mhurhangee/ep-ind-claims huggingface dataset:
A blades assembly (1, 2) for a cutter unit of a rotary tiller machine, comprising a first blade and a second blade, said first and second blades (1, 2) comprising a respective working portion (10, 20) and a respective coupling portion (11, 21), said coupling portions being insertable into a housing seat of the cutter unit, wherein the coupling portion of the first blade comprises an opening capable of accommodating a locking element for locking said first blade on the cutter unit at least in one direction of extraction of said blades (1, 2) from said housing seat, said direction of extraction corresponding essentially to a radial direction, said blades (1, 2) comprising a respective shaped portion (12, 22), said shaped portions (12, 22) being connectable to one another, characterized in that the shaped portion of said first blade is defined by a lateral extension and the shaped portion of said second blade is defined by a recessed area within which said extension engages, the opening being defined by a through hole.
A clothing drying apparatus, comprising a cabinet assembly, a drying drum and a filter device; wherein the cabinet assembly comprises a front panel and a front support mechanism, the front support mechanism is arranged on the front panel, and the front panel is provided with a clothing throw-in port in communication with an interior of the drying drum; the filter device comprises an annular filter member, a lint cleaning member and a lint collecting member; the annular filter member is arranged between the front support mechanism and the drying drum, the lint cleaning member and the lint collecting member are both arranged on the front support mechanism, and the annular filter member is arranged to be capable of rotating together with the drying drum; and during the rotation of the annular filter member, the lint cleaning member can clean up the lint on the annular filter member, and the lint collecting member can collect the cleaned up lint, characterized in that the front support mechanism comprises a first support member and a second support member that are connected, at least one of the first support member and the second support member is arranged on the front panel, and the lint cleaning member and the lint collecting member are both arranged on the second support member; and wherein the first support member and the second support member together form an annular cavity that communicates an air duct of the clothing drying apparatus with the interior of the drying drum; the annular filter member is connected with the drying drum, and at least a part of the annular filter member is arranged inside the annular cavity. the filter device comprises an annular filter member, a lint cleaning member and a lint collecting member; the annular filter member is arranged between the front support mechanism and the drying drum, the lint cleaning member and the lint collecting member are both arranged on the front support mechanism, and the annular filter member is arranged to be capable of rotating together with the drying drum; and during the rotation of the annular filter member, the lint cleaning member can clean up the lint on the annular filter member, and the lint collecting member can collect the cleaned up lint, characterized in that the front support mechanism comprises a first support member and a second support member that are connected, at least one of the first support member and the second support member is arranged on the front panel, and the lint cleaning member and the lint collecting member are both arranged on the second support member; and wherein the first support member and the second support member together form an annular cavity that communicates an air duct of the clothing drying apparatus with the interior of the drying drum; the annular filter member is connected with the drying drum, and at least a part of the annular filter member is arranged inside the annular cavity.
A method for execution by a User Equipment, UE,, the method comprising: offloading a computational task onto a first network function at a first Mobile Edge Computing, MEC, node associated with a first MEC group; receiving first state data representative of a state of the first network function and associated with the computational task, from the first MEC node, via a first mobile network access node; transmitting a departure indication indicating that the UE is about to depart the first MEC group, to the first MEC node; receiving a departure response including final state data corresponding to a termination point of the computational task triggered by the receipt of the departure indication; continuing the computational task and processing the final state data to obtain second state data; and offloading the computational, onto a second network function at a second MEC node associated with a second MEC group via a second mobile network access node, the offloading of the computational task comprising transmitting the second state data to the second network function at the second MEC node via the second mobile network access node. offloading a computational task onto a first network function at a first Mobile Edge Computing, MEC, node associated with a first MEC group; receiving first state data representative of a state of the first network function and associated with the computational task, from the first MEC node, via a first mobile network access node; transmitting a departure indication indicating that the UE is about to depart the first MEC group, to the first MEC node; receiving a departure response including final state data corresponding to a termination point of the computational task triggered by the receipt of the departure indication; continuing the computational task and processing the final state data to obtain second state data; and offloading the computational, onto a second network function at a second MEC node associated with a second MEC group via a second mobile network access node, the offloading of the computational task comprising transmitting the second state data to the second network function at the second MEC node via the second mobile network access node.
