mhurhangee/ep-ind-claims huggingface dataset:
A transmission mechanism (110; 210) comprising: a synchronization ring configured for rotation about a centerline axis; a planet gear (116; 216) configured to be mounted to the synchronization ring for rotation relative to the synchronization ring about a planet gear axis; a set of sun gear teeth (118; 218) meshed with teeth of the planet gear, wherein the set of sun gear teeth is configured to rotate and drive motion of the planet gear in a circumferential direction about an axis of the set of sun gear teeth; and a set of ring gear teeth meshed with the teeth of the planet gear, wherein the set of sun gear teeth and the set of ring gear teeth are spaced apart from one another; wherein the set of sun gear teeth actuates the synchronization ring for axial and rotational motion with respect to the centerline axis and wherein the axis is normal to the centerline axis. a synchronization ring configured for rotation about a centerline axis; a planet gear (116; 216) configured to be mounted to the synchronization ring for rotation relative to the synchronization ring about a planet gear axis; a set of sun gear teeth (118; 218) meshed with teeth of the planet gear, wherein the set of sun gear teeth is configured to rotate and drive motion of the planet gear in a circumferential direction about an axis of the set of sun gear teeth; and a set of ring gear teeth meshed with the teeth of the planet gear, wherein the set of sun gear teeth and the set of ring gear teeth are spaced apart from one another; wherein the set of sun gear teeth actuates the synchronization ring for axial and rotational motion with respect to the centerline axis and wherein the axis is normal to the centerline axis.
Apparatus for automatically recovering meat from headed and gutted fish, comprising a transport device for transporting the fish along a transport path in transport direction T, a measuring device for detecting the anatomy of the fish, and a detaching device for detaching the meat from the bone structure, wherein the detaching device comprises at least two rotatingly driven and controllably moveable circular knives (16, 17) which are spaced apart from each other on mutually opposing sides of the transport path to form a gap S, wherein the detaching device comprises a control device, which is set up to adjust the width of the gap S depending on the fish anatomy detected by the measuring device, in particular the height, length and/or width of the fish, wherein the control device is configured to pre-adjust the width of the gap S before the meat is detached from the bone structure and wherein the control device is configured to vary the width of the gap S while the meat is being detached from the bone structure, characterised in that the control device comprises a cam control, wherein the cam control comprises a cam disc driven by means of a control drive unit for changing the position of the circular knives (16, 17), the apparatus further comprising a control unit, electrically connected to the measuring device and the control device, which is configured and adapted to detect and/or process the fish anatomy data detected by the measuring device, in particular the height, length and/or width of the fish, and to actuate the control drive unit for adjusting the gap S according to the respective fish anatomy, in particular the height, length and/or width of the fish, in that the control unit actuates the control drive unit in such a manner as to adjust the circulation of the cam disc in a predetermined angular velocity profile.
Dividing element, using which the interior space of a basket, in particular, of a shopping trolley basket, can be subdivided, comprising a plurality of connecting elements for fastening the dividing element on the sides of the basket, wherein a first section of a first connecting element is designed to be at least essentially U-shaped for fastening the dividing element to a side of the basket, and wherein a limb (11a, 11b) of the at least essentially U-shaped first section abuts a second section of the first connecting element, which is held in a first guide formed in the dividing element in a positive-locking and/or non-positive-locking manner. characterized in that the dividing element has a slit-shaped opening for inserting an information carrier on its top side, wherein the slit-shaped opening comprises a second guide for an insertion element that can be inserted into the recess, wherein the information carrier is held between the second guide and the insertion element in a positive-locking manner.
A method for monitoring a downlink control channel by a first terminal having a single RX chain in a wireless communication system, the method comprising: configuring a specific gap for a resource region related to transmission and reception of a Device-to-Device, D2D, signal; and monitoring a Wide Area Network, WAN, communication-based downlink control channel based on a timer operated according to a discontinuous reception, DRX, operation, wherein whether or not the timer is including the specific gap is determined based on whether the WAN communication is performed according to a carrier aggregation, CA, wherein when the WAN communication according to the CA is not performed, the timer is configured to not include the specific gap, wherein the specific gap includes a time interval configured for the single RX chain to cover switching between WAN communication and D2D communication. configuring a specific gap for a resource region related to transmission and reception of a Device-to-Device, D2D, signal; and monitoring a Wide Area Network, WAN, communication-based downlink control channel based on a timer operated according to a discontinuous reception, DRX, operation, wherein whether or not the timer is including the specific gap is determined based on whether the WAN communication is performed according to a carrier aggregation, CA, wherein when the WAN communication according to the CA is not performed, the timer is configured to not include the specific gap, wherein the specific gap includes a time interval configured for the single RX chain to cover switching between WAN communication and D2D communication.
