mhurhangee/ep-ind-claims huggingface dataset:
A discharge apparatus for a wind turbine to enable electric charge to be discharged between a first and a second part of the wind turbine, the first and second parts (5, 3) being rotatable relative to each other, the discharge apparatus comprising a charge transfer unit electrically connected to the first part, and an electrically conductive slideway electrically connected to the second part, and rotatable relative to the charge transfer unit; the charge transfer unit comprising - a sliding member made of an electrically insulating material, wherein the sliding member is elastically biased towards the slideway to cause the sliding member to maintain mechanical contact to the slideway; and - a spark-gap electrode electrically connected to the first part and arranged to move in unison with the sliding member over the slideway at a distance over the slideway controlled by the sliding member, the spark-gap electrode and the slideway thereby forming a spark gap with a spark-gap width (w) controlled by the sliding member due to its elastic bias towards the slideway, wherein discharging is enabled by sparks bridging the spark gap, characterised in that the first and second parts (5, 3) are electrically isolated from each other in the absence of a spark. a charge transfer unit electrically connected to the first part, and an electrically conductive slideway electrically connected to the second part, and rotatable relative to the charge transfer unit; the charge transfer unit comprising - a sliding member made of an electrically insulating material, wherein the sliding member is elastically biased towards the slideway to cause the sliding member to maintain mechanical contact to the slideway; and - a spark-gap electrode electrically connected to the first part and arranged to move in unison with the sliding member over the slideway at a distance over the slideway controlled by the sliding member, - a sliding member made of an electrically insulating material, wherein the sliding member is elastically biased towards the slideway to cause the sliding member to maintain mechanical contact to the slideway; and - a spark-gap electrode electrically connected to the first part and arranged to move in unison with the sliding member over the slideway at a distance over the slideway controlled by the sliding member, the spark-gap electrode and the slideway thereby forming a spark gap with a spark-gap width (w) controlled by the sliding member due to its elastic bias towards the slideway, wherein discharging is enabled by sparks bridging the spark gap, characterised in that the first and second parts (5, 3) are electrically isolated from each other in the absence of a spark.
A method for transmitting hybrid automatic repeat request, HARQ, acknowledgement/negative-acknowledgement, ACK/NACK, information in a wireless communication, the method performed by a user equipment, UE, and comprising: determining whether, for a cell, a first physical uplink control channel, PUCCH, signal collides with a second PUCCH signal; wherein the first PUCCH signal is to be transmitted based on a first length of a transmission time interval, TTI, and wherein the second PUCCH signal is to be transmitted based on a second length being shorter than the first length of the TTI; determining to drop the first PUCCH signal having the first length being larger than the second length based on i) that the first PUCCH signal is used to convey the HARQ ACK/NACK information and ii) that, for the cell, the first PUCCH signal collides with the second PUCCH signal; and transmitting, to a base station, the HARQ ACK/NACK information via the second PUCCH signal having the second length being shorter than the first length of the TTI. determining whether, for a cell, a first physical uplink control channel, PUCCH, signal collides with a second PUCCH signal; wherein the first PUCCH signal is to be transmitted based on a first length of a transmission time interval, TTI, and wherein the second PUCCH signal is to be transmitted based on a second length being shorter than the first length of the TTI; determining to drop the first PUCCH signal having the first length being larger than the second length based on i) that the first PUCCH signal is used to convey the HARQ ACK/NACK information and ii) that, for the cell, the first PUCCH signal collides with the second PUCCH signal; and transmitting, to a base station, the HARQ ACK/NACK information via the second PUCCH signal having the second length being shorter than the first length of the TTI.
Heat exchanger having a primary-side flow path which is arranged between an inlet connection and an outlet connection, a secondary-side flow path which is arranged between an inflow connection and a return flow connection, and the primary-side flow path and the secondary-side flow path are implemented by virtue of the fact that corrugated or bent pieces of sheet metal are placed one against the other with the result that a honeycomb structure is produced in cross section, and having a heat transfer surface arrangement formed by the walls of the honeycombs between the primary-side flow path and the secondary-side flow path and a temperature sensor, wherein the temperature sensor is arranged in a drilled hole in the housing of the heat exchanger, and the temperature sensor is arranged on the return flow connection within the secondary-side flow path, characterized in that the temperature sensor is arranged in contact with the heat transfer surface arrangement or at a small distance therefrom.
