mhurhangee/ep-ind-claims huggingface dataset:
A gin pole guide comprising a frame structure and a receiving area formed within the frame structure, wherein the receiving area is configured to receive a gin pole and to enable a movement of the gin pole guide along the longitudinal extension direction of the gin pole, wherein sliding elements are arranged on the side of the frame structure facing the receiving area, wherein the sliding elements form abutment areas for abutment of the gin pole, and wherein the sliding elements are arranged substantially parallel to the longitudinal extension direction of the gin pole, characterised in that the sliding elements comprise an abutment portion and on at least one side, preferably on both sides an end portion, wherein the end portion is arranged at an angle (α) to the abutment portion and pointing away from the receiving area.
Method for regulating a heating device which has a combustion chamber into which combustion air is introduced via a controllable blower with a blower wheel, a rotational speed of the blower wheel being detected, characterized in that a static pressure and/or a power consumption of the blower is measured, a volume flow coefficient being determined on the basis of the measured rotational speed in conjunction with the measured static pressure and/or in conjunction with the measured power consumption, and a volume flow of the combustion air being determined on the basis of the volume flow coefficient.
A method of filtering a target pixel in an image comprising: forming, for a kernel of pixels comprising the target pixel and its neighbouring pixels, a data model to model pixel values within the kernel; calculating a weight for each pixel of the kernel comprising: i) a geometric term dependent on a difference in position between that pixel and the target pixel; and ii) a data term dependent on a difference between a pixel value of that pixel and its predicted pixel value according to the data model; and using the calculated weights for the pixels in the kernel to form a filtered pixel value for the target pixel, characterised in that said using the calculated weights comprises: updating the data model with a weighted regression analysis technique using the calculated weights for the pixels of the kernel; and evaluating the updated data model at the target pixel position so as to form the filtered pixel value for the target pixel. forming, for a kernel of pixels comprising the target pixel and its neighbouring pixels, a data model to model pixel values within the kernel; calculating a weight for each pixel of the kernel comprising: i) a geometric term dependent on a difference in position between that pixel and the target pixel; and ii) a data term dependent on a difference between a pixel value of that pixel and its predicted pixel value according to the data model; and using the calculated weights for the pixels in the kernel to form a filtered pixel value for the target pixel, characterised in that said using the calculated weights comprises: updating the data model with a weighted regression analysis technique using the calculated weights for the pixels of the kernel; and evaluating the updated data model at the target pixel position so as to form the filtered pixel value for the target pixel. updating the data model with a weighted regression analysis technique using the calculated weights for the pixels of the kernel; and evaluating the updated data model at the target pixel position so as to form the filtered pixel value for the target pixel.
Method for evaluating signals from an ultrasonic sensor, a measurement signal being emitted at a predefined transmission time and at least one echo signal (26, 28) being received and evaluated in response to the measurement signal, each received echo signal (26, 28) being compared with a threshold value curve during the evaluation, the profile of the threshold value curve being adapted in a first operating mode in such a manner that received echo signals (26, 28) whose amplitudes are below the threshold value curve are identified as interfering signal components and are hidden, and received echo signals (26, 28) whose amplitudes are above the threshold value curve are identified as useful signal components and are evaluated in order to determine distances from identified objects, characterized in that the profile of the threshold value curve is adapted in a second operating mode in such a manner that interfering signal components identified as ground reflections are recorded and are used to determine a vehicle speed relative to a road surface using the Doppler effect.
An infrared, IR, eye tracking system for a visible light display device, the visible light display device having a target display with a field of view that is visible to a user's eye during use of the visible light display device, the IR eye tracking system comprising: an IR module configured to emit IR light; a Red, Green, Blue, RGB, laser module configured to emit RGB light; a scanning system configured to perform scanning of the RGB light to the target display and scanning of the IR light to the user's eye; an eye tracking sensor configured to image the user's eye with reflected light that reflects from the user's eye during the scanning of the IR light, the eye tracking sensor including one or more sensor(s) configured to generate an electrical response corresponding to the reflected light; and a control module; characterized in that: the one or more sensors are configured to generate the electrical response at a sampling frequency; and in that the control module is configured to conserve energy during the scanning of the IR and RGB light by selectively causing the IR module to emit a pulsed beam at a pulse frequency and synchronizing the sampling frequency to the pulse frequency. an IR module configured to emit IR light; a Red, Green, Blue, RGB, laser module configured to emit RGB light; a scanning system configured to perform scanning of the RGB light to the target display and scanning of the IR light to the user's eye; an eye tracking sensor configured to image the user's eye with reflected light that reflects from the user's eye during the scanning of the IR light, the eye tracking sensor including one or more sensor(s) configured to generate an electrical response corresponding to the reflected light; and a control module; the one or more sensors are configured to generate the electrical response at a sampling frequency; and in that the control module is configured to conserve energy during the scanning of the IR and RGB light by selectively causing the IR module to emit a pulsed beam at a pulse frequency and synchronizing the sampling frequency to the pulse frequency.
