mhurhangee/ep-ind-claims huggingface dataset:
Insulation holder for fixing an insulation panel to a fixing substrate, having an insulation thread, which is arranged to be screwed into the insulation panel, and having a fixing plug, which is arranged to be anchored in the fixing substrate, wherein the insulation thread is able to rotate relative to the fixing plug and wherein the insulation holder has a contraction region between the insulation thread and the fixing plug, so that a spacing between the insulation thread and the fixing plug can be made smaller, characterised in that the insulation holder has a rotary connection which connects the insulation thread in axially fixed and rotatable manner to the fixing plug.
Supporting element for the transfer of a component from an assembly position, in which the supporting element can be fitted with the component, to a mounting position, in which the component can be detached from the supporting element and mounted at a joint, characterized in that the supporting element has at least one expansion pin, which, following successful assembly, is in a detachable latching or clamping engagement with a component mating contour brought about by applying a radially outwardly acting latching or clamping force, wherein the expansion pin can be brought into the mounting position without a latching or clamping force with the component mating contour, and in that the expansion pin is assigned to an adjustment unit, by means of which the radially outwardly acting latching or clamping force can be adjusted. the supporting element has at least one expansion pin, which, following successful assembly, is in a detachable latching or clamping engagement with a component mating contour brought about by applying a radially outwardly acting latching or clamping force, wherein the expansion pin can be brought into the mounting position without a latching or clamping force with the component mating contour, and in that the expansion pin is assigned to an adjustment unit, by means of which the radially outwardly acting latching or clamping force can be adjusted.
A signal processing device, comprising: a signal processing unit for sequentially processing input signals of digital signals; a first toggle rate calculating unit for calculating a toggle rate of each of the input signals as a first toggle rate; a second toggle rate calculating unit for calculating a toggle rate of a signal processed by the signal processing unit as a second toggle rate; and characterized by an error detecting unit for comparing a difference between the first toggle rate and the second toggle rate with a predetermined threshold value and detecting occurrence of an error depending on the comparison result. a signal processing unit for sequentially processing input signals of digital signals; a first toggle rate calculating unit for calculating a toggle rate of each of the input signals as a first toggle rate; a second toggle rate calculating unit for calculating a toggle rate of a signal processed by the signal processing unit as a second toggle rate; and characterized by an error detecting unit for comparing a difference between the first toggle rate and the second toggle rate with a predetermined threshold value and detecting occurrence of an error depending on the comparison result.
A method, comprising: receiving a request message from a mobile access gateway, at a frontend local mobility anchor, wherein the request message comprises a first redirect mobility option which indicates that the mobile access gateway supports redirection functionality, and wherein the request message is received at an internet protocol address of the frontend local mobility anchor; selecting a service local mobility anchor; and redirecting the request message to the service local mobility anchor, if the received request message contains the first redirect mobility option, receiving, at the frontend local mobility anchor, an acknowledgment message from the service local mobility anchor, wherein the acknowledgment message comprises a second redirect mobility option which indicates that the request message was redirected by the frontend local mobility anchor to the service local mobility anchor, and wherein the acknowledgment message is received from an internet protocol address of the service local mobility anchor; and sending, at the frontend local mobility anchor, the acknowledgment message to the mobile access gateway. receiving a request message from a mobile access gateway, at a frontend local mobility anchor, wherein the request message comprises a first redirect mobility option which indicates that the mobile access gateway supports redirection functionality, and wherein the request message is received at an internet protocol address of the frontend local mobility anchor; selecting a service local mobility anchor; and redirecting the request message to the service local mobility anchor, if the received request message contains the first redirect mobility option, receiving, at the frontend local mobility anchor, an acknowledgment message from the service local mobility anchor, wherein the acknowledgment message comprises a second redirect mobility option which indicates that the request message was redirected by the frontend local mobility anchor to the service local mobility anchor, and wherein the acknowledgment message is received from an internet protocol address of the service local mobility anchor; and sending, at the frontend local mobility anchor, the acknowledgment message to the mobile access gateway.
