mhurhangee/ep-ind-claims huggingface dataset:
A pin assembly comprising a pin which, in a first end portion, is provided with a pin head and, in a second end portion, is provided with a threaded portion arranged to receive a nut, the pin head and the nut being provided with conical circumferential surfaces (121, 131) falling towards respective first, outward-facing end faces (122, 132) of the pin head and the nut; internally conical, radially expandable bearing sleeves which are axially displaceable on the conical circumferential surfaces (121, 132) of the pin head and the nut, respectively, and are provided with cylindrical, external sleeve surfaces; wherein: at least one of the pin head and the nut is provided with a set of first threaded holes (124, 134) extending through the pin head and the nut, respectively, substantially parallel to centre axes through the pin head and the nut, respectively, and a set of second threaded holes (125, 135) extending into the pin head and the nut, respectively, from the respective first, outward-facing end faces (122, 132) of the pin head and the nut, substantially parallel to the centre axes through the pin head and the nut, respectively; a set of first clamping bolts are arranged in the first threaded holes (124, 134); clamping plates are arranged to rest against an end face on each of the bearing sleeves, as sets of second clamping bolts extend through bolt holes in the clamping plates and into the sets of second threaded holes (125, 135) of the pin head and the nut, respectively. a pin which, in a first end portion, is provided with a pin head and, in a second end portion, is provided with a threaded portion arranged to receive a nut, the pin head and the nut being provided with conical circumferential surfaces (121, 131) falling towards respective first, outward-facing end faces (122, 132) of the pin head and the nut; internally conical, radially expandable bearing sleeves which are axially displaceable on the conical circumferential surfaces (121, 132) of the pin head and the nut, respectively, and are provided with cylindrical, external sleeve surfaces; at least one of the pin head and the nut is provided with a set of first threaded holes (124, 134) extending through the pin head and the nut, respectively, substantially parallel to centre axes through the pin head and the nut, respectively, and a set of second threaded holes (125, 135) extending into the pin head and the nut, respectively, from the respective first, outward-facing end faces (122, 132) of the pin head and the nut, substantially parallel to the centre axes through the pin head and the nut, respectively; a set of first clamping bolts are arranged in the first threaded holes (124, 134); clamping plates are arranged to rest against an end face on each of the bearing sleeves, as sets of second clamping bolts extend through bolt holes in the clamping plates and into the sets of second threaded holes (125, 135) of the pin head and the nut, respectively.
A membrane for use as an underlayment for ceramic tile comprising a basemat, and a flexible coating applied to said basemat, said coating comprising a hydraulic component comprising at least 50% Class C fly ash by weight, a polymer comprising a water-soluble, film-forming polymer, and water.
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the processor, cause the apparatus to at least: access a memory configured to store road network data segmented into tiles represented by respective quadkeys, wherein each respective tile contains a respective plurality of road segments; determine a travel time between any two tiles represented by respective quadkeys of the stored road network data based on historical journey time data for journeys between the tiles; receive an origin and a destination within a road network corresponding to the road network data, wherein the origin and destination are represented by different respective quadkeys; calculate a route between the origin and the destination using the travel time between quadkeys that can be traversed from the origin to the destination, wherein the route minimizes historical travel time between the respective quadkeys that represent the origin and the destination; generate route guidance for the route between the origin and the destination; and provide the route guidance to a user indicating the route between the origin and the destination. access a memory configured to store road network data segmented into tiles represented by respective quadkeys, wherein each respective tile contains a respective plurality of road segments; determine a travel time between any two tiles represented by respective quadkeys of the stored road network data based on historical journey time data for journeys between the tiles; receive an origin and a destination within a road network corresponding to the road network data, wherein the origin and destination are represented by different respective quadkeys; calculate a route between the origin and the destination using the travel time between quadkeys that can be traversed from the origin to the destination, wherein the route minimizes historical travel time between the respective quadkeys that represent the origin and the destination; generate route guidance for the route between the origin and the destination; and provide the route guidance to a user indicating the route between the origin and the destination.
Fluxgate based current transducer for measuring a primary current I P, comprising a fluxgate magnetic field detector, a measuring circuit, and a signal output processing unit, the fluxgate magnetic field detector including an excitation coil driven by an oscillating excitation current ( I fluxgate) supplied by the measuring circuit, wherein the measuring circuit is configured to provide at least two different measurement signals of the primary current ( I P), including a first measurement signal in the form of a pulse width modulated signal of the excitation coil current (Ifluxgate) obtained through a first measurement signal path and a second measurement signal in the form of an analog signal of the excitation coil current ( I fluxgate) obtained through a second measurement signal path, the first and second measurement signal paths connected to the signal processing unit configured to compare in real-time the first and second measurement signals and to output an error signal if the difference between said first and second measurement signals exceeds a predefined tolerance value.
