mhurhangee/ep-ind-claims huggingface dataset:
Brick for a wall system, having - an upper part which comprises the upper side of the brick, and having - a lower part which comprises the underside of the brick, - wherein the brick has, on its upper side and/or on its underside, a base (6, 8, 9) in the form of a protrusion which does not extend across the entire upper side and/or underside, and - wherein the brick has, on its upper side and/or on its underside, at least one spacer, wherein the height of the protrusion is smaller than the height of the spacer, characterised in that the upper part and the lower part of the brick are laterally offset in relation to each other, and the spacer is formed on the base. - an upper part which comprises the upper side of the brick, and having - a lower part which comprises the underside of the brick, - wherein the brick has, on its upper side and/or on its underside, a base (6, 8, 9) in the form of a protrusion which does not extend across the entire upper side and/or underside, and - wherein the brick has, on its upper side and/or on its underside, at least one spacer,
Lubricant wheel of a turbine engine, wherein the wheel has an axis around which extends an annular cavity: - which opens radially towards the axis, - which is laterally bordered by a first wall and a second wall (39a, 39b) which are substantially radial to said axis, to receive the lubricant, - from which at least first and second lubricant supply lines (43, 45) depart for lubricating various members to be lubricated, - and which, parallel to said axis, is split into at least a first annular sub-cavity and a second annular sub-cavity (40a, 40b), which: -- are separated by an annular inner partition substantially radial to said axis, -- and communicate with the first and second lines (43, 45), respectively, characterised in that the annular cavity has an overflow capacity at the location of the inner partition, so that an overflow of lubricant can take place, parallel to said axis, from the first sub-cavity into the second sub-cavity and vice versa, without any overflow over the first wall and the second wall (39a, 39b). - which opens radially towards the axis, - which is laterally bordered by a first wall and a second wall (39a, 39b) which are substantially radial to said axis, to receive the lubricant, - from which at least first and second lubricant supply lines (43, 45) depart for lubricating various members to be lubricated, - and which, parallel to said axis, is split into at least a first annular sub-cavity and a second annular sub-cavity (40a, 40b), which: -- are separated by an annular inner partition substantially radial to said axis, -- and communicate with the first and second lines (43, 45), respectively, -- are separated by an annular inner partition substantially radial to said axis, -- and communicate with the first and second lines (43, 45), respectively,
A nose-wheel steering system, comprising: an actuator including a drive shaft configured to rotate about a first axis; a bevel gear rotationally coupled to the drive shaft of the actuator and configured to rotate about the first axis; a collar gear intermeshed with the bevel gear and configured to rotate about a second axis, the second axis being generally perpendicular to the first axis; and a gear train rotationally coupled between the drive shaft of the actuator and the bevel gear, wherein the gear train includes a planetary gear system, the planetary gear system comprising: a non-rotating ring gear; a planet gear configured to rotate about an inner circumferential surface of the non-rotating ring gear, wherein rotation of the planet gear is driven by rotation of the drive shaft about the first axis; a carrier coupled to the planet gear and configured to rotate the bevel gear, characterised in that an outer circumferential surface of the carrier defines a toothed surface of the bevel gear, the toothed surface of the bevel gear being intermeshed with the collar gear, and wherein the actuator includes a rotating vane and a stationary vane, and wherein the rotating vane is rotationally coupled to the drive shaft. an actuator including a drive shaft configured to rotate about a first axis; a bevel gear rotationally coupled to the drive shaft of the actuator and configured to rotate about the first axis; a collar gear intermeshed with the bevel gear and configured to rotate about a second axis, the second axis being generally perpendicular to the first axis; and a gear train rotationally coupled between the drive shaft of the actuator and the bevel gear, wherein the gear train includes a planetary gear system, the planetary gear system comprising: a non-rotating ring gear; a planet gear configured to rotate about an inner circumferential surface of the non-rotating ring gear, wherein rotation of the planet gear is driven by rotation of the drive shaft about the first axis; a carrier coupled to the planet gear and configured to rotate the bevel gear, a non-rotating ring gear; a planet gear configured to rotate about an inner circumferential surface of the non-rotating ring gear, wherein rotation of the planet gear is driven by rotation of the drive shaft about the first axis; a carrier coupled to the planet gear and configured to rotate the bevel gear, characterised in that an outer circumferential surface of the carrier defines a toothed surface of the bevel gear, the toothed surface of the bevel gear being intermeshed with the collar gear, and wherein the actuator includes a rotating vane and a stationary vane, and wherein the rotating vane is rotationally coupled to the drive shaft.
