mhurhangee/ep-ind-claims huggingface dataset:
A display device, comprising: a display panel; a middle frame (600, 600_1) disposed under the display panel, the middle frame (600, 600_1) comprising a first accommodating groove (SH1, SH1_1) extending along a first long side of the display panel; the middle frame (600, 600_1) comprises a flat portion and a curved portion and the first accommodating groove (SH1, SH1_1) is provided in the curved portion; characterized in that the display device further comprising a first pressure sensor disposed in the first accommodating groove (SH1, SH1_1); a first accommodating groove cover (MC1, MC1_1) disposed on the first pressure sensor in the first accommodating groove (SH1, SH1_1); and a first waterproofing member disposed on the first accommodating groove cover (MC1, MC1_1). a display panel; a middle frame (600, 600_1) disposed under the display panel, the middle frame (600, 600_1) comprising a first accommodating groove (SH1, SH1_1) extending along a first long side of the display panel; the middle frame (600, 600_1) comprises a flat portion and a curved portion and the first accommodating groove (SH1, SH1_1) is provided in the curved portion; characterized in that the display device further comprising a first pressure sensor disposed in the first accommodating groove (SH1, SH1_1); a first accommodating groove cover (MC1, MC1_1) disposed on the first pressure sensor in the first accommodating groove (SH1, SH1_1); and a first waterproofing member disposed on the first accommodating groove cover (MC1, MC1_1).
A process for preparing an extracellular matrix composition which comprises: (a) mixing an aqueous solution of fibrinogen with a coagulating agent and a bulking agent and a foaming agent; (b) causing the mixture to foam and coagulate; (c) incubating the mixture obtained in step (b) with a cross-linking agent; and (d) washing the cross-linked composition obtained in step (c) to remove the cross-linking agent wherein the foaming agent consists of or comprises one or more surfactant agent(s) from the class of sugar-surfactants. (a) mixing an aqueous solution of fibrinogen with a coagulating agent and a bulking agent and a foaming agent; (b) causing the mixture to foam and coagulate; (c) incubating the mixture obtained in step (b) with a cross-linking agent; and (d) washing the cross-linked composition obtained in step (c) to remove the cross-linking agent
A side airbag device-installed vehicle seat comprising: a side frame that is disposed within a side section of a seatback; a side airbag that is stowed within the side section, that receives gas supplied from an inflator to inflate and deploy alongside a seated occupant, and that includes an inner bag that inflates between the side frame and the seated occupant; a front side cover that configures part of a cover of the seatback, and that is interposed between the inner bag and the seated occupant when the inner bag is inflated; and a low extendibility member that is configured to stretch less readily than the front side cover, and characterized in that it is bound to an entire back face of a lower section of the front side cover, by a method such as bonding or stitching, in surface-to-surface contact with the back face. a side frame that is disposed within a side section of a seatback; a side airbag that is stowed within the side section, that receives gas supplied from an inflator to inflate and deploy alongside a seated occupant, and that includes an inner bag that inflates between the side frame and the seated occupant; a front side cover that configures part of a cover of the seatback, and that is interposed between the inner bag and the seated occupant when the inner bag is inflated; and a low extendibility member that is configured to stretch less readily than the front side cover, and characterized in that it is bound to an entire back face of a lower section of the front side cover, by a method such as bonding or stitching, in surface-to-surface contact with the back face.
A composition comprising at least one bacterial strain of a Lactobacillus species, at least one bacterial strain of a Bifidobacterium species and an acceptable carrier for use in alleviating or suppressing the symptoms caused by withdrawal or partial withdrawal from the use of tobacco or of nicotine, wherein said composition comprises: (a) at least one L. rhamnosus R0011 strain and at least one B. longum R0175 strain; or (b) at least one L. rhamnosus R0011 strain and at least one B. bifidum R0071 strain. (a) at least one L. rhamnosus R0011 strain and at least one B. longum R0175 strain; or (b) at least one L. rhamnosus R0011 strain and at least one B. bifidum R0071 strain.