Buprenorphine for use in a method of producing a prolonged analgesic effect in a mammal by subcutaneous or intramuscular administration of a single dose of buprenorphine of from 0.04 mg buprenorphine per kilogram of total mammal body weight to 2 mg buprenorphine per kilogram of total mammal body weight, wherein the buprenorphine is administered as a non-extended release dosage form which provides adequate analgesia to the mammal for a period of at least twelve hours.
An anti-ultraviolet flaky cellulose material for therapeutic use to block transmission of ultraviolet ray within a range of 320-400 nm and 280-320 nm, wherein the cellulose material has a flaky morphology, a particle width of 5-200 μm and a thickness of 0.01-10 μm.
A cooling or heating element (12, 30, 30a, 30b, 40, 53, 60, 60a, 60b, 70, 70a, 70b, 81, 90, 181, 212, 214, 216) for an accumulator (170, 180, 210), comprising a cooling surface (32, 58, 62, 72, 83) with a first boundary which is provided to have physical contact with a first cell (11, 21, 51, 140, 150) of the accumulator (170, 180, 210), and a second boundary which is provided to have physical contact with a second cell (11, 21, 51, 140, 150) of the accumulator (170, 180, 210), wherein the cooling or heating element (12, 30, 30a, 30b, 40, 53, 60, 60a, 60b, 70, 70a, 70b, 81, 90, 181, 212, 214, 216) can be stacked and comprises an inlet (31, 54, 61, 71, 82) and/or an outlet (33, 55, 63, 73, 84) which cooperates in a stack with an inlet (31, 54, 61, 71, 82) and/or an outlet (33, 55, 63, 73, 84) of an adjacent cooling or heating element (12, 30, 30a, 30b, 40, 53, 60, 60a, 60b, 70, 70a, 70b, 81, 90, 181, 212, 214, 216), characterized by a flow diaphragm on the edge of the cooling surface (32, 58, 62, 72, 83) which throttles an inlet flow of a cooling or heating medium with an increasing distance between the first and second boundaries, and/or by a flow diaphragm on the edge of the cooling surface (32, 58, 62, 72, 83) which throttles an outlet flow of a cooling or heating medium with an increasing distance between the first and second boundaries.
A self-propelled agricultural working machine having at least one working unit (3 - 8), in particular a propulsion unit, and having a driver assistance system for generating control actions within the working machine, wherein a sensor system for generating pieces of environmental information (11 - 14) is provided, wherein the driver assistance system generates the control actions based on the pieces of environmental information (11 - 14), wherein the sensor system has a first sensor which captures a first piece of sensor information (16 - 19) based on a first physical property of an environmental object (20, 21) in the environment of the working machine, characterized in that the sensor system has at least one further sensor which captures a further piece of sensor information (23 - 26) based on a further physical property of the environmental object (20, 21), and in that the driver assistance system generates a piece of environmental information (11 - 14) regarding the environmental object (20, 21) from the first piece of sensor information (16 - 19) and from the further piece of sensor information (23 - 26), and wherein the driver assistance system assigns an object category (32, 33) from the object categories "living" and "not living" to the environmental object (20, 21) based on the pieces of environmental information (11 - 14).
Container for receiving small parts, the container having a base plate, a rear wall connected to the latter, and two side walls (3, 4), wherein the base plate and the Container walls (2, 3, 4) are fixedly interconnected, the container furthermore having a flap, which is pivotable about a horizontal axis which lies in the region of the base plate, and a cover plate, which serves for closing the upper side of the container, wherein the cover plate in order for the flap to be secured in a form-fitting manner has a plate part which is angled downwards and which covers the upper region of Lhe flap when located in the closed position of the latter, characterized in that the flap on the lateral faces thereof in each case has one perpendicularly projecting lug for forming a laterally closed recessed grip, and the pivoted position of the flap in the open position of the latter is established by a stop band which is configured on the base plate and communicates with the lower edge of the flap.
