mhurhangee/ep-ind-claims huggingface dataset:
A second fold roller assembly, comprising: a pair of second fold rollers (14, 16), each supported on a support element (20, 22), the pair of second fold rollers forming a nip therebetween for transporting a book, the pair of second fold rollers being separated by a gap ( d) at the nip; one or more actuators (80, 82) coupled to the support elements; and a controller coupled to the one or more actuators, the controller controlling the one or more actuators to vary a size of the gap; characterized in that the size of the gap is controlled to be a first size when a leading edge of the book enters the nip and the size of the gap is controlled to be a second size after the leading edge of the book has exited the nip and while a portion of the book is in the nip, the second size being greater than the first size. a pair of second fold rollers (14, 16), each supported on a support element (20, 22), the pair of second fold rollers forming a nip therebetween for transporting a book, the pair of second fold rollers being separated by a gap ( d) at the nip; one or more actuators (80, 82) coupled to the support elements; and a controller coupled to the one or more actuators, the controller controlling the one or more actuators to vary a size of the gap; characterized in that the size of the gap is controlled to be a first size when a leading edge of the book enters the nip and the size of the gap is controlled to be a second size after the leading edge of the book has exited the nip and while a portion of the book is in the nip, the second size being greater than the first size.
A DC breaker comprising: a mechanical disconnection switch provided in a DC power transmission system; a mechanical circuit breaker provided in the DC power transmission system, and connected in series to the mechanical disconnection switch; a parallel circuit which is connected in parallel with the mechanical disconnection switch and the mechanical circuit breaker, and which comprises a semiconductor circuit breaker that changes a supply or a breaking of a current of the DC power transmission system, and a reactor connected in series to the semiconductor circuit breaker; and characterized by an H-bridge circuit that controls a current flowing through the mechanical circuit breaker by an output voltage control, and comprises an H-bridge unit which connects one point between the mechanical disconnection switch and the mechanical circuit breaker to one point between the semiconductor circuit breaker and the reactor, and which comprises a plurality of switching elements and a capacitor. a mechanical disconnection switch provided in a DC power transmission system; a mechanical circuit breaker provided in the DC power transmission system, and connected in series to the mechanical disconnection switch; a parallel circuit which is connected in parallel with the mechanical disconnection switch and the mechanical circuit breaker, and which comprises a semiconductor circuit breaker that changes a supply or a breaking of a current of the DC power transmission system, and a reactor connected in series to the semiconductor circuit breaker; and characterized by an H-bridge circuit that controls a current flowing through the mechanical circuit breaker by an output voltage control, and comprises an H-bridge unit which connects one point between the mechanical disconnection switch and the mechanical circuit breaker to one point between the semiconductor circuit breaker and the reactor, and which comprises a plurality of switching elements and a capacitor.
Headrest for a vehicle seat, wherein the headrest is transferable in a reversible manner between a first latching position and a second latching position by way of a movement in translation, wherein the headrest has a shaft that rotates along with the movement in translation, wherein the shaft is connectable to a latching element in the first latching position and in the second latching position, characterized in that the latching element is connected to the shaft via an elastic component, wherein the headrest comprises an orienting device, wherein the orienting device comprises a translation unit for the movement in translation in a primary direction and a further translation unit for a further movement in translation in a secondary direction, wherein the translation unit has a transmission for converting the movement in translation into a rotary movement of the shaft, wherein the transmission has a gearwheel and a pivotable disk element with a toothing, wherein the further translation unit has a transmission for converting the movement in translation into a rotary movement of a further shaft, wherein the transmission of the further translation unit has a further gearwheel and a rack.
Self-commutated power converter having an arrangement, which has an electrical resistor, which is arranged in a gas-tight housing, wherein - a bypass apparatus for bypassing the resistor is arranged in the housing. - a bypass apparatus for bypassing the resistor is arranged in the housing.
