mhurhangee/patent-ind-claim-en huggingface dataset:
A device , comprising: a polymer comprising a ferroelectric and quantum dots disposed in the ferroelectric; at least one solar cell configured to receive light through the polymer and to convert the light into electrical energy; a battery configured to be charged with the electrical energy, and at least one electric potential generating layer disposed on the polymer, the at least one electric potential generating layer configured to generate a potential around the quantum dots in the ferroelectric which shifts a light absorption wavelength of the quantum dots such that light absorption efficiency is increased. a polymer comprising a ferroelectric and quantum dots disposed in the ferroelectric; at least one solar cell configured to receive light through the polymer and to convert the light into electrical energy; a battery configured to be charged with the electrical energy, and at least one electric potential generating layer disposed on the polymer, the at least one electric potential generating layer configured to generate a potential around the quantum dots in the ferroelectric which shifts a light absorption wavelength of the quantum dots such that light absorption efficiency is increased.
Polyesters obtained from internal epoxides that are derived from internal olefins comprising 10 to 24 carbon atoms, or from diols that are derived from that internal epoxides, and saturated linear aliphatic dicarboxylic acids comprising 5 to 13 carbon atoms, wherein the polyesters are characterized by a melting point of equal to or below -15°C.
Use of a putty having a binder component, containing one or more epoxy resins, and a hardener component, including one or more NH-group-containing compounds, in mechanical processing methods comprising the steps (a) dosing the components, (b) mixing the components until a mass is obtained, and (c) applying the mass to an undercoat, characterised in that the composition for producing the putty contains 0.1 to 15 wt.-% of synthetic hollow bodies based on the total quantity of the composition.
A gland assembly including: a gland member ; a second gland member ; and a holding device received within the gland member , the gland assembly configured to apply a gripping force to an elongate member extending through the gland assembly in response to a torque applied to the gland member , the gland member and the second gland member being engageable by means of mating screw threads , the gland member and second gland member comprising a through bore in which an elongate member is received, the through bore having an inner surface , the inner surface including an urging surface configured to urge the holding device towards the elongate member as the screw threads are engaged and tightened in response to rotation of the gland member relative to the second gland member such that a gripping force is applied to the elongate member , wherein the holding device includes gripping means and a support member, the gripping means comprising a hub and one or more fingers extending from the hub, one or more of said one or more fingers having ridges on an inner surface , arranged to contact the elongate member in use, wherein the ridges are angled in the opposite direction to a linear force pulling the elongate member out of the gland member such that they engage the surface of the elongate member in response to the linear force, and oppose the linear force, increasing the gripping force on the elongate member in response to the linear force, and wherein the hub is rotatable relative to the support member and the gland member is rotatable relative to the gripping means. a gland member ; a second gland member ; and a holding device received within the gland member , the gland assembly configured to apply a gripping force to an elongate member extending through the gland assembly in response to a torque applied to the gland member , the gland member and the second gland member being engageable by means of mating screw threads , the gland member and second gland member comprising a through bore in which an elongate member is received, the through bore having an inner surface , the inner surface including an urging surface configured to urge the holding device towards the elongate member as the screw threads are engaged and tightened in response to rotation of the gland member relative to the second gland member such that a gripping force is applied to the elongate member , wherein the holding device includes gripping means and a support member, the gripping means comprising a hub and one or more fingers extending from the hub, one or more of said one or more fingers having ridges on an inner surface , arranged to contact the elongate member in use, wherein the ridges are angled in the opposite direction to a linear force pulling the elongate member out of the gland member such that they engage the surface of the elongate member in response to the linear force, and oppose the linear force, increasing the gripping force on the elongate member in response to the linear force, and wherein the hub is rotatable relative to the support member and the gland member is rotatable relative to the gripping means.
