mhurhangee/ep-ind-claims huggingface dataset:
Binding plate to attach to the upper side of a ski for arranging a ski binding having two ski binding parts, with a base plate which has a front mounting area with sliding rails for the one ski binding part and a rear mounting area with sliding rails for the second ski binding part, and at least one strap-shaped element, latchable to the base plate characterised in that the strap-shaped element has at least one end section located on the upper side of the base plate with latching points to latch complementary latch elements of a ski binding part in different longitudinal positions with respect to the strap-shaped element, wherein the strap-shaped element can be latched in the central region of the base plate on the underside of the base plate and is retained at least at one other position on the upper side of the base plate so that it can move longitudinally, but is retained on the base plate in a lateral direction as well as against being raised vertically.
A method in a mobile station, the method comprising: receiving an offset value for measurement reporting; determining that a signal strength of a serving cell is higher than a radio link failure threshold of the serving cell by substantially no more than the offset for measurement reporting; detecting a presence of a candidate cell; and transmitting a measurement report to the serving cell indicating the presence of the candidate cell only if the signal strength of the serving cell is higher than the radio link failure threshold of the serving cell by substantially no more than the offset for measurement reporting. receiving an offset value for measurement reporting; determining that a signal strength of a serving cell is higher than a radio link failure threshold of the serving cell by substantially no more than the offset for measurement reporting; detecting a presence of a candidate cell; and transmitting a measurement report to the serving cell indicating the presence of the candidate cell only if the signal strength of the serving cell is higher than the radio link failure threshold of the serving cell by substantially no more than the offset for measurement reporting.
An agricultural implement adapted to be moved by a vehicle, the agricultural implement comprising: a plurality of ground-engaging tools; a plurality of wheels; a sensor configured to provide a signal indicative of a rotational speed of at least one of the ground-engaging tools; and a controller configured to determine a ground speed of the agricultural implement, characterized in that the controller is further configured to: calculate a ratio of the rotational speed to the ground speed; compare the ratio to a threshold ratio; and send an alert signal if the ratio is below the threshold ratio and/or determine a threshold rotational speed by multiplying the threshold ratio by the ground speed; compare that threshold rotational speed with the actual rotational speed from first speed sensor; and send an alert signal if the actual rotational speed is below that threshold rotational speed. calculate a ratio of the rotational speed to the ground speed; compare the ratio to a threshold ratio; and send an alert signal if the ratio is below the threshold ratio and/or determine a threshold rotational speed by multiplying the threshold ratio by the ground speed; compare that threshold rotational speed with the actual rotational speed from first speed sensor; and send an alert signal if the actual rotational speed is below that threshold rotational speed.
A lawn care device comprising a blade coupler for coupling a blade to a rotatable shaft of the lawn care device, the blade coupler comprising: a blade coupler base configured to rotate responsive to rotation of the rotatable shaft; characterized by a holding bolt configured to hold the blade proximate to the blade coupler base responsive to application of a clamping force thereon; and a centrifugal clamp assembly configured to increase the clamping force applied to the holding bolt responsive to an increase in speed of rotation of the rotatable shaft. a blade coupler base configured to rotate responsive to rotation of the rotatable shaft; characterized by a holding bolt configured to hold the blade proximate to the blade coupler base responsive to application of a clamping force thereon; and a centrifugal clamp assembly configured to increase the clamping force applied to the holding bolt responsive to an increase in speed of rotation of the rotatable shaft.
A method comprising the steps of: determining, by a computing device, that a voicemail account has received a voicemail, the voicemail account being associated with a user; determining, by the computing device, whether the voicemail corresponds to a given missed call in a plurality of missed calls to the user; dividing, by the computing device, a plurality of graphical user interface, GUI, elements into a new list and an old list; and displaying a user interface on a display device, the user interface comprising the plurality of GUI elements, the GUI elements including a plurality of missed call elements that correspond to the missed calls, the missed call elements including a given missed call element that corresponds to the given missed call, the user interface concurrently displaying the new list and the old list, the new list including ones of the GUI elements that correspond to new missed calls and missed calls associated with unopened voicemails, the new missed calls being ones of the missed calls occurring after a most recent previous time that the computing device displayed the user interface, the old list including ones of the GUI elements that correspond to old missed calls, the old missed calls being ones of the missed calls occurring before the most recent previous time that the computing device displayed the user interface on the display device, wherein after determining that the voicemail corresponds to the given missed call, the given missed call element indicates existence of the voicemail. determining, by a computing device, that a voicemail account has received a voicemail, the voicemail account being associated with a user; determining, by the computing device, whether the voicemail corresponds to a given missed call in a plurality of missed calls to the user; dividing, by the computing device, a plurality of graphical user interface, GUI, elements into a new list and an old list; and displaying a user interface on a display device, the user interface comprising the plurality of GUI elements, the GUI elements including a plurality of missed call elements that correspond to the missed calls, the missed call elements including a given missed call element that corresponds to the given missed call, the user interface concurrently displaying the new list and the old list, the new list including ones of the GUI elements that correspond to new missed calls and missed calls associated with unopened voicemails, the new missed calls being ones of the missed calls occurring after a most recent previous time that the computing device displayed the user interface, the old list including ones of the GUI elements that correspond to old missed calls, the old missed calls being ones of the missed calls occurring before the most recent previous time that the computing device displayed the user interface on the display device, wherein after determining that the voicemail corresponds to the given missed call, the given missed call element indicates existence of the voicemail.
