mhurhangee/ep-ind-claims huggingface dataset:
A laundry treating machine comprising a casing accommodating a laundry chamber suitable for receiving the laundry to be treated, a bottom part comprising a basement and a bottom closing element (7; 57; 77) applicable to said basement in a side thereof facing the floor where said machine rests, said bottom closing element (7; 57; 77) comprising an air passage (12; 82, 83) allowing an air flow to pass therethrough; characterized in that said bottom closing element (7; 57; 77) comprises a grid-like structure (40; 60; 85, 86) closing said air passage (12; 82, 83).
A method, comprising: by a user equipment, UE: establish a radio resource control, RRC, connection with a first cell of a cellular network; transmit, to the cellular network, signaling comprising an indication that an enhanced radio link failure, RLF, recovery capability is supported, wherein the enhanced RLF recovery capability comprises applying connected mode configurations after RLF recovery on the first cell; receive, from the cellular network, one or more RRC messages comprising configuration information for RLF recovery on the first cell; detect one or more RLFs corresponding to the first cell; determine, via a connection reestablishment cell selection procedure, that the first cell is a suitable RLF recovery candidate cell of one or more candidate cells; apply, in response to detecting the one or more RLFs and determining that the first cell is a suitable RLF recovery candidate cell, the configuration information for RLF recovery on the first cell; in response to applying the configuration information, transmit, to the cellular network, signaling comprising a trigger indicating an enhanced RLF recovery; and re-establish, upon successful reception of the trigger at the cellular network and without exchanging additional signaling with the cellular network as part of a complete RRC connection re-establishment procedure, the RRC connection with the cellular network using the configuration information. establish a radio resource control, RRC, connection with a first cell of a cellular network; transmit, to the cellular network, signaling comprising an indication that an enhanced radio link failure, RLF, recovery capability is supported, wherein the enhanced RLF recovery capability comprises applying connected mode configurations after RLF recovery on the first cell; receive, from the cellular network, one or more RRC messages comprising configuration information for RLF recovery on the first cell; detect one or more RLFs corresponding to the first cell; determine, via a connection reestablishment cell selection procedure, that the first cell is a suitable RLF recovery candidate cell of one or more candidate cells; apply, in response to detecting the one or more RLFs and determining that the first cell is a suitable RLF recovery candidate cell, the configuration information for RLF recovery on the first cell; in response to applying the configuration information, transmit, to the cellular network, signaling comprising a trigger indicating an enhanced RLF recovery; and re-establish, upon successful reception of the trigger at the cellular network and without exchanging additional signaling with the cellular network as part of a complete RRC connection re-establishment procedure, the RRC connection with the cellular network using the configuration information.
Diaphragm wall device for producing trenches in the ground for a diaphragm or cut-off wall, with a carrier implement, on which a ground removal unit is supported in a vertically adjustable manner, wherein a first carrier implement and a second carrier implement are provided which are connected to each other via a cross member, and wherein the ground removal unit is arranged in an adjustable manner below the cross member, characterized in that on the cross member at least one pivot joint is provided which has a substantially vertical pivot axis, wherein the pivot joint is adapted for adjusting both carrier implements (20, 30) with respect to each other.
An easy opening envelope comprising: a front panel and a rear panel, each having an upper edge, a lower edge and opposing side edges, where said front panel and said rear panel are connected at said lower edge of said front panel; a sealing flap connected to said upper edge of said front panel; an adhesive strip extending longitudinally across said envelope on one of said sealing flap or said rear panel of said envelope; wherein the envelope is characterised in that it comprises a continuing line of perforations (32, 34, 36) extending from a corner section of said sealing flap towards said upper edge of said front panel, then from said sealing flap around said upper edge of said front panel to said front panel, then along said front panel towards said side edge of said front panel, and then along said side edge of said front panel towards said lower edge of said front panel; wherein in use, once said sealing flap is sealed by said adhesive strip to said rear panel, said envelope can be opened, by pulling on said corner section of said sealing flap and along said continuing line of perforations (32, 34, 36) to create an opening region in said envelope, into which a finger can be inserted to completely open said envelope by pushing said finger against said side fold line along said continuing line of perforations (32, 34, 36). a front panel and a rear panel, each having an upper edge, a lower edge and opposing side edges, where said front panel and said rear panel are connected at said lower edge of said front panel; a sealing flap connected to said upper edge of said front panel; an adhesive strip extending longitudinally across said envelope on one of said sealing flap or said rear panel of said envelope; wherein the envelope is characterised in that it comprises a continuing line of perforations (32, 34, 36) extending from a corner section of said sealing flap towards said upper edge of said front panel, then from said sealing flap around said upper edge of said front panel to said front panel, then along said front panel towards said side edge of said front panel, and then along said side edge of said front panel towards said lower edge of said front panel; wherein in use, once said sealing flap is sealed by said adhesive strip to said rear panel, said envelope can be opened, by pulling on said corner section of said sealing flap and along said continuing line of perforations (32, 34, 36) to create an opening region in said envelope, into which a finger can be inserted to completely open said envelope by pushing said finger against said side fold line along said continuing line of perforations (32, 34, 36). a sealing flap connected to said upper edge of said front panel; an adhesive strip extending longitudinally across said envelope on one of said sealing flap or said rear panel of said envelope;
Cuvette module, comprising a cuvette carrier and a cuvette held by the cuvette carrier, with an intermediate chamber formed in the cuvette carrier, characterized in that the cuvette carrier is made of an electrically conductive plastics material, in that the cuvette is made of a different material than the cuvette carrier, and in that the wettability of the cuvette carrier is greater than the wettability of the cuvette.
