mhurhangee/ep-ind-claims huggingface dataset:
A radio base station including a central unit and a distributed unit, wherein the radio base station is adapted to perform radio communication with a user device, wherein the central unit includes: a capability information acquiring unit configured to acquire, from the user device via a radio resource control layer, capability information indicative of a capability of the user device; and a capability information forwarding unit configured to forward to the distributed unit the capability information acquired by the capability information acquiring unit, and the distributed unit includes: a capability information receiving unit configured to receive the capability information forwarded by the central unit; and a parameter determining unit configured to determine a content of parameters that controls the radio communication according to the content of the capability information based on the capability information received by the capability information receiving unit. a capability information acquiring unit configured to acquire, from the user device via a radio resource control layer, capability information indicative of a capability of the user device; and a capability information forwarding unit configured to forward to the distributed unit the capability information acquired by the capability information acquiring unit, and the distributed unit includes: a capability information receiving unit configured to receive the capability information forwarded by the central unit; and a parameter determining unit configured to determine a content of parameters that controls the radio communication according to the content of the capability information based on the capability information received by the capability information receiving unit. a capability information receiving unit configured to receive the capability information forwarded by the central unit; and a parameter determining unit configured to determine a content of parameters that controls the radio communication according to the content of the capability information based on the capability information received by the capability information receiving unit.
A film coating composition in powder form, consisting of: a water-soluble polymer selected from the group consisting of cellulosic polymers, vinyl polymers, and mixtures thereof; guar gum in an amount of 4-25%, preferably 4-20%, by weight of the film coating composition, one or more of a glidant, a plasticizer, a pigment; and maltodextrin, wherein said guar gum has a minimum viscosity of 700 mPa.s (centipoises) when dissolved in water at a 1% w/w concentration for 2 hours as measured on a Brookfield RVT viscometer at 25° C. a water-soluble polymer selected from the group consisting of cellulosic polymers, vinyl polymers, and mixtures thereof; guar gum in an amount of 4-25%, preferably 4-20%, by weight of the film coating composition,
A method for handling a Timer_Status_Prohibit timer in a Radio Link Control Acknowledged Mode, called RLC AM hereinafter, entity in a wireless communication system, wherein the Timer_Status_Prohibit timer is started when a first status report has been successfully or unsuccessfully transmitted and a second status report is not allowed to be transmitted before the Timer_Status_Prohibit timer expires, characterized by: starting the Timer_Status_Prohibit timer in the RLC AM entity when the first status report has been successfully or unsuccessfully transmitted; performing a re-establishment procedure for the RLC AM entity; and stopping the Timer_Status_Prohibit timer after re-establishment of the RLC AM entity. starting the Timer_Status_Prohibit timer in the RLC AM entity when the first status report has been successfully or unsuccessfully transmitted; performing a re-establishment procedure for the RLC AM entity; and stopping the Timer_Status_Prohibit timer after re-establishment of the RLC AM entity.
A detector for detecting a diffracted x-ray beam from a small-angle x-ray diffraction system, the detector comprising: a plurality of readout strips located in a substantially oblong readout zone in which electrons generated by the energy of the diffracted x-ray beam are collected, the readout strips forming a set of partial rings, wherein none of the rings forms more than half a circle, each following a different curved path that corresponds to a region of substantially constant intensity of the diffracted x-ray beam, and each being located adjacent to one another with a common center of curvature substantially at an edge of the oblong shape of the readout zone; and a signal readout system (35, 36, 38, 40a, 40b) that detects the presence of electrical signals at the readout strips resulting from said collected electrons and associates each electrical signal with the readout strip at which it originated. a plurality of readout strips located in a substantially oblong readout zone in which electrons generated by the energy of the diffracted x-ray beam are collected, the readout strips forming a set of partial rings, wherein none of the rings forms more than half a circle, each following a different curved path that corresponds to a region of substantially constant intensity of the diffracted x-ray beam, and each being located adjacent to one another with a common center of curvature substantially at an edge of the oblong shape of the readout zone; and a signal readout system (35, 36, 38, 40a, 40b) that detects the presence of electrical signals at the readout strips resulting from said collected electrons and associates each electrical signal with the readout strip at which it originated.
