mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for supporting a musical instrument comprising: a stand comprising a plurality of legs (110, 120, 130) and a center block having a plurality of apertures (142, 144, 146) for receiving the legs, the plurality of legs comprising a forward leg and two rear legs (120, 130), each of the legs comprising a top end and a bottom end, wherein the legs are pivotally attached to the center block and held within the apertures, and the apertures are shaped such that the legs are moveable between a folded configuration and a splayed configuration; the apparatus being characterized in that it further comprises a case for carrying the stand when the stand is in the folded configuration, the case comprising an instrument support configured to engage the bottom end of the forward leg of the stand when the stand is in the splayed configuration. a stand comprising a plurality of legs (110, 120, 130) and a center block having a plurality of apertures (142, 144, 146) for receiving the legs, the plurality of legs comprising a forward leg and two rear legs (120, 130), each of the legs comprising a top end and a bottom end, wherein the legs are pivotally attached to the center block and held within the apertures, and the apertures are shaped such that the legs are moveable between a folded configuration and a splayed configuration; the apparatus being characterized in that it further comprises a case for carrying the stand when the stand is in the folded configuration, the case comprising an instrument support configured to engage the bottom end of the forward leg of the stand when the stand is in the splayed configuration.
Method for determining a gripping position for gripping a workpiece, characterized by the steps: - providing a plate-shaped device having a projection on a surface which reflects at least one movement of gripping elements of a gripper, wherein the projection differs in color from the surface of the plate-shaped device and/or comprises depressions in the surface; - positioning the workpiece in relation to the plate-shaped device such that an outer contour of the workpiece intersects the projection of the at least one movement of the gripping elements of the gripper; - detecting a workpiece geometry of the workpiece, comprising the outer contour of the workpiece; - detecting intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper; - storing the detected workpiece geometry and the detected intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper; - determining the gripping position for gripping the workpiece from the detected intersection points, wherein a workpiece coordinate system, which defines the gripping position for gripping the workpiece, is determined on the basis of the detected intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper, and a relation between the determined workpiece coordinate system and a gripper coordinate system of the gripper is determined and stored for the workpiece. - providing a plate-shaped device having a projection on a surface which reflects at least one movement of gripping elements of a gripper, wherein the projection differs in color from the surface of the plate-shaped device and/or comprises depressions in the surface; - positioning the workpiece in relation to the plate-shaped device such that an outer contour of the workpiece intersects the projection of the at least one movement of the gripping elements of the gripper; - detecting a workpiece geometry of the workpiece, comprising the outer contour of the workpiece; - detecting intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper; - storing the detected workpiece geometry and the detected intersection points of the outer contour of the workpiece with the projection of the at least one movement of the gripping elements of the gripper; - determining the gripping position for gripping the workpiece from the detected intersection points,
Rollo assembly intended for use in an open roof construction for a vehicle, comprising a hollow winding tube for a rollo screen, a fixator mounted for a rotation within the winding tube, which fixator projects from one end of the winding tube and is intended to be mounted in a stationary mounting member, a torsion spring positioned within the hollow winding tube having a first end attached to the hollow winding tube and a second end attached to the fixator and intended for preloading the hollow winding tube to rotate relative to the fixator in a direction for winding the rollo screen on the hollow winding tube and a locking arrangement which is movable between a locked position in which the hollow winding tube cannot rotate relative to the fixator and a release position in which a relative rotation between the fixator and hollow winding tube is possible, wherein the hollow winding tube is provided with at least one substantially axially extending inner locking channel and wherein the fixator for each locking channel is provided with a locking projection intended for cooperation with said locking channel, which locking projection through a cooperation between the fixator and a stationary part (4;13;17;23) is axially movable between a locked position occurring when the fixator is not yet mounted in the stationary mounting member and in which the locking projection is housed in the locking channel, and a release position occurring when the fixator is mounted in the stationary mounting member and in which the locking projection is moved out of the locking channel, wherein the locking projection is directly attached to the fixator which is capable of an axial movement relative to the hollow winding tube, characterized in that the axial movement of the fixator as well as a limited rotation of the fixator is caused by a cooperation between respective parts of the fixator and of the stationary mounting member (4;13;17;23) and wherein said respective parts comprise a first channel part in the stationary mounting member having a first transverse width and a second channel part connecting to said first channel part and defining an undercut portion with larger transverse width, and wherein said respective parts further comprise mounting wings on the fixator which, in a first rotational mounting position of the fixator define a transverse width in correspondence with the first transverse width of the first channel part and which in a second rotational mounted position of the fixator may be received in the undercut portion of the second channel part.
