mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a node for ordering a handover process to handover a user equipment, being in active mode, from a first cell of a first frequency of a macro layer to a second cell of a second frequency of the macro layer, which second frequency is different than the first frequency, comprising the steps of: - receiving (82, 92) data relating to a third cell of a third frequency, being the same as the first frequency, from the user equipment, - determining (84, 94), based on the received data, that the third cell is a cell to which a soft handover cannot be performed, and - that being the case, ordering a handover process (86, 97) to handover the user equipment to the second cell in order to prevent interference with the third cell, wherein a soft handover cannot be performed since the third cell is a femto cell that the user equipment is not allowed to access as indicated in the received data. - receiving (82, 92) data relating to a third cell of a third frequency, being the same as the first frequency, from the user equipment, - determining (84, 94), based on the received data, that the third cell is a cell to which a soft handover cannot be performed, and - that being the case, ordering a handover process (86, 97) to handover the user equipment to the second cell in order to prevent interference with the third cell, wherein a soft handover cannot be performed since the third cell is a femto cell that the user equipment is not allowed to access as indicated in the received data.
Steering column module for a motor vehicle, having a mounting element which is fixed to the vehicle and a sleeve element which is received in the mounting element and for setting the steering column module is mounted so as to be displaceable in the axial direction in the mounting element; an energy absorption device which is able to be fixedly coupled to the mounting element and is fixedly connected to the sleeve element, wherein the energy absorption device in the event of a vehicle crash is deformed as a result of the longitudinal displacement of the sleeve element and herein absorbs part of the kinetic energy of the sleeve element; a locking element which has an open position and a closed position, wherein the locking element in the open position permits an adjustment of the sleeve element and in the closed position establishes the physical position of said sleeve element; a coupling device with a coupling element which has a coupled position and a decoupled position; wherein the energy absorption device has at least a first absorption element and a second absorption element which in the event of a vehicle crash are in each case configured so as to plastically deform on account of a relative movement of the sleeve element in relation to the mounting element; wherein, in the coupled position of the coupling device, the first absorption element is fixedly coupled to the second absorption element by way of the coupling element; wherein, in the closed position of the locking element, at least the first absorption element is fixedly coupled to the mounting element and, in the open position, the coupling element conjointly with the sleeve element is movable in the axial direction; and wherein, during a normal operation of the motor vehicle, the locking element is situated in the closed position and the coupling device is situated in the coupled position; characterized in that the coupling device comprises an adjustment element which has a first position and a second position, wherein the adjustment element in the first position holds the coupling element in the coupled position, and in the second position holds the coupling element in the decoupled position; wherein the adjustment element is a guide part which has an upper side that is configured as a longitudinal guide and is in contact with the coupling element and on a lower side opposite the upper side has wedge-shaped convexities.
A bag for sealably packaging components, comprising: - a flexible body defining an inside space comprising: ∘ a communication opening, and ∘ a lateral wall comprising a plurality of strips folded back against one another, and - a joining device which can selectively close or open the communication opening, and being formed to be mounted on an enclosure to allow sealed communication between an inside cavity of the enclosure and the inside space of the bag, the bag being characterized in that at least one fold formed by two strips opposite one another is detachably connected to at least one other fold. - a flexible body defining an inside space comprising: ∘ a communication opening, and ∘ a lateral wall comprising a plurality of strips folded back against one another, and ∘ a communication opening, and ∘ a lateral wall comprising a plurality of strips folded back against one another, and - a joining device which can selectively close or open the communication opening, and being formed to be mounted on an enclosure to allow sealed communication between an inside cavity of the enclosure and the inside space of the bag,
A fibre of plastic material having an electrical conductivity, the fibre material being formed by a base material of PET or aramid in which elements are embedded, characterized in that the elements have an atomic size and are provided with a spacing such that electron clouds overlap at least in regions, the embedded elements being incorporated within the base material in an unequal density distribution, and the embedded elements being arranged so as to be less dense in material cross-sectional regions having a current displacement effect than in material cross-sectional regions having a current densification effect, the embedded elements being formed by MnFe phosphorus compounds, or the embedded elements being formed by MnFe(As, P w Ge x Si z) s, wherein x = 0.3-0.7 and w less than or equal to 1 - x and z = 1-x-w, or the embedded elements being formed by FeMn phosphorus compounds with As, Si-phosphorus substitution and possibly combined with La(FeMnP)AICo, or the embedded elements being formed by compounds comprising Mn-Zn, or the embedded elements being formed by an alloy of FeMnP 0,7 Ge 0,3, or the embedded elements being formed by an alloy of FeMnP 0,5 Ge 0,5, or the embedded elements being formed by an alloy of Fe 0,86 Mn 1,14 P 0,5 Si 0,35 Ge 0,15.
