mhurhangee/ep-ind-claims huggingface dataset:
A cutting system for cutting carcass parts while the carcass parts are carried by carriers connected to and moved by an overhang transport system, the system comprising: • a detection device for determining at least one cutting position of an incoming carcass part, • at least one cutting device having an upwardly and downwardly facing surface structures and an upstream cutting edge and a downstream edge, • a moving mechanism mechanically connected to the at least one cutting device for controlling the position of the at least one cutting device on the basis of the determined cutting position, and • a carcass displacement device arranged to initiate displacement of the carcass part away from the at least one cutting position while the carcass part or a resulting sub-part carried by a carrier is located between the upstream cutting edge and the downstream edge. • a detection device for determining at least one cutting position of an incoming carcass part, • at least one cutting device having an upwardly and downwardly facing surface structures and an upstream cutting edge and a downstream edge, • a moving mechanism mechanically connected to the at least one cutting device for controlling the position of the at least one cutting device on the basis of the determined cutting position, and • a carcass displacement device arranged to initiate displacement of the carcass part away from the at least one cutting position while the carcass part or a resulting sub-part carried by a carrier is located between the upstream cutting edge and the downstream edge.
A device for decanting a supernatant received in a clarifier, comprising: a decanter which is pivotally attached to a clarifier and which comprises a pipe, of which one end is held pivotally in a pivot bearing and at the other end of which a decanter head extending perpendicularly thereto and having a water inlet opening is provided, a pivoting device which is connected to the decanter via an actuator with an adjustable length for raising and lowering the water inlet opening relative to a floor of the clarifier, a first measuring device for measuring a fill level of the wastewater (Ab) received in the clarifier, a device for determining a length of the actuator, an evaluating device with which a distance of the water inlet opening of the decanter to the floor of the clarifier can be determined from the length of the actuator, and a controller for controlling the pivoting device such that a water inlet opening immersion depth, which results from the difference between the fill level measured with the measuring device and the distance determined by means of the evaluating device, is kept in a specified range. a decanter which is pivotally attached to a clarifier and which comprises a pipe, of which one end is held pivotally in a pivot bearing and at the other end of which a decanter head extending perpendicularly thereto and having a water inlet opening is provided, a pivoting device which is connected to the decanter via an actuator with an adjustable length for raising and lowering the water inlet opening relative to a floor of the clarifier, a first measuring device for measuring a fill level of the wastewater (Ab) received in the clarifier, a device for determining a length of the actuator, an evaluating device with which a distance of the water inlet opening of the decanter to the floor of the clarifier can be determined from the length of the actuator, and a controller for controlling the pivoting device such that a water inlet opening immersion depth, which results from the difference between the fill level measured with the measuring device and the distance determined by means of the evaluating device, is kept in a specified range.
A soil-working apparatus, preferably for working soil in a row of a row crop, wherein the soil-working apparatus is configured to be mounted onto a support structure and to be moved at a driving speed along a row of a row crop on an area of agricultural land, wherein the soil-working apparatus has tools which are configured to be moved in a star-shaped manner along a curved path at a variable speed of movement while performing pivoting movements brought about by the curved path, characterized in that the pivoting movements of the tools brought about by the curved path are realized at an angle (α) to the direction of travel, and/or to the row of the row crop, of at least 45° or at least 60° or at least 75°.