An introducer assembly (20, 120) including: a dilator tip (22, 222, 322) including a cannula having a central lumen for receiving a guidewire; a sheath having a diameter; an implantable medical device located within said sheath and providing a lumen therewithin when located in said sheath; wherein the dilator tip is formed with a radially expandable and contractible element, characterised in that said element has an expanded diameter substantially equal to the diameter of the sheath and a contracted diameter smaller than the diameter of the lumen of said implantable medical device, said dilator tip being retractable when in the contracted condition into said lumen. a dilator tip (22, 222, 322) including a cannula having a central lumen for receiving a guidewire; a sheath having a diameter; an implantable medical device located within said sheath and providing a lumen therewithin when located in said sheath; wherein the dilator tip is formed with a radially expandable and contractible element, characterised in that said element has an expanded diameter substantially equal to the diameter of the sheath and a contracted diameter smaller than the diameter of the lumen of said implantable medical device, said dilator tip being retractable when in the contracted condition into said lumen.
A method of deploying a constellation of satellites, the method comprising the following steps: · using a single launcher to deploy a plurality of satellites at the same initial altitude on the same initial orbit; · controlling said satellites in such a manner that, depending on the initial orbit, each satellite reaches a drift altitude selected from a drift set, with the orbits of the various satellites shifting relative to one another at the respective drift altitudes under the effect of the gravitational potential of the Earth; and · controlling the satellites in such a manner as to be moved sequentially in order to reach the same final altitude, said sequential movement being performed in such a manner that the satellites describe final orbits having identical trajectories with the same angle of inclination relative to the equatorial plane, but presenting distinct longitudes for their ascending nodes. · using a single launcher to deploy a plurality of satellites at the same initial altitude on the same initial orbit; · controlling said satellites in such a manner that, depending on the initial orbit, each satellite reaches a drift altitude selected from a drift set, with the orbits of the various satellites shifting relative to one another at the respective drift altitudes under the effect of the gravitational potential of the Earth; and · controlling the satellites in such a manner as to be moved sequentially in order to reach the same final altitude, said sequential movement being performed in such a manner that the satellites describe final orbits having identical trajectories with the same angle of inclination relative to the equatorial plane, but presenting distinct longitudes for their ascending nodes.
A method comprising: determining, for a first application executing on a device, whether the first application is a virtual machine; in response to determining that the first application is a virtual machine; determining, for the virtual machine executing on the device and by a pre-fetcher using a first virtual machine physical address associated with the virtual machine, a second virtual machine physical address for data to pre-fetch for the execution of the virtual machine on the device; determining, using the second virtual machine physical address and an address mapping that associates virtual machine physical addresses for the virtual machine with device physical addresses for the device, a device physical address for the data; and requesting the data from a memory using the device physical address; determining, for a second application executing on the device that is a different from the first application, whether the second application is a virtual machine; and in response to determining that the second application is not a virtual machine: determining, by the pre-fetcher using a second device physical address, a third device physical address for other data to pre-fetch. determining, for a first application executing on a device, whether the first application is a virtual machine; in response to determining that the first application is a virtual machine; determining, for the virtual machine executing on the device and by a pre-fetcher using a first virtual machine physical address associated with the virtual machine, a second virtual machine physical address for data to pre-fetch for the execution of the virtual machine on the device; determining, using the second virtual machine physical address and an address mapping that associates virtual machine physical addresses for the virtual machine with device physical addresses for the device, a device physical address for the data; and requesting the data from a memory using the device physical address; determining, for the virtual machine executing on the device and by a pre-fetcher using a first virtual machine physical address associated with the virtual machine, a second virtual machine physical address for data to pre-fetch for the execution of the virtual machine on the device; determining, using the second virtual machine physical address and an address mapping that associates virtual machine physical addresses for the virtual machine with device physical addresses for the device, a device physical address for the data; and requesting the data from a memory using the device physical address; determining, for a second application executing on the device that is a different from the first application, whether the second application is a virtual machine; and in response to determining that the second application is not a virtual machine: determining, by the pre-fetcher using a second device physical address, a third device physical address for other data to pre-fetch.