A wind turbine comprising: - a rotor; - a blade coupled to the rotor; and - a controller configured to: - receive a load value representing a load on the blade, wherein the load value is one of a plurality of load values received at the controller, - determine a mean of the plurality of load values, - estimate air density at the wind turbine using a predefined transfer function, wherein the transfer function converts the mean of the plurality of load values into the estimated air density, and - adjust a pitch of the blade to change thrust on the blade based on the estimated air density. - a rotor; - a blade coupled to the rotor; and - a controller configured to: - receive a load value representing a load on the blade, wherein the load value is one of a plurality of load values received at the controller, - determine a mean of the plurality of load values, - estimate air density at the wind turbine using a predefined transfer function, wherein the transfer function converts the mean of the plurality of load values into the estimated air density, and - receive a load value representing a load on the blade, wherein the load value is one of a plurality of load values received at the controller, - determine a mean of the plurality of load values, - estimate air density at the wind turbine using a predefined transfer function, wherein the transfer function converts the mean of the plurality of load values into the estimated air density, and - adjust a pitch of the blade to change thrust on the blade based on the estimated air density.
A method for purifying one or more chlorinated hydrocarbons, comprising cooling a mixture consisting of hydrogen fluoride and at least one chlorinated hydrocarbon selected from 2,3-dichloro-3,3-difluoropropene(HCFO-1232xf) and 1,2,3-trichloro-1,1-difluoropropane(HCFC-242dc), and, optionally, at least one other component to cause liquid-liquid separation of the mixture into an upper liquid phase having a high hydrogen fluoride concentration and a lower liquid phase having a high chlorinated hydrocarbon concentration, wherein the said other component is selected from the group consisting of 1,1,2,3-tetrachloropropene (HCFO-1230xa), 2,3,3-trichloro-3-fluoropropene (HCFO-1231xf), 1,2,3-trichloro-1-fluoropropene(E,Z-HCFO-1231xb), 1,1,2-trichloro-3-fluoropropene (HCFO-1231xa), 1,3,3-trichloro-3-fluoropropene (E,Z-HCFO-1231zd), 2,3-dichloro-1,1-difluoropropene (HCFO-1232xc), 1,1,2,3-tetrachloro-1-fluoropropane (HCFC-241db), 1,2-dichloro-3,3,3-trifluoropropane (HCFC-243db), 2-chloro-1,1,1,2-tetrafluoropropane (HCFC-244bb), 1,1,1,2,3-pentafluoropropane (HFC-245eb) and 1,1,1,2,2-pentafluoropropane (HFC-245cb).
A communication device comprising a communication unit configured to communicate with a LAN, at least one IO port (P1 - P6) that is connected to a manufacturing apparatus and is configured to exchange ON/OFF signal including a plurality of bits with the manufacturing apparatus, and a control unit, the control unit being configured and programmed to receive communication requests from communication destinations via the LAN, and store network addresses of the communication destinations and data specifying the IO port (P1 - P6) designated by the communication destinations, change values of ON/OFF signal of the designated IO port (P1 - P6) in accordance with requests from the communication destinations, and transmit the ON/OFF signal of the designated IO port (P1 - P6) to the communication destinations via the communication unit and the LAN in accordance with requests from the communication destinations. receive communication requests from communication destinations via the LAN, and store network addresses of the communication destinations and data specifying the IO port (P1 - P6) designated by the communication destinations, change values of ON/OFF signal of the designated IO port (P1 - P6) in accordance with requests from the communication destinations, and transmit the ON/OFF signal of the designated IO port (P1 - P6) to the communication destinations via the communication unit and the LAN in accordance with requests from the communication destinations.
A semiconductor nanocrystal, comprising: a bare semiconductor nanocrystal, and a water molecule directly bound to the bare semiconductor nanocrystal by mixing the bare semiconductor nanocrystal and water, wherein the mixing comprises: preparing a semiconductor nanocrystal solution comprising an organic solvent and the bare semiconductor nanocrystal and adding the water to the semiconductor nanocrystal solution, wherein the bare semiconductor nanocrystal has a core-shell structure and the core of the bare semiconductor nanocrystal comprises a III-V compound, wherein the organic solvent comprises toluene, chlorobenzene, hexane, octane, methyl chloride, dimethyl formamide or tetrahydrofuran, and wherein the water is added in an amount of 0.01 parts by volume to 100 parts by volume based on 100 parts by volume of the semiconductor nanocrystal solution. a bare semiconductor nanocrystal, and a water molecule directly bound to the bare semiconductor nanocrystal by mixing the bare semiconductor nanocrystal and water, wherein the mixing comprises: preparing a semiconductor nanocrystal solution comprising an organic solvent and the bare semiconductor nanocrystal and adding the water to the semiconductor nanocrystal solution, wherein the bare semiconductor nanocrystal has a core-shell structure and the core of the bare semiconductor nanocrystal comprises a III-V compound, wherein the organic solvent comprises toluene, chlorobenzene, hexane, octane, methyl chloride, dimethyl formamide or tetrahydrofuran, and wherein the water is added in an amount of 0.01 parts by volume to 100 parts by volume based on 100 parts by volume of the semiconductor nanocrystal solution.
