mhurhangee/ep-ind-claims huggingface dataset:
A radar apparatus capable of emitting a transmission wave relating to a transmitting signal which is frequency-modulated, and receiving a reflection wave coming from a target at which the transmission wave is reflected as a receiving signal, to derive at least position information of the target based on the receiving signal, the radar apparatus comprising: a deriving unit configured to derive fluctuation values of a signal level relating to the receiving signal for a stationary target among the targets, wherein each fluctuation value is a value derived from a maximum value and a minimum value of the signal level; a calculating unit configured to calculate a fluctuation integrated value by integrating the derived fluctuation values; and a judging unit configured to judge the stationary target as a target other than a control subject, wherein the target other than a control subject is a target that a vehicle can cross over, if the fluctuation integrated value is below a predetermined threshold. a deriving unit configured to derive fluctuation values of a signal level relating to the receiving signal for a stationary target among the targets, wherein each fluctuation value is a value derived from a maximum value and a minimum value of the signal level; a calculating unit configured to calculate a fluctuation integrated value by integrating the derived fluctuation values; and a judging unit configured to judge the stationary target as a target other than a control subject, wherein the target other than a control subject is a target that a vehicle can cross over, if the fluctuation integrated value is below a predetermined threshold.
An interspinous stabilization device comprising: a body portion defined by a bottom wall, first and second opposed side walls (12, 13), and a rear wall that cooperate to define a partially enclosed space; a pair of mounting brackets (16, 17) secured to, and extending upwardly from, the rear wall above the side walls (12,13), a pair of mounting plates (18, 19) extending from the upper ends of the pair of mounting brackets (16, 17), wherein the pair of mounting plates (18, 19) are adapted to engage a first vertebra; a pair of connecting plates (20, 21) supported on the body portion and adapted to engage a second vertebra; and a slot formed between portions of the side walls (12, 13) and the rear wall so as to define a spring-like hinge between the bottom wall and the rear wall, wherein the spring-like hinge allows pivoting movement of the rear wall relative to the bottom wall. a body portion defined by a bottom wall, first and second opposed side walls (12, 13), and a rear wall that cooperate to define a partially enclosed space; a pair of mounting brackets (16, 17) secured to, and extending upwardly from, the rear wall above the side walls (12,13), a pair of mounting plates (18, 19) extending from the upper ends of the pair of mounting brackets (16, 17), wherein the pair of mounting plates (18, 19) are adapted to engage a first vertebra; a pair of connecting plates (20, 21) supported on the body portion and adapted to engage a second vertebra; and a slot formed between portions of the side walls (12, 13) and the rear wall so as to define a spring-like hinge between the bottom wall and the rear wall, wherein the spring-like hinge allows pivoting movement of the rear wall relative to the bottom wall.
Curtain coater for discharging coating medium in the form of a curtain moving substantially under the force of gravity onto a moving paper or board web, comprising a hopper, which has a cavity extending along a discharge width, to which the coating medium is fed via at least two feed lines which each have a device for adjusting the volume flow of coating medium fed in, and a flow channel which discharges the coating medium via an outer slot as a curtain, characterized in that the flow channel is broken down into a large number of individual widening guide channels (6.1 to 6.n) of a diffuser block which, on the inlet side, adjoin a cavity subdivided along the discharge width, at least in some regions, into sections (7.1 to 7.n), each of these sections (7.1 to 7.n) being connected to a feed line and having a pitch which spans a plurality of guide channels (6.1 to 6.n) of the diffuser block.
