mhurhangee/ep-ind-claims huggingface dataset:
Method for determining an articulation angle between a towing vehicle and a trailer coupled thereto, wherein the trailer can be imaged in single images (EBk) having single-image pixels (EBkPi) using a camera system, comprising at least the following steps: - determining a point cloud from at least one single image (EBk) in which at least the trailer is imaged, wherein the point cloud consists of object points (POn) which are assigned to the trailer; - forming at least one planar reference surface from the adjacent object points (POn) of the point cloud which lie in the same plane, wherein each planar reference surface lies in a fixed spatial orientation and/or a fixed spatial position relative to the trailer; - reading in at least one single image (EBk) in which the trailer coupled to the towing vehicle is imaged, and determining at least one partial surface in this at least one read-in single image (EBk); characterized by - fitting the at least one previously formed planar reference surface into the at least one determined partial surface of the read-in single image (EBk) by applying a geometric transformation; - determining the articulation angle between the towing vehicle and the trailer as a function of a rotational component of the applied geometric transformation, wherein the rotational component of the applied geometric transformation characterizes a rotation of the planar reference surface about a pivot axis of the trailer. - determining a point cloud from at least one single image (EBk) in which at least the trailer is imaged, wherein the point cloud consists of object points (POn) which are assigned to the trailer; - forming at least one planar reference surface from the adjacent object points (POn) of the point cloud which lie in the same plane, wherein each planar reference surface lies in a fixed spatial orientation and/or a fixed spatial position relative to the trailer; - reading in at least one single image (EBk) in which the trailer coupled to the towing vehicle is imaged, and determining at least one partial surface in this at least one read-in single image (EBk); characterized by - fitting the at least one previously formed planar reference surface into the at least one determined partial surface of the read-in single image (EBk) by applying a geometric transformation; - determining the articulation angle between the towing vehicle and the trailer as a function of a rotational component of the applied geometric transformation, wherein the rotational component of the applied geometric transformation characterizes a rotation of the planar reference surface about a pivot axis of the trailer.
A method for facilitating deployment of a low power mode in an access point, AP, base station (600, 900), comprising: determining (606, 910) whether each of at least one access terminal, AT, in at least one defined coverage area is in an idle state; in response to each of the at least one AT being in the idle state, entering (608, 920) the low power mode; and when in the low power mode, varying (610, 930) a transmission power at which the AP base station transmits at least one common channel as a function of time, while maintaining the transmission power at a nominal level with adequate frequency to allow one or more new ATs to detect the AP base station and/or connect to the AP base station and ensuring alignment between the awake period of one or more associated ATs and periods when the transmission power of the AP base station is at the nominal level. determining (606, 910) whether each of at least one access terminal, AT, in at least one defined coverage area is in an idle state; in response to each of the at least one AT being in the idle state, entering (608, 920) the low power mode; and when in the low power mode, varying (610, 930) a transmission power at which the AP base station transmits at least one common channel as a function of time, while maintaining the transmission power at a nominal level with adequate frequency to allow one or more new ATs to detect the AP base station and/or connect to the AP base station and ensuring alignment between the awake period of one or more associated ATs and periods when the transmission power of the AP base station is at the nominal level.
A method of wireless communications, comprising: sensing an operating volume for a presence of a field generated by a remote near field communication, NFC, device as part of an active communication mode collision avoidance procedure; determining that no field is sensed within the operating volume of an NFC device; initiating an unmodulated carrier as part of switching an operating field for the NFC device to an on state; and maintaining the unmodulated carrier for a collision avoidance threshold duration of time. sensing an operating volume for a presence of a field generated by a remote near field communication, NFC, device as part of an active communication mode collision avoidance procedure; determining that no field is sensed within the operating volume of an NFC device; initiating an unmodulated carrier as part of switching an operating field for the NFC device to an on state; and maintaining the unmodulated carrier for a collision avoidance threshold duration of time.
