mhurhangee/ep-ind-claims huggingface dataset:
A piezoelectric speaker-forming laminate (10, 110) comprising: a piezoelectric film; a pressure-sensitive adhesive face (17, 117); an interposed layer (40, 140) being a porous body layer and/or a resin layer disposed between the piezoelectric film and the pressure-sensitive adhesive face; and a release layer joined to the pressure-sensitive adhesive face, wherein the pressure-sensitive adhesive face is disposed in such a manner that at least a portion of the piezoelectric film overlaps the pressure-sensitive adhesive face when the piezoelectric film is viewed in plan, and characterized in that the release layer includes a film and a release agent applied to a principal surface on the pressure-sensitive adhesive face side of the film, and in that the release layer is configured to be removed from the piezoelectric speaker-forming laminate to allow fixing of the piezoelectric film and the interposed layer to a support as a piezoelectric speaker or a portion of a piezoelectric speaker by sticking the pressure-sensitive adhesive face to the support. a piezoelectric film; a pressure-sensitive adhesive face (17, 117); an interposed layer (40, 140) being a porous body layer and/or a resin layer disposed between the piezoelectric film and the pressure-sensitive adhesive face; and a release layer joined to the pressure-sensitive adhesive face, wherein the pressure-sensitive adhesive face is disposed in such a manner that at least a portion of the piezoelectric film overlaps the pressure-sensitive adhesive face when the piezoelectric film is viewed in plan, and characterized in that the release layer includes a film and a release agent applied to a principal surface on the pressure-sensitive adhesive face side of the film, and in that the release layer is configured to be removed from the piezoelectric speaker-forming laminate to allow fixing of the piezoelectric film and the interposed layer to a support as a piezoelectric speaker or a portion of a piezoelectric speaker by sticking the pressure-sensitive adhesive face to the support.
A method of transmitting, by a base station, BS, downlink control information, DCI, in a wireless communication system, the method comprising: receiving, from a user equipement, UE, capability information representing whether the UE supports demodulation reference signal, DMRS, sharing in subslots over a plurality of contiguous subframes for a physical downlink shared channel, PDSCH; and transmitting, to the UE, the DCI for scheduling the PDSCH, wherein the DCI represents whether a DMRS for the PDSCH is located in a first subslot, wherein, based on (i) the capability information representing that the UE does not support DMRS sharing in subslots over the plurality of contiguous subframes for the PDSCH and (ii) the DCI representing an absence of the DMRS for the PDSCH in the first subslot, the PDSCH is not received by the UE in the first subslot. receiving, from a user equipement, UE, capability information representing whether the UE supports demodulation reference signal, DMRS, sharing in subslots over a plurality of contiguous subframes for a physical downlink shared channel, PDSCH; and transmitting, to the UE, the DCI for scheduling the PDSCH, wherein the DCI represents whether a DMRS for the PDSCH is located in a first subslot, wherein, based on (i) the capability information representing that the UE does not support DMRS sharing in subslots over the plurality of contiguous subframes for the PDSCH and (ii) the DCI representing an absence of the DMRS for the PDSCH in the first subslot, the PDSCH is not received by the UE in the first subslot.
A method for performing a handover between heterogeneous networks by a call manager of a network having a Circuit Switching, CS, network supporting a CS call, a Long Term Evolution, LTE, network supporting a packet call, and an Internet Protocol Multimedia Subsystem, IMS, network for anchoring a call, the call manager providing handover, from the LTE network to the CS network, to a terminal that uses a single radio channel and can access the CS network and the LTE network, the method comprising: receiving, by the call manager, a handover request message from an ENB of the LTE network, the handover request message being generated based on a measurement report of the terminal; transmitting, by the call manager, a handover prepare request message to a Mobile Switching Center, MSC, of the CS network; receiving, by the call manager, a handover prepare complete message from the MSC; establishing (612, 614), by the call manager, a connection to the MSC; transmitting, by the call manager, to the IMS network, a session initiate protocol, SIP, message to switch a session; and transmitting, by the call manager, to the terminal, a handover command message to switch an LTE radio to a CS radio. receiving, by the call manager, a handover request message from an ENB of the LTE network, the handover request message being generated based on a measurement report of the terminal; transmitting, by the call manager, a handover prepare request message to a Mobile Switching Center, MSC, of the CS network; receiving, by the call manager, a handover prepare complete message from the MSC; establishing (612, 614), by the call manager, a connection to the MSC; transmitting, by the call manager, to the IMS network, a session initiate protocol, SIP, message to switch a session; and transmitting, by the call manager, to the terminal, a handover command message to switch an LTE radio to a CS radio.
