mhurhangee/ep-ind-claims huggingface dataset:
A probe for atomic force microscope comprising: - an optomechanical resonator coupled to optical means configured to emit an incident light-beam towards said resonator and to receive an emerging light-beam from said resonator and - a probe tip extending along an axis, said resonator comprising a resonant body of planar structure which extends along a plane and from which said probe tip protrudes directly into the plane of said resonant body, said resonant body being adapted to resonate both on a volume mechanical vibration mode and on a volume optical vibration mode, said probe tip being disposed in correspondence of a point of maximum amplitude of said volume mechanical vibration mode, the optical means comprising a waveguide disposed in the plane of said resonant body at a predetermined distance from said resonant body and substantially perpendicular to the axis of the probe tip such that a mechanical deformation of said resonant body according to said volume mechanical vibration mode induces a modification of the state of light transmission of said volume optical vibration mode, modifying the emerging light-beam. - an optomechanical resonator coupled to optical means configured to emit an incident light-beam towards said resonator and to receive an emerging light-beam from said resonator and - a probe tip extending along an axis, said resonator comprising a resonant body of planar structure which extends along a plane and from which said probe tip protrudes directly into the plane of said resonant body, said resonant body being adapted to resonate both on a volume mechanical vibration mode and on a volume optical vibration mode, said probe tip being disposed in correspondence of a point of maximum amplitude of said volume mechanical vibration mode, the optical means comprising a waveguide disposed in the plane of said resonant body at a predetermined distance from said resonant body and substantially perpendicular to the axis of the probe tip such that a mechanical deformation of said resonant body according to said volume mechanical vibration mode induces a modification of the state of light transmission of said volume optical vibration mode, modifying the emerging light-beam.
A method for handover of a user equipment in cell based networks, preferably in a femtocell network, comprising a user equipment, at least two base stations (MBS, FBS; MBS, RNB), wherein each base station is assigned to a cell, wherein coverage areas of at least two neighbouring cells are at least partly overlapping and wherein the user equipment is connected to one of the base stations (FBS, RNB), preferably in form of a femtocell base station, and wherein the at least two base stations (MBS, FBS; MBS, RNB) are each connected via a backhaul connection (C2, C4, C10, C11) to a core network device (PGW, FGW), located in a core network, the method comprising the steps of a) Detecting a deterioration of a predetermined connection quality for an application in the backhaul connection on the network connection path (C01, C02, C12, C11, C20, C30; C10, C11) between the user equipment and the core network device via the connected base station (FBS, RNB), b) Providing backhaul connection information about at least one alternative base station providing at least the predetermined connection quality on its backhaul connection (C2, C4, C10, C11) for the application, c1) Blacklisting the connected base station (FBS, RNB) on the user equipment, c2) Providing a removing condition when to remove the connected base station (FBS, RNB) from the blacklist, d1) Requesting a handover of the user equipment from the connected base station (FBS, RNB) to the alternative base station, d2) Handover of the user equipment to the alternative base station if request according to step d1) is accepted, e) Handing back the user equipment to the previously connected base station (FBS, RNB) if the removing condition according to step c2) is fulfilled. a) Detecting a deterioration of a predetermined connection quality for an application in the backhaul connection on the network connection path (C01, C02, C12, C11, C20, C30; C10, C11) between the user equipment and the core network device via the connected base station (FBS, RNB), b) Providing backhaul connection information about at least one alternative base station providing at least the predetermined connection quality on its backhaul connection (C2, C4, C10, C11) for the application, c1) Blacklisting the connected base station (FBS, RNB) on the user equipment, c2) Providing a removing condition when to remove the connected base station (FBS, RNB) from the blacklist, d1) Requesting a handover of the user equipment from the connected base station (FBS, RNB) to the alternative base station, d2) Handover of the user equipment to the alternative base station if request according to step d1) is accepted, e) Handing back the user equipment to the previously connected base station (FBS, RNB) if the removing condition according to step c2) is fulfilled.
A laser and infrared photon acupuncture instrument output head, wherein the output head includes a front housing, a middle housing and a rear housing sequentially connected, and the output head also includes therein an infrared printed circuit board assembly disposed at the front end thereof and a laser PCB assembly disposed at the rear end thereof, a heat sink being provided between the infrared PCB assembly and the laser PCB assembly; further including a thermistor at the front end of the output head.
