mhurhangee/ep-ind-claims huggingface dataset:
Implant drill, in particular dental implant drill, comprising an assembly area and a machining area, wherein the implant drill extends in a longitudinal direction, wherein the distal end areas in the longitudinal direction of the implant drill are formed in particular by the assembly area and the machining area, wherein the machining area has at least two machining structures, wherein the machining area is formed in such a way, in particular by the machining structures, that it can remove bone material during positive rotation about the longitudinal direction and that it can compact bone material during a negative rotation around the longitudinal direction, wherein the machining area has at least one compaction machining structure and one drilling machining structure, wherein an envelope end is formed by a circle which lies in a sectional plane which is perpendicular to the longitudinal direction, wherein the circle is just the smallest possible circle which can surround the machining area in the cutting plane, wherein the at least "imaginary" course of the compaction machining structure intersects the envelope end in the cutting plane and the tangent applied to the envelope end at this point of intersection has an angle with the compaction machining structure or the imaginary course of the compaction machining structure, wherein the angle is in a range from 10° to 45°, preferably in a range from 12° to 40°, characterized in that the machining area has circumferential cooling grooves. wherein the implant drill extends in a longitudinal direction, wherein the distal end areas in the longitudinal direction of the implant drill are formed in particular by the assembly area and the machining area, wherein the machining area has at least two machining structures, wherein the machining area is formed in such a way, in particular by the machining structures, that it can remove bone material during positive rotation about the longitudinal direction and that it can compact bone material during a negative rotation around the longitudinal direction, wherein the machining area has at least one compaction machining structure and one drilling machining structure, wherein an envelope end is formed by a circle which lies in a sectional plane which is perpendicular to the longitudinal direction, wherein the circle is just the smallest possible circle which can surround the machining area in the cutting plane, wherein the at least "imaginary" course of the compaction machining structure intersects the envelope end in the cutting plane and the tangent applied to the envelope end at this point of intersection has an angle with the compaction machining structure or the imaginary course of the compaction machining structure, wherein the angle is in a range from 10° to 45°, preferably in a range from 12° to 40°, characterized in that the machining area has circumferential cooling grooves.
A device comprising: a substrate comprising: a host; and a seed layer bonded to the host; and a semiconductor structure grown over the seed layer, the semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; wherein a variation in index of refraction in a direction perpendicular to a growth direction of the semiconductor structure is disposed between the host and the light emitting layer, wherein a non-semiconductor layer (38, 40) is disposed between the seed layer and the semiconductor structure, wherein the non-semiconductor layer (38, 40) is patterned to form a plurality of openings; and pores are disposed in the semiconductor structure over the areas of the non-semiconductor layer (38, 40) disposed between the openings. a substrate comprising: a host; and a seed layer bonded to the host; and a host; and a seed layer bonded to the host; and a semiconductor structure grown over the seed layer, the semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; wherein a variation in index of refraction in a direction perpendicular to a growth direction of the semiconductor structure is disposed between the host and the light emitting layer, wherein a non-semiconductor layer (38, 40) is disposed between the seed layer and the semiconductor structure, wherein the non-semiconductor layer (38, 40) is patterned to form a plurality of openings; and pores are disposed in the semiconductor structure over the areas of the non-semiconductor layer (38, 40) disposed between the openings.
A method for producing a brush head, in particular a toothbrush head of an electric toothbrush, in which bristle tufts (11, 13) that are already fixed to support forming a bristle field of the brush head are cut at the free ends thereof such that a desired tuft end contour is generated, wherein at least one bristle tuft is bent away at least in parts and held in a bent-away position while the tuft end contour of this at least one bristle tuft or additionally of another bristle tuft is cut, characterized therein that the at least one bristle tuft is provided at the free end thereof with a chamfer while the bristle tuft is held at least with the bristle portion to be chamfered in a bent-away trimming position and wherein during cutting of the chamfer at the free end of the bent-away bristle tuft or at the bent-away portion thereof, an angular face is cut at an angle of inclination (θ) that is smaller than the desired angle of inclination (γ) of the chamfer of the non-bent bristle tuft.
