mhurhangee/ep-ind-claims huggingface dataset:
A flow-guiding hood for guiding a flow of air in a computer or another electronic device, wherein the flow-guiding hood is composed of multiple individual parts and comprises at least the following: - a first flow-guiding element made of a planar first material and serving for channeling the flow, and - at least one second flow-guiding element made of a different, second material and likewise serving for channeling the flow, wherein the second flow-guiding element rests on and/or is attached to the first flow-guiding element, characterized in that the second flow-guiding element is formed of a light volume material of foamed plastic. - a first flow-guiding element made of a planar first material and serving for channeling the flow, and - at least one second flow-guiding element made of a different, second material and likewise serving for channeling the flow,
A method for recovering various raw materials comprising cellulose, plastics and metals from paper-containing wastes, packaging materials or composite materials, wherein the cellulose is dissolved using ionic liquids, and the ionic liquids are recovered by precipitation, including the following steps: - shredding the feedstock of raw material, - separating adhering impurities from the shredded feedstock of raw material by one or more washing and separating steps, wherein the separating is performed in density separation tanks with suitable density separation media; characterized by - subsequently separating the cellulose-containing fraction of the material prepared in the second step by means of water while obtaining a pulp fraction and a remaining composite fraction, - subsequently thereto, drying the cellulose-containing fraction, - dissolving the cellulose in the ionic liquid, - precipitating the cellulose by means of a precipitant, - separating the cellulose as a solid matter and drying the cellulose, - separating the ionic liquid from the precipitant for the cellulose, - cleaning and returning the ionic liquid, - solving the plastics from the composite fraction, - separating the metal from the composite fraction as a solid matter and drying the metal, - extracting the solvent from the plastic solution and recovering the residual solvent from the plastics and extruding the plastics. - shredding the feedstock of raw material, - separating adhering impurities from the shredded feedstock of raw material by one or more washing and separating steps, wherein the separating is performed in density separation tanks with suitable density separation media; characterized by - subsequently separating the cellulose-containing fraction of the material prepared in the second step by means of water while obtaining a pulp fraction and a remaining composite fraction, - subsequently thereto, drying the cellulose-containing fraction, - dissolving the cellulose in the ionic liquid, - precipitating the cellulose by means of a precipitant, - separating the cellulose as a solid matter and drying the cellulose, - separating the ionic liquid from the precipitant for the cellulose, - cleaning and returning the ionic liquid, - solving the plastics from the composite fraction, - separating the metal from the composite fraction as a solid matter and drying the metal, - extracting the solvent from the plastic solution and recovering the residual solvent from the plastics and extruding the plastics.
A gantry washing system comprising - a gantry that can be moved relative to a vehicle, on which gantry washing devices (3, 4, 5) for washing a vehicle are arranged, - a control device for controlling a movement of the gantry and - a detection device for detecting a position of the vehicle, characterized in that - the gantry can be freely moved and oriented relative to the vehicle; - the detection device can further detect an orientation of the vehicle; and - the control unit is designed to position and move the gantry in a predetermined manner relative to the detected position and orientation of the vehicle. - a gantry that can be moved relative to a vehicle, on which gantry washing devices (3, 4, 5) for washing a vehicle are arranged, - a control device for controlling a movement of the gantry and - a detection device for detecting a position of the vehicle, characterized in that - the gantry can be freely moved and oriented relative to the vehicle; - the detection device can further detect an orientation of the vehicle; and - the control unit is designed to position and move the gantry in a predetermined manner relative to the detected position and orientation of the vehicle. - the gantry can be freely moved and oriented relative to the vehicle; - the detection device can further detect an orientation of the vehicle; and - the control unit is designed to position and move the gantry in a predetermined manner relative to the detected position and orientation of the vehicle.
An enhanced gravity separation device including a plurality of vessels having outer and inner regions (6, 7), each vessel being mounted beneath a radial arm so as to be rotatable about a central shaft, means for introducing a feed of mixed denser and less dense fluid matter into the outer regions of the vessels, an array of closely spaced inclined plates positioned within each vessel between the outer and inner regions such that overflow of less dense matter from the array reports to the inner region, and underflow of denser matter reports to the outer region, and means for moving the underflow and overflow from the enhanced gravity separation device, wherein the underflow and overflow moving means are operable to remove the underflow and overflow while the vessels are being rotated about the central shaft, and wherein a fluidization fluid is introduced into the periphery of the outer region, causing a fluidized bed to form in this region.