A computer-implemented method for registering a client device to receive notifications, the computer-implemented method performing the following steps: receiving by a computer system a notification registration request from the client device; generating by the computer system, in response to receiving the notification registration request, a registration secret which includes identification information that uniquely identifies the client device; sending by the computer system the generated registration secret including the information that uniquely identifies the client device to a notification service; receiving by the computer system a first hash value from the client device, the first hash value being generated by the client device based on the identification information that uniquely identifies the client device, included within the generated registration secret; computing by the computer system a second hash value (106, 107) based on the identification information that uniquely identifies the client device, included within the registration secret received from the client device to determine whether the second hash value matches the first hash value; and upon determining that the second hash value matches the first hash value, an act of registering (110, 111) the client device to receive notifications from the notification service. receiving by a computer system a notification registration request from the client device; generating by the computer system, in response to receiving the notification registration request, a registration secret which includes identification information that uniquely identifies the client device; sending by the computer system the generated registration secret including the information that uniquely identifies the client device to a notification service; receiving by the computer system a first hash value from the client device, the first hash value being generated by the client device based on the identification information that uniquely identifies the client device, included within the generated registration secret; computing by the computer system a second hash value (106, 107) based on the identification information that uniquely identifies the client device, included within the registration secret received from the client device to determine whether the second hash value matches the first hash value; and upon determining that the second hash value matches the first hash value, an act of registering (110, 111) the client device to receive notifications from the notification service.
An in vitro method of assessing the sensitivity of a subject having a renal cancer to an inhibitor of a tyrosine kinase receptor, for treating renal cancer, which method comprises a step a) of determining, in a biological sample from said subject, the protein expression level of CXCL5, and, when the CXCL5 protein expression level is determined, a step b) of comparing said CXCL5 protein expression level to a CXCL5 reference protein expression level, thereby assessing whether the subject having ccRCC is sensitive or resistant to the inhibitor of a tyrosine kinase receptor, wherein the biological sample is selected from a blood sample, a serum sample, a plasma sample, wherein CXCL5 protein expression level above said reference protein expression level is indicative of a sensitivity of the subject to the inhibitor of a tyrosine kinase receptor.
A surgical laser system (100; 200; 300; 400) comprising: a pump module configured to produce pump energy within an operating wavelength; a gain medium configured to convert the pump energy into first laser energy; a non-linear crystal configured to convert a portion of the first laser energy into second laser energy, which is a harmonic of the first laser energy; an output; a path diversion assembly (145, 156; 202; 302) having a first operating mode, in which the first laser energy is directed along an output path to the output and the second laser energy diverted from the output path and the output, and a second operating mode, in which the second laser energy is directed along the output path to the output, and the first laser energy is diverted from the output path and the output; a waveguide optically coupled to the output; a delivery device at a distal end of the waveguide and configured to discharge the first or second laser energy to targeted tissue of a patient; and characterised by a resonator path extending through the gain medium and the NLC; wherein the first and second laser energies are directed along the resonator path when the path diversion assembly (145, 156; 202; 302) is in the second operating mode. a pump module configured to produce pump energy within an operating wavelength; a gain medium configured to convert the pump energy into first laser energy; a non-linear crystal configured to convert a portion of the first laser energy into second laser energy, which is a harmonic of the first laser energy; an output; a path diversion assembly (145, 156; 202; 302) having a first operating mode, in which the first laser energy is directed along an output path to the output and the second laser energy diverted from the output path and the output, and a second operating mode, in which the second laser energy is directed along the output path to the output, and the first laser energy is diverted from the output path and the output; a waveguide optically coupled to the output; a delivery device at a distal end of the waveguide and configured to discharge the first or second laser energy to targeted tissue of a patient; and characterised by a resonator path extending through the gain medium and the NLC; wherein the first and second laser energies are directed along the resonator path when the path diversion assembly (145, 156; 202; 302) is in the second operating mode.
A composite reinforcement insert including: - a strand formed by a centre fibre of ceramic material surrounded by filaments of metal alloy helically wound around the centre fibre, - a metal reinforcement layer covering the strand. - a strand formed by a centre fibre of ceramic material surrounded by filaments of metal alloy helically wound around the centre fibre, - a metal reinforcement layer covering the strand.
