mhurhangee/ep-ind-claims huggingface dataset:
A crawler hanging device to be mounted onto a crawler for use in lifting the crawler, the crawler including a crawler frame having a pair of left and right side-surfaces and attachable to a main part of a traveling body, and a crawler belt surrounding the crawler frame from above, below, front, and rear thereof, the crawler hanging device comprising: at least one support member to be attached to the crawler, wherein the at least one support member includes: an attaching part to be attached to a crawler frame outer surface that is one of the pair of side-surfaces of the crawler frame and is opposite to a side-surface via which the crawler frame is to be attached to the main part of the traveling body; a first receiving part arranged above a belt top section of the crawler belt above the crawler frame for receiving a lifting tool for lifting the crawler; characterised in that, a circuitous part which connects the attaching part and the first receiving part with each other, and extends around the belt top section of the crawler belt through an outside region of the belt top section in a left-right direction of the crawler belt. at least one support member to be attached to the crawler, wherein the at least one support member includes: an attaching part to be attached to a crawler frame outer surface that is one of the pair of side-surfaces of the crawler frame and is opposite to a side-surface via which the crawler frame is to be attached to the main part of the traveling body; a first receiving part arranged above a belt top section of the crawler belt above the crawler frame for receiving a lifting tool for lifting the crawler; characterised in that, a circuitous part which connects the attaching part and the first receiving part with each other, and extends around the belt top section of the crawler belt through an outside region of the belt top section in a left-right direction of the crawler belt. an attaching part to be attached to a crawler frame outer surface that is one of the pair of side-surfaces of the crawler frame and is opposite to a side-surface via which the crawler frame is to be attached to the main part of the traveling body; a first receiving part arranged above a belt top section of the crawler belt above the crawler frame for receiving a lifting tool for lifting the crawler; characterised in that, a circuitous part which connects the attaching part and the first receiving part with each other, and extends around the belt top section of the crawler belt through an outside region of the belt top section in a left-right direction of the crawler belt.
A camera decoration cover, comprising: a decoration cover plate and a light-transmitting cover plate that are stacked, wherein a region covered by the light-transmitting cover plate on the decoration cover plate is a coverage region, at least one camera hole is provided in the coverage region, the coverage region comprises at least one first region, and the first region is provided with at least one first electrostatic discharge hole corresponding to the camera hole; the camera decoration cover characterized by further comprising: a center of the coverage region is a first center, and a center of the camera hole is a second center; and the first region is a region formed on one side of the second center far away from the first center by respectively rotating a straight line where the first center and the second center lie around the first center toward two sides of the straight line by a first preset angle (α), and the first preset angle (α) is in a range of (0°, 45°]. a region covered by the light-transmitting cover plate on the decoration cover plate is a coverage region, at least one camera hole is provided in the coverage region, the coverage region comprises at least one first region, and the first region is provided with at least one first electrostatic discharge hole corresponding to the camera hole; the camera decoration cover characterized by further comprising: a center of the coverage region is a first center, and a center of the camera hole is a second center; and the first region is a region formed on one side of the second center far away from the first center by respectively rotating a straight line where the first center and the second center lie around the first center toward two sides of the straight line by a first preset angle (α), and the first preset angle (α) is in a range of (0°, 45°].
