mhurhangee/ep-ind-claims huggingface dataset:
Tine carrier (10, 30) for a crop collecting device, for connecting at least two tines to a shaft, wherein one tine (12, 32) has a fastening region, said tine carrier (10, 30) comprising at least two carrier elements (14A, 14B, 34A, 34B) to each of which at least one tine (12, 32) can be fastened via its fastening region, said carrier elements (14A, 14B, 34A, 34B) further having a connecting region which can be used to produce a rotationally fixed connection to the shaft, characterized in that the tine carrier (10, 30) has a clamping element (26, 38) which clamps the carrier elements (14A, 14B, 34A, 34B) against the shaft in a releasable manner.
Device for guiding conduits with at least one band-like carrier, which can be arranged as a detachable connection between two holding elements (10a, 10b), wherein the device further comprises at least one web-like section arranged on the carrier for movably holding conduits, which extends substantially transversely to the longitudinal direction of the carrier and which comprises at least one continuous opening extending in the longitudinal direction of the carrier, through which at least one conduit is passable, characterised in that the at least one carrier and the at least one web-like section are firmly fixed to one another by gluing or welding.
A swirling element for swirling a fluid flow and for reducing noise and increasing yield for a rotating aerodynamic profile, comprising: an attachment portion adapted to be attached to a profile surface of the rotating aerodynamic profile; and a plurality of flow-active portion (3, 3A, 3B) connected to the attachment portion, wherein the flow-active portions (3, 3A, 3B) can be arranged in the region of a profile end edge of the profile surface and each have a guide plate, wherein the guide plates are each twisted at least in sections with their entire cross-section about a common axis and adjacent guide plates are each alternately twisted helically or screw-like in different directions of rotation, wherein the guide plates are each twisted by at least 10°, in particular by at least an eighth of a turn, preferably by at least a quarter of a turn, about the axis, and wherein the guide plates are triangular, trapezoidal, part-circular, part-elliptical and/or polygonal in shape. an attachment portion adapted to be attached to a profile surface of the rotating aerodynamic profile; and a plurality of flow-active portion (3, 3A, 3B) connected to the attachment portion, wherein the flow-active portions (3, 3A, 3B) can be arranged in the region of a profile end edge of the profile surface and each have a guide plate, wherein the guide plates are each twisted at least in sections with their entire cross-section about a common axis and adjacent guide plates are each alternately twisted helically or screw-like in different directions of rotation, wherein the guide plates are each twisted by at least 10°, in particular by at least an eighth of a turn, preferably by at least a quarter of a turn, about the axis, and wherein the guide plates are triangular, trapezoidal, part-circular, part-elliptical and/or polygonal in shape.
An internal gear machining method in which grinding of a tooth surface of an internal gear is performed using a barrel-shaped threaded grinding wheel by synchronously rotating the internal gear and the barrel-shaped threaded grinding wheel in mesh with each other with a crossed-axes angle (Σ) formed between the internal gear and the barrel-shaped threaded grinding wheel, the internal gear machining method, characterized in that the method comprises: reducing measured pressure angle errors (Δfa L;Δfa R) in the tooth surface of the internal gear by correcting a radial position (Xm), a grinding wheel lateral position (Ym), a grinding wheel turning angle, and a helical motion; reducing a measured tooth trace error (ΔL) in the tooth surface of the internal gear by correcting the helical motion; and reducing a measured tooth thickness error (Δth) in the tooth surface of the internal gear by correcting the radial position (Xm), the grinding wheel turning angle (Σ), and the helical motion. reducing measured pressure angle errors (Δfa L;Δfa R) in the tooth surface of the internal gear by correcting a radial position (Xm), a grinding wheel lateral position (Ym), a grinding wheel turning angle, and a helical motion; reducing a measured tooth trace error (ΔL) in the tooth surface of the internal gear by correcting the helical motion; and reducing a measured tooth thickness error (Δth) in the tooth surface of the internal gear by correcting the radial position (Xm), the grinding wheel turning angle (Σ), and the helical motion.
An anti-dandruff shampoo comprising:- a) from 0.1 to 5 wt.% of an anti-dandruff zinc salt; b) from 1 to 8 wt.% of a branched alkyloyl isethionate; c) from 1 to 10 wt.% of a fatty acyl isethionate product which product comprises 40 to 80 wt.% fatty acyl isethionate and 15 to 50 wt.% free fatty acid and/or fatty acid salt; and, d) from 0.5 to 14 wt.% of a co-surfactant. a) from 0.1 to 5 wt.% of an anti-dandruff zinc salt; b) from 1 to 8 wt.% of a branched alkyloyl isethionate; c) from 1 to 10 wt.% of a fatty acyl isethionate product which product comprises 40 to 80 wt.% fatty acyl isethionate and 15 to 50 wt.% free fatty acid and/or fatty acid salt; and, d) from 0.5 to 14 wt.% of a co-surfactant.
