mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the distribution characteristic of a distribution machine, having at least one centrifugal disc, preferably two centrifugal discs and preferably two thrower blades arranged thereon for distributing the spreading material, and a program which is stored on a terminal or job computer of the distribution machine and/or an agricultural tractor machine, configured to determine the distribution characteristic of the discharged spreading material and at least one movable sensor and/or at least two sensors, preferably radar sensors, which are positionally fixed relative to the distribution machine, for each centrifugal disc for the individual detection of the horizontal ejection angle of the spreading material for each centrifugal disc, wherein an average horizontal ejection angle (α v) of the spreading material is detected by means of the at least one sensor for each centrifugal disc and furthermore at least one value which characterizes the transverse distribution of the distributed spreading material and/or the variance of the ejection angle is determined, and in addition the average throwing range as well as least one value which characterizes the variance of the throwing range, and the distribution characteristic of the distributed spreading material is calculated from the abovementioned values by means of functions and/or graphs and/or tables which are stored in the memory of the job computer or terminal, characterized in that the average throwing range and the variance thereof is calculated from centrifugal parameters such as preferably the geometry of the throwing blades and centrifugal discs as well as the centrifugal disc rotational speed and application point of the spreading material onto the centrifugal disc and/or parameters which characterize the slipping properties of the spreading material, as well as the flying speed (v F) of the spreading material which is determined by means of at least one sensor, preferably a radar sensor, or the average throwing range and the variance thereof are calculated from at least two values of the flying speed of the spreading material which are determined by means of at least two sensors, preferably a radar sensor, which measure the speed of the spreading material in different flying phases, that is to say at different distances from the distribution machine.
A communication apparatus electrically connectable to a first antenna through a first cable, the communication apparatus comprising: a second antenna configured to be substitutable for the first antenna; a first ground portion to which a second cable for grounding the first antenna is connectable; an antenna detection circuit configured to detect a state of the first antenna; and an antenna switching unit configured to switch from the first antenna to the second antenna, in a case where the antenna detection circuit detects an abnormality of the first antenna, characterised by an insulating portion configured to insulate the first ground portion from a second ground portion around the first ground portion, in a case where the antenna detection circuit detects an abnormality of the first antenna, wherein the second antenna is grounded to the second ground portion; and a connection state switching unit configured to switch between a state in which the first ground portion and the second ground portion are electrically connected and a state in which the first ground portion and the second ground portion are electrically disconnected, wherein the connection state switching unit is configured to electrically connect the first ground portion and the second ground portion until the antenna detection circuit detects an abnormality of the first antenna, and to electrically disconnect the first ground portion and the second ground portion, in a case where the antenna detection circuit detects an abnormality of the first antenna. a second antenna configured to be substitutable for the first antenna; a first ground portion to which a second cable for grounding the first antenna is connectable; an antenna detection circuit configured to detect a state of the first antenna; and an antenna switching unit configured to switch from the first antenna to the second antenna, in a case where the antenna detection circuit detects an abnormality of the first antenna, characterised by an insulating portion configured to insulate the first ground portion from a second ground portion around the first ground portion, in a case where the antenna detection circuit detects an abnormality of the first antenna, wherein the second antenna is grounded to the second ground portion; and a connection state switching unit configured to switch between a state in which the first ground portion and the second ground portion are electrically connected and a state in which the first ground portion and the second ground portion are electrically disconnected, wherein the connection state switching unit is configured to electrically connect the first ground portion and the second ground portion until the antenna detection circuit detects an abnormality of the first antenna, and to electrically disconnect the first ground portion and the second ground portion, in a case where the antenna detection circuit detects an abnormality of the first antenna.
