mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement of a function module (F) for installation in a wall box (D), a wall box (D) and a manually operable electrical/electronic switching device (S) for building installation systems, which function module (F) can be influenced by operation of an operating element (B) of a top part (O) of the switching device (S), which operating element is connected to the electrical/electronic switching device (S), the function module (F) having at least one interface by means of which at least one actuator can be controlled corresponding to an operation of the operating element (B), characterised in that the function module (F) has a transmitter (Y) and a sensor (H) for detecting an optical signal (V) generated by the transmitter (Y), wherein at least one reflective element (R) is arranged on the electrical/electronic switching device (S), which changes its position when the actuating element (B) is actuated, so that the change in the optical signal (V) is detected by the sensor (H) when the actuating element (B) is actuated, wherein the transmitter (Y) is directed directly onto a rear side of the wall box (D) and the optical signal (V) is reflected from the rear side in all directions, wherein a part of the reflected optical signal (V) reaches the reflecting element (R) so that a change in position of the reflecting element (R) is translated into an intensity change at the sensor (H), and wherein the function module (F) has an evaluation unit for evaluating the change in the optical signal (V), which is set up to identify, as a function of the sensed change in the optical signal (V), which type of switching device the electrical/electronic switching device (S) is, which identification is incorporated into the activation of the actuator on the side of the function module.
Ultrasonic meter for detecting a flow rate of a fluid, having a fluid inlet , a fluid outlet and a flow channel connecting the fluid inlet to the fluid outlet , wherein the flow channel has a measuring tube which extends in a straight line in a flow direction, wherein an inner wall of a side wall delimiting a flow cross section of the measuring tube has at least one groove extending in the flow direction, which enlarges the flow cross section, characterized in that the side wall has an opening exclusively within the groove , which increases the groove depth of the groove locally to stabilize the flow guidance, and/or has a step in the flow direction between a normal region and a recessed region , wherein the groove depth of the groove is greater in the recessed region than in the normal region .
A bolt including a head , said head having at least one engagement means formed on its underside for securing to a piece of timber, the at least one engagement means is formed integrally with the head to define a scoop-shaped claw or tooth , the at least one engagement means being located at an edge region of an underside of the head ; the head is square and is formed from a steel washer to be received by a spanner, or similar means for applying torque, characterised in that the head has a hexagonal hole cut therein which is fitted onto a hexagonal key on the bolt .
An expandable basket assembly for a medical probe , comprising: a plurality of spines extending along a longitudinal axis from a proximal central proximal spine portion to a distal spine portion, the distal spine portion defining a cloverleaf structure disposed radially around the longitudinal axis, the cloverleaf structure defining a central cutout (C0) with a central area (A0) disposed about the longitudinal axis, the cloverleaf structure comprising: a sinusoidal-like member extending from one spine to an adjacent spine in a direction around the longitudinal axis, the sinusoidal-like member comprises a plurality of distal facing portions , a plurality of proximal facing portions , and characterised in that the cloverleaf structure further comprises at least one side connector connecting two adjacent distal facing portions to one another. a sinusoidal-like member extending from one spine to an adjacent spine in a direction around the longitudinal axis, the sinusoidal-like member comprises a plurality of distal facing portions , a plurality of proximal facing portions , and characterised in that the cloverleaf structure further comprises at least one side connector connecting two adjacent distal facing portions to one another.
An array substrate with a horizontal electric field driving mode, comprising: a substrate ; a plurality of common electrode lines formed on the substrate; and a plurality of gate lines formed on the substrate and a plurality of data lines intersecting with the gate lines; wherein the plurality of common electrode lines are arranged perpendicular to the data lines , the plurality of common electrode lines are not connected with each other, each of the plurality of common electrode lines has a width (L) in a range from about 3 mm to about 5 mm, and the common electrode lines function as sensing electrodes or driving electrodes and the data lines function as the driving electrodes or the sensing electrodes during a touch period, and wherein the array substrate with a horizontal electric field driving mode further comprises a plurality of pixel rows and a plurality of pixel columns formed by the plurality of data lines and the plurality of gate lines , each of the plurality of common electrode lines is arranged to overlap with one or a plurality of corresponding pixel rows. a substrate ; a plurality of common electrode lines formed on the substrate; and a plurality of gate lines formed on the substrate and a plurality of data lines intersecting with the gate lines; wherein the plurality of common electrode lines are arranged perpendicular to the data lines , the plurality of common electrode lines are not connected with each other, each of the plurality of common electrode lines has a width (L) in a range from about 3 mm to about 5 mm, and the common electrode lines function as sensing electrodes or driving electrodes and the data lines function as the driving electrodes or the sensing electrodes during a touch period, and wherein the array substrate with a horizontal electric field driving mode further comprises a plurality of pixel rows and a plurality of pixel columns formed by the plurality of data lines and the plurality of gate lines , each of the plurality of common electrode lines is arranged to overlap with one or a plurality of corresponding pixel rows.