A method for receiving a downlink control channel, the method performed by a wireless device and comprising: monitoring the downlink control channel, wherein the downlink control channel is repeated on a plurality of subframes for a coverage enhancement, wherein the downlink control channel is an enhanced physical downlink control channel, EPDCCH, or a machine type communication, MTC, dedicated enhanced physical downlink control channel, MPDCCH, wherein one or more resource elements, REs, on which cell-specific reference signals, CRSs, are transmitted, are not used for a transmission of the downlink control channel, wherein the transmission of the downlink control channel is not performed in a corresponding subframe on which synchronization signals are transmitted, wherein the downlink control channel is monitored in a cell-specific search space, CSS, within a narrow band, wherein the downlink control channel is transmitted based on a localized transmission mode or a distributed transmission mode, and wherein the distributed transmission mode is used for the CSS, wherein the transmission of the downlink control channel is allocated to a subframe preceding the corresponding subframe on which synchronization signals are transmitted, and wherein a downlink assignment index, DAI, field within a downlink grant transmitted through the downlink control channel is used to indicate a subframe through which a physical downlink control channel, PDSCH, scheduled by the downlink grant, is transmitted. monitoring the downlink control channel, wherein the downlink control channel is repeated on a plurality of subframes for a coverage enhancement, wherein the downlink control channel is an enhanced physical downlink control channel, EPDCCH, or a machine type communication, MTC, dedicated enhanced physical downlink control channel, MPDCCH, wherein one or more resource elements, REs, on which cell-specific reference signals, CRSs, are transmitted, are not used for a transmission of the downlink control channel, wherein the transmission of the downlink control channel is not performed in a corresponding subframe on which synchronization signals are transmitted, wherein the downlink control channel is monitored in a cell-specific search space, CSS, within a narrow band, wherein the downlink control channel is transmitted based on a localized transmission mode or a distributed transmission mode, and wherein the distributed transmission mode is used for the CSS, wherein the transmission of the downlink control channel is allocated to a subframe preceding the corresponding subframe on which synchronization signals are transmitted, and wherein a downlink assignment index, DAI, field within a downlink grant transmitted through the downlink control channel is used to indicate a subframe through which a physical downlink control channel, PDSCH, scheduled by the downlink grant, is transmitted.
A system, in particular a furniture system, and particularly preferably a kitchen furniture system, comprising two structural elements which each at least comprise: two frame elements (10, 20); and a hinge (30, 31) by means of which the frame elements (10, 20) can be positioned at different angles (a, β, γ) relative to one another, wherein the frame elements (10, 20) of a respective structural element span a space whose shape depends on the angle (a, β, γ) between the frame elements (10, 20); wherein the two structural elements are arranged directly next to or above one another or wherein there is a spacing between them; and wherein a shelf is provided between or on the structural elements and preferably at said spacing, characterized in that the two structural elements each have an axle or a shaft; the shelf has an element that extends peripherally about the two axles or shafts of the two structural elements, and a shelf element is arranged thereat; and in that drive means are provided to effect a movement of the peripheral element about the axles or shafts. two frame elements (10, 20); and a hinge (30, 31) by means of which the frame elements (10, 20) can be positioned at different angles (a, β, γ) relative to one another, wherein the frame elements (10, 20) of a respective structural element span a space whose shape depends on the angle (a, β, γ) between the frame elements (10, 20); wherein the two structural elements are arranged directly next to or above one another or wherein there is a spacing between them; and wherein a shelf is provided between or on the structural elements and preferably at said spacing, characterized in that the two structural elements each have an axle or a shaft; the shelf has an element that extends peripherally about the two axles or shafts of the two structural elements, and a shelf element is arranged thereat; and in that drive means are provided to effect a movement of the peripheral element about the axles or shafts.
A gas turbine engine ceramic panel assembly comprising: a ceramic liner (60;160;260) having a slot and including a hole (86,88); and an insert (74;174) is received in the slot, wherein the ceramic liner (60;160;260) is provided by laminated CMC layers (76,78), the layers (76,78) arranged about the slot, characterised in that the insert (74;174) provides a female fastening element (80;180) aligned with the hole (86,88). a ceramic liner (60;160;260) having a slot and including a hole (86,88); and an insert (74;174) is received in the slot, wherein the ceramic liner (60;160;260) is provided by laminated CMC layers (76,78), the layers (76,78) arranged about the slot, characterised in that the insert (74;174) provides a female fastening element (80;180) aligned with the hole (86,88).
