mhurhangee/patent-ind-claim-en huggingface dataset:
A method to generate terahertz radiation in a nonlinear optical medium, wherein a pump pulse is subjected to pulse front tilting, the thus obtained pump pulse having tilted pulse front is coupled into the nonlinear optical medium and a THz pulse is generated by means of the optical medium in nonlinear optical processes, particularly by means of optical rectification by the pump pulse, the pulse front tilt of the pump pulse required to satisfy a velocity matching condition of v p ; cs cos( γ ) = v THz ; f is induced as a sum of a plurality of partial pulse front tilts of the pump pulse, induced separately in subsequent steps, wherein v p;cs is the group velocity of the pump pulse, v THz;f is the phase velocity of the THz pulse, and γ is the angle formed between the pulse front and the phase front of said pump pulse, and wherein the sum of the plurality of partial pulse front tilts is divided into a first partial pulse front tilt and further partial pulse front tilts wherein the pump pulse is subjected to the first partial pulse front tilt, characterized in that the further partial pulse front tilts of the pump pulse are induced by guiding the pump pulse having the first partial pulse front tilt with the imaging optics via coupling the pump pulse into the nonlinear optical medium by means of a contact grating being in optical coupling with the nonlinear optical medium or formed on an entry plane of the optical medium.
A cable staple tool assembly comprising: a cable staple driver ; a nosepiece assembly defining a driver channel through which the cable staple driver is driven, the nosepiece assembly having a contact end ; and a self-adjusting cable guide coupled to the nosepiece assembly and movable between an extended guide position and a retracted guide position relative to the contact end of the nosepiece assembly, the self-adjusting cable guide including a guide recess between two arms extending outwardly away from the contact end of the nosepiece assembly; characterised by a contact trip arm adjacent the self-adjusting cable guide and having a distal end positioned to contact a cable received within a guide recess of the self-adjusting cable guide, the contact trip arm being movable between an extended arm position corresponding to an inactive state of the tool and a retracted arm position corresponding to an active state of the tool. a cable staple driver ; a nosepiece assembly defining a driver channel through which the cable staple driver is driven, the nosepiece assembly having a contact end ; and a self-adjusting cable guide coupled to the nosepiece assembly and movable between an extended guide position and a retracted guide position relative to the contact end of the nosepiece assembly, the self-adjusting cable guide including a guide recess between two arms extending outwardly away from the contact end of the nosepiece assembly; characterised by a contact trip arm adjacent the self-adjusting cable guide and having a distal end positioned to contact a cable received within a guide recess of the self-adjusting cable guide, the contact trip arm being movable between an extended arm position corresponding to an inactive state of the tool and a retracted arm position corresponding to an active state of the tool.
A work vehicle including a work machine with a bucket , which is configured to freely raise/lower and rotate the bucket , the work vehicle comprising: a display disposed near an operator seat , wherein the display is configured to display vertical position information synchronized with an upward/downward movement of the bucket and angle information of the bucket synchronized with a rotational movement of the bucket , characterized in that the display is further configured to display a screen for enabling or not enabling an automatic standby function of automatically setting the bucket at a set angle and a set vertical position respectively. a display disposed near an operator seat , wherein the display is configured to display vertical position information synchronized with an upward/downward movement of the bucket and angle information of the bucket synchronized with a rotational movement of the bucket , characterized in that the display is further configured to display a screen for enabling or not enabling an automatic standby function of automatically setting the bucket at a set angle and a set vertical position respectively.