A method for wireless communication, comprising: receiving , from a base station, power reservation information for transmission time intervals, TTIs, to be used with a set of component carriers, CCs, of a carrier aggregation, CA, mode; categorizing , by TTI duration, the TTIs of the set of CCs into respective groups of TTIs; identifying a reserved power for each respective group of TTIs of the set of CCs based on the received power reservation information; determining a maximum transmit power limit based at least in part on a sum of the reserved powers; dropping a transmission based at least in part on the length of a first TTI of the TTIs; and allocating the transmit power based at least in part on the dropping and transmitting during the TTIs of the set of CCs using the allocated transmit power that is less than the determined maximum transmit power limit. receiving , from a base station, power reservation information for transmission time intervals, TTIs, to be used with a set of component carriers, CCs, of a carrier aggregation, CA, mode; categorizing , by TTI duration, the TTIs of the set of CCs into respective groups of TTIs; identifying a reserved power for each respective group of TTIs of the set of CCs based on the received power reservation information; determining a maximum transmit power limit based at least in part on a sum of the reserved powers; dropping a transmission based at least in part on the length of a first TTI of the TTIs; and allocating the transmit power based at least in part on the dropping and transmitting during the TTIs of the set of CCs using the allocated transmit power that is less than the determined maximum transmit power limit.
Ceiling strut particularly for mounting a cable guiding device , with an end piece and a strut body adjoining thereto, which is connectable to a cantilever, on which the cable guiding device can be placed, and with a segment anchor that is provided with a threaded rod and that on the one hand is connectable with the end piece and on the other hand can be anchored in the ceiling , characterized in that the end piece has a receiving opening which is closed in itself, through which a connecting element , which is mounted rotatably on the threaded rod , is guidable through and is laterally displaceable at least partially below that lower side of the end piece and is tightly screwable, whereafter the ceiling strut is positively connected to the segment anchor , wherein the receiving opening comprises a smaller second opening part and a larger first opening part , which is dimensioned such that the threaded rod and the connecting element connected thereto are guidable through it, and that the smaller second opening part is dimensioned such that the threaded rod is laterally insertable therein and that the edge adjacent to the second opening part , which is part of the end piece , serves as a flange for holding the connecting element , and wherein the end piece has a recessed seat and/or at least one barb at its lower side with which the connecting element is held below the second opening part , after the threaded rod has been inserted therein.
Method for detecting and tracking targets in a series of images provided by an optronic system , at least one spatio-temporal chain of plots, referred to as an existing track, which has been formed on the basis of plots detected in images of said series preceding a current image, characterized in that the method comprises, for the current image: obtaining at least one plot contained in said current image and, for each plot, a value representative of a characteristic of said plot; classifying each plot according to said representative value in a first category if said representative value is higher than a first predefined threshold or in a second category if said representative value is between the first predefined threshold and a second predefined threshold, lower than the first threshold; for each existing track which is a confirmed track, and for each existing track which is a candidate track created on the basis of a confirmed track, assigning a first-category plot to said existing track if at least one first-category plot is contained in a subpart of the current image, referred to as a validation window, corresponding to said track, a validation window being defined around a prediction of a position, referred to as a predicted position, in which a plot corresponding to said existing track should be located, and, if no first-category plot is contained in said validation window, assigning a second-category plot if at least one second-category plot is contained in said validation window, assigning to an existing track making it possible to pursue said existing track in the current image; creating a new track for each first-category plot which has not been assigned to an existing track. obtaining at least one plot contained in said current image and, for each plot, a value representative of a characteristic of said plot; classifying each plot according to said representative value in a first category if said representative value is higher than a first predefined threshold or in a second category if said representative value is between the first predefined threshold and a second predefined threshold, lower than the first threshold; for each existing track which is a confirmed track, and for each existing track which is a candidate track created on the basis of a confirmed track, assigning a first-category plot to said existing track if at least one first-category plot is contained in a subpart of the current image, referred to as a validation window, corresponding to said track, a validation window being defined around a prediction of a position, referred to as a predicted position, in which a plot corresponding to said existing track should be located, and, if no first-category plot is contained in said validation window, assigning a second-category plot if at least one second-category plot is contained in said validation window, assigning to an existing track making it possible to pursue said existing track in the current image; creating a new track for each first-category plot which has not been assigned to an existing track.
