mhurhangee/ep-ind-claims huggingface dataset:
An inflatable avalanche safety system comprising: an inflatable chamber including a compressed state and an inflated state, wherein the inflated state forms a pressurized three dimensional region in proximity to a user; an inflation system configured to actively transmit ambient air within the inflatable chamber with a fan thereby transitioning the inflatable chamber from the compressed state to the inflated state; and an activation system configured to activate the inflation system, wherein the activation system includes a reinflation algorithm configured to automatically reactivate the inflation system after a predetermined period of time to maintain the inflated state of the inflatable chamber; wherein the inflatable chamber in the inflated state forms a pressurized three dimensional region entirely on a dorsal side in proximity to the user, a harness is configured to support the inflatable chamber, activation system, and inflation system in proximity to the user, wherein the fan is disposed in a bottom of the harness, the inflation system comprises an air intake and an internal airway channel, wherein the air intake comprises an air intake frame, which is a partially rigid member with a lateral vent structure having a channel to the internal airway channel, and the air intake frame has a curved end portion in the bottom to support the fan, the internal airway channel connects the lateral vent structure, fan and inflatable chamber, and the internal airway channel and the fan are disposed in the curved end portion of the air intake frame. an inflatable chamber including a compressed state and an inflated state, wherein the inflated state forms a pressurized three dimensional region in proximity to a user; an inflation system configured to actively transmit ambient air within the inflatable chamber with a fan thereby transitioning the inflatable chamber from the compressed state to the inflated state; and an activation system configured to activate the inflation system, wherein the activation system includes a reinflation algorithm configured to automatically reactivate the inflation system after a predetermined period of time to maintain the inflated state of the inflatable chamber; wherein the inflatable chamber in the inflated state forms a pressurized three dimensional region entirely on a dorsal side in proximity to the user, a harness is configured to support the inflatable chamber, activation system, and inflation system in proximity to the user, wherein the fan is disposed in a bottom of the harness, the inflation system comprises an air intake and an internal airway channel, wherein the air intake comprises an air intake frame, which is a partially rigid member with a lateral vent structure having a channel to the internal airway channel, and the air intake frame has a curved end portion in the bottom to support the fan, the internal airway channel connects the lateral vent structure, fan and inflatable chamber, and the internal airway channel and the fan are disposed in the curved end portion of the air intake frame.
A passenger domain of a chlamydial polymorphic membrane protein D polypeptide consisting of the entire sequence of SEQ ID NO. 7 for use in the prophylaxis or treatment of a Chlamydia bacterial infection, or of a chlamydia related disorder or condition in a subject.
A wireless transmission module, comprising a substrate, a magnetic shield layer structure located on the substrate, and a coil located on the magnetic shield layer structure, wherein chips (3041, 3042) and a passive component that are separated from each other are embedded inside the substrate; and the coil is electrically connected to the chips, wherein a first line layer is disposed on an upper surface of the substrate, and a second line layer is disposed on a lower surface of the substrate; first through holes (3061, 3062) extending through the upper surface and the lower surface of the substrate are further provided on the substrate; and the first through holes are filled with a conductive material, wherein the first and second line layers comprise lines for signal transmission; second through holes (3101, 3102) extending through an upper surface and a lower surface of the magnetic shield layer structure are provided on the magnetic shield layer structure; and the second through holes are filled with a conductive material; blind holes (3091, 3092, 3093) are provided between the second line layer and the chips, and the blind holes are filled with a conductive material; and the coil is interconnected with the chips through the second through holes, the first line layer, the first through holes, the blind holes, and the second line layer. chips (3041, 3042) and a passive component that are separated from each other are embedded inside the substrate; and the coil is electrically connected to the chips, wherein a first line layer is disposed on an upper surface of the substrate, and a second line layer is disposed on a lower surface of the substrate; first through holes (3061, 3062) extending through the upper surface and the lower surface of the substrate are further provided on the substrate; and the first through holes are filled with a conductive material, wherein the first and second line layers comprise lines for signal transmission; second through holes (3101, 3102) extending through an upper surface and a lower surface of the magnetic shield layer structure are provided on the magnetic shield layer structure; and the second through holes are filled with a conductive material; blind holes (3091, 3092, 3093) are provided between the second line layer and the chips, and the blind holes are filled with a conductive material; and the coil is interconnected with the chips through the second through holes, the first line layer, the first through holes, the blind holes, and the second line layer.
