mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement (A1; A2; A3) for mounting a boil-off pipe of a liquefied gas fuel system (I) to a vehicle , said vehicle having a tiltable cab , said fuel system having a chassis-mounted liquefied gas fuel tank for providing fuel to the engine of the vehicle , wherein evaporated gas is arranged to be evacuated from said tank via said boil-off pipe at a certain tank pressure, said boil-off pipe being arranged in connection to a rear side of the cab via a connection arrangement (30; 130; 230) of said arrangement (A1; A2; A3), characterized in that said boil-off pipe is attached to the rear side of the cab , wherein said connection arrangement (30; 130; 230) comprises a coupling configuration (32; 132; 232) for connecting the tank with the boil-off pipe in a non-tilted position of the cab and disconnecting the tank from the boil-off pipe in connection to the cab being tilted, wherein the coupling configuration (32; 132; 232) in said non-tilted position of the cab is arranged to be connected to a cab tilting operation arrangement (40; 140; 240) so as to prevent tilting of said cab .
A portable roadway warning device that includes a rumble strip having at least two longitudinally-extending modular strip sections , each of the strip sections being made of a polymeric material having spaced apart top and bottom surfaces (2 and 3, respectively), longitudinally-spaced end edges (6 and 7), and laterally-spaced side edges, wherein at least one of the end edges of each of the strip sections has a plurality of laterally-spaced tabs , each tab having a laterally-extending through-hole , and a plurality of connecting links hingedly connecting the tabs at one of the end edges of one of the strip sections to respective aligned tabs at one of the end edges of another of the strip sections , characterized by the connecting links including a link plate bracket ) and a pair of frangible pins that will fail before the polymeric material of the rumble strip section to which they are attached, the frangible pins extending through the through-holes of respective tabs to pivotally connect the strip sections through the corresponding bracket .
A method for automatically configuring a 3D sensor for safe object tracking with the aim of the configuration to find a detection area within a detection range of the 3D sensor in which possible safety-critical objects move and to which the object tracking is restricted, wherein at least one 3D image is recorded with the 3D sensor and the detection area is determined on the basis of the at least one 3D image, wherein the term safe means the fulfillment of requirements of a safety standard for non-contact protective equipment or machine safety for accident prevention, characterized in that in the at least one 3D image, image points are identified that correspond to a reference surface , in particular floor plane, for which the distance measured by the image point is that of the reference surface except for a noise tolerance, and the detection area is defined as the union of these pixels or as the union of these pixels processed with a filter, the detection area being expanded, rounded or reduced, being given a regular shape, or inaccessible areas of the reference surface or irrelevant objects being excluded by the filter, and in that an image sequence with a plurality of 3D images is recorded while objects move through the detection area , in that image points corresponding to the reference surface are repeatedly identified on the basis of the 3D images from the image sequence, in order to also detect temporarily obscured parts of the reference surface because objects have moved on, and in that image points are determined in which the respectively measured distance over the 3D images of the image sequence changes by more than a noise tolerance, and these image points are added to the detection area .
A method of melting in a furnace an aluminum charge comprising no more than 4% salt on a mass basis, the method comprising: during a melting phase, introducing fuel and oxidant into the furnace via a burner operating at a first firing rate, the fuel and oxidant reacting to form a combustion zone above the aluminum charge; terminating the melting phase and commencing a transition phase when the aluminum charge is nearly completely molten; during the transition phase: reducing the firing rate of the burner to a second firing rate that is lower than the first firing rate, introducing a non-oxidizing gas into the furnace at a first velocity to form a non-oxidizing zone between the combustion zone and the aluminum charge; and allowing the aluminum charge to become completely molten; and terminating the transition phase and commencing a tapping phase at a time after the aluminum charge has become completely molten; and during the tapping phase, pouring the molten aluminum charge out of the furnace. during a melting phase, introducing fuel and oxidant into the furnace via a burner operating at a first firing rate, the fuel and oxidant reacting to form a combustion zone above the aluminum charge; terminating the melting phase and commencing a transition phase when the aluminum charge is nearly completely molten; during the transition phase: reducing the firing rate of the burner to a second firing rate that is lower than the first firing rate, introducing a non-oxidizing gas into the furnace at a first velocity to form a non-oxidizing zone between the combustion zone and the aluminum charge; and allowing the aluminum charge to become completely molten; and reducing the firing rate of the burner to a second firing rate that is lower than the first firing rate, introducing a non-oxidizing gas into the furnace at a first velocity to form a non-oxidizing zone between the combustion zone and the aluminum charge; and allowing the aluminum charge to become completely molten; and terminating the transition phase and commencing a tapping phase at a time after the aluminum charge has become completely molten; and during the tapping phase, pouring the molten aluminum charge out of the furnace.
