mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: identifying , at an access point -AP- , one or more conditions for one or both of disabling or enabling uplink -UL- transmissions of a request-to-send/clear-to-send -RTS/CTS- protocol at a station -STA- associated with the AP , wherein identifying the one or more conditions comprises identifying a packet type for which to disable the UL transmissions of the RTS/CTS protocol at the STA ; and transmitting a configuration message to the STA , the configuration message including configuration information indicating the one or more conditions that includes the packet type. identifying , at an access point -AP- , one or more conditions for one or both of disabling or enabling uplink -UL- transmissions of a request-to-send/clear-to-send -RTS/CTS- protocol at a station -STA- associated with the AP , wherein identifying the one or more conditions comprises identifying a packet type for which to disable the UL transmissions of the RTS/CTS protocol at the STA ; and transmitting a configuration message to the STA , the configuration message including configuration information indicating the one or more conditions that includes the packet type.
An effective amount of a wound healing caspase-3 activator for use in treating a skin wound in a local manner in a subject, wherein said effective amount of said caspase-3 is capable of increasing activity of Yes associated protein 1 (YAP) above a predetermined level as compared to a wounded area of a subject non-treated by said caspase-3 activator.
An apparatus for detecting electromagnetic radiation or signals emitted by a plasma comprising a sensor unit, the sensor unit comprising a first sensing unit, wherein the first sensing unit comprises: a first sensor (208; 411; 1011a) for detecting electromagnetic radiation or signals an electromagnetic barrier wherein the electromagnetic barrier is configured to surround the first sensor to prevent ambient electromagnetic radiation or signals from reaching the first sensor; a first port through which electromagnetic radiation or signals can pass, the first port being configured for coupling to a port of a plasma chamber (208; 1001) such that electromagnetic radiation or signals emitted from the plasma can reach the first sensor; and a first output coupled with a balun and a dual coaxial system whereby, in use, a signal sensed is grounded and a phase reversed version of the signal is grounded. a first sensor (208; 411; 1011a) for detecting electromagnetic radiation or signals an electromagnetic barrier wherein the electromagnetic barrier is configured to surround the first sensor to prevent ambient electromagnetic radiation or signals from reaching the first sensor; a first port through which electromagnetic radiation or signals can pass, the first port being configured for coupling to a port of a plasma chamber (208; 1001) such that electromagnetic radiation or signals emitted from the plasma can reach the first sensor; and a first output coupled with a balun and a dual coaxial system whereby, in use, a signal sensed is grounded and a phase reversed version of the signal is grounded.
Clamping device for a solar module , wherein the clamping device has or forms at least a first receiving portion for receiving an edge portion of the solar module , wherein the first receiving portion has at least a first side wall portion and an additional side wall portion for constructing a receiving region , wherein the first receiving portion is constructed in an integral manner, wherein the elasticity modulus of a material of the first receiving portion is greater than the elasticity modulus of rubber, wherein the clamping device has or forms a securing portion for securing to a carrier structure , wherein the securing portion has a contact portion for support on the carrier structure , wherein at least one spacer element which is constructed as a raised region is arranged at a lower side of the additional side wall portion in order to ensure a minimum spacing between the additional side wall portion and a carrier structure , wherein, in a non-deformed state of the additional side wall portion , a contact portion of the spacer element is arranged below the contact portion of the securing portion , characterized in that the contact portion of the securing portion is arranged along a vertical axis (z) with a predetermined spacing from an inner end portion of the additional side wall portion , wherein a connection portion is arranged between the inner end portion and the contact portion of the securing portion , wherein the inner end portion is an end portion opposite the free end portion of the additional side wall portion , wherein the vertical axis (z) is orientated parallel to a surface normal of an upper or lower side of a solar module when the latter is received in the receiving portion of the clamping device.