A control valve for controlling a flow of refrigerant in a variable displacement compressor, the control valve being housed within and assembled into a mounting hole from a tip side thereof, the mounting hole being formed in a housing of the compressor, the control valve comprising: a body having a plurality of ports (10, 12, 14) through which the refrigerant is introduced or delivered, a refrigerant passage through which the refrigerant is made to pass, and a valve hole formed in the refrigerant passage; a valve element for opening and closing a valve section, the valve element being arranged in such a manner as to move toward and away from the valve hole; a solenoid that generates a force with which to drive the valve element in a valve closing direction in accordance with an amount of current supplied, the solenoid being arranged in a rear end side of the body; a first seal ring, made of resin, which restricts an external leakage of refrigerant by way of a gap between the body and the mounting hole, the first seal ring being assembled in such a manner as to be placed around the body; and a second seal ring, made of resin, which restricts entry of moisture by way of a gap between the solenoid and the mounting hole, the second seal ring being assembled in such a manner as to be placed around the solenoid; characterised by a pressure response part that lowers a sealing power of the second seal ring and releases a pressure (Pp) to outside air, when the pressure (Pp) of a space between the first seal ring and the second seal ring in the mounting hole is greater than or equal to a preset pressure. a body having a plurality of ports (10, 12, 14) through which the refrigerant is introduced or delivered, a refrigerant passage through which the refrigerant is made to pass, and a valve hole formed in the refrigerant passage; a valve element for opening and closing a valve section, the valve element being arranged in such a manner as to move toward and away from the valve hole; a solenoid that generates a force with which to drive the valve element in a valve closing direction in accordance with an amount of current supplied, the solenoid being arranged in a rear end side of the body; a first seal ring, made of resin, which restricts an external leakage of refrigerant by way of a gap between the body and the mounting hole, the first seal ring being assembled in such a manner as to be placed around the body; and a second seal ring, made of resin, which restricts entry of moisture by way of a gap between the solenoid and the mounting hole, the second seal ring being assembled in such a manner as to be placed around the solenoid; characterised by
A method for managing flow aggregation and routing of data packets for a multi-connectivity client device, wherein the multi-connectivity client device includes a client communication engine and supports multiple different flow aggregation and routing protocols, the method comprising the client communication engine performing the steps of establishing connection with a network communication engine based on connection parameters, wherein the network communication engine manages a multi-access bearer proxy, wherein the proxy handles uplink and downlink data packet routing of the client device, and wherein the proxy supports one or more flow aggregation and routing protocols; transmitting communication capabilities of the client device to the network communication engine and receiving communication capabilities of the proxy from the network communication engine through a predefined communication protocol; and determining in conjunction with said network communication engine based on the exchanged communication capabilities a set of communication standards for managing flow aggregation and routing of data packets; wherein said determining includes determining the flow aggregation and routing protocols which are common to (i) the multiple different flow aggregation and routing protocols supported by the client connection engine, and (ii) the one or more flow aggregation and routing protocols supported by the proxy, and selecting for the set of communication standards at least one common flow aggregation and routing protocol; characterised by the set of communication standards further including a configuration mode which defines a combination of selected available access and core networks to be utilized by the multi-connectivity client device for communicating with a target terminal. establishing connection with a network communication engine based on connection parameters, wherein the network communication engine manages a multi-access bearer proxy, wherein the proxy handles uplink and downlink data packet routing of the client device, and wherein the proxy supports one or more flow aggregation and routing protocols; transmitting communication capabilities of the client device to the network communication engine and receiving communication capabilities of the proxy from the network communication engine through a predefined communication protocol; and determining in conjunction with said network communication engine based on the exchanged communication capabilities a set of communication standards for managing flow aggregation and routing of data packets; wherein said determining includes determining the flow aggregation and routing protocols which are common to (i) the multiple different flow aggregation and routing protocols supported by the client connection engine, and (ii) the one or more flow aggregation and routing protocols supported by the proxy, and selecting for the set of communication standards at least one common flow aggregation and routing protocol;