A method comprising: providing a device profile at an authentication function, wherein the device profile comprises identification information for a device for a plurality of access types and the identification information comprises a first identifier for the device that is associated with a cellular access and a second identifier for the device that is associated with a wireless local area network access; obtaining an access request message associated with the device connecting to the cellular access, wherein the access request message comprises the first identifier for the device and an authentication attribute; generating authentication information for authenticating the device for the cellular access based, at least in part, on identifying the authentication attribute within the access request message; and generating, for transmission, an access accept message for the cellular access, wherein the access accept message comprises the first identifier for the device, the second identifier for the device, and the authentication information. providing a device profile at an authentication function, wherein the device profile comprises identification information for a device for a plurality of access types and the identification information comprises a first identifier for the device that is associated with a cellular access and a second identifier for the device that is associated with a wireless local area network access; obtaining an access request message associated with the device connecting to the cellular access, wherein the access request message comprises the first identifier for the device and an authentication attribute; generating authentication information for authenticating the device for the cellular access based, at least in part, on identifying the authentication attribute within the access request message; and generating, for transmission, an access accept message for the cellular access, wherein the access accept message comprises the first identifier for the device, the second identifier for the device, and the authentication information.
A method for terminating a modem session for transporting data across a voice-over-Internet Protocol, VoIP, network using a modem relay, MR, technique, the method performed at a single device functioning both as terminating gateway for transport over the VoIP network and as a remote access server for terminating the modem session, the method comprising: receiving a data packet associated with the modem session from an originating gateway across the VoIP network; removing encapsulation information from the data packet used to support network transport of the data; acting as a termination point for the modem session (75, 78); encapsulating the data in an Internet Protocol, IP, packet with a destination address of an IP device, wherein the IP device is the destination for the data; and delivering the IP packet to a further IP network for delivery to the IP device. receiving a data packet associated with the modem session from an originating gateway across the VoIP network; removing encapsulation information from the data packet used to support network transport of the data; acting as a termination point for the modem session (75, 78); encapsulating the data in an Internet Protocol, IP, packet with a destination address of an IP device, wherein the IP device is the destination for the data; and delivering the IP packet to a further IP network for delivery to the IP device.
A non-natural immunoglobulin (Ig) binding protein comprising one or more non-natural Ig-binding domains, wherein at least one non-natural Ig-binding domain comprises the amino acid sequence X 1 X 2 X 3 X 4 X 5 X e X 7 X 8 QQX 11 AFYEILHLPX 21 LTEX 25 QRX 28 AFIQSLKDDPSX 40 SX 42 X 43 X 44 LX 46 EAX 49 KLX 52 X 53 X 54 QAPX 58 (SEQ ID NO: 38), wherein X 1 is N, V, P, or A; X 2 is D or A; X 3 is A, S, or N; X 4 is K or Q; X 5 is H or F; X 6 is D, S, or A; X 7 is E or K; X 8 is D, E or A; X 11 is S or N; X 21 is N, S, or D; X 25 is D or E; X 28 is N, S, or A; X 40 is V, T, or Q; X 42 is K or A; X 43 is E or S; X 44 is V, L, or I; X 46 is G or A; X 49 is K or Q; X 52 is N, S, or D; X 53 is D or E; X 54 is S or A; and X 58 is K or P; wherein the dissociation constant K D of said non-natural Ig-binding protein to human IgG1 is 1 μM or less, preferably 100 nM or less, and wherein said non-natural Ig-binding protein is stable under alkaline conditions. X 1 is N, V, P, or A; X 2 is D or A; X 3 is A, S, or N; X 4 is K or Q; X 5 is H or F; X 6 is D, S, or A; X 7 is E or K; X 8 is D, E or A; X 11 is S or N; X 21 is N, S, or D; X 25 is D or E; X 28 is N, S, or A; X 40 is V, T, or Q; X 42 is K or A; X 43 is E or S; X 44 is V, L, or I; X 46 is G or A; X 49 is K or Q; X 52 is N, S, or D; X 53 is D or E; X 54 is S or A; and X 58 is K or P;
A method of determining that a prostate cancer patient is at an increased risk for relapse or rapid relapse comprising: (a) determining the number and size of copy number variations (CNVs) in a sample from the patient; and (b) determining a large size ratio by dividing the number of CNVs that are larger in size than a cut-off value by the total number of CNVs, wherein if the large size ratio exceeds a particular threshold, the patient is deemed to be at an increased risk for relapse or rapid relapse. (a) determining the number and size of copy number variations (CNVs) in a sample from the patient; and (b) determining a large size ratio by dividing the number of CNVs that are larger in size than a cut-off value by the total number of CNVs,
A method for communicating paging messages to wireless communications devices of a wireless communications network, where the network responds to each incoming call placed to a wireless communications device by transmitting a single call-paging message within a corresponding partition of a digital radio frame of prescribed format, the method comprising operations of: responsive to each occurrence of a specified broadcast event, the network transmitting a repeating broadcast-paging message announcing the availability of broadcast content from the network, where the broadcast-paging message is transmitted according to a transmission schedule multiple times within each digital radio frame; and responsive to wakeup from a reduced power sleep state and before reentering the sleep state, the wireless communications device, utilizing the broadcast-paging message transmission schedule, receiving the call-paging message and the nearest in time broadcast-paging message. responsive to each occurrence of a specified broadcast event, the network transmitting a repeating broadcast-paging message announcing the availability of broadcast content from the network, where the broadcast-paging message is transmitted according to a transmission schedule multiple times within each digital radio frame; and responsive to wakeup from a reduced power sleep state and before reentering the sleep state, the wireless communications device, utilizing the broadcast-paging message transmission schedule, receiving the call-paging message and the nearest in time broadcast-paging message.