A method of operating a data processing system wherein at least one previously defined generic computer program parameterized by one or more parameters is configured via a user interface defined at least in part according to a recorded configuration template, the data processing system comprising execution time data and a plurality of configuration controls including at least a first configuration control and a second configuration control, the first and second configuration controls comprising at least user interface portions and operational portions, the method comprising: dynamically generating the user interface so as to enable a user to configure an instance of the at least one generic program by: rendering, according to the configuration template, a first user interface based on the user interface portion of the first configuration control; receiving first user input through the first user interface, the first user input providing values for at least one of the one or more parameters for the instance of the at least one generic program; identifying the second configuration control from a set of configuration controls based at least in part on evaluating at least part of the operational portion of the first configuration control, said evaluation being based at least in part on the execution time data, the execution time data being data defined at execution time and including at least one environment variable, and said evaluation comprising evaluating the current value of the at least one environment variable; rendering a second user interface based on the user interface portion of the identified second configuration control; and receiving second user input through the second user interface, the second user input providing values for at least one of the one or more parameters for the instance of the at least one generic program. rendering, according to the configuration template, a first user interface based on the user interface portion of the first configuration control; receiving first user input through the first user interface, the first user input providing values for at least one of the one or more parameters for the instance of the at least one generic program; identifying the second configuration control from a set of configuration controls based at least in part on evaluating at least part of the operational portion of the first configuration control, said evaluation being based at least in part on the execution time data, the execution time data being data defined at execution time and including at least one environment variable, and said evaluation comprising evaluating the current value of the at least one environment variable; rendering a second user interface based on the user interface portion of the identified second configuration control; and receiving second user input through the second user interface, the second user input providing values for at least one of the one or more parameters for the instance of the at least one generic program.
A finishing assembly for floor covering comprising at least two bars (1;2/1;3), being on the one hand assembled together side by side such that they comprise at least two surfaces (1d;2d/1d;3d) substantially in the prolongation of one another, and separated by a longitudinal interstice (6/6'), and being, on the other hand, separable, said assembled bars (1;2/1;3) being designed to be used in a first floor covering application and at least one of said bars being designed to be used in a second floor covering application, characterized in that it comprises a surface coating being applied on said assembled bars (1;2/1;3) and covering the longitudinal interstice (6/6') between said bars.
Connecting device (1, 1') for connection to several pipes, in particular several pipes located in a hostile environment, said device comprising carrier housing, an actuating mechanism, and several telescopic connecting systems mounted on said carrier housing and suitable for actuation along an axis of translation (A1, A2) by said actuating mechanism for deployment and connection to said pipes, wherein each of said telescopic connecting systems is connected to a first portion of said actuating mechanism arranged within said carrier housing, said actuating mechanism comprising a control system and a control rod traversing at least one wall of the carrier housing and connecting said first portion to said control system arranged on the exterior of said carrier housing, characterized in that said actuating mechanism comprises a unique said first portion suitable for actuating said several telescopic connecting systems together.
A peptide comprising the amino acid sequence of SEQ ID NO. 66 (Ile-Asp-Gln-Gln-Val-Leu-Ser-Arg-Ile-Lys-Leu-Glu-Ile-Lys-Arg-Cys-Leu) for use in a method of preventing or reducing the incidence of acute urinary retention in a mammal requiring treatment for, or susceptible to developing acute urinary retention, the method comprising administering to the mammal a therapeutically effective amount of the peptide, wherein the method reduces the incidence of acute urinary retention by an amount greater than 10%, when compared to mammals receiving a control.
