mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a thermoplastic copolymer comprising polymerizing a first aromatic vinyl-based monomer and a vinylcyan-based monomer in the presence of a polymerization initiator, wherein monomer droplets prepared by mixing water, a dispersant and a second aromatic vinyl-based monomer are injected after reaching a polymerization conversion ratio of 10% during polymerizing.
Procedure used in automation engineering for the wireless transmission of at least first information between at least an initiator and multiple receivers (A, B, C,..., H) which are in a reception mode, wherein said procedure comprises the following steps: - Transmission, via the initiator, of first information containing a command on the inheritance of the first information and at least another command, in a first communication pulse (K 1); - Reception of the first information by at least one receiver (A, B, C,..., H); - Transmission - by the at least one informed receiver (A, B, C,..., H) which received the communication pulse transmitted previously - of an additional communication pulse (K 2, K 3,..., K n) containing first information identical to that of first communication pulse (K 1), and switching of the informed receiver(s) (A, B, C,..., H) to a confirmation mode; - Repetition of the process step described above until all the receivers (A, B, C,..., H) are switched to the confirmation mode; - Activation of at least one receiver (A', B', C',..., H') which is in the confirmation mode; - Execution of the at least one additional command contained in the first information received by the activated receiver (A', B', C',..., H'); and - Switching of the activated receiver (A', B', C',..., H') to the reception mode. - Transmission, via the initiator, of first information containing a command on the inheritance of the first information and at least another command, in a first communication pulse (K 1); - Reception of the first information by at least one receiver (A, B, C,..., H); - Transmission - by the at least one informed receiver (A, B, C,..., H) which received the communication pulse transmitted previously - of an additional communication pulse (K 2, K 3,..., K n) containing first information identical to that of first communication pulse (K 1), and switching of the informed receiver(s) (A, B, C,..., H) to a confirmation mode; - Repetition of the process step described above until all the receivers (A, B, C,..., H) are switched to the confirmation mode; - Activation of at least one receiver (A', B', C',..., H') which is in the confirmation mode; - Execution of the at least one additional command contained in the first information received by the activated receiver (A', B', C',..., H'); and - Switching of the activated receiver (A', B', C',..., H') to the reception mode.
An antimicrobial composition comprising an antimicrobial agent, a pharmaceutically acceptable carrier material and a polymer, the polymer being an N-vinyl lactam copolymer of the general Formula I wherein n is 1 or 2; preferably wherein n is 1 0.88 ≤ x ≤ 0.97 and y =1- x; R 1 and R 2 are each independently hydrogen or methyl, preferably wherein R 1 and R 2 are both hydrogen, R 3 and R 4 are each independently selected from hydrogen, linear and branched alkyl or aralkyl groups, R 3 and R 4 comprising in total 4 to 40 C-atoms, preferably 8 to 36 C-atoms, with the exception that both R 3 and R 4 are hydrogen, wherein said copolymer is obtainable by solution polymerization of vinyl lactam monomer units and hydrophobically derivatized maleate monomer units, wherein and are defined according to the following general formula: wherein said polymerization comprises the continuous feeding of a monomer mixture comprising 75-90 weight % of monomer and 10-25 weight % of monomer, over a predetermined period of time to the reaction mixture. n is 1 or 2; preferably wherein n is 1 0.88 ≤ x ≤ 0.97 and y =1- x; R 1 and R 2 are each independently hydrogen or methyl, preferably wherein R 1 and R 2 are both hydrogen, R 3 and R 4 are each independently selected from hydrogen, linear and branched alkyl or aralkyl groups, R 3 and R 4 comprising in total 4 to 40 C-atoms, preferably 8 to 36 C-atoms, with the exception that both R 3 and R 4 are hydrogen, wherein said copolymer is obtainable by solution polymerization of vinyl lactam monomer units and hydrophobically derivatized maleate monomer units, wherein and are defined according to the following general formula: wherein said polymerization comprises the continuous feeding of a monomer mixture comprising 75-90 weight % of monomer and 10-25 weight % of monomer, over a predetermined period of time to the reaction mixture.
Sealing device for sealing a first component part of a lithography apparatus (100A, 100B) vis-à-vis a multiplicity of second component parts of the lithography apparatus (100A, 100B), comprising a multiplicity of sealing rings, and a multiplicity of connection locations, characterised in that the sealing rings are integrally connected to one another with the aid of the connection locations. a multiplicity of sealing rings, and a multiplicity of connection locations, characterised in that the sealing rings are integrally connected to one another with the aid of the connection locations.