A cooling device comprising: a cooling unit; and a control unit programmed to control operation of the cooling unit in order to cool one or more sebaceous glands within a local region for a period of time and to a temperature below 15° C to disrupt function of the one or more sebaceous glands; and wherein the control unit is programmed to control operation of the cooling unit to: cool the one of more sebaceous glands for a first period of time; characterised in that the control unit is further programmed to control operation of the cooling unit to: actively or passively warm the one or more sebaceous glands, in order to maintain subcutaneous adipose tissue in the temperature range above 25° C, by one of: a. actuation of an energy source to introduce energy into the local region; b. controlling the cooling unit to actively raise the temperature of the cooling unit; c. suspending or reducing operation of the cooling unit; d. a plurality of cooling-warming cycles; and cool the one or more sebaceous glands for a second period of time. a cooling unit; and a control unit programmed to control operation of the cooling unit in order to cool one or more sebaceous glands within a local region for a period of time and to a temperature below 15° C to disrupt function of the one or more sebaceous glands; and wherein the control unit is programmed to control operation of the cooling unit to: cool the one of more sebaceous glands for a first period of time; characterised in that the control unit is further programmed to control operation of the cooling unit to: cool the one of more sebaceous glands for a first period of time; characterised in that the control unit is further programmed to control operation of the cooling unit to: actively or passively warm the one or more sebaceous glands, in order to maintain subcutaneous adipose tissue in the temperature range above 25° C, by one of: a. actuation of an energy source to introduce energy into the local region; b. controlling the cooling unit to actively raise the temperature of the cooling unit; c. suspending or reducing operation of the cooling unit; d. a plurality of cooling-warming cycles; and cool the one or more sebaceous glands for a second period of time. a. actuation of an energy source to introduce energy into the local region; b. controlling the cooling unit to actively raise the temperature of the cooling unit; c. suspending or reducing operation of the cooling unit; d. a plurality of cooling-warming cycles; and cool the one or more sebaceous glands for a second period of time.
A composition comprising tannic acid for use in the treatment of infections with coronavirus SARS-CoV-2, characterized in that it further comprises zinc gluconate, wherein a mass ratio of the tannic acid to the zinc gluconate is 1:0.05 to 1:50.
A razor handle comprising: a main body ; and a head at one end of said main body , said head comprising one or more inner bearing surfaces for pivotally engaging with a razor cartridge and one or more protrusions disposed on said one or more inner bearing surfaces , characterized in that said head comprises at least one shell bearing comprising: an inner surface defining one of said one or more inner bearing surfaces ; one of said one or more protrusions disposed on said one inner bearing surface , wherein said one protrusion defines an inner bearing stop ; an outer surface defining an outer bearing surface ; and at least one outer stop disposed on said outer bearing surface . a main body ; and a head at one end of said main body , said head comprising one or more inner bearing surfaces for pivotally engaging with a razor cartridge and one or more protrusions disposed on said one or more inner bearing surfaces , characterized in that said head comprises at least one shell bearing comprising: an inner surface defining one of said one or more inner bearing surfaces ; one of said one or more protrusions disposed on said one inner bearing surface , wherein said one protrusion defines an inner bearing stop ; an outer surface defining an outer bearing surface ; and at least one outer stop disposed on said outer bearing surface . an inner surface defining one of said one or more inner bearing surfaces ; one of said one or more protrusions disposed on said one inner bearing surface , wherein said one protrusion defines an inner bearing stop ; an outer surface defining an outer bearing surface ; and at least one outer stop disposed on said outer bearing surface .
A wheeled transport device comprising: - at least one castor , which comprises a wheel , and - a brake system , which comprises a contact member , which comprises at least one opening , which is defined by an edge , wherein the contact member is configured to be manipulated between: ∘ an applied state, in which the edge is in contact with the wheel , and ∘ a released state, in which the edge is not in contact with the wheel , wherein - the brake system comprises a release mechanism , which is configured to selectively manipulate the brake system to the released state, characterized in that - the release mechanism is connected to the contact member via a motion converter such that the motion converter allows the contact member to be manipulated between the applied state and the released state and wherein the motion converter is configured to rotate and cause the contact member , which is a planar surface, to be manipulated between the applied state and the released state. - at least one castor , which comprises a wheel , and - a brake system , which comprises a contact member , which comprises at least one opening , which is defined by an edge , wherein the contact member is configured to be manipulated between: ∘ an applied state, in which the edge is in contact with the wheel , and ∘ a released state, in which the edge is not in contact with the wheel , wherein ∘ an applied state, in which the edge is in contact with the wheel , and ∘ a released state, in which the edge is not in contact with the wheel , - the brake system comprises a release mechanism , which is configured to selectively manipulate the brake system to the released state, - the release mechanism is connected to the contact member via a motion converter such that the motion converter allows the contact member to be manipulated between the applied state and the released state and wherein the motion converter is configured to rotate and cause the contact member , which is a planar surface, to be manipulated between the applied state and the released state.
