mhurhangee/ep-ind-claims huggingface dataset:
A plant cutting module coupling to a chassis of a soil working machine, said cutting module comprising a box which can be positioned resting on the ground, at least one rotary cutting disc with a so-called vertical axis of rotation housed inside the box and a device for driving the rotation of the at least one disc fitted to said box, said box having, in the usage configuration resting on the ground, an open front face, an opposite rear face, side faces, a bottom face facing the ground to be worked and an opposite top face, and the so-called vertical axis of rotation of the at least one disc passing through the bottom and top faces of the box, characterized in that the number of cutting discs is at least equal to 4, in that the cutting discs mounted secured in rotation form at least two sets of discs arranged, seen from the front face of the box, side by side inside the box, in the usage configuration of the box with each set of discs comprising at least two superimposed parallel coaxial discs, in that the discs of one of the sets and the discs of the other or another set are counter-rotating discs with each disc of a set coplanar with a disc of the other set, in that each disc carries at least one so-called radial knife mounted free to rotate about an axis parallel to the axis of rotation of the disc which carries it for a movement of said knife between a deployed position in which it extends at least partially radially projecting from the disc and a retracted position, in that the knives are angularly offset from one disc to another of the same set of discs and from one disc of a set of discs to a disc coplanar with another set of discs.
A signal connection apparatus, comprising: a substrate, wherein the substrate has an upper surface and a lower surface that is opposite to the upper surface, and the substrate has a first groove that is opened on the upper surface, a first through groove that is opened on a bottom surface of the first groove and runs through the lower surface, and a second groove that is opened on the bottom surface of the first groove and is adjacent to an edge of the first through groove; a conductive elastic piece, wherein the elastic piece comprises a first end portion, a second end portion, and a bent portion that is connected between the first end portion and the second end portion, and the first end portion and the second end portion are coplanar and stick close to a bottom surface of the second groove by using a conductive adhesive; a circuit board that is disposed on the substrate and abuts against the bent portion, wherein the circuit board is opened with an annular hole, a part, extending in a protrusive manner to the annular hole, of the circuit board forms a cantilever beam, and the cantilever beam is opened with a second through groove; and a screw, wherein the screw runs through the second through groove and the first through groove, and is in contact with the circuit board. a substrate, wherein the substrate has an upper surface and a lower surface that is opposite to the upper surface, and the substrate has a first groove that is opened on the upper surface, a first through groove that is opened on a bottom surface of the first groove and runs through the lower surface, and a second groove that is opened on the bottom surface of the first groove and is adjacent to an edge of the first through groove; a conductive elastic piece, wherein the elastic piece comprises a first end portion, a second end portion, and a bent portion that is connected between the first end portion and the second end portion, and the first end portion and the second end portion are coplanar and stick close to a bottom surface of the second groove by using a conductive adhesive; a circuit board that is disposed on the substrate and abuts against the bent portion, wherein the circuit board is opened with an annular hole, a part, extending in a protrusive manner to the annular hole, of the circuit board forms a cantilever beam, and the cantilever beam is opened with a second through groove; and a screw, wherein the screw runs through the second through groove and the first through groove, and is in contact with the circuit board.
A method, in a wireless communication device having a processor and at least one physical communication interface (162, 165) for communicatively connecting to a second device, comprising: receiving device identifying information about the second device to which the wireless communication device is connected via a first physical communication interface; determining, for each of at least one configurable operating parameter associated with an operation of the connected second device, a set of candidate values that are mapped to a corresponding configurable operating parameter, based on the received device identifying information; in response to determining the set of candidate values, the processor dynamically selecting a candidate value, from among the set of candidate values, for configuring the corresponding configurable operating parameter, based on at least one of (a) a current operating frequency band of the wireless communication device; (b) a current operating channel of the wireless communication device; and (c) a level of harmonic interference expected within the current operating frequency band of the wireless communication device; and automatically configuring each of the at least one configurable operating parameter with a corresponding selected candidate value; wherein said automatically configuring with the corresponding selected candidate value results in a mitigation of at least one of a radiated noise level and a harmonic interference within the current operating frequency band of the wireless communication device. receiving device identifying information about the second device to which the wireless communication device is connected via a first physical communication interface; determining, for each of at least one configurable operating parameter associated with an operation of the connected second device, a set of candidate values that are mapped to a corresponding configurable operating parameter, based on the received device identifying information; in response to determining the set of candidate values, the processor dynamically selecting a candidate value, from among the set of candidate values, for configuring the corresponding configurable operating parameter, based on at least one of (a) a current operating frequency band of the wireless communication device; (b) a current operating channel of the wireless communication device; and (c) a level of harmonic interference expected within the current operating frequency band of the wireless communication device; and automatically configuring each of the at least one configurable operating parameter with a corresponding selected candidate value; wherein said automatically configuring with the corresponding selected candidate value results in a mitigation of at least one of a radiated noise level and a harmonic interference within the current operating frequency band of the wireless communication device.