A component gripping tool comprising: a pair of claws configured to grip multiple pins or leads of an electronic component, wherein each claw has a gripping section and an arm section; a contact block (88, 200) having a contact surface (90, 202) provided between the pair of claws that is configured to contact a leading end of at least two of the multiple pins or leads being gripped by the gripping sections of the pair of claws, characterized by: an escape section (174, 204) configured from a pair of recesses (174, 204) formed at an edge section of the contact surface (90, 202) on the contact block (88, 200) such that the arm sections of the pair of claws and the recesses face each other and that the contact surface (90, 202) of the contact block (88, 200) and the arm sections do not interfere with each other when the pair of claws is gripping the multiple pins or leads. a pair of claws configured to grip multiple pins or leads of an electronic component, wherein each claw has a gripping section and an arm section; a contact block (88, 200) having a contact surface (90, 202) provided between the pair of claws that is configured to contact a leading end of at least two of the multiple pins or leads being gripped by the gripping sections of the pair of claws, characterized by: an escape section (174, 204) configured from a pair of recesses (174, 204) formed at an edge section of the contact surface (90, 202) on the contact block (88, 200) such that the arm sections of the pair of claws and the recesses face each other and that the contact surface (90, 202) of the contact block (88, 200) and the arm sections do not interfere with each other when the pair of claws is gripping the multiple pins or leads.
Fitting for a piece of furniture or the like, in particular for cupboards such as kitchen corner cupboards, for pivotally mounting objects such as shelves using a holder, for example a supporting column by means of which objects such as shelves can be supported by means of a connector, the connector comprising at least one connector arm (8.1, 8.2), forming an open bearing bushing, for encompassing the holder in regions, and a gap (8.3) being formed on the connector, by means of which gap the holder can be inserted into an inner space of the arm (8.1, 8.2) of the connector for mounting the connector on the holder, the connector comprising two connector arms (8.1, 8.2) oriented in an opposing manner, the gap (8.3) being formed between the arms (8.1, 8.2), and the inner space being formed by the space between the arms (8.1, 8.2), characterised in that the holder comprises an upper and a lower collar (10.1, 10.2) on which, when mounted, the connector is supported at the top and at the bottom.
Compressor system for a utility vehicle, comprising at least one compressor, at least one electric motor that drives the compressor, at least one electric motor control unit and at least one air processing device, characterised in that the electric motor control unit is configured and designed such that it controls the electric motor and at least in part the air processing device.
Adjustable seat belt system for a vehicle having a vehicle seat (1, 2) provided with a seat base and a seat back, the system comprising: - a first and a second lower anchor point located at either side of the seat base, - a third anchor point located vertically above the first anchor point, - a seat belt webbing that extends from the first to the second anchor point and from the second to the third anchor point and that is releasable from the first and/or second anchor point, - a seat belt guide with a base plate resting against the seat back fastened by first guide means formed by a strap running between the base plate and a rod nearest to the base plate, which strap extends from an anchor point at the top of the seat back vertically downward over the forward face of the seat back to another anchor point on the front of the seat back, to allow the seat belt guide to move between the first anchor point and the third anchor point, and with a second guiding means that guides the seat belt webbing that runs from the second to the third anchor point, and - retaining means (8, 9, 10; 14; 15; 16, 17, 18, 19, 20) engaging the seat belt guide for preventing the latter from falling down below a predefined height, which height is higher than the first anchor point and said retaining means allows such falling down when and as long as the seat belt guide is removed from said retaining means, characterized in that the retaining means (8, 9, 10; 14; 15; 16, 17, 18, 19, 20) comprise a relief for supporting the seat belt guide, formed by at least one of (a) an elevation on and (b) a lowering in the seat back. - a first and a second lower anchor point located at either side of the seat base, - a third anchor point located vertically above the first anchor point, - a seat belt webbing that extends from the first to the second anchor point and from the second to the third anchor point and that is releasable from the first and/or second anchor point, - a seat belt guide with a base plate resting against the seat back fastened by first guide means formed by a strap running between the base plate and a rod nearest to the base plate, which strap extends from an anchor point at the top of the seat back vertically downward over the forward face of the seat back to another anchor point on the front of the seat back, to allow the seat belt guide to move between the first anchor point and the third anchor point, and with a second guiding means that guides the seat belt webbing that runs from the second to the third anchor point, and - retaining means (8, 9, 10; 14; 15; 16, 17, 18, 19, 20) engaging the seat belt guide for preventing the latter from falling down below a predefined height, which height is higher than the first anchor point and said retaining means allows such falling down when and as long as the seat belt guide is removed from said retaining means,
An X-ray apparatus for forming X-ray images, which apparatus includes an X-ray detector for the conversion of X-rays into electrical signals, a detector exposure unit configured to expose the detector to electromagnetic radiation in dependence on first and second exposure parameters, the value of the first exposure parameters being defined by the acquisition mode whereas the second exposure parameters are not defined by the acquisition mode, and a control unit arranged to change and control at least one second exposure parameter of the detector exposure unit upon a change of the acquisition mode, characterized in that the control unit is arranged to change and control the exposure intensity and/or exposure time and/or exposure wavelength composition of the detector exposure unit. an X-ray detector for the conversion of X-rays into electrical signals, a detector exposure unit configured to expose the detector to electromagnetic radiation in dependence on first and second exposure parameters, the value of the first exposure parameters being defined by the acquisition mode whereas the second exposure parameters are not defined by the acquisition mode, and a control unit arranged to change and control at least one second exposure parameter of the detector exposure unit upon a change of the acquisition mode, characterized in that the control unit is arranged to change and control the exposure intensity and/or exposure time and/or exposure wavelength composition of the detector exposure unit.