A multirotor wind turbine comprising a tower , two or more energy generating units , a load carrying structure comprising first and second arms extending from the tower , the energy generating units being carried by the arms , a yaw arrangement allowing the load carrying structure to rotate relative to the tower , and a logistics system, the logistics system comprising: - a transport system interconnecting a lower interior part of the tower with each of the energy generating units , thereby allowing equipment to be transported between the lower interior part of the tower and each energy generating unit , and - a plurality of transport containers being connectable to the transport system and being configured to hold equipment to be transported, wherein the yaw arrangement comprises an outer wall part forming a closed ring extending circumferentially about an outer surface of the tower , thereby forming a space between the tower and the outer wall part , the outer wall part and the outer surface of the tower being rotatable relative to each other, wherein the yaw arrangement defines a passage from an interior part of the tower to an interior part of the arms through the space , and wherein the transport system extends through the yaw arrangement via the passage. - a transport system interconnecting a lower interior part of the tower with each of the energy generating units , thereby allowing equipment to be transported between the lower interior part of the tower and each energy generating unit , and - a plurality of transport containers being connectable to the transport system and being configured to hold equipment to be transported,
A radio frequency (RF) amplifier, comprising: a transistor with a control terminal and first and second current carrying terminals; a shunt circuit coupled between the first current carrying terminal and a ground reference node, wherein the shunt circuit includes a first shunt inductor , a second shunt inductor , and a shunt capacitor coupled in series, wherein the second shunt inductor and the shunt capacitor form a series resonant circuit in proximity to a center operating frequency of the amplifier, wherein an RF cold point node is present between the first and second shunt inductors; and an envelope frequency termination circuit coupled between the RF cold point node and the ground reference node wherein the envelope frequency termination circuit comprises: an envelope inductor , an envelope resistor , and an envelope capacitor coupled in series between the RF cold point node and the ground reference node. a transistor with a control terminal and first and second current carrying terminals; a shunt circuit coupled between the first current carrying terminal and a ground reference node, wherein the shunt circuit includes a first shunt inductor , a second shunt inductor , and a shunt capacitor coupled in series, wherein the second shunt inductor and the shunt capacitor form a series resonant circuit in proximity to a center operating frequency of the amplifier, wherein an RF cold point node is present between the first and second shunt inductors; and an envelope frequency termination circuit coupled between the RF cold point node and the ground reference node wherein the envelope frequency termination circuit comprises: an envelope inductor , an envelope resistor , and an envelope capacitor coupled in series between the RF cold point node and the ground reference node.
A processor of a user equipment, UE, configured to perform operations comprising: receiving a system information block, SIB, from a base station ; and transmitting an indication of a reduced capability, redcap, device type to the base station during a random access procedure, wherein the indication is associated with a UE configuration comprising one or more UE complexity reduction features, characterized in that frequency hopping for physical uplink control channel, PUCCH, transmissions and physical uplink shared channel, PUSCH, transmissions is disabled during the random access procedure for the redcap device type. receiving a system information block, SIB, from a base station ; and transmitting an indication of a reduced capability, redcap, device type to the base station during a random access procedure, wherein the indication is associated with a UE configuration comprising one or more UE complexity reduction features, characterized in that frequency hopping for physical uplink control channel, PUCCH, transmissions and physical uplink shared channel, PUSCH, transmissions is disabled during the random access procedure for the redcap device type.
