mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, wherein a position determination device that is adapted to determine position data relating to a position of at least one part of at least one object based on a detection of a reflected part of an energy beam that is reflected at the at least one part of the at least one object , wherein the irradiation device or a beam guiding unit is adapted to guide the energy beam in at least two positions on the carrying element or the build plane , in particular adapted to guide the energy beam on the entire carrying element or the build plane , wherein the position determination device is adapted to determine the position of the at least one part of the at least one object based on an intensity of the reflected part of the energy beam and a reflectivity of the at least one part of the at least one object and/or the reflectivity of the carrying element and/or the reflectivity of the build material surrounding the at least one part of the at least one object , wherein the irradiation device is adapted to generate the energy beam used for selectively irradiating build material with at least two different irradiation parameters, preferably different wavelengths and/or focal positions and/or beam powers and/or spot sizes and/or scan speeds and/or intensities, wherein a determination intensity used to determine position data is lower than an intensity used in the additive manufacturing process.
Passenger transport vehicle, having at least one windowpane which is arranged in an opening in a side wall of the vehicle and which is fastened to a window frame surrounding the window pane by means of a clamping device interacting with a circumferential edge of the windowpane , wherein the windowpane is attached to a rigid frame by its circumferential edge by means of an adhesive bond , characterized in that relative to the vehicle, the clamping device comprises an outer rubber profile and an inner rubber profile , between which the windowpane is clamped at the edge, and the frame provided is arranged in the clamping area of the windowpane and is connected to a bodyshell of the vehicle in a force-transmitting manner via the clamping device .
Device for connecting a high-voltage conductor to a winding of an electric unit with - a plug-in socket for inserting the high-voltage conductor , - a plug-in socket flange that is fixedly connected to the plug-in socket and - spacer elements that extend between the plug-in socket flange and an additional flange , characterized in that the additional flange is a mounting flange and comprises mounting means for mechanically fastening the device in the electric unit, the plug-in socket flange comprising connecting means for mechanically and electrically connecting a winding conductor connected to the winding and only a single plug-in socket being provided and the plug-in socket flange being directly connected to the winding conductor . - a plug-in socket for inserting the high-voltage conductor , - a plug-in socket flange that is fixedly connected to the plug-in socket and - spacer elements that extend between the plug-in socket flange and an additional flange ,
A method for a communication service by a first electronic device in a wireless communication system comprising: initiating a call communication with a second electronic device; providing first information, which comprises audio data related to the call communication with the second electronic device, while the call communication is established; and displaying , on an application screen related to the call communication, second information and third information, while the call communication is established, wherein the second information comprises at least one of text data or graphic data related to the call communication with the second electronic device, and the third information comprises information related to a social network service, SNS, activity of a user of the second electronic device, and wherein the second information and the third information are displayed on the display concurrently. initiating a call communication with a second electronic device; providing first information, which comprises audio data related to the call communication with the second electronic device, while the call communication is established; and displaying , on an application screen related to the call communication, second information and third information, while the call communication is established, wherein the second information comprises at least one of text data or graphic data related to the call communication with the second electronic device, and the third information comprises information related to a social network service, SNS, activity of a user of the second electronic device, and wherein the second information and the third information are displayed on the display concurrently.
A precursor supply cabinet for accommodating one or more precursor containers , the precursor supply cabinet having cabinet walls defining an inner cabinet space , wherein the precursor supply cabinet comprises: - a ventilation discharge connection arranged to discharge ventilation gas from the inner cabinet space of the precursor supply cabinet ; - one or more ventilation inlet connections arranged to provide ventilation gas into the inner cabinet space of the precursor supply cabinet ; characterized in that the precursor supply cabinet further comprises: - two or more separate gas tight precursor supply chambers for accommodating precursor containers , the two or more gas tight precursor supply chambers being arranged inside the inner cabinet space of the precursor supply cabinet such that the inner cabinet space of the precursor supply cabinet surrounding the two or more separate gas tight precursor supply chambers is ventilated, two or more separate gas tight precursor supply chambers arranged spaced apart from each other inside the inner cabinet space of the precursor supply cabinet such that one or more flow gaps (A, B) is provided between the two or more separate gas tight precursor supply chambers . - a ventilation discharge connection arranged to discharge ventilation gas from the inner cabinet space of the precursor supply cabinet ; - one or more ventilation inlet connections arranged to provide ventilation gas into the inner cabinet space of the precursor supply cabinet ; - two or more separate gas tight precursor supply chambers for accommodating precursor containers , the two or more gas tight precursor supply chambers being arranged inside the inner cabinet space of the precursor supply cabinet such that the inner cabinet space of the precursor supply cabinet surrounding the two or more separate gas tight precursor supply chambers is ventilated, two or more separate gas tight precursor supply chambers arranged spaced apart from each other inside the inner cabinet space of the precursor supply cabinet such that one or more flow gaps (A, B) is provided between the two or more separate gas tight precursor supply chambers .