A mobile station apparatus (A12, A11, A1 to A4) configured to transmit to a base station apparatus, a radio resource control message including mobile station apparatus capability information, the mobile station apparatus (A12, A11, A1 to A4) being characterized in that the mobile station apparatus capability information includes a first indicator (FIGs. 7, 11: BB_BWn) which is selected from a plurality of indicators and a second indicator (FIGs. 7, 11: BB_BWn) which is selected from the plurality of indicators, each of the plurality of indicators (FIGs. 7, 11: BB_BWn) defines at least a combination of first information associated with an aggregated frequency bandwidth of one or more component carriers and second information associated with the number of component carriers included in the aggregated frequency bandwidth of the one or more component carriers, the first indicator (FIGs. 7, 11: BB BWn) is used for uplink, and the second indicator (FIGs. 7, 11: BB_BWn) is used for downlink.
A reagent set for a Luminescent Oxygen Channeling (LOCI) assay, comprising a glycated version of a particular protein or a glycated peptide derived therefrom glycated at a glycation site; a labeled, specific binding agent comprising a specific binding agent specific for a glycated version of said particular protein or specific for a glycated peptide derived therefrom linked with a first member of a first donor and acceptor LOCI label pair; a labeled, specific binding agent comprising a specific binding agent specific for an un-glycated version of said particular protein or specific for an unglycated peptide derived therefrom linked with a first member of a second donor and acceptor LOCI label pair; and the second member of said first donor and acceptor LOCI label pair linked or linkable with said glycated version of said particular protein or glycated peptide derived therefrom, wherein the unglycated protein or the unglycated peptide derived therefrom is not glycated or at least not glycated at a site to be detected in the assay; and the second member of said second donor and acceptor LOCI label pair linked or linkable with said un-glycated version of said particular protein or unglycated peptide derived therefrom, wherein said first and second donor and acceptor LOCI label pairs may be the same or different.
Driving device, comprising a hand-held housing, a piston element accommodated in a piston guide for transferring energy from a propellant to a fastening element to be driven, in which the piston element extends along a central axis, and a control element (10, 11, 12), by means of which a starting position of the piston element may be changed for changing the energy transferred from the propellant to the piston element in an adjustable way, in which the control element comprises a link with several different stop positions in the axial direction, characterised in that the link is arranged on a sleeve element surrounding the piston guide.
Method for operating a process and/or production installation by - providing at least two engineering systems (12, 14, 16) for respectively generating an output file (20, 22, 24) which comprises an operating variable for at least one component of the process and/or production installation, - providing a first output file by means of a first one of the engineering systems, - transmitting the first output file from the first one of the engineering systems to at least one second one of the engineering systems, - providing a second output file by means of the at least second one of the engineering systems using the first output file, - operating the process and/or production installation in dependence on the second output file, - providing first origin data which describe an origin of the first output file from the first one of the engineering systems, having - first linkage data to the origin data of the first engineering system, and - providing second origin data which describe an origin of the second output file from the second one of the engineering systems, wherein - in addition to the second origin data, second linkage data are provided which exhibit a linkage to the first origin data, characterized in that - in the case of a change of the operating variable of the at least one component, the changed operating variable is transmitted from the second one to the first one of the engineering systems by means of the second linkage data. - providing at least two engineering systems (12, 14, 16) for respectively generating an output file (20, 22, 24) which comprises an operating variable for at least one component of the process and/or production installation, - providing a first output file by means of a first one of the engineering systems, - transmitting the first output file from the first one of the engineering systems to at least one second one of the engineering systems, - providing a second output file by means of the at least second one of the engineering systems using the first output file, - operating the process and/or production installation in dependence on the second output file, - providing first origin data which describe an origin of the first output file from the first one of the engineering systems, having - first linkage data to the origin data of the first engineering system, and - providing second origin data which describe an origin of the second output file from the second one of the engineering systems, wherein - in addition to the second origin data, second linkage data are provided which exhibit a linkage to the first origin data, - in the case of a change of the operating variable of the at least one component, the changed operating variable is transmitted from the second one to the first one of the engineering systems by means of the second linkage data.