A method for the environment-friendly continuous production of particle-like charcoal to be used in reduction occurring in connection with production of ferroalloys, whereby charcoal having sufficient strength, low ash, sulphur and phosphorus content and low volatiles content is produced from wood raw material, the method comprising the following steps: a) bark and mechanical impurities are removed from the wood material, b) the wood material is reduced in size to particle-like form, c) the wood material is dried, d) the dried wood material is carbonized at a temperature of 750-1000 °C in a carbonization reactor, whereby a first part of the gases formed in the carbonization of the wood material and dust are burned in the carbonization reactor with an air deficit, e) a second part of the gases formed in wood material carbonization, wood bark and the dust formed in size reduction are conveyed to a post-combustion boiler, where they are burned and the resultant thermal energy is utilized to produce electricity and district heat and a circulation gas is conveyed to drying and carbonization of the particle-like wood material, f) the particle-like charcoal formed in carbonization is conveyed to cooling and the cooling medium used is conveyed either to the carbonization reactor or the post-combustion boiler, g) water is removed from the bark material produced during debarking of the wood material by a press and the water is conveyed to a wastewater purification step before being discharged from the cycle. a) bark and mechanical impurities are removed from the wood material, b) the wood material is reduced in size to particle-like form, c) the wood material is dried, d) the dried wood material is carbonized at a temperature of 750-1000 °C in a carbonization reactor, whereby a first part of the gases formed in the carbonization of the wood material and dust are burned in the carbonization reactor with an air deficit, e) a second part of the gases formed in wood material carbonization, wood bark and the dust formed in size reduction are conveyed to a post-combustion boiler, where they are burned and the resultant thermal energy is utilized to produce electricity and district heat and a circulation gas is conveyed to drying and carbonization of the particle-like wood material, f) the particle-like charcoal formed in carbonization is conveyed to cooling and the cooling medium used is conveyed either to the carbonization reactor or the post-combustion boiler, g) water is removed from the bark material produced during debarking of the wood material by a press and the water is conveyed to a wastewater purification step before being discharged from the cycle.
A thermostatic mixing valve comprising a body in which a first cold water inlet duct, a first cold water outlet duct, a second hot water inlet duct, a second cold/hot mixed water outlet duct are obtained, and in which a thermostatic member and a shutter operated by the thermostatic member are received to maintain the mixed water at a predetermined temperature, characterized in that it comprises a hollow insert received along the first inlet duct and provided with spacer members on the external wall thereof to form two separate coaxial passages, an annular passage external to the insert and a passage (34,35) inside the insert, wherein the external passage is in communication with the first outlet duct and the internal passage (34,35) is in communication with the shutter, wherein the second inlet duct is also in communication with the shutter for the controlled mixing of hot and cold water, and wherein the shutter is in communication also with the second outlet duct for the inflow of regulated mixed water to the second outlet duct.
Pressure sensor that can be arranged in a cylinder-like combustion chamber of a combustion engine, consisting of a membrane separating a measuring device receiving the pressureinduced membrane deformation from the pressurized pressure chamber, and the pressure sensor is formed by a basic body that can be inserted in an opening of a wall delimiting the pressure chamber, wherein the membrane is arranged parallel or acute-angled to the surface normal of the opening, wherein the basic body has on its end facing the pressure chamber a blind hole-like recess and in the area facing the pressure chamber a flattening, characterized in that the basic body has a membrane opening forming an access from the surface of the flattening in the blind hole-like recess, and that the membrane is inserted in the membrane opening and connected sealing, for example welded or glued.