A surgical robot arm comprising a mounting portion configured for mounting in a socket so as to support the robot arm, the mounting portion comprising: an electromagnetically transparent window, and a reader configured to read a location identifier electromagnetically through the window so as to determine the location of the robot arm, wherein the reader is provided on a portion of the mounting portion which is arranged to be within the socket when the mounting portion is mounted in the socket. an electromagnetically transparent window, and a reader configured to read a location identifier electromagnetically through the window so as to determine the location of the robot arm, wherein the reader is provided on a portion of the mounting portion which is arranged to be within the socket when the mounting portion is mounted in the socket.
An injection device trainer for training a user to use an injection device, the injection device trainer comprising: a body portion ; and an actuator positioned towards a proximal end of the body portion, the actuator moveable from a proximal position to a distal position; wherein the body portion comprises a body protrusion and the actuator comprises a latch that is arranged to couple with the body protrusion when the actuator is in the distal position, thus holding the actuator in the distal position, wherein the latch comprises a resilient member, wherein the latch is moveable between an uncoupled state in which the latch is not coupled with the body protrusion and a coupled state in which the latch is coupled with the body protrusion, and characterised in that the resilient member is arranged to move from the coupled state to the uncoupled state when a force above a threshold is applied to the actuator in moving the actuator from the distal position to the proximal position to return the trainer to its initial configuration. a body portion ; and an actuator positioned towards a proximal end of the body portion, the actuator moveable from a proximal position to a distal position; wherein the body portion comprises a body protrusion and the actuator comprises a latch that is arranged to couple with the body protrusion when the actuator is in the distal position, thus holding the actuator in the distal position, wherein the latch comprises a resilient member, wherein the latch is moveable between an uncoupled state in which the latch is not coupled with the body protrusion and a coupled state in which the latch is coupled with the body protrusion, and characterised in that the resilient member is arranged to move from the coupled state to the uncoupled state when a force above a threshold is applied to the actuator in moving the actuator from the distal position to the proximal position to return the trainer to its initial configuration.
A fiber composite material comprising the following components: a) a polyurethane obtained or obtainable by reaction of at least the components: i) a polyisocyanate composition; ii) a polyol composition comprising at least 15% by weight of an at least trifunctional alcohol (ii.1), which exhibits at least two primary hydroxyl groups, and less than 10% by weight of polyols which exhibit an end group based on propylene oxide and/or butylene oxide; b) fibers which are at least partially embedded in the compact polyurethane; wherein polyisocyanate composition (i) and polyol composition (ii) are used in such a ratio that the isocyanate index is between 99 and 400. a) a polyurethane obtained or obtainable by reaction of at least the components: i) a polyisocyanate composition; ii) a polyol composition comprising at least 15% by weight of an at least trifunctional alcohol (ii.1), which exhibits at least two primary hydroxyl groups, and less than 10% by weight of polyols which exhibit an end group based on propylene oxide and/or butylene oxide; i) a polyisocyanate composition; ii) a polyol composition comprising at least 15% by weight of an at least trifunctional alcohol (ii.1), which exhibits at least two primary hydroxyl groups, and less than 10% by weight of polyols which exhibit an end group based on propylene oxide and/or butylene oxide; b) fibers which are at least partially embedded in the compact polyurethane;
A device for electromagnetic shielding in a tower of a wind turbine , which has a platform closing the inside of the tower having an aperture for one or more cables, wherein a cable ducting arrangement is provided, which can pivot relative to the tower with the cable or cables, characterized in that a. the cable ducting arrangement comprises a rotatably arranged ring and a cover comprising one or more cable openings , b. the ring encloses the aperture of the platform and rests on a base fixed to the tower, c. a flexible element which is not permeable or poorly permeable to electromagnetic radiation connects the cover and the ring , d. wherein the ring has a sliding apparatus which establishes an electrically conducting connection of the ring to the base fixed to the tower. a. the cable ducting arrangement comprises a rotatably arranged ring and a cover comprising one or more cable openings , b. the ring encloses the aperture of the platform and rests on a base fixed to the tower, c. a flexible element which is not permeable or poorly permeable to electromagnetic radiation connects the cover and the ring , d. wherein the ring has a sliding apparatus which establishes an electrically conducting connection of the ring to the base fixed to the tower.
