mhurhangee/patent-ind-claim-en huggingface dataset:
A device for storage of energy, in particular cooling energy, equipped with a tank, preferably a circulating pump and a heat exchanger, said heat exchanger comprises at least one cold accumulator located in the tank, supplied in terms of refrigeration with a cold liquid refrigerant which is a carrier of the cold, wherein the refrigerant is an aqueous glycol solution or brine or alcohol or a solution thereof, wherein the tank comprises at least one cold accumulator, each bounded by a mantle in the form of a spatial solid made of a thermal conductor, which spatial solid is filled with water and an air or vacuum buffer supplementary up to 100% of said filling, wherein the mantled of multiplied cold accumulators are preferably inseparably and at a distance connected to the tank and to each other, and the distance between the mantles of adjacent cold accumulators preferably ranges from 2mm to 150mm, wherein the tank is filled with the liquid refrigerant as a cold carrier, which refrigerant surrounds all the mantles of the cold accumulators in the tank, and at the same time the liquid refrigerant constitutes a freezing thermal circuit of the cold accumulators bounded by their mantles, characterised in that the mantle surrounding the cold accumulator is the first mantle of this cold accumulator , while inside the first mantle , at a distance therefrom, but preferably using a connection of at least one thermal bridge , there is at least one second mantle (6") of the same cold accumulator , the outer environment of the second mantle (6") being the cold accumulator , and the inner environment in the kind of filling of the second mantle (6") is the refrigerant supplied and discharged by the second mantle (6") from the outside of the cold accumulator , wherein the second mantle (6") has a tubular input and has a tubular output (33") connecting the second mantle (6") to the freezing thermal circuit.
A system for generating a plasma comprising: an enclosure ; one or more internal magnetic coils suspended within an interior of the enclosure and co-axial with a center axis of the enclosure ; one or more encapsulating magnetic coils co-axial with the center axis of the enclosure , the encapsulating magnetic coils having a larger diameter than the internal magnetic coils ; one or more mirror magnetic coils co-axial with the center axis of the enclosure ; one or more magnetic reconnection coils co-axial with the center axis of the enclosure ; and a power source configured to pulse the one or more magnetic reconnection coils with a current, wherein the one or more magnetic reconnection coils when pulsed by the power source, are disposed to reconfigure one or more magnetic fields within the enclosure; and wherein the one or more magnetic reconnection coils comprise access ports that are configured to maintain the one or more magnetic reconnection coils at an axial midpoint of a surface of the enclosure . an enclosure ; one or more internal magnetic coils suspended within an interior of the enclosure and co-axial with a center axis of the enclosure ; one or more encapsulating magnetic coils co-axial with the center axis of the enclosure , the encapsulating magnetic coils having a larger diameter than the internal magnetic coils ; one or more mirror magnetic coils co-axial with the center axis of the enclosure ; one or more magnetic reconnection coils co-axial with the center axis of the enclosure ; and a power source configured to pulse the one or more magnetic reconnection coils with a current, wherein the one or more magnetic reconnection coils when pulsed by the power source, are disposed to reconfigure one or more magnetic fields within the enclosure; and wherein the one or more magnetic reconnection coils comprise access ports that are configured to maintain the one or more magnetic reconnection coils at an axial midpoint of a surface of the enclosure .
A device for stimulating one or more sensory fibers of at least one nerve, comprising an earpiece comprising a housing molded substantially to fit within the external ear canal of a subject; and a vibratory motor ; characterised in that : wherein the vibratory motor is embedded within the earpiece housing or is coupled to the earpiece housing to transmit vibrational energy to the outer wall of the housing; wherein the housing is further molded to contact the concha of a subject's ear and molded such that the device is capable of stimulating one or more sensory fibers of at least one nerve selected from the group consisting of cranial nerve 5, cranial nerve 7, cranial nerve 9, cranial nerve 10, spinal nerve C2 and spinal nerve C3; wherein the device further comprises a vibrating rod having a substantially flat plate and an elongated arm, wherein the plate is in contact with the vibratory motor and the elongated arm extends away from the vibratory motor . wherein the vibratory motor is embedded within the earpiece housing or is coupled to the earpiece housing to transmit vibrational energy to the outer wall of the housing; wherein the housing is further molded to contact the concha of a subject's ear and molded such that the device is capable of stimulating one or more sensory fibers of at least one nerve selected from the group consisting of cranial nerve 5, cranial nerve 7, cranial nerve 9, cranial nerve 10, spinal nerve C2 and spinal nerve C3; wherein the device further comprises a vibrating rod having a substantially flat plate and an elongated arm, wherein the plate is in contact with the vibratory motor and the elongated arm extends away from the vibratory motor .
