mhurhangee/patent-ind-claim-en huggingface dataset:
An aqueous dispersion (P) of at least two polymeric resins (P1) and (P2) which are different from one another, the polymeric resin (P1) being a copolymer obtainable by copolymerization of ethylenically unsaturated monomers in the presence of at least one polyurethane resin having polymerizable carbon double bonds, and the polymeric resin (P2) being a polyester having functional hydroxyl groups and having an acid number of <25 mg of KOH per g of polyester, characterized in that the aqueous dispersion (P) is obtainable by a process comprising at least steps , , , and : preparing a dispersion or solution of the at least one polymeric resin (P1) in at least one organic solvent, preparing a mixture of the dispersion or solution obtained by step and of a melt or solution of the at least one polymeric resin (P2), adding water to the mixture obtained by step , and removing the organic solvent from the mixture obtained by step , to give the aqueous dispersion (P). preparing a dispersion or solution of the at least one polymeric resin (P1) in at least one organic solvent, preparing a mixture of the dispersion or solution obtained by step and of a melt or solution of the at least one polymeric resin (P2), adding water to the mixture obtained by step , and removing the organic solvent from the mixture obtained by step , to give the aqueous dispersion (P).
A method for producing a multibranched polymer, the method comprising the step of polymerizing a first vinyl monomer having a polymerization-initiating group in an α-position of a vinyl bond and a second vinyl monomer free of polymerization-initiating group in an α-position of a vinyl bond by a living radical polymerization, wherein the first vinyl monomer is a vinyl monomer represented by general formula below, wherein in the general formula , Z represents -Te-R 2 , -Cl, -Br, -I, -SC(=S)R 2 , -SC(=S)OR 2 , or -S(C=S)NR 2 2 , R 1 represents a hydrogen atom, an alkyl group having 1 to 8 carbon atoms, an aryl group, an aromatic heterocyclic group, an alkoxy group, an acyl group, an amide group, an oxycarbonyl group or a cyano group, and R 2 represents an alkyl group having 1 to 8 carbon atoms, an aryl group or an aromatic heterocyclic group, or wherein the first vinyl monomer is a vinyl monomer represented by general formula below, wherein in the general formula , R 1 represents a hydrogen atom, an alkyl group having 1 to 8 carbon atoms, an aryl group, an aromatic heterocyclic group, an alkoxy group, an acyl group, an amide group, an oxycarbonyl group or a cyano group, and R 2 represents an alkyl group having 1 to 8 carbon atoms, an aryl group, an aromatic heterocyclic group, a silyl group or a fluorine atom.
A system comprising an industrial truck and a remote control unit for the industrial truck , wherein the remote control unit comprises the following: - a transmitting unit for establishing a radio connection with the industrial truck or a higher-level controller, - a handle element which may be gripped by a hand and which may be encompassed by a hand inner face and associated fingers , leaving out the thumb , and - a functional element which is arranged so as to be angled-back on the handle element and which comprises at least one first control element which may be operated by the thumb of the gripping hand, wherein the functional element additionally comprises a scanning or reader unit , wherein the remote control unit is configured to detect via the scanning or reader unit data relative to storage positions and goods and to forward this data via the transmitting unit. - a transmitting unit for establishing a radio connection with the industrial truck or a higher-level controller, - a handle element which may be gripped by a hand and which may be encompassed by a hand inner face and associated fingers , leaving out the thumb , and - a functional element which is arranged so as to be angled-back on the handle element and which comprises at least one first control element which may be operated by the thumb of the gripping hand,
Glass support structure having a vertical profile and a horizontal profile connected to the vertical profile , to which profiles there is secured an angular glass support having at least one vertical leg and at least one horizontal leg , wherein a supporting body is provided under the at least one horizontal leg , is secured to the horizontal profile via at least one fastening means and on or on top of which the horizontal leg is supported, characterized in that the supporting body has a width and length which is less than that of the horizontal leg of the glass support and is screwed, adhesively bonded or welded to the horizontal profile or is produced with the horizontal leg as a casting.