A method of transmitting a white space map, WSM, information from a first station to a second station in a wireless local area network, WLAN, the method comprising: obtaining (S510, S520), at the first station, a list of available channels and maximum allowed transmission powers of the available channels from a regulatory database; and transmitting, from the first station, one of a beacon frame, a probe response frame and a WSM announcement frame comprising a WSM element to the second station such that the second station operates using one or more channels within the available channels identified by the WSM element, wherein the WSM element comprises a channel number field and a maximum power level field, wherein the channel number field indicates the list of available channels and the maximum power level field indicates maximum allowed transmission powers of the available channels, wherein the WSM further comprises first information indicating whether the list of available channels is a partial channel list or a full channel list, and second information indicating a WSM version, and wherein, when the second station receives multiple WSMs with the same WSM version and the first information indicates the partial channel list, the second station constructs a whole channel list using the received multiple WSMs. obtaining (S510, S520), at the first station, a list of available channels and maximum allowed transmission powers of the available channels from a regulatory database; and transmitting, from the first station, one of a beacon frame, a probe response frame and a WSM announcement frame comprising a WSM element to the second station such that the second station operates using one or more channels within the available channels identified by the WSM element, wherein the WSM element comprises a channel number field and a maximum power level field, wherein the channel number field indicates the list of available channels and the maximum power level field indicates maximum allowed transmission powers of the available channels, wherein the WSM further comprises first information indicating whether the list of available channels is a partial channel list or a full channel list, and second information indicating a WSM version, and wherein, when the second station receives multiple WSMs with the same WSM version and the first information indicates the partial channel list, the second station constructs a whole channel list using the received multiple WSMs.
A multiple part condensation curable elastomer or gel composition based on titanate/zirconate cure catalysts comprising (i) at least one condensation curable silyl terminated polymer having at least one, typically at least 2 hydroxyl functional groups per molecule; (ii) a cross-linker selected from the group of • silanes having at least 2 hydrolysable groups, alternatively at least 3 hydrolysable groups per molecule group; and/or • silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group (iii) one or more hydrous fillers having a moisture content of > 0.05% by weight as determined in accordance with ISO 787-2:1981; and (iv) a condensation catalyst selected from the group of titanates, zirconates; wherein polymer (i), cross-linker (ii) and catalyst (iv) are not stored together in the same part; and characterised in that the catalyst is present in a molar amount which is at least 50% of the moisture present cumulatively in the parts of the composition as determined in accordance with ISO 787-2:1981. (i) at least one condensation curable silyl terminated polymer having at least one, typically at least 2 hydroxyl functional groups per molecule; (ii) a cross-linker selected from the group of • silanes having at least 2 hydrolysable groups, alternatively at least 3 hydrolysable groups per molecule group; and/or • silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group • silanes having at least 2 hydrolysable groups, alternatively at least 3 hydrolysable groups per molecule group; and/or • silyl functional molecules having at least 2 silyl groups, each silyl group containing at least one hydrolysable group (iii) one or more hydrous fillers having a moisture content of > 0.05% by weight as determined in accordance with ISO 787-2:1981; and (iv) a condensation catalyst selected from the group of titanates, zirconates; wherein polymer (i), cross-linker (ii) and catalyst (iv) are not stored together in the same part; and characterised in that the catalyst is present in a molar amount which is at least 50% of the moisture present cumulatively in the parts of the composition as determined in accordance with ISO 787-2:1981.
A damping fluid mount comprising: an inner member; an elastomer section that is affixed to an outer surface of the inner member, wherein the elastomer section has an outer diameter that is variable along an elastomer contour; and a cup containing viscous fluid, wherein a crimped portion of the cup is radially crimped into the elastomer section such that the crimped portion radially precompresses the elastomer section and decreases an inner diameter of the crimped portion of the cup; characterized in that the damping fluid mount further comprises: a ring integrated within the elastomer contour and crimped to conform to the elastomer contour; wherein a diameter of the ring is greater than an inner diameter of the crimped portion of the cup. an inner member; an elastomer section that is affixed to an outer surface of the inner member, wherein the elastomer section has an outer diameter that is variable along an elastomer contour; and a cup containing viscous fluid, wherein a crimped portion of the cup is radially crimped into the elastomer section such that the crimped portion radially precompresses the elastomer section and decreases an inner diameter of the crimped portion of the cup; characterized in that the damping fluid mount further comprises: a ring integrated within the elastomer contour and crimped to conform to the elastomer contour; wherein a diameter of the ring is greater than an inner diameter of the crimped portion of the cup. a ring integrated within the elastomer contour and crimped to conform to the elastomer contour; wherein a diameter of the ring is greater than an inner diameter of the crimped portion of the cup.