An apparatus (400, 600) for mitigating a defect in an electrochromic device disposed on a window, the apparatus comprising: a first mechanism (420, 560) configured to detect the defect, wherein the first mechanism comprises at least one of a microscope, a camera, and a photo detector; a second mechanism configured to mitigate the defect, wherein the second mechanism comprises at least one of a laser, a heat source, an induction coil, a microwave source, and a voltage source; and a third mechanism including an X-Y stage (410, 415) the X-Y stage configured to mount to (i) a wall (ii) a window frame in which the window is installed, or (iii) a movable frame, wherein the first mechanism and second mechanism are mounted to the X-Y stage and the X-Y stage is configured for moving the first and second mechanisms to different positions within the window frame, wherein the window is installed in a building or a vehicle, and wherein the apparatus is a portable apparatus. a first mechanism (420, 560) configured to detect the defect, wherein the first mechanism comprises at least one of a microscope, a camera, and a photo detector; a second mechanism configured to mitigate the defect, wherein the second mechanism comprises at least one of a laser, a heat source, an induction coil, a microwave source, and a voltage source; and a third mechanism including an X-Y stage (410, 415) the X-Y stage configured to mount to (i) a wall (ii) a window frame in which the window is installed, or (iii) a movable frame, wherein the first mechanism and second mechanism are mounted to the X-Y stage and the X-Y stage is configured for moving the first and second mechanisms to different positions within the window frame, wherein the window is installed in a building or a vehicle, and wherein the apparatus is a portable apparatus.
Heating module for a preform made of thermoplastic material, which comprises: - at least one lamp comprising a tubular bulb of longitudinal axis, the bulb being sealed at its two longitudinal ends by two pinches, the lamp comprising two caps each fixed to one of the pinches, the tubular section of the bulb forming an emissive part emitting heating electromagnetic radiation, while the pinches and the caps form a non-emissive part not emitting said heating radiation; - at least one longitudinal lens which is fixed to the lamp, by means of at least one fixing brace, parallel to the emissive part for focusing the heating radiation to a selected zone of the preform and allowing removable fixing of the lens to the lamp; wherein the fixing of each brace on the lamp is done solely on the non-emissive part of the lamp. - at least one lamp comprising a tubular bulb of longitudinal axis, the bulb being sealed at its two longitudinal ends by two pinches, the lamp comprising two caps each fixed to one of the pinches, the tubular section of the bulb forming an emissive part emitting heating electromagnetic radiation, while the pinches and the caps form a non-emissive part not emitting said heating radiation; - at least one longitudinal lens which is fixed to the lamp, by means of at least one fixing brace, parallel to the emissive part for focusing the heating radiation to a selected zone of the preform and allowing removable fixing of the lens to the lamp;
Conductor assembly comprising a first conductive core part and at least one second conductive core part, wherein the first conductive core part is axially moveably arranged with respect to the at least one second conductive core part, and comprising at least one insulating sleeve that is axially moveably arranged with respect to the first conductive core part and the at least one second conductive core part, wherein the conductor assembly comprises at least one loading arrangement, characterized in that the at least one loading arrangement comprises at least one guidance member and at least one preloadable spring, wherein the at least one preloadable spring is mounted on the at least one guidance member and wherein the at least one guidance member is arranged axially moveable with respect to the first conductive core part and wherein the at least one guidance member is arranged axially fixed with respect to the at least one second conductive core part, wherein the at least one loading arrangement is embodied such that the first conductive core part is loaded in an axial direction towards the at least one second conductive core part, wherein the at least one insulating sleeve is arranged with respect to the first conductive core part and the at least one second conductive core part such that the at least one insulative sleeve is clamped between the first conductive core part and the at least one second conductive core part due to the loading between the first conductive core part and the at least one second conductive core part applied by the at least one loading arrangement and wherein the at least one insulating sleeve comprises a first contact surface and at least one second contact surface, wherein the first conductive core part comprises a first corresponding contact surface to the first contact surface of the at least one insulating sleeve, wherein the at least one second conductive core part comprises a second corresponding contact surface to the at least one second contact surface of the at least one insulating sleeve and wherein a clamping force of the at least one loading arrangement is applied by the first corresponding contact surface of the first conductive core part and the second corresponding contact surface of the at least one second conductive core part to the first and the at least one second contact surface (36, 38) of the at least one insulating sleeve.