A recombinant nucleic acid molecule comprising a nucleotide sequence encoding an amino acid sequence having pesticidal activity, wherein said nucleotide sequence is selected from the group consisting of: a) the nucleotide sequence set forth in SEQ ID NOS:5, 131, 132, 133, 134, 197 or 198; and b) a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of SEQ ID NO:54. a) the nucleotide sequence set forth in SEQ ID NOS:5, 131, 132, 133, 134, 197 or 198; and b) a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of SEQ ID NO:54.
A method performable by a call processing server, comprising: loading a set of instructions that map multiple user states to respective one or more call processing options for processing calls routed over a data communication network; receiving an indication of a first state of a user, the first state indicating that a terminal associated with the user has connectivity available via a WLAN; storing data indicating the first state of the user; receiving a first request to establish a communication between the user and another party (52, 56, 64, 68, 72); processing the first request as specified by the one or more call processing options by redirecting the request to establish a communication via the WLAN; receiving an indication of a second state of the user, the second state indicating that a terminal associated with the user has connectivity available via a cellular telephone network; storing data indicating the second state of the user; receiving a second request to establish a communication between the user and another party; and processing the second request as specified by the one or more call processing options by redirecting the request to establish a communication via the cellular telephone network. loading a set of instructions that map multiple user states to respective one or more call processing options for processing calls routed over a data communication network; receiving an indication of a first state of a user, the first state indicating that a terminal associated with the user has connectivity available via a WLAN; storing data indicating the first state of the user; receiving a first request to establish a communication between the user and another party (52, 56, 64, 68, 72); processing the first request as specified by the one or more call processing options by redirecting the request to establish a communication via the WLAN; receiving an indication of a second state of the user, the second state indicating that a terminal associated with the user has connectivity available via a cellular telephone network; storing data indicating the second state of the user; receiving a second request to establish a communication between the user and another party; and processing the second request as specified by the one or more call processing options by redirecting the request to establish a communication via the cellular telephone network.
Apparatus to replace a guide unit in a continuous casting machine provided with at least one casting line (L1-L4), comprising at least a platform positioned, during use, at the side of said casting line (L1-L4), and provided with at least a first positioning zone of at least a first guide unit (11'-14') and at least a second positioning zone of at least a second guide unit, said platform being associated with rotation means (25, 26) to take, on each occasion, said first positioning zone or said second positioning zone facing the side of said casting line (L1-L4), the apparatus also comprising at least a first linear actuator associated with said first guide unit (11'-14') characterized in that it comprises at least a second linear actuator associated with said second guide unit, said linear actuators (33, 32) being housed on board and inside the platform and said platform comprising at least a first slit able to at least partly house a mobile shaft of said first linear actuator and at least a second slit able to at least partly house a mobile shaft of said second linear actuator, said second linear actuator being configured to move said second guide unit from a positioning zone outside said platform and, during use, in line with said casting line (L1-L4), to said second positioning zone of the platform, and said first linear actuator being configured to move said first guide unit (11 '-14') from said first positioning zone of the platform to said positioning zone outside said platform and, during use, in line with said casting line (L1-L4), or vice versa.
Mechanically controllable valve drive with an intermediate lever having at least one camshaft roller which cooperates with a camshaft, at least one first roller and one second roller which are connected with each other via a shaft, at least one third roller arranged between the first roller and the second roller, wherein at least one roller (6, 8, 10) is in contact with a control shaft and at least one roller (6, 8, 10) is in contact with a link, and at least one working cam contour formed at the end of the intermediate lever opposite the camshaft roller and acting on a roller cam follower of a gas exchange valve, characterized in that the first roller and the second roller are associated with a first bearing member assembly and the third roller is associated with a second bearing member, wherein the intermediate lever has two webs (38, 40) at least in the region of the arrangement of the rollers (6, 8, 10, said webs being arranged between the first roller and the second roller.