Sensor device for a towing vehicle coupling or forming part of a towing vehicle coupling with which a trailer vehicle (A), in particular a semi-trailer, can be coupled to a towing vehicle (Z), in particular a lorry, wherein the towing vehicle coupling has a coupling element for releasably coupling a coupling mating element , which elements are or can be secured to the towing vehicle (Z) and the trailer vehicle (A), and when coupled can rotate relative to each another about at least one joint rotational axis (GZ), forming a joint, wherein the sensor device has a follower which is mounted on a bearing body such that it can rotate relative to the coupling element about a follower rotational axis (M) and can be rotatably carried about the follower rotational axis (M) by the rotation of the coupling mating element about the at least one joint rotational axis (GZ) in order to sense a rotation of the coupling mating element relative to the coupling element about the at least one joint rotational axis (GZ), and wherein the sensor device has at least one sensor for sensing a respective rotational position of the follower relative to the bearing body in relation to the follower rotational axis (M), characterised in that the follower is mounted, with a degree of translatory freedom of movement achieved by a pivot bearing arrangement , for movement in relation to the coupling element , in order to provide or maintain the coupling of the follower relative to the coupling mating element , wherein for said movement the follower pivots about at least two pivot axis with said degree of translatory freedom of movement.
Method for making current sensors, the method comprising the following steps executed in the order given below: A) providing a leadframe having chip supporting surfaces and mounting a semiconductor chip having an integrated Hall sensor on each of the chip supporting surfaces of the leadframe , B) connecting electrical connection areas of the semiconductor chips with associated connecting fingers of the leadframe by bonding wires , C) placing the leadframe in an injection mold , D) closing the injection mold with a first mold insert having a molding surface provided with structures, E) injecting plastic material into the injection mold to package each semiconductor chip and associated parts of the leadframe in an associated intermediate housing , wherein the structures of the mold surface of the first mold insert form on each intermediate housing a flat surface having alignment structures , F) opening the injection mold , G) placing a current conductor section on the flat surfaces of the intermediate housings , wherein each current conductor section is formed with counter structures matching the alignment structures , so that the current conductor section is automatically aligned and held, H) closing the injection mold with a second mold insert, I) injecting plastic material into the injection mold to connect the current conductor sections with the associated intermediate housing and form the final housings of the current sensors , J) opening the injection mold and removing the leadframe from the injection mold , and K) singulating the current sensors . A) providing a leadframe having chip supporting surfaces and mounting a semiconductor chip having an integrated Hall sensor on each of the chip supporting surfaces of the leadframe , B) connecting electrical connection areas of the semiconductor chips with associated connecting fingers of the leadframe by bonding wires , C) placing the leadframe in an injection mold , D) closing the injection mold with a first mold insert having a molding surface provided with structures, E) injecting plastic material into the injection mold to package each semiconductor chip and associated parts of the leadframe in an associated intermediate housing , wherein the structures of the mold surface of the first mold insert form on each intermediate housing a flat surface having alignment structures , F) opening the injection mold , G) placing a current conductor section on the flat surfaces of the intermediate housings , wherein each current conductor section is formed with counter structures matching the alignment structures , so that the current conductor section is automatically aligned and held, H) closing the injection mold with a second mold insert, I) injecting plastic material into the injection mold to connect the current conductor sections with the associated intermediate housing and form the final housings of the current sensors , J) opening the injection mold and removing the leadframe from the injection mold , and K) singulating the current sensors .
Adapter for a product dispenser with an adapter base body for positioning the adapter on a container opening of a pressure container , with an output sleeve , which is movable relative to the adapter base body along a longitudinal axis of the adapter base body , and the output sleeve is arranged movably relative to the adapter base body by an elastic connection , which is provided as an annular or disc-shaped membrane between the adapter base body and the output sleeve , characterized in that a guided displacement movement of a valve of the product dispenser takes place due to an elastic connection .