Method for project planning of a specific process system, which consists of a primary technology in the form of components of the system connected to one another using process technology and at least one secondary technology dependent on the primary technology and together therewith permitting operation of the system, wherein - the primary technology is project-planned in that a flow diagram of the system is created using a system planning tool by linking graphical process objects representing the components of the technical system, - using the system planning tool the flow diagram is supplemented by configuration data in the form of requirements and/or specifications for the operation of the system, system-specific framework conditions and/or specifications and - using a data processing device, a specific project planning solution (9, 9', 9'') is automatically created for a secondary technology which fulfils the various requirements, together with the project-planned primary technology, by automatically evaluating the flow diagram supplemented with the configuration data characterised in that - different standard flow diagrams of systems and/or system parts are provided in an archive, which are at least partially provided with one or more variants of standard configuration data, - during the automatic evaluation of the flow diagram created, an appropriate standard flow diagram is determined using pattern recognition and - the standard configuration data belonging to the determined appropriate standard flow diagram is displayed in the flow diagram created as a suggestion for supplementing the flow diagram. - the primary technology is project-planned in that a flow diagram of the system is created using a system planning tool by linking graphical process objects representing the components of the technical system, - using the system planning tool the flow diagram is supplemented by configuration data in the form of requirements and/or specifications for the operation of the system, system-specific framework conditions and/or specifications and - using a data processing device, a specific project planning solution (9, 9', 9'') is automatically created for a secondary technology which fulfils the various requirements, together with the project-planned primary technology, by automatically evaluating the flow diagram supplemented with the configuration data - different standard flow diagrams of systems and/or system parts are provided in an archive, which are at least partially provided with one or more variants of standard configuration data, - during the automatic evaluation of the flow diagram created, an appropriate standard flow diagram is determined using pattern recognition and - the standard configuration data belonging to the determined appropriate standard flow diagram is displayed in the flow diagram created as a suggestion for supplementing the flow diagram.
A separator which comprises the following: a. a preassembled drive and rotation system unit having an outer annular flange portion, b. a drive frame with an inner annular flange, c. wherein the outer annular flange portion of the preassembled drive and rotation system unit is vertically connected to the inner annular flange of the drive frame, d. wherein a rotatable drum is placed on the preassembled drive and rotation system unit, e. and wherein at least one paring disk is arranged in the drum in a paring chamber which is connected rigidly and axially to the drive frame, characterized in that, f. between the inner annular flange and the outer annular flange portion one or more stacks is/are arranged made up of one or more stackable intermediate members in each case for setting an axial relative position at least between the drive frame, on the one hand, and the drive and rotation system unit, on the other, and g. the axial relative position between the drum and the at least one paring disk is also adjustable using the intermediate members. a. a preassembled drive and rotation system unit having an outer annular flange portion, b. a drive frame with an inner annular flange, c. wherein the outer annular flange portion of the preassembled drive and rotation system unit is vertically connected to the inner annular flange of the drive frame, d. wherein a rotatable drum is placed on the preassembled drive and rotation system unit, e. and wherein at least one paring disk is arranged in the drum in a paring chamber which is connected rigidly and axially to the drive frame, characterized in that, f. between the inner annular flange and the outer annular flange portion one or more stacks is/are arranged made up of one or more stackable intermediate members in each case for setting an axial relative position at least between the drive frame, on the one hand, and the drive and rotation system unit, on the other, and g. the axial relative position between the drum and the at least one paring disk is also adjustable using the intermediate members.
A compound of Formula and pharmaceutically acceptable salts, or solvates thereof, wherein: R 1 is hydrogen, methyl, ethyl, n-propyl, i-propyl, SH or Hal, R 2 is hydrogen, methoxy, ethoxy, acetylene, cyano, SH or Hal, R 3, R 4 are independently selected from hydrogen, SH or Hal, and Hal is F, Cl, Br or I. R 1 is hydrogen, methyl, ethyl, n-propyl, i-propyl, SH or Hal, R 2 is hydrogen, methoxy, ethoxy, acetylene, cyano, SH or Hal, R 3, R 4 are independently selected from hydrogen, SH or Hal, and Hal is F, Cl, Br or I.
Woodworking machine having a workpiece support designed as a gravity roller conveyer for the workpieces to be machined, at least one machining assembly arranged between a front support region and a rear support region of the workpiece support and a transport device for displacing the workpieces lying on the workpiece support relative to the machining assembly in a first linear axis (X axis), wherein the machining assembly contains a machining unit which can be moved in two linear axes (Y axis, Z axis) at right-angles to one another and can be pivoted about three rotational axes (A axis, B axis, C axis) to receive at least one machining tool, characterised in that the front support region and the rear support region of the workpiece support can be adjusted with respect to the machining unit.