A pneumatic tire comprising a noise damper made of a porous material and fixed to a tire inner cavity surface, characterized in that, in the noise damper, a ratio H1/H2 of a first hardness H1 measured in accordance with Method D of Japanese Industrial Standard JIS K6400-2 in an atmosphere of 23 degrees Celsius and a second hardness H2 measured in accordance with Method D of Japanese Industrial Standard JIS K6400-2 in an atmosphere of 50 degrees Celsius is 2.0 or less.
A three-phase current limiting device for an alternating current system, the three-phase current limiting device comprising: an AC magnetic circuit having at least one AC coil (35R1, 35S1, 35T1) for each phase of a 3-phase AC supply, wound on a saturable ferromagnetic core and configured to subject respective AC coils for each phase to a common magnetic flux, and a DC magnetic circuit (34a, 34b) for biasing the AC magnetic circuit into saturation at normal conditions; said AC coils being so configured that in use they are connected in series with a load and during alternate half cycles of the AC supply at least one of the AC coils produces a magnetic field that opposes a magnetic field of the DC magnetic circuit; and the AC coils (35R, 35S, 35T) for each phase being configured so that at least one of the AC coils exhibits unbalanced magnetic impedance relative to remaining ones of the AC coils for each phase; characterised in that the AC coils are wound with different numbers of turns so as to achieve unbalanced magnetic impedance and/ or that the AC coils have different coil geometries so as to achieve unbalanced magnetic impedance. an AC magnetic circuit having at least one AC coil (35R1, 35S1, 35T1) for each phase of a 3-phase AC supply, wound on a saturable ferromagnetic core and configured to subject respective AC coils for each phase to a common magnetic flux, and a DC magnetic circuit (34a, 34b) for biasing the AC magnetic circuit into saturation at normal conditions; said AC coils being so configured that in use they are connected in series with a load and during alternate half cycles of the AC supply at least one of the AC coils produces a magnetic field that opposes a magnetic field of the DC magnetic circuit; and the AC coils (35R, 35S, 35T) for each phase being configured so that at least one of the AC coils exhibits unbalanced magnetic impedance relative to remaining ones of the AC coils for each phase; characterised in that the AC coils are wound with different numbers of turns so as to achieve unbalanced magnetic impedance and/ or that the AC coils have different coil geometries so as to achieve unbalanced magnetic impedance.
A waste management system comprising: a plurality of toilets; a plurality of toilet control modules, each toilet control module being separately associated with a respective one of said toilets such that each toilet control module is able to control a flushing operation of its associated toilet independent from the other toilet control modules; a waste holding tank in communication with each of said toilets; a first sensor that is configured to indicate a first fill status of said waste holding tank; wherein the system further includes an adapter, said adapter including: an interface module for receiving signals from the first sensor that indicate the first fill status of the waste holding tank; characterized in that the adapter further comprises: a control module for generating a control signal based on said first fill status, wherein each said toilet is at least partially controlled by its respective said toilet control module such that each said toilet control module is able to restrict a flush capability of its respective said toilet based on said control signal and independent from the other toilet control modules; and an isolation module for isolating said interface module and said control module from at least one of voltage and current fluctuations that are external to the adapter. a control module for generating a control signal based on said first fill status, wherein each said toilet is at least partially controlled by its respective said toilet control module such that each said toilet control module is able to restrict a flush capability of its respective said toilet based on said control signal and independent from the other toilet control modules; and an isolation module for isolating said interface module and said control module from at least one of voltage and current fluctuations that are external to the adapter.