A composition comprising a base fluid and a least one aliphatic carboxamide having a molecular weight of less than 500 g/mol; wherein the composition has a conductivity at 25 °C of less than 25 μS/cm; wherein the base fluid consists of water and an alcohol selected from the group consisting of monoethylene glycol, diethylene glycol, triethylene glycol, tetraethylene glycol, pentaethylene glycol, hexaethylene glycol, monopropylene glycol, 1,3-propanediol, dipropylene glycol, tripropylene glycol, tetrapropylene glycol, pentapropylene glycol, hexapropylene glycol, methanol, ethanol, propanol, butanol, tetrahydrofurfuryl, ethoxylated furfuryl, dimethyl ether of glycerol, sorbitol, 1,2,6 hexanetriol, trimethylolpropane, methoxyethanol, and glycerol, preferably selected from the group consisting of monoethylene glycol, monopropylene glycol, 1,3-propanediol, glycerol or mixtures thereof; wherein the alcohol is present in an amount in the range of 10-99 wt.% (by weight of the base fluid), preferably 30-70 wt.%, wherein the aliphatic carboxamide is not adipamide and/or N-methyl-2-pyrrolidone.
A method for separating welded contacts (24, 28) in a switch assembly, the method comprising: initiating a manual closing operation of the contacts (24, 28) using a manual activation device; detecting a high fault current that occurs as a result of the closed contacts (24, 28); commanding an actuator to open the contacts (24, 28) in response to detecting the high fault current, thereby providing a hammer blow to the contacts (24, 28); detecting a continuity of the high fault current through the switch after the hammer blow is provided, the continuity of the high fault current indicating that the contacts (24,28) are welded together; commanding the actuator to close the contacts (24, 28); and commanding the actuator to open the contacts (24, 28), thereby providing a second hammer blow to the contacts (24, 28). initiating a manual closing operation of the contacts (24, 28) using a manual activation device; detecting a high fault current that occurs as a result of the closed contacts (24, 28); commanding an actuator to open the contacts (24, 28) in response to detecting the high fault current, thereby providing a hammer blow to the contacts (24, 28); detecting a continuity of the high fault current through the switch after the hammer blow is provided, the continuity of the high fault current indicating that the contacts (24,28) are welded together; commanding the actuator to close the contacts (24, 28); and commanding the actuator to open the contacts (24, 28), thereby providing a second hammer blow to the contacts (24, 28).
A syringe cradle for holding a syringe, the syringe cradle comprising a syringe holder at a proximal end for engaging a barrel of a syringe and a rider for pressing on a plunger of the syringe, a cylindrical body for surrounding the syringe, a distal cap for closing a distal end of the cylindrical body, a stepwise advancing mechanism for advancing the rider along the cylindrical body towards the proximal end, and a stopping mechanism to prevent the rider from moving backwards towards the distal end of the cylindrical body, characterized in that the stopping mechanism comprises a second ratchet rack fixed to the syringe cylindrical body and configured to engage a second toothed prong fixed to the rider to prevent the rider moving distally along the cylindrical body.
A computing system comprising: one or more computer readable storage media; a processing system operatively coupled with the one or more computer readable storage media; and program instructions stored on the one or more computer readable media that, when read and executed by the processing system, direct the processing system to at least: communicate by a hosted productivity application a request to an app store provided by an online service, for a preview of an add-in to the application; receive by the hosted productivity application the add-in and an associated template document in reply to the request to the app store for the preview; and render by the hosted productivity application an enhanced preview in a user interface to the application,, wherein the enhanced preview comprises the application add-in loaded in the template document and allows a user to interact directly with the application add-in. one or more computer readable storage media; a processing system operatively coupled with the one or more computer readable storage media; and program instructions stored on the one or more computer readable media that, when read and executed by the processing system, direct the processing system to at least: communicate by a hosted productivity application a request to an app store provided by an online service, for a preview of an add-in to the application; receive by the hosted productivity application the add-in and an associated template document in reply to the request to the app store for the preview; and render by the hosted productivity application an enhanced preview in a user interface to the application,, wherein the enhanced preview comprises the application add-in loaded in the template document and allows a user to interact directly with the application add-in. communicate by a hosted productivity application a request to an app store provided by an online service, for a preview of an add-in to the application; receive by the hosted productivity application the add-in and an associated template document in reply to the request to the app store for the preview; and render by the hosted productivity application an enhanced preview in a user interface to the application,, wherein the enhanced preview comprises the application add-in loaded in the template document and allows a user to interact directly with the application add-in.
A method for authenticating a cardless terminal, comprising the steps of: receiving, by an Application Server, AS, an AS access request containing a user ID from a User Equipment, UE, the UE being the cardless terminal; generating, by the AS, a key generation request containing the user ID and an AS ID; transmitting, by the AS, the key generation request to an authentication server at a network side; receiving, by the AS, a key generated by the authentication server according to the user ID, the AS ID and a secret key parameter, from the authentication server; and authenticating, by the AS, the UE according to the key. receiving, by an Application Server, AS, an AS access request containing a user ID from a User Equipment, UE, the UE being the cardless terminal; generating, by the AS, a key generation request containing the user ID and an AS ID; transmitting, by the AS, the key generation request to an authentication server at a network side; receiving, by the AS, a key generated by the authentication server according to the user ID, the AS ID and a secret key parameter, from the authentication server; and authenticating, by the AS, the UE according to the key.
