mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine comprising - a tower supporting a nacelle; - a fluid damper arranged in the upper level of the tower; and - a leak containment arrangement for the fluid damper, comprising - a receptacle arranged below the fluid damper; characterized by: - a fluid guide arranged between the fluid damper and the receptacle, which fluid guide is arranged to receive fluid (3F leak) from a leak in the damper and to guide the leaked fluid (3F leak) into the receptacle, and wherein the fluid guide comprises a weight-bearing support structure and fluid run-off surface arranged on the support structure; and - a sensing means arranged to detect fluid (3F leak) in the receptacle. - a tower supporting a nacelle; - a fluid damper arranged in the upper level of the tower; and - a leak containment arrangement for the fluid damper, comprising - a receptacle arranged below the fluid damper; characterized by: - a fluid guide arranged between the fluid damper and the receptacle, which fluid guide is arranged to receive fluid (3F leak) from a leak in the damper and to guide the leaked fluid (3F leak) into the receptacle, and wherein the fluid guide comprises a weight-bearing support structure and fluid run-off surface arranged on the support structure; and - a sensing means arranged to detect fluid (3F leak) in the receptacle. - a receptacle arranged below the fluid damper; characterized by: - a fluid guide arranged between the fluid damper and the receptacle, which fluid guide is arranged to receive fluid (3F leak) from a leak in the damper and to guide the leaked fluid (3F leak) into the receptacle, and wherein the fluid guide comprises a weight-bearing support structure and fluid run-off surface arranged on the support structure; and - a sensing means arranged to detect fluid (3F leak) in the receptacle. - a fluid guide arranged between the fluid damper and the receptacle, which fluid guide is arranged to receive fluid (3F leak) from a leak in the damper and to guide the leaked fluid (3F leak) into the receptacle, and wherein the fluid guide comprises a weight-bearing support structure and fluid run-off surface arranged on the support structure; and - a sensing means arranged to detect fluid (3F leak) in the receptacle.
An obstacle detection sensor comprising: a distance sensor unit configured to acquire distance information to a reflecting object on a road by oscillating a vibration wave and receiving a reflected wave of the oscillated vibration wave; a controller configured to detect whether the reflecting object is an obstacle interfering with traveling or an unevenness on the road surface not interfering with traveling based on a detection condition; a communication unit configured to communicate with a road information server having an external storage unit that stores therein road surface information classifying the states of roads; a vehicle-side storage unit configured to store in advance a detection relationship information, which detection relationship information includes threshold values for the distance information corresponding the classified states of roads, wherein the controller is adapted to acquire from the communication unit the road surface information about the road that is currently being measured for determining the detection condition by comparing the detection relationship information read from the storage unit with the road surface information acquired from the communication unit and selecting the threshold value from the detection relationship information corresponding to the road surface information acquired from the communication unit, and the controller is adapted to detect whether the reflecting object is an obstacle by comparing the distance information with the selected threshold value. a distance sensor unit configured to acquire distance information to a reflecting object on a road by oscillating a vibration wave and receiving a reflected wave of the oscillated vibration wave; a controller configured to detect whether the reflecting object is an obstacle interfering with traveling or an unevenness on the road surface not interfering with traveling based on a detection condition; a communication unit configured to communicate with a road information server having an external storage unit that stores therein road surface information classifying the states of roads; a vehicle-side storage unit configured to store in advance a detection relationship information, which detection relationship information includes threshold values for the distance information corresponding the classified states of roads, wherein the controller is adapted to acquire from the communication unit the road surface information about the road that is currently being measured for determining the detection condition by comparing the detection relationship information read from the storage unit with the road surface information acquired from the communication unit and selecting the threshold value from the detection relationship information corresponding to the road surface information acquired from the communication unit, and the controller is adapted to detect whether the reflecting object is an obstacle by comparing the distance information with the selected threshold value.