A small cell base station to be coupled between an IP backhaul network and one or more mobile transceiver units, the small cell base station comprising: a licensed spectrum baseband module to be coupled to the IP backhaul network and to a first RF transceiver; and an unlicensed spectrum baseband module to be coupled to the licensed spectrum baseband module and coupled to a second RF transceiver; wherein only the licensed spectrum baseband module exchanges signals with the IP backhaul network; characterized in that the licensed spectrum baseband module is configured to determine whether packets received from the IP backhaul network are to be routed through the first RF transceiver as licensed spectrum data flow packets, or whether the packets received from the IP backhaul network are to be routed through to the second RF transceiver as unlicensed spectrum data flow packets, and the licensed spectrum baseband module is configured to selectively route, according to said determination, the received packets either through the first RF transceiver, or via the unlicensed spectrum baseband module through the second RF transceiver. a licensed spectrum baseband module to be coupled to the IP backhaul network and to a first RF transceiver; and an unlicensed spectrum baseband module to be coupled to the licensed spectrum baseband module and coupled to a second RF transceiver;
An overmolding composition comprising: 1) an - - copolymer, wherein is a hard-block monomer with a Tg greater than 30°C and is a soft-block monomer with a Tg less than 20°C, and the copolymer comprises greater than 35 wt. % of the monomer; 2) at least 10 wt.% of a tackifying resin having a Ring and Ball softening point as determined by ASTM method E28 of 70° C to 150°C; 3) 0.05 to 5 wt.% of a UV absorber; and wherein the composition has a viscosity less than 75,000 mPas (75,000 cP) at 210°C measured in accordance with ASTM D3236; wherein the modulus of the composition is greater than 100 N/cm 2 (1×107 dyne/cm 2) at 25°C determined by a Rheometric Scientific RDA-III controlled strain rheometer with a frequency of 10 rad/sec and parallel plates of 8 mm with a 2mm gap; and wherein the wt. % is based on the total weight of the composition. 1) an - - copolymer, wherein is a hard-block monomer with a Tg greater than 30°C and is a soft-block monomer with a Tg less than 20°C, and the copolymer comprises greater than 35 wt. % of the monomer; 2) at least 10 wt.% of a tackifying resin having a Ring and Ball softening point as determined by ASTM method E28 of 70° C to 150°C; 3) 0.05 to 5 wt.% of a UV absorber; and
An electrical valve control device, characterized in that it contains a base member; a cover member matched and joined to the base member a motor jointed to an outer surface of the cover member where the motor's axle is configured with an axial gear and threads through the cover member, a transmission gear having a track around its axle 17) engages the axial gear; and a valve assembly having a nozzle and a plug tube pointing at opposite directions, a channel perpendicular to and connected to the plug tube at one end, a cover piece, a shaft, and a lever where the other end of the channel has an open end and is in the same space as the nozzle; the cover piece is positioned in front of the open end of the channel, the cover piece is joined to a first end of the shaft threading through a helical spring, a second end of the shaft is connected to a first end of the lever, and a pin is extended from the second end of the lever and is embedded in the transmission gear's track; wherein the transmission gear drives the lever, which in turn engages the shaft, so that the cover piece is moved away from the channel.
A machine (100, 200, 300) for honing workpieces, comprising a) a machine frame; b) a honing ring carrier mounted on the machine frame in which a honing ring or a honing ring blank is clampable and is drivable in rotation around its central axis; c) a workpiece spindle module with a workpiece spindle, wherein a workpiece to be machined with the honing ring clamped in the honing ring carrier is attachable in the region of a free end of the workpiece spindle; characterised in that d) a grinding module (130, 230, 330) for profiling a honing ring by grinding a honing ring blank, wherein the grinding module is arranged on the machine frame such that a grinding disc of the grinding module can be positioned relative to the honing ring carrier inside a truly three-dimensional space. a) a machine frame; b) a honing ring carrier mounted on the machine frame in which a honing ring or a honing ring blank is clampable and is drivable in rotation around its central axis; c) a workpiece spindle module with a workpiece spindle, wherein a workpiece to be machined with the honing ring clamped in the honing ring carrier is attachable in the region of a free end of the workpiece spindle; characterised in that d) a grinding module (130, 230, 330) for profiling a honing ring by grinding a honing ring blank, wherein the grinding module is arranged on the machine frame such that a grinding disc of the grinding module can be positioned relative to the honing ring carrier inside a truly three-dimensional space.