A system including a motor case , an inverter case and a terminal block being interposed between the motor case and the inverter case and configured to electrically connect a motor input terminal to an inverter output terminal, the terminal block comprises: an upper base and a lower base , wherein the upper base configured to accommodate an inverter side connecting terminal connected to the inverter output terminal is fixed to the inverter case ; and the lower base configured to accommodate a motor side connecting terminal connected to the motor input terminal is fixed to the motor case ; characterized in that a waterproof and elastic member is interposed between the upper base and the lower base to separate the upper base from the lower base , and the motor side connecting terminal is electrically connected to the inverter side connecting terminal by a flexible conductive member , wherein the waterproof and elastic member includes a cylindrical part, a top of the lower base is inserted into an internal opening of the cylindrical part, and the cylindrical part into which the top of the lower base is inserted is inserted into a cylindrical part of a lower portion of the upper base . an upper base and a lower base , wherein the upper base configured to accommodate an inverter side connecting terminal connected to the inverter output terminal is fixed to the inverter case ; and the lower base configured to accommodate a motor side connecting terminal connected to the motor input terminal is fixed to the motor case ; characterized in that a waterproof and elastic member is interposed between the upper base and the lower base to separate the upper base from the lower base , and the motor side connecting terminal is electrically connected to the inverter side connecting terminal by a flexible conductive member , wherein the waterproof and elastic member includes a cylindrical part, a top of the lower base is inserted into an internal opening of the cylindrical part, and the cylindrical part into which the top of the lower base is inserted is inserted into a cylindrical part of a lower portion of the upper base .
A system for adjusting friction between a wheel of a railway vehicle and a rail portion of a railway infrastructure, the system comprising: a first member including a first surface ; and a second member including a second surface in contact with the first surface and configured to move while in contact with the first member , wherein the first member includes a plurality of first hardened portions hardened by performing a heat treatment on the first surface , wherein the plurality of first hardened portions are disposed to be spaced the same distance from each other on the first surface, the system being characterized in that a distance between the plurality of first hardened portions on the first surface is greater than a length of a contact patch (P), which is an instant contact area between the first member and the second member , or in that . a distance between the plurality of first hardened portions on the first surface is less than a length of a contact patch (P), which is an instant contact area between the first member and the second member . a first member including a first surface ; and a second member including a second surface in contact with the first surface and configured to move while in contact with the first member , wherein the first member includes a plurality of first hardened portions hardened by performing a heat treatment on the first surface , wherein the plurality of first hardened portions are disposed to be spaced the same distance from each other on the first surface, the system being characterized in that a distance between the plurality of first hardened portions on the first surface is greater than a length of a contact patch (P), which is an instant contact area between the first member and the second member , or in that . a distance between the plurality of first hardened portions on the first surface is less than a length of a contact patch (P), which is an instant contact area between the first member and the second member .
A projected capacitance touchscreen device comprising a pressure sensing assembly , the pressure sensing assembly comprising: a biasing electrode layer ; a sensing electrode layer comprising a plurality of conductive traces , wherein each trace comprises one or more sensing pads ; a piezoelectric layer provided between the biasing electrode layer and the sensing electrode layer, wherein the piezoelectric layer acts as a dielectric; a detection circuit operatively connected to the plurality of conductive traces of the sensing electrode layer and comprising a pressure sensing circuit and a capacitive sensing circuit , wherein the detection circuit is switchable between a first mode and a second mode such that only one of the pressure sensing circuit and the capacitive sensing circuit is operatively coupled to a conductive trace of the plurality of conductive traces at any one time, wherein: in the first mode the capacitive sensing circuit is configured to detect a change in capacitance at the conductive trace, and in the second mode the pressure sensing circuit is configured to detect a voltage induced across the piezoelectric layer, between the biasing electrode layer and the conductive trace; wherein the detection circuit is configured to determine the location of an applied force based on the detected changes in capacitance and the magnitude of an applied force based on the detected changes in induced voltages. a biasing electrode layer ; a sensing electrode layer comprising a plurality of conductive traces , wherein each trace comprises one or more sensing pads ; a piezoelectric layer provided between the biasing electrode layer and the sensing electrode layer, wherein the piezoelectric layer acts as a dielectric; a detection circuit operatively connected to the plurality of conductive traces of the sensing electrode layer and comprising a pressure sensing circuit and a capacitive sensing circuit , wherein the detection circuit is switchable between a first mode and a second mode such that only one of the pressure sensing circuit and the capacitive sensing circuit is operatively coupled to a conductive trace of the plurality of conductive traces at any one time, wherein: in the first mode the capacitive sensing circuit is configured to detect a change in capacitance at the conductive trace, and in the second mode the pressure sensing circuit is configured to detect a voltage induced across the piezoelectric layer, between the biasing electrode layer and the conductive trace; in the first mode the capacitive sensing circuit is configured to detect a change in capacitance at the conductive trace, and in the second mode the pressure sensing circuit is configured to detect a voltage induced across the piezoelectric layer, between the biasing electrode layer and the conductive trace; wherein the detection circuit is configured to determine the location of an applied force based on the detected changes in capacitance and the magnitude of an applied force based on the detected changes in induced voltages.