An information configuration method, comprising: reporting, by a first terminal, first capability information comprising a capability value indicating that the first terminal supports all of 1T1R, 1T2R, and 2T4R type antenna switching; receiving, by the first terminal, first configuration information which is configured by a network device according to the first capability information, wherein the first configuration information is used to determine at least one Sounding Reference Signal, SRS, resource set, each SRS resource set in the at least one SRS resource set comprises at least one SRS resource, and each SRS resource in the at least one SRS resource has N SRS ports; wherein N=1, each SRS resource set comprises two SRS resources, and each SRS resource in each SRS resource set has one SRS port; or, each SRS resource set comprises one SRS resource, and each SRS resource in each SRS resource set has one SRS port; sending, by the first terminal, an SRS signal based on the first configuration information. reporting, by a first terminal, first capability information comprising a capability value indicating that the first terminal supports all of 1T1R, 1T2R, and 2T4R type antenna switching; receiving, by the first terminal, first configuration information which is configured by a network device according to the first capability information, wherein the first configuration information is used to determine at least one Sounding Reference Signal, SRS, resource set, each SRS resource set in the at least one SRS resource set comprises at least one SRS resource, and each SRS resource in the at least one SRS resource has N SRS ports; wherein N=1, each SRS resource set comprises two SRS resources, and each SRS resource in each SRS resource set has one SRS port; or, each SRS resource set comprises one SRS resource, and each SRS resource in each SRS resource set has one SRS port; sending, by the first terminal, an SRS signal based on the first configuration information.
A method comprising: receiving an attestation request at an application from a third party; loading, by the application, an attestation kernel into a storage unit in response to the attestation request; passing, by the application, a manifest to the attestation kernel, requesting, by the attestation kernel, an attestation of a state of a Virtual Machine Manager, VMM, from the VMM, receiving, by the attestation kernel, a measurement of a VMM's launch Measurement, VMMM, and of an Attestation Kernel Measurement, AKM, from the VMM; verifying, by the attestation kernel, the manifest authenticity and using the manifest contents to verify a state of the application; generating, by the authentication kernel, a statement of Application Measurement, AM, based on a hash of the manifest; and transmitting the AM, the manifest, the VMMM and the AKM to both the application and the third party. receiving an attestation request at an application from a third party; loading, by the application, an attestation kernel into a storage unit in response to the attestation request; passing, by the application, a manifest to the attestation kernel, requesting, by the attestation kernel, an attestation of a state of a Virtual Machine Manager, VMM, from the VMM, receiving, by the attestation kernel, a measurement of a VMM's launch Measurement, VMMM, and of an Attestation Kernel Measurement, AKM, from the VMM; verifying, by the attestation kernel, the manifest authenticity and using the manifest contents to verify a state of the application; generating, by the authentication kernel, a statement of Application Measurement, AM, based on a hash of the manifest; and transmitting the AM, the manifest, the VMMM and the AKM to both the application and the third party.
A combination of live Lactobacillus strains, for use in the treatment and/or prevention of osteoarthritis in a mammal, wherein the combination of live Lactobacillus strains is Lactobacillus paracasei DSM 13434 (8700:2) and at least one strain of Lactobacillus plantarum, and wherein the treatment and/or prevention of osteoarthritis is by treating and/or preventing cartilage damage.
An adjustable steering column assembly comprising a steering column shroud (1, 2) which supports a steering shaft for a steering wheel, a support bracket which is fixable in position relative to a part of a vehicle, and a clamp mechanism, in which the support bracket comprises two arms (5, 6) having a portion of the steering column shroud (1, 2) located therebetween, in which the clamp mechanism comprises a pin that passes through slots in the arms (5, 6) and carries a fixed cam portion and a moving cam portion, relative rotation of the fixed cam portion with respect to the moving cam portion causing the clamp mechanism to move between a locked position in which the clamp mechanism fixes the steering column shroud (1, 2) in position relative to the support bracket arms (5, 6) and an unlocked position in which the clamp mechanism permits movement of the pin along the slots thereby to enable movement of the steering column shroud (1, 2) relative to the support bracket arms (5, 6), in which the fixed cam portion has an anti-rotation feature (20; 30) that sits at least partially within one of the slots in one of the arms (5, 6) and which co-operates with side walls of the slot to substantially prevent unwanted rotation of the fixed cam portion, wherein the anti-rotation feature (20; 30) carries a plurality of contact portions (24, 25; 36, 41) that in use contact the side walls of the slot, as the position of the steering column shroud (1, 2) is adjusted to help guide the anti-rotation feature (20; 30) along the slot, and wherein the contact portions (24, 25; 36, 41) and the side walls are configured such that in use the anti-rotation feature (20; 30) does not cause any significant permanent deformation of the side walls due to a preferential deformation of the contact portions (24, 25; 36, 41), characterised in that a part (24a, 25a) of each contact portion (24, 25; 36, 41) that engages an adjacent side wall is biased towards the adjacent side wall by a respective spring means (24b, 25b; 34, 35), the spring means (24b, 25b; 34, 35) permitting at least part of the preferential deformation of the contact portion (24, 25; 36, 41), in which the spring means (24b, 25b; 34, 35) and the part (24a, 25a) of the contact portion (24, 25; 36, 41) that contacts the adjacent side wall are integrally formed as two-shot moulding, and in which the anti-rotation feature (20; 30) comprises a block (21; 31) that fits within the slot in the arm (5, 6) and the spring means (24b, 25b; 34, 35) comprises a resilient spacer that is held captive in a pocket formed in the block (21; 31).