A press punch for a rotary press, with a punch shaft (14, 14a) which has a punch head (12, 12a) at its one end and at the other end means for accommodating a separate punch insert (32, 32a), and with fastening means for detachable fastening of the punch insert (32, 32a) on the punch shaft (14, 14a), wherein punch head (12, 12a) and punch shaft (14, 14a) have an axial cannulation, the axial cannulation accommodates a drawbar (20, 20a) which has a connection segment at the end facing away from the punch head (12, 12a) which cooperates detachably with a recess of the punch insert (32, 32a) facing towards the punch shaft (14, 14a), and clamping devices are arranged in the axial cannulation by which the drawbar (20, 20a) can be tensioned into the direction of the punch head (12, 12a), characterised in that the drawbar (20, 20a) has a chuck head (22, 22a) at the end facing away from the punch head (12, 12a), the chuck head (22, 22a) has a radial extension which is greater than the radius of the axial cannulation, the recess (34, 34a) is provided with an undercut such that in a first rotational position of the punch insert (32, 32a) with respect to the drawbar (20, 20a), the chuck head (22, 22a) can be inserted into the recess (34, 34a), and in a second rotational position the radial extension engages behind the undercut.
An ex vivo method for the quantitative assessment of the degree of dental demineralization of a human dental part by Raman Spectroscopy, the method comprising the steps of: - quantifying in a Raman spectrum obtained by irradiating the dental part with laser light, the areas of the Stokes bands associated with the PO4 -3 bending of hydroxyapatite (430 cm -1), the PO4 -3 stretching of hydroxyapatite (960 cm -1) and the C-H x lipid and protein group (2941 cm -1); - calculating the ratio between the band areas as follows to define two mineralization indices: Mineralization Index bending (IMb) = band area 430 cm -1 / band area 2941 cm -1; Mineralization Index stretching (IMs) = band area 960 cm -1 / band area 2941 cm -1; and - assessing dental demineralization of the human dental part by evaluating the proximity of the values of said indices with the values previously established as normal values with respect to the mineralization of healthy human dental parts, these normal values established to be in the range 1.35-1.75 for IMb and in the range 4.01-5.19 for IMs. - quantifying in a Raman spectrum obtained by irradiating the dental part with laser light, the areas of the Stokes bands associated with the PO4 -3 bending of hydroxyapatite (430 cm -1), the PO4 -3 stretching of hydroxyapatite (960 cm -1) and the C-H x lipid and protein group (2941 cm -1); - calculating the ratio between the band areas as follows to define two mineralization indices: Mineralization Index bending (IMb) = band area 430 cm -1 / band area 2941 cm -1; Mineralization Index stretching (IMs) = band area 960 cm -1 / band area 2941 cm -1; and Mineralization Index bending (IMb) = band area 430 cm -1 / band area 2941 cm -1; Mineralization Index stretching (IMs) = band area 960 cm -1 / band area 2941 cm -1; and - assessing dental demineralization of the human dental part by evaluating the proximity of the values of said indices with the values previously established as normal values with respect to the mineralization of healthy human dental parts, these normal values established to be in the range 1.35-1.75 for IMb and in the range 4.01-5.19 for IMs.
Aeroplane tyre, comprising a tread having an axial width L, the tread comprising: - a middle part having an axial width L C at least equal to 50% and at most equal to 80% of the axial width L of the tread and composed of a middle rubber composition, - and two lateral parts (41, 42) positioned axially on either side of the middle part, each having an axial width (L S1, L S2) at least equal to 10% and at most equal to 25% of the axial width L of the tread and each composed of a lateral rubber composition, characterized in that the middle rubber composition comprises at least 50 phr of a first middle part diene elastomer, at most 70 phr of a middle part reinforcing filler and a crosslinking system, which first middle part diene elastomer comprises ethylene units and diene units comprising a carbon-carbon double bond, which units are distributed randomly within the first diene elastomer, the ethylene units representing at least 50 mol% of all the monomer units of the first diene elastomer, and in that the lateral rubber composition of each lateral part comprises at least 50 phr of a first lateral part diene elastomer, a content of lateral part reinforcing filler greater than the content of middle part reinforcing filler, and a crosslinking system, which first lateral part diene elastomer comprises ethylene units and diene units comprising a carbon-carbon double bond, which units are distributed randomly within the first diene elastomer, the ethylene units representing at least 50 mol% of all the monomer units of the first diene elastomer. - a middle part having an axial width L C at least equal to 50% and at most equal to 80% of the axial width L of the tread and composed of a middle rubber composition, - and two lateral parts (41, 42) positioned axially on either side of the middle part, each having an axial width (L S1, L S2) at least equal to 10% and at most equal to 25% of the axial width L of the tread and each composed of a lateral rubber composition,