An earphone configured to provide an acoustic output to an ear of a wearer and further configured to be arranged on the wearer's head in an operating position such that a front chamber between the head and the earphone is separated from ambient space , the earphone comprising: a housing comprising a housing wall separating a rear chamber from ambient space , the housing wall including an end wall , an opposite dividing wall separating the rear chamber from the front chamber and a side wall connecting the end wall and the dividing wall , a diaphragm suspended across an opening in the dividing wall and configured to be actively driven to provide the acoustic output, a vent structure fluidly connecting the rear chamber and ambient space through the housing wall , wherein the vent structure comprising - a longitudinal recess in the housing wall, which recess is defined by a bottom wall and recess walls extending from the bottom wall to the end wall of the housing wall , - a recess opening in the recess , which recess opening connects the recess and the rear chamber , - a mesh device arranged parallel with the bottom wall , whereby a longitudinal recess cavity is provided between the bottom wall and the mesh structure , the earphone characterized in that the mesh device comprises at least two different mesh parts having different acoustic permeability. a housing comprising a housing wall separating a rear chamber from ambient space , the housing wall including an end wall , an opposite dividing wall separating the rear chamber from the front chamber and a side wall connecting the end wall and the dividing wall , a diaphragm suspended across an opening in the dividing wall and configured to be actively driven to provide the acoustic output, a vent structure fluidly connecting the rear chamber and ambient space through the housing wall , wherein the vent structure comprising - a longitudinal recess in the housing wall, which recess is defined by a bottom wall and recess walls extending from the bottom wall to the end wall of the housing wall , - a recess opening in the recess , which recess opening connects the recess and the rear chamber , - a mesh device arranged parallel with the bottom wall , whereby a longitudinal recess cavity is provided between the bottom wall and the mesh structure , the earphone characterized in that - a longitudinal recess in the housing wall, which recess is defined by a bottom wall and recess walls extending from the bottom wall to the end wall of the housing wall , - a recess opening in the recess , which recess opening connects the recess and the rear chamber , - a mesh device arranged parallel with the bottom wall , whereby a longitudinal recess cavity is provided between the bottom wall and the mesh structure , the earphone characterized in that the mesh device comprises at least two different mesh parts having different acoustic permeability.
BIOCIDAL MIXTURE, characterized in that - it comprises hop extract and phenylpropanol; and - the ratio between the contents of (i) beta-acids contained in the hop extract, and (ii) phenylpropanol ranges from 1:66 to 1:112. - it comprises hop extract and phenylpropanol; and - the ratio between the contents of (i) beta-acids contained in the hop extract, and (ii) phenylpropanol ranges from 1:66 to 1:112. (i) beta-acids contained in the hop extract, and (ii) phenylpropanol
A carriage comprising: a housing able to be slidably mounted on a track , a platform on which can rest an object to be cut by a cutting device mounted on the track , a stop able to stop the object relative to the cutting device while the object rests on the platform , and configured to be set in either a deployed position or a retracted position, wherein in said deployed position, the stop protrudes from the platform , so as to stop the object relative to the cutting device while the object rests on the platform , and wherein in said retracted position, the stop is retracted in the platform and is prevented to stop the object, wherein the platform is movable relative to the housing in a range of positions comprising: a raised position, and a lowered position wherein the platform is closer to the track than in the raised position, when the housing is slidably mounted on the track , and characterized in that the carriage further comprises a ratchet able to be set in an engaged configuration and in a disengaged configuration, wherein the ratchet allows the platform to be moved from the lowered position to the raised position and prevents the platform to be moved from the raised position to the lowered position. a housing able to be slidably mounted on a track , a platform on which can rest an object to be cut by a cutting device mounted on the track , a stop able to stop the object relative to the cutting device while the object rests on the platform , and configured to be set in either a deployed position or a retracted position, wherein in said deployed position, the stop protrudes from the platform , so as to stop the object relative to the cutting device while the object rests on the platform , and wherein in said retracted position, the stop is retracted in the platform and is prevented to stop the object, wherein the platform is movable relative to the housing in a range of positions comprising: a raised position, and a lowered position wherein the platform is closer to the track than in the raised position, when the housing is slidably mounted on the track , and characterized in that the carriage further comprises a ratchet able to be set in an engaged configuration and in a disengaged configuration, wherein the ratchet allows the platform to be moved from the lowered position to the raised position and prevents the platform to be moved from the raised position to the lowered position. a raised position, and a lowered position wherein the platform is closer to the track than in the raised position, when the housing is slidably mounted on the track , and characterized in that the carriage further comprises a ratchet able to be set in an engaged configuration and in a disengaged configuration, wherein the ratchet allows the platform to be moved from the lowered position to the raised position and prevents the platform to be moved from the raised position to the lowered position.
An elevator system comprising an installation bracket which is fixed in the region of the door-side shaft wall (6.1), wherein guide rails for guiding an elevator cab arranged in an elevator shaft can be fixed or are fixed on the installation bracket , wherein the installation bracket can be fixed or is fixed by means of at least one story fixing section (31.1, 31.2) for fixing the installation bracket , wherein this story fixing section (31.1, 31.2) can be fixed or is fixed to a horizontal surface of the story floor (10.1, 10.2, 10.3, 10.4), wherein the installation bracket comprises a crossmember forming the at least one story fixing section (31.1, 31.2) and two side members (36.1, 36.2) preferably running at right angles to the crossmember , wherein a first of the side members (36.1) is arranged at a first end of the crossmember and the second of the side members (36.2) is arranged at a second end of the crossmember (36.2) and the crossmember is arranged or can be arranged substantially within the story floor (10.1, 10.2, 10.3, 10.4).