A toner case comprising: a case body attachable to an apparatus main body of an image forming apparatus and configured to contain a toner; a toner supplying portion arranged at the case body so as to supply the toner to the apparatus main body ; a screw portion including: a screw shaft driven to rotate at an inside of the case body ; and a conveying blade formed spirally on the screw shaft and configured to rotate with the screw shaft so that the conveying blade conveys the toner to the toner supplying portion ; and a supporting portion around which a portion of the conveying blade formed spirally is arranged, the supporting portion being arranged closer to an inside of the case body than a side wall of the case body so as to protrude from the side wall of the case body to the inside of the case body and the supporting portion being configured to support an end portion of the screw shaft , the toner case being characterized in that the toner case includes a cylindrical bearing as the supporting portion , wherein the portion of the conveying blade is formed so as to surround an end portion of the screw shaft and the bearing is interposed between the end portion of the screw shaft and the portion of the conveying blade , wherein a gap is formed between an outer circumference face of the end portion of the screw shaft and the portion of the conveying blade to allow insertion of the bearing . a case body attachable to an apparatus main body of an image forming apparatus and configured to contain a toner; a toner supplying portion arranged at the case body so as to supply the toner to the apparatus main body ; a screw portion including: a screw shaft driven to rotate at an inside of the case body ; and a conveying blade formed spirally on the screw shaft and configured to rotate with the screw shaft so that the conveying blade conveys the toner to the toner supplying portion ; and a screw shaft driven to rotate at an inside of the case body ; and a conveying blade formed spirally on the screw shaft and configured to rotate with the screw shaft so that the conveying blade conveys the toner to the toner supplying portion ; and a supporting portion around which a portion of the conveying blade formed spirally is arranged, the supporting portion being arranged closer to an inside of the case body than a side wall of the case body so as to protrude from the side wall of the case body to the inside of the case body and the supporting portion being configured to support an end portion of the screw shaft , the toner case being characterized in that the toner case includes a cylindrical bearing as the supporting portion , wherein the portion of the conveying blade is formed so as to surround an end portion of the screw shaft and the bearing is interposed between the end portion of the screw shaft and the portion of the conveying blade , wherein a gap is formed between an outer circumference face of the end portion of the screw shaft and the portion of the conveying blade to allow insertion of the bearing .
A telescoping mast assembly having a mast axis and comprising a plurality of telescoping mast sections (102 - 118) having axially opposite ends and being axially slidable relative to one another along the mast axis between retracted and extended positions, the telescoping mast sections including a base tube fixed to a support surface and an innermost telescoping section in the retracted and extended positions, characterized in that the innermost telescoping section supports a cylindrical can (120; 146) surrounding at least a portion of an axial end of the base tube in the retracted position of the mast assembly, wherein the base tube includes a projection on a circumferentially outer surface thereof, and the side wall of the can includes an opening adapted to receive the projection when the mast assembly is in the retracted position thereby rotationally interlocking the innermost tube section and the base tube .
A mining or construction vehicle comprising a boom extending in a first direction (D1), which boom , via a first and a second rotation device , is connected to a mining or construction device arranged on a mounting device arranged in connection to a free end of said boom , the first rotation device being arranged to provide a rotation around a first axis (A1) that is substantially parallel to the first direction (D1), the second rotation device being arranged to provide a rotation around a second axis (A2) that is arranged at an angle with respect to the first axis (A1), wherein an angle unit with a pivot point is arranged between said first and second rotation devices to enable an angular movement of said second axis (A2) of said second rotation device with respect to said first axis (A1) of said first rotation device , wherein the boom is an extendable boom comprising a first and a second telescopic section, wherein the angle unit comprises a first part and a second part , the first and second parts of the angle unit being connected to each other in the pivot point , the first part of the angle unit comprises a first arm and the second part of the angle unit comprises a second arm ; wherein the first rotation device is connected to the first arm and to the outer end of the second telescopic section of the boom , and the second rotation device is connected to the second arm and to the mounting device ; and wherein the first and second arms enclose at least partly the first and second rotation devices respectively.
