mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling cylinder deactivation in a motor vehicle including an engine having a plurality of cylinders (111 to 116) comprising the steps of: determining the availability of at least two cylinder deactivation modes (202, 206), the cylinder deactivation modes including a minimum cylinder mode wherein a minimum number of cylinders is operated and an intermediate cylinder mode wherein an intermediate number of cylinders is operated; the intermediate number of cylinders being greater than the minimum number of cylinders but less than all of the plurality of cylinders; and receiving information related to a parameter associated with an operating condition of the motor vehicle; characterized by comparing the parameter with a first predetermined prohibited range (320; 408), the first predetermined prohibited range having a first lower limit (L1; L7) and a first upper limit (L2; L8) greater than the first lower limit; comparing the parameter with a second predetermined prohibited range (326; 412), the second predetermined prohibited range having a second lower limit (L3; L11) and a second upper limit (L4; L12) greater than the second lower limit; the second lower limit (L3; L11) being greater than the first upper limit (L2; L8); prohibiting the minimum cylinder mode when the parameter is within the first predetermined prohibited range (320; 408) but permitting the minimum cylinder mode when the parameter is smaller or greater than the first predetermined prohibited range (320; 408); and prohibiting the intermediate cylinder mode when the parameter is within the second predetermined prohibited range (326; 412) but permitting the intermediate cylinder mode when the parameter is smaller or greater than the second predetermined prohibited range (326; 412). determining the availability of at least two cylinder deactivation modes (202, 206), the cylinder deactivation modes including a minimum cylinder mode wherein a minimum number of cylinders is operated and an intermediate cylinder mode wherein an intermediate number of cylinders is operated; the intermediate number of cylinders being greater than the minimum number of cylinders but less than all of the plurality of cylinders; and receiving information related to a parameter associated with an operating condition of the motor vehicle;
A rock drill comprising an insertion portion, a flute adjoined to the insertion portion, and a head portion adjoined to the flute, wherein the flute is of at least double-spiral configuration and correspondingly has at least two substantially spiral discharge grooves (4, 5), to which respectively two substantially spiral flute webs (7, 8) forming the lateral groove walls (4b, 4c, 5b, 5c) are assigned, wherein a constant spiral pitch is assigned to the first discharge groove, inclusive of the lateral groove walls (4b, 4c) thereof, along the drill longitudinal axis, characterised in that at least one of the two flute webs (7, 8) assigned to the first discharge groove has or have along the drill longitudinal axis, at least in sections, a web spine width which changes alternately, and in that the second discharge groove has, at least in sections, a substantially constant spiral pitch, and at least in sections, a changing spiral pitch.
Sauce pellet comprising 4 to 10% weight of proteins of which 2 to 5% weight of gelatine, 1 to 3% weight of fibres, less than 10% weight of lipids and presenting a melting point comprised between 23 and 35°C, preferentially between 27 and 35°C.
Alpha-1 antitrypsin (α1-AT) for use in a method of treating or preventing a disorder or disease associated with α1-AT deficiency in a subject by subcutaneous administration, wherein the therapeutically or prophylactically effective amount of the subcutaneously administered α1-AT is at least about 120% of an intravenously administered therapeutically or prophylactically effective amount of α1-AT wherein the therapeutically or prophylactically effective amount of α1-AT is sufficient to maintain in the subject a blood α1-AT trough level of at least about 80 mg/dL, wherein the therapeutically or prophylactically effective amount of α1-AT is about 60 mg to about 300 mg of α1-AT per kg of body weight of the subject.
Method for conveying and butt-welding sheet metal, in particular in the construction of motor vehicle bodies in the automotive industry, in which flat sheet metal parts of any desired shape are placed by supplying means on at least two conveyor belts (3, 4) which are moved continuously in the horizontal direction TR with a constant speed V TR, so that two respective edges to be welded (31, 32) of two individual workpieces (30a, 30b) to be welded together are butted together with formation of an as small as possible gap and fixed with holding means on the surface of the conveyor belts (3, 4), divided into individual segments, such that the individual workpieces can be held in the same position over a long distance L, further with means for laser welding, which are movable longitudinally and in height, and with stationary means (8, 9, 10) for monitoring the seam geometry before welding and for monitoring the weld seam after welding, as well as means for removal of the welded blanks, characterized in that, during welding of the workpieces (30a, 30b) to be welded, the at least one welding lens is moved with formation of a weld seam with the speed V OS, which is equal to the speed V TR of the conveyor belts (3, 4) reduced by the welding speed V S, in the same direction SRO as the conveying direction TR, and that, after welding of the two individual workpieces (30a, 30b) into a welded blank, the at least one welding lens is moved with the speed V OR, a multiple of the speed V TR of the conveyor belts (3, 4), in the direction SRO opposite the conveying direction TR to the starting point OSA of the next weld seam to be welded.