Building drum for building an unvulcanized tyre or air spring using rubber components, comprising: a central shaft with a circumferential wall having an outer diameter, a casing (3, 4) with a circumferential surface for arranging the components thereon, wherein the casing (3, 4) comprises a substantially continuous opening having an inner diameter (d) that corresponds with the outer diameter of the circumferential wall of the central shaft, wherein the casing (3,4) is detachably attached to the central shaft, and wherein the casing (3, 4) is provided with a movable coupling pin (20, 21) that can be placed in coupled position in which the coupling pin (20, 21) extends in an opening in the circumferential wall of the central shaft, and in an uncoupled position in which the coupling pin (20, 21) is placed outside of the circumferential wall of the central shaft, characterized in that the casing (3, 4) further comprises a locking device with a locking pin, wherein the locking pin is adapted for in the coupled position of the coupling pin engaging thereon in order to substantially block a movement of the coupling pin, wherein the casing (3, 4) comprises a connecting device (8, 9) for connecting an electric, pneumatic or hydraulic line (12, 14) to the casing (3, 4), and wherein the locking device comprises a locking member, wherein the locking member in a condition in which the locking pin does not engage onto the coupling pin, is placed such with respect to the connecting device (8, 9) that the locking member substantially prevents a connection of the line (12, 14) to the connecting device (8, 9). a central shaft with a circumferential wall having an outer diameter, a casing (3, 4) with a circumferential surface for arranging the components thereon, wherein the casing (3, 4) comprises a substantially continuous opening having an inner diameter (d) that corresponds with the outer diameter of the circumferential wall of the central shaft, wherein the casing (3,4) is detachably attached to the central shaft, and wherein the casing (3, 4) is provided with a movable coupling pin (20, 21) that can be placed in coupled position in which the coupling pin (20, 21) extends in an opening in the circumferential wall of the central shaft, and in an uncoupled position in which the coupling pin (20, 21) is placed outside of the circumferential wall of the central shaft, characterized in that the casing (3, 4) further comprises a locking device with a locking pin, wherein the locking pin is adapted for in the coupled position of the coupling pin engaging thereon in order to substantially block a movement of the coupling pin, wherein the casing (3, 4) comprises a connecting device (8, 9) for connecting an electric, pneumatic or hydraulic line (12, 14) to the casing (3, 4), and wherein the locking device comprises a locking member, wherein the locking member in a condition in which the locking pin does not engage onto the coupling pin, is placed such with respect to the connecting device (8, 9) that the locking member substantially prevents a connection of the line (12, 14) to the connecting device (8, 9).
A device, comprising: a detector; and a multi-functional radiation identifying and processing application specific integrated circuit connected to said detector, said detector comprising a plurality of individual imaging cells, each said imaging cell generating a charge in response to incident radiation events and outputting the generated charge at an imaging cell output, said application specific integrated circuit comprising pixel cell circuits each connected respectively to a corresponding one of said imaging cell outputs, each said pixel cell circuit receiving and processing the generated charge received from said corresponding one imaging cell output, each said pixel cell circuit comprising a preamplifier for generating one of a voltage amplitude and a current amplitude in response to the received charge, and a counter, characterized by each pixel cell circuit further comprising a mode logic operatively connected to said preamplifier and said counter, configured for setting said counter to perform, selectively, at least two of a) photon counting, b) analog to digital conversion of the one of the voltage amplitude and the current amplitude, and c) timing measurement of incident radiation events. a detector; and a multi-functional radiation identifying and processing application specific integrated circuit connected to said detector, said detector comprising a plurality of individual imaging cells, each said imaging cell generating a charge in response to incident radiation events and outputting the generated charge at an imaging cell output, said application specific integrated circuit comprising pixel cell circuits each connected respectively to a corresponding one of said imaging cell outputs, each said pixel cell circuit receiving and processing the generated charge received from said corresponding one imaging cell output, each said pixel cell circuit comprising a preamplifier for generating one of a voltage amplitude and a current amplitude in response to the received charge, and a counter, pixel cell circuits each connected respectively to a corresponding one of said imaging cell outputs, each said pixel cell circuit receiving and processing the generated charge received from said corresponding one imaging cell output, each said pixel cell circuit comprising a preamplifier for generating one of a voltage amplitude and a current amplitude in response to the received charge, and a counter, characterized by each pixel cell circuit further comprising a mode logic operatively connected to said preamplifier and said counter, configured for setting said counter to perform, selectively, at least two of a) photon counting, b) analog to digital conversion of the one of the voltage amplitude and the current amplitude, and c) timing measurement of incident radiation events.