An optical system including: - at least one objective lens for receiving light from an object; and - a filter, characterized in that the optical system further includes an array of image forming elements configured to generate multiple integral and replicated images of the object on an image sensor plane; and in that the optical system is configured to form a single real image of the filter on the array of image forming elements to filter each of the multiple integral and replicated images of the object, the filter being arranged with respect to the at least one objective lens so that a real image of the filter is formed on the array of image forming elements, and wherein the optical system is configured to be telecentric in the image plane of the filter. - at least one objective lens for receiving light from an object; and - a filter, characterized in that the optical system further includes an array of image forming elements configured to generate multiple integral and replicated images of the object on an image sensor plane; and in that the optical system is configured to form a single real image of the filter on the array of image forming elements to filter each of the multiple integral and replicated images of the object, the filter being arranged with respect to the at least one objective lens so that a real image of the filter is formed on the array of image forming elements, and wherein the optical system is configured to be telecentric in the image plane of the filter.
A vehicle imaging device comprising: an outer casing comprising a housing having an opening and a translucent cover closing the opening; and a camera module disposed inside the outer casing, wherein a part of the translucent cover is provided as a transmission window through which image capturing light to be incident on the camera module is transmitted, wherein the housing is provided with an injection portion of fluid to be blown onto the transmission window, and characterised in that the injection portion is provided with a water droplet guide portion for guiding water droplets, in order to avoid the intrusion of water droplets in the deep side of the injection portion. an outer casing comprising a housing having an opening and a translucent cover closing the opening; and a camera module disposed inside the outer casing, wherein a part of the translucent cover is provided as a transmission window through which image capturing light to be incident on the camera module is transmitted, wherein the housing is provided with an injection portion of fluid to be blown onto the transmission window, and characterised in that the injection portion is provided with a water droplet guide portion for guiding water droplets, in order to avoid the intrusion of water droplets in the deep side of the injection portion.
A lock cylinder and a reversible key having a key-withdrawal block, wherein the reversible key is insertable into the keyway of the cylinder core rotatably mounted in the lock cylinder housing, wherein - an annular disc is arranged behind the cylinder core head, which annular disc is held in a stationary and non-rotatable manner in the lock cylinder housing and has at least one axial groove-like recess on the inner circumference, and the key has, on the key shaft, mutually opposing grooves which extend in the axial longitudinal direction and whereof the dimensioning corresponds to the groove-like recess in the annular disc and whereof the position in the axial longitudinal direction on the key shaft enables a rotation of the key, which is fully inserted into the keyway, relative to the stationary annular disc, characterised in that - the key is arranged within the keyway such that the rotational path of its axis of symmetry extending in the key shaft extends at a spacing from the axis of rotation of the cylinder core, wherein the spacing, which results in an eccentricity of the rotation of the key relative to the axis of rotation of the cylinder core, is smaller than the depth of the groove-like recess on the disc. - an annular disc is arranged behind the cylinder core head, which annular disc is held in a stationary and non-rotatable manner in the lock cylinder housing and has at least one axial groove-like recess on the inner circumference, and the key has, on the key shaft, mutually opposing grooves which extend in the axial longitudinal direction and whereof the dimensioning corresponds to the groove-like recess in the annular disc and whereof the position in the axial longitudinal direction on the key shaft enables a rotation of the key, which is fully inserted into the keyway, relative to the stationary annular disc, characterised in that - the key is arranged within the keyway such that the rotational path of its axis of symmetry extending in the key shaft extends at a spacing from the axis of rotation of the cylinder core, wherein the spacing, which results in an eccentricity of the rotation of the key relative to the axis of rotation of the cylinder core, is smaller than the depth of the groove-like recess on the disc.
