mhurhangee/ep-ind-claims huggingface dataset:
A battery pack with a battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a module frame that houses the battery cell stack and is opened in its one surface; and end plates that cover the open surfaces of the module frame, wherein the end plates comprise a mounting portion having a mounting hole formed therein, and wherein the mounting hole is opened at a lower surface of the end plate, and a thread is formed on an inside surface of the mounting hole, a pack frame that houses the battery module; and a bolt that passes through a through hole formed at the bottom portion of the pack frame and is coupled to the mounting hole, characterized in that the bottom portion of the pack frame comprises a mounting plate for supporting the battery module and a lower plate located under the mounting plate, and the through hole is formed in the mounting plate, and the bolt passes through the through hole of the mounting plate to be coupled to the mounting hole. a battery cell stack in which a plurality of battery cells are stacked; a module frame that houses the battery cell stack and is opened in its one surface; and end plates that cover the open surfaces of the module frame, wherein the end plates comprise a mounting portion having a mounting hole formed therein, and wherein the mounting hole is opened at a lower surface of the end plate, and a thread is formed on an inside surface of the mounting hole, a pack frame that houses the battery module; and a bolt that passes through a through hole formed at the bottom portion of the pack frame and is coupled to the mounting hole, characterized in that the bottom portion of the pack frame comprises a mounting plate for supporting the battery module and a lower plate located under the mounting plate, and the through hole is formed in the mounting plate, and the bolt passes through the through hole of the mounting plate to be coupled to the mounting hole.
A kit for viral inactivation treatment of a biological fluid, comprising at least one treatment bag suitable for containing the biological fluid and connected to at least one output bag suitable for receiving the treated biological fluid by way of tubes for transporting the biological fluid, characterised in that said kit comprises at least one bottle of solvent, at least one bottle of detergent and at least one bottle of oil, said bottles of solvent, detergent and oil being single-use and containing respectively a quantity of solvent, detergent and pre-dosed oil, the solvent and the detergent being intended to produce a mixture for treating biological fluid and the oil being intended to extract said mixture for treating the treated biological fluid, said bottles being connected respectively by tubes (64, 66, 68) for transporting the solvent, detergent and oil to said biological fluid treatment bag.
A carbonation device for carbonating liquids, in particular water or a water-based beverage, comprising water supply means, preferably a water connection for the connection to a water pipe and/or a water tank, as well as a carbonation container to which carbonating agents are assigned that can be supplied with CO 2 for carbonating liquids, a latent cold storage being assigned to the carbonation container for cooling the liquid disposed therein, comprising a, preferably synthetic, phase change material which is formed so as to use the enthalpy of a thermodynamic phase change from liquid to gas, in particular crystalline, for cold storage when a phase change temperature of over 0 °C falls below 0 °C, a flow-through heat exchanger for cooling liquids being assigned to the latent cold storage, liquids, which are to be cooled, flowing through said flow-through heat exchanger characterized in that the liquid which can flow through the flow-through heat exchanger can be conducted to an outlet while bypassing the carbonation container.
An apparatus (100, 500, 800, 1100) for cooling a skin tissue, comprising: a contact arrangement comprising a distal surface configured to make a continuous contact with a surface of the skin tissue; and a cooling arrangement, wherein the cooling arrangement is configured to cool the distal surface of the contact arrangement to a temperature of -4 degrees Celsius or colder, wherein the distal surface of the contact arrangement comprises a plurality of dimples provided therein, the plurality of dimples forming indentations within the distal surface, each of the inner surfaces of the indentations being shaped to produce a full contact of the indentations with a corresponding portion of the surface of the skin tissue when the distal surface is placed against the surface of the skin tissue, and wherein at least one of the plurality of dimples is (i) separated from another one of the plurality of dimples by a particular distance, and (ii) configured to locally deform the skin tissue to provide an increased local surface area of the skin tissue that is in contact with inner surfaces of the plurality of dimples. a contact arrangement comprising a distal surface configured to make a continuous contact with a surface of the skin tissue; and a cooling arrangement, wherein the cooling arrangement is configured to cool the distal surface of the contact arrangement to a temperature of -4 degrees Celsius or colder, wherein the distal surface of the contact arrangement comprises a plurality of dimples provided therein, the plurality of dimples forming indentations within the distal surface, each of the inner surfaces of the indentations being shaped to produce a full contact of the indentations with a corresponding portion of the surface of the skin tissue when the distal surface is placed against the surface of the skin tissue, and wherein at least one of the plurality of dimples is (i) separated from another one of the plurality of dimples by a particular distance, and (ii) configured to locally deform the skin tissue to provide an increased local surface area of the skin tissue that is in contact with inner surfaces of the plurality of dimples.