Three-point link having two link arms which include an acute angle with one another and which, at the same time, meet in a central joint by way of in each case one end, - wherein the central joint has a cylindrical dome which extends in an axial direction (a) extending at least substantially perpendicularly to a plane spanned by the two link arms , - wherein the central joint has a joint ball which is passed through by the dome , - wherein the central joint furthermore, to prevent a complete separation thereof, has a captive retention means which functions as a stop and which extends in a radial direction (r), which is oriented perpendicularly to the axial direction (a), - wherein the captive retention means is likewise passed through by the dome and, at the same time, is secured by an annular securing element against being pulled axially off from the dome , - wherein the annular securing element , when viewed in the axial direction (a), is arranged on a side of the captive retention means facing away from the joint ball and, at the same time, engages into an encircling groove of the dome , characterized in that the annular securing element is bound in an abutting manner in the radial direction (r) by the captive retention means such that disengagement of the annular securing element from the encircling groove of the dome is prevented because the annular securing element cannot move out of the encircling groove of the dome in the radial direction (r). - wherein the central joint has a cylindrical dome which extends in an axial direction (a) extending at least substantially perpendicularly to a plane spanned by the two link arms , - wherein the central joint has a joint ball which is passed through by the dome , - wherein the central joint furthermore, to prevent a complete separation thereof, has a captive retention means which functions as a stop and which extends in a radial direction (r), which is oriented perpendicularly to the axial direction (a), - wherein the captive retention means is likewise passed through by the dome and, at the same time, is secured by an annular securing element against being pulled axially off from the dome , - wherein the annular securing element , when viewed in the axial direction (a), is arranged on a side of the captive retention means facing away from the joint ball and, at the same time, engages into an encircling groove of the dome ,
Optical arrangement for a LIDAR system , comprising: - a receiver optical unit and a transmitter optical unit , which are configured with partially coaxial beam paths , - a light source and - a deflection unit in a transition region from a common coaxial region to a separate biaxial region of the beam paths of the receiver optical unit and of the transmitter optical unit for biaxially branching off a detector-side region of the beam path of the receiver optical unit , characterized in that - the deflection unit has a hole mirror having an elongated hole having a larger extent in a longitudinal extent direction and having a smaller extent in a transverse extent direction , - the light source (65-1) is configured as a line light source having a line orientation (65-2) in a field of view of the LIDAR system , and - the longitudinal extent direction of the elongated hole is oriented perpendicularly to the line orientation (65-2) of the line light source (65-1). - a receiver optical unit and a transmitter optical unit , which are configured with partially coaxial beam paths , - a light source and - a deflection unit in a transition region from a common coaxial region to a separate biaxial region of the beam paths of the receiver optical unit and of the transmitter optical unit for biaxially branching off a detector-side region of the beam path of the receiver optical unit , - the deflection unit has a hole mirror having an elongated hole having a larger extent in a longitudinal extent direction and having a smaller extent in a transverse extent direction , - the light source (65-1) is configured as a line light source having a line orientation (65-2) in a field of view of the LIDAR system , and - the longitudinal extent direction of the elongated hole is oriented perpendicularly to the line orientation (65-2) of the line light source (65-1).
A relay node , configured to receive, from an access node : a relay downlink control information, R-DCI, block in a plurality of resource blocks and a number of orthogonal frequency division multiplexing, OFDM, symbols , and a downlink grant on a physical downlink shared channel, PDSCH, resource block for relay data; characterised in that the R-DCI block is based, at least in part, on determining a number N conveyed in a relay physical control format indicator channel, R-PCFICH, contained in the first OFDM symbol of the R-DCI block, where the number N designates the number of OFDM symbols contained by the R-DCI block and; wherein the R-DCI block is conveyed in the relay physical control format indicator channel, R-PCFICH, wherein the R-DCI block comprises the number N of OFDM symbols, and wherein the number N is conveyed in the R-PCFICH. a relay downlink control information, R-DCI, block in a plurality of resource blocks and a number of orthogonal frequency division multiplexing, OFDM, symbols , and a downlink grant on a physical downlink shared channel, PDSCH, resource block for relay data; characterised in that the R-DCI block is based, at least in part, on determining a number N conveyed in a relay physical control format indicator channel, R-PCFICH, contained in the first OFDM symbol of the R-DCI block, where the number N designates the number of OFDM symbols contained by the R-DCI block and; wherein the R-DCI block is conveyed in the relay physical control format indicator channel, R-PCFICH, wherein the R-DCI block comprises the number N of OFDM symbols, and wherein the number N is conveyed in the R-PCFICH.