mhurhangee/ep-ind-claims huggingface dataset:
Adapter device for arranging a container (4, 6) on the upper side of a cleaning apparatus, consisting of an adapter plate (1, 2) with a support surface (13, 15), and at least one locking element for locking the container (4, 6) on the adapter plate, characterised in that the adapter plate (1, 2) is divided into at least two parts and consists of a front adapter plate and a rear adapter plate which can be mounted separately from one another on the upper side of the cleaning apparatus, and in that the two adapter plates (1, 2) between them leave free the housing surface with a carrying handle arranged there.
A drive mechanism for rotating a first structure at a first angular velocity and rotating a second structure at a second angular velocity about a common axis of rotation comprising: a drive motor for rotating the first structure; the second structure mounted to the first structure so as to be rotatable relative to the first structure about the common axis of rotation; a sun gear fixed to the second structure for rotation therewith about the common axis; a planetary gear rotatably mounted to the first structure so as to orbit with the first structure about the common axis and axially rotate relative to the first structure, the planetary gear being operatively connected to the sun gear to rotate the second structure upon rotation of the first structure by the drive motor, while the orientation of the planetary gear relative to the sun gear remains constant; a stationary support, characterized by a flexible shaft fixed on a first end to the stationary support movable in unison with the first structure about the common axis of rotation and having the planetary gear mounted to a second end. a drive motor for rotating the first structure; the second structure mounted to the first structure so as to be rotatable relative to the first structure about the common axis of rotation; a sun gear fixed to the second structure for rotation therewith about the common axis; a planetary gear rotatably mounted to the first structure so as to orbit with the first structure about the common axis and axially rotate relative to the first structure, the planetary gear being operatively connected to the sun gear to rotate the second structure upon rotation of the first structure by the drive motor, while the orientation of the planetary gear relative to the sun gear remains constant; a stationary support, characterized by a flexible shaft fixed on a first end to the stationary support movable in unison with the first structure about the common axis of rotation and having the planetary gear mounted to a second end.
Measurement device for detection of a simultaneous presence of at least a first signal and a second signal in a measurement signal, with a receiving means for reception of the measurement signal in the form of a digital measurement signal and a processing means, wherein the processing means comprises a transforming means for transformation of the digital measurement signal into a measurement signal in the frequency domain, characterised in that the processing means comprises a subtracting means for subtraction of a first side band of the measurement signal in the frequency domain from a second side band of the measurement signal in the frequency domain, wherein in the process the subtracting means generates a residual signal which is used for detection of the presence of the second signal in the measurement signal, and in that the receiving means processes the measurement signal solely by means of linear operations before it digitizes the measurement signal to form the digital measurement signal.
A method of producing tooling for molding a part by resin transfer molding, the method comprising at least the following steps: · producing a model of said part; · producing a countermold with an outside surface presenting an indentation complementary to a first side of said model; · placing said model in said indentation of the countermold; · draping a plurality of superposed textile layers that are impregnated with thermosetting resin on the model and on said outside surface of the countermold in order to shape a first half-shell; · curing said first half-shell; · separating the countermold from the model and from the first half-shell; · draping a plurality of superposed textile layers on the first half-shell and the first side of the model, in order to shape a second half-shell; and · curing the second half-shell. · producing a model of said part; · producing a countermold with an outside surface presenting an indentation complementary to a first side of said model; · placing said model in said indentation of the countermold; · draping a plurality of superposed textile layers that are impregnated with thermosetting resin on the model and on said outside surface of the countermold in order to shape a first half-shell; · curing said first half-shell; · separating the countermold from the model and from the first half-shell; · draping a plurality of superposed textile layers on the first half-shell and the first side of the model, in order to shape a second half-shell; and · curing the second half-shell.
A composition comprising: a compound comprising two or more epoxy groups; an aliphatic amine comprising one or more selected from a primary amine group and a secondary amine group; and one or more compounds selected from general formula,,, and wherein R 1 is a group comprising a primary amine group, a secondary amine group, a carboxyl group, and/or a thiol group, and wherein the sum of the number of epoxy groups in component and the number of primary amine groups in component is equal to three or greater. a compound comprising two or more epoxy groups; an aliphatic amine comprising one or more selected from a primary amine group and a secondary amine group; and one or more compounds selected from general formula,,, and wherein R 1 is a group comprising a primary amine group, a secondary amine group, a carboxyl group, and/or a thiol group, and wherein the sum of the number of epoxy groups in component and the number of primary amine groups in component is equal to three or greater. wherein R 1 is a group comprising a primary amine group, a secondary amine group, a carboxyl group, and/or a thiol group, and wherein the sum of the number of epoxy groups in component and the number of primary amine groups in component is equal to three or greater.