A method, in a wireless device, for prescheduling an uplink communication in a wireless network, the method comprising: detecting a use of an application, service or function that will require uplink communication, sending, to a network node (401, 110, 111, 115), at least one prescheduling parameter indicative of a communication pattern of the wireless device, said communication pattern comprising information about a communication schedule indicating an expected timing at which the wireless device is to communicate with the network; receiving, from a base station, an uplink grant for communication according to the information about the communication schedule; detecting data to send; and sending the data via the resources as granted in said uplink grant. detecting a use of an application, service or function that will require uplink communication, sending, to a network node (401, 110, 111, 115), at least one prescheduling parameter indicative of a communication pattern of the wireless device, said communication pattern comprising information about a communication schedule indicating an expected timing at which the wireless device is to communicate with the network; receiving, from a base station, an uplink grant for communication according to the information about the communication schedule; detecting data to send; and sending the data via the resources as granted in said uplink grant.
A cable comprising a cable core enclosed by protective water barriers layers and outer sheath characterized in that the protective water barriers layers comprises: - a first protective layer comprising a metal tape helically wound to the cable core with small gaps between each turn; - a second protective layer comprising metal tape helically wound to said first protective layer and displaced 50% relative to said first protective layer thus covering said gaps in the first protective layer, and - a water resistant material filled in said gaps in the protective layers (20, 30). - a first protective layer comprising a metal tape helically wound to the cable core with small gaps between each turn; - a second protective layer comprising metal tape helically wound to said first protective layer and displaced 50% relative to said first protective layer thus covering said gaps in the first protective layer, and - a water resistant material filled in said gaps in the protective layers (20, 30).
2-(5-{1-[2-(Difluoromethoxy)-6-fluorobenzyl]-2-methyl-1 H -benzimidazol-6-yl}pyrimidin-2-yl)propan-2-ol, or a pharmaceutically acceptable salt thereof.
Pharmaceutical composition comprising: a purified mRNA suitable for intracellular expression of an antibody, the mRNA containing at least one coding region, wherein at least one coding region codes for at least one antibody, the at least one antibody comprising a heavy and a light chain.
A method for interactive segmentation by delineation of a region of interest of an object and correction of the delineated feature, comprising: displaying an image of the object as a background image on a display screen, the background image being an image or image slice created from CT volumetric image data generated by an imaging system; receiving, from an input device, a signal indicative of a free hand line being drawn over the background image, wherein the signal includes coordinates of points of the free hand line with respect to the display screen and the free hand line is independent of content represented in the background image; storing the signal in a storage device; determining a principal direction of the free hand line based on the stored signal; determining whether a previously received point of the free hand line lies beyond a most recently received point of the free hand line with respect to the principal direction; removing the previously received point from the storage device in response to the previously received point lying beyond the most recently received point with respect to the principal direction, thereby correcting the free hand line; generating a smooth stiff line based on the stored signal; and displaying the smooth stiff line over the background image. displaying an image of the object as a background image on a display screen, the background image being an image or image slice created from CT volumetric image data generated by an imaging system; receiving, from an input device, a signal indicative of a free hand line being drawn over the background image, wherein the signal includes coordinates of points of the free hand line with respect to the display screen and the free hand line is independent of content represented in the background image; storing the signal in a storage device; determining a principal direction of the free hand line based on the stored signal; determining whether a previously received point of the free hand line lies beyond a most recently received point of the free hand line with respect to the principal direction; removing the previously received point from the storage device in response to the previously received point lying beyond the most recently received point with respect to the principal direction, thereby correcting the free hand line; generating a smooth stiff line based on the stored signal; and displaying the smooth stiff line over the background image.