A method for collaborative editing of an electronic model of an engineering object within a design space, the method comprising: displaying a feature tree for an engineering object, the feature tree comprising a plurality of nodes that correspond to editable features of the engineering object; displaying a locking icon that enables a user to select and lock a selected feature, for editing by a specified user, via the feature tree, the locking icon adjacent to a node in the feature tree that corresponds to the selected feature; enabling the specified user to edit the selected feature; blocking access from other users to the selected feature; displaying a releasing icon that enables the user or the specified user to release the selected feature; and providing a collaborative interface for editing the electronic model, the collaborative interface displaying information comprising user names, names of regions currently being edited by users, and communication channel icons representing communication channels currently available for communication with the users, wherein the communication channel icons are selectable by the user to initiate communication over the corresponding communication channels. displaying a feature tree for an engineering object, the feature tree comprising a plurality of nodes that correspond to editable features of the engineering object; displaying a locking icon that enables a user to select and lock a selected feature, for editing by a specified user, via the feature tree, the locking icon adjacent to a node in the feature tree that corresponds to the selected feature; enabling the specified user to edit the selected feature; blocking access from other users to the selected feature; displaying a releasing icon that enables the user or the specified user to release the selected feature; and providing a collaborative interface for editing the electronic model, the collaborative interface displaying information comprising user names, names of regions currently being edited by users, and communication channel icons representing communication channels currently available for communication with the users, wherein the communication channel icons are selectable by the user to initiate communication over the corresponding communication channels.
A mobile terminal comprising: a transceiver which, in operation, is adapted to measure a signal quality of a plurality of beams of each of at least two cells; circuitry which, in operation, is configured in one of at least a normal- or a high-mobility state, and is adapted to: - determine a cell quality for each of the at least two cells based on the respective measured signal qualities of the plurality of beams; and - select or reselect a cell from the at least two cells for camping thereon based on a cell selection or reselection criterion using the determined cell qualities; the mobile terminal characterised in that : the cell quality is determined for each one of the at least two cells as a sum of the measured signal quality of the beam with the best signal quality and a combined beam quality value combining measured signal quality for the other of the plurality of beams, and wherein the combined beam quality value is scaled with a scaling factor which changes depending on the mobility state such that the combined beam quality value is scaled-up in the high-mobility state and scaled-down in the normal-mobility state. a transceiver which, in operation, is adapted to measure a signal quality of a plurality of beams of each of at least two cells; circuitry which, in operation, is configured in one of at least a normal- or a high-mobility state, and is adapted to: - determine a cell quality for each of the at least two cells based on the respective measured signal qualities of the plurality of beams; and - select or reselect a cell from the at least two cells for camping thereon based on a cell selection or reselection criterion using the determined cell qualities; - determine a cell quality for each of the at least two cells based on the respective measured signal qualities of the plurality of beams; and - select or reselect a cell from the at least two cells for camping thereon based on a cell selection or reselection criterion using the determined cell qualities; the mobile terminal characterised in that : the cell quality is determined for each one of the at least two cells as a sum of the measured signal quality of the beam with the best signal quality and a combined beam quality value combining measured signal quality for the other of the plurality of beams, and wherein the combined beam quality value is scaled with a scaling factor which changes depending on the mobility state such that the combined beam quality value is scaled-up in the high-mobility state and scaled-down in the normal-mobility state.
Antenna system for a georadar, comprising two plate like antenna devices, where said two antenna devices comprise at least one sender antenna and at least one receiver antenna , where said antennas in each antenna device comprise monopoles formed by applying to metal surfaces an electrically insulating plate base located on the underside of a layer of a first radar absorbent material , where the top side of said first radar absorbent material layer is covered by a metallic ground plane , said antenna devices are arranged to lay down towards the ground , where said ground planes are not connected electrically to each other characterized in that a second layer of radar absorbent material is arranged on the top side of the ground plane opposite to the first radar absorbent material.