Process for manufacturing terpolymers by polymerization of VDF (vinylidene difluoride), TrFE (trifluoroethylene), and CFE (1-chloro-1-fluoroethylene) or CTFE (chlorotrifluoroethylene) monomers in the presence of a radical polymerization initiator, said process comprising the following steps: i) an initial mixture of VDF and of TrFE, free of CFE and of CTFE, is fed into an autoclave, ii) the initiator mixed with water is injected into the autoclave so as to achieve, inside the autoclave, a pressure at least equal to 80 bar, in order to form a suspension of VDF and TrFE monomers in water, iii) a secondary mixture constituted of VDF, TrFE and CFE or CTFE is injected into the autoclave, then iv) as soon as the polymerization reaction starts, said secondary mixture is reinjected continuously into the reactor, so as to maintain therein a constant pressure of at least 80 bar. i) an initial mixture of VDF and of TrFE, free of CFE and of CTFE, is fed into an autoclave, ii) the initiator mixed with water is injected into the autoclave so as to achieve, inside the autoclave, a pressure at least equal to 80 bar, in order to form a suspension of VDF and TrFE monomers in water, iii) a secondary mixture constituted of VDF, TrFE and CFE or CTFE is injected into the autoclave, then iv) as soon as the polymerization reaction starts, said secondary mixture is reinjected continuously into the reactor, so as to maintain therein a constant pressure of at least 80 bar.
A fusion protein comprising a single chain variable fragment (scFv) specific for each of carcinoembryonic antigen and CEA related Cell Adhesion Molecule 1 (CEACAM1), and a leader sequence, said leader sequence comprising all, or at least 18 of the 22 amino acids, of the E. coli Pel B leader sequence, wherein the scFV portion comprises the amino acid sequence of the V H and V L portion of SEQ ID No. 2 or wherein the scFV portion comprises the amino acid sequence of the V H and V L portion of SEQ ID No. 2 with the Trp at position 208 mutated to Arg.
Pawl lock (22, 36) with a clasp pawl being tiltably fixed to the lock bearing (24, 38), and a cradle for connecting a switch rail with the lock bearing (24, 38), whereby the cradle (21, 26, 40) is adjustably arranged in the direction of the rail in the head region of the lock bearing (24, 38), characterized in that the cradle comprises a sliding panel being led in the head region, or a profiled sheet comprising the head region of the lock bearing, whereby the leading of the panel, respectively the profiled sheet, in the direction of the rail is achieved by force fit screws (30, 44) interfering with elongated slots (28,40).
A burner, wherein the burner comprises a plurality of flame distributors, each flame distributor provided with at least three ejection tubes and the flame distributors arranged in parallel with each other; a fastener passing through the plurality of the flame distributors and connecting the plurality of the flame distributors into a fire grate; and a compressing piece provided at an end of the fastener protruding from the fire grate and the compressing piece compressing the fire grate: characterized in that the fastener comprises at least one pair of fasteners, each pair of fasteners are symmetrically arranged relative to a symmetry axis of the flame distributors in a plumb direction. a fastener passing through the plurality of the flame distributors and connecting the plurality of the flame distributors into a fire grate; and a compressing piece provided at an end of the fastener protruding from the fire grate and the compressing piece compressing the fire grate: characterized in that the fastener comprises at least one pair of fasteners, each pair of fasteners are symmetrically arranged relative to a symmetry axis of the flame distributors in a plumb direction.
A modular deployable shelter for camps comprising a waterproof, flexible material body, which is deployable between a folding or transport position and a deployed position or position of use, generating an inner trapezoidal living space of variable area having a roof, and where the floor of the flexible body is closed from the bottom by a rigid floor plate; and where the right and left sides of the flexible body in the position of use have a bellows structure which is longitudinally reinforced, and rigid structural frames, also being closed at the front and rear part thereof by rigid panels, the front panel having an opening which defines the entrance of the living space in the deployed position thereof and characterised in that, in the position of use, the modular deployable shelter comprises a rigid roof plate at an angle which closes the upper part of the flexible body, which is as well fireproof, when in the deployed position, thus forming a ventilated space with said upper part; and where the sides of the flexible body, in the deployed position thereof, incorporate panelled reinforcements that incorporate a reinforcement material.