A high frequency plasma source, comprising a support member on which - a magnetic field coil arrangement, - a gas distribution system, and - a unit for extracting a plasma jet are disposed, characterized in that additionally a high frequency matching network is located inside the plasma source, wherein capacitive or inductive plasma coupling can be chosen. - a magnetic field coil arrangement, - a gas distribution system, and - a unit for extracting a plasma jet
Printer comprising: - a card processing module adapted to perform a processing operation on a card to be printed, - a card loader comprising a first loading device intended to store a plurality of cards to be printed, a first driving device for transferring cards to be printed from the first loading device to said processing module, said first driving device being movable between a first position in which said driving device transfers a card to be printed to the processing module, and another position in which the processing module manipulates the card to be printed using a space which is occupied by the first driving device when it is in the first position, the printer being characterized in that it comprises a second loading device intended to receive, one by one, cards to be printed, and a second driving device for transferring cards to be printed from the second loading device to said processing module and in that the first and second driving devices are movable between a first position in which the first and second driving devices (16, 19) transfer a card to be printed to the processing module, and another position in which the processing module manipulates the card during an operation performed by said processing module using spaces occupied by the first and second driving devices in the first position. - a card processing module adapted to perform a processing operation on a card to be printed, - a card loader comprising a first loading device intended to store a plurality of cards to be printed, a first driving device for transferring cards to be printed from the first loading device to said processing module, said first driving device being movable between a first position in which said driving device transfers a card to be printed to the processing module, and another position in which the processing module manipulates the card to be printed using a space which is occupied by the first driving device when it is in the first position,
A pneumococcal vaccine comprising a chimeric protein set forth as SEQ ID NO: 1 containing fragments of Streptococcus pneumoniae proteins PspA, Spr1895, PsaA, flagellin components, connected via flexible links, wherein the flagellin components function as adjuvant.
A method for positioning and fixing mould parts in casting moulds comprising a plurality of, at least two, separate mould parts, characterized in that first of all, the actual geometry and the actual position of a first mould part are measured and compared to the predefined CAD data set of said mould part, then the actual position and the target position of said mould part relative to one another are corrected in such a manner that the moulding geometry is adjusted within predefined tolerances to the target geometry corresponding to the predefined CAD data set, then the mould part remains in said position, which is subsequently used as the reference basis for positioning further mould parts, wherein for further mould parts the actual geometry and the actual position are likewise measured and compared with the predefined CAD data set and then the respective actual position is corrected in such a manner that the moulding geometry is adjusted within predefined tolerances to the target geometry in accordance with the CAD data set, and the mould parts have recesses provided in all mould parts, which are in operative connection with adjacent mould parts and which are filled with a curable moulding material which then cures and thus fixates the mould parts in the position corrected in accordance with the predefined CAD data set.
