mhurhangee/ep-ind-claims huggingface dataset:
A vehicle including a pressing unit for pressing waste material, wherein the pressing unit includes: • an input section, at which unpressed waste material can be input, • a pressing device for compressing the input waste material in portions into individual bales, and • an output section, at which the bales can be output, wherein an enveloping device functionally arranged between the pressing device and the output section, which is configured to coat at least one bale output by the pressing device with a substantially dust-proof envelope, characterized in that a load-bearing body element of the vehicle extending in vehicle longitudinal direction, which preferably comprises a trailer section for load-bearing connection to a towing vehicle or which connects at least one axle of the vehicle to a front axle of the vehicle, forms a base part of the pressing device carrying a pressing load, and/or a supporting part of the pressing unit connecting the pressing unit including an energy supply device, the pressing device, a self-loading crane, a binding device, a transport device, the enveloping device and a housing to a constructional unit. wherein the pressing unit includes: • an input section, at which unpressed waste material can be input, • a pressing device for compressing the input waste material in portions into individual bales, and • an output section, at which the bales can be output, wherein an enveloping device functionally arranged between the pressing device and the output section, which is configured to coat at least one bale output by the pressing device with a substantially dust-proof envelope, characterized in that • an input section, at which unpressed waste material can be input, • a pressing device for compressing the input waste material in portions into individual bales, and • an output section, at which the bales can be output, wherein an enveloping device functionally arranged between the pressing device and the output section, which is configured to coat at least one bale output by the pressing device with a substantially dust-proof envelope, characterized in that a load-bearing body element of the vehicle extending in vehicle longitudinal direction, which preferably comprises a trailer section for load-bearing connection to a towing vehicle or which connects at least one axle of the vehicle to a front axle of the vehicle, forms a base part of the pressing device carrying a pressing load, and/or a supporting part of the pressing unit connecting the pressing unit including an energy supply device, the pressing device, a self-loading crane, a binding device, a transport device, the enveloping device and a housing to a constructional unit.
Spring element having a biasing device that can be used in pockets of mattresses, on slats of a slatted frame, or in upholstered seat elements, wherein the spring element comprises a top part configured as a supporting disk, and a bottom part configured as a base plate and wherein a spring member which cooperates with the biasing device in order to limit the excursion of the spring, is arranged between the supporting disk and the base plate characterized in that the biasing device is arranged within the spring element as an integrated element for limiting the excursion of the spring, which is configured as a plastic strip and is arranged in the central axis of the spring element and which absorbs the bias of the spring member between the supporting disk and the base plate, wherein the spring member is biased in such a manner that it allows a direction-independent loading of the spring element in the biased state under loading of the supporting disk.
An optical system comprising a display device emitting an illuminated object and an optical system comprising at least a first optical element and a second adaptive optical element comprising at least one active component, in other words a component capable of modifying an optical wavefront received virtually instantaneously according to a predetermined law, said optical system being designed to produce an image of said illuminated object whose geometric and photometric characteristics are known, the image being at a finite distance or at infinity, characterized in that the display device being composed of a plurality of adjacent regions (Zi), to each region (Zi) of the objet there corresponds at least one predetermined law (Li) for modification of the active component in such a manner that the geometric aberrations of the region of the image given by the system and corresponding to said region of the object are minimized, said optical system being arranged so that the display device emits the illuminated object in a sequential manner, each region being emitted for a predetermined period of time, the predetermined law for modification of the active component corresponding to said region being applied to the active component for said predetermined period of time.
A method of coating a stent, characterized in that the method comprises:: permanently affixing a conductor to a catheter, said conductor extending along a longitudinal portion of said catheter; mounting a metallic stent on said catheter, wherein said metallic stent contacts said conductor; electrically charging a coating material and dispensing said charged coating material in proximity to said metallic stent; and applying an electrical charge to said conductor, wherein said charged coating material is attracted to said metallic stent, whereby said metallic stent is electrostatically coated with said coating material. permanently affixing a conductor to a catheter, said conductor extending along a longitudinal portion of said catheter; mounting a metallic stent on said catheter, wherein said metallic stent contacts said conductor; electrically charging a coating material and dispensing said charged coating material in proximity to said metallic stent; and applying an electrical charge to said conductor, wherein said charged coating material is attracted to said metallic stent, whereby said metallic stent is electrostatically coated with said coating material.