A heterodimeric polypeptide comprising a first polypeptide comprising in N-terminal to C-terminal direction at least a portion of an immunoglobulin hinge region, which comprises one or more cysteine residues, an immunoglobulin CH2-domain and an immunoglobulin CH3-domain, and a second polypeptide comprising in N-terminal to C-terminal direction at least a portion of an immunoglobulin hinge region, which comprises one or more cysteine residues, an immunoglobulin CH2-domain and an immunoglobulin CH3-domain, wherein the immunoglobulin hinge region, the immunoglobulin CH2-domain and the immunoglobulin CH3-domain are of the human IgG1 subclass, wherein the first polypeptide comprises the mutations Y349C, T366S, L368A and Y407V (hole-chain) and the second polypeptide comprises the mutation S354C and T366W (knob-chain), and wherein the first polypeptide (hole-chain) comprises the mutations i) I253A or I253G, and ii) L314A or L314G or L314D, and wherein the first polypeptide and the second polypeptide are connected by one or more disulfide bridges, and wherein the CH3-domain of the first polypeptide and the CH3-domain of the second polypeptide both bind to protein A (numbering according to the Kabat EU index). i) I253A or I253G, and ii) L314A or L314G or L314D,
An imaging device for imaging a target , the imaging device comprising a Scheimpflug imaging system and an Optical Coherence Tomography, OCT , imaging system, where the Scheimpflug imaging system comprises a camera and a lens system , and the OCT imaging system comprises an imaging optical element and a detector, wherein the imaging device further comprises a light source adapted to provide a light beam suitable for operation of the Scheimpflug imaging system and the OCT imaging system ; and the lens system of the Scheimpflug imaging system is configured to provide an adjustable focal length. wherein the imaging device further comprises a light source adapted to provide a light beam suitable for operation of the Scheimpflug imaging system and the OCT imaging system ; and the lens system of the Scheimpflug imaging system is configured to provide an adjustable focal length.
A composite material for the implants comprising biocompatible titanium or biocompatible titanium alloy and comprising a biodegradable component , which is intended for at least partial desorption in vivo in contact with a human tissue, wherein a material is a product of a powder consolidation, wherein titanium or titanium alloy forms a bearing structure, wherein the material is fabricated by a consolidation of a powder mixture of titanium or titanium alloy particles and particles of the biodegradable component , and wherein the biodegradable component is as a phase dispersed homogenously throughout a volume of the material and the biodegradable component occupies from 2 to 20 volumic % of the material, is characterized by the fact, that the biodegradable component is arranged in a bearing structure by an extrusion to sections, of which at least 15% is directly or indirectly connected to a surface of the material and the sections of the biodegradable component are in the form of filaments oriented along the extrusion direction. wherein a material is a product of a powder consolidation, wherein titanium or titanium alloy forms a bearing structure, wherein the material is fabricated by a consolidation of a powder mixture of titanium or titanium alloy particles and particles of the biodegradable component , and wherein the biodegradable component is as a phase dispersed homogenously throughout a volume of the material and the biodegradable component occupies from 2 to 20 volumic % of the material, is characterized by the fact, that the biodegradable component is arranged in a bearing structure by an extrusion to sections, of which at least 15% is directly or indirectly connected to a surface of the material and the sections of the biodegradable component are in the form of filaments oriented along the extrusion direction.
A method, comprising: receiving, from a user or from a communications management unit , a selection of at least one of: an initial air traffic control, ATC, message communications protocol and an initial controller-pilot data link communications, CPDLC, system, wherein each CPDLC system is configured to use either a first communications protocol or a second communications protocol ; determining if the second communications protocol was selected ; determining that the second communications protocol was selected, then trapping at least one of a received ATC message in the first communications protocol, and an ATC message in the first communications protocol configured to be sent , thereby preventing the ATC message from reaching its intended destination , wherein such preventing is performed without disconnecting a datalink using the first communications protocol; and at least one of sending an ATC message in the selected ATC message communications protocol and receiving an ATC message in the selected ATC message communications protocol . receiving, from a user or from a communications management unit , a selection of at least one of: an initial air traffic control, ATC, message communications protocol and an initial controller-pilot data link communications, CPDLC, system, wherein each CPDLC system is configured to use either a first communications protocol or a second communications protocol ; determining if the second communications protocol was selected ; determining that the second communications protocol was selected, then trapping at least one of a received ATC message in the first communications protocol, and an ATC message in the first communications protocol configured to be sent , thereby preventing the ATC message from reaching its intended destination , wherein such preventing is performed without disconnecting a datalink using the first communications protocol; and at least one of sending an ATC message in the selected ATC message communications protocol and receiving an ATC message in the selected ATC message communications protocol .