A method in a sending system entity for controlling retransmission of data to a receiving system entity , the method comprising the following steps being executed: • sending initial data encoded with a first forward error correction code to the receiving system entity , • receiving a request from the receiving system entity indicating that the initial data shall be retransmitted, • combining the initial data with new data, the new data being encoded with a second forward error correction code, wherein before combining the initial data with the new data, the initial data is encoded with the first forward error correction code, and • coding the combined data with a third forward error correction code, resulting in a coded data stream to be transmitted to the receiving system entity . • sending initial data encoded with a first forward error correction code to the receiving system entity , • receiving a request from the receiving system entity indicating that the initial data shall be retransmitted, • combining the initial data with new data, the new data being encoded with a second forward error correction code, wherein before combining the initial data with the new data, the initial data is encoded with the first forward error correction code, and • coding the combined data with a third forward error correction code, resulting in a coded data stream to be transmitted to the receiving system entity .
Disk vibration mill for grinding mineral samples, comprising a mill assembly having a grinding chamber and a drive motor that is connected to the grinding chamber in a manner fixed in terms of movement and that generates a vibration and transmits it to the grinding chamber ; a bearing frame on which the mill assembly is spring-mounted; characterized in that an acceleration sensor is arranged on the mill assembly , wherein the acceleration sensor detects the acceleration of the mill assembly in the x- and y-direction, wherein the x- and y-direction are radial directions. a mill assembly having a grinding chamber and a drive motor that is connected to the grinding chamber in a manner fixed in terms of movement and that generates a vibration and transmits it to the grinding chamber ; a bearing frame on which the mill assembly is spring-mounted; characterized in that an acceleration sensor is arranged on the mill assembly , wherein the acceleration sensor detects the acceleration of the mill assembly in the x- and y-direction, wherein the x- and y-direction are radial directions.
Installation box for installation in a cavity wall for receiving electrical/electronic components, comprising a first box body which is accessible through an installation opening and provides an installation cavity, manufactured at least partially from a hard plastic, and an installation support , which provides a second installation cavity and extends laterally from the box body , wherein the installation support comprises at least one shaped strip , moulded to the hard plastic of the box body and extending over its longitudinal extension, rigid against thrust and elastically flexible in the direction of the plane of the installation opening , as a part of the circumferential wall of the installation support , and wherein the circumferential wall of the installation support , in the circumferential direction of its installation cavity, is manufactured from a flexible soft plastic, with the exception of the at least one shaped strip made of hard plastic.
An information processing apparatus comprising: a communication unit configured to receive an unlocking request and first information generated on the basis of a first secret key, from a first communication terminal, and first key information including the first public key corresponding to the first secret key and signature information for the first public key from a second communication terminal, wherein the signature information is generated by encrypting a public key of the second communication terminal on the basis of the first secret key; a verification processing unit configured to verify the generated first information on the basis of the first public key; a key verifying unit configured to verify rightfulness of the first public key on the basis of the signature information for the first public key; and a determination unit configured to determine whether or not to cause a locking unit to unlock, on the basis of the first public key corresponding to the first secret key and the generated first information, wherein the determination unit determines whether or not to cause the locking unit to unlock, on the basis of a verification result of the generated first information, and the determination unit further determines whether or not to cause the locking unit to unlock, on the basis of a verification result obtained by the key verifying unit. a communication unit configured to receive an unlocking request and first information generated on the basis of a first secret key, from a first communication terminal, and first key information including the first public key corresponding to the first secret key and signature information for the first public key from a second communication terminal, wherein the signature information is generated by encrypting a public key of the second communication terminal on the basis of the first secret key; a verification processing unit configured to verify the generated first information on the basis of the first public key; a key verifying unit configured to verify rightfulness of the first public key on the basis of the signature information for the first public key; and a determination unit configured to determine whether or not to cause a locking unit to unlock, on the basis of the first public key corresponding to the first secret key and the generated first information, wherein the determination unit determines whether or not to cause the locking unit to unlock, on the basis of a verification result of the generated first information, and the determination unit further determines whether or not to cause the locking unit to unlock, on the basis of a verification result obtained by the key verifying unit.
A machine body structure of a six-legged universal walking robot, comprising a head portion and a machine body , and characterized in that a distance measurement camera device is provided within the head portion, and comprises a rotating head and a frontal face distance measurement assembly mounted on the rotating head ; the frontal face distance measurement assembly comprises a frontal face and an inner liner panel arranged on the inner side of the frontal face ; a distance measurement camera module is mounted on the inner liner panel ; a turntable is arranged on the upper surface of the machine body ; the rotating head is fastened and fixed on the turntable on which a first circuit board is arranged; the distance measurement camera module is connected with the first circuit board ; the machine body has an inner cavity and a driving mechanism and a main control circuit board are mounted within the inner cavity; the driving mechanism is provided with a rotating shaft ; multiple conductive sliding rings for data communication with the main control circuit board are arranged on the peripheral surface of the rotating shaft ; and the driving mechanism may drive the turntable to rotate 360°.