A stator for an electric motor, the stator comprising a back-iron having a first surface and a heat sink, wherein the first surface of the back-iron includes a plurality of keying features arranged to retain the heat sink to the back-iron, wherein the heat sink is arranged to provide cooling to the back-iron via a surface of the heat sink, and wherein the surface of the heat sink has complementary keying features to the plurality of keying features on the first surface that are formed by casting the heat sink on the first surface of the back-iron, wherein the back-iron is formed from a plurality of laminations of electrical steel, wherein each of the plurality of laminations of electrical steel includes at least one keying feature, and characterized in that the plurality of laminations that form the back-iron are positioned at rotationally different angles with respect to each other, thereby forming keying features at different rotational positions along the axis of the back-iron.
A method for determining locations of luminaires (2, 3, 13) of a lighting system, wherein each of the luminaires (2, 3, 13) is configured to communicate with at least one other of the luminaires (2, 3, 13), and the method comprises: selecting a first luminaire from the luminaires (2, 3, 13) of the lighting system; providing a first signal to the selected first luminaire; transmitting, by the selected first luminaire in response to receiving the first signal, a wireless ranging activation signal to second luminaires of the lighting system, wherein the second luminaires are luminaires (2, 3, 13) of the lighting system that are in direct wireless communication with the first luminaire; and the method is characterized in further comprising: performing a background noise analysis for sound frequencies; starting, by each of the second luminaires, a timer in response to receiving the wireless ranging activation signal; transmitting, by the first luminaire, a sound signal based on a result of the performed background noise analysis after a predetermined delay time interval since transmitting the wireless ranging activation signal elapsed; receiving, by each of the second luminaires, the sound signal; calculating, by each of the second luminaires, a time interval based on a first time of starting the timer and a second time of receiving the sound signal; generating, by each of the second luminaires, a second signal including the calculated time interval and transmitting the second wireless signal to a device defined in the wireless ranging activation signal; determining locations of the luminaires (2, 3, 13) of the lighting system based on the calculated time intervals received in the second signals. selecting a first luminaire from the luminaires (2, 3, 13) of the lighting system; providing a first signal to the selected first luminaire; transmitting, by the selected first luminaire in response to receiving the first signal, a wireless ranging activation signal to second luminaires of the lighting system, wherein the second luminaires are luminaires (2, 3, 13) of the lighting system that are in direct wireless communication with the first luminaire; and the method is starting, by each of the second luminaires, a timer in response to receiving the wireless ranging activation signal; transmitting, by the first luminaire, a sound signal based on a result of the performed background noise analysis after a predetermined delay time interval since transmitting the wireless ranging activation signal elapsed; receiving, by each of the second luminaires, the sound signal; calculating, by each of the second luminaires, a time interval based on a first time of starting the timer and a second time of receiving the sound signal; generating, by each of the second luminaires, a second signal including the calculated time interval and transmitting the second wireless signal to a device defined in the wireless ranging activation signal; determining locations of the luminaires (2, 3, 13) of the lighting system based on the calculated time intervals received in the second signals.