An array substrate, comprising: a substrate; a plurality of groups of bonding terminals located on the substrate; a first electrostatic protection wire located on a marginal region of the substrate; and a second electrostatic protection wire located on the substrate, each group of bonding terminals is electrically connected to the first electrostatic protection wire via the second electrostatic protection wire, characterized in that: each group of the bonding terminals is arranged into a fan shape; the second electrostatic protection wire comprises a plurality of second electrostatic protection branches arranged along a radial direction of the fan shape and a second electrostatic protection branch arranged along a horizontal direction; and each of the plurality of second electrostatic protection branches comprises one end connected to a corresponding bonding terminal and the other end connected to the second electrostatic protection branch disposed along the horizontal direction. a substrate; a plurality of groups of bonding terminals located on the substrate; a first electrostatic protection wire located on a marginal region of the substrate; and a second electrostatic protection wire located on the substrate, each group of bonding terminals is electrically connected to the first electrostatic protection wire via the second electrostatic protection wire, characterized in that: each group of the bonding terminals is arranged into a fan shape; the second electrostatic protection wire comprises a plurality of second electrostatic protection branches arranged along a radial direction of the fan shape and a second electrostatic protection branch arranged along a horizontal direction; and each of the plurality of second electrostatic protection branches comprises one end connected to a corresponding bonding terminal and the other end connected to the second electrostatic protection branch disposed along the horizontal direction. each group of the bonding terminals is arranged into a fan shape; the second electrostatic protection wire comprises a plurality of second electrostatic protection branches arranged along a radial direction of the fan shape and a second electrostatic protection branch arranged along a horizontal direction; and each of the plurality of second electrostatic protection branches comprises one end connected to a corresponding bonding terminal and the other end connected to the second electrostatic protection branch disposed along the horizontal direction.
A three dimensional printing system comprising: a vertical support; support plate affixed to the vertical support at a proximal end and extending along a first lateral axis to a distal end; a resin vessel supported by the support plate and further comprising: a vessel body having a latch feature and defining a central opening, the vessel body has a rear side that is proximate to the proximal end of the support plate and a front side that is proximate to the distal end of the support plate; and a transparent sheet that closes the central opening; a resin handling module including a fluid outlet for dispensing resin into the resin vessel; a latch for engaging the latch feature; and characterized in that the system further comprises an interface mechanism configured to move the latch into engagement with the latch feature and to move the resin handling module from a non-operating position to an operating position whereby the fluid outlet is operably positioned over a portion of the resin vessel. a vertical support; support plate affixed to the vertical support at a proximal end and extending along a first lateral axis to a distal end; a resin vessel supported by the support plate and further comprising: a vessel body having a latch feature and defining a central opening, the vessel body has a rear side that is proximate to the proximal end of the support plate and a front side that is proximate to the distal end of the support plate; and a transparent sheet that closes the central opening; a vessel body having a latch feature and defining a central opening, the vessel body has a rear side that is proximate to the proximal end of the support plate and a front side that is proximate to the distal end of the support plate; and a transparent sheet that closes the central opening; a resin handling module including a fluid outlet for dispensing resin into the resin vessel; a latch for engaging the latch feature; and characterized in that the system further comprises an interface mechanism configured to move the latch into engagement with the latch feature and to move the resin handling module from a non-operating position to an operating position whereby the fluid outlet is operably positioned over a portion of the resin vessel.