A method comprising: computing metrics for at least one set of radio frequency, RF, channels, wherein the set of RF channels comprises at least two RF channels in a frequency band that are available for use by a wireless network for a wider bandwidth mode of operation that combines bandwidth of two or more RF channels, wherein the metrics are based on activity from devices in the set of RF channels; determining alignment of individual primary and secondary RF channels in the set of RF channels for operation of at least first and second wireless networks, at least one of which operates in a wider bandwidth mode, wherein a primary channel is a set of one or more RF channels that is a smaller denomination of RF channels used by a wireless network when it is not operating in a wider bandwidth mode and a secondary channel is one or more RF channels used in conjunction with a primary channel when a wireless network is operating in a wider bandwidth mode; applying to the metrics a bias for each RF channel that is a member of the set of RF channels for the primary channel depending on alignment of the primary and secondary channels of the respective first and second wireless networks to produce adjusted metrics, wherein the bias is computed from a receive signal strength of the first wireless network relative to a clear channel access threshold of a secondary channel of the second wireless network based on a piecewise linear transfer function; and assigning RF channels to primary and secondary channels for the first and second wireless networks based on the adjusted metrics. computing metrics for at least one set of radio frequency, RF, channels, wherein the set of RF channels comprises at least two RF channels in a frequency band that are available for use by a wireless network for a wider bandwidth mode of operation that combines bandwidth of two or more RF channels, wherein the metrics are based on activity from devices in the set of RF channels; determining alignment of individual primary and secondary RF channels in the set of RF channels for operation of at least first and second wireless networks, at least one of which operates in a wider bandwidth mode, wherein a primary channel is a set of one or more RF channels that is a smaller denomination of RF channels used by a wireless network when it is not operating in a wider bandwidth mode and a secondary channel is one or more RF channels used in conjunction with a primary channel when a wireless network is operating in a wider bandwidth mode; applying to the metrics a bias for each RF channel that is a member of the set of RF channels for the primary channel depending on alignment of the primary and secondary channels of the respective first and second wireless networks to produce adjusted metrics, wherein the bias is computed from a receive signal strength of the first wireless network relative to a clear channel access threshold of a secondary channel of the second wireless network based on a piecewise linear transfer function; and assigning RF channels to primary and secondary channels for the first and second wireless networks based on the adjusted metrics.
A device in a sheet-fed printing press for transferring imaging transfer layers from a carrier film to printed sheets at least comprising one applicator unit for an image-wise coating of the printed sheets with an adhesive and comprising a coating mechanism for transferring the transfer layers to the printed sheet in a transfer gap between an impression cylinder and a press roller, wherein the transfer film, with the transfer layer bearing against the printed sheet, can be guided through the transfer gap together with said printed sheet, and transfer layers are thereby transferred to the printed sheet in an image-wise manner, and comprising a device for feeding the transfer film to the coating mechanism, and for discharging from the coating mechanism by means of a drive for moving the transfer film in operating direction, wherein the film advance of the transfer film can be controlled in such a way by means of a device for film guiding that the transport of the transfer film is stopped, when no transfer of a transfer layer onto a printed sheet occurs in the transfer gap of the coating mechanism, wherein controllable conveying devices for decelerating and accelerating in synchronism with the processing of the film transfer are assigned to the transfer film, wherein the conveying devices (33, 37) are embodied to convey the transfer film on a drive roller (34, 70) in a slip-free manner, which guide and drive the film web in a clamped manner and that the conveying devices (33, 37) are assigned to a transfer region upstream of the transfer gap or are in each case upstream of or downstream from the transfer gap, and that the conveying devices (33, 37) are arranged and embodied to carry out a film return stroke against the production direction of the film transport in response to the film transfer, wherein a conveying device (33, 37) has a film driving roller (34, 38, 70), a highly dynamic timing mechanism coupled thereto, and a contact pressure segment, which can be placed against the film driving roller and generates a uniform contact pressure across the length of the film driving roller, wherein, when conveying, the transfer film is clamped in a contact-free manner between the film driving roller (34, 38, 70) and the contact pressure segment for the slip-free transport in the region of a gap, and wherein the transfer film is guided around the film driving roller (34, 38, 70) across a wrap angle of at least 90 degrees, wherein the contact pressure segment has a blowing air connection, through which blowing air is introduced into a gap between an inner guide surface (26.1) on the contact pressure segment and the film driving roller (34, 38, 70), or the transfer film bearing on said film driving roller.
A device for winding an elongate member into a coil, the device comprising: at least one first body portion adapted to rotate about a first axis; fixing means for fixing a portion of an elongate member to at least one said first body portion; a guide portion from which during use an elongate member extends into engagement with said fixing means, wherein said first body portion is adapted to move relative to said guide portion; force application means (304, 308) for applying a force to said elongate member, said force comprising first and second force components acting in perpendicular first and second directions respectively, in order to restrict movement of said elongate member in directions parallel with said first and said second directions, said first force component acting towards said first body portion to which said elongate member is fixed; and characterised in that said first body portion defines a planar surface and that said first force component acts towards said planar surface and parallel to said first axis. at least one first body portion adapted to rotate about a first axis; fixing means for fixing a portion of an elongate member to at least one said first body portion; a guide portion from which during use an elongate member extends into engagement with said fixing means, wherein said first body portion is adapted to move relative to said guide portion; force application means (304, 308) for applying a force to said elongate member, said force comprising first and second force components acting in perpendicular first and second directions respectively, in order to restrict movement of said elongate member in directions parallel with said first and said second directions, said first force component acting towards said first body portion to which said elongate member is fixed; and characterised in that said first body portion defines a planar surface and that said first force component acts towards said planar surface and parallel to said first axis.