An electronic selector switch assembly for use in a vehicle having a transmission comprising transmission gears and for selecting one of these transmission gears, the electronic selector switch assembly comprising: a selector switch housing; a selector knob supported by a shaft within the selector switch housing; a knob position gear operatively connected to the selector knob; a knob measurement gear operatively connected to the knob position gear; a first sensor in communication with the knob measurement gear that is configured to sense an angular position of the selector knob and transmit a first output signal of the angular position of the selector knob; an annular gear rotatably supported about the shaft and selector knob; an annular gear measurement gear operatively connected to the annular gear; a second sensor in communication with the annular gear measurement gear that is configured to sense an angular position of the annular gear measurement gear and transmit a second output signal of an angular position of the annular gear; and a drive mechanism operatively connected to the annular gear; a controller configured to energize the drive mechanism to realign the annular gear to match a position of a transmission gear when the first output signal and second output signal do not compare to the position of the transmission gear; and a lock out mechanism operated by the controller and operatively connected to the selector knob and the knob position gear, wherein the lock out mechanism is configured to lock the selector knob and knob position gear in a predetermined position before realignment of the annular gear. a selector switch housing; a selector knob supported by a shaft within the selector switch housing; a knob position gear operatively connected to the selector knob; a knob measurement gear operatively connected to the knob position gear; a first sensor in communication with the knob measurement gear that is configured to sense an angular position of the selector knob and transmit a first output signal of the angular position of the selector knob; an annular gear rotatably supported about the shaft and selector knob; an annular gear measurement gear operatively connected to the annular gear; a second sensor in communication with the annular gear measurement gear that is configured to sense an angular position of the annular gear measurement gear and transmit a second output signal of an angular position of the annular gear; and a drive mechanism operatively connected to the annular gear; a controller configured to energize the drive mechanism to realign the annular gear to match a position of a transmission gear when the first output signal and second output signal do not compare to the position of the transmission gear; and a lock out mechanism operated by the controller and operatively connected to the selector knob and the knob position gear, wherein the lock out mechanism is configured to lock the selector knob and knob position gear in a predetermined position before realignment of the annular gear.
A method for energizing a chain-link converter comprising one or more phase legs (L1, L2, L3), each phase leg (L1, L2, L3) comprising a number of series-connected converter cells (31 1, 31 2,..., 31 n), each converter cell (31 1, 31 2,..., 31 n) comprising four valves arranged in an H-bridge connection with a DC capacitor (34 1, 34 2,..., 34 n), and each valve in turn comprising a semiconductor switch (32 1, 32 2, 32 3, 32 4) in parallel with a diode (33 1, 33 2, 33 3, 33 4), the method comprising the following steps in listed order: - charging the DC capacitor (34 1, 34 2,..., 34 n) of each converter cell (31 1, 31 2,..., 31 n) to a voltage level at which the semiconductor switches are controllable but below their nominal voltage, - diagnosing the converter cells (31 1, 31 2,..., 31 n) so as to detect failed components thereof, - discharging the DC capacitors of faulty cells, - bypassing faulty components in a controlled manner, and - charging the DC capacitors (34 1, 34 2,..., 34 n) to their nominal voltage. - charging the DC capacitor (34 1, 34 2,..., 34 n) of each converter cell (31 1, 31 2,..., 31 n) to a voltage level at which the semiconductor switches are controllable but below their nominal voltage, - diagnosing the converter cells (31 1, 31 2,..., 31 n) so as to detect failed components thereof, - discharging the DC capacitors of faulty cells, - bypassing faulty components in a controlled manner, and - charging the DC capacitors (34 1, 34 2,..., 34 n) to their nominal voltage.