A device for keeping ready passenger oxygen masks within a passenger service unit, PSU, the device comprising: a module container including at least one oxygen connection configured to be coupled to an oxygen supply, the module container configured for installation in a PSU and comprising at least one compartment for receiving a passenger oxygen mask, the passenger oxygen mask configured for connection to the oxygen connection and for use by a passenger; the module container comprising: at least one release opening having an opening edge; and a cover configured for closing the release opening, the cover releasably fastened to the opening edge and comprising at least one pull flag configured for detaching the cover from the opening edge, one or more of the cover and the at least one pull flag connected to an activation unit configured to activate an oxygen flow from the oxygen connection to the at least one passenger oxygen mask; and characterised in that the cover is releasably fastened to the opening edges via at least one material-fit connection element, and wherein the at least one material-fit connection element includes at least one hook-and-loop fastener. a module container including at least one oxygen connection configured to be coupled to an oxygen supply, the module container configured for installation in a PSU and comprising at least one compartment for receiving a passenger oxygen mask, the passenger oxygen mask configured for connection to the oxygen connection and for use by a passenger; the module container comprising: at least one release opening having an opening edge; and a cover configured for closing the release opening, the cover releasably fastened to the opening edge and comprising at least one pull flag configured for detaching the cover from the opening edge, one or more of the cover and the at least one pull flag connected to an activation unit configured to activate an oxygen flow from the oxygen connection to the at least one passenger oxygen mask; and characterised in that the cover is releasably fastened to the opening edges via at least one material-fit connection element, and wherein the at least one material-fit connection element includes at least one hook-and-loop fastener. at least one release opening having an opening edge; and a cover configured for closing the release opening, the cover releasably fastened to the opening edge and comprising at least one pull flag configured for detaching the cover from the opening edge, one or more of the cover and the at least one pull flag connected to an activation unit configured to activate an oxygen flow from the oxygen connection to the at least one passenger oxygen mask; and characterised in that the cover is releasably fastened to the opening edges via at least one material-fit connection element, and wherein the at least one material-fit connection element includes at least one hook-and-loop fastener.
A method for registering on a standalone non-public network, SNPN, performed by a terminal in a mobile communication system, the method comprising: performing a registration procedure on a first SNPN; selecting a second SNPN based on a list of subscriber data including an SNPN identity of the second SNPN; and in response to determining that the second SNPN differs from the first SNPN, resetting a registration attempt counter and transmitting, to an access and mobility management function, AMF, entity, a registration request message for an initial registration on the second SNPN, wherein the registration request message for the initial registration on the second SNPN includes information on a registration type, and wherein the information on the registration type indicates the initial registration, in case that the second SNPN differs from the first SNPN. performing a registration procedure on a first SNPN; selecting a second SNPN based on a list of subscriber data including an SNPN identity of the second SNPN; and in response to determining that the second SNPN differs from the first SNPN, resetting a registration attempt counter and transmitting, to an access and mobility management function, AMF, entity, a registration request message for an initial registration on the second SNPN, wherein the registration request message for the initial registration on the second SNPN includes information on a registration type, and wherein the information on the registration type indicates the initial registration, in case that the second SNPN differs from the first SNPN.