A method for producing a masterbatch, the method comprising: step of mixing a rubber latex having a zeta potential of -100 to -20 mV with a filler dispersion having a zeta potential of -90 to -10 mV to prepare a latex compound; and step of adjusting a zeta potential of the latex compound prepared in step to -30 to 0 mV (zeta potentials as measured according to the description). step of mixing a rubber latex having a zeta potential of -100 to -20 mV with a filler dispersion having a zeta potential of -90 to -10 mV to prepare a latex compound; and step of adjusting a zeta potential of the latex compound prepared in step to -30 to 0 mV (zeta potentials as measured according to the description).
An apparatus, comprising a first wireless communications device having a processor, a memory, and a radio, the first wireless communications device configured to: determine a time period of potential interference in communications with a second wireless communications device, the potential interference to come from transmissions from a third wireless communications device; derive information describing when the time period will occur with reference to a repeating beacon interval (PAN1; PAN2); determine an information element containing a start time and a duration for the time period; transmit the information element to a network controller; and identify a transmission from the network controller containing a schedule for a communications period within the beacon interval such that the communications period does not overlap the time period in time. determine a time period of potential interference in communications with a second wireless communications device, the potential interference to come from transmissions from a third wireless communications device; derive information describing when the time period will occur with reference to a repeating beacon interval (PAN1; PAN2); determine an information element containing a start time and a duration for the time period; transmit the information element to a network controller; and identify a transmission from the network controller containing a schedule for a communications period within the beacon interval such that the communications period does not overlap the time period in time.
A method for manufacturing an outer conductor of a higher-order-mode coupler comprising an inner conductor for a superconducting acceleration cavity, the outer conductor comprising: a cylindrical main body that is open at a first end surface thereof; a port formed in a side of the main body so as to penetrate therethrough; and a protruding part formed outside a second end surface of the main body, the method comprising: a deep drawing step of deep-drawing a metal plate to form the main body; a port-forming step of flanging the thus-formed main body to form the port; characterised in that the method further comprises a first machining step for forming a said protruding part provided with a groove in the middle thereof in the height direction by machining the main body to adjust an outer shape thereof; and a step of holding said protruding part at the grove by a holding member; a step of pushing and pulling said protruding part to deform said second end surface of the main body thereby adjusting the spacing between the inner conductor disposed in the main body and the second end surface of the main body. a cylindrical main body that is open at a first end surface thereof; a port formed in a side of the main body so as to penetrate therethrough; and a protruding part formed outside a second end surface of the main body, the method comprising: a deep drawing step of deep-drawing a metal plate to form the main body; a port-forming step of flanging the thus-formed main body to form the port; characterised in that the method further comprises a first machining step for forming a said protruding part provided with a groove in the middle thereof in the height direction by machining the main body to adjust an outer shape thereof; and a step of holding said protruding part at the grove by a holding member; a step of pushing and pulling said protruding part to deform said second end surface of the main body thereby adjusting the spacing between the inner conductor disposed in the main body and the second end surface of the main body. a deep drawing step of deep-drawing a metal plate to form the main body; a port-forming step of flanging the thus-formed main body to form the port; characterised in that the method further comprises a first machining step for forming a said protruding part provided with a groove in the middle thereof in the height direction by machining the main body to adjust an outer shape thereof; and a step of holding said protruding part at the grove by a holding member; a step of pushing and pulling said protruding part to deform said second end surface of the main body thereby adjusting the spacing between the inner conductor disposed in the main body and the second end surface of the main body.
Device in connection with sleep apnoea, wherein the device includes a dental splint designed to engage with the jaws of the user in the position of use of the device and the device moreover includes two tubes for delivering air to the nostrils of the user from an external air source and a holder element for supporting the tubes for the delivery of air, the holder element being connected to the dental splint and the holder element being connected to the dental splint by means of means (7, 9) for adjusting the distance between the dental splint and the holder element, that the holder element comprises through holes, that the air delivery tubes are received in these holes, and that the air delivery tubes are rotatable relative the holder element, characterised in that the air delivery tubes display a certain radius of curvature, and that the air delivery tubes are also displaceable in their longitudinal direction relative the holder element thereby obtaining a large number of positions with respect to the orientation of the tubes relative to the holder element.