Method for cutting machining of turbine blades on a multi-axis machine tool, wherein the turbine blade is held by a rotatable blade-root clamping device and a rotatable blade-tip clamping device and is machined by means of a tool which is chucked in a tool spindle, characterised in that a first profile section which is adjacent to the blade tip is first of all machined by the tool, in that the tool is then removed and the tool spindle grabs an additional clamping device which has clamping jaws (6.1, 6.2) adapted to the first profile section, in that the additional clamping device is positioned on the blade-tip clamping device in such a way that the clamping jaws (6.1, 6.2) rest in the first profile section, in that the tool spindle grabs a tool and machines the remaining profile section with it.
- A weapon assembly comprising an oscillating mass which pivots in elevation relative to a carriage, to allow the aiming, and thus comprises trunnions intended to interface with a tank turret, the oscillating mass also incorporating a recoiling mass which translates relative to the trunnions during firing, the recoiling mass in particular comprising a weapon, in which weapon assembly the trunnions are located behind the center of gravity of the recoiling mass and a counterweight is intended to longitudinally counterbalance the weight of the recoiling mass at rest so as to place the center of gravity of the oscillating mass at the trunnions, at least one trunnion being secured to a first end of an arm which is therefore secured to the oscillating mass, the arm carrying the counterweight at its second end, the counterweight comprising at least one ballistic armor plate and/or at least one functional means consisting of a sight and/or of a secondary weapon.
An aluminum alloy sheet, comprising Cu 0.40-0.65 wt. %, Fe 0-0.40 wt. %, Mg 0.66-0.74 wt. %, Mn 0-0.40 wt. %, Si 0.40-0.7 wt. %, Cr 0-0.2 wt. %, Zn 0 - 0.1 wt. %, Ti 0-0.20 wt. %, Zr 0-0.2 wt%, Sc 0-0.2 wt.% and V 0-0.2 wt%, with trace element impurities 0.10 wt. % maximum, remainder Al.
A rib for an aircraft wing, said rib comprising a pair of opposing outer skins (11a, 11b), the opposing outer skins (11a, 11b) spaced apart along an axis perpendicular to the plane of the rib so as to define an internal space there-between, said rib further comprising a plurality of internal reinforcement members extending across the space and connecting the pair of opposing outer skins (11a, 11b), wherein an internal reinforcement member has a stepped or tapered cross-section such that a portion of the reinforcement member between the opposing outer skins has a smaller cross-section than portions adjacent to the opposing outer skins.
A power generator comprising: a container having a top plate containing an array of oxygen limiting pinholes and valve openings, the container further comprising a chamber to hold a chemical hydride fuel; a fuel cell membrane electrode assembly supported within the container between the top plate and the chamber positioned to receive oxygen at a cathode of the fuel cell membrane electrode assembly from the pinholes and hydrogen at an anode of the fuel cell membrane electrode assembly from the chamber; and a valve assembly (450, 455, 460) comprising a flexible valve membrane having valve plates positioned to open and close the valve openings in the top plate to regulate additional flow of oxygen to the cathode of the fuel cell membrane electrode assembly via the valve assembly (450, 455, 460) responsive to hydrogen pressure in the chamber. a container having a top plate containing an array of oxygen limiting pinholes and valve openings, the container further comprising a chamber to hold a chemical hydride fuel; a fuel cell membrane electrode assembly supported within the container between the top plate and the chamber positioned to receive oxygen at a cathode of the fuel cell membrane electrode assembly from the pinholes and hydrogen at an anode of the fuel cell membrane electrode assembly from the chamber; and a valve assembly (450, 455, 460) comprising a flexible valve membrane having valve plates positioned to open and close the valve openings in the top plate to regulate additional flow of oxygen to the cathode of the fuel cell membrane electrode assembly via the valve assembly (450, 455, 460) responsive to hydrogen pressure in the chamber.
A brace bar (500, 700), comprising: a first brace bar plate (501, 701) and a second brace plate (502, 702) characterised by: said first brace plate (501, 701) including a first aperture (503, 703) and a first notch (505, 705); and said second brace bar plate (502, 702) having a second aperture (504, 704) and a second notch (506, 706); wherein the first aperture (503, 703) and the second notch (506, 706) are configured to couple to a first flow conduit, and the second aperture (504, 704) and the first notch (505, 705) are configured to couple to a second flow conduit. a first brace bar plate (501, 701) and a second brace plate (502, 702) characterised by: said first brace plate (501, 701) including a first aperture (503, 703) and a first notch (505, 705); and said second brace bar plate (502, 702) having a second aperture (504, 704) and a second notch (506, 706); wherein the first aperture (503, 703) and the second notch (506, 706) are configured to couple to a first flow conduit, and the second aperture (504, 704) and the first notch (505, 705) are configured to couple to a second flow conduit. said first brace plate (501, 701) including a first aperture (503, 703) and a first notch (505, 705); and said second brace bar plate (502, 702) having a second aperture (504, 704) and a second notch (506, 706); wherein the first aperture (503, 703) and the second notch (506, 706) are configured to couple to a first flow conduit, and the second aperture (504, 704) and the first notch (505, 705) are configured to couple to a second flow conduit.