Multi-part rail wheel with a wheel tyre , with a wheel rim and with at least two elastic bodies arranged between the wheel tyre and the wheel rim , via which the wheel tyre is supported on the wheel rim in an elastically resilient manner and which are arranged distributed in the circumferential direction (UR) around the axis of rotation (X) of the rail wheel , wherein the elastic bodies are clamped between an inner circumferential surface of the wheel tyre and an outer circumferential surface of the wheel rim and thereby rest against the inner circumferential surface of the wheel tyre with their outer side assigned to the wheel tyre and against the outer circumferential surface of the wheel rim with their inner side assigned to the wheel rim , characterised in that the elastic bodies are locked against a movement in the circumferential direction (UR) by forming elements each provided on the inner circumferential surface of the wheel tyre and/or on the outer circumferential surface of the wheel rim by a number of the elastic bodies having, on their outer side or inner side , at least one forming element , which, at least in the circumferential direction (UR), cooperates in a form-fitting manner with one of the forming elements present on the inner circumferential surface of the wheel tyre or on the outer circumferential surface of the wheel rim .
A robotic surgical instrument comprising: a shaft ; a first end effector element ; an articulation connecting the first end effector element to a distal end of the shaft , the first end effector element movable relative to the articulation ; and a drive mechanism at a proximal end of the shaft comprising a first actuator , the first actuator being connected to the first end effector element by a first pair of driving elements , the first pair of driving elements being configured such that a tension force applied by the first actuator to a first one of the first pair of driving elements causes the first end effector element to move relative to the articulation in a first motion direction, and the tension force applied to a second one of the first pair of driving elements causes the first end effector element to move relative to the articulation in a second motion direction; wherein the first one of the first pair of driving elements has a first path between the first actuator and the first end effector element , and the second one of the first pair of driving elements has a second path between the first actuator and the first end effector element , the first path having a lower tension force loss than the second path such that the first motion direction transfers a greater proportion of the tension force to the first end effector element than the second motion direction; wherein the first one of the first pair of driving elements is constrained to move around M pulleys , and the second one of the first pair of driving elements is constrained to move around N pulleys , where M < N. a shaft ; a first end effector element ; an articulation connecting the first end effector element to a distal end of the shaft , the first end effector element movable relative to the articulation ; and a drive mechanism at a proximal end of the shaft comprising a first actuator , the first actuator being connected to the first end effector element by a first pair of driving elements , the first pair of driving elements being configured such that a tension force applied by the first actuator to a first one of the first pair of driving elements causes the first end effector element to move relative to the articulation in a first motion direction, and the tension force applied to a second one of the first pair of driving elements causes the first end effector element to move relative to the articulation in a second motion direction; wherein the first one of the first pair of driving elements has a first path between the first actuator and the first end effector element , and the second one of the first pair of driving elements has a second path between the first actuator and the first end effector element , the first path having a lower tension force loss than the second path such that the first motion direction transfers a greater proportion of the tension force to the first end effector element than the second motion direction; wherein the first one of the first pair of driving elements is constrained to move around M pulleys , and the second one of the first pair of driving elements is constrained to move around N pulleys , where M < N.