An aircraft sanitization system comprising: an armrest comprising a pocket and a top lid, wherein the pocket is configured to store a tray and the top lid is configured to cover the pocket; a retractable mechanism enclosed in the pocket, wherein a first end of the retractable mechanism is removably attached to the tray and a second end of retractable mechanism is fixed within the pocket, and wherein the retractable mechanism is configured to: extract the tray from the pocket in an open state, wherein, in the open state the tray is at least partially outside the pocket; and retract the tray into the pocket in a closed state, wherein, in the closed state the tray is completely inside the pocket; characterised in that, a first set of Ultraviolet Light Emitting Diodes (LEDs) affixed on each inner wall of the pocket, wherein the first set of UV LEDs is configured to sanitize each surface of tray, when the tray is in the closed state. an armrest comprising a pocket and a top lid, wherein the pocket is configured to store a tray and the top lid is configured to cover the pocket; a retractable mechanism enclosed in the pocket, wherein a first end of the retractable mechanism is removably attached to the tray and a second end of retractable mechanism is fixed within the pocket, and wherein the retractable mechanism is configured to: extract the tray from the pocket in an open state, wherein, in the open state the tray is at least partially outside the pocket; and retract the tray into the pocket in a closed state, wherein, in the closed state the tray is completely inside the pocket; extract the tray from the pocket in an open state, wherein, in the open state the tray is at least partially outside the pocket; and retract the tray into the pocket in a closed state, wherein, in the closed state the tray is completely inside the pocket; characterised in that, a first set of Ultraviolet Light Emitting Diodes (LEDs) affixed on each inner wall of the pocket, wherein the first set of UV LEDs is configured to sanitize each surface of tray, when the tray is in the closed state.
Drive system for transport devices having at least two, preferably individually driven drive wheels (2, 2a), which are arranged in alignment on a common first axis, the drive-wheel axis of rotation, which is arranged at an angle to a second axis, the pendulum axis, to which first and second axes a third axis, the pivot axis, is likewise arranged at an angle, characterised in that at least one rim of at least one of the drive wheels (2, 2a) is mounted by means of at least one wheel bearing and at least one drive of at least one of the drive wheels (2,2a) is arranged within the wheel bearing, and in that at least one of the drive wheels (2, 2a) is coupled to at least one braking device (4, 4a), in that the braking device (4, 4a) is designed as a disk brake, in that the braking device (4, 4a) has a first brake pad, a brake disk and a second brake pad, and in that the braking device (4, 4a) is designed having a brake cylinder, which has a cavity to which the pressure of a brake medium can be applied and whose volume can thereby be varied, and in that at least the first brake pad can be moved as a function of the volume of the brake cylinder.
An information processing apparatus comprising: a transmission and reception means configured to receive video information from a plurality of servers and transmit operation information to the plurality of servers; a first output means configured to directly output the video information received from any one of the servers to a selection means; a synthesis means configured to convert the video information received from each of the servers into individual first images, and synthesize a synthesized image by synthesizing a plurality of first windows, each of which displays a corresponding one of the first images, and a plurality of second windows, each of which is used to input the operation information to a corresponding one of the plurality of servers, with a second image of an operation screen; and the selection means configured to select any one of the video information output from the first output means or the synthesized image, and output the selected video information or the synthesized image to a display. a transmission and reception means configured to receive video information from a plurality of servers and transmit operation information to the plurality of servers; a first output means configured to directly output the video information received from any one of the servers to a selection means; a synthesis means configured to convert the video information received from each of the servers into individual first images, and synthesize a synthesized image by synthesizing a plurality of first windows, each of which displays a corresponding one of the first images, and a plurality of second windows, each of which is used to input the operation information to a corresponding one of the plurality of servers, with a second image of an operation screen; and the selection means configured to select any one of the video information output from the first output means or the synthesized image, and output the selected video information or the synthesized image to a display.