An airbag module for an automotive vehicle, comprising a folded, inflatable airbag , a fastening element for mounting the airbag on the vehicle, a mounting jacket in which the folded airbag is received and fixed, as well as an elongate flexible holding strap for positioning the airbag in its deployed inflated state, the holding strap extending from a first strap end fastened on the airbag to an opposite second strap end to which the fastening element is attached, wherein the holding strap in the deployed, inflated state of the airbag is tensioned between the first strap end and the fastening element to be stretched over its free holding strap length, and wherein the holding strap in the folded state of the airbag is connected to the mounting jacket or is received in the mounting jacket so that it is turned over or folded at least once for reducing the free strap length, wherein the fastening element is connected to the mounting jacket , characterized in that the fastening element and the mounting jacket include corresponding mounting holes for receiving a mounting bolt which secures the mounting jacket and the fastening element to the vehicle. a folded, inflatable airbag , a fastening element for mounting the airbag on the vehicle, a mounting jacket in which the folded airbag is received and fixed, as well as an elongate flexible holding strap for positioning the airbag in its deployed inflated state, the holding strap extending from a first strap end fastened on the airbag to an opposite second strap end to which the fastening element is attached, wherein the holding strap in the deployed, inflated state of the airbag is tensioned between the first strap end and the fastening element to be stretched over its free holding strap length, and wherein the holding strap in the folded state of the airbag is connected to the mounting jacket or is received in the mounting jacket so that it is turned over or folded at least once for reducing the free strap length, wherein the fastening element is connected to the mounting jacket , characterized in that the fastening element and the mounting jacket include corresponding mounting holes for receiving a mounting bolt which secures the mounting jacket and the fastening element to the vehicle.
A work implement configured to be paired with any of a plurality of different types of work vehicles to perform a work function, the work implement comprising: an implement controller configured to receive information from a work vehicle with which the work implement is paired indicative of operational characteristics of the work vehicle, wherein the implement controller is configured to responsively provide information to the work vehicle to direct operation of the work vehicle based upon the received information.
An apparatus for a sidelink, SL, communication comprising: - means for transmitting a transport block, TB, via the SL communication, - means for receiving a feedback in response to the transmitted TB, - means for storing information contained in the transmitted TB upon receiving said feedback, - means for receiving a status report comprising information associated with the TB, and - means for comparing said information contained in the status report with said stored information contained in the transmitted TB in order to identify an attacker based on discrepancy between said information contained in the status report and said stored information contained in the transmitted TB. - means for transmitting a transport block, TB, via the SL communication, - means for receiving a feedback in response to the transmitted TB, - means for storing information contained in the transmitted TB upon receiving said feedback, - means for receiving a status report comprising information associated with the TB, and - means for comparing said information contained in the status report with said stored information contained in the transmitted TB in order to identify an attacker based on discrepancy between said information contained in the status report and said stored information contained in the transmitted TB.
A bead flow sensor module , comprising: - a housing having a flow channel ; - a side channel that branches from the flow channel; - a ledge formed at the intersection of the side channel and the flow channel; - a beam that is partially located within the side channel, wherein the beam is supported by the housing and extends from the housing into the flow channel, and - a sensor that outputs a signal indicative of bead impact on the beam, characterized in that the ledge abuts the beam between a distal end within the flow channel and a proximal end secured to the housing within the side channel. - a housing having a flow channel ; - a side channel that branches from the flow channel; - a ledge formed at the intersection of the side channel and the flow channel; - a beam that is partially located within the side channel, wherein the beam is supported by the housing and extends from the housing into the flow channel, and - a sensor that outputs a signal indicative of bead impact on the beam, characterized in that the ledge abuts the beam between a distal end within the flow channel and a proximal end secured to the housing within the side channel.