A down conductor connection system for a lightning protection system adapted to protect a wind turbine blade from lightning strikes, said lightning protection system having a down conductor cable adapted to extend in a longitudinal direction of said wind turbine blade and being connected to the root end of said wind turbine blade, and a number of lightning receptors electrically connected to and distributed along the length of said down conductor cable, said down conductor connection system having a modular down conductor cable having a first and second down conductor cable part, and at least one down conductor connector arranged between and connected to ends of said first and second down conductor cable parts, said down conductor connector having a first terminal connected to an end of a first down connector cable part, and a second terminal connected to an end of a second down conductor cable part, said first and second terminals being adapted for mutual connection, such that when being connected, said first and second down conductor cable parts at least partly define said modular down conductor cable, wherein said down conductor connector comprises semi-conductive layers, each being arranged around a respective first end of said first and second terminals and said ends of said first and second down conductor cable parts, respectively, thereby partly enclosing said first and second terminals and any uninsulated end part of said down conductor cable parts. said down conductor connection system having a modular down conductor cable having a first and second down conductor cable part, and at least one down conductor connector arranged between and connected to ends of said first and second down conductor cable parts, said down conductor connector having a first terminal connected to an end of a first down connector cable part, and a second terminal connected to an end of a second down conductor cable part, said first and second terminals being adapted for mutual connection, such that when being connected, said first and second down conductor cable parts at least partly define said modular down conductor cable, wherein said down conductor connector comprises semi-conductive layers, each being arranged around a respective first end of said first and second terminals and said ends of said first and second down conductor cable parts, respectively, thereby partly enclosing said first and second terminals and any uninsulated end part of said down conductor cable parts.
A computer program product comprising a computer-readable storage medium storing program code for causing one or more processors to: acquire (502; 602) a downlink, DL synchronization signal from the eNB; obtain an uplink, UL, resource pool information from a System Information Block, SIB, transmitted by the eNB; transmit (504; 604), through the wireless interface, data in a randomly selected uplink resource from a data region of the resource pool to the eNB without approval of the eNB; and monitor DL subframes within an acknowledgement, ACK response window; determine (508; 608) that an ACK response has not been received from the eNB within the ACK response window; and perform (512;612) random backoff on a retransmission of the data, wherein a value for a backoff delay is randomly chosen from a window of values, the window having a window size, W, that is doubled for each retransmission. acquire (502; 602) a downlink, DL synchronization signal from the eNB; obtain an uplink, UL, resource pool information from a System Information Block, SIB, transmitted by the eNB; transmit (504; 604), through the wireless interface, data in a randomly selected uplink resource from a data region of the resource pool to the eNB without approval of the eNB; and monitor DL subframes within an acknowledgement, ACK response window; determine (508; 608) that an ACK response has not been received from the eNB within the ACK response window; and perform (512;612) random backoff on a retransmission of the data, wherein a value for a backoff delay is randomly chosen from a window of values, the window having a window size, W, that is doubled for each retransmission.
Electrical contact apparatus for an electrical machine with - a brush facility, which comprises a brush, - a shaft, which is mounted such that it can rotate in relation to the brush facility, and - a slip ring facility, which is arranged on the shaft in a rotationally fixed manner, wherein - the slip ring facility comprises a slip ring, which is in electrical contact with the brush of the brush facility, wherein - the slip ring facility has a carrier element for holding the slip ring and the carrier element has a plurality of second cooling channels for guiding the coolant, which extend substantially in the radial direction of the shaft, characterised in that - the electrical contact apparatus has a recess for guiding a coolant between the shaft and the slip ring facility, - the recess completely surrounds the shaft along its circumferential direction and wherein arranged between the shaft and the slip ring facility is at least one first cooling channel, which extends along an axial direction of the shaft from an end face of the slip ring facility to the recess. - a brush facility, which comprises a brush, - a shaft, which is mounted such that it can rotate in relation to the brush facility, and - a slip ring facility, which is arranged on the shaft in a rotationally fixed manner, wherein - the slip ring facility comprises a slip ring, which is in electrical contact with the brush of the brush facility, wherein - the slip ring facility has a carrier element for holding the slip ring and the carrier element has a plurality of second cooling channels for guiding the coolant, which extend substantially in the radial direction of the shaft, characterised in that - the electrical contact apparatus has a recess for guiding a coolant between the shaft and the slip ring facility, - the recess completely surrounds the shaft along its circumferential direction and
A supporting device for a seat, in particular a vehicle seat, comprising at least one planar supporting part and multiple fastening means (3, 3', 4, 4') arranged on the supporting part, the supporting part having at least one bridge-like surface section (6, 6'), and the supporting part having at least one expansion region (7, 7') in the form of a predetermined breaking point (8, 8') in each bridge-like surface section (6, 6'), for the predetermined breaking point (8, 8') in question to yield in the orientation direction of the bridge-like surface section (6, 6') in question and thus for the supporting part to expand in at least one direction in the surface plane of the supporting part, characterised in that the planar supporting part is formed in one part, has multiple bridge-like surface sections (6, 6') and multiple holes (5, 5') running through the surface plane, wherein in each case at least one of the bridge-like surface sections (6, 6') of the supporting part is formed in the surface plane of the supporting part by means of two mutually adjacent holes (5, 5').