A device comprising at least one radar unit configured to transmit radar pulses on a first frequency range and a wireless communication unit configured to operate on a second frequency range, wherein the at least one radar unit comprises a radar transceiver and a radar signal processing unit and is configured to: obtain information about an interference situation on the first frequency range; coordinate the operation of the radar unit and the wireless communication unit by adjusting a measurement result based on the obtained interference situation and/or modifying at least one radar pulse based on the obtained interference situation, involving: if the interference situation fulfills a condition, transmit at least one radar pulse based on the obtained interference situation; receive at least one radar pulse response associated to reflections of the at least one transmitted radar pulse; and determine at least one measurement result based on the transmitted and received radar pulse. if the interference situation fulfills a condition, transmit at least one radar pulse based on the obtained interference situation; receive at least one radar pulse response associated to reflections of the at least one transmitted radar pulse; and determine at least one measurement result based on the transmitted and received radar pulse.
A motor drive control method for controlling a speed of a motor such that a measured speed value of the motor follows a speed command value, wherein the motor drive control method comprises an on/off driving operation of driving a torque of the motor based on the speed command value in such a way that the torque of the motor is repeatedly turned on/off on preset cycle and duty, characterized in that the on/off driving operation comprises controlling a drive current such that, when the torque of the motor is in an on state, a drive current is applied to the motor , and when the torque of the motor is in an off state, a drive current to be applied to the motor is substantially zero, wherein the on/off driving operation comprises controlling an on/off duty of a switching element included in an inverter such that a drive voltage to be applied to the motor is substantially equal to counter electro-motive force of the motor when the torque of the motor is in the off state.
A fluidic device comprising a body formed of four stacked body layers defined as first body layer , second body layer , third body layer and fourth body layer , said body enclosing a hydraulic microcircuit for moving a fluid, wherein the fluidic device is configured such that movement of said fluid in said hydraulic microcircuit is powered and controlled by at least one diaphragm member of a pneumatic microcircuit operatively linked thereto, wherein said hydraulic microcircuit of said stack is formed in said second body layer of said stack and said pneumatic microcircuit of said stack is formed in said third body layer thereof, characterized in that a plurality of diaphragm members are sealedly sandwiched between said second body layer and said third body layer , and each of the plurality of diaphragm members are made of dissimilar thin film materials.
A composite sheet consisting of A) a thermoplastic laminate of at least one layer of thermoplastic film and one layer of a surface treated carbon fiber material comprising a polymer sizing i), whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, B) at least one polyamide laminate of at least one layer of polyamide film, preferably polyamide-6 film, and at least one layer of a surface treated glass fiber material comprising a polymer sizing ii), preferably polyamide-sizing, whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, C) a thermoplastic laminate of at least one layer of thermoplastic film and one layer of a surface treated carbon fiber material comprising a polymer sizing i), whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, wherein the thermoplastic film of laminate A) and/or C) is a thermoplastic polyurethane. A) a thermoplastic laminate of at least one layer of thermoplastic film and one layer of a surface treated carbon fiber material comprising a polymer sizing i), whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, B) at least one polyamide laminate of at least one layer of polyamide film, preferably polyamide-6 film, and at least one layer of a surface treated glass fiber material comprising a polymer sizing ii), preferably polyamide-sizing, whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof, C) a thermoplastic laminate of at least one layer of thermoplastic film and one layer of a surface treated carbon fiber material comprising a polymer sizing i), whereby the fiber material are unidirectional fibers, woven cloth, fiber fleece or combinations thereof,
An apparatus comprising: processing circuitry ; memory access circuitry to perform a guard tag check for a tag checking target address having an associated address tag , the guard tag check comprising comparing the address tag with a guard tag stored in a memory system in association with a block of one or more memory locations comprising an addressed location identified by the target address and triggering an error handling response or error reporting mechanism when a mismatch is detected between the guard tag and the address tag; and characterized by : an instruction decoder responsive to a random tag setting instruction specifying a tag setting target address , to control the processing circuitry to set the address tag associated with the tag setting target address to a random tag value randomly selected from a set of candidate tag values, the random tag value being written to a destination register of the random tag setting instruction. processing circuitry ; memory access circuitry to perform a guard tag check for a tag checking target address having an associated address tag , the guard tag check comprising comparing the address tag with a guard tag stored in a memory system in association with a block of one or more memory locations comprising an addressed location identified by the target address and triggering an error handling response or error reporting mechanism when a mismatch is detected between the guard tag and the address tag; and