A pruning tool comprising: a cutting assembly with a blade arrangement comprising at least one movable component; a drive cable attached to the at least one movable component at a first end of the drive cable, the drive cable being configured to actuate the at least one movable component; an intermediate portion coupled to the cutting assembly, a first connecting portion formed adjacent to the intermediate portion, a pulling member comprising a drive cable coiling arrangement (400, 400') is attached to a second end of the drive cable, wherein the pulling member comprises a second connecting portion configured to be removably coupled to the first connecting portion; characterized in that: the pulling member comprises a drive cable uncoiling arrangement; wherein the uncoiling arrangement includes a spring actuated uncoil element having a protruding end such that: in a closed position, the uncoil element supports the drive cable with the protruding end, and in an open position, the uncoil element allows to perform uncoiling of the drive cable when the uncoil element is slid in a direction A by overcoming the spring force. a cutting assembly with a blade arrangement comprising at least one movable component; a drive cable attached to the at least one movable component at a first end of the drive cable, the drive cable being configured to actuate the at least one movable component; an intermediate portion coupled to the cutting assembly, a first connecting portion formed adjacent to the intermediate portion, a pulling member comprising a drive cable coiling arrangement (400, 400') is attached to a second end of the drive cable, wherein the pulling member comprises a second connecting portion configured to be removably coupled to the first connecting portion; characterized in that: the pulling member comprises a drive cable uncoiling arrangement; wherein the uncoiling arrangement includes a spring actuated uncoil element having a protruding end such that: in a closed position, the uncoil element supports the drive cable with the protruding end, and in an open position, the uncoil element allows to perform uncoiling of the drive cable when the uncoil element is slid in a direction A by overcoming the spring force. the pulling member comprises a drive cable uncoiling arrangement; wherein the uncoiling arrangement includes a spring actuated uncoil element having a protruding end such that: in a closed position, the uncoil element supports the drive cable with the protruding end, and in an open position, the uncoil element allows to perform uncoiling of the drive cable when the uncoil element is slid in a direction A by overcoming the spring force. in a closed position, the uncoil element supports the drive cable with the protruding end, and in an open position, the uncoil element allows to perform uncoiling of the drive cable when the uncoil element is slid in a direction A by overcoming the spring force.
A method comprising: a) associating data to be transmitted to a plurality of user elements with corresponding basic access channels, BACHs, each BACH defined by a set number of subcarriers identified by a hopping pattern distributed over a plurality of associated orthogonal frequency division multiplexing, OFDM, symbols; b) allocating the BACHs to the plurality of user elements, wherein at a given time, the BACHs are mapped to multiple user elements, the set number of each of the plurality of BACHs being two or more; c) mapping the data into quadrature-based symbols; d) for each of the plurality of user elements, encoding the quadrature-based symbols onto the two or more sub-carriers for the BACHs associated with the user element; and e) modulating the two or more sub-carriers using an Inverse Fast Fourier Transform to create OFDM symbols for transmission, wherein the sub-carriers defining each BACH are equally spaced and distributed across an entire frequency band associated with the OFDM symbols. a) associating data to be transmitted to a plurality of user elements with corresponding basic access channels, BACHs, each BACH defined by a set number of subcarriers identified by a hopping pattern distributed over a plurality of associated orthogonal frequency division multiplexing, OFDM, symbols; b) allocating the BACHs to the plurality of user elements, wherein at a given time, the BACHs are mapped to multiple user elements, the set number of each of the plurality of BACHs being two or more; c) mapping the data into quadrature-based symbols; d) for each of the plurality of user elements, encoding the quadrature-based symbols onto the two or more sub-carriers for the BACHs associated with the user element; and e) modulating the two or more sub-carriers using an Inverse Fast Fourier Transform to create OFDM symbols for transmission,
A chuck for a power tool having a chisel function, comprising: a sleeve (20, 110) disposed concentrically relative to a working axis for receiving a shank end of a bit provided with a locking groove; a locking member, which extends partway into said sleeve (20, 110) to engage in the at least one locking groove and which is movable along the working axis; a connecting link (40, 65, 120), in which the locking member is guided, the connecting link (40, 65, 120) having a portion which is wound in the form of a helix about the working axis or is skewed relative to the working axis; characterized in that an inner side (31, 61) of a locking sleeve (30, 60, 80) oriented towards the working axis in radial direction is in contact with the at least one locking member, and the connecting link (40, 65, 120) is formed on the inside (31, 61) of the locking sleeve (30, 60, 80) so that, upon axial movement, said connecting link (40, 65, 120) forces the locking member to rotate about the working axis. a sleeve (20, 110) disposed concentrically relative to a working axis for receiving a shank end of a bit provided with a locking groove; a locking member, which extends partway into said sleeve (20, 110) to engage in the at least one locking groove and which is movable along the working axis; a connecting link (40, 65, 120), in which the locking member is guided, the connecting link (40, 65, 120) having a portion which is wound in the form of a helix about the working axis or is skewed relative to the working axis; characterized in that an inner side (31, 61) of a locking sleeve (30, 60, 80) oriented towards the working axis in radial direction is in contact with the at least one locking member, and the connecting link (40, 65, 120) is formed on the inside (31, 61) of the locking sleeve (30, 60, 80) so that, upon axial movement, said connecting link (40, 65, 120) forces the locking member to rotate about the working axis.