Connecting arrangement for rotor blades of a turbomachine, with projections, which extend in the circumferential direction, are rigidly connected in pairs to a rotor blade and, at least during operation of the turbomachine, are respectively supported by at least one pressure body on the projection which is adjacent in the circumferential direction, - each pressure body having a securing contour on a securing face which faces toward the associated projection, which securing contour protrudes into an acceptance feature configured on the associated projection and is supported in the circumferential direction and transverse to it, in the acceptance feature, - each pressure body having a plane support surface on a support face which faces toward the adjacent projection, which support surface has, at least during operation of the turbomachine, area support on a plane mating surface which is associated with the adjacent projection, - at least one pressure body, whose securing contour is configured as a spherical segment, being associated with each pair of mutually supporting projections, - the associated acceptance feature being likewise configured as a spherical segment whose radius is at least approximately of the same magnitude as the radius of the spherical segment of the securing contour, - in that the mating support surface is formed by the support surface of a mating pressure body which, with its securing contour, protrudes into an acceptance feature configured in the adjacent projection, - the securing contour of the mating pressure body being configured as a cone, and the associated acceptance feature being likewise configured as a cone whose conicity is of equal magnitude to the conicity of the cone of the securing contour. - each pressure body having a securing contour on a securing face which faces toward the associated projection, which securing contour protrudes into an acceptance feature configured on the associated projection and is supported in the circumferential direction and transverse to it, in the acceptance feature, - each pressure body having a plane support surface on a support face which faces toward the adjacent projection, which support surface has, at least during operation of the turbomachine, area support on a plane mating surface which is associated with the adjacent projection, - at least one pressure body, whose securing contour is configured as a spherical segment, being associated with each pair of mutually supporting projections, - the associated acceptance feature being likewise configured as a spherical segment whose radius is at least approximately of the same magnitude as the radius of the spherical segment of the securing contour, - in that the mating support surface is formed by the support surface of a mating pressure body which, with its securing contour, protrudes into an acceptance feature configured in the adjacent projection, - the securing contour of the mating pressure body being configured as a cone, and the associated acceptance feature being likewise configured as a cone whose conicity is of equal magnitude to the conicity of the cone of the securing contour.
A packaging comprising a set of flexible rectangular floor covering elements, such as e.g. planks or tiles, each floor covering element having a decorative top face and a bottom face for contacting an underfloor, each of the floor covering elements being of double-angling type and having a first long edge with a first connection profile, the first connection profile having a recess at said bottom face and a tongue overhanging said recess, a second long edge with a second connection profile that is complementary to the first connection profile, the second connection profile having a protrusion at said bottom face and a groove for receiving the tongue of the first profile, a first short edge with said first connection profile; and a second short edge with said second connection profile; wherein, when looking at the floor covering element from above the top face, the edges are arranged in the following order in the clockwise direction: 1) the first long edge, 2) the first short edge, 3) the second long edge and 4) the second short edge; characterised in that the packaging has user information associated therewith indicating that the set of floor covering elements is best suited for installation from left to right by double-angling, when looking at the floor covering element from above the top face in the direction of installation of the floor covering elements, the user information being a textual or pictorial notice on or in the packaging. a first long edge with a first connection profile, the first connection profile having a recess at said bottom face and a tongue overhanging said recess, a second long edge with a second connection profile that is complementary to the first connection profile, the second connection profile having a protrusion at said bottom face and a groove for receiving the tongue of the first profile, a first short edge with said first connection profile; and a second short edge with said second connection profile; wherein, when looking at the floor covering element from above the top face, the edges are arranged in the following order in the clockwise direction: 1) the first long edge, 2) the first short edge, 3) the second long edge and 4) the second short edge; characterised in that the packaging has user information associated therewith indicating that the set of floor covering elements is best suited for installation from left to right by double-angling, when looking at the floor covering element from above the top face in the direction of installation of the floor covering elements, the user information being a textual or pictorial notice on or in the packaging.
A computer-implemented method for disabling a vehicle horn, the computer-implemented method comprising: receiving at a vehicle computer a location of a vehicle; receiving at the vehicle computer a location of one or more zones (502, 510) along a route where a vehicle horn is disabled; based on the location of the vehicle and the location of the one or more vehicle horn disabling zones (502, 510), determining at the vehicle computer that the vehicle is in the one or more vehicle horn disabling zones (502, 510); transmitting one or more instructions from the vehicle computer to disable the vehicle horn when in the one or more vehicle horn disabling zones (502, 510); characterized by based on information from one or more vehicle sensors (126, 202, 204), detecting at the vehicle computer an emergency event at the one or more vehicle horn disabling zones (502, 510); and transmitting overriding instructions by the vehicle computer to override a horn disabling based on detecting the emergency event. receiving at a vehicle computer a location of a vehicle; receiving at the vehicle computer a location of one or more zones (502, 510) along a route where a vehicle horn is disabled; based on the location of the vehicle and the location of the one or more vehicle horn disabling zones (502, 510), determining at the vehicle computer that the vehicle is in the one or more vehicle horn disabling zones (502, 510); transmitting one or more instructions from the vehicle computer to disable the vehicle horn when in the one or more vehicle horn disabling zones (502, 510); characterized by based on information from one or more vehicle sensors (126, 202, 204), detecting at the vehicle computer an emergency event at the one or more vehicle horn disabling zones (502, 510); and transmitting overriding instructions by the vehicle computer to override a horn disabling based on detecting the emergency event.