Process for making a toothed drive belt, wherein the aforesaid process comprises at least the following steps of: - prearranging a male mould equipped with a toothing; - winding or placing, on the male mould, a sleeve which comprises at least one inner layer comprising a three-dimensional fabric, said three-dimensional fabric conforming to, or being shaped by, the toothing of said male mould; - closing the male mould by using a female mould; - injecting liquid polyurethane into the mould m such a way that the liquid polyurethane penetrates the three-dimensional fabric shaped for, or shaped by, the male mould, to form the entire profile of the teeth of the drive belt, said three-dimensional fabric at least substantially constituting the entire body of each tooth; - separating the male mould from the female mould in order to extract the formed sleeve; and - cutting the sleeve to form at least one drive belt. - prearranging a male mould equipped with a toothing; - winding or placing, on the male mould, a sleeve which comprises at least one inner layer comprising a three-dimensional fabric, said three-dimensional fabric conforming to, or being shaped by, the toothing of said male mould; - closing the male mould by using a female mould; - injecting liquid polyurethane into the mould m such a way that the liquid polyurethane penetrates the three-dimensional fabric shaped for, or shaped by, the male mould, to form the entire profile of the teeth of the drive belt, said three-dimensional fabric at least substantially constituting the entire body of each tooth; - separating the male mould from the female mould in order to extract the formed sleeve; and - cutting the sleeve to form at least one drive belt.
A seatback frame forming a frame of a seat back which supports a back of a seated occupant on a vehicle seat, the seatback frame comprising: a movement reduction member for when the seated occupant is moved to a rear side of the vehicle seat by a vehicle collision, restraining a portion of the back of the seated occupant in which a thoracic vertebra is located and reducing a rearward movement of the portion, wherein the movement reduction member is a wire-shaped member comprising a forward extending portion (21d, 21e) which extends to a front side of the vehicle seat, wherein the wire-shaped member is a connecting wire connecting both ends of the seat back in a width direction thereof, and a predetermined portion of the connecting wire is bent toward the front side of the vehicle seat to form the forward extending portion, characterized in that the forward extending portion (21d, 21e) comprises a plurality of forward extending portions formed in the center of the connecting wire in the width direction. a movement reduction member for when the seated occupant is moved to a rear side of the vehicle seat by a vehicle collision, restraining a portion of the back of the seated occupant in which a thoracic vertebra is located and reducing a rearward movement of the portion, wherein the movement reduction member is a wire-shaped member comprising a forward extending portion (21d, 21e) which extends to a front side of the vehicle seat, wherein the wire-shaped member is a connecting wire connecting both ends of the seat back in a width direction thereof, and a predetermined portion of the connecting wire is bent toward the front side of the vehicle seat to form the forward extending portion,
A stent graft delivery system in combination with a stent graft retained on the delivery system; the stent graft comprising an exposed self expanding stent and the exposed stent comprising at least one proximal bend; the delivery system comprising a distal end to remain outside of a patient in use and a proximal end to be introduced into the patient in use, the delivery system comprising a capsule to receive the exposed self expanding stent and to hold the exposed stent in a contracted condition during delivery thereof and a retention system to prevent premature removal of the exposed stent from the capsule; the retention system comprising a first aperture (84, 90, 96) and a second aperture (88, 94, 98) in the capsule, the retention system further comprising a trigger wire extending from the distal end of the delivery system into the first aperture (84, 90, 96) in the capsule, the wire then engaging the proximal bend of the exposed stent and then extending into the second aperture (88, 94, 98), wherein the exposed stent cannot be removed from the capsule until the trigger wire has been withdrawn.
A closure part, in particular for forming hermaphroditic closures, comprising at least one web-shaped carrier strip which has at least one pair of surface regions (17a, 17b) located opposite one another and which can be connected at least partially to a base body as a third component along a connection region and which has individual closure members in at least one part of the surface regions (17a, 17b) which are located outside of the connection region and adjacent thereto, said closure members protruding from the carrier strip and providing a possibility for securing additional closure parts of the same or different type, characterised in that either two closure members respectively, which lie flush against one another on one side and the other side of the carrier strip extending between them, together form an assembled closure element, or a row of closure members arranged spaced equally apart from one another is formed on one side and the other side of the carrier strip, and that the rows are offset from one another such that the closure members of the one row are respectively located in the space between the closure members of the other row.