A system for manufacturing belts of conveyors with a cable insert, e.g. a steel cable insert, comprising at least - a cable unwinding device with several cable coils, from which the cables to be embedded in the belt, e.g. steel cables, are unwound, - a joining device, in which the cables that are subjected to a tensile stress and extend parallel to one another in one plane in the longitudinal direction of the belt are combined with one or more raw rubber strips so as to form a raw belt and - a vulcanizing press, in which the raw belt is vulcanized by means of pressure and/or heat such that the belt is formed, characterized in that the cable unwinding device is realized in the form of a cable unwinding and tensioning device, in which each cable is individually tensioned to the required production tension, wherein the individual cable coils are respectively equipped or connected to at least one electromotive tensioning drive or tensioning drive unit, by means of which the required tensioning moment for generating the required production tension of the cable can be adjusted, wherein the cable unwinding and tensioning device is equipped with one or more cable tension measuring devices for measuring the tensile stress of the individual cables, with a measuring point being assigned to each cable, and wherein the cable unwinding and tensioning device is equipped with a control and/or regulating device that is respectively connected to the cable tension measuring device with the measuring points on the one hand and to the tensioning drives on the other hand. - a cable unwinding device with several cable coils, from which the cables to be embedded in the belt, e.g. steel cables, are unwound, - a joining device, in which the cables that are subjected to a tensile stress and extend parallel to one another in one plane in the longitudinal direction of the belt are combined with one or more raw rubber strips so as to form a raw belt and - a vulcanizing press, in which the raw belt is vulcanized by means of pressure and/or heat such that the belt is formed,
Cooking stove (F, F') with heat recovery system (10, 10'), having at least one heating means (F1, F1') consisting of a gas burner, a radiant electric plate or an inductive electric plate for cooking food, comprising heat collector means (16, S, 16', S') and which comprise at least one coil means (S, S') having a thermal fluid-tight inlet (16.1, 16.1') and outlet (16.2, 16.2'), with the inlet hydraulically connected in a fluid-tight manner to first hydraulic circuit means (17, 17.1, 17', 17.1') and with the outlet connected to second hydraulic circuit means (18, 18.1, 18', 18.1'), which are hydraulically connected with respect to at least one thermal fluid storage container (11, 11', 11"), which is in turn hydraulically connected, on one side, with respect to a duct (12, 12') for the inflow of fluid coming from a fluid distribution network and, on the other side, with respect to a first duct (13, 13') for the outflow of fluid, hydraulically branched towards a fluid consumer (U, U'), through solenoid valve means (V13, V13', 20.1', 20.1") for controlling the flow of fluid delivered from said at least one container (11, 11', 11"), and comprising electrical/electronic thermostat means (14, 14', 14"), associated with said at least one storage container (11, 11', 11") and electrically connected to said solenoid valve control means (V13, V13', 20.1', 20.1"), characterized in that said thermostat means being set to react at a predetermined maximum temperature value of the fluid contained in said at least one container (11, 11', 11"), so that, when the fluid in said at least one container (11, 11', 11") reaches said predetermined maximum temperature value set in said thermostat means (14, 14', 14"), they cause the opening of said solenoid valve means (V13, V13', 20.1', 20.1"), which enable the outflow of thermal fluid through said first duct (13, 13') for the outflow of fluid, hydraulically branched towards said consumer (U, U'), said heat collector means (16, S, 16', S') are arranged around and, at least in part, underneath said at least one heating means (F1, F1') of said stove (F, F') and are contained in a fluid-tight container, wherein a pneumatic vacuum is formed and which is placed around respectively, at least in part, underneath said at least one heating means (F1, F1') of said stove (F, F'), and in that said fluid-tight container comprises an air-tight outer shell, made of good heat-conducting material, and an internal support plate (22.3), made of an insulating or heat-reflecting material, on which said heat collector means (16, S, 16', S') rest.
An electronic device which comprises a smart card connection circuit, a phase inverter, an application processor and a modem; the smart card connection circuit further comprises a card holder, a travel switch and a switching unit; wherein: a power cable pin and each signal cable pin on the card holder are connected to corresponding interfaces at an input end of the switching unit; a contact of the travel switch is located in the card holder, and an output end of the travel switch is connected to a control end of the switching unit and divided into two channels to be connected to two input ends of the phase inverter respectively; two output ends of the phase inverter are connected to a GPIO interface of the application processor and a GPIO interface of the modem; when a smart card at a preset position in the card holder leaves the preset position, the smart card leaves the contact of the travel switch, the travel switch controls the switching unit to switch to a second output end which is a grounding terminal, and each signal cable pin on the card holder is grounded by using the switching unit before the power cable pin on the card holder is grounded by using the switching unit; and when the smart card is installed on the card holder and is located at the preset position, the application processor detects, through the GPIO interface, that the smart card is in position and, in response to this detection, initiates a power-on sequence in which the power cable pin is supplied a power before a power supply to the each signal cable pin. a power cable pin and each signal cable pin on the card holder are connected to corresponding interfaces at an input end of the switching unit; a contact of the travel switch is located in the card holder, and an output end of the travel switch is connected to a control end of the switching unit and divided into two channels to be connected to two input ends of the phase inverter respectively; two output ends of the phase inverter are connected to a GPIO interface of the application processor and a GPIO interface of the modem; when a smart card at a preset position in the card holder leaves the preset position, the smart card leaves the contact of the travel switch, the travel switch controls the switching unit to switch to a second output end which is a grounding terminal, and each signal cable pin on the card holder is grounded by using the switching unit before the power cable pin on the card holder is grounded by using the switching unit; and when the smart card is installed on the card holder and is located at the preset position, the application processor detects, through the GPIO interface, that the smart card is in position and, in response to this detection, initiates a power-on sequence in which the power cable pin is supplied a power before a power supply to the each signal cable pin.