Method for the additive manufacture of components in which the components are constructed by layer-by-layer solidification of a construction material in a construction direction which can be transferred from a liquid into a first solid phase by a chemical reaction, wherein - the layer-by-layer solidification takes place with the formation of the first solid phase in each case by positionally selective irradiation of a layer of the liquid phase of the construction material according to the component geometry, - a material is used as construction material which during the additive manufacture can undergo a further phase transition controllable by cooling between the liquid phase and a solid aggregate state as a second solid phase which does not influence the first solid phase and - the further phase transition is controlled such during the construction of the components that with the formation of the first solid phase solidified component regions are supported by surrounding construction material in the second solid phase, characterized in that a block of solidified construction material formed by the transition into the second solid phase is conveyed contrary to the construction direction by an advancing device which laterally approaches or engages the block in relation to the construction direction in order to construct the components in a layer-by-layer manner. - the layer-by-layer solidification takes place with the formation of the first solid phase in each case by positionally selective irradiation of a layer of the liquid phase of the construction material according to the component geometry, - a material is used as construction material which during the additive manufacture can undergo a further phase transition controllable by cooling between the liquid phase and a solid aggregate state as a second solid phase which does not influence the first solid phase and - the further phase transition is controlled such during the construction of the components that with the formation of the first solid phase solidified component regions are supported by surrounding construction material in the second solid phase,
A siphon break apparatus configured to substantially prevent a siphon effect in a fluid conduit, the siphon break apparatus comprising: a body portion configured to connect to the fluid conduit, the body portion defining: an internal cavity; and at least one aperture configured to selectively provide fluid communication between the internal cavity and an external environment; characterized in that the siphon break apparatus further comprises: a filter coupled to the body portion so as to define a filter chamber in the internal cavity, the aperture configured to selectively provide for fluid communication with the filter chamber; and an umbrella valve connected to the body portion and at least partially received in the filter chamber, the umbrella valve comprising a domed closure configurable between: a first position wherein the domed closure substantially seals the aperture closed, and a second position wherein the domed closure at least partially unseals the aperture so as to provide fluid communication between the internal cavity and the external environment and thereby substantially prevents the siphon effect in the fluid conduit. a body portion configured to connect to the fluid conduit, the body portion defining: an internal cavity; and at least one aperture configured to selectively provide fluid communication between the internal cavity and an external environment; an internal cavity; and at least one aperture configured to selectively provide fluid communication between the internal cavity and an external environment; a filter coupled to the body portion so as to define a filter chamber in the internal cavity, the aperture configured to selectively provide for fluid communication with the filter chamber; and an umbrella valve connected to the body portion and at least partially received in the filter chamber, the umbrella valve comprising a domed closure configurable between: a first position wherein the domed closure substantially seals the aperture closed, and a second position wherein the domed closure at least partially unseals the aperture so as to provide fluid communication between the internal cavity and the external environment and thereby substantially prevents the siphon effect in the fluid conduit. a first position wherein the domed closure substantially seals the aperture closed, and a second position wherein the domed closure at least partially unseals the aperture so as to provide fluid communication between the internal cavity and the external environment and thereby substantially prevents the siphon effect in the fluid conduit.
A method of wireless communication, comprising: determining a user equipment, UE specific signaling parameter; and transmitting in accordance with physical uplink control channel, PUCCH format 3 resources mapped to physical resource blocks, PRBs based on the UE specific signaling parameter, a spreading factor, and a number of symbols in a slot of a subframe. determining a user equipment, UE specific signaling parameter; and transmitting in accordance with physical uplink control channel, PUCCH format 3 resources mapped to physical resource blocks, PRBs based on the UE specific signaling parameter, a spreading factor, and a number of symbols in a slot of a subframe.
A negative electrode active material for an electric device, comprising an alloy containing, in terms of mass ratio, silicon in a range from 23% to 64% exclusive, tin in a range from greater than or equal to 4% to less than 24%, zinc in a range from greater than 38% to less than 61%, and inevitable impurities as a residue, wherein in the alloy, elements silicon, tin, zinc and the inevitable impurities add up to 100 mass%.