A method, comprising: - encoding a plurality of source video signals for stereo viewing, said source video signals comprising video data from a plurality of camera sources (CAM1, CAM2, CAMN), said source video signals comprising active scene area signals and passive scene area signals; - transmitting said plurality of source video signals to a stereo viewing device (DISP1, DISP2) for viewing; - carrying out said encoding so that in transmitted source video signals said active scene area signals have been encoded with higher fidelity than said passive scene area signals; characterized in that said active and passive scene area signals correspond to a head orientation of a user so that said active scene area signals correspond to the scene areas visible to the user and said passive scene area signals correspond to other scene areas not currently visible to the user, wherein the method further comprises: - obtaining information of the head orientation of the user; and - using the information of the head orientation of the user in the encoding of said active scene area and said passive scene area signals. - encoding a plurality of source video signals for stereo viewing, said source video signals comprising video data from a plurality of camera sources (CAM1, CAM2, CAMN), said source video signals comprising active scene area signals and passive scene area signals; - transmitting said plurality of source video signals to a stereo viewing device (DISP1, DISP2) for viewing; - carrying out said encoding so that in transmitted source video signals said active scene area signals have been encoded with higher fidelity than said passive scene area signals; - obtaining information of the head orientation of the user; and - using the information of the head orientation of the user in the encoding of said active scene area and said passive scene area signals.
A plastic pallet for taking up flexible bulk containers, comprising - At least one pair of four tunnel-shaped receptacles for the tines of the fork of a forklift apparatus, with the tunnel-shaped receptacles connecting two mutually opposite sides of the plastic pallet, in which - each tunnel-shaped receptacle is provided with a tunnel bottom that is formed by bottom ribs spaced from each other by bottom air gaps, and with a tunnel vault that is formed by vault ribs spaced from each other by vault air gaps, and in which - the bottom ribs and vault ribs in the tunnel-shaped receptacle are staggered and dimensioned in such a way that a bottom rib is arranged under a vault air gap, and a vault rib above a bottom air gap, characterized in that - the plastic pallet comprises four tunnel-shaped receptacles that are arranged in pairs crossing each other, and in that - a crossing area of two tunnel-shaped receptacles each comprises a bottom plate that covers the crossing area and in which at least one crossing air gap is provided, with a crossing vault rib being arranged above the at least one crossing air gap. - At least one pair of four tunnel-shaped receptacles for the tines of the fork of a forklift apparatus, with the tunnel-shaped receptacles connecting two mutually opposite sides of the plastic pallet, in which - each tunnel-shaped receptacle is provided with a tunnel bottom that is formed by bottom ribs spaced from each other by bottom air gaps, and with a tunnel vault that is formed by vault ribs spaced from each other by vault air gaps, and in which - the bottom ribs and vault ribs in the tunnel-shaped receptacle are staggered and dimensioned in such a way that a bottom rib is arranged under a vault air gap, and a vault rib above a bottom air gap, characterized in that - the plastic pallet comprises four tunnel-shaped receptacles that are arranged in pairs crossing each other, and in that - a crossing area of two tunnel-shaped receptacles each comprises a bottom plate that covers the crossing area and in which at least one crossing air gap is provided, with a crossing vault rib being arranged above the at least one crossing air gap.
A process for manufacturing container-type composite packagings, in which a web-shaped material made of a composite material, which contains at least one layer of cardboard and at least one layer of a plastics material, is folded, provided with a sealed seam and separated into portions which are in each case provided to form a container, and in which the sealed seam is generated before the web-shaped material is separated into individual portions, characterised in that the production of the sealed seam is carried out after the web-shaped material is folded and after the folded structure is collapsed into a flat tube-like form, and the production of the sealed seam is carried out after the implementation of preparatory measures, namely paring, creasing, turning-over and pressing web edges.
An integrated circuit structure, comprising: a semiconductor substrate; a channel body disposed on the semiconductor substrate, the channel body being a fin structure composed of semiconductor material that is undoped; a first N-type fin-FET device comprising a first gate electrode having a first electrode material layer, the first electrode material layer having a chemical composition, and the first electrode material layer having a first thickness; a second N-type fin-FET device comprising a second gate electrode having a second electrode material layer, the second electrode material layer having the same chemical composition, and the second electrode material layer having a second thickness greater than the first thickness; and a first P-type fin-FET device comprising a third gate electrode having a third electrode material layer, the third electrode material layer having the same chemical composition, and the third electrode material layer having a third thickness the same as the first thickness, wherein the first electrode material layer, the second electrode material layer and the third electrode material layer each have a U-shape when viewed from a cross-sectional side view. a semiconductor substrate; a channel body disposed on the semiconductor substrate, the channel body being a fin structure composed of semiconductor material that is undoped; a first N-type fin-FET device comprising a first gate electrode having a first electrode material layer, the first electrode material layer having a chemical composition, and the first electrode material layer having a first thickness; a second N-type fin-FET device comprising a second gate electrode having a second electrode material layer, the second electrode material layer having the same chemical composition, and the second electrode material layer having a second thickness greater than the first thickness; and a first P-type fin-FET device comprising a third gate electrode having a third electrode material layer, the third electrode material layer having the same chemical composition, and the third electrode material layer having a third thickness the same as the first thickness, wherein the first electrode material layer, the second electrode material layer and the third electrode material layer each have a U-shape when viewed from a cross-sectional side view.