A bumper reinforcement (1,21), comprising: an aluminum alloy extrusion body having a pair of flanges (2, 3) to be positioned on a vehicle body side and on a collision side and a pair of webs (4,5) to be positioned in a vehicle vertical direction, wherein the pair of webs (4,5) connect the pair of flanges (2, 3) at joint portions such that the pair of webs (4,5) and the pair of flanges (2, 3) form a closed cross section,,wherein each of the pair of flanges (2, 3) has a welded portion (6, 7), and wherein the welded portions (6, 7) are formed in the flanges (2,3) only. an aluminum alloy extrusion body having a pair of flanges (2, 3) to be positioned on a vehicle body side and on a collision side and a pair of webs (4,5) to be positioned in a vehicle vertical direction, wherein the pair of webs (4,5) connect the pair of flanges (2, 3) at joint portions such that the pair of webs (4,5) and the pair of flanges (2, 3) form a closed cross section,,wherein each of the pair of flanges (2, 3) has a welded portion (6, 7), and wherein the welded portions (6, 7) are formed in the flanges (2,3) only.
Fixing profile for a balcony railing, the fixing profile comprising a fixing portion and a cantilever potion, the fixing portion providing a contact element formed for contact of the fixing profile against a mounting face of a building, the fixing portion providing through-clearances which serve to receive fixing means, and the cantilever portion protruding from the fixing portion on a face opposite the contact element and being formed elongate in a longitudinal direction in terms of a profile cross section, characterised in that the fixing portion has a plurality of profile chambers (9, 10, 11) and in that the profile chambers (9, 10, 11) are formed for receiving the fixing means in portions, the profile chambers (9, 10, 11) being formed in that U-shaped cap profiles (32, 33, 34), formed elongate in the longitudinal direction, are installed on a profile carrier bridge of the fixing portion.
A method of manufacturing a heterocycle-containing polymer precursor using dicarboxylic acid or dicarboxylic acid derivative and diamine as raw materials, comprising: halogenating the dicarboxylic acid or the dicarboxylic acid derivative by using a halogenating agent and performing reaction with diamine; and adjusting a difference between a molar amount of the halogenating agent and a molar amount of water included in a reaction system before reaction of the halogenating agent to become 2.10 times or less of a total molar amount of the dicarboxylic acid and the dicarboxylic acid derivative as the raw materials. halogenating the dicarboxylic acid or the dicarboxylic acid derivative by using a halogenating agent and performing reaction with diamine; and adjusting a difference between a molar amount of the halogenating agent and a molar amount of water included in a reaction system before reaction of the halogenating agent to become 2.10 times or less of a total molar amount of the dicarboxylic acid and the dicarboxylic acid derivative as the raw materials.
A reagent introducing device for introducing reagent compositions into a plurality of open-ended, capillary tubes, the device comprising a plurality of troughs, with each trough tapering in width towards a narrowed portion where the open end of one of the capillary tubes can be located, with reagent composition being introducible into a wider portion of the trough, characterised in that the troughs are positioned in an arrangement which includes two outer portions (116,118) and an inner portion located between the outer portions, with each trough extending across one of the outer portions of the arrangement and into the inner portion, and with troughs that are adjacent one another at the inner portion of the arrangement extending across opposite outer portions (116,118), and with the axes of troughs that are adjacent one another at each outer portion of the arrangement diverging outwardly away from one another.
A method of protecting an end of a cable made of a plurality of parallel tendons and anchored using an anchor block having a front side, a rear side and channels (16, 52) extending between the front and rear sides, each tendon of the cable being held in a respective channel of the anchor block with a blocking member, characterised in that said method comprises: - performing a first phase of injecting protective material into at least some of the channels of the anchor block, each of said channels (16, 25) receiving one of said tendons; - forming a chamber (31; 50-51) on at least the front side of the anchor block, end portions of the plurality of tendons being contained in said chamber; and - performing a second phase of injecting protective material (300; 400) into said chamber, whereby the protective material injected in the second phase is in contact with the end portions of the tendons and is filling said chamber. - performing a first phase of injecting protective material into at least some of the channels of the anchor block, each of said channels (16, 25) receiving one of said tendons; - forming a chamber (31; 50-51) on at least the front side of the anchor block, end portions of the plurality of tendons being contained in said chamber; and - performing a second phase of injecting protective material (300; 400) into said chamber, whereby the protective material injected in the second phase is in contact with the end portions of the tendons and is filling said chamber.