An orienting device (4100; 4101) comprising: an elongate shaft defining a central lumen, wherein the elongate shaft includes a first planetary lumen (4130; 5007) and a second planetary lumen (4130; 5007) positioned in a planetary fashion around the central lumen (3860; 5004); and an inflatable orienting element including a first balloon defining an interior in fluid communication with the first planetary lumen (4130; 5007), and a second balloon defining an interior in fluid communication with the second planetary lumen (4130; 5007); characterised by a bidirectional tip including two tension members (3850, 3851; 5003) configured to be actuated to selectively deflect the bidirectional tip and direct the central lumen (3860; 5004) toward a true lumen. an elongate shaft defining a central lumen, wherein the elongate shaft includes a first planetary lumen (4130; 5007) and a second planetary lumen (4130; 5007) positioned in a planetary fashion around the central lumen (3860; 5004); and an inflatable orienting element including a first balloon defining an interior in fluid communication with the first planetary lumen (4130; 5007), and a second balloon defining an interior in fluid communication with the second planetary lumen (4130; 5007); characterised by a bidirectional tip including two tension members (3850, 3851; 5003) configured to be actuated to selectively deflect the bidirectional tip and direct the central lumen (3860; 5004) toward a true lumen.
A steering control device that controls a motor that is a source of generation of an assistance force for assisting in turning a steering wheel, the steering control device comprising: a first calculator configured to calculate, according to a turning state, a first control amount for causing the motor to generate the assistance force; and a second calculator configured to calculate a second control amount for adapting an actual angle to a target angle that is convertible into a turning angle of the steering wheel and generated when a host control device intervenes in steering control, characterized by further comprising a third calculator configured to calculate, according to the turning state, a third control amount for offsetting the second control amount when the host control device intervenes in the steering control, and an adder that sums the first control amount, the second control amount, and the third control amount. a first calculator configured to calculate, according to a turning state, a first control amount for causing the motor to generate the assistance force; and a second calculator configured to calculate a second control amount for adapting an actual angle to a target angle that is convertible into a turning angle of the steering wheel and generated when a host control device intervenes in steering control, characterized by further comprising a third calculator configured to calculate, according to the turning state, a third control amount for offsetting the second control amount when the host control device intervenes in the steering control, and an adder that sums the first control amount, the second control amount, and the third control amount.
Device comprising - a machine tool for machining gear-workpieces with a tool, the machine tool comprising several numerically controlled drives, - a machine control which is designed to control the drives, - a computer, which computer is in communication connection with the machine tool or which computer can be brought in communication connection with the machine tool, - at least one microphone, which microphone is in communication connection with the computer (10 or which microphone can be brought in communication connection with the computer, - a speech recognition software, which is executable on the computer, and which is designed to convert an analog voice input (Sp) into a digital voice input (SpD), which analog voice input (Sp) takes place by means of the at least one microphone, - wherein the device has a memory for storing the digital voice input (SpD), characterized in that - the speech recognition software is designed to treat the digital voice inputs (SpD) that are made during maintenance of the machine tool and that are made and during an operation of the machine tool differently. - a machine tool for machining gear-workpieces with a tool, the machine tool comprising several numerically controlled drives, - a machine control which is designed to control the drives, - a computer, which computer is in communication connection with the machine tool or which computer can be brought in communication connection with the machine tool, - at least one microphone, which microphone is in communication connection with the computer (10 or which microphone can be brought in communication connection with the computer, - a speech recognition software, which is executable on the computer, and which is designed to convert an analog voice input (Sp) into a digital voice input (SpD), which analog voice input (Sp) takes place by means of the at least one microphone, - wherein the device has a memory for storing the digital voice input (SpD), characterized in that - the speech recognition software is designed to treat the digital voice inputs (SpD) that are made during maintenance of the machine tool and that are made and during an operation of the machine tool differently.