Oven cavity adapted to be used with an oven that comprises an outer housing in which the oven cavity can be mounted, wherein said oven cavity comprises two side walls and a back wall and can be closed by a front door, characterized in that the oven cavity is adapted for baking therein foodstuff based on a heating method selected from the group of resistance heating and infrared heating, and in that at least a load bearing wall section of at least one of the cavity walls (5, 6, 9, 17) is made in self-supporting configuration from at least one of a material selected from the group comprising liquid crystal polymer material, polyphenylene sulfide polymer material, polyether ether ketone material, reinforced high temperature resistant polymer material, glass fiber reinforced high temperature resistant polymer material, and polyethylene terephthalate comprising 20% glass fibers.
An apparatus for the decontamination of air, the apparatus comprising a housing having an air inlet and an air outlet with an air passage therebetween, means for directing a stream of air through the housing, the housing containing a non-thermal plasma cell, an ultraviolet emitting device and an ozone depletion catalyst, the non-thermal plasma cell comprising an anode, a dielectric and a cathode, and characterised in that the cathode is in the form of a meshed enclosure which surrounds the ultraviolet emitting device and the ozone depletion catalyst to form a reaction chamber and a Faraday cage.
A re-usable container for a substance for the preparation of a liquid beverage, particularly configured for use as a capsule for a beverage dispensing machine, the container including: - a first end portion, - a second end portion, - a shell comprised between said first end portion and second end portion (2, 4) and delimiting therewith an internal volume of the container configured for housing a substance for the preparation of a liquid beverage, wherein: - said first end portion includes one or more first apertures configured for allowing the inlet of a liquid into said internal volume, - said second end portion including a plurality of second apertures configured for allowing the outlet of a beverage that can be obtained by interaction of said liquid with a substance for the preparation of a liquid beverage within said internal volume, wherein furthermore at least one of said first end portion and second end portion is removable, the container being characterized in that each second aperture of the second end portion defined by at least one slot (18, 180, 181, 182). - a first end portion, - a second end portion, - a shell comprised between said first end portion and second end portion (2, 4) and delimiting therewith an internal volume of the container configured for housing a substance for the preparation of a liquid beverage, - said first end portion includes one or more first apertures configured for allowing the inlet of a liquid into said internal volume, - said second end portion including a plurality of second apertures configured for allowing the outlet of a beverage that can be obtained by interaction of said liquid with a substance for the preparation of a liquid beverage within said internal volume,
A 2-pack UV curable coating comprising: a first pack comprising an isocyanate; and a second pack comprising an aqueous dispersion of a second highly-branched polymer, wherein the aqueous dispersion is formed by a method comprising: reacting an acid-functional acrylic resin or styrene-acrylic resin dispersed in water with a polyepoxy-functional resin having at least two epoxy groups to produce a first highly-branched polymer; and subsequently reacting the first highly-branched polymer with a monoepoxy-functional resin to yield the aqueous dispersion of the second highly-branched and further functionalized polymer. a first pack comprising an isocyanate; and a second pack comprising an aqueous dispersion of a second highly-branched polymer, wherein the aqueous dispersion is formed by a method comprising: reacting an acid-functional acrylic resin or styrene-acrylic resin dispersed in water with a polyepoxy-functional resin having at least two epoxy groups to produce a first highly-branched polymer; and subsequently reacting the first highly-branched polymer with a monoepoxy-functional resin to yield the aqueous dispersion of the second highly-branched and further functionalized polymer. reacting an acid-functional acrylic resin or styrene-acrylic resin dispersed in water with a polyepoxy-functional resin having at least two epoxy groups to produce a first highly-branched polymer; and subsequently reacting the first highly-branched polymer with a monoepoxy-functional resin to yield the aqueous dispersion of the second highly-branched and further functionalized polymer.
