mhurhangee/ep-ind-claims huggingface dataset:
Portable hard surface cleaner for drawing off and sucking off liquid from a hard surface, in particular, from a window pane, comprising a suction nozzle part with a suction opening on which at least one draw-off lip (68, 70) is arranged and to which a suction channel is connected, a suction unit which is in flow communication with the suction nozzle part for sucking up a mixture of liquid and air from the suction opening, a separating chamber which is positioned between the suction nozzle part and the suction unit and in which a separating device is arranged for separating liquid from the mixture of liquid and air, and a dirty liquid receptacle for accommodating the separated liquid, the suction nozzle part comprising a first and a second housing half-shell (58, 60) and being releasably connectable to the separating chamber, an end section of the suction channel being insertable into an accommodating shaft of the separating chamber, and an impact plate being arranged at the free end of the suction channel, characterized in that the impact plate forms a locking element, and the two housing half-shells (58, 60) are lockable to each other by means of the impact plate.
A vertebral stabilization apparatus comprising: at least two elongated members (40a, 40b) having a distal and proximal end; a first flexible element disposed between the proximal ends of the at least two elongated members (40a, 40b): first and second additional flexible elements (30a, 30b), each additional flexible element having a collar (34a, 34b) mounted about the proximal end of a corresponding elongated member (40a, 40b); and a housing having a first and a second end (21a, 21b) encapsulating the proximal ends of said members (40a, 40b) such that the first flexible element and the first and second additional flexible elements (30a, 30b) are contained therein wherein the first collar protrudes through an opening in the end (21 a) of the housing, the first flexible element and the first and second additional flexible elements (30a, 30b) cooperate to define a space to permit deformation of the first flexible element in a lateral direction. at least two elongated members (40a, 40b) having a distal and proximal end; a first flexible element disposed between the proximal ends of the at least two elongated members (40a, 40b): first and second additional flexible elements (30a, 30b), each additional flexible element having a collar (34a, 34b) mounted about the proximal end of a corresponding elongated member (40a, 40b); and a housing having a first and a second end (21a, 21b) encapsulating the proximal ends of said members (40a, 40b) such that the first flexible element and the first and second additional flexible elements (30a, 30b) are contained therein wherein the first collar protrudes through an opening in the end (21 a) of the housing, the first flexible element and the first and second additional flexible elements (30a, 30b) cooperate to define a space to permit deformation of the first flexible element in a lateral direction. first and second additional flexible elements (30a, 30b), each additional flexible element having a collar (34a, 34b) mounted about the proximal end of a corresponding elongated member (40a, 40b); and a housing having a first and a second end (21a, 21b) encapsulating the proximal ends of said members (40a, 40b) such that the first flexible element and the first and second additional flexible elements (30a, 30b) are contained therein wherein the first collar protrudes through an opening in the end (21 a) of the housing, the first flexible element and the first and second additional flexible elements (30a, 30b) cooperate to define a space to permit deformation of the first flexible element in a lateral direction.
A system for controlling the display of at least one service field about the status of at least one service-relevant component of a vehicle, comprising: a display configured to display said service field; a master connected to said display; an electronic control unit comprising a client; and at least one sensor connected to said client and configured to sense the status of said component, wherein said master is configured to control the display to display said service field about said status only when said status is not up to a standard, characterized in that information on service requirements is continually saved in a remote control. a display configured to display said service field; a master connected to said display; an electronic control unit comprising a client; and at least one sensor connected to said client and configured to sense the status of said component,
Plant for continuous pickling and/or cold-rolling of metal strips, comprising a pickling region for the continuous pickling of a metal strip and a cold-rolling region for the rolling of a metal strip, wherein the pickling region and the cold-rolling region are operable not only in coupled operation, but also in decoupled operation, wherein the pickling region comprises at least one unrolling device for the unrolling of metal strips, a welding device for the connection of metal strips, which are unrolled by the unrolling device, to form a continuous metal strip, which is to be pickled, and at least one pickling device for the pickling of the continuous metal strip as well as at least one rolling-up device which is arranged for the rolling up of a metal strip, and a separating device arranged at the end of the pickling region, and wherein the cold-rolling region comprises an unrolling device for the unrolling of a metal strip to be rolled, a rolling device with at least one pair of work rolls (11a, 11b) for the rolling of a metal strip to be rolled, a separating device which is arranged behind the at least one pair of work rolls (11a, 11b) in production direction and at least one rolling-up device for rolling up the rolled metal strip, and wherein the plant comprises strip guide elements which are so arranged and equipped that in coupled operation the pickling region and the cold-rolling region are so coupled with respect to guidance of a metal strip that a continuous metal strip pickled in the pickling region can be fed to the cold-rolling region for the rolling and which is so arranged and equipped that in decoupled operation the pickling region and the cold-rolling region are decoupled with respect to guidance of a metal strip and at least a part of a continuous metal strip pickled in the pickling region can be fed to the rolling-up device of the pickling region for the rolling-up, characterised in that arranged between the pickling region and the cold-rolling region is a transition region comprising a welding device which is equipped to connect a head piece of the pickled continuous metal strip with a coupling strip piece, which is placed in the transition region, at the time of switching over to coupled operation and that at the start of the cold-rolling region a separating device, which is functionally associated with the transition region, is arranged in the vicinity of the unwinding unit.