A method performed by a wireless device for handover, the method comprising: receiving a first handover message from a source network node associated with a source cell, the first handover message comprising an identification of a target cell and access information associated with the target cell, wherein the target cell is different than the source cell and wherein the target cell comprises one or more beams and the access information comprises beam related information, the access information comprising common random access configuration information associated with the one or more beams of the target cell and dedicated random access configuration information associated with the one or more beams of the target cell; and accessing the target cell using at least one beam of the target cell from among the one or more beams of the target cell based on the identification of the target cell and the access information from the first handover message. receiving a first handover message from a source network node associated with a source cell, the first handover message comprising an identification of a target cell and access information associated with the target cell, wherein the target cell is different than the source cell and wherein the target cell comprises one or more beams and the access information comprises beam related information, the access information comprising common random access configuration information associated with the one or more beams of the target cell and dedicated random access configuration information associated with the one or more beams of the target cell; and accessing the target cell using at least one beam of the target cell from among the one or more beams of the target cell based on the identification of the target cell and the access information from the first handover message.
A treatment apparatus for treating an effluent gas comprising: a combustion chamber; a burner; an inlet for receiving secondary combustion air; an exhaust gas outlet for outputting exhaust gases from said combustion chamber; a heat exchanger for exchanging heat between a first fluid and a second fluid flowing through respective first (16, 22, 13) and second (14, 21, 33) fluid flow paths, said first fluid flow path (16, 22, 13) being connected to said inlet such that said secondary combustion air flows from said inlet into said first fluid flow path (16, 22, 13) and said second fluid flow path (14, 21, 33) being connected to said outlet such that said exhaust gases received at said outlet flow into said second fluid flow path (14, 21, 33), said heat exchanger comprising a fluid flow communication path for providing a path for flow of a portion of said exhaust gases from said second fluid flow path (14, 21, 33) into said first fluid flow path (16, 22, 13); and at least one inlet aperture for inputting said first fluid comprising a portion of said second fluid into said combustion chamber. a combustion chamber; a burner; an inlet for receiving secondary combustion air; an exhaust gas outlet for outputting exhaust gases from said combustion chamber; a heat exchanger for exchanging heat between a first fluid and a second fluid flowing through respective first (16, 22, 13) and second (14, 21, 33) fluid flow paths, said first fluid flow path (16, 22, 13) being connected to said inlet such that said secondary combustion air flows from said inlet into said first fluid flow path (16, 22, 13) and said second fluid flow path (14, 21, 33) being connected to said outlet such that said exhaust gases received at said outlet flow into said second fluid flow path (14, 21, 33), said heat exchanger comprising a fluid flow communication path for providing a path for flow of a portion of said exhaust gases from said second fluid flow path (14, 21, 33) into said first fluid flow path (16, 22, 13); and at least one inlet aperture for inputting said first fluid comprising a portion of said second fluid into said combustion chamber.
Coupling assembly for piping, having a female coupling section and a male coupling section as well as a locking element which engages at least in some areas between the coupling sections (20, 40) and which is fixed at one of the coupling sections, wherein one of the coupling sections features a locking contour which cooperates with a locking contour of the locking element, and the locking element features a locking portion which cooperates with a locking portion of the other coupling section in such a way that a lateral movement between the coupling sections (20, 40) can be limited, wherein the locking portion on the side of the coupling section forms an area of an outer surface of a frontal bulge of the male coupling section and is at least in some areas convex and wherein the locking element is designed as conical ring with a contact surface on a front side of the female coupling section and a collar which engages between the coupling sections (20, 40), wherein the locking element is designed to be reversibly expandable in diameter for intended assembly, and the locking contours (34, 64) are designed as a snap-in connection.
An installation device for the soil in the vicinity of plants, particularly trees, bushes and shrubs, comprising - a hollow installation body comprising a bottom wall and side walls (12,14) extending therefrom, said side walls (12,14) having upper edges facing away from the bottom wall, - at least some of the side walls (12,14) having a respective opening and/or being perforated in another manner, characterized in that the hollow installation body comprises a cover which can be mounted from above onto the upper edges of the side walls (12,14) facing away from the bottom wall. - a hollow installation body comprising a bottom wall and side walls (12,14) extending therefrom, said side walls (12,14) having upper edges facing away from the bottom wall, - at least some of the side walls (12,14) having a respective opening and/or being perforated in another manner, characterized in that the hollow installation body comprises a cover which can be mounted from above onto the upper edges of the side walls (12,14) facing away from the bottom wall.