An elevator installation having an elevator controller, a drive and a hoist machine, wherein the hoist machine comprises: a traction sheave; an electric motor to rotate the traction sheave; a brake; one or more bearings supporting the traction sheave; CHARACTERISED BY a lubrication device automatically transmitting oil to the bearings upon receipt of a brake release signal from the drive or the controller. a traction sheave; an electric motor to rotate the traction sheave; a brake; one or more bearings supporting the traction sheave; CHARACTERISED BY a lubrication device automatically transmitting oil to the bearings upon receipt of a brake release signal from the drive or the controller.
A method for routing data through an Internet access unit connected to the Internet via a wired communication network, characterized in that it comprises steps of: (a) Connecting, to a wireless LAN (Local Area Network) generated by the Internet access unit, an Internet access device connected to the Internet via a mobile communication network; (b) Issuing, by data processing means of the device, a request for assignment of a network address to the unit, said request comprising a parameter representative of a capacity of the device to provide access to the Internet; (c) Generating, by data processing means of the unit, a table associated with the routing device via the mobile communication network, said table associated with the device and at least one table associated with the routing unit via the wired communication network being stored on data storage means of the unit; (d) Routing, by the data processing means of the unit, said data via the wired communication network and/or the mobile communication network using the routing tables stored on the data storage means of the unit. (a) Connecting, to a wireless LAN (Local Area Network) generated by the Internet access unit, an Internet access device connected to the Internet via a mobile communication network; (b) Issuing, by data processing means of the device, a request for assignment of a network address to the unit, said request comprising a parameter representative of a capacity of the device to provide access to the Internet; (c) Generating, by data processing means of the unit, a table associated with the routing device via the mobile communication network, said table associated with the device and at least one table associated with the routing unit via the wired communication network being stored on data storage means of the unit; (d) Routing, by the data processing means of the unit, said data via the wired communication network and/or the mobile communication network using the routing tables stored on the data storage means of the unit.
A camera device for detecting a stream of objects moving relative to the camera device, the camera device comprising an image sensor having a plurality of light-receiving elements in a matrix arrangement for recording image data of the objects, a geometry detection sensor (28, 62) for measuring the objects, and a control and evaluation unit configured to determine at least one region of interest on the basis of measurement data from the geometry detection sensor (28, 62) in order to limit the evaluation of the image data to the region of interest, characterized in that the image sensor comprises a configuration unit to configure the reading logic of the image sensor in order to enable the reading out of only an adjustable part (70, 74) of the respectively recorded image data, in that the control and evaluation unit is configured to read out from the image sensor only a part of the image data determined on the basis of the region of interest (70, 74), and in that the control and evaluation unit comprises a preprocessing unit in order to read out and preprocess image data from the image sensor, wherein the preprocessing unit is configured so that reading out and preprocessing the complete image data of one recording of the image sensor would require a complete preprocessing time, and in that the image sensor is operated at a recording frequency that leaves less time between two recordings for the preprocessing than the complete preprocessing time.
An X-ray Talbot capturing apparatus comprising: a plurality of gratings (20, 21, 22) in which slits are formed; a radiation source which irradiates radiation to pass through the plurality of gratings (20, 21, 22); a radiation detector which captures a moire image (Mo); and a holder which holds the gratings (20, 21, 22), wherein, the holder includes a receiving unit including a receiving surface with a curve and a pressing unit including a pressing surface with a curve; each grating (20, 21, 22) is held between the receiving surface of the receiving unit and the pressing surface of the pressing unit of the holder and bent in an arc shape with a point of the radiation source as a center; characterized in that an elastic member is positioned between a first surface of the grating (20, 21, 22) and the pressing surface of the pressing unit or a second surface (r) of the grating (20, 21, 22) opposite of the first surface and the receiving surface of the receiving unit; and an opening (31A, 32A, 33A) is provided in each of the receiving unit and the pressing unit of the holder and the elastic member so as not to block radiation irradiated on the grating (20, 21, 22). a plurality of gratings (20, 21, 22) in which slits are formed; a radiation source which irradiates radiation to pass through the plurality of gratings (20, 21, 22); a radiation detector which captures a moire image (Mo); and a holder which holds the gratings (20, 21, 22), wherein, the holder includes a receiving unit including a receiving surface with a curve and a pressing unit including a pressing surface with a curve; each grating (20, 21, 22) is held between the receiving surface of the receiving unit and the pressing surface of the pressing unit of the holder and bent in an arc shape with a point of the radiation source as a center; characterized in that an elastic member is positioned between a first surface of the grating (20, 21, 22) and the pressing surface of the pressing unit or a second surface (r) of the grating (20, 21, 22) opposite of the first surface and the receiving surface of the receiving unit; and an opening (31A, 32A, 33A) is provided in each of the receiving unit and the pressing unit of the holder and the elastic member so as not to block radiation irradiated on the grating (20, 21, 22).