A high-efficiency and directional non-resonant laser, comprising: a gain medium unit in which a scattering cavity and an entrance communicating with the scattering cavity are provided; and a pumping and supply unit configured to supply pumping light to an inside of the scattering cavity, wherein the gain medium unit is excited by the pumping light on the inside of the scattering cavity and is configured to output emission light through the entrance. a gain medium unit in which a scattering cavity and an entrance communicating with the scattering cavity are provided; and a pumping and supply unit configured to supply pumping light to an inside of the scattering cavity, wherein the gain medium unit is excited by the pumping light on the inside of the scattering cavity and is configured to output emission light through the entrance.
A portable air purifier , comprising: a case providing an accommodating space, wherein the case has a first thickness; a suction inlet defined at a first side of the case and a discharge outlet defined at a second side of the case , the suction inlet and the discharge outlet being arranged in a first direction; a blowing fan and a filter accommodated in the accommodating space and disposed between the suction inlet and the discharge outlet (1 10a); an acoustic portion accommodated in the accommodating space, the acoustic portion being configured to generate vibration; and a vibrator , wherein the acoustic portion is coupled to the vibrator and the vibrator is configured to generate sound by receiving the vibration generated from the acoustic portion ; characterized in that : the acoustic portion comprises a piezoelectric element, wherein the vibrator includes or is a portion of the case having a second thickness that is smaller than the first thickness. a case providing an accommodating space, wherein the case has a first thickness; a suction inlet defined at a first side of the case and a discharge outlet defined at a second side of the case , the suction inlet and the discharge outlet being arranged in a first direction; a blowing fan and a filter accommodated in the accommodating space and disposed between the suction inlet and the discharge outlet (1 10a); an acoustic portion accommodated in the accommodating space, the acoustic portion being configured to generate vibration; and a vibrator , wherein the acoustic portion is coupled to the vibrator and the vibrator is configured to generate sound by receiving the vibration generated from the acoustic portion ; characterized in that : the acoustic portion comprises a piezoelectric element, wherein the vibrator includes or is a portion of the case having a second thickness that is smaller than the first thickness.
A sensitizer compound which is a DZl-drug amide conjugate, wherein the drug forming the drug residue is a statin drug, and the DZl residue is an amide-linked residue shown in formula I below:
A method for dynamically ordering video streams on display in a command and control system according to video content, the method comprising: (a) obtaining a plurality of video streams captured by a plurality of respective video cameras; (b) inputting frames of the plurality of video streams to a neural network; (c) extracting features from the input frames, wherein features are output by an intermediate layer of the neural network, said features representing characteristics of the frames or of objects in the frames or any attributes that represent the video while providing spatiotemporal information, and wherein the intermediate layer embeds information related to motion and appearance not confined to activity categories used for training the neural network; (d) calculating abnormality scores for the extracted features, wherein each abnormality score measures a likelihood that a corresponding feature represents an anomaly or an abnormal behavior; (e) calculating a current rank for ordering each of the plurality of video streams based on current and past abnormality scores of the features extracted from the video stream; and (f) displaying a subgroup of the plurality of video streams having the highest subset of current ranks rearranged in a plurality of display slots in order of their current ranks. (a) obtaining a plurality of video streams captured by a plurality of respective video cameras; (b) inputting frames of the plurality of video streams to a neural network; (c) extracting features from the input frames, wherein features are output by an intermediate layer of the neural network, said features representing characteristics of the frames or of objects in the frames or any attributes that represent the video while providing spatiotemporal information, and wherein the intermediate layer embeds information related to motion and appearance not confined to activity categories used for training the neural network; (d) calculating abnormality scores for the extracted features, wherein each abnormality score measures a likelihood that a corresponding feature represents an anomaly or an abnormal behavior; (e) calculating a current rank for ordering each of the plurality of video streams based on current and past abnormality scores of the features extracted from the video stream; and (f) displaying a subgroup of the plurality of video streams having the highest subset of current ranks rearranged in a plurality of display slots in order of their current ranks.
A three-way valve drivable by a pump , said three-way valve comprising a first port , a second port and a third port ; wherein said three-way valve is switchable between at least two switch positions in which the first port is selectively in fluid communication with the second port or with the third port ; wherein said three-way valve comprises a movable support and a pair of obstructing members carried by said movable support, at least one of which is responsive to pressure applied by the pump at the first port , at least one of said movable support and obstructing members being movable due to transitions between an off-state and an on-state of the pump ; wherein the obstructing members are adapted to engage reciprocatingly respective seats of the three-way valve interposed between the first port and the second port , and between the first port and the third port , respectively, wherein said valve is characterized in that said obstructing members are capable of changing shape synchronously when the pump switches from the off-state to the on-state.