Aluminium casting alloy, characterized in that said alloy is consisting of: 8-9% by weight of silicon, 0.29-0.4% by weight of iron, less than 0.2% by weight of copper, 0.2-0.45% by weight of manganese, less than 0.3% by weight of zinc, less than 0.3% by weight of magnesium, less than 0.2% by weight of titanium, less than 0.05% by weight of chrome, less than 0.05% by weight of nickel, less than 0.05% by weight of strontium, less than 0.05% by weight of lead, less than 0.05% by weight of tin, and aluminium as the remainder. 8-9% by weight of silicon, 0.29-0.4% by weight of iron, less than 0.2% by weight of copper, 0.2-0.45% by weight of manganese, less than 0.3% by weight of zinc, less than 0.3% by weight of magnesium, less than 0.2% by weight of titanium, less than 0.05% by weight of chrome, less than 0.05% by weight of nickel, less than 0.05% by weight of strontium, less than 0.05% by weight of lead, less than 0.05% by weight of tin, and aluminium as the remainder.
A method for congestion control in a network node (114; 510; 900) of a communication network, said network node being adapted to handle a plurality of data connections, RAB 1-N, for conveying data packets travelling between a core side and a terminal side of said communication network in compliance with an acknowledgement-based data transmission protocol for delivering a data stream from a sending host to a receiving host, the method comprising, in said network node: detecting a condition indicative of a congestion for any of said plurality of data connections; selecting, among said plurality of data connections, a data connection, RAB drop, for which a bit-rate reduction is to be caused; determining a number, X i, of data packets to be discarded for the selected data connection, characterised by, that the determined number depends on a time-integrated difference between experienced and targeted bit-rates for the selected data connection; and causing discarding of said determined number of data packets by manipulating each of said determined number of data packets in a way such that the receiving host upon receipt of the data packets will respond to the sending host with an indication that the data packets have not been duly received, so as to initiate the reduction of the bit-rate for the selected data connection. detecting a condition indicative of a congestion for any of said plurality of data connections; selecting, among said plurality of data connections, a data connection, RAB drop, for which a bit-rate reduction is to be caused; determining a number, X i, of data packets to be discarded for the selected data connection, characterised by, that the determined number depends on a time-integrated difference between experienced and targeted bit-rates for the selected data connection; and causing discarding of said determined number of data packets by manipulating each of said determined number of data packets in a way such that the receiving host upon receipt of the data packets will respond to the sending host with an indication that the data packets have not been duly received, so as to initiate the reduction of the bit-rate for the selected data connection.
A method for selectively connecting mobile devices to 4G and/or 5G networks, comprising the following steps: a) preparing a plurality of isolated 4G and/or 5G networks suited to define a network federation, each of said 4G and/or 5G networks including at least the following components: - a Radio Access Network; - a PDN Gateway node for a 4G network or a User Plane Function node for a 5G network; - an application server; b) preparing a plurality of mobile devices; c) connecting said mobile devices to said 4G and/or 5G networks to exchange data traffic with the application server via, at least, said Radio Access Network and said PDN Gateway or UPF node; d) preparing a connectivity network designed to selectively connect the 4G and/or 5G networks to each other; characterized in that it comprises the following steps: e) selecting of a reference PDN Gateway or UPF node associated with a 4G and/or 5G network of the federation, the 4G and 5G network associated with the reference PDN Gateway or UPF node being suited to become the reference network with respect the other 4G and/or 5G networks of the federation; f) migrating the data traffic associated with all the mobile devices connected to the 4G and/or 5G networks other than the reference network to the application server associated with the reference 4G and/or 5G network which includes the PDN Gateway or UPF node selected in the step e), in said migration step f) the data traffic is forwarded, respectively, via the connectivity network and the reference PDN Gateway or UPF node. a) preparing a plurality of isolated 4G and/or 5G networks suited to define a network federation, each of said 4G and/or 5G networks including at least the following components: - a Radio Access Network; - a PDN Gateway node for a 4G network or a User Plane Function node for a 5G network; - an application server; - a Radio Access Network; - a PDN Gateway node for a 4G network or a User Plane Function node for a 5G network; - an application server; b) preparing a plurality of mobile devices; c) connecting said mobile devices to said 4G and/or 5G networks to exchange data traffic with the application server via, at least, said Radio Access Network and said PDN Gateway or UPF node; d) preparing a connectivity network designed to selectively connect the 4G and/or 5G networks to each other; e) selecting of a reference PDN Gateway or UPF node associated with a 4G and/or 5G network of the federation, the 4G and 5G network associated with the reference PDN Gateway or UPF node being suited to become the reference network with respect the other 4G and/or 5G networks of the federation; f) migrating the data traffic associated with all the mobile devices connected to the 4G and/or 5G networks other than the reference network to the application server associated with the reference 4G and/or 5G network which includes the PDN Gateway or UPF node selected in the step e), in said migration step f) the data traffic is forwarded, respectively, via the connectivity network and the reference PDN Gateway or UPF node.