A method for facilitating execution of an application on an electronic device having a display screen; one or more processors; and memory storing instructions that, when executed by the one or more processors, cause the apparatus electronic device to become configured to carry out the following steps, the method comprising: obtaining a layout of a user interface of an application; obtaining, from the layout, a mapping of a user-interface element in the user interface to a vector image representation of a graphical asset in a font file comprising a set of vector image representations of graphical assets used in the application, wherein the mapping includes a first attribute that identifies the font file; obtaining the font file from a plurality of font files using the first attribute; identifying a style of the graphical asset by using one or more additional attributes of the mapping, wherein the style describes a relative size of the graphical asset with respect to other graphical assets in the user interface, and the relative size of the graphical asset is represented by a number of density-independent pixels; selecting a font size of the graphical asset based on the attribute of the display screen and the relative size of the graphical asset defined by the style such that the graphical asset occupies the number of density-independent pixels specified by the relative size obtained from the style, wherein the attribute of the screen comprises a screen density, resolution and screen size; using a second attribute of the mapping to obtain the vector image representation of the graphical asset from the font file; and using the vector image representation to render the graphical asset in the selected font size in the user interface. obtaining a layout of a user interface of an application; obtaining, from the layout, a mapping of a user-interface element in the user interface to a vector image representation of a graphical asset in a font file comprising a set of vector image representations of graphical assets used in the application, wherein the mapping includes a first attribute that identifies the font file; obtaining the font file from a plurality of font files using the first attribute; identifying a style of the graphical asset by using one or more additional attributes of the mapping, wherein the style describes a relative size of the graphical asset with respect to other graphical assets in the user interface, and the relative size of the graphical asset is represented by a number of density-independent pixels; selecting a font size of the graphical asset based on the attribute of the display screen and the relative size of the graphical asset defined by the style such that the graphical asset occupies the number of density-independent pixels specified by the relative size obtained from the style, wherein the attribute of the screen comprises a screen density, resolution and screen size; using a second attribute of the mapping to obtain the vector image representation of the graphical asset from the font file; and using the vector image representation to render the graphical asset in the selected font size in the user interface.
Bullet-proof structure, comprising: - a first resistant layer made from a material of high resistance, - a coating of thermoplastic material obtained by injection-moulding the thermoplastic material along with said resistant material, the thermoplastic coating defining at least a second layer intended to be outside the first resistant layer of the structure; wherein the thermoplastic coating exhibits a relatively low melting temperature so as to be able to melt upon the arrival of the bullet and to retain the latter thereby preventing it from bouncing off the rigid layer upon the impact of same bullet, said coating also defining a third layer inwardly of the first layer wherein said second layer has a mean thickness in the range of 5 to 50 mm, so as to cover a length of the bullet sufficient to retain the latter and wherein the resistant layer comprises a first layer which, at least on the side of the incoming bullet, is matched with a second resistant thermoplastic layer comprising a material selected from polyamides, polyurethane, polypropylene, polyvinyl chloride and derivatives of these materials, and said anti-bounce layer comprises a thermoplastic material of the same category as the second resistant thermoplastic layer in order to improve the mutual adhesion between the resistant layer and the anti-bounce layer. - a first resistant layer made from a material of high resistance, - a coating of thermoplastic material obtained by injection-moulding the thermoplastic material along with said resistant material,
A method of preparing a lithographic printing plate precursor comprising the steps of: - providing an aluminum support; - graining and anodizing the aluminum support; - without applying a hydrophilic layer on the anodized aluminum support, coating a composition which is photopolymerizable upon absorption of light having a wavelength in the range of from 350 nm to 450 nm and comprising a polymerizable monomer or oligomer, a binder and a photo-initiator on the grained and anodized aluminum support to form a photopolymerizable layer; - coating an overcoat on the photopolymerizable layer; characterized in that the ratio of the total solid amount of polymerizable monomer and oligomer to the total solid amount of binder is from 1.55 to 1.95. - providing an aluminum support; - graining and anodizing the aluminum support; - without applying a hydrophilic layer on the anodized aluminum support, coating a composition which is photopolymerizable upon absorption of light having a wavelength in the range of from 350 nm to 450 nm and comprising a polymerizable monomer or oligomer, a binder and a photo-initiator on the grained and anodized aluminum support to form a photopolymerizable layer; - coating an overcoat on the photopolymerizable layer;
Non-therapeutic use of an agent as an absorption promoter for an epigallocatechin gallate from an extract from the leaves of a green tea cultivar Yabukita, wherein the agent comprises, as an active ingredient, a Camellia sinensis cultivar Benifuuki extract.