A method of displaying an image of an effect coating having texture and colour properties on an electronic display device, characterized in that the image is displayed using measured colour data and measured texture data as input to generate the image, wherein the textured image is displayed with visual colour properties which are maintained on a prescribed level independent of possible variations in texture properties, wherein the method comprises a) a first step of generating a grayscale image with prescribed texture properties, wherein the texture properties are selected from diffuse coarseness, glint impression, or a combination of these, and b) a second step wherein the generated grayscale textured image is converted into a textured image with prescribed colour properties, wherein in step a) the diffuse coarseness image is resized by means of an interpolating resize algorithm, the glint impression image is resized by a non-interpolating resize algorithm, and subsequently the resized diffuse coarseness image and glint impression image are combined to a resized grayscale image with prescribed texture properties, and wherein the degree of resizing depends on the viewer's distance to the displayed effect coating. a) a first step of generating a grayscale image with prescribed texture properties, wherein the texture properties are selected from diffuse coarseness, glint impression, or a combination of these, and b) a second step wherein the generated grayscale textured image is converted into a textured image with prescribed colour properties,
A subcell for use in a multijunction solar cell comprising: a Ga 1-x In x N y As 1-y-z Sb z layer, wherein the content values for x, y, and z are within composition ranges as follows: 0.07 ≤ x ≤ 0.18, 0.025 ≤ y ≤ 0.04 and 0.001 ≤ z ≤ 0.03; an emitter, an optional front surface field and an optional back surface field; wherein the Ga 1-x In x N y As 1-y-z Sb z layer is substantially lattice matched to a GaAs substrate or to a Ge substrate; wherein the Ga 1-x In x N y As 1-y-z Sb z layer exhibits a bandgap in the range of 0.9 - 1.1 eV; wherein, when exposed to an illumination of 1 sun AM 1.5D, the subcell exhibits an open circuit voltage greater than 0.30V; and a short circuit current greater than 13 mA/cm when exposed to an illumination of 1 sun AM1.5D with a filter that blocks all light above the GaAs band gap. a Ga 1-x In x N y As 1-y-z Sb z layer, wherein the content values for x, y, and z are within composition ranges as follows: 0.07 ≤ x ≤ 0.18, 0.025 ≤ y ≤ 0.04 and 0.001 ≤ z ≤ 0.03; an emitter, an optional front surface field and an optional back surface field; wherein the Ga 1-x In x N y As 1-y-z Sb z layer is substantially lattice matched to a GaAs substrate or to a Ge substrate; wherein the Ga 1-x In x N y As 1-y-z Sb z layer exhibits a bandgap in the range of 0.9 - 1.1 eV; wherein, when exposed to an illumination of 1 sun AM 1.5D, the subcell exhibits an open circuit voltage greater than 0.30V; and a short circuit current greater than 13 mA/cm when exposed to an illumination of 1 sun AM1.5D with a filter that blocks all light above the GaAs band gap.
An injection device (20, 40) comprising: a housing for holding a syringe that has a needle at one end; a cap (21, 41) that is removably attached to the housing and has a needle shield to cover said needle, wherein the needle shield is located inside the cap (21, 41) and is fixed thereto; a gear assembly comprising first and second linear gears (28, 29) and a double gear, wherein the double gear comprises first and second portions (36, 37) that are fixed relative to each other and share a common rotational axis, wherein the first portion is configured to engage the first linear gear and the second portion is configured to engage the second linear gear, wherein the gear assembly is configured such that movement of the first linear gear in a first direction rotates the double gear to drive the second linear gear to urge the needle shield away from the housing to facilitate removal of the needle shield from the needle; and, an actuator configured to be slid by a user to move the first linear gear in the first direction, wherein the first linear gear is fixed relative to the actuator. a housing for holding a syringe that has a needle at one end; a cap (21, 41) that is removably attached to the housing and has a needle shield to cover said needle, wherein the needle shield is located inside the cap (21, 41) and is fixed thereto; a gear assembly comprising first and second linear gears (28, 29) and a double gear, wherein the double gear comprises first and second portions (36, 37) that are fixed relative to each other and share a common rotational axis, wherein the first portion is configured to engage the first linear gear and the second portion is configured to engage the second linear gear, wherein the gear assembly is configured such that movement of the first linear gear in a first direction rotates the double gear to drive the second linear gear to urge the needle shield away from the housing to facilitate removal of the needle shield from the needle; and, an actuator configured to be slid by a user to move the first linear gear in the first direction, wherein the first linear gear is fixed relative to the actuator.