A feeder assembly for an agricultural harvester, comprising: a first shaft including a sprocket, a chain or belt extending around the sprocket and the connection between the chain or belt and the first shaft is formed by teeth of the sprocket engaging the chain or belt; a second shaft opposite the first shaft; and the chain or belt extending around the first shaft and the second shaft, wherein the chain or belt is configured to convey agricultural material through the feeder assembly; characterized in that the feeder assembly further comprises: a self-adjusting object deflector assembly (40/140) positioned between the first shaft and the second shaft, wherein the self-adjusting object deflector assembly (40/140) comprises a deflector (97/141) biased against the chain or belt and positioned in front of the first shaft and the sprocket to block the agricultural material from interfering with a connection between the chain or belt and the first shaft. a first shaft including a sprocket, a chain or belt extending around the sprocket and the connection between the chain or belt and the first shaft is formed by teeth of the sprocket engaging the chain or belt; a second shaft opposite the first shaft; and the chain or belt extending around the first shaft and the second shaft, wherein the chain or belt is configured to convey agricultural material through the feeder assembly; characterized in that the feeder assembly further comprises: a self-adjusting object deflector assembly (40/140) positioned between the first shaft and the second shaft, wherein the self-adjusting object deflector assembly (40/140) comprises a deflector (97/141) biased against the chain or belt and positioned in front of the first shaft and the sprocket to block the agricultural material from interfering with a connection between the chain or belt and the first shaft. a self-adjusting object deflector assembly (40/140) positioned between the first shaft and the second shaft, wherein the self-adjusting object deflector assembly (40/140) comprises a deflector (97/141) biased against the chain or belt and positioned in front of the first shaft and the sprocket to block the agricultural material from interfering with a connection between the chain or belt and the first shaft.
A photovoltaic module comprising: ▪ an upper plate transparent to an incident radiation and a lower plate, electrically insulating and sealed to each other to define a tight package; ▪ photovoltaic cells (12, 14) pressed between the upper and lower plates (16, 18); ▪ at least two electrically-conductive contacts arranged on at least one surface of each photovoltaic cell (12, 14), at least one electric contact being in the form of a strip; and ▪ elements electrically connecting the contacts of each cell with the contacts of at least one adjacent cell; wherein at least one strip of each cell (12, 14) is housed in a groove made in the plate (16, 18) in front of it, the groove being defined by: ▪ a depth between one quarter and three quarters of the thickness of the strip in a uncompressed state; ▪ a width greater than or equal to the width of the strip at 85°C; and ▪ a length greater than or equal to the length of the strip at 85°C. ▪ an upper plate transparent to an incident radiation and a lower plate, electrically insulating and sealed to each other to define a tight package; ▪ photovoltaic cells (12, 14) pressed between the upper and lower plates (16, 18); ▪ at least two electrically-conductive contacts arranged on at least one surface of each photovoltaic cell (12, 14), at least one electric contact being in the form of a strip; and ▪ elements electrically connecting the contacts of each cell with the contacts of at least one adjacent cell; ▪ a depth between one quarter and three quarters of the thickness of the strip in a uncompressed state; ▪ a width greater than or equal to the width of the strip at 85°C; and ▪ a length greater than or equal to the length of the strip at 85°C.
A flange assembly (20,20'), comprising at least one flange (22, 22.1,22.2) provided with a flange opening, and a pipe (14, 14.1, 14.2) arranged into the flange opening (12,12.1,12.2) so that the flange (22, 22.1,22.2) is overlapping the end of the pipe, and the pipe (14, 14.1, 14.2) is sealed to the at least one flange (22, 22.1,22.2) by a first axial sealing and a second axial sealing arranged consecutively in axial direction, and a first leak indicating channel is arranged to extend from the flange opening, through a body of the at least one flange (22, 22.1,22.2), into the outside of the flange (22, 22.1,22.2), and that the first leak indicating channel opens into a gap between the pipe (14, 14.1, 14.2) and the flange (22, 22.1,22.2) at a location between the first axial sealing and the second axial sealing, characterized in that the at least one flange (22, 22.1,22.2) comprises a connection surface for connecting the flange (22, 22.1,22.2) in a sealed manner, and that the connection surface is provided with a first radial sealing and a second radial sealing arranged consecutively onto the connection surface, and a second leak indicating channel arranged to extend from the connection surface of the at least one flange (22, 22.1,22.2), through a body of the at least one flange (22, 22.1,22.2), into the outside of the flange (22, 22.1,22.2), and that the second leak indicating channel opens into the connection surface of the at least one flange (22, 22.1,22.2) at a location between the first radial sealing and the second radial sealing on the connection surface.
An actuation device for an electromechanically actuatable vehicle brake, comprising an electric motor for driving the actuation device, wherein the electric motor has a rotational axis, a multistage transmission, which is coupled to the electric motor so as to transmit a torque and can be coupled to a drive device of the vehicle brake, wherein the at least one multistage transmission has at least one intermediate transmission unit and at least one output transmission unit, wherein the intermediate transmission unit has at least one gear, wherein the at least one gear defines a rotational axis of the intermediate transmission unit, wherein the output transmission unit has at least one output shaft section, via which the output transmission unit can be coupled to the drive device of the vehicle brake, wherein a rotational axis of the output transmission unit extends through the at least one output shaft section, wherein the rotational axis of the output transmission unit extends in parallel to the rotational axis of the intermediate transmission unit and to the rotational axis of the electric motor and one of the rotational axes (A, B, C) of the electric motor, the intermediate transmission unit and the output transmission unit lies outside a plane (A-B, B-C) spanned by respectively two of the rotational axes (A, B, C) of the electric motor, the intermediate transmission unit and the output transmission unit, characterized by at least one housing, in which the electric motor and the multistage transmission are received, wherein the housing has a shape that is angled in cross section.