A method of determining a probiotic bacterial strain suitable for treating a human skin dysbiotic condition, comprising a step of doing network analysis by a computer to determine the connectivity of said bacterial strain with at least a second bacterial strain in a dysbiotic condition as well as a non-dysbiotic condition, wherein: - said network is generated by co-occurrence analysis of abundance of said bacterial strain and said second bacterial strain by DNA sequencing by following 16s rRNA amplicon or whole genome sequencing method; and - in said network, each node represents a species or an operation taxonomic unit, and each edge represents a connection between two such species or OTUs, said connection meaning a positive correlation or a negative correlation, - wherein the network analysis is used to determine the degree of connectivity, meaning the number of edge connections, between said bacterial strain and other bacteria, in said dysbiotic condition as well as in said non-dysbiotic condition, - and said bacterial strain is said to be suitable if the degree of connectivity of said bacterial strain is lower in said dysbiotic condition and higher in said non-dysbiotic condition. - said network is generated by co-occurrence analysis of abundance of said bacterial strain and said second bacterial strain by DNA sequencing by following 16s rRNA amplicon or whole genome sequencing method; and - in said network, each node represents a species or an operation taxonomic unit, and each edge represents a connection between two such species or OTUs, said connection meaning a positive correlation or a negative correlation, - wherein the network analysis is used to determine the degree of connectivity, meaning the number of edge connections, between said bacterial strain and other bacteria, in said dysbiotic condition as well as in said non-dysbiotic condition, - and said bacterial strain is said to be suitable if the degree of connectivity of said bacterial strain is lower in said dysbiotic condition and higher in said non-dysbiotic condition.
Engine attachment system for an engine of an aircraft, the engine attachment system comprising: - a reactor pylon comprising an upper wall, a lower wall and, on either side, a lateral wall (206a-b) together delimiting a front face at the forward part of the reactor pylon, and - a forward engine attachment comprising a beam to which is fixed, on either side of a median plane, a connecting rod (304a-b), each connecting rod (304a-b) being fixed in an articulated manner via one of the ends thereof to the beam and being designed to be fixed in an articulated manner via the other of the ends thereof to the engine, - an intermediate component that takes the form of a dish with a bottom wall and four lateral walls (160a-d) extending about the bottom wall, wherein the beam is fixed against an exterior face of the bottom wall, wherein the intermediate component is fitted at the front face of the reactor pylon such that an interior face of the bottom wall abuts against the front face of the reactor pylon, such that a first lateral wall of the intermediate component bears against a lateral wall of the reactor pylon, such that a second lateral wall of the intermediate component bears against the other lateral wall of the reactor pylon, such that a third lateral wall of the intermediate component bears against the upper wall of the reactor pylon, such that a fourth lateral wall of the intermediate component bears against the lower wall of the reactor pylon, and wherein each lateral wall (160a-d) of the intermediate component and the associated wall (202, 204, 206a-b) of the reactor pylon are fixed to one another, the engine attachment system being characterized in that each lateral wall (206a-b) of the reactor pylon takes the form of a U that is open towards the interior of the reactor pylon and comprises a bottom that constitutes the lateral wall, a first flange that extends parallel to the upper wall and a second flange that extends parallel to the lower wall, and in that the upper wall is placed externally against the third lateral wall of the intermediate component. - a reactor pylon comprising an upper wall, a lower wall and, on either side, a lateral wall (206a-b) together delimiting a front face at the forward part of the reactor pylon, and - a forward engine attachment comprising a beam to which is fixed, on either side of a median plane, a connecting rod (304a-b), each connecting rod (304a-b) being fixed in an articulated manner via one of the ends thereof to the beam and being designed to be fixed in an articulated manner via the other of the ends thereof to the engine, - an intermediate component that takes the form of a dish with a bottom wall and four lateral walls (160a-d) extending about the bottom wall,
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, control information including an uplink grant; in case that the control information is associated with triggering a bandwidth part, BWP, switching, calculating a minimum processing time for preparing a physical uplink shared channel, PUSCH, based on a BWP switching time; and in case that a first time to transmit the PUSCH identified based on the uplink grant is no earlier than a second time to transmit the PUSCH identified based on the minimum processing time, transmitting, to the base station, the PUSCH. receiving, from a base station, control information including an uplink grant; in case that the control information is associated with triggering a bandwidth part, BWP, switching, calculating a minimum processing time for preparing a physical uplink shared channel, PUSCH, based on a BWP switching time; and in case that a first time to transmit the PUSCH identified based on the uplink grant is no earlier than a second time to transmit the PUSCH identified based on the minimum processing time, transmitting, to the base station, the PUSCH.