A pharmaceutical product, characterized in that it consists of β2-microglobulin or of a functional variant of that protein presenting at least 70% identity with the human β2-microglobulin protein, as active ingredient, in a pharmaceutically acceptable carrier, wherein said pharmaceutically acceptable carrier is a liposome.
A wireless communication method, applied to a terminal device and comprising: receiving a configuration update command message from a network device, wherein the configuration update command message is used to instruct the terminal device to release a non-access stratum NAS signaling connection with the network device and initiate a mobile registration update procedure (S 110); and if a mobility management back-off timer is running at a reception occasion of the configuration update command message, stopping the mobility management back-off timer, wherein after stop of the mobility management back-off timer and release of the NAS signaling connection, initiating the mobile registration update procedure, wherein the mobility management back-off timer is a timer added by a core network device in a rejection or release message when the core network device, being overloaded or performing congestion control, rejects a NAS request message from the terminal device. receiving a configuration update command message from a network device, wherein the configuration update command message is used to instruct the terminal device to release a non-access stratum NAS signaling connection with the network device and initiate a mobile registration update procedure (S 110); and if a mobility management back-off timer is running at a reception occasion of the configuration update command message, stopping the mobility management back-off timer, wherein after stop of the mobility management back-off timer and release of the NAS signaling connection, initiating the mobile registration update procedure, wherein the mobility management back-off timer is a timer added by a core network device in a rejection or release message when the core network device, being overloaded or performing congestion control, rejects a NAS request message from the terminal device.
White calcium aluminate cement characterised in that it contains at least 90 % by weight of monocalcium aluminate, has an A/C value in the range of 1.75 to 2.0, a fineness according to Blaine in the range of 3500 to 6000 cm 2 /g, a slope n in the range of 1.1 to 1.5 and a location parameter x' of 8 - 20 μm in an RRSB particle size grid according to DIN 66145.
A sealed pouch for dispensing material, said sealed pouch having a length L and a width W, said sealed pouch comprising a front sheet and a back sheet, said sealed pouch having a first side edge, a second side edge, a front edge and a back edge, said first side edge and said front edge forming a first corner, said second side edge and said front edge forming a second corner, said front sheet and said back sheet being secured together along said first side edge by a first side seal, along said second side edge by a second side seal and along said front edge by a front seal, said first side seal having a width W 1ss, said second side seal having a width W 2ss, said front seal having a width W fs, said front sheet and said back sheet being further secured together by a first corner seal and by a second corner seal, said first corner seal extending from a position along the first side edge to a position along the front edge, said second corner seal extending from a position along the second side edge to a position along the front edge, said first corner seal having a width W 1cs, said second corner seal having a width W 2cs, said first corner seal forming a first edge of an evacuation funnel and said second corner seal forming a second edge of said evacuation funnel, and wherein said second corner seal extends to a position along the front edge located at a distance D W2cs from said second side edge; the sealed pouch being further provided with a first slit line and with a second slit line, said first slit line being oriented parallel or substantially parallel with said front edge at a position along the length L of said sealed pouch located between said first corner seal and said front seal and said first slit line having a start position and an end position along the width W of said sealed pouch, characterized in that said start position of said first slit line is located in said first side seal at a distance D 1 from one of the edges of said first side seal, said distance D 1 ranging between 5% and 95% of said width W 1ss of said first side seal, in that said end position of said first slit line is located in said first corner seal at a distance D 2 from one of the edges of said first corner seal as measured along the first slit line, said distance D 2 ranging between 5 % and 95 % of the width W 1cs of said first corner seal; in that said second slit line is not parallel oriented with said front edge and has a start position and an end position located in said front seal, in that said start position of said second slit line is located at a position along the width W of said sealed pouch at a distance from said second side edge ranging between D W2cs + 1⁄2·W 2cs and D W2cs, and in that said end position of said second slit line is located at a position along the width W of said sealed pouch at a distance from said second side edge ranging between D W2cs and D W2cs - 2·W 2cs.