A rotorcraft, comprising: a body; a rotor blade; a power train coupled to the body and operable to rotate the rotor blade, the power train comprising: an engine; a gearbox in mechanical communication with the engine; and a driveshaft in mechanical communication with the gearbox; a sensor operable to detect a rotorcraft parameter; characterized by a lubrication flow calculation unit operable to: receive the rotorcraft parameter; generate a flow rate based on the rotorcraft parameter; and transmit the flow rate to a lubrication system configured to deliver lubricant to the gearbox at the transmitted flow rate. a body; a rotor blade; a power train coupled to the body and operable to rotate the rotor blade, the power train comprising: an engine; a gearbox in mechanical communication with the engine; and a driveshaft in mechanical communication with the gearbox; an engine; a gearbox in mechanical communication with the engine; and a driveshaft in mechanical communication with the gearbox; a sensor operable to detect a rotorcraft parameter; characterized by a lubrication flow calculation unit operable to: receive the rotorcraft parameter; generate a flow rate based on the rotorcraft parameter; and transmit the flow rate to a lubrication system configured to deliver lubricant to the gearbox at the transmitted flow rate. receive the rotorcraft parameter; generate a flow rate based on the rotorcraft parameter; and transmit the flow rate to a lubrication system configured to deliver lubricant to the gearbox at the transmitted flow rate.
EMC filter, for connection between a three-pase supply network (l1, l2, l3) and an electric operated appliance (l1', l2', l3') to reduce conduction noise between said supply network (l1, l2, l3) and said appliance (l1', l2', l3'), comprising: a rectifier, for converting an AC voltage into a DC voltage, an electronic active circuit, supplied by said DC voltage, for absorbing a noise current transmitted between said supply network (l1, l2, l3) and said appliance (l1', l2', l3'), characterized by a voltage reducing circuit comprising a voltage divider made up of capacitors (C4, C5, C6, C7, C8, C9), wherein said voltage reducing circuit is connected to said supply network (l1, l2, l3) and is configured to supply to said rectifier an AC voltage lower than an AC voltage of said supply network (l1, l2, l3). a rectifier, for converting an AC voltage into a DC voltage, an electronic active circuit, supplied by said DC voltage, for absorbing a noise current transmitted between said supply network (l1, l2, l3) and said appliance (l1', l2', l3'), characterized by a voltage reducing circuit comprising a voltage divider made up of capacitors (C4, C5, C6, C7, C8, C9), wherein said voltage reducing circuit is connected to said supply network (l1, l2, l3) and is configured to supply to said rectifier an AC voltage lower than an AC voltage of said supply network (l1, l2, l3).
A method comprising: obtaining, from a store, an audio clip having an utterance (302, 812) comprising an activation trigger portion (310, 814) and a command portion (320, 816); determining an activation trigger vector distance between an activation trigger vector representation of the activation trigger portion (310, 814) and a registered activation trigger vector; determining a command vector distance between a command vector representation of the command portion (320, 816) and a registered command vector; and responsive to the activation trigger vector distance satisfying an activation trigger distance threshold and the command vector distance satisfying a command vector distance threshold, providing service or access associated with a registered user; wherein the method further comprises: selecting an activation trigger vector space model from multiple possible vector space models based on the activation trigger portion (310, 814) in the utterance and creating the activation trigger vector representation using the activation trigger vector space model; and/or selecting a command vector space model from multiple possible vector space models based on the command portion (320, 816) in the utterance and creating the command vector representation using the command vector space model. obtaining, from a store, an audio clip having an utterance (302, 812) comprising an activation trigger portion (310, 814) and a command portion (320, 816); determining an activation trigger vector distance between an activation trigger vector representation of the activation trigger portion (310, 814) and a registered activation trigger vector; determining a command vector distance between a command vector representation of the command portion (320, 816) and a registered command vector; and responsive to the activation trigger vector distance satisfying an activation trigger distance threshold and the command vector distance satisfying a command vector distance threshold, providing service or access associated with a registered user; wherein the method further comprises: selecting an activation trigger vector space model from multiple possible vector space models based on the activation trigger portion (310, 814) in the utterance and creating the activation trigger vector representation using the activation trigger vector space model; and/or selecting a command vector space model from multiple possible vector space models based on the command portion (320, 816) in the utterance and creating the command vector representation using the command vector space model. selecting an activation trigger vector space model from multiple possible vector space models based on the activation trigger portion (310, 814) in the utterance and creating the activation trigger vector representation using the activation trigger vector space model; and/or selecting a command vector space model from multiple possible vector space models based on the command portion (320, 816) in the utterance and creating the command vector representation using the command vector space model.