Door opener for a door, having a door panel supported moveably in a door frame, comprising: - a supporting and/or a receiving frame - hereinafter referred to as a door opener housing - - an electrically switchable locking device with an electromagnet having a coil and an armature being arranged in the door opener housing to be rotatable around an axis of rotation; - a door opener latch which is rotatably supported around an axis of rotation arranged in the door opener housing. - a changer which is designed as a rotatable lever around an axis of rotation and is supported pivotably in the door opener housing; - wherein the changer is switchable between the armature and the door opener latch and the locking device is switchable in such a way that, in a first switch position, it switches the door opener latch into a locking position and, in a second switch position, switches the door opener latch into a release position; wherein the axis of rotation of the door opener latch, the axis of rotation of the armature and the axis of rotation of the changer are arranged perpendicularly relative to one another, wherein a compact assembly is provided in that the armature is designed as a two-arm lever, which has a first lever arm, a second lever arm and the pivot bearing of the armature arranged between said arms, wherein the armature has a section in the region of the first lever arm which works together with the coil and a section in the region of the second lever arm which works together with the changer, characterised in that when the coil is powered, the long lever arm of the armature rests on the coil, said arm being attracted by said coil. - a supporting and/or a receiving frame - hereinafter referred to as a door opener housing - - an electrically switchable locking device with an electromagnet having a coil and an armature being arranged in the door opener housing to be rotatable around an axis of rotation; - a door opener latch which is rotatably supported around an axis of rotation arranged in the door opener housing. - a changer which is designed as a rotatable lever around an axis of rotation and is supported pivotably in the door opener housing; - wherein the changer is switchable between the armature and the door opener latch and the locking device is switchable in such a way that, in a first switch position, it switches the door opener latch into a locking position and, in a second switch position, switches the door opener latch into a release position;
Tipper assembly for a load transport vehicle, comprising - a frame having two longitudinal beams which extend substantially parallel to one another and at a distance from one another, - a tipper body which is arranged on the frame in a tipping region between a lowered position and a raised tipping position such that it is pivotable about a rear-side tipping shaft which extends transversely to the longitudinal beams, the tipper body being supported on the frame in the lowered position so as to be oriented in the longitudinal direction of the longitudinal beams, and - a safety support device for supporting the tipper body as required in a maintenance tipping position which is between the lowered position and the raised tipping position, the safety support device comprising a support element which can be adjusted between a passive position and a support position, which is outside the tipping region of the tipper body in the passive position, and which, in its support position, is designed to support the tipper body in the maintenance tipping position with respect to the frame, the support element being arranged between the longitudinal beams, characterised by a guiding device for receiving the tipper body in the lowered position in a guided manner, the guiding device having at least one frame-side guide element arranged between the longitudinal beams, which guide element projects upwards over the edge of the longitudinal beams that is at the top when the tipper assembly is arranged as intended on the load transport vehicle, and is designed to cooperate with a tipper body-side guide element in order to guide the tipper body during the movement thereof into the lowered position, the support element of the safety support device being adjustably arranged on the frame such that, in its support position, it rests on the frame-side guide element of the guiding device such that it forms a barrier for the tipper body that prevents the tipper body from locking into the lowered position and supports the tipper body in the maintenance tipping position. - a frame having two longitudinal beams which extend substantially parallel to one another and at a distance from one another, - a tipper body which is arranged on the frame in a tipping region between a lowered position and a raised tipping position such that it is pivotable about a rear-side tipping shaft which extends transversely to the longitudinal beams, the tipper body being supported on the frame in the lowered position so as to be oriented in the longitudinal direction of the longitudinal beams, and - a safety support device for supporting the tipper body as required in a maintenance tipping position which is between the lowered position and the raised tipping position,
A silent chain in which a plurality of links each having a pair of tooth parts which mesh with sprockets and a pair of pin holes are arranged in the lengthwise direction and thickness direction, and are also linked so as to be able to pivot about one another by linking pins which are inserted into the pin holes, sliding plates are provided which have a pair of pin holes into which the linking pins are inserted, and also have a back surface part which has a greater back surface height than the back surface height of the links and comes into contact with the tensioner arm or chain guide; wherein the silent chain is being further provided with guide links on the outermost side of the silent chain for guiding the silent chain on the sprockets when the silent chain meshes with the sprockets, characterized in that said silent chain is being made up of - guide link rows comprising a set of links which are arranged in the same lengthwise position as the guide links, and - non-guide link rows comprising a set of links which are arranged between adjacent guide link rows in the lengthwise direction, and in that said sliding plates are provided in the central part and/or at both ends of the guide link rows; said sliding plates each have a pair of expanded parts or a flat surface or a curved surface which is adapted not to mesh with the sprockets. - guide link rows comprising a set of links which are arranged in the same lengthwise position as the guide links, and - non-guide link rows comprising a set of links which are arranged between adjacent guide link rows in the lengthwise direction,
A method for heating casting moulds, in particular for heating casting moulds for cosmetic products, said method comprising: generating at least one alternating magnetic field by means of at least one inductor; and inductive heating of at least one casting mould, wherein the at least one casting mould consists essentially of a plastic or an elastomer and is interspersed with at least one additive, wherein the at least one additive can be inductively heated. generating at least one alternating magnetic field by means of at least one inductor; and inductive heating of at least one casting mould, wherein the at least one casting mould consists essentially of a plastic or an elastomer and is interspersed with at least one additive, wherein the at least one additive can be inductively heated.