An arrangement for holding a plurality of electric capacitor assemblies, in particular assemblies of which the housing is non-floating, wherein the arrangement comprises the following: - a carrier with a through-opening for inserting one of the assemblies, - at least one bearing ring for mounting one assembly, wherein the bearing ring is matched to the dimensions of the through-opening and of the assembly in such a way that the assembly which extends through the through-opening is in contact with the inner edge of the through-opening by way of the bearing ring but is not directly in contact with the inner edge of the through-opening, and wherein the arrangement has a clamping ring which, when the assembly is installed, extends between the outer circumference of the assembly and the material of the carrier in such a way that the assembly, the clamping ring and the bearing ring are held on the inner edge of the through-opening by clamping action, wherein an axial direction is defined by the through-opening and extends from one side of the carrier through the through-opening to an opposite side of the carrier, wherein the arrangement is designed such that, to install the assembly, the clamping ring must be moved in the axial direction in order to produce the clamping action, characterised in that the clamping ring has a first thread and the bearing ring has a second thread, which cooperate with one another in such a way that the clamping ring is moved in the axial direction by a screwing motion of the bearing ring and/or the clamping ring and is thus brought into an axial position, in which the clamping ring produces the clamping action. - a carrier with a through-opening for inserting one of the assemblies, - at least one bearing ring for mounting one assembly,
Touch probe comprising: a fixed member; a feeler held by one or several elastic elements (45, 400) in a resting position relative to said fixed member, said feeler being capable of moving from said resting position in response to a deflection force; a system for detecting displacements of the feeler comprising a light source; an optical image sensor receiving the light emitted by said light source; an optical mask interposed on the light path between said light source and said optical image sensor; wherein the feeler is removably connected to the detection system through a magnetic connection (52, 62) or a mechanical connection, wherein a two-dimensional spatial distribution of intensity on the surface of the optical image sensor changes according to the displacements of said feeler, with the detection system being arranged for determining the position of the feeler from said two-dimensional spatial distribution of intensity, detected by said optical image sensor along two dimensions, and for generating a signal or several signals representing the position and/or the deflection of the feeler.
An in vitro method for quantitating the antibodies specific for High Mobility Group Box I (HMGB1) contained in a cerebrospinal fluid sample or in both a sample of serum and a sample of cerebrospinal fluid, obtained from a subject, comprising: a) contacting said cerebrospinal fluid sample, or said both sample of serum and sample of cerebrospinal fluid with native HMGB1 protein or derivatives thereof as long as these derivatives bind to antibodies specific for HMGB1; and b) quantitating the antibodies specific for HMGB1. a) contacting said cerebrospinal fluid sample, or said both sample of serum and sample of cerebrospinal fluid with native HMGB1 protein or derivatives thereof as long as these derivatives bind to antibodies specific for HMGB1; and b) quantitating the antibodies specific for HMGB1.
A device for suspension of a lamp in a vehicle, the device being arranged to suspend the lamp in the vehicle, wherein an X-axis, a Y-axis and a Z-axis constitute a cartesian coordinate system arranged relative to the vehicle such that the X-axis is in parallel with a horizontal longitudinal extension of the vehicle, the Y-axis is in parallel with a horizontal lateral extension of the vehicle, being perpendicular to the X-axis, and the Z-axis is in parallel with a vertical extension of the vehicle, being perpendicular to the X-axis and the Y-axis, the device comprising a guiding means (8,28,38,58) for guiding the lamp to move relative to the vehicle from a first position to a second position in case of an impact between the lamp and an object, and at least one energy absorber (9a,9b,9) for counteracting movement of the lamp from the first position to the second position, the guiding means (8,28,38,58) being arranged for guiding the lamp to move downwardly relative to the vehicle in a movement direction having a movement direction component in parallel with the Z-axis, when the lamp is suspended in the vehicle, while the movement of the lamp being counteracted by said energy absorber (9a,9b,9), characterized in that the device comprises one said energy absorber (9a,9b,9) for counteracting pivot motion of the lamp, and the guiding means (8,28,38,58) is arranged for guiding the lamp to pivot about an axis being transverse relative to the Z-axis while the pivot motion of the lamp being counteracted by said energy absorber (9a,9b,9) for counteracting pivot motion.
A cell-support matrix having vertically organized porosity with a pore size at least 95% homogeneous within a range of 200 ± 100 micrometers (microns) and a pore density wherein said matrix is prepared from collagen.