A wireless terminal operative in a communications network, the terminal comprising: means for generating data representative of a number of tokens for a first packet data network based on a peak transmission rate associated with the first packet data network; means for waiting until the number of tokens for the first packet data network is sufficient to transmit a first data packet to the first packet data network; means for selecting the first data packet for transmission to the first packet data network; and means for adjusting the data representative of the number of tokens for the first packet data network based on a size of the first data packet, wherein the transmission of the first data packet uses a plurality of non-guaranteed bit rate bearers, wherein the plurality of non-guaranteed bit rate bearers are grouped into a single logical channel group consisting of only non guaranteed bit rate bearers. means for generating data representative of a number of tokens for a first packet data network based on a peak transmission rate associated with the first packet data network; means for waiting until the number of tokens for the first packet data network is sufficient to transmit a first data packet to the first packet data network; means for selecting the first data packet for transmission to the first packet data network; and means for adjusting the data representative of the number of tokens for the first packet data network based on a size of the first data packet, wherein the transmission of the first data packet uses a plurality of non-guaranteed bit rate bearers, wherein the plurality of non-guaranteed bit rate bearers are grouped into a single logical channel group consisting of only non guaranteed bit rate bearers.
A planar waveguide laser device comprising: a laser medium that is shaped like a plate and has no birefringence and a waveguide structure in a direction of a thickness of a surface thereof perpendicular to an optical axis thereof, and that generates gain for two polarized light rays which whose polarization planes are perpendicular to each other, the waveguide structure being formed by bonding a cladding to the laser medium, the cladding having a refractive index which is smaller than that of the laser medium; a nonlinear material that is placed on the optical axis of said laser medium close to said laser medium and has a waveguide structure in a direction which is same as that of the waveguide structure of said laser medium, and that performs wavelength conversion on a specific one of said two polarized light rays; and a 1/4 wavelength plate that is placed close to one of surfaces, which are perpendicular to the optical axis, of said nonlinear material, said one being opposite to a surface close to said laser medium, and that rotates, by 90 degrees, said polarized light rays coming from the nonlinear material, wherein one of the rotated polarized light rays has a polarization plane whose direction is the same as the specific one of said two polarized light rays on which the wavelength conversion is performed by the nonlinear material. a laser medium that is shaped like a plate and has no birefringence and a waveguide structure in a direction of a thickness of a surface thereof perpendicular to an optical axis thereof, and that generates gain for two polarized light rays which whose polarization planes are perpendicular to each other, the waveguide structure being formed by bonding a cladding to the laser medium, the cladding having a refractive index which is smaller than that of the laser medium; a nonlinear material that is placed on the optical axis of said laser medium close to said laser medium and has a waveguide structure in a direction which is same as that of the waveguide structure of said laser medium, and that performs wavelength conversion on a specific one of said two polarized light rays; and a 1/4 wavelength plate that is placed close to one of surfaces, which are perpendicular to the optical axis, of said nonlinear material, said one being opposite to a surface close to said laser medium, and that rotates, by 90 degrees, said polarized light rays coming from the nonlinear material, wherein one of the rotated polarized light rays has a polarization plane whose direction is the same as the specific one of said two polarized light rays on which the wavelength conversion is performed by the nonlinear material.
A computer-implemented method, comprising, at a mobile device having a baseband subsystem and an application subsystem: providing to the baseband subsystem a location-related condition from an application program of the application subsystem; and while the application subsystem is dormant: monitoring a current location of the mobile device using a baseband subsystem of the mobile device; verifying, using the baseband subsystem, that the condition is satisfied based on the current location of the mobile device; and upon verifying that the condition is satisfied, causing the application subsystem of the mobile device to switch from a dormant mode to an active mode. providing to the baseband subsystem a location-related condition from an application program of the application subsystem; and while the application subsystem is dormant: monitoring a current location of the mobile device using a baseband subsystem of the mobile device; verifying, using the baseband subsystem, that the condition is satisfied based on the current location of the mobile device; and upon verifying that the condition is satisfied, causing the application subsystem of the mobile device to switch from a dormant mode to an active mode. monitoring a current location of the mobile device using a baseband subsystem of the mobile device; verifying, using the baseband subsystem, that the condition is satisfied based on the current location of the mobile device; and upon verifying that the condition is satisfied, causing the application subsystem of the mobile device to switch from a dormant mode to an active mode.