A method for operating a vehicle washing system, in which a vehicle is scanned in the longitudinal direction by means of a sensor device, wherein measurement data are captured, based on an analysis of the measurement data, position data for the positions (B, C) of wheels (11, 9) of the vehicle are determined, characterized in that the determined position data of the positions (B, C) of the wheels (11, 9) of the vehicle are subjected to a confidence check, and a confidence measure is determined, if the determined confidence measure is greater than or equal to a confidence threshold value, a treatment of the wheels (11, 9) of the vehicle is carried out in a first mode at the positions (B, C) allocated to the position data, and if the determined confidence measure is smaller than the confidence threshold value, a treatment of the wheels (11, 9) of the vehicle is not carried out or is carried out in a second mode at the positions (B, C) allocated to the position data.
A cylinder retaining device for a harness, comprising: a frame member; and a retaining member connected to the frame member for receiving a portion of a cylinder, wherein the retaining member is movable with respect to the frame member between a loading position, in which the cylinder can be at least partly inserted into, or withdrawn from, the retaining member, and a retaining position, in which the cylinder is retained by the retaining member; characterised in that the retaining member is pivotally connected to the frame member and can pivot between the loading position and the retaining position. a frame member; and a retaining member connected to the frame member for receiving a portion of a cylinder, wherein the retaining member is movable with respect to the frame member between a loading position, in which the cylinder can be at least partly inserted into, or withdrawn from, the retaining member, and a retaining position, in which the cylinder is retained by the retaining member; characterised in that the retaining member is pivotally connected to the frame member and can pivot between the loading position and the retaining position.
Turbomachine having a valve, wherein the turbomachine comprises an inner interior casing, an outer interior casing, an exterior casing, wherein the valve comprises a valve diffuser, a first sealing element is arranged between the valve diffuser and the inner interior casing, wherein the valve diffuser has a flange, wherein the flange is connected to the exterior casing, characterized in that the valve diffuser is arranged on the inner interior casing and an intermediate ring is arranged on the outer interior casing and a second sealing element is arranged between the intermediate ring and the outer interior casing, wherein the intermediate ring is connected to the exterior casing.
A method for analyzing security vulnerabilities in server-based applications, the method comprising: executing a client-side application in a monitored environment at a client, wherein the monitored environment isolates the executed client-side application from a target server-based web application to be analyzed for security vulnerabilities; identifying, within the client-side application, available uniform resource locators of the client-side application for accessing the target server-based web application; extracting, within the monitored environment, path parameters and data parameters from the available uniform resource locators, from the client-side application that has been isolated, wherein the extracted path parameters and data parameters refer to the target server-based application that serves the executed client-side application; modifying the path parameters or data parameters with user-defined data to generate test data; transmitting the test data to the target server-based application; and determining if any responses received in response to the test data are indicative of security vulnerabilities in the target server-based application being analyzed for security vulnerabilities. executing a client-side application in a monitored environment at a client, wherein the monitored environment isolates the executed client-side application from a target server-based web application to be analyzed for security vulnerabilities; identifying, within the client-side application, available uniform resource locators of the client-side application for accessing the target server-based web application; extracting, within the monitored environment, path parameters and data parameters from the available uniform resource locators, from the client-side application that has been isolated, wherein the extracted path parameters and data parameters refer to the target server-based application that serves the executed client-side application; modifying the path parameters or data parameters with user-defined data to generate test data; transmitting the test data to the target server-based application; and determining if any responses received in response to the test data are indicative of security vulnerabilities in the target server-based application being analyzed for security vulnerabilities.
Rolling apparatus for rolling wheels and discs, having a roll stand, into which a blank can be inserted for rotation about an axis (D 2), and having a main roll, which is mounted in a frame-like stand for rotation about an axis of rotation (D 1) running parallel to the axis (D 2) and which can be brought into abutment with the circumferential surface of the blank, wherein an adjustment apparatus is provided, having at least one adjustment unit, which has a drive apparatus and by means of which the main roll can be adjusted along its axis of rotation (D 1), and having an advancement unit, by means of which the main roll can be displaced in the direction of the blank and drawn back from the same, characterized in that the advancement unit is mounted at a fixed location in the roll stand and is in engagement with the frame-like stand in a contact region such that the frame-like stand can be adjusted along the axis of rotation (D 1) of the main roll relative to the advancement unit.