An insertion mechanism for drug delivery pumps having a vented fluid pathway comprising: one or more insertion biasing members; a hub; a needle coupled to the hub; a retraction biasing member disposed to selectively retract the needle; and a manifold having a septum through which the needle extends, a cannula, a manifold intake, a first opening, a membrane disposed across the first opening, and a second opening, the cannula extending through the second opening, the second opening being at least temporarily blocked by the needle as it resides within the cannula prior to operation of the insertion mechanism, wherein the annular space within the manifold between the septum, the cannula, the manifold intake, and the membrane defines a manifold header, and wherein the manifold is configured to vent a gaseous fluid through the membrane and fill with a liquid fluid for delivery to the user through the cannula. one or more insertion biasing members; a hub; a needle coupled to the hub; a retraction biasing member disposed to selectively retract the needle; and a manifold having a septum through which the needle extends, a cannula, a manifold intake, a first opening, a membrane disposed across the first opening, and a second opening, the cannula extending through the second opening, the second opening being at least temporarily blocked by the needle as it resides within the cannula prior to operation of the insertion mechanism, wherein the annular space within the manifold between the septum, the cannula, the manifold intake, and the membrane defines a manifold header, and wherein the manifold is configured to vent a gaseous fluid through the membrane and fill with a liquid fluid for delivery to the user through the cannula.
Machine for executing at least one operation or machining operation on at least one panel or other piece, said machine comprising: a conveyor belt for conveying at least one panel or other piece according to an advancing direction; at least one side edge being defined in said conveyor belt; transversal movement means (14, 15) for moving said conveyor belt transversely to said advancing direction; detecting means for detecting at least the position of said at least one side edge of said conveyor belt; grinding means for grinding said at least one side edge of said conveyor belt; operative means for executing at least one operation or machining operation on at least one panel or other piece while said at least one panel or other piece is transported by said conveyor belt; and a control unit which is operatively connected with said transversal movement means (14, 15) and said detecting means and configured to command said transversal movement means (14, 15) to move said conveyor belt transversely to said advancing direction based on the position of said at least one side edge being grinded by said grinding means, said position being detected by said detecting means. a conveyor belt for conveying at least one panel or other piece according to an advancing direction; at least one side edge being defined in said conveyor belt; transversal movement means (14, 15) for moving said conveyor belt transversely to said advancing direction; detecting means for detecting at least the position of said at least one side edge of said conveyor belt; grinding means for grinding said at least one side edge of said conveyor belt; operative means for executing at least one operation or machining operation on at least one panel or other piece while said at least one panel or other piece is transported by said conveyor belt; and a control unit which is operatively connected with said transversal movement means (14, 15) and said detecting means and configured to command said transversal movement means (14, 15) to move said conveyor belt transversely to said advancing direction based on the position of said at least one side edge being grinded by said grinding means, said position being detected by said detecting means.
Braking device for braking a wire, wherein the braking device comprises a first clamping arm and a second clamping arm arranged on the first clamping arm movable relative to the first clamping arm, wherein the first clamping arm has a first holding region and the second clamping arm has a second holding region, wherein the second clamping arm is movable between a clamping position, in which the wire can be held between the first holding region and the second holding region, and a release position, in which the wire held between the first holding region and the second holding region can be released, wherein the second clamping arm is arranged on the first clamping arm pivotable relative to the first clamping arm, wherein the second clamping arm is pivotable between the clamping position and the release position, characterized in that the braking device comprises a drive device with a drive for moving the second clamping arm between the clamping position and the release position, wherein the braking device comprises a base body, wherein the first clamping arm is arranged on the base body movable relative to the base body, wherein the first clamping arm is mounted movable along a linear guide arranged on the base body, wherein the drive is arranged on the base body and comprises a drive shaft, wherein the second clamping arm is arranged mounted rotatable eccentrically on the drive shaft.