Method for filling tanks with pressurized gas, notably pressurized hydrogen, via a filling station comprising several containers for storing gas under pressure and a fluidic circuit for transferring the gas from the containers to the tanks by pressure equalizing, the circuit comprising a first end to which the containers are connected in parallel, and a second end equipped with a transfer pipe intended to be connected removably to the tank(s) for filling, the circuit comprising, arranged in series between the first end and the second end, a first isolation valve , a flow or pressure regulating member , and a second isolation valve , the method comprising a filling of a first tank , characterized in that , at the end of the filling of the first tank and before the filling of a second tank, the first and the second isolation valves are closed in order to trap a reserve of gas under pressure in the circuit between these two valves , and in that the reserve of gas is used to re-fill at least one of the containers .
A personal device to be worn at the body of a user , comprising: an interface for wireless data exchange with an external device ; at least one sensor for sensing a parameter indicative of a proximity of the personal device to the user; a loss detection unit for determining, by regularly analyzing signals received from the at least one sensor, whether the personal device is presently worn by the user or not; a control unit for controlling operation of the personal device in a regular mode as long as the loss detection unit determines that the personal device is worn by the user and in a loss mode as long as the loss detection unit determines that the personal device is no longer worn by the user, wherein the wireless interface is directed to transmit, to the external device, in the regular mode a non-traceable device address which is resolvable only to devices that have previously been authenticated by the personal device and to transmit, to the external device, in the loss mode a traceable public device address which is traceable due to the propagation of public address information contained in the wireless frames of a wireless communication protocol by any other device using the same wireless communication protocol. an interface for wireless data exchange with an external device ; at least one sensor for sensing a parameter indicative of a proximity of the personal device to the user; a loss detection unit for determining, by regularly analyzing signals received from the at least one sensor, whether the personal device is presently worn by the user or not; a control unit for controlling operation of the personal device in a regular mode as long as the loss detection unit determines that the personal device is worn by the user and in a loss mode as long as the loss detection unit determines that the personal device is no longer worn by the user, wherein the wireless interface is directed to transmit, to the external device, in the regular mode a non-traceable device address which is resolvable only to devices that have previously been authenticated by the personal device and to transmit, to the external device, in the loss mode a traceable public device address which is traceable due to the propagation of public address information contained in the wireless frames of a wireless communication protocol by any other device using the same wireless communication protocol.
A reverse-input blocking clutch , comprising:a pressed member having a pressed surface around an inner peripheral surface thereof;an input member having an input-side engaging portion arranged on an inner side in a radial direction of the pressed surface , and coaxially arranged with the pressed surface ;an output member having an output-side engaging portion on the inner side in the radial direction of the pressed surface arranged further on the inner side in the radial direction of the input-side engaging portion, and coaxially arranged with the pressed surface ;an engaging element having a main engaging element body and a link member , and arranged on the inner side in the radial direction of the pressed surface so as to be able to move in a first direction as a direction away from or toward the pressed surface ;and an elastic body arranged between the main engaging element body and the link member , and applying an elastic force (F1, F2) to the link member in a direction toward the pressed surface in the first direction;the main engaging element body having a pressing surface facing the pressed surface , a pivot-supporting portion located on a side nearer to the pressed surface than the input-side engaging portion in the first direction, and an output-side engaged portion engaging with the output-side engaging portion ;the link member having a first end portion pivotally linked to the pivot-supporting portion, and a second end portion pivotally linked to the input-side engaging portion;the second end portion having an input-side engaged portion into which the input-side engaging portion can be loosely inserted, and in a neutral state in which rotational torque is not inputted to either the input member or the output member , an inner surface of the input-side engaged portion being pressed against an outer surface of the input-side engaging portion by elastic force (F1, F2) of the elastic body ;the engaging element , by the pivot-supporting portion being pulled by the input-side engaging portion through the link member when a rotational torque is inputted to the input member , displacing so as to move away from the pressed surface , and by causing the output-side engaged portion to engage with the output-side engaging portion , transmitting the rotational torque inputted to the input member to the output member ;and when rotational torque is reversely inputted to the output member , by pressing the pressing surface against the pressed surface due to engagement between the output-side engaging portion and the output-side engaged portion , causing the pressing surface to frictionally engage with the pressed surface .