Method for supplying laundry items to a laundry treatment machine, or to a treatment region of a laundry treatment machine, wherein the laundry items in the spread-out state by way of a front peripheral region are placed onto a placing region of a belt conveyor, and by the belt conveyor are transported in the direction towards the laundry treatment machine or towards the treatment region of a laundry treatment machine, characterized in that, when placing the front peripheral region of the laundry item on the placing region of the belt conveyor, if required only part of the front peripheral region of the laundry item is brought in contact with the at least one conveyor belt of the belt conveyor, wherein at least the placing region is assigned at least one separation element which, if required, is positioned between the respective laundry item and the at least one conveyor belt of the belt conveyor so as to space apart the part of the front peripheral region from the at least one conveyor belt and wherein, when placing the laundry item on the belt conveyor, that part of the front peripheral region that comes in contact with the at least one conveyor belt of the belt conveyor, as well as that spaced-apart part of the front region of the laundry item that optionally does not come in contact with the conveyor belt of the belt conveyor, lie behind one another in the transport direction of the belt conveyor, wherein that part of the laundry item that comes in contact with the belt conveyor is situated in front of that part of the laundry item that does not come in contact with the belt conveyor.
Retraction device for movable furniture parts, having a driver which can be moved along a first guide path, can be moved between a retraction position and a parked position and is directly or indirectly pretensioned into the retraction position by an energy storage device, wherein the driver can be coupled to an activator in order to move the movable furniture part into a closed position, whereby an opening driver which is movable along a second guide path and is coupled to the driver via a transmission gear, and the opening driver can be coupled to an opening activator which moves the opening driver along the second guide path in the opening direction during an opening movement, wherein the distance traveled by the opening driver is longer than that of the driver, characterized in that the transmission gear is a gear with a transmission ratio which can be varied via the movement of the opening driver.
Stator of an electric machine, in particular for a hybrid or electric vehicle, the stator comprising a substantially cylinder shell-shaped, axially extending stator carrier, and the stator carrier carrying a laminated core with a multiplicity of substantially annularly arranged stator teeth, and having a radially inwardly extending shoulder edge which serves as an axial support for the laminated core, an axially extending fluid duct being configured in a lower region of the stator between the stator carrier and the laminated core, in order to transport coolant from one axial side of the stator to the other axial side of the stator, and at least one cut-out being configured in the region of the fluid duct on the shoulder edge of the stator carrier, characterized in that the fluid duct is configured as a substantially axially running groove on a stator tooth, the cut-out being arranged on the shoulder edge of the stator carrier in the region of the groove, and the stator carrier having an outflow duct at least in the region of the cut-out, which outflow duct is arranged axially on the outside with regard to the laminated core, extends at least partially radially to the outside, and is configured in fluidic contact with the cut-out.
Light module comprising a first and a second submodule (4, 2), which submodules are joined together, the first submodule being positioned beneath the second submodule, one of them on each side of a central support plate, and a projection lens arranged at the exit of the module, each submodule (2, 4) comprising a half shell (10, 12) which is fixed to the support plate, a light source (14, a16) which is positioned on that face of the support plate that faces toward the corresponding half shell so as to be able to emit rays of light towards this half shell, and an optical deviation element (18, 20), characterized in that the lens is supported by the free ends of the half shells (10, 12), the assembly being arranged so that, for each submodule (2, 4), the rays emitted by the light sources (14, 16) are reflected by the associated optical deviation element (18, 20) towards the lens, each half shell, in combination with the other half shell (10, 12), the support plate and the lens, forming a space that is closed with the exception of at least one opening made in the half shell of the first submodule and of at least one opening made in the half shell of the second submodule in order respectively to form first and second cooling means that work by circulating air, respectively admitting cold air into and expelling hot air from the module.
Method for monitoring a display content (10, 20, 30) to be displayed on a display device of a vehicle and having a pictogram (14, 24, 34) and a background (16, 25, 35), characterised in that the method comprises: the defining of a monitoring region (12, 22, 32) by inserting an encoding element (13, 23, 33) within the pictogram (14, 24, 34) and outside the background (16, 25, 35) into data containing the display content (10, 20, 30) to be displayed; the transmission of the data containing the display content (10, 20, 30) to be displayed to the display device; and the determination whether or not the pictogram (14, 24, 34) is displayed faultlessly, using the encoding element (13, 23, 33) in the data containing the display content (10, 20, 30) to be displayed, which have been transmitted to the display device. the defining of a monitoring region (12, 22, 32) by inserting an encoding element (13, 23, 33) within the pictogram (14, 24, 34) and outside the background (16, 25, 35) into data containing the display content (10, 20, 30) to be displayed; the transmission of the data containing the display content (10, 20, 30) to be displayed to the display device; and the determination whether or not the pictogram (14, 24, 34) is displayed faultlessly, using the encoding element (13, 23, 33) in the data containing the display content (10, 20, 30) to be displayed, which have been transmitted to the display device.