A mounting device to be used with a strip arrangement, the strip arrangement comprising a profile strip arrangeable or arranged at an edge area of a windowpane of a motor vehicle and comprising a transport protection strip, wherein the transport protection strip is arranged at least with a portion of its cross section in a receiving area of the profile strip, characterized in that the mounting device has a guide-in area for a free end of the strip arrangement, which strip arrangement comprises the profile strip and the transport protection strip, to be guided into the mounting device, and has a separation area for the transport protection strip to be separated from the profile strip, wherein the guide-in area enables a relative positioning between the free end of the strip arrangement and the separation area.
A method (200, 300, 400) for determining operating frequencies of a computer component, the method comprising: receiving a performance level for the computer component; determining an operating frequency; and setting the computer component to operate at the operating frequency, the method being characterized in that the method further comprises: • receiving a warranty period for a computer component; • receiving data from a stress probe on the computer component; • determining a silicon durability of the computer component based on the received data; • determining an electrical stress on the computer component at the operating frequency, wherein the electrical stress corresponds to at least one of a current setting or a voltage setting; • predicting the life cycle of the computer component based on the silicon durability and based on the electrical stress; whereby determining the operating frequency comprises determining an operating frequency that will cause: - a predicted life cycle of the computer component operating at the operating frequency to fall within the warranty period; and - the computer component to meet the performance level for the component. receiving a performance level for the computer component; determining an operating frequency; and setting the computer component to operate at the operating frequency, the method being characterized in that the method further comprises: • receiving a warranty period for a computer component; • receiving data from a stress probe on the computer component; • determining a silicon durability of the computer component based on the received data; • determining an electrical stress on the computer component at the operating frequency, wherein the electrical stress corresponds to at least one of a current setting or a voltage setting; • predicting the life cycle of the computer component based on the silicon durability and based on the electrical stress; • receiving a warranty period for a computer component; • receiving data from a stress probe on the computer component; • determining a silicon durability of the computer component based on the received data; • determining an electrical stress on the computer component at the operating frequency, wherein the electrical stress corresponds to at least one of a current setting or a voltage setting; • predicting the life cycle of the computer component based on the silicon durability and based on the electrical stress; whereby determining the operating frequency comprises determining an operating frequency that will cause: - a predicted life cycle of the computer component operating at the operating frequency to fall within the warranty period; and - the computer component to meet the performance level for the component. - a predicted life cycle of the computer component operating at the operating frequency to fall within the warranty period; and - the computer component to meet the performance level for the component.
An electronic device, comprising: a display; a communication interface; a processor electrically connected with the display and the communi cation interface; and a memory electrically connected with the processor, wherein the memory stores instructions which cause the processor t o: execute a message transmission application configured to transmit and r eceive data through a first communication mode; select at least one message thread from a list of messages tr ansmitted or received in the message transmission application; and establish a channel according to a second communication mode wi th an external electronic device based on identification information of the extern al electronic device associated with the selected message thread. a display; a communication interface; a processor electrically connected with the display and the communi cation interface; and a memory electrically connected with the processor, wherein the memory stores instructions which cause the processor t o: execute a message transmission application configured to transmit and r eceive data through a first communication mode; select at least one message thread from a list of messages tr ansmitted or received in the message transmission application; and establish a channel according to a second communication mode wi th an external electronic device based on identification information of the extern al electronic device associated with the selected message thread. execute a message transmission application configured to transmit and r eceive data through a first communication mode; select at least one message thread from a list of messages tr ansmitted or received in the message transmission application; and establish a channel according to a second communication mode wi th an external electronic device based on identification information of the extern al electronic device associated with the selected message thread.