Cabinet-type household appliance having a corpus (1, 2; 22) and a flap (6; 23) articulated on the corpus, which together delimit an inner space, and at least one built-in part (5; 16) accommodated in the inner space with a clearance in the direction of depth, wherein the clearance is filled by a safety body (8, 18) retained between the corpus (1, 2; 22) and the flap (5; 16), characterised in that the flap supports at least one rib protruding into the inner space and that the safety body is clamped between the rib and a side wall of the corpus.
A method for compensating for a signal error at a transmit end of an optical time domain reflectometer, comprising: detecting an actual signal sequence of a pseudo-random optical pulse PN sequence sent by a transmitter to a measured optical fiber and an actual signal sequence of an optical signal reflected back by the measured optical fiber and received by a receiver; obtaining, through computation and according to the actual signal sequence of the PN sequence, a theoretical signal sequence of the PN sequence, and an optical fiber attenuation curve function obtained through an adjacent previous iterative computation, a compensation value of the optical signal that attenuates in a process in which the optical signal is reflected by the measured optical fiber; computing, according to the actual signal sequence of the optical signal, the compensation value, and the theoretical signal sequence of the PN sequence, an optical fiber attenuation curve function obtained through a current iteration; and determining, when determining that the optical fiber attenuation curve function obtained through the current iteration satisfies a given condition, performance of the measured optical fiber according to the optical fiber attenuation curve function obtained through the current iteration. detecting an actual signal sequence of a pseudo-random optical pulse PN sequence sent by a transmitter to a measured optical fiber and an actual signal sequence of an optical signal reflected back by the measured optical fiber and received by a receiver; obtaining, through computation and according to the actual signal sequence of the PN sequence, a theoretical signal sequence of the PN sequence, and an optical fiber attenuation curve function obtained through an adjacent previous iterative computation, a compensation value of the optical signal that attenuates in a process in which the optical signal is reflected by the measured optical fiber; computing, according to the actual signal sequence of the optical signal, the compensation value, and the theoretical signal sequence of the PN sequence, an optical fiber attenuation curve function obtained through a current iteration; and determining, when determining that the optical fiber attenuation curve function obtained through the current iteration satisfies a given condition, performance of the measured optical fiber according to the optical fiber attenuation curve function obtained through the current iteration.
A sheet feeding machine, comprising: a housing; a feed section for feeding a plurality of sheets placed on a sheet tray in a feed direction; and a detecting section having at least one detector (30, 31) for detecting information printed on the sheet, characterized in that the detecting section comprises: a support frame for supporting the detector (30, 31); a horizontal guide rail mounted on the support frame and extending perpendicularly to the feed direction so as to guide the detector (30, 31); and a guide mechanism arranged between the housing and the support frame for guiding the support frame in such a manner that the support frame moves into and out of the housing perpendicularly to the feed direction and in the horizontal direction, and wherein the support frame is accommodated in the housing when the detector (30, 31) detects the sheet fed from the feed section, and the support frame is drawn out of the housing when the detector (30, 31) is moved along the guide rail. a housing; a feed section for feeding a plurality of sheets placed on a sheet tray in a feed direction; and a detecting section having at least one detector (30, 31) for detecting information printed on the sheet, characterized in that the detecting section comprises: a support frame for supporting the detector (30, 31); a horizontal guide rail mounted on the support frame and extending perpendicularly to the feed direction so as to guide the detector (30, 31); and a guide mechanism arranged between the housing and the support frame for guiding the support frame in such a manner that the support frame moves into and out of the housing perpendicularly to the feed direction and in the horizontal direction, and wherein the support frame is accommodated in the housing when the detector (30, 31) detects the sheet fed from the feed section, and the support frame is drawn out of the housing when the detector (30, 31) is moved along the guide rail. a support frame for supporting the detector (30, 31); a horizontal guide rail mounted on the support frame and extending perpendicularly to the feed direction so as to guide the detector (30, 31); and a guide mechanism arranged between the housing and the support frame for guiding the support frame in such a manner that the support frame moves into and out of the housing perpendicularly to the feed direction and in the horizontal direction, and wherein the support frame is accommodated in the housing when the detector (30, 31) detects the sheet fed from the feed section, and the support frame is drawn out of the housing when the detector (30, 31) is moved along the guide rail.
