mhurhangee/ep-ind-claims huggingface dataset:
System for operating a cooling device of a utility vehicle, comprising an axial fan which can be set in rotation by means of a fan drive and which is used to generate a cooling air stream for impingement on a vehicle assembly that is to be cooled, the axial fan having a multiplicity of fan blades that can be pivoted in terms of an angle of incidence (α) by deflection of a pressure-operable actuator, a temperature sensor for determining an actual value (T actual) of a temperature variable that reflects a present operating temperature of the vehicle assembly, and a control unit that compares the actual value (T actual) of the temperature variable with a specified setpoint value (T setpoint) in order, in accordance with an ascertained control deviation, to output a target value (p target) of a control variable provided for the operation of the actuator, characterized in that the control variable is a hydraulic or pneumatic operation pressure provided for deflecting the actuator, characterized in that an electrically controllable pressure control valve is provided for the pressure operation of the actuator, the control unit comparing the output target value (p target) of the control variable with a sensor-detected actual value (p actual) in order, in accordance with an ascertained control deviation, to generate an electrical operation signal for activating the pressure control valve. an axial fan which can be set in rotation by means of a fan drive and which is used to generate a cooling air stream for impingement on a vehicle assembly that is to be cooled, the axial fan having a multiplicity of fan blades that can be pivoted in terms of an angle of incidence (α) by deflection of a pressure-operable actuator, a temperature sensor for determining an actual value (T actual) of a temperature variable that reflects a present operating temperature of the vehicle assembly, and a control unit that compares the actual value (T actual) of the temperature variable with a specified setpoint value (T setpoint) in order, in accordance with an ascertained control deviation, to output a target value (p target) of a control variable provided for the operation of the actuator, characterized in that the control variable is a hydraulic or pneumatic operation pressure provided for deflecting the actuator, characterized in that an electrically controllable pressure control valve is provided for the pressure operation of the actuator, the control unit comparing the output target value (p target) of the control variable with a sensor-detected actual value (p actual) in order, in accordance with an ascertained control deviation, to generate an electrical operation signal for activating the pressure control valve.
A method of manufacturing a wind turbine blade, the method comprises the steps of: - laying up a number of first layers of a first fibre material in a mould, the first layers defining an outer side surface of the wind turbine blade, - arranging a number of core elements of a core material on top of said first number of layers, - further laying up a number of second layers of the first fibre material on top of at least said number of core elements, the second layers defining an inner side surface of the wind turbine blade, - infusing said first fibre material and core elements with a first resin, - substantially curing said first resin to form a sandwich structure of the wind turbine blade, - arranging a number of main laminate components in a corresponding number of recesses formed by said number of core elements, - attaching said main laminate components to the sandwich structure to form a blade shell part of the wind turbine blade, characterised in that - a central core element is arranged between at least two side core elements (23a, 23b), wherein said at least two side core elements (23a, 23b) are spaced apart from the central core element in a chordwise direction to form a first recess for receiving a first main laminate component and a second recess for receiving a second main laminate component. - laying up a number of first layers of a first fibre material in a mould, the first layers defining an outer side surface of the wind turbine blade, - arranging a number of core elements of a core material on top of said first number of layers, - further laying up a number of second layers of the first fibre material on top of at least said number of core elements, the second layers defining an inner side surface of the wind turbine blade, - infusing said first fibre material and core elements with a first resin, - substantially curing said first resin to form a sandwich structure of the wind turbine blade, - arranging a number of main laminate components in a corresponding number of recesses formed by said number of core elements, - attaching said main laminate components to the sandwich structure to form a blade shell part of the wind turbine blade, characterised in that - a central core element is arranged between at least two side core elements (23a, 23b), wherein said at least two side core elements (23a, 23b) are spaced apart from the central core element in a chordwise direction to form a first recess for receiving a first main laminate component and a second recess for receiving a second main laminate component.