A system for detection guided therapy of a target area comprising: at least one detection device; at least one treatment device; at least one treatment device guide comprising a guide body having a plurality of channels, an adjustable extension attached to the guide body at an angle and at least one fiducial marker, at least one control system in communication with said at least one detection device and said at least one treatment device; wherein each of said plurality of channels is adapted for retaining one of said treatment device and said angle is adjustable, and the system being characterised in that said at least one fiducial marker is seperable from the guide body; and in that said at least one fiducial marker is detectable by said detection device and said control system is configured to resolve at least a location and orientation of said guide relative to at least a portion of said target area at least partially based on the detection of said at least one fiducial marker. at least one detection device; at least one treatment device; at least one treatment device guide comprising a guide body having a plurality of channels, an adjustable extension attached to the guide body at an angle and at least one fiducial marker,
A chocolate composition comprising erythritol; at least one further sweetener selected from maltitol, sucralose, acesulfame K and combinations thereof; and fat, characterised in that the chocolate composition has a total fat content of from 15wt% to 24.9wt% and an erythritol content of from 5 to 70wt%.
An elevator overrun system (300, 400) comprising: a first body (302, 402) arranged to be fixedly mounted to a portion of an elevator system (101, 201) or elevator shaft (117, 217, 417); a second body (304, 404) positioned within the first body (302, 402) and moveable from a deployed state to a retracted state relative to the first body (302, 402); a lower contact mounted to the first body (302, 402) at a first location; an upper contact mounted to the first body (302, 402) at a second location; characterized in that the elevator overrun system further comprises: a limit switch (310, 410) located at a distal end of the second body (304, 404), the limit switch (310, 410) configured to interact with a component of the elevator system (101, 201) to prevent movement of an elevator car (103, 203, 403); and a second body contact mounted to the second body (304, 404); when the second body contact is in contact with the lower contact, the deployed state is indicated, and, when the second body contact is in contact with the upper contact, the retracted state is indicated. a first body (302, 402) arranged to be fixedly mounted to a portion of an elevator system (101, 201) or elevator shaft (117, 217, 417); a second body (304, 404) positioned within the first body (302, 402) and moveable from a deployed state to a retracted state relative to the first body (302, 402); a lower contact mounted to the first body (302, 402) at a first location; an upper contact mounted to the first body (302, 402) at a second location; characterized in that the elevator overrun system further comprises: a limit switch (310, 410) located at a distal end of the second body (304, 404), the limit switch (310, 410) configured to interact with a component of the elevator system (101, 201) to prevent movement of an elevator car (103, 203, 403); and a second body contact mounted to the second body (304, 404); a limit switch (310, 410) located at a distal end of the second body (304, 404), the limit switch (310, 410) configured to interact with a component of the elevator system (101, 201) to prevent movement of an elevator car (103, 203, 403); and a second body contact mounted to the second body (304, 404); when the second body contact is in contact with the lower contact, the deployed state is indicated, and, when the second body contact is in contact with the upper contact, the retracted state is indicated.
A multi-contact connector comprising: terminals (4,11,15) each including a first contact piece section (9b,12) having a first contact section (9b2,12b) that achieves pressing contact with one surface of a connection target object in a first direction and a first elastic arm (9b1,12a) that extends in a direction that intersects the first direction and displaceably supports the first contact section (9b2,12b), a second contact piece section (9d,13) having a second contact section (9d2,13b) that achieves pressing contact with one surface of the connection target object in the first direction and a second elastic arm (9d1,13a) that displaceably supports the second contact section (9d2,13b), and a support piece (9c,16,17) that extends along the insertion direction of the connection target object and that is provided so as to face the first contact portion (9b2,12b) and the second contact portion (9d2,13b) and that contacts with another surface of the connection target object, wherein the second elastic arm (9d1,13a) extends in the first direction toward the first elastic arm (9b1, 12a) and has a front end portion facing the first elastic arm (9b1,12a) and is formed as a spring piece linked to the second contact section (9d2,13b).
A cushion module for a respiratory mask, the cushion module comprising: a housing comprising thermoformed foam; and a seal comprising thermoformed foam and coupled to the housing in use, the seal comprising a retention portion configured to removably retain the housing in engagement with the seal to form a breathing chamber; characterized in that the retention portion comprises a pair of arms, each of the arms extending forwardly and inwardly from a lateral side of the seal; wherein the arms are configured to overlap each other. a housing comprising thermoformed foam; and a seal comprising thermoformed foam and coupled to the housing in use, the seal comprising a retention portion configured to removably retain the housing in engagement with the seal to form a breathing chamber; characterized in that the retention portion comprises a pair of arms, each of the arms extending forwardly and inwardly from a lateral side of the seal; wherein the arms are configured to overlap each other.