Cleaning system for cleaning washware, comprising: a) at least one cleaning device, having at least one at least partially closed cleaning chamber with at least one application device for applying at least one cleaning liquid to the washware; and b) at least one transport system for automatically transporting the washware, wherein the transport system comprises: a. at least one first conveyor device for inwardly transporting soiled washware; b. at least one second conveyor device for transporting the soiled washware to the cleaning device; c. at least one transfer device for transferring at least a portion of the soiled washware from the first conveyor device to the second conveyor device; and d. at least one sensor for identifying occupiable regions on the second conveyor device, wherein the occupiable regions are regions that are not yet or not yet sufficiently occupied with washware, and accordingly can receive further washware; wherein the transport system is configured to control the transfer device in such a way that the soiled washware is transferred solely to the occupiable regions of the second conveyor device. a) at least one cleaning device, having at least one at least partially closed cleaning chamber with at least one application device for applying at least one cleaning liquid to the washware; and b) at least one transport system for automatically transporting the washware, wherein the transport system comprises: a. at least one first conveyor device for inwardly transporting soiled washware; b. at least one second conveyor device for transporting the soiled washware to the cleaning device; c. at least one transfer device for transferring at least a portion of the soiled washware from the first conveyor device to the second conveyor device; and d. at least one sensor for identifying occupiable regions on the second conveyor device, wherein the occupiable regions are regions that are not yet or not yet sufficiently occupied with washware, and accordingly can receive further washware; a. at least one first conveyor device for inwardly transporting soiled washware; b. at least one second conveyor device for transporting the soiled washware to the cleaning device; c. at least one transfer device for transferring at least a portion of the soiled washware from the first conveyor device to the second conveyor device; and d. at least one sensor for identifying occupiable regions on the second conveyor device, wherein the occupiable regions are regions that are not yet or not yet sufficiently occupied with washware, and accordingly can receive further washware;
A system, comprising: at least one unmanned aerial vehicle, UAV,; at least one flight control computer, FCC, associated with each UAV of the at least one UAV, wherein the FCC controls movement of each UAV of the at least one UAV; at least one computing device associated with a ground control station, wherein the at least one computing device is in communication with the at least one FCC; wherein the at least one FCC maintains a first flight pattern of a respective UAV of the at least one UAV above the ground control station; and wherein the at least one computing device is configured to transmit a transition signal to the at least one FCC to transition the respective UAV of the at least one UAV from the first flight pattern to a second flight pattern in response to a wind speed exceeding a set threshold relative to a flight speed of the respective UAV of the at least one UAV; characterized in that the second flight pattern is a figure-eight flight pattern. at least one unmanned aerial vehicle, UAV,; at least one flight control computer, FCC, associated with each UAV of the at least one UAV, wherein the FCC controls movement of each UAV of the at least one UAV; at least one computing device associated with a ground control station, wherein the at least one computing device is in communication with the at least one FCC; wherein the at least one FCC maintains a first flight pattern of a respective UAV of the at least one UAV above the ground control station; and wherein the at least one computing device is configured to transmit a transition signal to the at least one FCC to transition the respective UAV of the at least one UAV from the first flight pattern to a second flight pattern in response to a wind speed exceeding a set threshold relative to a flight speed of the respective UAV of the at least one UAV; characterized in that the second flight pattern is a figure-eight flight pattern.
A child restraining system for a vehicle, the system comprising: a seat having a harness comprising a first shoulder strap (14, 16); at least one web, said web having a first end extending from the first shoulder strap (14, 16) of the harness and a second distal end connected to a portion of the seat; wherein in use the one or more webs extends from the first end to the second end thereby covering an area between the first shoulder strap (14, 16) and the seat, thereby limiting the ability of a child to slide an arm or a shoulder out from under the strap (14, 16). a seat having a harness comprising a first shoulder strap (14, 16); at least one web, said web having a first end extending from the first shoulder strap (14, 16) of the harness and a second distal end connected to a portion of the seat; wherein in use the one or more webs extends from the first end to the second end thereby covering an area between the first shoulder strap (14, 16) and the seat, thereby limiting the ability of a child to slide an arm or a shoulder out from under the strap (14, 16).
Closing part for a lock fitting between a leaf and a fixed frame of a window or door, wherein the leaf and/or the fixed frame, consisting of horizontal and vertical spars (3, 4), comprise a circumferential groove with undercuts, which are opposed to one another with fold surfaces, with locking elements in the form of a latch projection and of a closing part, of which the one is located on the fixed frame, and the other is located on the leaf, and which can be moved relative to one another and brought into engagement with one another, wherein the latch projection and the closing part, in the engagement position, engage one another behind the engagement element arranged at the closing part, wherein the closing part comprises latch means (8, 18, 9, 19) which consist of elastic tongue elements arranged parallel to one another, wherein the tongue elements comprise projecting head strips in the form of barbs, which are arranged on the underside of the closing part, wherein, at installation, the closing part engages, by means of the head strips in the form of barbs, behind the undercut of the groove on the horizontal spar with latch engagement, characterized in that the head strips in the form of barbs form the ends of the longitudinal sides (12, 13) of the closing part, and, at installation, the closing part, by means of the head strips in the form of barbs, additionally engages with latch effect behind the undercut of the groove on the vertical spar.