A fastening arrangement, comprising a clip body, a fastening device and a panel, - wherein the clip body has a retainer for the fastening device and at least one positioning element, wherein the clip body can be fastened to the panel which is provided with at least one fastening opening, - wherein the panel has a positioning opening in addition to the fastening opening so that positioning the clip body on the panel takes place by the at least one positioning element abutting against an edge of the positioning opening, - wherein the positioning opening has a size which allows the clip body with the fastening device retained thereon to be passed at least partially therethrough, the positioning element bearing at least partially against the edge of the positioning opening, - wherein the positioning element at the same time comprises or is connected to a locking element which makes contact with the panel on a side facing away from the retainer and the locking element is arranged opposite the retainer, characterized in that the clip body has at least one rib as a reinforcement element which provides additional stability for the clip body when finishing the fastening device by maintaining the bearing thereof against the panel. - wherein the clip body has a retainer for the fastening device and at least one positioning element, wherein the clip body can be fastened to the panel which is provided with at least one fastening opening, - wherein the panel has a positioning opening in addition to the fastening opening so that positioning the clip body on the panel takes place by the at least one positioning element abutting against an edge of the positioning opening, - wherein the positioning opening has a size which allows the clip body with the fastening device retained thereon to be passed at least partially therethrough, the positioning element bearing at least partially against the edge of the positioning opening, - wherein the positioning element at the same time comprises or is connected to a locking element which makes contact with the panel on a side facing away from the retainer and the locking element is arranged opposite the retainer,
Animal cage with a) four extruded profiles on a cage wall, wherein a1) the extruded profiles form a rectangle, and a2) the extruded profiles each have a longitudinal groove, b) a rectangular wall for the improvement of crash safety, wherein b1) the wall element is fitted between the four extruded profiles, and b2) the wall element with each of its side edges (11, 12) forms a tongue which forms a tongue-and-groove connection with the longitudinal grooves in the extruded profiles, characterized in c) that a metal insert is arranged at the end of a horizontal extruded profile for connection to an upright extruded profile, wherein this upright extruded profile comprises two opposing longitudinal grooves (9, 10), d) that the metal insert has three tines which project substantially parallel to one another from the metal insert, e) that the central tine of the metal insert engages axially in a cavity of the horizontal extruded profile, f) that the two outer tines (14, 16) of the metal insert engage axially in the two opposite longitudinal grooves (9, 10) of the horizontal extruded profile, and g) the metal insert is connected to the adjacent upright extruded profile (3, 4) by a tongue-and-groove connection. a) four extruded profiles on a cage wall, wherein a1) the extruded profiles form a rectangle, and a2) the extruded profiles each have a longitudinal groove, a1) the extruded profiles form a rectangle, and a2) the extruded profiles each have a longitudinal groove, b) a rectangular wall for the improvement of crash safety, wherein b1) the wall element is fitted between the four extruded profiles, and b2) the wall element with each of its side edges (11, 12) forms a tongue which forms a tongue-and-groove connection with the longitudinal grooves in the extruded profiles, characterized in b1) the wall element is fitted between the four extruded profiles, and b2) the wall element with each of its side edges (11, 12) forms a tongue which forms a tongue-and-groove connection with the longitudinal grooves in the extruded profiles, characterized in c) that a metal insert is arranged at the end of a horizontal extruded profile for connection to an upright extruded profile, wherein this upright extruded profile comprises two opposing longitudinal grooves (9, 10), d) that the metal insert has three tines which project substantially parallel to one another from the metal insert, e) that the central tine of the metal insert engages axially in a cavity of the horizontal extruded profile, f) that the two outer tines (14, 16) of the metal insert engage axially in the two opposite longitudinal grooves (9, 10) of the horizontal extruded profile, and g) the metal insert is connected to the adjacent upright extruded profile (3, 4) by a tongue-and-groove connection.
An in vitro method for differentiating, transdifferentiating or reprogramming a cell, said method comprising: contacting the cell with a compound wherein XisH; Y is halogen, wherein the cell differentiates into_a mesenchymal cell that can differentiate into osteoblasts and chondrocytes. contacting the cell with a compound wherein XisH; Y is halogen, wherein the cell differentiates into_a mesenchymal cell that can differentiate into osteoblasts and chondrocytes.
A method of providing fault tolerance in an Industrial Automation and Control System IACS including a plurality of hosts connected to a communication bus, wherein each host executes cyclically a number of components according to a configuration, comprising - executing an active instance of a critical component on a first host and synchronizing a first standby instance (A1') of the critical component instantiated on a second host with the active instance, - detecting a failure of the first host, - activating a first backup configuration including executing the first standby instance (A1') as the now active instance of the critical component on the second host, and including synchronizing therewith a second standby instance (A1") of the critical component instantiated on a third host. - executing an active instance of a critical component on a first host and synchronizing a first standby instance (A1') of the critical component instantiated on a second host with the active instance, - detecting a failure of the first host, - activating a first backup configuration including executing the first standby instance (A1') as the now active instance of the critical component on the second host, and including synchronizing therewith a second standby instance (A1") of the critical component instantiated on a third host.
