F1, F2), and the second pressing member being configured to press the tape against the flaps (F1, F2) and the second side portion (S2), a timing sensing section configured to sense a timing at which the affixing of the tape on the first side portion (S1) is initiated; and characterized in that a pressing force control section configured to control pressing force exerted by the first and second pressing members , based on a result of the sensing performed by the timing sensing section , such that the pressing force is reduced after the affixing of the tape on the first side portion (S1) is initiated and kept reduced until the affixation of the tape T on the cardboard box C is completed.
Housing for a switch , designed for data transmission for railway applications, which has approximately an L-shaped cross section, as viewed in section or from the side, wherein inputs and outputs , which are electrically connected to at least one printed circuit board , on one limb protrude approximately vertically upwards, and further inputs and outputs , which are electrically connected to at least one further printed circuit board , emerge approximately at right angles thereto from another limb , characterized in that the at least one printed circuit board is arranged in the housing in the region of the limb above and/or below a separating element , and the at least one further printed circuit board is arranged approximately vertically to an underside of the housing in the region of the other limb .
A method for authorization of resources clustered into one or more resource groups, each resource group comprising functionally interdependent resources, the method comprising: receiving an authorization request signal indicative of a first resource for authorization, wherein the first resource is comprised in a first resource group; determining , for each mandatory resource of the first resource group, whether the resource is authorized; and transmitting an authorization response signal, wherein the authorization response signal is indicative of successful authorization of the first resource when all mandatory resources of the first group are determined as authorized, and wherein the authorization response signal is indicative of unsuccessful authorization of the first resource when at least one mandatory resource of the first group is determined as unauthorized. receiving an authorization request signal indicative of a first resource for authorization, wherein the first resource is comprised in a first resource group; determining , for each mandatory resource of the first resource group, whether the resource is authorized; and transmitting an authorization response signal, wherein the authorization response signal is indicative of successful authorization of the first resource when all mandatory resources of the first group are determined as authorized, and wherein the authorization response signal is indicative of unsuccessful authorization of the first resource when at least one mandatory resource of the first group is determined as unauthorized.
Power semiconductor module having a housing and having a switching device for arrangement on a base element , wherein the switching device comprises a circuit board having a second surface , which is configured for arrangement on a corresponding third surface of the base element , wherein further components are arranged on the side of the circuit board which is averted from the second surface , wherein the housing at least partially encloses the switching device on at least two mutually opposing sides , and at which location a fixing device is respectively arranged, wherein exactly one or at least one first fixing device comprises a first surface , which is configured in a parallel offset arrangement to the second surface , and is recessed in relation to the second surface, from the direction of the third surface , and wherein the fixing device comprises a stop element , which is configured to accommodate a first force , which compresses the first surface in the direction of the third surface , without sustaining deformation, and moreover to sustain deformation in response to a second force , acting in the same direction.
A method implemented by a wireless transmit receive unit, WTRU, the method comprising: receiving configuration information of a set of physical random access channel, PRACH, occasions for a PRACH; determining whether one PRACH occasion from the set of PRACH occasions is valid based on at least a condition that the one PRACH occasion is subsequent to all transmitted synchronization signal, SS, blocks in a slot associated with the one PRACH occasion; and sending a PRACH transmission in the one PRACH occasion on a condition that the one PRACH occasion is determined to be valid. receiving configuration information of a set of physical random access channel, PRACH, occasions for a PRACH; determining whether one PRACH occasion from the set of PRACH occasions is valid based on at least a condition that the one PRACH occasion is subsequent to all transmitted synchronization signal, SS, blocks in a slot associated with the one PRACH occasion; and sending a PRACH transmission in the one PRACH occasion on a condition that the one PRACH occasion is determined to be valid.