A method for data transfer, comprising: wirelessly transmitting advertisements from a transceiver according to a normal advertising rate for a BluetoothTM low energy, BLE, module prior to establishing a first wireless connection; establishing the first wireless connection between the transceiver and a handheld device, the transceiver initially operating in a peripheral role and the handheld device operating in a central role; switching the role of both the transceiver and the handheld device in response to establishing the first wireless connection, the transceiver module switching from the peripheral role to the central role, and the handheld device from the central role to the peripheral role, advertising from the handheld device at a maximum advertising rate subsequent to switching the role thereof; and establishing a second wireless connection between the transceiver and the handheld device subsequent to the switching and operating the second wireless connection at a maximum transmission rate. wirelessly transmitting advertisements from a transceiver according to a normal advertising rate for a BluetoothTM low energy, BLE, module prior to establishing a first wireless connection; establishing the first wireless connection between the transceiver and a handheld device, the transceiver initially operating in a peripheral role and the handheld device operating in a central role; switching the role of both the transceiver and the handheld device in response to establishing the first wireless connection, the transceiver module switching from the peripheral role to the central role, and the handheld device from the central role to the peripheral role, advertising from the handheld device at a maximum advertising rate subsequent to switching the role thereof; and establishing a second wireless connection between the transceiver and the handheld device subsequent to the switching and operating the second wireless connection at a maximum transmission rate.
Method for operating an electrical power system, comprising at least one wind turbine generator and at least one other power source, the other power source being a non-wind power source, the method comprises the steps of: setting a set of technical requirements and limits for the electrical power system, including a total power reserve and at least one of: maximum electrical frequency deviation and allowable wind power electrical frequency fluctuations; distributing the total power reserve between the at least one other power source and a total wind power capacity available from the at least one wind turbine generator, and calculating in response thereto an amount of power reserve from the at least one wind turbine generator; providing settings for a wind power controller, the settings comprising the set of technical requirements and the amount of power reserve from the at least one wind turbine generator, wherein the step of determining the total power reserves, is based on: the maximum electrical frequency deviation and a system frequency activated power reserve, the maximum allowable wind power electrical frequency fluctuations and a dead band of a speed-governor of the at least one conventional plants. setting a set of technical requirements and limits for the electrical power system, including a total power reserve and at least one of: maximum electrical frequency deviation and allowable wind power electrical frequency fluctuations; distributing the total power reserve between the at least one other power source and a total wind power capacity available from the at least one wind turbine generator, and calculating in response thereto an amount of power reserve from the at least one wind turbine generator; providing settings for a wind power controller, the settings comprising the set of technical requirements and the amount of power reserve from the at least one wind turbine generator, wherein the step of determining the total power reserves, is based on: the maximum electrical frequency deviation and a system frequency activated power reserve, the maximum allowable wind power electrical frequency fluctuations and a dead band of a speed-governor of the at least one conventional plants. the maximum electrical frequency deviation and a system frequency activated power reserve, the maximum allowable wind power electrical frequency fluctuations and a dead band of a speed-governor of the at least one conventional plants.
Control method for a hand-held drilling/chiselling power tool for working a substrate by means of a drill, the hand-held power tool having a tool holder for holding a drill on a working axis, a rotary drive for turning the tool holder about the working axis and a striking mechanism for exerting impacts on the drill, comprising the step of: overlaying a periodic striking of the drill with a number of impacts and the turning of the tool holder with a rotational speed in a rotating direction, characterized by the steps of: determining by means of a sensor of the hand-held power tool a material of the substrate worked by the drill, setting the rotational speed and/or rotating direction on the basis of the material determined, the rotational speed being set to a first value and a first rotating direction being set in the case of an iron-based material, the rotational speed being set to a second value and a second rotating direction being set in the case of a mineral material and the first value being lower than the second value and/or the first rotating direction being anticlockwise and the second rotating direction being clockwise. overlaying a periodic striking of the drill with a number of impacts and the turning of the tool holder with a rotational speed in a rotating direction, characterized by the steps of: determining by means of a sensor of the hand-held power tool a material of the substrate worked by the drill, setting the rotational speed and/or rotating direction on the basis of the material determined, the rotational speed being set to a first value and a first rotating direction being set in the case of an iron-based material, the rotational speed being set to a second value and a second rotating direction being set in the case of a mineral material and the first value being lower than the second value and/or the first rotating direction being anticlockwise and the second rotating direction being clockwise. determining by means of a sensor of the hand-held power tool a material of the substrate worked by the drill, setting the rotational speed and/or rotating direction on the basis of the material determined, the rotational speed being set to a first value and a first rotating direction being set in the case of an iron-based material, the rotational speed being set to a second value and a second rotating direction being set in the case of a mineral material and the first value being lower than the second value and/or the first rotating direction being anticlockwise and the second rotating direction being clockwise.