A liquid crystal display device, comprising: a display panel including a pixel having a first color and a pixel having a second color; and a backlight unit configured to emit light to the display panel, wherein the backlight unit comprising: a light source providing a light of the first color; an optical sheet; a color conversion layer between the light source and the optical sheet and converting a part of the light of the first color into light of the second color; and an air gap between the color conversion layer and the optical sheet; and an adhesive pattern between the color conversion layer and the optical sheet and having an area smaller than the color conversion layer, wherein the adhesive pattern adheres the color conversion layer and the optical sheet to each other and forms the air gap between the color conversion layer and the optical sheet, wherein the optical sheet is disposed between the display panel and the color conversion layer, wherein the adhesive pattern is arranged so as not to overlap the second color pixel of the display panel but to overlap the first color pixel of the display panel. a display panel including a pixel having a first color and a pixel having a second color; and a backlight unit configured to emit light to the display panel, wherein the backlight unit comprising: a light source providing a light of the first color; an optical sheet; a color conversion layer between the light source and the optical sheet and converting a part of the light of the first color into light of the second color; and an air gap between the color conversion layer and the optical sheet; and an adhesive pattern between the color conversion layer and the optical sheet and having an area smaller than the color conversion layer, wherein the adhesive pattern adheres the color conversion layer and the optical sheet to each other and forms the air gap between the color conversion layer and the optical sheet, a light source providing a light of the first color; an optical sheet; a color conversion layer between the light source and the optical sheet and converting a part of the light of the first color into light of the second color; and an air gap between the color conversion layer and the optical sheet; and an adhesive pattern between the color conversion layer and the optical sheet and having an area smaller than the color conversion layer, wherein the adhesive pattern adheres the color conversion layer and the optical sheet to each other and forms the air gap between the color conversion layer and the optical sheet, wherein the optical sheet is disposed between the display panel and the color conversion layer, wherein the adhesive pattern is arranged so as not to overlap the second color pixel of the display panel but to overlap the first color pixel of the display panel.
A surgical system comprising: a surgical instrument (130, 431, 432) having a distal portion and a second portion; a reference fixture (115, 415) comprising a joint and a joint tracker configured to track motion of the joint, wherein the reference fixture is positioned in a first reference frame; a tether (120, 421, 422) connected between the joint and the surgical instrument; a shape sensor extending from the distal portion through the surgical instrument, through the tether, to the reference fixture and through the joint, wherein the shape sensor provides shape information for the surgical instrument relative to the first reference frame and wherein the shape sensor is substantially free of twist in the tether; and a processor configured to use information from the joint tracker to determine a pose of the first reference frame relative to a fixed world reference frame and configured to register the shape information in the fixed world reference frame. a surgical instrument (130, 431, 432) having a distal portion and a second portion; a reference fixture (115, 415) comprising a joint and a joint tracker configured to track motion of the joint, wherein the reference fixture is positioned in a first reference frame; a tether (120, 421, 422) connected between the joint and the surgical instrument; a shape sensor extending from the distal portion through the surgical instrument, through the tether, to the reference fixture and through the joint, wherein the shape sensor provides shape information for the surgical instrument relative to the first reference frame and wherein the shape sensor is substantially free of twist in the tether; and a processor configured to use information from the joint tracker to determine a pose of the first reference frame relative to a fixed world reference frame and configured to register the shape information in the fixed world reference frame.
Aircraft having at least one thrust providing jet engine (4, 6) and a fuselage with an integrated pressurized cabin, the aircraft comprising: - an environmental control system comprising at least one pneumatic air cycle air conditioning unit (90, 92), - a bleed air port (94, 96) in the at least one thrust providing jet engine (4, 6), - a non thrust providing auxiliary supply unit adapted for providing electricity and compressed air on ground and during flight, and - at least one compressed air line (10, 36), wherein the at least one compressed air line (10, 36) is coupled with the bleed air port (94, 96) and the auxiliary supply unit, wherein the environmental control system is coupled with the at least one compressed air line (10, 36), wherein the auxiliary supply unit is dimensioned so as to exclusively operate the environmental control system by delivering compressed air, and wherein bleed air from the bleed air port (94, 96) is selectively providable to the environmental control system for redundancy, wherein the auxiliary supply unit is supplied with fuel from a different storage unit as the at least one thrust providing jet engine (4, 6). - an environmental control system comprising at least one pneumatic air cycle air conditioning unit (90, 92), - a bleed air port (94, 96) in the at least one thrust providing jet engine (4, 6), - a non thrust providing auxiliary supply unit adapted for providing electricity and compressed air on ground and during flight, and - at least one compressed air line (10, 36),