Frame for a glazing having two faces, a first face and a second face which are substantially parallel, as well as a base substantially normal to said two faces (310,320) and bearing on the frame, said frame comprising: - a hollow sash profile comprising a bearing face covered at least in part with adhesive means intended to be in contact with the first face of the glazing to hold it in a stable position, - a hollow frame profile comprising a lateral face comprising a fastening end, said lateral face being intended to be arranged substantially parallel to the second face of the glazing so as to maintain a gap between said fastening end and said second face of the glazing, - sealing means configured to cooperate with the hollow frame profile, and bearing on junction means of the hollow sash profile, said junction means being contained in a midplane, called intermediate plane, intended to be normal to the glazing as well as to extend between said sealing means and the base of the glazing, - sealed closure means (250, 260) of said gap, said sealed closure means being separated from said sealing means and said junction means, said frame being characterised in that it comprises a holding wedge, and in that the base of the glazing is supported in localised areas of the frame by said holding wedge. - a hollow sash profile comprising a bearing face covered at least in part with adhesive means intended to be in contact with the first face of the glazing to hold it in a stable position, - a hollow frame profile comprising a lateral face comprising a fastening end, said lateral face being intended to be arranged substantially parallel to the second face of the glazing so as to maintain a gap between said fastening end and said second face of the glazing, - sealing means configured to cooperate with the hollow frame profile, and bearing on junction means of the hollow sash profile, said junction means being contained in a midplane, called intermediate plane, intended to be normal to the glazing as well as to extend between said sealing means and the base of the glazing, - sealed closure means (250, 260) of said gap, said sealed closure means being separated from said sealing means and said junction means,
A method of amplifying a segment of a target nucleic acid comprising: contacting a sample comprising a target nucleic acid with forward and reverse primers,; and conducting an amplification reaction wherein an amplified segment of the target nucleic acid is formed by extension of the forward and reverse primers with the target nucleic acid serving as a template; wherein the primers are underrepresented in one or more of the four standard nucleotide types, the underrepresented nucleotide type(s) being the same in the primers, each primer has two or fewer units of the underrepresented nucleotide type(s) at internal positions, and the amplified segment is the predominant amplification product formed from by extension of the forward and/or reverse primers; wherein the method is performed in multiplex with a plurality of pairs of primers, each primer in the multiplex having the same underrepresented nucleotide type(s). contacting a sample comprising a target nucleic acid with forward and reverse primers,; and conducting an amplification reaction wherein an amplified segment of the target nucleic acid is formed by extension of the forward and reverse primers with the target nucleic acid serving as a template; wherein the primers are underrepresented in one or more of the four standard nucleotide types, the underrepresented nucleotide type(s) being the same in the primers, each primer has two or fewer units of the underrepresented nucleotide type(s) at internal positions, and the amplified segment is the predominant amplification product formed from by extension of the forward and/or reverse primers; wherein the method is performed in multiplex with a plurality of pairs of primers, each primer in the multiplex having the same underrepresented nucleotide type(s).
A catheter device for introducing a material into a body cavity comprising: a catheter shaft; a first lumen extending through the catheter shaft; a misting nozzle fluidly coupled to the first lumen and configured to provide a mist from a flow of liquid through the first lumen, the misting nozzle defining an outer profile within a longitudinal profile of the catheter device; a second lumen extending through the catheter shaft, the second lumen having a distal end opening defining an outer profile within the longitudinal profile of the catheter device; and, wherein the outer profile defined by the misting nozzle does not overlap the outer profile defined by the distal end opening of the second lumen. a catheter shaft; a first lumen extending through the catheter shaft; a misting nozzle fluidly coupled to the first lumen and configured to provide a mist from a flow of liquid through the first lumen, the misting nozzle defining an outer profile within a longitudinal profile of the catheter device; a second lumen extending through the catheter shaft, the second lumen having a distal end opening defining an outer profile within the longitudinal profile of the catheter device; and, wherein the outer profile defined by the misting nozzle does not overlap the outer profile defined by the distal end opening of the second lumen.
A method for generating an area map (3, 4, 5) for an automatically moving floor processing device (1, 2), wherein a first floor processing device detects first feature data of an environment and processes them into a first area map, wherein a second floor processing device detects second feature data of the environment and processes them into a second area map, wherein the first area map and the second area map are combined into a common area map, wherein the first floor processing device identifies an object based on a unique identifier of the object as an anchor point of the environment known to the first floor processing device, and stores relative positional information of the anchor point in a coordinate system of the first area map, wherein the second floor processing device recognizes the same object as an anchor point known to the second floor processing device, and stores relative positional information of the anchor point in a coordinate system of the second area map, and wherein the first area map and the second area map are combined into a common global area map based on the relative positional information of the anchor point contained therein, and wherein the unique identifier is a code that clearly identifies the object, specifically an optical code, an electronic code, a magnetic code, a shape coding and/or a color coding, characterized in that the first floor processing device detects the second floor processing device and transmits a request signal to the second floor processing device, wherein the inquiry signal of the first floor processing device initiates an environment detection by the second floor processing device and the second floor processing device explores its environment in response to the inquiry signal and detects the first floor processing device, wherein the floor processing devices (1, 2) identify each other by means of their identifiers, and wherein authorization information is stored in the created global area map for at least one partial environmental area (15, 16), which authorization information indicates which floor processing device (1, 2) may or may not map the partial environmental area.