A method of operation for a DC-DC converter configured to supply power from a voltage source to an electrical load, the DC-DC converter including a first-stage boost converter coupled to the voltage source and a transformer-isolated second-stage buck converter coupled between an output of the first-stage boost converter and the electrical load, the method comprising the steps of: starting the DC-DC converter according to a prescribed sequence; determining a set voltage based on a prescribed output voltage and a maximum voltage conversion ratio of the second-stage buck converter; sampling the voltage-source voltage and comparing it to the set voltage; so long as the voltage-source voltage is below the set voltage, controlling the first-stage boost converter to provide output-voltage regulation under normal conditions (60, 62, 64, 66) and limited output-current regulation under over-current conditions (60, 62, 70, 72, 66), and controlling the second-stage buck converter to provide extended output-current regulation independent of the voltage-source voltage under over-current conditions (60, 62, 70, 74, 66); and characterised by so long as the voltage-source voltage is above the set voltage, controlling the second-stage buck converter to provide both output-voltage regulation under normal conditions (60, 76, 78, 80, 66) and output-current regulation under over-current conditions (60, 76, 78, 82, 66). starting the DC-DC converter according to a prescribed sequence; determining a set voltage based on a prescribed output voltage and a maximum voltage conversion ratio of the second-stage buck converter; sampling the voltage-source voltage and comparing it to the set voltage; so long as the voltage-source voltage is below the set voltage, controlling the first-stage boost converter to provide output-voltage regulation under normal conditions (60, 62, 64, 66) and limited output-current regulation under over-current conditions (60, 62, 70, 72, 66), and controlling the second-stage buck converter to provide extended output-current regulation independent of the voltage-source voltage under over-current conditions (60, 62, 70, 74, 66); and characterised by so long as the voltage-source voltage is above the set voltage, controlling the second-stage buck converter to provide both output-voltage regulation under normal conditions (60, 76, 78, 80, 66) and output-current regulation under over-current conditions (60, 76, 78, 82, 66).
Carrier material for producing a carrier for a decorated wall or floor panel, wherein the carrier material comprises a plastic-containing matrix material and a solid material, wherein the solid material is formed by talc to at least 50 wt.-%, in particular at least 80 wt.-%, in particular at least 95 wt.-%, based on the solid material, wherein the matrix material, based on the carrier material, is present in an amount of ≥ 30 wt.-% to ≤ 70 wt.-%, in particular ≥ 40 wt.-% to ≤ 60 wt.-%, and wherein the solid material, based on the carrier material, is present in an amount of ≥ 30 wt.-% to ≤ 70 wt.-%, in particular ≥ 40 wt.-% to ≤ 60 wt.-%, and wherein the matrix material and the solid material, based on the carrier material, are present together in an amount of ≥ 95 wt.-%, in particular ≥ 99 wt.-%, and wherein the matrix material comprises polypropylene; characterized in that the polypropylene comprises a mixture of a homopolymer and a copolymer, wherein the melt flow rate of the homopolymer is greater than the melt flow rate of the copolymer. characterized in that the polypropylene comprises a mixture of a homopolymer and a copolymer, wherein the melt flow rate of the homopolymer is greater than the melt flow rate of the copolymer.
A computer-implemented method of verifying functionality of a sensor unit under test, comprising: transmitting first emulated sensor data over a first channel corresponding to a first emulated sensor to the sensor unit under test, wherein the sensor unit includes a plurality of channels, and each channel includes a sensor data processing module and a data transfer module; receiving second emulated sensor data over the first channel from the sensor unit under test and a first time value associated with the first emulated sensor data; and in response to detecting one or more errors in the received second emulated data or the first time value, displaying at least one first failure indication associated with the first emulated sensor data and first channel of the sensor unit under test. transmitting first emulated sensor data over a first channel corresponding to a first emulated sensor to the sensor unit under test, wherein the sensor unit includes a plurality of channels, and each channel includes a sensor data processing module and a data transfer module; receiving second emulated sensor data over the first channel from the sensor unit under test and a first time value associated with the first emulated sensor data; and in response to detecting one or more errors in the received second emulated data or the first time value, displaying at least one first failure indication associated with the first emulated sensor data and first channel of the sensor unit under test.
A fan frame, comprising: a housing comprising an opening; a motor base, disposed in the housing; and a plurality of ribs, disposed in the opening and between the housing and the motor base for supporting the motor base, wherein each rib has a varied cross section from the motor base to the housing, wherein a width of each rib connecting to the motor base is less than that of each rib connecting to the housing, and a thickness of each rib connecting to the motor base is greater than that of each rib connecting to the housing. a housing comprising an opening; a motor base, disposed in the housing; and a plurality of ribs, disposed in the opening and between the housing and the motor base for supporting the motor base, wherein each rib has a varied cross section from the motor base to the housing, wherein a width of each rib connecting to the motor base is less than that of each rib connecting to the housing, and a thickness of each rib connecting to the motor base is greater than that of each rib connecting to the housing.