A method for operating a cellular network, the method comprising: at a core network element of the cellular network: causing a radio access network, RAN, to transmit, to a User Equipment device, UE, a file via a Multimedia Broadcast Multicast Service,MBMS download session; receiving, from the UE, a Session Initiation Protocol, SIP, re-invite requesting initiation of a file repair of the file; and in response to the SIP re-invite requesting initiation of the file repair: selecting a HyperText Transfer Protocol to SIP, HTTP/SIP, adapter and generating a SIP INVITE request to the selected HTTP/SIP adapter, wherein a 'to' header of the SIP INVITE request includes a same Request- Uniform Resource Identifier of the SIP re-invite request; and sending the SIP INVITE request to the selected HTTP/SIP Adapter; and tearing down the MBMS download session responsive to the SIP re-invite request. causing a radio access network, RAN, to transmit, to a User Equipment device, UE, a file via a Multimedia Broadcast Multicast Service,MBMS download session; receiving, from the UE, a Session Initiation Protocol, SIP, re-invite requesting initiation of a file repair of the file; and in response to the SIP re-invite requesting initiation of the file repair: selecting a HyperText Transfer Protocol to SIP, HTTP/SIP, adapter and generating a SIP INVITE request to the selected HTTP/SIP adapter, wherein a 'to' header of the SIP INVITE request includes a same Request- Uniform Resource Identifier of the SIP re-invite request; and sending the SIP INVITE request to the selected HTTP/SIP Adapter; and tearing down the MBMS download session responsive to the SIP re-invite request. selecting a HyperText Transfer Protocol to SIP, HTTP/SIP, adapter and generating a SIP INVITE request to the selected HTTP/SIP adapter, wherein a 'to' header of the SIP INVITE request includes a same Request- Uniform Resource Identifier of the SIP re-invite request; and sending the SIP INVITE request to the selected HTTP/SIP Adapter; and tearing down the MBMS download session responsive to the SIP re-invite request.
A thiazole derivative represented by the formula or a pharmaceutically acceptable salt thereof for use in the treatment and/or prophylaxis of a mood disorder selected from major depression, dysthymia, a depression-related syndrome, a symptom of depression due to a physical disorder and a drug-induced symptom of depression.
A method for a radio device in a cellular network, of supporting positioning, the radio device configured to communicate with a radio base station of the cellular network, the method comprising: - detecting at least one cell identity, - performing cell measurements based on said detected cell identities, - transmitting a result from the cell measurements and said detected cell identities to the network node, in order for the network node to determine whether to transmit a neighbour cell list to the radio device, - determining whether to use said detected cell identities or cell identities received in a neighbour cell list from a network node for determining positioning reference signal patterns, based on the cell measurements, - determining a positioning reference signal pattern, based on the cell identity and a pre-defined mapping between the cell identity and the positioning reference signal pattern, and - performing positioning measurements based on the determined positioning reference signal pattern. - detecting at least one cell identity, - performing cell measurements based on said detected cell identities, - transmitting a result from the cell measurements and said detected cell identities to the network node, in order for the network node to determine whether to transmit a neighbour cell list to the radio device, - determining whether to use said detected cell identities or cell identities received in a neighbour cell list from a network node for determining positioning reference signal patterns, based on the cell measurements, - determining a positioning reference signal pattern, based on the cell identity and a pre-defined mapping between the cell identity and the positioning reference signal pattern, and - performing positioning measurements based on the determined positioning reference signal pattern.
Method for operating of a crushing device, in which method a crushing rotor is driven by a driving device that comprises at least an electric three-phase motor, via a non-positive traction drive, particularly a belt drive, wherein the electric motor is energized by a controlled frequency converter for operating the crushing rotor at a predetermined rotor speed (ω0) in a normal operation phase, and wherein a measure for the traction drive slip is determined and monitored and the electric three-phase motor controlled for stopping when a first slip threshold value of the traction drive is exceeded, characterized in that when a predetermined second threshold value of the traction drive slip which is below the first slip threshold value is exceeded, the frequency converter is controlled in a slip operation phase for the regulation or control of the traction drive slip to a predetermined third slip threshold value and for reducing the torque output from the electric three-phase motor.