Wiper blade with a rubber-elastic wiper strip, into the lateral longitudinal grooves of which are inserted spring rails which are pre-curved concavely towards a wiper lip and are held together at their ends by holding means (24, 28), wherein at least one end cap which is guided on the spring rails with guide profiles has releasable fixing means, by means of which the axial position of the wiper strip relative to the spring rails is secured, wherein, in the mounted state of the end cap, the fixing means (50, 54, 56) greatly press against the spring rails with just one projection (54, 56) via a head strip of the wiper strip, characterized in that a force fit sufficient for the axial fixing is provided between the spring rails, on the one hand, and the head strip or the fixing means (50, 54, 56), on the other hand, the projection (54, 56) of the fixing means reaches in its extent transversely with respect to the longitudinal direction of the wiper blade into the region of the spring rails, and the fixing means, as the projection, have a crossbar which reaches over the width of the head strip.
A method of producing a bedding material comprising the steps of: a) providing an organic raw material of plant fibres, in particular straw in the unpressed or prepressed state; b) adding to the organic raw material firstly at least one acid, an acid combination or its salts, then a bacterial suspension comprising at least one of the species Bacillus amyloliquefaciens, Bacillus licheniformis, Bacillus subtilis, Bacillus megaterium and/or Bacillus pumilus individually or in combinations and then at least one natural or nature-identical monoterpene and/or phenol and/or phenylpropanoid and/or flavonoid; and then c) compressing of the organic raw material into pellets and/or granules. a) providing an organic raw material of plant fibres, in particular straw in the unpressed or prepressed state; b) adding to the organic raw material firstly at least one acid, an acid combination or its salts, then a bacterial suspension comprising at least one of the species Bacillus amyloliquefaciens, Bacillus licheniformis, Bacillus subtilis, Bacillus megaterium and/or Bacillus pumilus individually or in combinations and then at least one natural or nature-identical monoterpene and/or phenol and/or phenylpropanoid and/or flavonoid; and then c) compressing of the organic raw material into pellets and/or granules.
A method for determining a cost to allow a blockchain-based admission to a protected entity, the protected entity being an entity to be protected from malicious threats, the method being performed by a system comprising an admission system, the protected entity and a client; the method comprising: identifying by the admission system, in a blockchain network, a conversion transaction identifying a conversion of a first-type of access tokens with access tokens of a second-type, wherein the transaction designates at least the protected entity; determining by the admission system a conversion value for converting the first-type of access tokens into the second-type access tokens, wherein the conversion value is determined based on at least one access parameter; and converting by the admission system, based on the determined conversion value, a first sum of the first-type access tokens into a second sum of the second-type access-tokens, wherein the client spends the second sum of the second-type access tokens to access the protected entity, the determined conversion value is the access cost to the protected entity. identifying by the admission system, in a blockchain network, a conversion transaction identifying a conversion of a first-type of access tokens with access tokens of a second-type, wherein the transaction designates at least the protected entity; determining by the admission system a conversion value for converting the first-type of access tokens into the second-type access tokens, wherein the conversion value is determined based on at least one access parameter; and converting by the admission system, based on the determined conversion value, a first sum of the first-type access tokens into a second sum of the second-type access-tokens, wherein the client spends the second sum of the second-type access tokens to access the protected entity, the determined conversion value is the access cost to the protected entity.