A method for receiving channel information for a sounding procedure for wireless communications, comprising: generating one or more frames (2100, 2610A-C, 2620A-C), collectively having one or more training fields allowing one or more stations to calculate channel information and an indication of resources for each device to use for feeding back the channel information; transmitting the one or more frames (2100, 2610A-C, 2620A-C), wherein the one or more frames (2100, 2610A-C, 2620A-C) comprise information indicating one or more resource units, RUs; and receiving, on the indicated resources, channel information from at least one of the stations calculated for the corresponding one or more RUs based on the one or more training fields, wherein the channel information is received via a report containing a plurality of channel information parameters for each of the one or more RUs. generating one or more frames (2100, 2610A-C, 2620A-C), collectively having one or more training fields allowing one or more stations to calculate channel information and an indication of resources for each device to use for feeding back the channel information; transmitting the one or more frames (2100, 2610A-C, 2620A-C), wherein the one or more frames (2100, 2610A-C, 2620A-C) comprise information indicating one or more resource units, RUs; and receiving, on the indicated resources, channel information from at least one of the stations calculated for the corresponding one or more RUs based on the one or more training fields, wherein the channel information is received via a report containing a plurality of channel information parameters for each of the one or more RUs.
A solar cell comprising: a support substrate; a metallic layer on the support substrate; a barrier layer on the metallic layer; and a photo-electro conversion part on the barrier layer, wherein the barrier layer comprises first and second barrier layers (22, 24) having porosities different from each other characterized in that: the first barrier layer is provided on the metallic layer, and the second barrier layer is provided on the first barrier layer, wherein the porosity of the second barrier layer is higher than the porosity of the first barrier layer. a support substrate; a metallic layer on the support substrate; a barrier layer on the metallic layer; and a photo-electro conversion part on the barrier layer, wherein the barrier layer comprises first and second barrier layers (22, 24) having porosities different from each other the first barrier layer is provided on the metallic layer, and the second barrier layer is provided on the first barrier layer, wherein the porosity of the second barrier layer is higher than the porosity of the first barrier layer.
A battery cell, comprising: a housing, with a cylindrical accommodating cavity; an electrode assembly, arranged in the accommodating cavity, and a projection of the electrode assembly along a height direction of the battery cell is a polygon, a remaining space is provided between the electrode assembly and an inner wall of the housing to allow the electrode assembly to expand; characterized in a binding layer, configured to wrap the electrode assembly, and the binding layer has elasticity to allow the electrode assembly to expand, there is an interval between the binding layer and an inner wall of the housing. a housing, with a cylindrical accommodating cavity; an electrode assembly, arranged in the accommodating cavity, and a projection of the electrode assembly along a height direction of the battery cell is a polygon, a remaining space is provided between the electrode assembly and an inner wall of the housing to allow the electrode assembly to expand; characterized in a binding layer, configured to wrap the electrode assembly, and the binding layer has elasticity to allow the electrode assembly to expand, there is an interval between the binding layer and an inner wall of the housing.
A method of detection and identification of one or more microorganism/s in a biological sample comprising the following steps: (a) extracting DNA from the microorganism/s; and (b) amplifying the extracted DNA and indicating the level of extracted DNA in a quantitative PCR; wherein the quantitative PCR is performed using the primer pair of SEQ ID NO. 3 and 4 together with the probe of SEQ ID NO.8. (a) extracting DNA from the microorganism/s; and (b) amplifying the extracted DNA and indicating the level of extracted DNA in a quantitative PCR;
Method for reactivation of an electrical system of a vehicle comprising a first electrical system operating at a first voltage and a second electrical system operating at a second voltage, the second voltage being higher than the first voltage, the method comprising: detecting a fault in the second electrical system or detecting a crash situation; disconnecting a power source of the second electrical system; determining that the fault of the second electrical system is no longer present or that the crash situation is resolved; reconnecting the power source to the second electrical system and, by an electrical system control unit, ramping the voltage of the second electrical system from zero to an intermediate voltage lower than the second voltage and higher than the first voltage; and if a detected voltage of the first electrical system is higher than a voltage threshold value, wherein the voltage threshold value is higher than the first voltage and equal to a voltage safety limit of the first electrical system where the first electrical system is not damaged; reducing the voltage of the second electrical system to zero. detecting a fault in the second electrical system or detecting a crash situation; disconnecting a power source of the second electrical system; determining that the fault of the second electrical system is no longer present or that the crash situation is resolved; reconnecting the power source to the second electrical system and, by an electrical system control unit, ramping the voltage of the second electrical system from zero to an intermediate voltage lower than the second voltage and higher than the first voltage; and if a detected voltage of the first electrical system is higher than a voltage threshold value, wherein the voltage threshold value is higher than the first voltage and equal to a voltage safety limit of the first electrical system where the first electrical system is not damaged; reducing the voltage of the second electrical system to zero.