An occlusion sensor system for detecting an occlusion in a flow path from an insulin infusion pump system, the occlusion sensor system comprising: a fluid channel that at least partially defines an insulin flow path between an insulin reservoir and an output port; a flexible membrane in fluid communication with the fluid channel so that fluid pressure in the fluid channel acts upon the flexible membrane; an air cavity positioned adjacent to the flexible membrane and generally opposite the fluid channel; a light transmissive member adjacent to the air cavity, the light transmissive member being arranged opposite the flexible membrane such that fluid pressure in the fluid channel above a threshold value causes the flexible membrane to deform into the air cavity and toward the light transmissive member; a primary light emitter configured to align with the light transmissive member and emit light into the light transmissive member; a light sensor configured to align with the light transmissive member and receive light from the primary light emitter that passes through the light transmissive member; and characterized by a reference light emitter configured to emit light that is received by the light sensor wherein the reference light emitter is spaced apart from the primary light emitter such that the light emitted from the reference light emitter is received by the light sensor without passing through the light transmissive member (254. a fluid channel that at least partially defines an insulin flow path between an insulin reservoir and an output port; a flexible membrane in fluid communication with the fluid channel so that fluid pressure in the fluid channel acts upon the flexible membrane; an air cavity positioned adjacent to the flexible membrane and generally opposite the fluid channel; a light transmissive member adjacent to the air cavity, the light transmissive member being arranged opposite the flexible membrane such that fluid pressure in the fluid channel above a threshold value causes the flexible membrane to deform into the air cavity and toward the light transmissive member; a primary light emitter configured to align with the light transmissive member and emit light into the light transmissive member; a light sensor configured to align with the light transmissive member and receive light from the primary light emitter that passes through the light transmissive member; and characterized by a reference light emitter configured to emit light that is received by the light sensor wherein the reference light emitter is spaced apart from the primary light emitter such that the light emitted from the reference light emitter is received by the light sensor without passing through the light transmissive member (254.
A turbocharger assembly comprising: a compressor wheel, a turbine wheel, a shaft connecting the turbine wheel to the compressor wheel, at least one journal bearing for radially locating the shaft, and at least one thrust bearing for axially locating the shaft, wherein the thrust bearing comprises at least one static component having a first static face and a dynamic component having a first dynamic face, wherein the first static face and first dynamic face cooperate to form a spherical thrust interface, and wherein the shaft tilts about a tilt center, characterized in that the radius of the curvature defined by the spherical thrust interface corresponds to the distance from the tilt center to the spherical thrust interface. a compressor wheel, a turbine wheel, a shaft connecting the turbine wheel to the compressor wheel, at least one journal bearing for radially locating the shaft, and at least one thrust bearing for axially locating the shaft, wherein the thrust bearing comprises at least one static component having a first static face and a dynamic component having a first dynamic face, wherein the first static face and first dynamic face cooperate to form a spherical thrust interface, and wherein the shaft tilts about a tilt center, characterized in that the radius of the curvature defined by the spherical thrust interface corresponds to the distance from the tilt center to the spherical thrust interface.