Method for transporting energy and for storing energy, comprising the following method steps: - converting solar, wind and/or biogas energy into electrical energy or using overproduction of electrical energy from nuclear power stations, - using the electrical energy for producing an energy carrier in the form of pure lithium in elementary form, - transforming the energy carrier into a transportable or storable form, the transportable form taking the form of solid bulk units such that there is as little surface area as possible for air and water to act on, - transporting the energy carrier as lithium in the form of solid bulk units or transporting it in the form of a lithium hydride that is transported in a solid form or in the form of solar-thermally melted lithium pumped in liquid form, storage of the energy carrier in the solidified form and finally - releasing the stored energy by reaction with water or oxygen. - converting solar, wind and/or biogas energy into electrical energy or using overproduction of electrical energy from nuclear power stations, - using the electrical energy for producing an energy carrier in the form of pure lithium in elementary form, - transforming the energy carrier into a transportable or storable form, the transportable form taking the form of solid bulk units such that there is as little surface area as possible for air and water to act on, - transporting the energy carrier as lithium in the form of solid bulk units or transporting it in the form of a lithium hydride that is transported in a solid form or in the form of solar-thermally melted lithium pumped in liquid form, storage of the energy carrier in the solidified form and finally - releasing the stored energy by reaction with water or oxygen.
A boiler comprising: a water pipe ; a heat generation body ; a container in which the water pipe and the heat generation body are provided; wherein the heat generation body is a reactant configured such that metal nanoparticles made of hydrogen storing metals are provided on a surface, and a hydrogen atom is stored in the metal nanoparticles to generate excess heat under a situation where hydrogen-based gas is supplied into the container , the boiler further comprising: as a path for circulating the hydrogen-based gas, a circulation path including, as part thereof, the inside of the container ; characterized in that the boiler further comprises a heater configured to heat the reactant ; wherein the water pipe is configured to be heated by heat generated by the heat generation body under environment where the inside of the container is filled with the hydrogen-based gas, and the water pipe forms an entire periphery of a cylindrical side wall of the container . a water pipe ; a heat generation body ; a container in which the water pipe and the heat generation body are provided; wherein the heat generation body is a reactant configured such that metal nanoparticles made of hydrogen storing metals are provided on a surface, and a hydrogen atom is stored in the metal nanoparticles to generate excess heat under a situation where hydrogen-based gas is supplied into the container , the boiler further comprising: as a path for circulating the hydrogen-based gas, a circulation path including, as part thereof, the inside of the container ; characterized in that the boiler further comprises a heater configured to heat the reactant ; wherein the water pipe is configured to be heated by heat generated by the heat generation body under environment where the inside of the container is filled with the hydrogen-based gas, and the water pipe forms an entire periphery of a cylindrical side wall of the container . as a path for circulating the hydrogen-based gas, a circulation path including, as part thereof, the inside of the container ; characterized in that the boiler further comprises a heater configured to heat the reactant ; wherein the water pipe is configured to be heated by heat generated by the heat generation body under environment where the inside of the container is filled with the hydrogen-based gas, and the water pipe forms an entire periphery of a cylindrical side wall of the container .
A medical fluid drainage device for drainage of edematous tissues comprising: - at least one pumping element , having an inlet and an outlet, - at least one outlet member having at least one lumen, connected directly or indirectly to the outlet of said pumping element and connecting said pumping element, in use, to a body cavity or to a vessel or to a subcutaneous area, and - at least one inlet member connected to said inlet of said pumping element and providing fluidic connection , in use, between said edematous tissue and said pumping element, and characterized in that the inlet member comprises at least two inlet lumens having different lengths and running in parallel in said inlet member to be connected in parallel to said inlet of said pumping element, each of said lumens contains at least one fluid access region , wherein each fluid access region being adapted to allow simultaneous edematous fluid entry from distinct regions of said edematous tissue located at different distances from the pumping member, wherein the values of hydraulic resistance of each inlet lumen, in the tract preceding each fluid access region, for the same fluid, have a maximum difference of 30%. - at least one pumping element , having an inlet and an outlet, - at least one outlet member having at least one lumen, connected directly or indirectly to the outlet of said pumping element and connecting said pumping element, in use, to a body cavity or to a vessel or to a subcutaneous area, and - at least one inlet member connected to said inlet of said pumping element and providing fluidic connection , in use, between said edematous tissue and said pumping element, and characterized in that the inlet member comprises at least two inlet lumens having different lengths and running in parallel in said inlet member to be connected in parallel to said inlet of said pumping element, each of said lumens contains at least one fluid access region , wherein each fluid access region being adapted to allow simultaneous edematous fluid entry from distinct regions of said edematous tissue located at different distances from the pumping member, wherein the values of hydraulic resistance of each inlet lumen, in the tract preceding each fluid access region, for the same fluid, have a maximum difference of 30%.