Method for operating an automatic analyzer that has • an apparatus for measuring a property of a liquid sample, • a multiplicity of receiving positions for liquid containers, • at least one apparatus for transporting a liquid container from a first receiving position to a second receiving position , and • a data memory in which a data record containing information is stored for each liquid container situated in the analyzer , said data record facilitating a unique identification of a liquid container, the method comprising the steps of: • monitoring a transport process for a liquid container from a first to a second receiving position with the aid of one or more sensors; and • - if the loss of a liquid container during the transport process is determined - checking whether the lost liquid container was filled with liquid; characterized in that • - if it is determined that the lost liquid container was filled with liquid - all other liquid containers situated in a receiving position of the automatic analyzer are labelled by virtue of further information that labels the liquid container as potentially contaminated being added to the data record of each liquid container situated in a receiving position of the analyzer ; and in that • each measurement result of a measurement of a property of a liquid sample that contains at least one liquid from a liquid container labelled as potentially contaminated or that is contained in a liquid container labelled as potentially contaminated is labelled as potentially erroneous. • an apparatus for measuring a property of a liquid sample, • a multiplicity of receiving positions for liquid containers, • at least one apparatus for transporting a liquid container from a first receiving position to a second receiving position , and • a data memory in which a data record containing information is stored for each liquid container situated in the analyzer , said data record facilitating a unique identification of a liquid container, • monitoring a transport process for a liquid container from a first to a second receiving position with the aid of one or more sensors; and • - if the loss of a liquid container during the transport process is determined - checking whether the lost liquid container was filled with liquid; characterized in that • - if it is determined that the lost liquid container was filled with liquid - all other liquid containers situated in a receiving position of the automatic analyzer are labelled by virtue of further information that labels the liquid container as potentially contaminated being added to the data record of each liquid container situated in a receiving position of the analyzer ; and in that • each measurement result of a measurement of a property of a liquid sample that contains at least one liquid from a liquid container labelled as potentially contaminated or that is contained in a liquid container labelled as potentially contaminated is labelled as potentially erroneous.
Roof system for a motor vehicle having a fixed roof cutout and having a movably mounted roof part for closing and opening the roof cutout which is displaceable by means of a tilt and guide mechanism between a closed position, a tilt position and an open position, wherein the tilt and guide mechanism includes on both sides of the roof part in each case - when viewed in the direction of travel of the motor vehicle - a front tilt lever and a rear tilt lever which are pivotably connected to the roof part in each case by means of a pivot point and are operatively connected to a control carriage which is movable in a guide rail arrangement , wherein the front tilt lever is mounted on a guide carriage by way of a pivot point , wherein the rear tilt lever is mounted on the control carriage , and wherein the guide carriage comprises a control lever , characterized in that the control lever comprises a latching means for latching in a latching recess (R) of the guide rail arrangement and an entrainment portion by means of which the guide carriage is entrainable by the control carriage in the longitudinal direction of the guide rail arrangement .
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: receive an auxiliary signal codebook; receive an indication from a network via a downlink control information, DCI, wherein the indication indicates an index that identifies a sub-band associated with an auxiliary signal and a time duration associated with the sub-band; identify the auxiliary signal based on the auxiliary signal codebook and the indication; and decode a base information signal based on the identified auxiliary signal by canceling interference associated with the identified auxiliary signal from a received signal. receive an auxiliary signal codebook; receive an indication from a network via a downlink control information, DCI, wherein the indication indicates an index that identifies a sub-band associated with an auxiliary signal and a time duration associated with the sub-band; identify the auxiliary signal based on the auxiliary signal codebook and the indication; and decode a base information signal based on the identified auxiliary signal by canceling interference associated with the identified auxiliary signal from a received signal.