A non-surfactant type oil-water (O/W) dispersion composition comprising non-polar solvent droplets in a polar solvent, wherein the transparency of the dispersion composition is 90 to 100% and wherein the average particle diameter of the non-polar solvent droplets is 20 nm or less.
A composite gas turbine engine structure comprising: an annular composite retention ring circumscribed about a centerline axis, composite airfoils mounted on and integral with and extending radially away from the retention ring, the retention ring including annular composite plies, a circumferentially segmented airfoil ring including airfoil ring segments disposed around one of an outer and inner circumferences of the retention ring, each of airfoil ring segments including an annular base and radially extending clockwise and counter-clockwise airfoil segments (60,62) at clockwise and counter-clockwise ends (64,66) of the annular base, each of the composite airfoils including circumferentially adjacent ones of the clockwise and counter-clockwise airfoil segments (60,62), characterised by a flowpath shell circumferentially disposed around the segmented airfoil ring and trapping the annular bases between the flowpath shell and the retention ring, and the composite airfoils extending through slots in the flowpath shell. an annular composite retention ring circumscribed about a centerline axis, composite airfoils mounted on and integral with and extending radially away from the retention ring, the retention ring including annular composite plies, a circumferentially segmented airfoil ring including airfoil ring segments disposed around one of an outer and inner circumferences of the retention ring, each of airfoil ring segments including an annular base and radially extending clockwise and counter-clockwise airfoil segments (60,62) at clockwise and counter-clockwise ends (64,66) of the annular base, each of the composite airfoils including circumferentially adjacent ones of the clockwise and counter-clockwise airfoil segments (60,62), characterised by a flowpath shell circumferentially disposed around the segmented airfoil ring and trapping the annular bases between the flowpath shell and the retention ring, and the composite airfoils extending through slots in the flowpath shell.
An on-vehicle wiring harness comprising: a harness main body having a plurality of high-voltage electric wires, wherein the harness main body includes an end portion connectable to a motor of a vehicle, and a middle portion continuous with the end portion, wherein the middle portion of the harness main body includes a shake tolerance range in which a vibration from the motor or a shock from the vehicle can be positively propagated to shake the high-voltage electric wires, wherein the shake tolerance range includes an individual wire shake range that is disposed continuous with the end portion that is connectable to the motor, and in which the high-voltage electric wires are routed in a manner that the high-voltage electric wires are not closely abutted on each other so that the high-voltage electric wires adjacent to each other can be shaken individually with a specific gap. a harness main body having a plurality of high-voltage electric wires, wherein the harness main body includes an end portion connectable to a motor of a vehicle, and a middle portion continuous with the end portion, wherein the middle portion of the harness main body includes a shake tolerance range in which a vibration from the motor or a shock from the vehicle can be positively propagated to shake the high-voltage electric wires, wherein the shake tolerance range includes an individual wire shake range that is disposed continuous with the end portion that is connectable to the motor, and in which the high-voltage electric wires are routed in a manner that the high-voltage electric wires are not closely abutted on each other so that the high-voltage electric wires adjacent to each other can be shaken individually with a specific gap.
A formulation for topical use consisting of vitamin E or an ester thereof for a therapeutic use in removing, reducing or inhibiting a bacterial and/or fungal biofilm, wherein said ester of vitamin E is an ester with a carboxylic acid of formula R-COOH, in which R is an alkyl radical having from 1 to 19 carbon atoms, or an alkenyl or alkynyl having from 2 to 19 carbon atoms.