A method for managing chat services in a communications system comprising the steps of: a first user terminal initiating a chat session with a session manager, the chat session comprising at least the first user terminal and a second user terminal; maintaining a blocklist by the session manager of blocked users that are blocked from communicating with the second user terminal, the blocklist being associated with the second user terminal; checking by the session manager if a third user terminal is listed in the blocklist, wherein the first user terminal invited the second user terminal and the third user terminal to join the chat session and wherein the third user terminal joins the chat session after the second user terminal; and in response to the check determining that the third user terminal is in the blocklist, sending by the session manager to the second user terminal a notification message to notify a user of the second user terminal that a blocked user is joining the chat session. a first user terminal initiating a chat session with a session manager, the chat session comprising at least the first user terminal and a second user terminal; maintaining a blocklist by the session manager of blocked users that are blocked from communicating with the second user terminal, the blocklist being associated with the second user terminal; checking by the session manager if a third user terminal is listed in the blocklist, wherein the first user terminal invited the second user terminal and the third user terminal to join the chat session and wherein the third user terminal joins the chat session after the second user terminal; and in response to the check determining that the third user terminal is in the blocklist, sending by the session manager to the second user terminal a notification message to notify a user of the second user terminal that a blocked user is joining the chat session.
A linear compressor comprising: a cylinder configured to define a compression space of refrigerant; a frame in which the cylinder is accommodated; and a discharge unit to define a discharge space of the refrigerant through which the refrigerant discharged from the compression space flows; wherein the discharge unit includes: a discharge cover coupled with the frame; and a discharge plenum disposed inside the discharge cover to define a plurality of discharge spaces; characterized in that the discharge unit further includes a thermal insulating plenum provided in a shape corresponding to an inner surface of the discharge cover to contact the inner surface of the discharge cover or to be disposed in close contact with the inner surface of the discharge cover such that an air layer is formed between the insulating plenum and the discharge cover. a cylinder configured to define a compression space of refrigerant; a frame in which the cylinder is accommodated; and a discharge unit to define a discharge space of the refrigerant through which the refrigerant discharged from the compression space flows; wherein the discharge unit includes: a discharge cover coupled with the frame; and a discharge plenum disposed inside the discharge cover to define a plurality of discharge spaces; characterized in that the discharge unit further includes a thermal insulating plenum provided in a shape corresponding to an inner surface of the discharge cover to contact the inner surface of the discharge cover or to be disposed in close contact with the inner surface of the discharge cover such that an air layer is formed between the insulating plenum and the discharge cover. a discharge cover coupled with the frame; and a discharge plenum disposed inside the discharge cover to define a plurality of discharge spaces; characterized in that the discharge unit further includes a thermal insulating plenum provided in a shape corresponding to an inner surface of the discharge cover to contact the inner surface of the discharge cover or to be disposed in close contact with the inner surface of the discharge cover such that an air layer is formed between the insulating plenum and the discharge cover.