Method for removing brittle-hard material by means of laser radiation, wherein a removal depression forms in the material as a result of the removal, the surfaces of which removal depression, also referred to as flanks, have a diffractive and refractive effect on the laser radiation introduced and, as a result, radiation portions of said laser radiation generate interference diffraction patterns within the removal depression, which, as soon as said radiation portions impinge again on the surfaces of the removal depression and penetrate into the material volume, bring about there a removal that is spatially variable along the surfaces and as a consequence roughen the surface and induce cracks in the material volume, wherein a wavelength mixture comprising at least two wavelengths is used as laser radiation for the removal, characterized in that the at least two wavelengths are selected in such a way that interference diffraction patterns are established on account of the diffraction and refraction both along the surfaces of the removal depression and in the material volume in comparison to laser radiation with only one of the wavelengths in such a way that spatial positions of interference maxima of the one wavelength(s) fall into interference minima of the other wavelength(s), wherein the power of the laser radiation which is detected by the focusing effect of the entry edge, defined as a spatially extended region of the surface of the workpiece, where an unaltered part of the surface of the workpiece merges into the part of the surface in which the removal of material has taken place and a removal depression has been created is adjusted in such a way that the intensity in the material which is reached by the focusing of the entry edge does not reach a threshold (ρ damage) for the damage to the material.
A method for controlling combustion in at least one cylinder of an internal combustion engine using gaseous fuel wherein an ignition timing is controlled by monitoring flywheel and by using ignition maps, characterised in that the method further comprises steps of monitoring pressure in at least one cylinder, forming an average heat release timing deduced from the monitoring of the pressure, comparing the average heat release timing with a nominal heat release timing, determining whether the average heat release timing is before or after the nominal heat release timing, monitoring main gas valve duration, determining whether the main gas valve duration has changed within a follow-up period, adjusting the ignition timing if the main gas valve duration has remained unchanged or within predetermined limits during a predetermined follow-up period, and the average heat release timing is before or after the nominal heat release timing such that the ignition timing is retarded in case of the average heat release timing is before the nominal heat release timing, or advanced in case of the average heat release timing is after the nominal heat release timing.
An electric grill device comprising a reflector tray, the grill device including an upper side formed by a grill grate with an electric grill unit or only an electric grill unit, and a trough-like reflector tray that is positioned underneath the grill unit, the reflector tray including an interior space open toward the grill unit as a water receiving portion and a multiply angled bottom surface as reflectors, wherein the multiply angled bottom surface is formed from roof-like surfaces projecting from the bottom and the roof-like surfaces represent water passage sections, so that they communicate with each other at least close to the bottom or also close to a circumferential wall of the reflector tray, such that for a reflector tray filled with water, the bottom surface thereof is covered nearly everywhere by water, except for the sections of the roof-like surfaces raising beyond the filled-in amount of water and projecting beyond the water level and forming the actual reflection zones.
Nose ring for preventing the sucking of milk from the udders of milk-providing animals by milk-sucking animals, comprising a ring body and a gap interrupting the ring body for receiving a nasal septum of the animal, the ring body having, in the region of the gap, an inner nose portion which comes to rest in an inner nose space of the nose of an animal when the nose ring is fitted to the nose of the animal, characterised in that the ring body has, in the inner nose portion, at least one swivel-blocking projection which projects from the ring body and defines a swivel-blocking position of the nose ring located on the nose of the animal, the nose ring, in its hanging position, hanging down due to gravity and the swivel-blocking projection being freely located in the inner nose space without touching a nose wall delimiting the inner nose space, and wherein dependent on an upward swivelling movement into the swivel-blocking position, the swivel-blocking projection presses against the nose wall of the inner nose space of the nose of the animal.
A vehicle to at least one of vehicle, pedestrian, infrastructure, network, V2X, communication method by a receiving V2X node, the method comprising: determining a vehicle radio network temporary identify, V-RNTI, based on a region associated with a location of the receiving V2X node corresponding to a most recently obtained position of the receiving V2X node for selectively receiving V2X data information; detecting (S204, S302, S404) a downlink control channel whose cyclic redundancy check, CRC, code is scrambled by the V-RNTI; and receiving (S208, S310. S408) the V2X data information based on the detected downlink control channel from an evolved node B, eNB, wherein one cell of the eNB corresponds to multiple regions associated with the location of the receiving V2X node, and the V-RNTI of respective region is determined based on a signal broadcasted from the eNB. determining a vehicle radio network temporary identify, V-RNTI, based on a region associated with a location of the receiving V2X node corresponding to a most recently obtained position of the receiving V2X node for selectively receiving V2X data information; detecting (S204, S302, S404) a downlink control channel whose cyclic redundancy check, CRC, code is scrambled by the V-RNTI; and receiving (S208, S310. S408) the V2X data information based on the detected downlink control channel from an evolved node B, eNB, wherein one cell of the eNB corresponds to multiple regions associated with the location of the receiving V2X node, and the V-RNTI of respective region is determined based on a signal broadcasted from the eNB.