A method of controlling a propulsion system on a marine vessel, the method comprising: receiving proximity measurements describing locations of one or more objects with respect to the marine vessel; receiving a command vector ( J s ⇀) instructing magnitude and direction for propulsion of the marine vessel with respect to a point of navigation (P n) for the marine vessel; characterised by: determining a funnel boundary based on the command vector ( J s ⇀); identifying an object within the funnel boundary based on the proximity measurements; calculating a propulsion adjustment command ( L f ⇀) based on the command vector ( J s ⇀) and an angle of the object (θ MIO) within the funnel boundary with respect to the point of navigation (P n); and controlling at least one propulsion device (12a, 12b) based on the propulsion adjustment command ( L f ⇀). receiving proximity measurements describing locations of one or more objects with respect to the marine vessel; receiving a command vector ( J s ⇀) instructing magnitude and direction for propulsion of the marine vessel with respect to a point of navigation (P n) for the marine vessel; characterised by: determining a funnel boundary based on the command vector ( J s ⇀); identifying an object within the funnel boundary based on the proximity measurements; calculating a propulsion adjustment command ( L f ⇀) based on the command vector ( J s ⇀) and an angle of the object (θ MIO) within the funnel boundary with respect to the point of navigation (P n); and controlling at least one propulsion device (12a, 12b) based on the propulsion adjustment command ( L f ⇀). determining a funnel boundary based on the command vector ( J s ⇀); identifying an object within the funnel boundary based on the proximity measurements; calculating a propulsion adjustment command ( L f ⇀) based on the command vector ( J s ⇀) and an angle of the object (θ MIO) within the funnel boundary with respect to the point of navigation (P n); and controlling at least one propulsion device (12a, 12b) based on the propulsion adjustment command ( L f ⇀).
An oil pan for an internal combustion engine, the oil pan containing oil, the oil pan comprising: a film which covers an oil surface of an oil to separate the oil which is stored therein and a gas above the oil, wherein the film is formed of a liquid containing a silicone oil. a film which covers an oil surface of an oil to separate the oil which is stored therein and a gas above the oil, wherein the film is formed of a liquid containing a silicone oil.
A method of holding a work-piece on an adhesive fixture, comprising: providing a fixture having a fixture base and a plurality of fixing surfaces, the fixture including a plurality of fixture elements each defining one of the fixing surfaces, each of the fixture elements being capable of displacing relative to the fixture base with prescribed degrees of freedom, the fixture further including a clamping system (15, 15c, 16) operable to selectively disengage so as to release displacement of each of the fixture elements relative to the fixture base or engage so as to stop displacement of each of the fixture elements relative to the fixture base; adjoining adhesive to at least one of the fixing surfaces of the fixture elements; adhering the adhesive to the at least one fixing surface and to a work-piece to create an adhesive joint between the at least one fixing surface and the work-piece to restrain the work-piece during a manufacturing process; and disengaging the clamping system (15, 15c, 16) such that the fixture elements are displaceable; allowing each of the fixture elements to displace as the work-piece and adhesive joint obtain the equilibrium shape to reduce strain energy; and engaging the clamping system (15, 15c, 16) to stop the motion freedom of the fixture elements after the work-piece has obtained its equilibrium shape; whereby the work-piece is allowed to obtain an equilibrium shape closer to a free state without rupturing the adhesive joint or substantially reducing its holding strength. providing a fixture having a fixture base and a plurality of fixing surfaces, the fixture including a plurality of fixture elements each defining one of the fixing surfaces, each of the fixture elements being capable of displacing relative to the fixture base with prescribed degrees of freedom, the fixture further including a clamping system (15, 15c, 16) operable to selectively disengage so as to release displacement of each of the fixture elements relative to the fixture base or engage so as to stop displacement of each of the fixture elements relative to the fixture base; adjoining adhesive to at least one of the fixing surfaces of the fixture elements; adhering the adhesive to the at least one fixing surface and to a work-piece to create an adhesive joint between the at least one fixing surface and the work-piece to restrain the work-piece during a manufacturing process; and disengaging the clamping system (15, 15c, 16) such that the fixture elements are displaceable; allowing each of the fixture elements to displace as the work-piece and adhesive joint obtain the equilibrium shape to reduce strain energy; and engaging the clamping system (15, 15c, 16) to stop the motion freedom of the fixture elements after the work-piece has obtained its equilibrium shape; whereby the work-piece is allowed to obtain an equilibrium shape closer to a free state without rupturing the adhesive joint or substantially reducing its holding strength.