A non-transitory machine-readable storage medium encoded with instructions executable by a hardware processor of a computing component, the machine-readable storage medium comprising instructions to cause the hardware processor to: identify a plurality of APs of an external wireless network operating on a same channel as a deployed AP of a deployed wireless network; select as a subset of the plurality of APs of the external wireless network those APs of the external wireless network based on expected interference; group the APs of the subset of the plurality of APs by a basic service set, BSS, color used by each of the plurality of identified APs of the external wireless network to form AP BSS color groups; calculate an airtime utilization for each AP color group; and select a BSS color using the calculated airtime utilization and assigning the selected BSS color for use by the deployed AP of the deployed wireless network. identify a plurality of APs of an external wireless network operating on a same channel as a deployed AP of a deployed wireless network; select as a subset of the plurality of APs of the external wireless network those APs of the external wireless network based on expected interference; group the APs of the subset of the plurality of APs by a basic service set, BSS, color used by each of the plurality of identified APs of the external wireless network to form AP BSS color groups; calculate an airtime utilization for each AP color group; and select a BSS color using the calculated airtime utilization and assigning the selected BSS color for use by the deployed AP of the deployed wireless network.
A computer-aided method of analysing medical images (510; 10), the method comprising the steps of: receiving one or more medical images (510; 10); using one or more trained machine learning models to analyse said one or more medical images (510; 10) to determine one or more characteristics; generating output data based on the determined one or more characteristics; receiving input data from a first user relating to manually determined characteristics of the one or more medical images (510; 10); and determining a degree of similarity of the determined one or more characteristics and the manually determined characteristics; wherein if the degree of similarity is below a predetermined threshold an output is produced to trigger a further analysis of the one or more medical images (510; 10), characterised in that the method instructs the further analysis to be performed by an independent second user. receiving one or more medical images (510; 10); using one or more trained machine learning models to analyse said one or more medical images (510; 10) to determine one or more characteristics; generating output data based on the determined one or more characteristics; receiving input data from a first user relating to manually determined characteristics of the one or more medical images (510; 10); and determining a degree of similarity of the determined one or more characteristics and the manually determined characteristics; wherein if the degree of similarity is below a predetermined threshold an output is produced to trigger a further analysis of the one or more medical images (510; 10), characterised in that the method instructs the further analysis to be performed by an independent second user.
Generator set for generating an alternating current, comprising a primary power unit, an alternator rotationally coupled to the primary power unit, which is configured to convert a primary power provided by the primary power unit into an electric power, and a connectable secondary power unit which is configured in such a way that the generated power of the alternator is increased by connecting the secondary power unit, wherein the secondary power unit comprises an electric motor and a secondary energy storage contacted with the electric motor, wherein the electric motor is rotationally coupled to an input shaft of the alternator, wherein the primary power unit comprises a speed controller and the secondary power unit comprises a speed controller, characterized in that the speed controller of the secondary power unit is input with a set rotation speed which is below the set rotation speed of the primary power unit. a connectable secondary power unit which is configured in such a way that the generated power of the alternator is increased by connecting the secondary power unit, wherein the secondary power unit comprises an electric motor and a secondary energy storage contacted with the electric motor, wherein the electric motor is rotationally coupled to an input shaft of the alternator, wherein the primary power unit comprises a speed controller and the secondary power unit comprises a speed controller, characterized in that the speed controller of the secondary power unit is input with a set rotation speed which is below the set rotation speed of the primary power unit.
A light-shielding shrink film for packaging, comprising a light-shielding resin layer, a concealing resin layer provided to conceal the color of the light-shielding resin layer, and transparent resin layers provided as both outer layers, characterized in that the resin in the layers of the light-shielding shrink film for packaging is olefinic resin, the light-shielding shrink film for packaging has a thickness of 10 to 30 μm, and that the concealing resin layer is a resin composition containing a 25 to 70 weight% of white pigment and has a thickness of 2.4 to 8.0 μm, wherein the shrink film comprises a white pigment-containing white resin layer, and is a laminate in order of transparent resin layer/concealing resin layer/light-shielding resin layer/white resin layer/transparent resin layer.
A process for the production of a liquid coffee concentrate with a pH of 4.8 to 6 comprising the steps of a) subjecting roasted, ground coffee to one or more extraction steps with water resulting in a coffee extract, b) separating the coffee extract, either by fractionation during the extraction step(s) in a) or by aroma recovery after step a) resulting in a high aromatic coffee extract and a low aromatic coffee extract, c) subjecting at least 50% of the low aromatic coffee extract to a heat treatment of at least 120°C at a holding time for at most 30 minutes, d) concentrating at least the treated low aromatic coffee extract, e) combining at least the concentrated low aromatic coffee extract with the high aromatic coffee extract, thereby obtaining a liquid coffee concentrate. a) subjecting roasted, ground coffee to one or more extraction steps with water resulting in a coffee extract, b) separating the coffee extract, either by fractionation during the extraction step(s) in a) or by aroma recovery after step a) resulting in a high aromatic coffee extract and a low aromatic coffee extract, c) subjecting at least 50% of the low aromatic coffee extract to a heat treatment of at least 120°C at a holding time for at most 30 minutes, d) concentrating at least the treated low aromatic coffee extract, e) combining at least the concentrated low aromatic coffee extract with the high aromatic coffee extract,