A structural element in a building, said structural element comprising a building section and a footing channel, said footing channel comprises a base element, a console, and a cover, the base element being two-sided and arranged with a first edge in a longitudinal direction along the building section such that a first side forms a sidewall and a second side forms a bottom of a channel, the console being attachable to the sidewall and the bottom and said console having suspension means for supporting the cover, characterised in that the second side has an open structure allowing drainage of a liquid through the second side.
A valve or fitting comprising: - a body of the valve or the fitting provided at least with a first opening internally exhibiting a first diameter and with a second opening externally exhibiting a second diameter, - an adapter element removably and selectively couplable to said first opening or to said second opening of the valve or fitting, characterized in that said adapter element can be selectively located in a first configuration, in which it is coupled, in a removable way, internally to said first opening in such a way that the first and the second opening of the valve body both exhibit said second diameter, or in a second configuration, in which it is coupled, in a removable way, externally to said second opening in such a way that the first and the second opening of the valve body both exhibit said first diameter, said adapter element being selectively demountable from, and remountable to, said first opening or said second opening such as to pass from said first to said second operative configuration or vice versa. - a body of the valve or the fitting provided at least with a first opening internally exhibiting a first diameter and with a second opening externally exhibiting a second diameter, - an adapter element removably and selectively couplable to said first opening or to said second opening of the valve or fitting,
Aboxing apparatus, comprising: a push-in mechanism that laterally pushes a plurality of articles into a box, whose opening faces sideways, from a side; a holding and posture changing mechanism that holds the box whose opening faces sideways, and changes a posture of the box, after the articles have been pushed into the box by the push-in mechanism, by rotating the box whose opening faces sideways, such that the opening faces upward; and a holding member that holds at least a portion of the articles stored in the box at a time of a posture change operation of the box by the holding and posture changing mechanism. a push-in mechanism that laterally pushes a plurality of articles into a box, whose opening faces sideways, from a side; a holding and posture changing mechanism that holds the box whose opening faces sideways, and changes a posture of the box, after the articles have been pushed into the box by the push-in mechanism, by rotating the box whose opening faces sideways, such that the opening faces upward; and a holding member that holds at least a portion of the articles stored in the box at a time of a posture change operation of the box by the holding and posture changing mechanism.
A medical apparatus having: a first microphone installed in a first room for receiving a voice of an operator; a second microphone installed in a second room for receiving a voice of a patient; a first speaker installed in said first room for outputting the voice of said patient received by said second microphone; a second speaker installed in said second room for outputting the voice of said operator received by said first microphone; and means for notifying, in a case that said second microphone has received the voice of said operator output from said second speaker, said operator that the voice of said operator is output from said second speaker. a first microphone installed in a first room for receiving a voice of an operator; a second microphone installed in a second room for receiving a voice of a patient; a first speaker installed in said first room for outputting the voice of said patient received by said second microphone; a second speaker installed in said second room for outputting the voice of said operator received by said first microphone; and means for notifying, in a case that said second microphone has received the voice of said operator output from said second speaker, said operator that the voice of said operator is output from said second speaker.
Pulled distribution machine, in particular fertilizer spreader, in particular for discharging granular material, with a frame, a preferably single-axle chassis or tandem chassis, a drawbar and a storage container which is fastened on the frame, and with at least one spreading member for distributing the material, said spreading member being arranged on that end side of the storage container which faces away from the drawbar, and with a driven transport belt for conveying material to the spreading member which is arranged on that end side of the storage container which faces away from the drawbar, wherein the storage container is designed as an elongate container and the revolving transport belt which is guided via deflecting rollers and extends over the entire lower width of the storage container is arranged in the lower region of the storage container, wherein a discharge element is arranged in the lower region of the storage container above the transport belt, said discharge element dividing the transport belt into two spaced-apart conveying regions, being of roof-shaped design and extending over at least a partial region of the length of the storage container and of the transport belt, characterized in that the discharge element extends from that end side of the storage container which faces away from the drawbar in the direction of the drawbar over no more than three quarters of the length, preferably no more than half of the length, of the storage container or transport belt.