A method for manufacturing a thermal type flowmeter including a hollow portion which is formed in a semiconductor substrate, a thin film portion which is formed by insulating films (3a, 3b, 3c) provided to cover the hollow portion, a heating resistor body and a temperature-measuring resistor body which are formed between the insulating films (3a, 3b), characterized in that a thermal treatment heater is provided under the heating resistor body, wherein the thermal treatment heater is separated from the heating resistor body by an insulating film, and that a thermal treatment is performed to grow a crystal grain size of the heating resistor body and a crystal grain size of the temperature-measuring resistor body by heating the thin film portion after forming the thin film portion by energizing the thermal treatment heater.
A guidance device for teaching a vehicle operating method, the guidance device comprising: an operation receiving unit (11, 28) configured to receive an operation of starting or stopping an engine, or to receive an operation of starting or stopping a travelling system including at least an electronic motor; a power control unit (14, 32) configured to control a defined power mode according to the operation received by the operation receiving unit (11, 28) and a state of a vehicle; a stop detecting unit configured to detect stopping of the engine or stopping of the travelling system while the vehicle is travelling; a stop factor determining unit (14, 31) configured to determine whether a factor of the stopping of the engine or the stopping of the travelling system is a man-caused operation based on the power mode; and a guidance unit configured to change a guidance content according to whether the factor is the man-caused operation. an operation receiving unit (11, 28) configured to receive an operation of starting or stopping an engine, or to receive an operation of starting or stopping a travelling system including at least an electronic motor; a power control unit (14, 32) configured to control a defined power mode according to the operation received by the operation receiving unit (11, 28) and a state of a vehicle; a stop detecting unit configured to detect stopping of the engine or stopping of the travelling system while the vehicle is travelling; a stop factor determining unit (14, 31) configured to determine whether a factor of the stopping of the engine or the stopping of the travelling system is a man-caused operation based on the power mode; and a guidance unit configured to change a guidance content according to whether the factor is the man-caused operation.
A nitride semiconductor laser device comprising: a substrate; a nitride semiconductor layer having a first nitride semiconductor layer, an active layer, and a second nitride semiconductor layer stacked in this order on the substrate; a ridge formed on a surface of the nitride semiconductor layer; and an insulating film formed over the surface of the nitride semiconductor layer and the first and second side surfaces of the ridge; the surface of the nitride semiconductor layer including a generally flat part and first and second grooves which extend along the ridge in a resonator direction, the first groove being formed continuous to a first side surface of the ridge, and the second groove being formed continuous to a second side surface of the ridge which is opposite to the first side surface; and the first side surface of the ridge is substantially flush with a side surface of the first groove and the second side surface of the ridge is substantially flush with a side surface of the second groove; characterised in that: the ridge has an upper surface positioned higher than the generally flat part of the surface of the nitride semiconductor layer; and a thickness of the insulating film is smaller on the first and second grooves than on the generally flat part of the surface of the nitride semiconductor layer. a substrate; a nitride semiconductor layer having a first nitride semiconductor layer, an active layer, and a second nitride semiconductor layer stacked in this order on the substrate; a ridge formed on a surface of the nitride semiconductor layer; and an insulating film formed over the surface of the nitride semiconductor layer and the first and second side surfaces of the ridge; the surface of the nitride semiconductor layer including a generally flat part and first and second grooves which extend along the ridge in a resonator direction, the first groove being formed continuous to a first side surface of the ridge, and the second groove being formed continuous to a second side surface of the ridge which is opposite to the first side surface; and the first side surface of the ridge is substantially flush with a side surface of the first groove and the second side surface of the ridge is substantially flush with a side surface of the second groove; characterised in that: the ridge has an upper surface positioned higher than the generally flat part of the surface of the nitride semiconductor layer; and a thickness of the insulating film is smaller on the first and second grooves than on the generally flat part of the surface of the nitride semiconductor layer. the ridge has an upper surface positioned higher than the generally flat part of the surface of the nitride semiconductor layer; and a thickness of the insulating film is smaller on the first and second grooves than on the generally flat part of the surface of the nitride semiconductor layer.