A pedestal for an access floor assembly, the pedestal comprising: (a) a stand portion having (i) a base plate for resting upon a sub-floor, and (ii) a metal stem extending upwardly therefrom and having a rectangular shape that defines four vertices, (b) a head portion having (i) a platform for receiving thereon an edge region of one or more panels that define the surface of the access floor, (ii) a threaded metal shaft extending downwardly therefrom, and (iii) a nut which screwably engages the threaded metal shaft, and characterised in that the pedestal includes a resilient member disposed longitudinally between overlapping portions of the metal stem and the metal shaft, the resilient member having a ridge which mateably engages with a groove on the nut so as to lock the position of the nut on the threaded metal shaft, and wherein the resilient member has a plurality of nodules on its inner surface, the vertices of the metal stem being gripped between respective pairs of the nodules so as to prevent the rotation of the resilient member and the nut on the metal stem. (a) a stand portion having (i) a base plate for resting upon a sub-floor, and (ii) a metal stem extending upwardly therefrom and having a rectangular shape that defines four vertices, (i) a base plate for resting upon a sub-floor, and (ii) a metal stem extending upwardly therefrom and having a rectangular shape that defines four vertices, (b) a head portion having (i) a platform for receiving thereon an edge region of one or more panels that define the surface of the access floor, (ii) a threaded metal shaft extending downwardly therefrom, and (iii) a nut which screwably engages the threaded metal shaft, and characterised in that the pedestal includes a resilient member disposed longitudinally between overlapping portions of the metal stem and the metal shaft, the resilient member having a ridge which mateably engages with a groove on the nut so as to lock the position of the nut on the threaded metal shaft, and wherein the resilient member has a plurality of nodules on its inner surface, the vertices of the metal stem being gripped between respective pairs of the nodules so as to prevent the rotation of the resilient member and the nut on the metal stem. (i) a platform for receiving thereon an edge region of one or more panels that define the surface of the access floor, (ii) a threaded metal shaft extending downwardly therefrom, and (iii) a nut which screwably engages the threaded metal shaft, and characterised in that the pedestal includes a resilient member disposed longitudinally between overlapping portions of the metal stem and the metal shaft, the resilient member having a ridge which mateably engages with a groove on the nut so as to lock the position of the nut on the threaded metal shaft, and wherein the resilient member has a plurality of nodules on its inner surface, the vertices of the metal stem being gripped between respective pairs of the nodules so as to prevent the rotation of the resilient member and the nut on the metal stem.
A method of forming a polyfluorocarbon coating on a razor blade cutting edge comprising the steps of: (a) coating a razor blade cutting edge with a first dispersion of polyfluorocarbon in a dispersing medium; (b) heating the coating to adhere the polyfluorocarbon to said blade edge; (c) treating said razor blade cutting edge with a first solvent to partially remove said first coating; (d) coating said blade edge with a second dispersion of polyfluorocarbon in a dispersing medium; and (e) heating the coating of step (d) to adhere the second polyfluorocarbon to said blade edge; (f) treating the blade edge of step (e) with a second solvent to partially remove said second coating of step (d). (a) coating a razor blade cutting edge with a first dispersion of polyfluorocarbon in a dispersing medium; (b) heating the coating to adhere the polyfluorocarbon to said blade edge; (c) treating said razor blade cutting edge with a first solvent to partially remove said first coating; (d) coating said blade edge with a second dispersion of polyfluorocarbon in a dispersing medium; and (e) heating the coating of step (d) to adhere the second polyfluorocarbon to said blade edge; (f) treating the blade edge of step (e) with a second solvent to partially remove said second coating of step (d).
Crash barrier arrangement for arrangement on a road which has crash barriers and an underride guard in posts fixed in the ground, wherein the crash barriers are detachably fastened to the posts in an upper region and the underride guard is detachably fastened on a shot-by-shot basis at a distance from the posts between road and crash barrier, wherein a spacer is detachably fastened between the underride guard and the post, wherein the spacer has two components (16, 17) configured in the cross-section in a U-shape and a first U-shaped component is detachably coupled to the posts as a post holder and a second component configured in a U-shape is coupled to the underride guard as a wall holder, characterised in that the post holder and the wall holder are coupled to each other to form a rectangular configured in cross-section and the coupling of post holder and wall holder is established by means of screw bolts, wherein the wall holder has oblong holes in its legs to receive the screw bolts, wherein the oblong holes are oriented horizontally in the direction from post to underride guard and two oblong holes run in each limb at an angle (α) to each other and wall holder engages the post holder with its legs and the post holder has a back, wherein the back is wider than the side of the post oriented to the road such that the wall holder can be displaced relative to the post holder by a force effect, wherein the legs are guided past the posts on the outside during a relative displacement.