A method for signal processing, comprising: receiving via a single receiving antenna at a given location at least first and second signals transmitted respectively from at least first and second antennas of a wireless transmitter , the at least first and second signals encoding identical data using a multi-carrier encoding scheme with a predefined cyclic delay per antenna between the transmitted signals; processing the received first and second signals in order to derive a measure of a phase delay between the first and second signals; and based on the measure of the phase delay, estimating an angle of departure (θ) of the first and second signals from the wireless transmitter to the given location, characterized in that the phase delay is measured using the cyclic delay by computing a temporal correlation function over the first and second signals and finding the measure of the phase delay by finding a pair of the peaks in the temporal correlation function that are separated by a time difference corresponding to the cyclic delay and estimating a carrier phase difference between the peaks in the pair. receiving via a single receiving antenna at a given location at least first and second signals transmitted respectively from at least first and second antennas of a wireless transmitter , the at least first and second signals encoding identical data using a multi-carrier encoding scheme with a predefined cyclic delay per antenna between the transmitted signals; processing the received first and second signals in order to derive a measure of a phase delay between the first and second signals; and based on the measure of the phase delay, estimating an angle of departure (θ) of the first and second signals from the wireless transmitter to the given location, characterized in that the phase delay is measured using the cyclic delay by computing a temporal correlation function over the first and second signals and finding the measure of the phase delay by finding a pair of the peaks in the temporal correlation function that are separated by a time difference corresponding to the cyclic delay and estimating a carrier phase difference between the peaks in the pair.
A data transmission method for a network device , comprising: generating a scrambling sequence in accordance with one or more first parameters, the one or more first parameters being determined in accordance with a predefined applied scenario and/or high-layer indication information, wherein the one or more first parameters comprise a Radio Network Temporary Identity, RNTI; scrambling Downlink Control Information, DCI, using the generated scrambling sequence; and transmitting the scrambled DCI to a User Equipment, UE , wherein when a scrambling identifier has been configured, the one or more first parameters further comprise the scrambling identifier, the data transmission method being characterized by the generating the scrambling sequence in accordance with the one or more first parameters comprises: calculating c init scramble through c init scramble = 2 16 ⋅ n RNTI + n ID mod 2 31 or c init scramble = 2 16 ⋅ ⌊ n RNTI / 2 ⌋ + n ID ; and generating the scrambling sequence in accordance with c init scramble acquired through calculation, where c init scramble represents a binary number for initializing the scrambling sequence, n RNTI represents the RNTI, and n ID represents the scrambling identifier. generating a scrambling sequence in accordance with one or more first parameters, the one or more first parameters being determined in accordance with a predefined applied scenario and/or high-layer indication information, wherein the one or more first parameters comprise a Radio Network Temporary Identity, RNTI; scrambling Downlink Control Information, DCI, using the generated scrambling sequence; and transmitting the scrambled DCI to a User Equipment, UE , wherein when a scrambling identifier has been configured, the one or more first parameters further comprise the scrambling identifier, the data transmission method being characterized by the generating the scrambling sequence in accordance with the one or more first parameters comprises: calculating c init scramble through c init scramble = 2 16 ⋅ n RNTI + n ID mod 2 31 or c init scramble = 2 16 ⋅ ⌊ n RNTI / 2 ⌋ + n ID ; and generating the scrambling sequence in accordance with c init scramble acquired through calculation, where c init scramble represents a binary number for initializing the scrambling sequence, n RNTI represents the RNTI, and n ID represents the scrambling identifier. calculating c init scramble through c init scramble = 2 16 ⋅ n RNTI + n ID mod 2 31 or c init scramble = 2 16 ⋅ ⌊ n RNTI / 2 ⌋ + n ID ; and generating the scrambling sequence in accordance with c init scramble acquired through calculation, where c init scramble represents a binary number for initializing the scrambling sequence, n RNTI represents the RNTI, and n ID represents the scrambling identifier.