Crane, in particular a container stacking or gantry crane, comprising electric actuators (6, 7, 8) for lifting and/or traveling loads and/or crane elements, a generator for supplying the electric actuators (6, 7, 8) with energy, an internal combustion engine for driving the generator, input means for entering control commands for the actuators (6, 7, 8) and a control device for controlling the actuators in dependence on the control commands entered, wherein the control device includes a determination device for determining and/or estimating a future power demand of the actuators (6, 7, 8) on the basis of the actuation of the input means and the current operating condition of the actuators (6, 7, 8), and an engine control unit with a speed control device for variably controlling the rotary spssed of the internal combustion engine in dependence on the estimated/determined future power demand and the current operating condition of the actuators (6, 7, 8), characterited in that the electric actuators (6, 7, 8) can directly and completely be supplied with the electric energy currently provided each by the at least one generator and no intermediate storage of the electric energy generated by the generator is provided, wherein the control device is provided to limit the velocity and/or acceleration of the actuators (6, 7, 8) by considering the performance limit of the internal combustion engine and to adjust the internal combustion engine with regard to the speed to an operating point in which the internal combustion engine provides the calculated/estimated power demand substantially without an excess of power, before the actuators (6, 7, 8) reach the operating point requested by the control commands of the input means and the corresponding power demand.
System for mounting a silencer on a barrel of a firearm, the system comprising: - a muzzle element which has a first longitudinal axis and which can be directly or indirectly fastened to the barrel of the firearm by way of an attachment portion; - a connecting element which has a second longitudinal axis and which can be connected directly or indirectly to the silencer and can be pushed at least partially over the muzzle element, wherein the connecting element and the muzzle element can be mechanically locked to one another in an assembled position, in which the first longitudinal axis and the second longitudinal axis coincide in a common longitudinal axis, wherein the muzzle element has a first centring surface and at least two first fixing elements, and the connecting element has a second centring surface and at least two second fixing elements corresponding to the first fixing elements, wherein the at least two first fixing elements and the at least two second fixing elements are designed to be brought into engagement with one another in a first step by pushing the muzzle element and the connecting element one inside the other in the direction of the common longitudinal axis into a pushed-in position and to be moved from the pushed-in position to the assembled position in a second step by pivoting the muzzle element and the connecting element relative to one another about the common longitudinal axis, wherein the at least two first fixing elements and the at least two second fixing elements are further designed in such a way that the centring surfaces (10, 13) are pressed against one another as a result of the interaction of the first fixing elements and the second fixing elements during the pivoting from the pushed-in position to the assembled position, so that the muzzle element and the connecting element are locked to one another in the assembled position. - a muzzle element which has a first longitudinal axis and which can be directly or indirectly fastened to the barrel of the firearm by way of an attachment portion; - a connecting element which has a second longitudinal axis and which can be connected directly or indirectly to the silencer and can be pushed at least partially over the muzzle element,
A package for a medical device comprising: a folder having a bottom panel and a top panel; said bottom panel including a leading edge, a trailing edge, and at least one medical device securing element; said top panel including a leading edge, and a trailing edge joined with said trailing edge of said bottom panel to define a folding line extending between said top and bottom panels, wherein said folder has an unfolded configuration in which said leading edges of said top and bottom panels face in opposite directions, and a folded configuration in which said top panel is folded over said bottom panel at said folding line and said leading edges of said top and bottom panels face in the same direction and are aligned with one another, wherein said top panel has first and second lateral edges (148, 150) that extend from said leading edge of said top panel to said trailing edge of said top panel, characterised in that said top panel has a first stress relieving slit that extends inwardly from said first lateral edge toward a center of said top panel, and a second stress relieving slit that extends inwardly from said second lateral edge toward the center of said top panel, and wherein said first and second stress relieving slits of said top panel are aligned with one another along the length of said top panel. a folder having a bottom panel and a top panel; said bottom panel including a leading edge, a trailing edge, and at least one medical device securing element; said top panel including a leading edge, and a trailing edge joined with said trailing edge of said bottom panel to define a folding line extending between said top and bottom panels, wherein said folder has an unfolded configuration in which said leading edges of said top and bottom panels face in opposite directions, and a folded configuration in which said top panel is folded over said bottom panel at said folding line and said leading edges of said top and bottom panels face in the same direction and are aligned with one another, wherein said top panel has first and second lateral edges (148, 150) that extend from said leading edge of said top panel to said trailing edge of said top panel, characterised in that said top panel has a first stress relieving slit that extends inwardly from said first lateral edge toward a center of said top panel, and a second stress relieving slit that extends inwardly from said second lateral edge toward the center of said top panel, and wherein said first and second stress relieving slits of said top panel are aligned with one another along the length of said top panel.