Procedure for the coating of profiled elements made of plastic material for door and window frames, comprising: - at least one step of supply of at least a vacuum machinery comprising at least a vacuum cabin having at least a device for physical vapor deposition suitable for the coating of at least one profiled element made of plastic material to be coated for the manufacture of door and window frames; - at least one step of insertion of said profiled element within said vacuum cabin; - at least a first step of introduction of at least a coloring material within said vacuum cabin; - at least a first step of physical vapor deposition for the coating of said profiled element with said coloring material to obtain at least one coloring layer, said coloring layer covering at least partly the surface of said profiled element; characterized in that it comprises: - at least a second step of introduction of at least a protective material within said vacuum cabin, said protective material being at least partly transparent; - at least a second step of physical vapor deposition for the coating of said profiled element with said protective material to obtain at least one protective layer, said protective layer covering at least partly said coloring layer. - at least one step of supply of at least a vacuum machinery comprising at least a vacuum cabin having at least a device for physical vapor deposition suitable for the coating of at least one profiled element made of plastic material to be coated for the manufacture of door and window frames; - at least one step of insertion of said profiled element within said vacuum cabin; - at least a first step of introduction of at least a coloring material within said vacuum cabin; - at least a first step of physical vapor deposition for the coating of said profiled element with said coloring material to obtain at least one coloring layer, said coloring layer covering at least partly the surface of said profiled element; - at least a second step of introduction of at least a protective material within said vacuum cabin, said protective material being at least partly transparent; - at least a second step of physical vapor deposition for the coating of said profiled element with said protective material to obtain at least one protective layer, said protective layer covering at least partly said coloring layer.
An implantable medical device, comprising: a housing; an integrated circuit included in the housing, the integrated circuit comprising an electrostatic discharge protection circuit including: an active circuit configured to selectively electrically couple a first power supply node to a second power supply node in response to a control signal received via a control input; a first passive circuit (Z 1) electrically coupled between the first power supply node and the control input of the active circuit; and a second passive circuit (Z 2) electrically coupled between the second power supply node and the control input of the active circuit; wherein at least one of the first or second passive circuits (Z 1, Z 2) includes an array of capacitors in a series configuration, a parallel configuration, or a combination of series and parallel configurations; wherein the first and second passive circuits (Z 1, Z 2) are configured to establish a specified time constant, and, in response to an applied ESD, the first and second passive circuits (Z 1, Z 2) are configured to provide the control signal to the control input using the specified time constant; and wherein the active circuit is configured to switch from a substantially non-conductive mode to a substantially conductive mode in response to the control signal to provide a shunt path for the applied ESD between the first and second power supply nodes. a housing; an integrated circuit included in the housing, the integrated circuit comprising an electrostatic discharge protection circuit including: an active circuit configured to selectively electrically couple a first power supply node to a second power supply node in response to a control signal received via a control input; a first passive circuit (Z 1) electrically coupled between the first power supply node and the control input of the active circuit; and a second passive circuit (Z 2) electrically coupled between the second power supply node and the control input of the active circuit; an active circuit configured to selectively electrically couple a first power supply node to a second power supply node in response to a control signal received via a control input; a first passive circuit (Z 1) electrically coupled between the first power supply node and the control input of the active circuit; and a second passive circuit (Z 2) electrically coupled between the second power supply node and the control input of the active circuit;
A method performed by a user equipment, UE, the method comprising: determining, by a processor of the UE, a plurality of channel state information, CSI, reports, wherein each of the plurality of CSI reports is related to a respective one of a plurality of component carriers; transmitting in a subframe, by the UE when a collision occurs in the subframe when having at least one of the plurality of CSI reports to send on a physical uplink control channel, PUCCH, at least one of the plurality of CSI reports on the PUCCH; and dropping from the transmission at least one lower priority CSI report of the plurality of CSI reports, characterized in that the CSI report for a primary component carrier is prioritized over a CSI report for a secondary component carrier. determining, by a processor of the UE, a plurality of channel state information, CSI, reports, wherein each of the plurality of CSI reports is related to a respective one of a plurality of component carriers; transmitting in a subframe, by the UE when a collision occurs in the subframe when having at least one of the plurality of CSI reports to send on a physical uplink control channel, PUCCH, at least one of the plurality of CSI reports on the PUCCH; and dropping from the transmission at least one lower priority CSI report of the plurality of CSI reports, characterized in that the CSI report for a primary component carrier is prioritized over a CSI report for a secondary component carrier.