Method for printing a plastic card thanks to a heat-transfer machine comprising a thermal head and to a transfer film comprising an ink area and a varnish area, the machine being fed with a plastic card to print, the printing method comprising: - a printing step during which the ink area of the transfer film and the plastic card advance simultaneously under the thermal head and during which the thermal head heats in accordance with a text to be printed, - a return step during which the plastic card is returned upstream of the thermal head, - a varnishing step during which the varnish area and the plastic card advance simultaneously under the thermal head and during which the thermal head heats in order to deposit the varnish on the plastic card, generating a deformation of the transfer film at a text printed on the plastic card, - a rewinding step during which the transfer film is rewound in order to position the varnish area upstream of the thermal head and the plastic card is repositioned upstream of the thermal head, - a defacing step during which the varnish area and the same plastic card advance simultaneously under the thermal head and during which the thermal head heats at the text and at the deformation in accordance with a sign scheme making the deformation illegible, and - an ejection step during which the plastic card where the text to print is readable advances as far as its ejection from the machine. - a printing step during which the ink area of the transfer film and the plastic card advance simultaneously under the thermal head and during which the thermal head heats in accordance with a text to be printed, - a return step during which the plastic card is returned upstream of the thermal head, - a varnishing step during which the varnish area and the plastic card advance simultaneously under the thermal head and during which the thermal head heats in order to deposit the varnish on the plastic card, generating a deformation of the transfer film at a text printed on the plastic card, - a rewinding step during which the transfer film is rewound in order to position the varnish area upstream of the thermal head and the plastic card is repositioned upstream of the thermal head, - a defacing step during which the varnish area and the same plastic card advance simultaneously under the thermal head and during which the thermal head heats at the text and at the deformation in accordance with a sign scheme making the deformation illegible, and - an ejection step during which the plastic card where the text to print is readable advances as far as its ejection from the machine.
A method for manufacturing a coreless paper roll, the method comprising: a first step in which a wide tissue web is unrolled from a parent roll; a second step in which adhesive is sprayed on the wide tissue web; a third step in which the wide tissue web is wound on a winding mandrel to form a log roll; and a fourth step in which the log roll is cut into round slices to form a plurality of paper rolls (20a-e), wherein the second step includes a fifth step in which a first adhesive, which has a bonding strength capable of solidifying the wide tissue web wound on the winding mandrel and capable of separating a sheet of tissue from the solidified wide tissue web, is deposited on a portion of the wide tissue web from which the wide tissue web starts to be wound on the winding mandrel, the portion including both ends in the width direction of the wide tissue web and positions at which the log roll is cut in the fourth step, and a sixth step in which a second adhesive having a lower bonding strength than the first adhesive is deposited on portions between the positions where the first adhesive is deposited. a first step in which a wide tissue web is unrolled from a parent roll; a second step in which adhesive is sprayed on the wide tissue web; a third step in which the wide tissue web is wound on a winding mandrel to form a log roll; and a fourth step in which the log roll is cut into round slices to form a plurality of paper rolls (20a-e), wherein the second step includes a fifth step in which a first adhesive, which has a bonding strength capable of solidifying the wide tissue web wound on the winding mandrel and capable of separating a sheet of tissue from the solidified wide tissue web, is deposited on a portion of the wide tissue web from which the wide tissue web starts to be wound on the winding mandrel, the portion including both ends in the width direction of the wide tissue web and positions at which the log roll is cut in the fourth step, and a sixth step in which a second adhesive having a lower bonding strength than the first adhesive is deposited on portions between the positions where the first adhesive is deposited.
Method for controlling or regulating an operating device, in particular of a railway system, which is fed by an operating network that is connected to at least one energy supply system (EVN1, EVN2), in order to maintain a desired load profile within the operating network, in particular to avoid or compensate for load peaks, with a load calculator, characterised in that a) the load calculator is provided with the data of the course of the total load occurring in the operating network, b) several courses of load components (PSO, PS1, PS2) are determined from the total load; c) the future course (PSOE, PS1E, PS2E) is determined for each of the load components (PSO, PS1, PS2); d) the future courses (PSOE, PS1E, PS2E) determined for the load components (PSO, PS1, PS2) are superimposed to determine a future course of the total load and future load peaks; and e) the operating device and/or the at least one energy supply system (EVN1, EVN2) is controlled or regulated under consideration of the determined future course of the total load and predefined load limits in order to avoid future load peaks or to provide the energy required therefor, wherein in order to determine the load components (PSO, PS1, PS2) within the course of the total load, possibly the averaged total load course, recursively occurring signal components and/or periodically occurring signal components are determined. a) the load calculator is provided with the data of the course of the total load occurring in the operating network, b) several courses of load components (PSO, PS1, PS2) are determined from the total load; c) the future course (PSOE, PS1E, PS2E) is determined for each of the load components (PSO, PS1, PS2); d) the future courses (PSOE, PS1E, PS2E) determined for the load components (PSO, PS1, PS2) are superimposed to determine a future course of the total load and future load peaks; and e) the operating device and/or the at least one energy supply system (EVN1, EVN2) is controlled or regulated under consideration of the determined future course of the total load and predefined load limits in order to avoid future load peaks or to provide the energy required therefor,