A method comprising: receiving, by a session management function, SMF, from an access and mobility management function , a first request message indicating that the first request message is for a time sensitive network, TSN, bridge; selecting, by the SMF, based on the first request message, a user plane function, UPF, that supports TSN functionality; and sending, by the SMF to the UPF, a second request message to configure the UPF for the TSN bridge, the second request message comprising: an identifier of the TSN bridge; and an identifier of a port associated with TSN packet transmission. receiving, by a session management function, SMF, from an access and mobility management function , a first request message indicating that the first request message is for a time sensitive network, TSN, bridge; selecting, by the SMF, based on the first request message, a user plane function, UPF, that supports TSN functionality; and sending, by the SMF to the UPF, a second request message to configure the UPF for the TSN bridge, the second request message comprising: an identifier of the TSN bridge; and an identifier of a port associated with TSN packet transmission. an identifier of the TSN bridge; and an identifier of a port associated with TSN packet transmission.
A fluid delivery assembly comprising: a fluid supply manifold ; an injector comprising a feed arm extending from an inlet fitting to a nozzle body opposite the inlet fitting , wherein the nozzle body includes a spray outlet in fluid communication with the inlet fitting for issuing a spray of fluid supplied at the inlet fitting , wherein the inlet fitting of the feed arm includes a receptacle therein for receiving said fluid supply manifold inside the inlet fitting of the feed arm , wherein an outlet end of the fluid supply manifold is engaged within the receptacle of the feed arm ; characterized in that the assembly further comprises a threaded nut disposed about the fluid supply manifold , wherein the outlet end of the fluid supply manifold defines an enlargement configured to prevent relative axial movement of the threaded nut beyond the outlet end of the fluid supply manifold , and wherein the receptacle of the feed arm includes internal threads threaded to corresponding external threads of the threaded nut for securing the outlet end of the fluid supply manifold in the receptacle . a fluid supply manifold ; an injector comprising a feed arm extending from an inlet fitting to a nozzle body opposite the inlet fitting , wherein the nozzle body includes a spray outlet in fluid communication with the inlet fitting for issuing a spray of fluid supplied at the inlet fitting , wherein the inlet fitting of the feed arm includes a receptacle therein for receiving said fluid supply manifold inside the inlet fitting of the feed arm , wherein an outlet end of the fluid supply manifold is engaged within the receptacle of the feed arm ; characterized in that the assembly further comprises a threaded nut disposed about the fluid supply manifold , wherein the outlet end of the fluid supply manifold defines an enlargement configured to prevent relative axial movement of the threaded nut beyond the outlet end of the fluid supply manifold , and wherein the receptacle of the feed arm includes internal threads threaded to corresponding external threads of the threaded nut for securing the outlet end of the fluid supply manifold in the receptacle .