A memory card comprising a memory, a processor, an interface and a positioning system, said memory card being configured for being inserted in a user apparatus, for storing a first encryption key generated depending on intended geo-parameter values and for, - when a command for writing first data in said memory is received from said user apparatus on the interface, encrypting said first data with said first encryption key by the processor and storing said encrypted first data in said memory, - when a user command for reading said first data stored in said memory is received from said user apparatus on the interface: obtaining current geo-parameter values (GV') from said positioning system, - generating by said processor from the obtained current geo-parameter values a second encryption key and an associated decryption key, - verifying if said first and second encryption keys match and when the keys match, decrypting said encrypted first data stored in said memory by the processor with said decryption key and outputting said decrypted encrypted first data to said user apparatus on said interface. - when a command for writing first data in said memory is received from said user apparatus on the interface, encrypting said first data with said first encryption key by the processor and storing said encrypted first data in said memory, - when a user command for reading said first data stored in said memory is received from said user apparatus on the interface: obtaining current geo-parameter values (GV') from said positioning system, - generating by said processor from the obtained current geo-parameter values a second encryption key and an associated decryption key, - verifying if said first and second encryption keys match and when the keys match, decrypting said encrypted first data stored in said memory by the processor with said decryption key and outputting said decrypted encrypted first data to said user apparatus on said interface. - when a user command for reading said first data stored in said memory is received from said user apparatus on the interface: obtaining current geo-parameter values (GV') from said positioning system, - generating by said processor from the obtained current geo-parameter values a second encryption key and an associated decryption key, - verifying if said first and second encryption keys match and when the keys match, decrypting said encrypted first data stored in said memory by the processor with said decryption key and outputting said decrypted encrypted first data to said user apparatus on said interface.
Closure for a drive rod fitting with a locking plate and with a locking pin movable behind a locking edge of the locking plate, wherein the locking pin comprises a stationary core element and a sleeve arranged on the core element, wherein the sleeve and the locking edge have interlocking form locking elements (14, 15), characterized in that the sleeve is rotatably mounted on the core element, and the form locking elements (14, 15) are arranged on the sleeve and the locking edge in the form of interlocking toothings, so that the sleeve is rotated during movement along the locking edge.
Method for device-type authentication in a communication system, characterized by the steps of: providing, in a user terminal connected to said communication system, first header information of a communication message; said first header information being related with a device-type associated commitment; tamper-resistantly creating a first signature in said user terminal based on at least device-type specific information of said user terminal stored in a tamper-resistant storage in said user terminal; providing, in said user terminal, second header information of said communication message comprising said signature; communicating said communication message to a server connected to said communication system; and authenticating said first header information by verifying said first signature after said communicating step and before accepting the device-type associated commitment to be valid. providing, in a user terminal connected to said communication system, first header information of a communication message; said first header information being related with a device-type associated commitment; tamper-resistantly creating a first signature in said user terminal based on at least device-type specific information of said user terminal stored in a tamper-resistant storage in said user terminal; providing, in said user terminal, second header information of said communication message comprising said signature; communicating said communication message to a server connected to said communication system; and authenticating said first header information by verifying said first signature after said communicating step and before accepting the device-type associated commitment to be valid.
Method for pressure loss regulation in a fluid-conducting pipe system having at least one movably mounted component which is coupled to at least one electromechanical transducer, wherein the movably mounted component itself creates a pressure difference ΔP in the pipe system, wherein the electromechanical transducer is moved to an operating mode depending on the pressure difference ΔP, created by the component, in the pipe system by means of an electrical controller, characterized in that the operating mode is generator operation if the pressure loss does not exceed a limit value or is no-load operation if the pressure loss exceeds a limit value or is motor operation if the pressure loss exceeds a limit value in spite of no-load operation.
A composition comprising interleukin-18 (IL-18) or a biologically active fragment or variant thereof that is at least 70% identical to wild-type IL-18, interleukin 22 (IL-22) or a biologically active fragment or variant thereof that is at least 70% identical to wild-type IL-22, and a pharmaceutically acceptable carrier.