A control apparatus comprising: at least one processor that is configured to: acquire an elapsed time from injection of a contrast medium into a subject for which a radiation image is captured by a radiography apparatus, acquire a low-energy image (70L 0) captured by the radiography apparatus by emitting radiation having first energy to the subject into which the contrast medium has been injected, and a high-energy image (70H 0) captured by the radiography apparatus by emitting radiation having second energy higher than the first energy to the subject into which the contrast medium has been injected, generate a difference image (72 0) showing a difference between the low-energy image (70L 0) and the high-energy image (70H 0), and the control apparatus characterised in that the at least one processor is configured to: identify whether or not to perform re-capturing of the high-energy image (70H 0) of the subject into which the contrast medium has been injected, based on an analysis result about a contrast amount, which is performed on the difference image (72 0), and the elapsed time. acquire an elapsed time from injection of a contrast medium into a subject for which a radiation image is captured by a radiography apparatus, acquire a low-energy image (70L 0) captured by the radiography apparatus by emitting radiation having first energy to the subject into which the contrast medium has been injected, and a high-energy image (70H 0) captured by the radiography apparatus by emitting radiation having second energy higher than the first energy to the subject into which the contrast medium has been injected, generate a difference image (72 0) showing a difference between the low-energy image (70L 0) and the high-energy image (70H 0), and the control apparatus characterised in that the at least one processor is configured to: identify whether or not to perform re-capturing of the high-energy image (70H 0) of the subject into which the contrast medium has been injected, based on an analysis result about a contrast amount, which is performed on the difference image (72 0), and the elapsed time.
A method for locating a tag, said tag having been paired during a pairing step for sharing a secret key between said tag and a first telecommunication terminal, said method comprising: i- Sending from said first telecommunication terminal to a remote server: - a challenge encrypted by said secret key; - an approximate location indication of said tag defining a search zone, ii- Sending from said remote server to at least one second telecommunication terminal present in said search zone said encrypted challenge; iii- When having received a dynamic message from said tag, sending from said at least second telecommunication terminal to said tag, said encrypted challenge; iv- Decrypting said encrypted challenge in said tag and sending said challenge to said at least second telecommunication terminal; v- Sending from said at least second telecommunication terminal to said first telecommunication terminal, through said remote server, said challenge and the location of said at least second telecommunication terminal; vi- Verifying said challenge at said first telecommunication terminal; vii- Determining at said first telecommunication terminal the location of said tag based on the verification of said challenge and the location of said second telecommunication terminal. i- Sending from said first telecommunication terminal to a remote server: - a challenge encrypted by said secret key; - an approximate location indication of said tag defining a search zone, - a challenge encrypted by said secret key; - an approximate location indication of said tag defining a search zone, ii- Sending from said remote server to at least one second telecommunication terminal present in said search zone said encrypted challenge; iii- When having received a dynamic message from said tag, sending from said at least second telecommunication terminal to said tag, said encrypted challenge; iv- Decrypting said encrypted challenge in said tag and sending said challenge to said at least second telecommunication terminal; v- Sending from said at least second telecommunication terminal to said first telecommunication terminal, through said remote server, said challenge and the location of said at least second telecommunication terminal; vi- Verifying said challenge at said first telecommunication terminal; vii- Determining at said first telecommunication terminal the location of said tag based on the verification of said challenge and the location of said second telecommunication terminal.
A strapping apparatus for strapping articles to be packaged with a strapping band, said apparatus having a tensioning device for applying a band tension to a loop of a strapping band, wherein the tensioning device is provided with a tensioning element that is provided to apply a band tension and to engage in the strapping band and is drivable in rotation, and having a connecting device for creating a permanent connection, in particular a welded connection at two regions, located one on top of the other, of the loop of the strapping band, characterized by an actuating element for the tensioning device, with which different rotational speeds of the tensioning element are achievable, by way of different intensities of actuation, by the operator, of the actuating element, during the operation of tensioning the strapping band.