Deployable device (10, 20) comprising a tape-spring (11, 21, 31, 41) capable of passing from a wound configuration about a first axis Z to a deployed configuration along a second axis X substantially perpendicular to the first axis Z, the tape-spring (11, 21, 31, 41) having two characteristic dimensions, a first characteristic dimension being the width of the tape-spring (11, 21, 31, 41) along the first axis Z, a second characteristic dimension being the thickness of the tape-spring (11, 21, 31, 41) along a third axis Y substantially perpendicular to the first axis Z and to the second axis X, at least one of the two characteristic dimensions having a non-constant value along the second axis X, characterized in that the tape-spring has an embedded end, and in that the at least one of the two characteristic dimensions has a non-constant value along the second axis X, increasing and decreasing over a first portion of the tape-spring and increasing over a second portion of the tape-spring towards the embedded end.
A method for the bias control of a laser modulator, comprising: during startup of a laser modulator, inputting a linearly changing bias control voltage to a bias electrode of the laser modulator to scan the input/output characteristics of the laser modulator, obtaining a bias characteristic table of the laser modulator by storing the output optical power corresponding to every bias voltage and determining a bias control voltage corresponding to a preset operating point through table lookup; enabling a communication electrical signal to be input to a radio frequency electrode of the laser modulator, carrying out an amplitude modulation on the communication electrical signal by a low-frequency sinusoidal pilot signal, and inputting the determined bias control voltage to the bias electrode simultaneously as an initial bias voltage; and sampling output optical signals of the laser modulator, comparing the sampled optical signal with the pilot signal, and adjusting the bias control voltage input to the bias electrode according to the result of the comparison. during startup of a laser modulator, inputting a linearly changing bias control voltage to a bias electrode of the laser modulator to scan the input/output characteristics of the laser modulator, obtaining a bias characteristic table of the laser modulator by storing the output optical power corresponding to every bias voltage and determining a bias control voltage corresponding to a preset operating point through table lookup; enabling a communication electrical signal to be input to a radio frequency electrode of the laser modulator, carrying out an amplitude modulation on the communication electrical signal by a low-frequency sinusoidal pilot signal, and inputting the determined bias control voltage to the bias electrode simultaneously as an initial bias voltage; and sampling output optical signals of the laser modulator, comparing the sampled optical signal with the pilot signal, and adjusting the bias control voltage input to the bias electrode according to the result of the comparison.
A trocar comprising: a retention cannula (600, 700, 900) comprising: a proximal end, a distal end, and a longitudinal axis; a cannula wall defining a lumen extending between the proximal end and the distal end; a tip disposed at the distal end of the cannula, a cannula body between the proximal end of the cannula and the tip; and an inverted, tissue retention pattern (640, 740) extending into the wall of the cannula body, wherein an outer diameter of the inverted pattern is not greater than an outer diameter of the cannula body; and characterized in that the inverted pattern (640, 740) comprises a plurality of non-continuous thread roots (644b, 742b, 942, 1041, 1141) extending circumferentially about the wall of the cannula body, and a continuous thread root (943, 1043, 1143) having alternating retention segments (642, 742a, 944a) extending circumferentially about the wall of the cannula generally perpendicularly to the longitudinal axis of the trocar and flow channels (644a, 744, 944b) extending circumferentially about the cannula wall transverse to the longitudinal axis. a retention cannula (600, 700, 900) comprising: a proximal end, a distal end, and a longitudinal axis; a cannula wall defining a lumen extending between the proximal end and the distal end; a tip disposed at the distal end of the cannula, a cannula body between the proximal end of the cannula and the tip; and an inverted, tissue retention pattern (640, 740) extending into the wall of the cannula body, wherein an outer diameter of the inverted pattern is not greater than an outer diameter of the cannula body; and a proximal end, a distal end, and a longitudinal axis; a cannula wall defining a lumen extending between the proximal end and the distal end; a tip disposed at the distal end of the cannula, a cannula body between the proximal end of the cannula and the tip; and an inverted, tissue retention pattern (640, 740) extending into the wall of the cannula body, wherein an outer diameter of the inverted pattern is not greater than an outer diameter of the cannula body; and characterized in that the inverted pattern (640, 740) comprises a plurality of non-continuous thread roots (644b, 742b, 942, 1041, 1141) extending circumferentially about the wall of the cannula body, and a continuous thread root (943, 1043, 1143) having alternating retention segments (642, 742a, 944a) extending circumferentially about the wall of the cannula generally perpendicularly to the longitudinal axis of the trocar and flow channels (644a, 744, 944b) extending circumferentially about the cannula wall transverse to the longitudinal axis.