An interventional medical closure device comprising:- a first engagement element which is configured for engagement with an external surface of a vessel on a first side of an opening through a vessel wall; a second engagement element which is configured for engagement with an external surface on a second side of the opening; a closure element for extending from the first engagement element, into the vessel, and to the second engagement element; and a foot element having a convex upper engagement surface which is configured to engage an internal surface of a vessel, the foot element having a pathway for guiding the closure element through the foot element. a first engagement element which is configured for engagement with an external surface of a vessel on a first side of an opening through a vessel wall; a second engagement element which is configured for engagement with an external surface on a second side of the opening; a closure element for extending from the first engagement element, into the vessel, and to the second engagement element; and a foot element having a convex upper engagement surface which is configured to engage an internal surface of a vessel, the foot element having a pathway for guiding the closure element through the foot element.
Composite material comprising: - Boron nitride optionally carbon-doped BN in the form of a continuous structure, such that the continuous BN structure is a BN foam; andA phase change material incorporated in said continuous BN structure, said PCM being selected from materials capable to involve a solid/solid phase or solid/liquid phase transition at constant temperature, said composite material comprising at least one face; and characterized in that said composite material, underneath all or part of said face, comprises a surface portion formed of the continuous BN structure free of PCM. - Boron nitride optionally carbon-doped BN in the form of a continuous structure, such that the continuous BN structure is a BN foam; andA phase change material incorporated in said continuous BN structure, said PCM being selected from materials capable to involve a solid/solid phase or solid/liquid phase transition at constant temperature,
A device for providing an aerosol from an aerosolizable material, the device comprising: - an aerosolization unit through which pressure pulses of a carrier gas are passed, - a reservoir comprising the aerosolizable material and which provides the aerosolizable material to the aerosolization unit where the aerosolizable material is entrained by the carrier gas, - a duckbill valve located between the reservoir and the aerosolization unit which opens towards the aerosolization unit and wherein the duckbill valve is configured in such a way that it is closed when no pressure difference between the reservoir and the aerosolization unit exists and is open when the pressure difference between the reservoir and the aerosolization unit is larger than a predefined positive value, and which provides, in an open state, the aerosolizable material to the aerosolization unit, and - a control module for controlling the duckbill valve configured to control the amount of aerosolizable material provided to the aerosolization unit, wherein the control module comprises a force applying element providing a mechanical force applied to the duckbill valve, the force applying element via the applied mechanical force influencing the amount of aerosolizable material provided to the aerosolization unit by controlling an opening degree of the duckbill valve, wherein the force applying element is fixedly connected to the duckbill valve in such a way that it is configured to apply a pulling force to the duckbill valve to actively open the duckbill valve, and to apply a compression force in a direction opposite to the pulling force by which a preload is applied to the duckbill valve which controls the opening degree of the duckbill valve when the duckbill valve is opened by a pressure pulse. - an aerosolization unit through which pressure pulses of a carrier gas are passed, - a reservoir comprising the aerosolizable material and which provides the aerosolizable material to the aerosolization unit where the aerosolizable material is entrained by the carrier gas, - a duckbill valve located between the reservoir and the aerosolization unit which opens towards the aerosolization unit and wherein the duckbill valve is configured in such a way that it is closed when no pressure difference between the reservoir and the aerosolization unit exists and is open when the pressure difference between the reservoir and the aerosolization unit is larger than a predefined positive value, and which provides, in an open state, the aerosolizable material to the aerosolization unit, and - a control module for controlling the duckbill valve configured to control the amount of aerosolizable material provided to the aerosolization unit, wherein the control module comprises a force applying element providing a mechanical force applied to the duckbill valve, the force applying element via the applied mechanical force influencing the amount of aerosolizable material provided to the aerosolization unit by controlling an opening degree of the duckbill valve,
Handheld machine tool for processing work pieces, having a housing in which is accommodated a motor driving a rotor shaft, and having an air guidance region formed in the housing for supplying cool air to the motor along a main flow direction oriented substantially parallel to a motor longitudinal axis, wherein the air guidance region is limited at one end by at least one air inlet and at the other end by at least one air outlet for discharging the cool air out of the housing, wherein in the air guidance region is arranged a separator for dividing the cool air into an outer partial airflow flowing around the motor on the outer circumference and into an inner partial airflow flowing through the motor, and that the separator formed as a separator disc and arranged in main flow direction before the motor is configured such that the degree of contamination of the outer partial airflow is greater than the degree of contamination of the inner partial airflow, characterised in that the housing is formed in multiple parts and includes a motor housing, accommodating the motor, which on its end face facing away from the motor has at least one inner opening and at least one outer opening which are radially distanced from one another.