Vertical semi-continuous casting equipment comprising: a mold configured to cool molten steel, thereby casting a slab; an elevatable plate descending while supporting a lower portion of the slab that is cast in the mold to draw the slab from the mold in a state in which the slab is disposed in a direction perpendicular to the ground; a guide device disposed under the mold to support the slab drawn from the plate, the guide device being configured to guide the descending of the slab; a moving cart configured to support the plate; and a movement guide device disposed under the mold to extend in the direction perpendicular to the ground and comprising a guide body having an inner space along which the slab, the plate and the moving cart move in the direction perpendicular to the ground, the movement guide device being configured to guide the movement of the moving cart; wherein the guide device comprises first and second guide parts comprising: a plurality of guide rolls respectively disposed on both sides of a moving path of the plate under the mold to support the slab moving by the plate and guide the movement of the slab; and a braking unit connected to each of the guide rolls to apply braking force to the guide roll that rotates by the movement of the slab, and the movement guide device comprises a guide member that is installed on an inner wall of the guide body in a vertical extension direction to guide the movement of the moving cart. a mold configured to cool molten steel, thereby casting a slab; an elevatable plate descending while supporting a lower portion of the slab that is cast in the mold to draw the slab from the mold in a state in which the slab is disposed in a direction perpendicular to the ground; a guide device disposed under the mold to support the slab drawn from the plate, the guide device being configured to guide the descending of the slab; a moving cart configured to support the plate; and a movement guide device disposed under the mold to extend in the direction perpendicular to the ground and comprising a guide body having an inner space along which the slab, the plate and the moving cart move in the direction perpendicular to the ground, the movement guide device being configured to guide the movement of the moving cart; wherein the guide device comprises first and second guide parts comprising: a plurality of guide rolls respectively disposed on both sides of a moving path of the plate under the mold to support the slab moving by the plate and guide the movement of the slab; and a braking unit connected to each of the guide rolls to apply braking force to the guide roll that rotates by the movement of the slab, and the movement guide device comprises a guide member that is installed on an inner wall of the guide body in a vertical extension direction to guide the movement of the moving cart.
A base station for operating in a communication network, the base station comprising: at least one radio coupled to an antenna subsystem; and a processing agent coupled to the at least one radio, wherein the processing agent is configured to implement: receiving a protocol message from a node of the communication network, wherein the protocol message indicates that a UE device is to be paged and includes an S-TMSI value assigned to the UE device; and in response to determining that the S-TMSI value belongs to a reserved subset of a space of possible S-TMSI values, paging, via the at least one radio, the UE device using one or more paging enhancement mechanisms, wherein the reserved subset is reserved for link-budget-limited UE devices, wherein the one or more paging enhancement mechanisms include transmitting a paging message to the UE device with increased power relative to power used to transmit paging messages to non-link-budget-limited UE devices. at least one radio coupled to an antenna subsystem; and a processing agent coupled to the at least one radio, wherein the processing agent is configured to implement: receiving a protocol message from a node of the communication network, wherein the protocol message indicates that a UE device is to be paged and includes an S-TMSI value assigned to the UE device; and in response to determining that the S-TMSI value belongs to a reserved subset of a space of possible S-TMSI values, paging, via the at least one radio, the UE device using one or more paging enhancement mechanisms, wherein the reserved subset is reserved for link-budget-limited UE devices, wherein the one or more paging enhancement mechanisms include transmitting a paging message to the UE device with increased power relative to power used to transmit paging messages to non-link-budget-limited UE devices. receiving a protocol message from a node of the communication network, wherein the protocol message indicates that a UE device is to be paged and includes an S-TMSI value assigned to the UE device; and in response to determining that the S-TMSI value belongs to a reserved subset of a space of possible S-TMSI values, paging, via the at least one radio, the UE device using one or more paging enhancement mechanisms, wherein the reserved subset is reserved for link-budget-limited UE devices, wherein the one or more paging enhancement mechanisms include transmitting a paging message to the UE device with increased power relative to power used to transmit paging messages to non-link-budget-limited UE devices.
Organic ammonium salt of the formula where the symbols have the following definitions: A - is an anionic pesticide, R 1 is C 1 -C 4 -alkyl, CH 2 CH 2 OH or CH 2 CH(CH 3)OH; R is H, CH 3, or two adjacent R radicals together form a -C(R') 2 - group and R' is the same or different and is H or CH 3, characterized in that A is selected from octanoic acid, pelargonic acid and oleic acid. A - is an anionic pesticide, R 1 is C 1 -C 4 -alkyl, CH 2 CH 2 OH or CH 2 CH(CH 3)OH; R is H, CH 3, or two adjacent R radicals together form a -C(R') 2 - group and R' is the same or different and is H or CH 3,