Method for manufacturing a laminar construction panel comprising a first metal plate, a second metal plate, and an acoustic insulation layer interposed there between, characterised in that the first metal plate and the second metal plate are connected to each other by means of a number of locally welded joints, that are distributed over the laminar construction panel, and which extend through the area of the acoustic isolation layer.
An image decoding method comprising: splitting a first block included in an image on the basis of at least one of a split type and a split direction of the first block to determine at least one second block from the first block; if a size of a second block among the determined at least one second block is equal to a predetermined size, setting an intra mode as a prediction mode of the second block without obtaining, from a bitstream, information indicating whether the prediction mode of the second block is an intra mode or an inter mode; obtaining a prediction block of the second block among the at least one second block on the basis of the set prediction mode; and reconstructing the second block among the at least one second block on the basis of the prediction block of the second block among the at least one second block, wherein the split type represents one of binary-split, tri-split, and quad-split. splitting a first block included in an image on the basis of at least one of a split type and a split direction of the first block to determine at least one second block from the first block; if a size of a second block among the determined at least one second block is equal to a predetermined size, setting an intra mode as a prediction mode of the second block without obtaining, from a bitstream, information indicating whether the prediction mode of the second block is an intra mode or an inter mode; obtaining a prediction block of the second block among the at least one second block on the basis of the set prediction mode; and reconstructing the second block among the at least one second block on the basis of the prediction block of the second block among the at least one second block, wherein the split type represents one of binary-split, tri-split, and quad-split.
A method for producing dicyanobenzene comprising: an absorption step of contacting a xylene-ammoxidation reaction gas comprising dicyanobenzene obtained by ammoxidation of xylene with an organic solvent so as to obtain a dicyanobenzene-absorbing solution comprising the organic solvent in which the dicyanobenzene is dissolved; an extraction step of contacting the dicyanobenzene-absorbing solution with a basic aqueous solution comprising one or more salts selected from the group consisting of ammonium carbonate, ammonium bicarbonate, and ammonium carbamate so as to extract a water-soluble salt formed by neutralization reaction between carboxylic acid in the dicyanobenzene-absorbing solution and a base in the basic aqueous solution into an aqueous phase; a liquid-liquid separation step of separating a mixture of the dicyanobenzene-absorbing solution and the basic aqueous solution after the extraction step into an organic phase and an aqueous phase; a degassing step of decomposing one or more salts selected from the group consisting of ammonium carbonate, ammonium bicarbonate, and ammonium carbamate contained in the organic phase after the liquid-liquid separation step so as to separate the one or more salts from the organic phase; and a low-boiling-point compound separation step of distilling the organic phase after the degassing step to separate components contained in the organic phase and having a boiling point lower than that of the dicyanobenzene, from the organic phase so as to obtain the dicyanobenzene. an absorption step of contacting a xylene-ammoxidation reaction gas comprising dicyanobenzene obtained by ammoxidation of xylene with an organic solvent so as to obtain a dicyanobenzene-absorbing solution comprising the organic solvent in which the dicyanobenzene is dissolved; an extraction step of contacting the dicyanobenzene-absorbing solution with a basic aqueous solution comprising one or more salts selected from the group consisting of ammonium carbonate, ammonium bicarbonate, and ammonium carbamate so as to extract a water-soluble salt formed by neutralization reaction between carboxylic acid in the dicyanobenzene-absorbing solution and a base in the basic aqueous solution into an aqueous phase; a liquid-liquid separation step of separating a mixture of the dicyanobenzene-absorbing solution and the basic aqueous solution after the extraction step into an organic phase and an aqueous phase; a degassing step of decomposing one or more salts selected from the group consisting of ammonium carbonate, ammonium bicarbonate, and ammonium carbamate contained in the organic phase after the liquid-liquid separation step so as to separate the one or more salts from the organic phase; and a low-boiling-point compound separation step of distilling the organic phase after the degassing step to separate components contained in the organic phase and having a boiling point lower than that of the dicyanobenzene, from the organic phase so as to obtain the dicyanobenzene.