Method for inspecting an object, in particular an item of luggage, wherein - rays are emitted by a stationary ray source, - the object is transported rectilinearly through the rays, and - in the process the intensities of the non-absorbed rays are detected by a detector arrangement and an image of the object is generated therefrom, characterized in that if the image generated after the first pass through the rays contains dark regions to be checked, the object is rotated by an angle by a rotation device in order to change its transport position and subsequently is transported once again through the rays and a further image is generated with the same ray source. - rays are emitted by a stationary ray source, - the object is transported rectilinearly through the rays, and - in the process the intensities of the non-absorbed rays are detected by a detector arrangement and an image of the object is generated therefrom,
A compound for use in a method for inhibiting the invasion of tumor cells into the adjacent tissue in a subject; wherein said compound is selected from the list comprising: -3-(4-fluorophenyl)-1-(3,4,5-trimethoxyphenyl)prop-2-en-1-one; -1-(4-methoxyphenyl)-3-(2,4,6-trimethoxyphenyl)prop-2-en-1-one; -3-(3-fluorophenyl)-1-(4-fluorophenyl)prop-2-en-1-one; -3-(furan-2-yl)-1-(3,4,5-trimethoxyphenyl)prop-2-en-1-one; -1-(2,6-dimethoxyphenyl)-3-(furan-2-yl)prop-2-en-1-one; -1-(4-fluorophenyl)-3-(furan-3-yl)prop-2-en-1-one; or or a stereoisomer, tautomer, racemate, salt, hydrate, or solvate thereof. -3-(4-fluorophenyl)-1-(3,4,5-trimethoxyphenyl)prop-2-en-1-one; -1-(4-methoxyphenyl)-3-(2,4,6-trimethoxyphenyl)prop-2-en-1-one; -3-(3-fluorophenyl)-1-(4-fluorophenyl)prop-2-en-1-one; -3-(furan-2-yl)-1-(3,4,5-trimethoxyphenyl)prop-2-en-1-one; -1-(2,6-dimethoxyphenyl)-3-(furan-2-yl)prop-2-en-1-one; -1-(4-fluorophenyl)-3-(furan-3-yl)prop-2-en-1-one; or
A base station apparatus comprising: a generating section configured to generate a downlink control information which includes a resource allocation field for signaling resource allocation information, wherein when a plurality of clusters are allocated and a number of available bits at the resource allocation field is smaller than a number of bits necessary to indicate the plurality of clusters, the generating section assigns a portion of bits of the resource allocation information to the available bits and sets remaining bits of the resource allocation information to a specified value; and a transmitting section configured to transmit the generated downlink control information a generating section configured to generate a downlink control information which includes a resource allocation field for signaling resource allocation information, wherein when a plurality of clusters are allocated and a number of available bits at the resource allocation field is smaller than a number of bits necessary to indicate the plurality of clusters, the generating section assigns a portion of bits of the resource allocation information to the available bits and sets remaining bits of the resource allocation information to a specified value; and a transmitting section configured to transmit the generated downlink control information
A foldable display device (100, 200, 300, 400, 500, 600, 700) comprising: a display panel configured to be folded around a folding axis, the display panel including: a first plurality of spacers (150, 350) disposed in a non-folding area; and a second plurality of spacers (160, 170, 180) disposed in a folding area, the second plurality of spacers (160, 170, 180) having different sizes than the first plurality of spacers (150, 350), each spacer of the second plurality of spacers (160, 170, 180) having a first dimension (163, 173, 183) and a second dimension (161, 171, 181) greater than the first dimension (163, 173, 183), the second dimensions (161, 171, 181) of the second plurality of spacers (160, 170, 180) each in a direction of the folding axis, characterised in that each spacer of the first plurality of spacers (150, 350) has a third dimension and a fourth dimension greater than the third dimension, the fourth dimensions of the first plurality of spacers (150, 350) each intersecting with the direction of the folding axis. a first plurality of spacers (150, 350) disposed in a non-folding area; and a second plurality of spacers (160, 170, 180) disposed in a folding area, the second plurality of spacers (160, 170, 180) having different sizes than the first plurality of spacers (150, 350), each spacer of the second plurality of spacers (160, 170, 180) having a first dimension (163, 173, 183) and a second dimension (161, 171, 181) greater than the first dimension (163, 173, 183), the second dimensions (161, 171, 181) of the second plurality of spacers (160, 170, 180) each in a direction of the folding axis, characterised in that each spacer of the first plurality of spacers (150, 350) has a third dimension and a fourth dimension greater than the third dimension, the fourth dimensions of the first plurality of spacers (150, 350) each intersecting with the direction of the folding axis.