Belt or strap equipped with means adapted to keep a free end (1a 20a, 30a) of the belt or strap adherent to a body of a person who wears the belt or strap, wherein said means comprise a retention device adapted to hook the free end to a part of the belt which is tensioned by a buckle , the retention device comprising: • first means adapted to connect the retention device to a first part of the belt ; • second means adapted to hook the retention device to a second part of the belt ; the second means, adapted tc hook the retention device to the second part of the belt , comprise a first upper end , bent as a hook, and a second lower moving end , rotatable around a pin , which are respectively fastened to the upper and lower edges of the second part of the belt , characterized in that the first upper end is fixed and in that the lower moving end comprises a part, wherein a hole is obtained to house the pin , shaped in order to have a first and a second, mutually perpendicular surfaces and at a same distance from the axis of the pin , the surfaces and being coupled with a part of an elastic element , so that the part presses onto one or the other of the surfaces , , keeping the lower moving end in its closed or open position. • first means adapted to connect the retention device to a first part of the belt ; • second means adapted to hook the retention device to a second part of the belt ; the second means, adapted tc hook the retention device to the second part of the belt , comprise a first upper end , bent as a hook, and a second lower moving end , rotatable around a pin , which are respectively fastened to the upper and lower edges of the second part of the belt ,
A flexible display , comprising: a plurality of functional layers comprising a display layer having a display component, a plurality of bonding layers (150, 430, 450, 620,) comprising a bonding component, each of the plurality of bonding layers is disposed between two adjacent functional layers, and a stiff layer having an elastic modulus greater than an elastic modulus of each of the plurality of functional layers to adjust a position of a neutral plane of the flexible display within the display layer , wherein at least one of the bonding layers comprising an interlocking device comprising a first interlocking component and a second interlocking component engaging with the first interlocking component, wherein the interlocking device further comprises an optical coupler between the first interlocking component and the second interlocking component, wherein the optical coupler has a refractive index having an absolute difference less than or equal to 0.05 from a refractive index of the interlocking device. a plurality of functional layers comprising a display layer having a display component, a plurality of bonding layers (150, 430, 450, 620,) comprising a bonding component, each of the plurality of bonding layers is disposed between two adjacent functional layers, and a stiff layer having an elastic modulus greater than an elastic modulus of each of the plurality of functional layers to adjust a position of a neutral plane of the flexible display within the display layer , wherein at least one of the bonding layers comprising an interlocking device comprising a first interlocking component and a second interlocking component engaging with the first interlocking component, wherein the interlocking device further comprises an optical coupler between the first interlocking component and the second interlocking component, wherein the optical coupler has a refractive index having an absolute difference less than or equal to 0.05 from a refractive index of the interlocking device.
A mechanical toy comprising: a body portion and an operating handle , the operating handle being connectable to and disconnectable from the body portion ; the operating handle comprising a switch mechanism operably connected to a moveable shaft , the switch mechanism comprising a sleeve located coaxial about a portion of the moveable shaft in an abutting relation, the moveable shaft being operable to rotate between a first position and a second position under the operation of the switch mechanism , and wherein the sleeve is operable in use to move linearly, the linear motion of the sleeve actuating rotational movement in the shaft ; the body portion comprising a gear mechanism operably connectable to the moveable shaft and operable in use to rotate upon movement of the moveable shaft between the first position and the second position; the body portion further comprising at least one moveable limb operably connected to the gear mechanism , at least part of the limb being configured to move in use upon rotation of the gear mechanism , wherein the at least one moveable limb or part thereof is rotatable about a primary pivot point , the primary pivot point being defined by the axis of at least one gear of the gear mechanism and wherein the at least one moveable limb comprises two or more connected portions which are rotatable, in use with respect to one another about a secondary pivot point . a body portion and an operating handle , the operating handle being connectable to and disconnectable from the body portion ; the operating handle comprising a switch mechanism operably connected to a moveable shaft , the switch mechanism comprising a sleeve located coaxial about a portion of the moveable shaft in an abutting relation, the moveable shaft being operable to rotate between a first position and a second position under the operation of the switch mechanism , and wherein the sleeve is operable in use to move linearly, the linear motion of the sleeve actuating rotational movement in the shaft ; the body portion comprising a gear mechanism operably connectable to the moveable shaft and operable in use to rotate upon movement of the moveable shaft between the first position and the second position; the body portion further comprising at least one moveable limb operably connected to the gear mechanism , at least part of the limb being configured to move in use upon rotation of the gear mechanism , wherein the at least one moveable limb or part thereof is rotatable about a primary pivot point , the primary pivot point being defined by the axis of at least one gear of the gear mechanism and wherein the at least one moveable limb comprises two or more connected portions which are rotatable, in use with respect to one another about a secondary pivot point .