A propulsion system comprising: an electric fan propulsion motor comprising a plurality of propulsion motor windings; a means for cryogenic cooling comprising a cryogenic liquid air reservoir; and a cryogenic working fluid flow control assembly for controlling a flow rate of a working fluid released from the cryogenic liquid air reservoir to the propulsion motor windings; wherein the cryogenic working fluid flow control assembly comprises a manifold, and is characterized by: a purge valve proximate to a housing of the electric fan propulsion motor; wherein the purge valve is controllable to release gaseous air that has accumulated in the cryogenic working fluid flow control assembly during operation of the cryogenic working fluid flow control assembly. an electric fan propulsion motor comprising a plurality of propulsion motor windings; a means for cryogenic cooling comprising a cryogenic liquid air reservoir; and a cryogenic working fluid flow control assembly for controlling a flow rate of a working fluid released from the cryogenic liquid air reservoir to the propulsion motor windings; wherein the cryogenic working fluid flow control assembly comprises a manifold, and is characterized by: a purge valve proximate to a housing of the electric fan propulsion motor; wherein the purge valve is controllable to release gaseous air that has accumulated in the cryogenic working fluid flow control assembly during operation of the cryogenic working fluid flow control assembly. a purge valve proximate to a housing of the electric fan propulsion motor; wherein the purge valve is controllable to release gaseous air that has accumulated in the cryogenic working fluid flow control assembly during operation of the cryogenic working fluid flow control assembly.
A plate-shaped thermal insulation composite for internal insulation having a first side and an opposite second side, comprising at least two insulation material units each having length, height and width extensions and having an edge profile and/or surface, at least in sections, along the length and width extensions, wherein adjacent insulation material units are glued along these edge profiles which abut each other having at least one binding material-containing adhesive composition which is, in particular, applied by means of spreading, rolling, knife coating, casting and/or spraying, wherein the adhesive layer formed from this composition is capillary-active in the cured state and extends, at least in sections, from the first side to the second side, characterized in that at least two adjacent, in particular all of the, insulation material units are formed from foam products or comprise these.
Drive case and/or transmission case of a drive device for a slurry wall cutter, wherein the drive case and/or transmission case surrounds an inner space for receiving drive and/or transmission elements and comprises two case parts (13, 14) that are rotatable relative to one another and that are sealed with respect to one another by a seal device, characterized by at least one intermediate chamber, which can be pressurized, for pressure equalization between the inner space and the environment, and which is sealed with respect to the inner space by an inner seal and with respect to the environment by an outer seal.
A process for preparing a polyurethane solution, comprising: (a) preparing a polycarbonate siloxane diol by reacting a carbonate source with a bis(hydroxyalkyl)(tetramethyldisiloxane) in the presence of an initiator catalyst; (b) forming a prepolymer by reacting the siloxane diol with a diisocyanate; (c) forming a polyurethane by chain extending the prepolymer by reaction with an alkylene diol; (d) forming a polyurethane solution by adding dimethylacetamide to the stirred, heated mixture to yield a 15-50 wt-% solution of said polyurethane; and (e) cooling the solution to about 20-30°C, the polyurethane solution being synthesized so as to have a viscosity range under ambient conditions (at 20-25°C) in the range 1000-2000 mPas at 17 wt-% solids. (a) preparing a polycarbonate siloxane diol by reacting a carbonate source with a bis(hydroxyalkyl)(tetramethyldisiloxane) in the presence of an initiator catalyst; (b) forming a prepolymer by reacting the siloxane diol with a diisocyanate; (c) forming a polyurethane by chain extending the prepolymer by reaction with an alkylene diol; (d) forming a polyurethane solution by adding dimethylacetamide to the stirred, heated mixture to yield a 15-50 wt-% solution of said polyurethane; and (e) cooling the solution to about 20-30°C,
A method of synchronizing a client clock of a client communication node with a master clock in a data packet network, characterized in that it comprises the steps of i) transmitting first data representative of timing information of said master clock from a source communication node to said client communication node via a time distribution protocol at packet level and through a first communication path, ii) transmitting second data representative of a frequency reference, to which is correlated said timing information, from a chosen communication node (N1; N3) to said client communication node via a time distribution protocol at packet level and through a second communication path different from the first communication path, and iii) differentiating said transmitted first and second data into said client communication node to synchronize said client clock with said master clock by means of either the timing information or the frequency reference represented by said differentiated first and second data.