An analysis device comprising: an analysis unit configured to analyze data indicating a biosignal by using a predetermined analysis technique and an updated parameter corresponding to the predetermined analysis technique, said analysis unit is configured to execute the data analysis (S105) every time the parameter is updated (S108); a display control unit configured to control a display unit of the analysis device to display an analysis result obtained by the analysis unit together with an interface of the analysis device capable of changing display modes in response to user's operation; and an updating unit configured to update the parameter based on change in the display modes for the interface, characterized by : a dividing unit configured to cluster the data in a time-series direction for each strength of the biosignal and divide the data based on a change in an appearance frequency for each of clusters, wherein the analysis unit is configured to perform analysis by using a parameter set for each of pieces of data divided by the dividing unit, wherein the dividing unit is configured to divide the data before and after a time point at which a magnitude of the change in the appearance frequency of the cluster having strength of a predetermined value or less among the clusters is a predetermined value or above. an analysis unit configured to analyze data indicating a biosignal by using a predetermined analysis technique and an updated parameter corresponding to the predetermined analysis technique, said analysis unit is configured to execute the data analysis (S105) every time the parameter is updated (S108); a display control unit configured to control a display unit of the analysis device to display an analysis result obtained by the analysis unit together with an interface of the analysis device capable of changing display modes in response to user's operation; and an updating unit configured to update the parameter based on change in the display modes for the interface, a dividing unit configured to cluster the data in a time-series direction for each strength of the biosignal and divide the data based on a change in an appearance frequency for each of clusters, wherein the analysis unit is configured to perform analysis by using a parameter set for each of pieces of data divided by the dividing unit,
An apparatus configured for tracking eye movement, comprising: an imaging sensor (420; 510) configured for capturing and recording images of an eye of a user when the user, during an eye calibration procedure, stares at a gaze point and without losing eye focus on the gaze point, performs a sequence of head motions by turning the head of the user; a spatial orientation sensor (310; 410; 520), coupled to the imaging sensor such that the imaging sensor has a fixed position and a fixed orientation relative to the spatial orientation sensor, and wherein, in use, the relative position and orientation between the imaging sensor and spatial orientation sensor and the user's head does not change during a tracking session, the spatial orientation sensor being configured for: generating outputs during the sequence of head motions, wherein each of the outputs corresponds to one of the images of the eye; and a computing device comprising a processor and a memory communicatively coupled with the processor, wherein the processor is configured for: determining a position relationship between an eyeball center of the eye and the imaging sensor based on: the images of the eye captured and recorded when the user stares at the gaze point and, without losing eye focus on the gaze point, performs the sequence of head motions, the outputs of the spatial orientation sensor generated during the sequence of head motions, and the fixed orientation of the imaging sensor relative to the spatial orientation sensor. an imaging sensor (420; 510) configured for capturing and recording images of an eye of a user when the user, during an eye calibration procedure, stares at a gaze point and without losing eye focus on the gaze point, performs a sequence of head motions by turning the head of the user; a spatial orientation sensor (310; 410; 520), coupled to the imaging sensor such that the imaging sensor has a fixed position and a fixed orientation relative to the spatial orientation sensor, and wherein, in use, the relative position and orientation between the imaging sensor and spatial orientation sensor and the user's head does not change during a tracking session, the spatial orientation sensor being configured for: generating outputs during the sequence of head motions, wherein each of the outputs corresponds to one of the images of the eye; and a computing device comprising a processor and a memory communicatively coupled with the processor, wherein the processor is configured for: determining a position relationship between an eyeball center of the eye and the imaging sensor based on: the images of the eye captured and recorded when the user stares at the gaze point and, without losing eye focus on the gaze point, performs the sequence of head motions, the outputs of the spatial orientation sensor generated during the sequence of head motions, and the fixed orientation of the imaging sensor relative to the spatial orientation sensor.
An exercise machine comprising a frame having a longitudinal central spine extending between a first support member and a second support member , a carriage supporting a platform moveable along the spine, at least one retention spring or band housed within the spine and attached to the carriage, the at least one retention spring or band being selectively attachable to the frame, the carriage and/or platform further including a plurality of wheels receivable within tracks formed on or within the central spine, the machine further comprising means for monitoring which spring or band is engaged and which is disengaged and a sensor for monitoring the position of the platform along the central spine.