An information reader , comprising: a reader main unit provided with an information reading unit by which information of an object (C) being read is readable; and a switch unit (70, 70a to 70d) configured as a separate member from the reading main unit , wherein the reader main unit has a case and an inner pad , the inner pad configuring an electrostatic capacity type of switch which enables the information reading unit to read the information in response to an operator's touch operation to the inner pad , the inner pad is housed at a predetermined position in the case and assembled with the case from an inside thereof, the switch unit (70, 70a to 70d) is provided with a touch electrode pad to which electrical charge is applied in response to the operator's touch operation, a wiring line having both ends one of which is electrically connected to the touch electrode pad , and a transmission pad electrically connected to the other end of the wiring line , the transmission pad being assembled with the case from outside the case so as to positionally face the predetermined position which is set in the case . a reader main unit provided with an information reading unit by which information of an object (C) being read is readable; and a switch unit (70, 70a to 70d) configured as a separate member from the reading main unit , wherein the reader main unit has a case and an inner pad , the inner pad configuring an electrostatic capacity type of switch which enables the information reading unit to read the information in response to an operator's touch operation to the inner pad , the inner pad is housed at a predetermined position in the case and assembled with the case from an inside thereof, the switch unit (70, 70a to 70d) is provided with a touch electrode pad to which electrical charge is applied in response to the operator's touch operation, a wiring line having both ends one of which is electrically connected to the touch electrode pad , and a transmission pad electrically connected to the other end of the wiring line , the transmission pad being assembled with the case from outside the case so as to positionally face the predetermined position which is set in the case .
Radar fill level measurement device for fill level measurement or for recording the topology of a filling material surface in a container, comprising: a printed circuit board having a first layer and a second layer ; a first radar chip and a second radar chip that are each arranged on the first layer; wherein the first radar chip as a master comprises a first synchronization circuit configured to generate a high-frequency signal; wherein the second radar chip as a slave comprises a second synchronization circuit ; a high-frequency line arrangement that is configured to transmit the high-frequency signal from the first synchronization circuit to the second synchronization circuit for synchronizing the two radar chips; wherein the high-frequency line arrangement comprises a first conductive track on the first layer, a second conductive track on the first layer and a high-frequency line arranged therebetween on the second layer and connected, by means of a first via , to the first conductive track and to the second conductive track. a printed circuit board having a first layer and a second layer ; a first radar chip and a second radar chip that are each arranged on the first layer; wherein the first radar chip as a master comprises a first synchronization circuit configured to generate a high-frequency signal; wherein the second radar chip as a slave comprises a second synchronization circuit ; wherein the first radar chip as a master comprises a first synchronization circuit configured to generate a high-frequency signal; wherein the second radar chip as a slave comprises a second synchronization circuit ; a high-frequency line arrangement that is configured to transmit the high-frequency signal from the first synchronization circuit to the second synchronization circuit for synchronizing the two radar chips; wherein the high-frequency line arrangement comprises a first conductive track on the first layer, a second conductive track on the first layer and a high-frequency line arranged therebetween on the second layer and connected, by means of a first via , to the first conductive track and to the second conductive track.
A circuit comprising: a circuit input to receive a reference voltage (Vref); a circuit output for providing an output voltage (Vout) to a load; a modulator circuit having an output configured to provide a modulated signal using the reference voltage (Vref) received at the circuit input; a comparator having a first input to receive a signal from the circuit output (Vout), a second input to receive the modulated signal produced by the modulator circuit , and an output to provide a pulse waveform; a switching circuit comprising a first switching transistor (T1) and a second switching transistor (T2), which are switchable in response to the pulse waveform from the comparator ; and a level shifter circuit connected to the output of the modulator circuit , characterized by the level shifter circuit operable to shift a level in the modulated signal by a voltage offset in synchrony with the pulse waveform from the comparator , wherein the level shifter circuit is further operable to shift a level of the modulated signal based on the pulse waveform from the comparator . a circuit input to receive a reference voltage (Vref); a circuit output for providing an output voltage (Vout) to a load; a modulator circuit having an output configured to provide a modulated signal using the reference voltage (Vref) received at the circuit input; a comparator having a first input to receive a signal from the circuit output (Vout), a second input to receive the modulated signal produced by the modulator circuit , and an output to provide a pulse waveform; a switching circuit comprising a first switching transistor (T1) and a second switching transistor (T2), which are switchable in response to the pulse waveform from the comparator ; and a level shifter circuit connected to the output of the modulator circuit , characterized by the level shifter circuit operable to shift a level in the modulated signal by a voltage offset in synchrony with the pulse waveform from the comparator , wherein the level shifter circuit is further operable to shift a level of the modulated signal based on the pulse waveform from the comparator .