Connection system for the connection of at least two components (2, 3), in particular of a motor vehicle, having - at least one connection between the components (2, 3), which connection has at least one component (2, 3) and at least one connection unit which is arranged and/or configured on the component (2, 3) and provides at least one connection surface of the connection, at least one property of the connection unit being variable in a targeted manner in such a way that an adhesion capability of the connecting surface can be set, and - at least one control and/or regulating unit which is set up to load the connection unit of the connection with at least one external influencing variable in a targeted manner in such a way that the at least one property of the connection unit is variable in a targeted manner in order to set the adhesion capability of the connection surface of the connection unit, characterized in that the control and/or regulating unit is set up to load the connection unit in a targeted manner with the at least one external influencing variable in a manner which is dependent on a detected instantaneous acoustic behaviour of the motor vehicle. - at least one connection between the components (2, 3), which connection has at least one component (2, 3) and at least one connection unit which is arranged and/or configured on the component (2, 3) and provides at least one connection surface of the connection, at least one property of the connection unit being variable in a targeted manner in such a way that an adhesion capability of the connecting surface can be set, and - at least one control and/or regulating unit which is set up to load the connection unit of the connection with at least one external influencing variable in a targeted manner in such a way that the at least one property of the connection unit is variable in a targeted manner in order to set the adhesion capability of the connection surface of the connection unit, characterized in that the control and/or regulating unit is set up to load the connection unit in a targeted manner with the at least one external influencing variable in a manner which is dependent on a detected instantaneous acoustic behaviour of the motor vehicle.
A footwear comprising: a support member having an inner sole and an upper surface attachable to a foot, and two bulbous protuberances (22, 218, 220), a forward bulbous protuberance (22, 218) and rearward bulbous protuberance (22, 220), each having a curved outer contour, protruding from a lower surface of said support member on opposite sides of a latitudinal midline thereof, said latitudinal midline being halfway between a calcaneus support portion and a phalanges support portion of said support member, wherein said forward bulbous protuberance (22, 218), said rearward bulbous protuberance (22, 220), or both is/are positioned offset with respect to a longitudinal centerline, wherein the ratio between the surface area of the inner sole to the surface area of a base of at least one bulbous protuberance of the two bulbous protuberances (22, 218, 220) is less than 12:1, wherein, at least one bulbous protuberance of the two bulbous protuberances (22, 218, 220) has a shore hardness of between 15 to 100 Sh A and an abrasion resistance of greater than 80 mm 3 and less than 125 mm 3 according to the DIN 53516 standard, said footwear being adapted to support the foot only by said two bulbous protuberances (22, 218, 220) when said two protuberances (22, 218, 220) are placed on a ground surface. a support member having an inner sole and an upper surface attachable to a foot, and two bulbous protuberances (22, 218, 220), a forward bulbous protuberance (22, 218) and rearward bulbous protuberance (22, 220), each having a curved outer contour, protruding from a lower surface of said support member on opposite sides of a latitudinal midline thereof, said latitudinal midline being halfway between a calcaneus support portion and a phalanges support portion of said support member, wherein said forward bulbous protuberance (22, 218), said rearward bulbous protuberance (22, 220), or both is/are positioned offset with respect to a longitudinal centerline, wherein the ratio between the surface area of the inner sole to the surface area of a base of at least one bulbous protuberance of the two bulbous protuberances (22, 218, 220) is less than 12:1, wherein, at least one bulbous protuberance of the two bulbous protuberances (22, 218, 220) has a shore hardness of between 15 to 100 Sh A and an abrasion resistance of greater than 80 mm 3 and less than 125 mm 3 according to the DIN 53516 standard, said footwear being adapted to support the foot only by said two bulbous protuberances (22, 218, 220) when said two protuberances (22, 218, 220) are placed on a ground surface.