A coiler comprising: a fixed member is a back plate with an insertion slot, the insertion slot configured to secure a first portion of a flexible element; a shaft having first and second ends, the first end positioned proximate to the fixed member; a rotating member positioned proximate to the second end of the shaft and configured to rotatably move about an axis of rotation, the rotating member is a front plate with a guide offset from the axis of rotation, the guide configured to enable a second portion of the flexible element to pass through the front plate; and a rotation mechanism configured to rotate the rotating member in a first direction around the axis of rotation to coil the second portion of the flexible element around the shaft, wherein: the shaft is configured to be stationary compared to the rotating member; the shaft comprises multiple tapered sections such that the shaft has a first diameter proximate to the rotating member that is larger than a second diameter that is proximate to the fixed member; and slopes of the multiple tapered sections form angles relative to a planar surface of the back plate that decrease as the multiple tapered sections are positioned closer to the rotating member. a fixed member is a back plate with an insertion slot, the insertion slot configured to secure a first portion of a flexible element; a shaft having first and second ends, the first end positioned proximate to the fixed member; a rotating member positioned proximate to the second end of the shaft and configured to rotatably move about an axis of rotation, the rotating member is a front plate with a guide offset from the axis of rotation, the guide configured to enable a second portion of the flexible element to pass through the front plate; and a rotation mechanism configured to rotate the rotating member in a first direction around the axis of rotation to coil the second portion of the flexible element around the shaft, wherein: the shaft is configured to be stationary compared to the rotating member; the shaft comprises multiple tapered sections such that the shaft has a first diameter proximate to the rotating member that is larger than a second diameter that is proximate to the fixed member; and slopes of the multiple tapered sections form angles relative to a planar surface of the back plate that decrease as the multiple tapered sections are positioned closer to the rotating member. the shaft is configured to be stationary compared to the rotating member; the shaft comprises multiple tapered sections such that the shaft has a first diameter proximate to the rotating member that is larger than a second diameter that is proximate to the fixed member; and slopes of the multiple tapered sections form angles relative to a planar surface of the back plate that decrease as the multiple tapered sections are positioned closer to the rotating member.
Method for heat treating a powder part preform comprising a titanium-based alloy, wherein the method comprises the heat treatment of the preform in a furnace at a predetermined temperature, wherein the preform is on a holder during the heat treatment, characterized in that the holder comprises a titanium-based alloy having a titanium content greater than or equal to 45% by weight, or a zirconium-based alloy having a zirconium content greater than or equal to 95% by weight, wherein the holder material has a melting temperature higher than the predefined temperature of the heat treatment, and wherein an anti-diffusion barrier is arranged between the preform and the holder in order to prevent welding of the preform to the holder.
An anti-theft device for protecting a portable electronic device from theft or unauthorized removal, comprising: a shroud configured to at least partially enclose the portable electronic device; and a dock configured to releasably engage the shroud such that the shroud and the portable electronic device are locked to the dock when engaged with the dock, characterized in that the dock comprises at least one finger configured to extend and retract relative to the dock to engage and disengage the shroud, wherein the at least one finger is configured to automatically engage the shroud when the shroud is placed on the dock. a shroud configured to at least partially enclose the portable electronic device; and a dock configured to releasably engage the shroud such that the shroud and the portable electronic device are locked to the dock when engaged with the dock, characterized in that the dock comprises at least one finger configured to extend and retract relative to the dock to engage and disengage the shroud, wherein the at least one finger is configured to automatically engage the shroud when the shroud is placed on the dock.
Lighting module for illumination and/or signalling in a motor vehicle, comprising a base supporting at a first face at least one light source that emits light rays, most of which extend along an optical axis perpendicular or substantially perpendicular to the first face, and a primary optical device comprising a receiving portion opposite at least one portion of the light source and lightened by the light source and an output face opposite the receiving portion, the lighting module having at least one arm (36, 136) projecting from the first face of the base and holding the primary optical device at a retaining zone (62,162) positioned between the receiving portion and the output face of the primary optical device, said arm (36, 136) may be arranged to face a lateral face of the primary optical device, characterized in that the primary optical device has two struts extending a side face on both sides of the receiving portion respectively, each strut having a foot provided with a pin designed to cooperate with an orifice formed in the base, thus ensuring the positioning of the receiving portion of the primary optical device relative to the light source.
Method for battery management of a battery system which has a battery having multiple battery cells, wherein the battery cells are combined in groups to form battery modules and each battery module has a charge state balancing system, wherein the battery system is equipped with a battery management system for monitoring the battery functionality, wherein the battery management system includes multiple sensor control devices, which are assigned to the battery modules, and a primary control device which are interconnected via a communication channel, and wherein the charge state balancing system has a number of charge state balancing resistors which are placed into operation via the sensor control devices for charge state balancing of the battery cells, characterized in that the sensor control devices store information about implemented charge state balancing in first nonvolatile memories of the sensor control devices, wherein the information includes frequency values of temperature changes for the individual charge balancing resistors in the case of charge state balancing.