An oral care device (100; 200; 300; 400) for placement in an oral cavity, the oral care device comprising: a mouthguard (102; 202; 300; 400) configured for retention in the oral cavity, the mouthguard (102; 202; 300; 400) having a U-shaped base (104; 204; 302; 402) and a sidewall (106; 206; 304; 404) extending along a peripheral surface of the base (104; 104; 302); a piezoelectric component (108; 212; 300) disposed on the mouthguard (102; 202; 300; 400) and configured to generate an electrical current from mechanical forces created by relative movement of anatomy in the oral cavity; and a therapeutic element (110; 214a, 214b; 310; 408) disposed on the mouthguard (102; 202; 300; 400) and electrically connected to the piezoelectric component (108; 212; 300), the therapeutic element (110; 214a, 214b; 310; 400; 408) being configured to administer a therapeutic to the oral cavity at least in part in response to receiving the electrical current. a mouthguard (102; 202; 300; 400) configured for retention in the oral cavity, the mouthguard (102; 202; 300; 400) having a U-shaped base (104; 204; 302; 402) and a sidewall (106; 206; 304; 404) extending along a peripheral surface of the base (104; 104; 302); a piezoelectric component (108; 212; 300) disposed on the mouthguard (102; 202; 300; 400) and configured to generate an electrical current from mechanical forces created by relative movement of anatomy in the oral cavity; and a therapeutic element (110; 214a, 214b; 310; 408) disposed on the mouthguard (102; 202; 300; 400) and electrically connected to the piezoelectric component (108; 212; 300), the therapeutic element (110; 214a, 214b; 310; 400; 408) being configured to administer a therapeutic to the oral cavity at least in part in response to receiving the electrical current.
A camera module of an electronic device, comprising a circuit board, a chip, an image sensor and a connection frame, wherein the chip is arranged on the circuit board, the image sensor is arranged on the chip, the connection frame is arranged on the periphery of the chip, the chip is electrically connected with the circuit board by the connection frame, and the image sensor is located in the space surrounded by the connection frame; wherein the connection frame comprises a frame body and an electrical connection part arranged on the frame body, and the electrical connection part is electrically connected with the chip and the circuit board, wherein the frame body comprises an enclosure frame and a lap edge arranged at the top of the enclosure frame, the lap edge extends in a direction close to the axis of the enclosure frame, the enclosure frame is arranged on the periphery of the chip, and the lap edge is lapped on a top surface of the chip, the top surface is away from the circuit board; and wherein the electrical connection part is a lead wire affixed on the inner wall of the frame body, pins of one end of the lead wire are arranged on the lap edge, and pins of the other end of the lead wire are arranged between the bottom end of the enclosure frame and the circuit board; wherein the bottom end of the enclosure frame and the circuit board are fixedly connected by a conductive adhesive layer, and the conductive adhesive layer is electrically connected with the pins at the other end of the lead wire; wherein the pins at one end of the lead wire are connected with the chip through gold bump welding. wherein the connection frame comprises a frame body and an electrical connection part arranged on the frame body, and the electrical connection part is electrically connected with the chip and the circuit board, wherein the frame body comprises an enclosure frame and a lap edge arranged at the top of the enclosure frame, the lap edge extends in a direction close to the axis of the enclosure frame, the enclosure frame is arranged on the periphery of the chip, and the lap edge is lapped on a top surface of the chip, the top surface is away from the circuit board; and wherein the electrical connection part is a lead wire affixed on the inner wall of the frame body, pins of one end of the lead wire are arranged on the lap edge, and pins of the other end of the lead wire are arranged between the bottom end of the enclosure frame and the circuit board; wherein the bottom end of the enclosure frame and the circuit board are fixedly connected by a conductive adhesive layer, and the conductive adhesive layer is electrically connected with the pins at the other end of the lead wire; wherein the pins at one end of the lead wire are connected with the chip through gold bump welding.
A modified IgG class monoclonal antibody specific for IFNAR1, wherein said antibody comprises in the Fc region an amino acid substitution of L234F, as numbered by the EU index as set forth in Kabat and wherein said antibody exhibits reduced affinity for at least one Fc ligand compared to an unmodified antibody.
An information processing device, comprising: a control part configured to perform control for switching a role of an operation member (221, 222) included in the information processing device on a basis of relative positional relationship with an imaging device, an input/output part configured by superimposing a transparent touch panel on a display part, wherein the control part performs control for switching the role of the operation member on a basis of whether or not the imaging device is mounted on the information processing device, and characterized in that the control part performs control for displaying at the input/output part of the information processing device a graphical operation object (302, 307) for remotely operating the imaging device when the imaging device is not mounted on the information processing device, and for allocating a role corresponding to the operation object (302, 307) to the operation member (221, 222) and deleting the operation object from the display part when the imaging device is mounted on the information processing device. a control part configured to perform control for switching a role of an operation member (221, 222) included in the information processing device on a basis of relative positional relationship with an imaging device, an input/output part configured by superimposing a transparent touch panel on a display part, wherein the control part performs control for switching the role of the operation member on a basis of whether or not the imaging device is mounted on the information processing device, and characterized in that the control part performs control for displaying at the input/output part of the information processing device a graphical operation object (302, 307) for remotely operating the imaging device when the imaging device is not mounted on the information processing device, and for allocating a role corresponding to the operation object (302, 307) to the operation member (221, 222) and deleting the operation object from the display part when the imaging device is mounted on the information processing device.