Rail vehicle coupling for connecting two rail vehicles, comprising a coupling head configured for detachably connecting to one of the two rail vehicles and a coupling body configured for detachably connecting to the other of the two rail vehicles as well as a horizontally oriented bolt, which can be connected to the coupling body and which penetrates a spherical bearing connected to the coupling head, characterised in that each end of the bolt is connected to the coupling body via an elastic bearing ring in each case, wherein the bearing rings each have a conical metallic inner ring with a cylindrical bore hole and a conical metallic outer ring with conical bore hole, and wherein an elastic intermediate layer is arranged between the inner ring and the outer ring.
A stair lift comprising: a carrier portion; a lift portion; a driver mechanism, provided with a single driver source; an up-down directional moving mechanism, configured for inducing a relative movement between the carrier portion and the lift portion in an up-down direction; a front-rear directional moving mechanism, configured for inducing a relative movement between the carrier portion and the lift portion in a front-rear direction; characterized by a first locking mechanism configured for locking the up-down directional moving mechanism, by a second locking mechanism configured for locking the front-rear directional moving mechanism, in that the up-down directional moving mechanism and the front-rear directional moving mechanism are respectively driven by different output forms of the driver mechanism, and in that the first locking mechanism and the second locking mechanism are alternately locked, and at the same time, the driver mechanism sequentially moves the carrier portion and the lift portion relative to each other in the front-rear direction or the up-down direction, such that the lift portion and the carrier portion perform translational movements relative to each other along a closed circulation motion track with constant postures, whereby going upstairs or downstairs. a carrier portion; a lift portion; a driver mechanism, provided with a single driver source; an up-down directional moving mechanism, configured for inducing a relative movement between the carrier portion and the lift portion in an up-down direction; a front-rear directional moving mechanism, configured for inducing a relative movement between the carrier portion and the lift portion in a front-rear direction; characterized by a first locking mechanism configured for locking the up-down directional moving mechanism, by a second locking mechanism configured for locking the front-rear directional moving mechanism, in that the up-down directional moving mechanism and the front-rear directional moving mechanism are respectively driven by different output forms of the driver mechanism, and in that the first locking mechanism and the second locking mechanism are alternately locked, and at the same time, the driver mechanism sequentially moves the carrier portion and the lift portion relative to each other in the front-rear direction or the up-down direction, such that the lift portion and the carrier portion perform translational movements relative to each other along a closed circulation motion track with constant postures, whereby going upstairs or downstairs.
A method of monitoring at least one circulating steel belt (5a, 5b) in a continuous press for material boards, more particularly wood based boards, for deformations, wherein by way of the steel belt (5a, 5b) at a preselected belt speed, pressure is exerted on a press mat for the production of the material board and wherein the circulating steel belt (5a, 5b) is monitored for deformations by means of at least one optoelectronic detector at least on one side of the steel belt (5a, 5b) in that a light emitter emits a light pattern onto the steel belt (5a, 5b) and, in a reflection process, a light receiver takes up the light pattern and forwards it to an evaluation unit which detects changes, characterised in that the steel belt (5a, 5b) has a starting point of the detector measurement which is recorded by the optoelectronic detector, and detected deformations are forwarded to the evaluation unit with a time- or interval-distance value from this starting point of the detector measurement.