A method of gravel packing a wellbore in a subterranean formation, the wellbore comprising a cased section and an uncased section, the method comprising: pumping into the wellbore a gravel pack composition comprising gravel and a carrier fluid comprising an invert emulsion fluid, the invert emulsion fluid comprising: an oleaginous external phase; a non-oleaginous internal phase, wherein the ratio of the oleaginous external phase and non-oleaginous internal phase is less than 50:50; and an emulsifier stabilizing the oleaginous external phase and the non-oleaginous internal phase, wherein the emulsifier is an alkoxylated ether acid. an oleaginous external phase; a non-oleaginous internal phase, wherein the ratio of the oleaginous external phase and non-oleaginous internal phase is less than 50:50; and an emulsifier stabilizing the oleaginous external phase and the non-oleaginous internal phase, wherein the emulsifier is an alkoxylated ether acid.
A yoke plate arrangement comprising: a yoke plate; a yoke plate ear extending from the yoke plate, wherein a first aperture is disposed in the yoke plate ear, a post located at least partially within the first aperture, a contact surface configured to be in contact with the yoke plate ear, and further comprising a wear plate comprising a wear surface and a contact surface, wherein a post extends from the contact surface; and characterized by the yoke plate ear further comprising an anti-rotation surface configured to engage the wear plate to prevent the wear plate from rotating with respect to the yoke plate ear. a yoke plate; a yoke plate ear extending from the yoke plate, wherein a first aperture is disposed in the yoke plate ear, a post located at least partially within the first aperture, a contact surface configured to be in contact with the yoke plate ear, and further comprising a wear plate comprising a wear surface and a contact surface, wherein a post extends from the contact surface; and characterized by the yoke plate ear further comprising an anti-rotation surface configured to engage the wear plate to prevent the wear plate from rotating with respect to the yoke plate ear.
System for active management of energy in concrete walls and/or floors, the system comprising: printed heating systems comprising: printed heating circuits integrated in concrete parts during the concrete casting process, or printed heating circuits printed on the surface of concrete parts or cementitious coatings; the system further comprising high reflective materials; characterized in that the system comprises: - an electronic system embedded in the concrete, suitable for monitoring and control of the environment and the heating circuits; - phase-change materials; and - a concrete wall structure suitable for the usage of the heat generated by the printed heating circuits. printed heating systems comprising: printed heating circuits integrated in concrete parts during the concrete casting process, or printed heating circuits printed on the surface of concrete parts or cementitious coatings; printed heating circuits integrated in concrete parts during the concrete casting process, or printed heating circuits printed on the surface of concrete parts or cementitious coatings; - an electronic system embedded in the concrete, suitable for monitoring and control of the environment and the heating circuits; - phase-change materials; and - a concrete wall structure suitable for the usage of the heat generated by the printed heating circuits.
A radio frequency coil assembly for a magnetic resonance imaging system, comprising: a loop portion comprising at least three distributed capacitance conductor wires (602, 604, 606) encapsulated and separated by a dielectric material; a coupling electronics portion including a pre-amplifier; and a coil-interfacing cable extending between the coupling electronics portion and an interfacing connector of the RF coil assembly, wherein the loop portion further includes a core surrounded by the at least three distributed capacitance conductor wires, characterised in that the core is made of a second dielectric material having different dielectric properties than the dielectric material. a loop portion comprising at least three distributed capacitance conductor wires (602, 604, 606) encapsulated and separated by a dielectric material; a coupling electronics portion including a pre-amplifier; and a coil-interfacing cable extending between the coupling electronics portion and an interfacing connector of the RF coil assembly, wherein the loop portion further includes a core surrounded by the at least three distributed capacitance conductor wires, characterised in that the core is made of a second dielectric material having different dielectric properties than the dielectric material.
A device for closing a left atrial appendage comprising: an elongate body having a proximal end and a distal end; a closure element comprising a loop defining an aperture suitable for encircling the left atrial appendage therein, the closure element being at least partially housed within the elongate body; a suture comprising a suture knot and suture loop; a retention member configured to retain the closure element and the suture loop, and characterized in that it further comprises a suture hook positioned in the elongate body, wherein the suture hook captures and holds a portion of the suture loop within the elongate body. an elongate body having a proximal end and a distal end; a closure element comprising a loop defining an aperture suitable for encircling the left atrial appendage therein, the closure element being at least partially housed within the elongate body; a suture comprising a suture knot and suture loop; a retention member configured to retain the closure element and the suture loop, and characterized in that it further comprises a suture hook positioned in the elongate body, wherein the suture hook captures and holds a portion of the suture loop within the elongate body.