Module for protecting a cultivated area against frost, such as vineyards or orchards, said cultivated area comprising rows of trees or shrubs spaced apart from one another by a distance d, called the inter-row, said module comprising: - a transportable frame, sized to allow it to pass through the inter-row, said frame comprising a surface for resting on the ground and support legs movable between a deployed position in which they are in contact with the ground to stabilise said frame and a raised position when the module is to be moved to another location, - said chassis supporting a mast, or a lifting table, at the free end of which, or respectively of which, is placed a device for generating a flow of guided air, and - said chassis comprising a hot air generator, said hot air generator being connected and in fluid communication with a supply duct, the upper end of which is directly connected to the air inlet, or to the air outlet, of said device for generating a guided air flow in order to supply the latter with hot air, or opens out at the level of the said air inlet, or respectively the said air outlet, so as to ensure a mixture of fresh and hot air at the level of the air inlet, or respectively the said air outlet, of the said device for generating a flow of air. - a transportable frame, sized to allow it to pass through the inter-row, said frame comprising a surface for resting on the ground and support legs movable between a deployed position in which they are in contact with the ground to stabilise said frame and a raised position when the module is to be moved to another location, - said chassis supporting a mast, or a lifting table, at the free end of which, or respectively of which, is placed a device for generating a flow of guided air, and - said chassis comprising a hot air generator, said hot air generator being connected and in fluid communication with a supply duct, the upper end of which is directly connected to the air inlet, or to the air outlet, of said device for generating a guided air flow in order to supply the latter with hot air, or opens out at the level of the said air inlet, or respectively the said air outlet, so as to ensure a mixture of fresh and hot air at the level of the air inlet, or respectively the said air outlet, of the said device for generating a flow of air.
A monoclonal antibody prepared by immunizing a suitable non-human experimental animal with unglycosylated transferrin or carbohydrate deficient transferrin and by establishing hybridoma cells, which binds selectively in aqueous solution to CDT without the latter needing to be bound to a solid phase and whose binding takes place in the region of the following segments to of the CDT sequence: VVARSMGGKEDLIWELL and TTEDSIAKIMNGEADAMSLDGGF and SKLSMGSGLNLSEPN and YEKYLGEEYVKAV. VVARSMGGKEDLIWELL and TTEDSIAKIMNGEADAMSLDGGF and SKLSMGSGLNLSEPN and YEKYLGEEYVKAV.
A data processing method, comprising: acquiring (S701..S702) time-of-flight, TOF, data, wherein the TOF data comprises a plurality of security indicator frames and a plurality of face recognition frames, the TOF data is TOF data collected by a TOF camera triggered by a task request from an application and the security indicator frames carry eye safety flags used to indicate whether infrared light emitted by the TOF camera is safe for human eyes; processing a first face recognition frame in the plurality of face recognition frames into a first frame of TOF image; and performing face recognition by using the first frame of TOF image to obtain a first recognition result; wherein the data processing method further comprises: extracting an eye safety flag from a security indicator frame of the plurality of security indicator frames; determining whether human eyes are safe based on the extracted eye safety flag; adjusting (S425b) the TOF camera by turning off the TOF camera or reducing emission intensity of a TOF light source of the TOF camera if the human eyes are unsafe; and collecting face recognition frames and identifying the collected face recognition frames as face recognition frames for face recognition if the human eyes are safe. acquiring (S701..S702) time-of-flight, TOF, data, wherein the TOF data comprises a plurality of security indicator frames and a plurality of face recognition frames, the TOF data is TOF data collected by a TOF camera triggered by a task request from an application and the security indicator frames carry eye safety flags used to indicate whether infrared light emitted by the TOF camera is safe for human eyes; processing a first face recognition frame in the plurality of face recognition frames into a first frame of TOF image; and performing face recognition by using the first frame of TOF image to obtain a first recognition result; wherein the data processing method further comprises: extracting an eye safety flag from a security indicator frame of the plurality of security indicator frames; determining whether human eyes are safe based on the extracted eye safety flag; adjusting (S425b) the TOF camera by turning off the TOF camera or reducing emission intensity of a TOF light source of the TOF camera if the human eyes are unsafe; and collecting face recognition frames and identifying the collected face recognition frames as face recognition frames for face recognition if the human eyes are safe. extracting an eye safety flag from a security indicator frame of the plurality of security indicator frames; determining whether human eyes are safe based on the extracted eye safety flag; adjusting (S425b) the TOF camera by turning off the TOF camera or reducing emission intensity of a TOF light source of the TOF camera if the human eyes are unsafe; and collecting face recognition frames and identifying the collected face recognition frames as face recognition frames for face recognition if the human eyes are safe.