An ancillary system for a motor vehicle, the system comprising: a housing; a duct for carrying a fluid to or from the housing, wherein the duct comprises a duct portion and a connector portion connecting the duct to the housing, wherein the duct portion is spaced apart from the housing in a first direction (D 100); and a spacer (130, 600), the spacer being coupled to one of the duct and the housing and arranged between the duct and the housing to reduce a dimension of a gap between the duct and the housing in the first direction, and thereby reduce a maximum possible displacement of the duct in the first direction during a collision, wherein the spacer comprises an abutment face (132, 622) arranged to abut the other of the duct and the housing when the duct is displaced in the first direction, wherein the abutment face is angled relative to the first direction so as to encourage the duct to be displaced in a direction with a component perpendicular to the first direction during the collision. a housing; a duct for carrying a fluid to or from the housing, wherein the duct comprises a duct portion and a connector portion connecting the duct to the housing, wherein the duct portion is spaced apart from the housing in a first direction (D 100); and a spacer (130, 600), the spacer being coupled to one of the duct and the housing and arranged between the duct and the housing to reduce a dimension of a gap between the duct and the housing in the first direction, and thereby reduce a maximum possible displacement of the duct in the first direction during a collision, wherein the spacer comprises an abutment face (132, 622) arranged to abut the other of the duct and the housing when the duct is displaced in the first direction, wherein the abutment face is angled relative to the first direction so as to encourage the duct to be displaced in a direction with a component perpendicular to the first direction during the collision.
Method for hydrostatic support of work rolls for the rolling of metallic strips in a rolling mill with support shells pressed on over the length of the work rolls, characterised in that a single-phase, water-based cooling lubricant mixed with water-soluble deformation additives is forced into the support shells so as to thereby undertake a horizontal hydrostatic and/or hydrodynamic supporting of the work rolls from a respective side or two sides over the support shells, wherein the water-based single-phase cooling lubricant is used for roll and strip cooling as well as rolling gap lubrication and has a viscosity of > 8 cSt (measured at a temperature of 40° C) and the water-based single-phase cooling lubricant for rolling gap lubrication is applied at a higher temperature to the rolling gap than the water-based single-phase cooling lubricant for support of the work rolls over the support shells.
Auricular support designed to support an audio device behind the auricle, said support comprising an arm with a substantially hook-shaped central arm portion for hooking the retroauricular groove between the ear and the skull, and a first straight and rigid arm end which extends said central arm portion to form an end of the arm and which is designed to support the audio device against the inner face of the auricle, the arm comprising an S-shaped, elastically deformable second arm end which is suitable for being secured to the outer face of the auricle, characterized in that said second arm end extends said central arm portion to form an arm end and extends obliquely relative to a plane in which the central arm portion extends, and in that said second arm end and said central arm portion substantially form a helical arm section with each other.
A pharmaceutical formulation for oral administration for preventing or treating allergic rhinitis or asthma, which comprises: (a) a first particle part comprising levocetirizine or a pharmaceutically acceptable salt thereof and an organic acid; and (b) a second particle part comprising montelukast or a pharmaceutically acceptable salt thereof, wherein said first or second particle part is in the form of mini tablet; and said organic acid is selected from the group consisting of citric acid, tartaric acid, succinic acid, ascorbic acid, and a mixture thereof. (a) a first particle part comprising levocetirizine or a pharmaceutically acceptable salt thereof and an organic acid; and (b) a second particle part comprising montelukast or a pharmaceutically acceptable salt thereof,
Projection system for illuminating a projection surface, wherein the projection system contains a multiplicity of selectively drivable light sources arranged in a matrix-like fashion with in each case an assigned convex lens, such that a corresponding pixel image can be imaged on the projection surface, wherein each light source is formed from a plurality of light-emitting elements (11 to 14) and an optical integrator having an entrance opening and an exit opening, into the entrance opening of which the light of each light-emitting element (11 to 14) is coupled such that the mixed light of all the light-emitting elements (11 to 14) emerges from its exit opening, and comprising an imaging optical unit, which projects the light emerging from the exit opening of each integrator onto the projection surface, wherein the respective convex lens assigned to each light source is arranged between the exit opening of each integrator and the imaging optical unit and shifts the virtual image of the entrance opening along an optical axis of the projection system such that its image generated by the imaging optical unit is not visible on the projection surface.