A solar generator comprising: a photon-enhanced thermionic emission generator having a cathode to receive solar radiation and an anode that in conjunction with the cathode generates a first current and waste heat from the solar radiation; a supplemental heat source providing a supplemental heat; a thermoelectric generator thermally coupled to the anode and to the supplemental heat source to convert the waste heat from the anode and the supplemental heat into a second current; and a circuit connected to the photon-enhanced thermionic emission generator and to the thermoelectric generator to combine the first and second currents (26, 36) into an output current. a photon-enhanced thermionic emission generator having a cathode to receive solar radiation and an anode that in conjunction with the cathode generates a first current and waste heat from the solar radiation; a supplemental heat source providing a supplemental heat; a thermoelectric generator thermally coupled to the anode and to the supplemental heat source to convert the waste heat from the anode and the supplemental heat into a second current; and a circuit connected to the photon-enhanced thermionic emission generator and to the thermoelectric generator to combine the first and second currents (26, 36) into an output current.
An in vitro or ex vivo method of preparing a cell-free composition, said method comprising or consisting of (a) subjecting cells to stress; and (b) collecting factors produced by said cells when subjected to said stress, thereby obtaining said cell-free composition; wherein said cells are comprised in or form at least one first carrier and said collecting is effected by means of a second carrier which second carrier is cell-free and concomitantly present with and spatially distinct from the first carrier(s) and is a scaffold composed of natural or synthetic polymer or comprises inorganic material selected from calcium phosphate ceramics, alumina ceramics, zirconia ceramics, nitride ceramics, carbon nanotubes and metals selected from or alloys comprising titanium, tantalum, iron, magnesium, cobalt and chromium; and said collecting is effected using a device comprising or consisting of (i) said first carrier(s) which first carrier(s) comprise(s) said cells or is/are suitable to hold said cells; (ii) said second carrier which is cell-free; and (iii) means of subjecting said cells in said first carrier to stress; wherein first carrier(s) and second carrier are positioned such that factors secreted by said cells when subjected to stress are collected in said second carrier, wherein at least one filter is positioned between said first and second carrier which prevents any cells and pathogens present in (any of) said first carrier(s) from entering into said second carrier. (a) subjecting cells to stress; and (b) collecting factors produced by said cells when subjected to said stress, thereby obtaining said cell-free composition; (i) said first carrier(s) which first carrier(s) comprise(s) said cells or is/are suitable to hold said cells; (ii) said second carrier which is cell-free; and (iii) means of subjecting said cells in said first carrier to stress;
Tool or blank, wherein the tool or blank comprises a first layer and a second layer, wherein the second layer is located on top of the first layer and wherein the first layer is a metal layer and the second layer is a first oxide layer with a first colour effect, characterised in that the first oxide layer has a coating thickness of approx. 10 nm, and wherein the tool or the blank includes a second oxide layer, wherein the second oxide layer results from the cathodic reduction or partial reduction of the first oxide layer, wherein the second oxide layer has a second colour effect, whereby two oxide layers with different colour effects exist; and wherein a resulting colour effect results from the first colour effect and from the second colour effect, wherein the second oxide layer is located directly above the first oxide layer.
Device for controlling a heating and/or cooling apparatus comprising a communication interface for connecting to a heating and/or cooling apparatus, and electronic control means (20, 30, 50, 60) for outputting a control value via the communication interface to the heating and/or cooling apparatus and for processing input signals which are received at the communication interface of the heating and/or cooling apparatus, characterized in that for reading digital input signals of different heating and/or cooling apparatuses, the electronic control means (20, 30, 50, 60) are configured: - to selectably set a threshold value for differentiating between a high level and a low level of the digital input signal, and - to compare the digital input signal with the selected threshold value. - to selectably set a threshold value for differentiating between a high level and a low level of the digital input signal, and - to compare the digital input signal with the selected threshold value.