A vasoactive intestinal peptide having a binding preference for the Vasoactive Intestinal Peptide Receptor 2 (VPAC2), for use in combination therapy with at least one anti-hypertensive drug selected from a β1 receptor antagonist, an ACE inhibitor, and a calcium channel blocker for use in treating hypertension in a patient, wherein the VIP comprises the amino acid sequence of SEQ ID NO: 13 with the N-terminal His at position 2, an N-terminal methionine, and an elastin-like peptide at the C-terminus, wherein the ELP comprises at least 90 repeats of SEQ ID NO: 3, and wherein the VIP demonstrates an extended half-life in circulation.
An evaporative humidifier comprising: a main body; a reservoir provided in the main body to store water; and a humidifying element assembly rotatably provided in the main body, wherein the humidifying element assembly includes: a humidifying element which is configured to absorb water and perform humidification; and a frame to support the humidifying element, the frame including at least one guider portion which guides the water of the reservoir toward one side surface of the humidifying element, characterized in that the at least one guider portion includes: a first portion provided with a water inlet which faces a rotating direction and is configured to collect water stored in the reservoir by a rotation of the humidifying element assembly; and a second portion arranged to extend to the centre of the frame in a radial direction to guide water collected at the first portion toward the centre of the humidifying element. a main body; a reservoir provided in the main body to store water; and a humidifying element assembly rotatably provided in the main body, wherein the humidifying element assembly includes: a humidifying element which is configured to absorb water and perform humidification; and a frame to support the humidifying element, the frame including at least one guider portion which guides the water of the reservoir toward one side surface of the humidifying element, characterized in that the at least one guider portion includes: a first portion provided with a water inlet which faces a rotating direction and is configured to collect water stored in the reservoir by a rotation of the humidifying element assembly; and a humidifying element which is configured to absorb water and perform humidification; and a frame to support the humidifying element, the frame including at least one guider portion which guides the water of the reservoir toward one side surface of the humidifying element, characterized in that the at least one guider portion includes: a first portion provided with a water inlet which faces a rotating direction and is configured to collect water stored in the reservoir by a rotation of the humidifying element assembly; and a second portion arranged to extend to the centre of the frame in a radial direction to guide water collected at the first portion toward the centre of the humidifying element.
A process for preparing a lyophilised material comprising: providing a container bounded by an envelope having a penetrable region and containing a dispersion of the material in a carrier liquid, penetrating the penetrable region with a penetrator such that the penetrator provides a conduit through the envelope to provide communication between the inside and the outside of the container when the penetrator has penetrated the penetrable region, evaporating the carrier liquid out of the container via the conduit, then withdrawing the penetrator from the penetrable region, characterised in that the penetrator comprises a generally conical member with an opening adjacent its apex, an open base or an opening adjacent its base, and with a conduit passing through the penetrator, such that its apex may penetrate the penetrable region and vapour of the carrier liquid may enter the apex, pass through the hollow interior of the conical member and exit, said process being performed inside a sterile enclosure, the temperature of which being controlled between ambient and a temperature at which the carrier liquid is frozen, and the atmospheric pressure of which being controlled between ambient and a reduced atmospheric pressure.
Method for producing angiographic MR images that are based on unsaturated spins flowing into an imaging volume, in which the signal intensity of the stationary tissue within at least one first imaging slice is reduced by a non-selective RF saturation pulse before exciting the nuclear magnetisation, wherein vessel segments of vessels to be represented of a person under examination in an MR system do not run parallel to a coordinate axis of the MR system, wherein the coordinate axis is a longitudinal axis of a patient tunnel of the MR system, wherein the at least one first imaging slice is excited transverse to the coordinate axis, comprising the following steps: - exciting the nuclear magnetisation in the at least one first imaging slice of the person under examination in order to generate MR signals; and - receiving the MR signals from the at least one first imaging slice in order to produce angiographic MR images of the vessels; wherein said at least one first imaging slice has a curved slice profile, which is defined such that, in the region in which the vessel segments intersect the at least one first imaging slice, it allows the path of the vessel segments to be as orthogonal as possible to the at least one first imaging slice. - exciting the nuclear magnetisation in the at least one first imaging slice of the person under examination in order to generate MR signals; and - receiving the MR signals from the at least one first imaging slice in order to produce angiographic MR images of the vessels;