A discrete flat dripper that is suited for being integrally installed within a hose, that comprises a body component whose configuration is essentially rectangular, wherein on its one side that is suited to being affixed to an internal wall of said hose, the dripper is formed with an exit pool that is elongated in its dimensions and substantially extends along the entire length of said body component, and with a flow passage circumferentially surrounding a substantial part of said elongated exit pool for routing the water that entered into the dripper eventually towards said exit pool; wherein the dripper is of the non-pressure regulated type drippers, and wherein said circumferential flow passage comprises: a filtering means; a water pressure reduction means; a flow passage that connects to a flow passage of filtered water from said filter means to one end of said water pressure reducing means; and a water exit opening that connects for flow passage of filtered water, which pressure was reduced, from a second end of said water pressure reducing means to said elongated exit pool; characterized in that on the one side of said elongated exit pool, along its entire length and parallel to it, there extends said filtering means and on its other side, also along its entire length and parallel to it, there extends said water pressure reducing means; and in that said flow passage is formed such that it extends at one end of said body component transversely across the width of said body component, and said water exit opening is formed at a second end of said body component. a filtering means; a water pressure reduction means; a flow passage that connects to a flow passage of filtered water from said filter means to one end of said water pressure reducing means; and a water exit opening that connects for flow passage of filtered water, which pressure was reduced, from a second end of said water pressure reducing means to said elongated exit pool; characterized in that on the one side of said elongated exit pool, along its entire length and parallel to it, there extends said filtering means and on its other side, also along its entire length and parallel to it, there extends said water pressure reducing means; and in that said flow passage is formed such that it extends at one end of said body component transversely across the width of said body component, and said water exit opening is formed at a second end of said body component.
A cannabidiol preparation for use in the treatment of seizures associated with autosomal dominant nocturnal frontal lobe epilepsy (ADNFLE) with DEPDC5 mutation.
A method for use in a wireless transmit/receive unit, WTRU, the method comprising: scanning at least one channel in a first RF band to detect beacon information; receiving a first beacon from an access point, AP, via a first channel of the at least one channel; and receiving a second beacon from the AP via a second channel in a second RF band based on a beacon interval, corresponding to the second RF band, that is indicated by the first beacon, wherein the second beacon is received directionally on the second RF band, wherein the second RF band comprises a 60 gigahertz frequency, and wherein the first RF band does not comprise a 60 gigahertz frequency; and initiating an association procedure based on the beacon information. scanning at least one channel in a first RF band to detect beacon information; receiving a first beacon from an access point, AP, via a first channel of the at least one channel; and receiving a second beacon from the AP via a second channel in a second RF band based on a beacon interval, corresponding to the second RF band, that is indicated by the first beacon, wherein the second beacon is received directionally on the second RF band, wherein the second RF band comprises a 60 gigahertz frequency, and wherein the first RF band does not comprise a 60 gigahertz frequency; and initiating an association procedure based on the beacon information.
Turbomachine housing, in particular of a radial turbomachine, which transfers technical work to a process fluid or from a process fluid, comprising: - a housing shell that has a substantially cylindrical shape, wherein the cylindrical shape extends along an axis, - a first cover that is provided axially on a first front face of the turbomachine housing so as to be removably fastened in a closing manner, - an inflow that allows a process fluid to flow into the turbomachine housing, - an outflow that allows the process fluid to flow out of the turbomachine housing, wherein the first cover comprises: - an opening, extending along the axis, for the axial passage of a shaft extending along this axis, - a contact face, extending in a circumferential direction with respect to the axis, for contact with the housing shell of the turbomachine housing, wherein a flow line, provided as the inflow or outflow for the process fluid, is configured as an integral constituent of the cover, characterized in that the cover is arranged radially inside the housing shell by means of the contact face, wherein the cover is arranged with the contact face against an axial inner face of a radial inner flange of the housing shell. - a housing shell that has a substantially cylindrical shape, wherein the cylindrical shape extends along an axis, - a first cover that is provided axially on a first front face of the turbomachine housing so as to be removably fastened in a closing manner, - an inflow that allows a process fluid to flow into the turbomachine housing, - an outflow that allows the process fluid to flow out of the turbomachine housing, - an opening, extending along the axis, for the axial passage of a shaft extending along this axis, - a contact face, extending in a circumferential direction with respect to the axis, for contact with the housing shell of the turbomachine housing, wherein a flow line, provided as the inflow or outflow for the process fluid, is configured as an integral constituent of the cover, characterized in that the cover is arranged radially inside the housing shell by means of the contact face, wherein the cover is arranged with the contact face against an axial inner face of a radial inner flange of the housing shell. wherein a flow line, provided as the inflow or outflow for the process fluid, is configured as an integral constituent of the cover, characterized in that the cover is arranged radially inside the housing shell by means of the contact face, wherein the cover is arranged with the contact face against an axial inner face of a radial inner flange of the housing shell.