A method in a network node for supporting a handover of a wireless device from a serving cell being served by a serving base station to a candidate cell being served by a candidate base station, the network node, the serving base station and the candidate base station being comprised in a cellular communications network based on Wideband Code Division Multiple Access, WCDMA, and supporting High Speed Packet Access, HSPA, wherein the method comprises: - determining (501, 801) a respective value of one or more parameters for affecting a range for soft handover, wherein the range for soft handover is a range of differences between downlink measurements performed by the wireless device on the serving cell and downlink measurements performed by the wireless device on the candidate cell, the range of soft handover being applied by the wireless device to determine if the candidate cell is a subject for soft handover, and - providing (502, 802) a sending of the respective value of the one or more parameters to the wireless device, characterized in that at least one respective value of the one or more parameters is being determined so that a region having a width corresponding to a power difference value (PDIFF) thereby becomes comprised in the range for soft handover, the power difference value (PDIFF) corresponding to an output power difference between output power of a transmitter of the serving base station for serving the serving cell and output power of a transmitter of the candidate base station for serving the candidate cell. - determining (501, 801) a respective value of one or more parameters for affecting a range for soft handover, wherein the range for soft handover is a range of differences between downlink measurements performed by the wireless device on the serving cell and downlink measurements performed by the wireless device on the candidate cell, the range of soft handover being applied by the wireless device to determine if the candidate cell is a subject for soft handover, and - providing (502, 802) a sending of the respective value of the one or more parameters to the wireless device,
Inhaler for inhaling powdered medicaments from capsules, comprising - a lower part, - a plate accommodated in the lower part, and a holder inserted in the lower part, - a mouthpiece that can be latched to the lower part on the plate, - a cover that covers the mouthpiece in a closed position, and - an actuating member (7, 10) that can be moved from a resting position and set in motion and at the same time co-operates with at least one pin (8, 11) that can be stuck into the holder and is located in a pin holder in the inner actuating member, characterised in that, as an expulsion channel, an exchangeable tube can be inserted in the holder, the exchangeable tube - comprising a capsule chamber with the capsule and - being releasably latched in the inhaler in its position of use and extending through the mouthpiece. - a lower part, - a plate accommodated in the lower part, and a holder inserted in the lower part, - a mouthpiece that can be latched to the lower part on the plate, - a cover that covers the mouthpiece in a closed position, and - an actuating member (7, 10) that can be moved from a resting position and set in motion and at the same time co-operates with at least one pin (8, 11) that can be stuck into the holder and is located in a pin holder in the inner actuating member, - comprising a capsule chamber with the capsule and - being releasably latched in the inhaler in its position of use and extending through the mouthpiece.
A method of separating nickel and cobalt from an aluminium- and iron-free acidic nickel laterite leach solution, characterized by subjecting the leach solution to extraction with an aromatic hydroxyoxime dissolved in a water-immiscible organic solvent at a pH in the range of 4 to 5.5 and at a temperature of less than 100°C to obtain a nickel and cobalt bearing solution, wherein the method comprises a further step of recovering nickel and cobalt from the nickel and cobalt bearing solution obtained from the oxime extraction, wherein the recovery of nickel and cobalt comprises precipitation.
A radiation dosimeter with a passive radiation sensor comprising: (a) a radiation-sensitive element, hereinafter RSE, configured to be charged to a first voltage which is responsive to incident radiation and to a first voltage retention loss; (b) a radiation-insensitive element, hereinafter RIE, configured to be charged to a second voltage which is responsive to a second voltage retention loss; and (c) a sensor interface associated with both said RSE and said RIE so to enable communication with an external reader; characterized in that said RIE and said RSE are pre-calibrated to match the retention loss of the RSE to the RIE, so that said first voltage retention loss is proportional to said second voltage retention loss over an operative range of temperature; said RSE further comprises an oxide layer and at least two metal layers wherein the metal layers are configured to provide a flat energy response to incident radiation extending over a range of incident radiation particle energies from 20 kilo-electron-volts (KeV) to 3 mega-electron-volts (MeV), and said radiation dosimeter is configured to provide a personal radiation dose equivalent measurement value, in units of Sievert, and its time rate of change, over said range of incident radiation particle energies. (a) a radiation-sensitive element, hereinafter RSE, configured to be charged to a first voltage which is responsive to incident radiation and to a first voltage retention loss; (b) a radiation-insensitive element, hereinafter RIE, configured to be charged to a second voltage which is responsive to a second voltage retention loss; and (c) a sensor interface associated with both said RSE and said RIE so to enable communication with an external reader; said RIE and said RSE are pre-calibrated to match the retention loss of the RSE to the RIE, so that said first voltage retention loss is proportional to said second voltage retention loss over an operative range of temperature; said RSE further comprises an oxide layer and at least two metal layers wherein the metal layers are configured to provide a flat energy response to incident radiation extending over a range of incident radiation particle energies from 20 kilo-electron-volts (KeV) to 3 mega-electron-volts (MeV), and said radiation dosimeter is configured to provide a personal radiation dose equivalent measurement value, in units of Sievert, and its time rate of change, over said range of incident radiation particle energies.