Mounting element for device installation channels with a holding rail on the channel base, which comprises a bottom portion with latching hooks (12, 12', 12") formed on it, which are configured such as to interact with latching projections (28, 28') on both sides of the holding rail, and wall sections (5, 5', 5"), as well as a locking element, wherein the locking element is composed of at least one guide portion and one support portion, wherein at least one of the latching hooks (12, 12', 12") is configured as a flexible latching hook for latching onto the latching projection (28, 28'), which is formed on one side of the holding rail, and the support portion, in the mounted state of the mounting element, is guided in the installation channel through an opening in the bottom portion, wherein the other latching hooks (12', 12") are configured as rigid latching hooks for latching onto the latching projection (28, 28') on the other side of the holding rail, and the support portion, in the mounted state of the mounting element, is in contact in the device installation channel with the side of a latching hook facing away from the holding rail, wherein, through the guide portion, the locking element is guided through a guide of one of the wall sections, and the guide portion comprises a guide wall with a latching element, wherein, in order to safeguard the locking element when the support portion of the locking element is not in contact with the side of the latching hook facing away from the holding rail, the latching element is latched into a passage hole in the wall section.
An information processing device comprising: an acquisition unit that acquires a feature-quantity vector directly or indirectly indicating variations in a time series in at least one of a position and orientation of a housing of each of a plurality of different devices (10, 30) that are previously associated; and a controller that cancels a predetermined restriction set in advance, on the basis of the acquired feature-quantity vector corresponding to each of the plurality of devices; wherein the controller determines similarity between the feature-quantity vectors corresponding to the plurality of devices on the basis of comparison between the feature-quantity vectors corresponding to the plurality of devices and cancels the predetermined restriction on the basis of a determination result; and characterized in that the controller determines the similarity based on an identification function generated by a learning algorithm. an acquisition unit that acquires a feature-quantity vector directly or indirectly indicating variations in a time series in at least one of a position and orientation of a housing of each of a plurality of different devices (10, 30) that are previously associated; and a controller that cancels a predetermined restriction set in advance, on the basis of the acquired feature-quantity vector corresponding to each of the plurality of devices; wherein the controller determines similarity between the feature-quantity vectors corresponding to the plurality of devices on the basis of comparison between the feature-quantity vectors corresponding to the plurality of devices and cancels the predetermined restriction on the basis of a determination result; and characterized in that the controller determines the similarity based on an identification function generated by a learning algorithm.
A system for controlling an electronic device, the system comprising: an audio accessory coupled to the electronic device, the audio accessory having a tone generator and a user control interface for receiving at least one input, the accessory adapted to, in response to an input, generate a corresponding header message at a particular frequency using the tone generator, and send that header message to the electronic device, the header message indicating that a control message will be sent and that a secondary detection circuit should be powered up to receive the control message; wherein the particular frequency is selected so as to be inaudible to a human user; the electronic device being operable to receive the header message, and including at least one resonator adapted to resonate at the particular frequency and to generate a corresponding output signal; and wherein the output signal causes an appropriate action to be executed on the electronic device, the appropriate action being powering up of the secondary detection circuit to receive the control message. an audio accessory coupled to the electronic device, the audio accessory having a tone generator and a user control interface for receiving at least one input, the accessory adapted to, in response to an input, generate a corresponding header message at a particular frequency using the tone generator, and send that header message to the electronic device, the header message indicating that a control message will be sent and that a secondary detection circuit should be powered up to receive the control message; wherein the particular frequency is selected so as to be inaudible to a human user; the electronic device being operable to receive the header message, and including at least one resonator adapted to resonate at the particular frequency and to generate a corresponding output signal; and wherein the output signal causes an appropriate action to be executed on the electronic device, the appropriate action being powering up of the secondary detection circuit to receive the control message.