mhurhangee/patent-ind-claim-en huggingface dataset:
A structured abrasive article comprising: a backing having first and second opposed major surfaces; an abrasive layer securely bonded to the first major surface of the backing , wherein: the abrasive layer comprises shaped abrasive composites , wherein each shaped abrasive composite has four sides, a height, and a base that faces the first major surface of the backing , wherein the shaped abrasive composites have an average height of 410 to 650 microns and an average side length at the base of 550 to 1450 microns, wherein the shaped abrasive composites comprise non-magnetizable shaped abrasive platelets , characterized in that the non-magnetizable shaped abrasive platelets have an average side length of 180 to 350 microns and an average thickness of 60 to 120 microns; wherein at least 60 percent of the non-magnetizable shaped abrasive platelets comprise non-magnetizable triangular abrasive platelets. a backing having first and second opposed major surfaces; an abrasive layer securely bonded to the first major surface of the backing , wherein: the abrasive layer comprises shaped abrasive composites , wherein each shaped abrasive composite has four sides, a height, and a base that faces the first major surface of the backing , wherein the shaped abrasive composites have an average height of 410 to 650 microns and an average side length at the base of 550 to 1450 microns, wherein the shaped abrasive composites comprise non-magnetizable shaped abrasive platelets , characterized in that the non-magnetizable shaped abrasive platelets have an average side length of 180 to 350 microns and an average thickness of 60 to 120 microns; wherein at least 60 percent of the non-magnetizable shaped abrasive platelets comprise non-magnetizable triangular abrasive platelets. the abrasive layer comprises shaped abrasive composites , wherein each shaped abrasive composite has four sides, a height, and a base that faces the first major surface of the backing , wherein the shaped abrasive composites have an average height of 410 to 650 microns and an average side length at the base of 550 to 1450 microns, wherein the shaped abrasive composites comprise non-magnetizable shaped abrasive platelets , characterized in that the non-magnetizable shaped abrasive platelets have an average side length of 180 to 350 microns and an average thickness of 60 to 120 microns; wherein at least 60 percent of the non-magnetizable shaped abrasive platelets comprise non-magnetizable triangular abrasive platelets.
Fastening device for releasably fastening a load device to a guiding device , having: a load-bearing structure with a fastening unit and with a closure unit ; wherein the fastening unit is able to be connected to the guiding unit ; wherein the closure unit is configured for releasable fastening of the load device ; wherein the closure unit has at least three projections which are arranged with predefined spacings (d) along a periphery of the load-bearing structure ; wherein each projection of the at least three projections has a closure element which is able to be moved between a closed state and an open state ; wherein in each case two adjacent projections together form a cutout for receiving the load device or a part of the load device. a load-bearing structure with a fastening unit and with a closure unit ; wherein the fastening unit is able to be connected to the guiding unit ; wherein the closure unit is configured for releasable fastening of the load device ; wherein the closure unit has at least three projections which are arranged with predefined spacings (d) along a periphery of the load-bearing structure ; wherein each projection of the at least three projections has a closure element which is able to be moved between a closed state and an open state ; wherein in each case two adjacent projections together form a cutout for receiving the load device or a part of the load device.
A method comprising: orienting a center axis of a first loudspeaker to intersect with a portion of a display screen; and outputting a first sound from the first loudspeaker towards the display screen, wherein a reflection of the first sound off of the display screen is directed towards a display screen viewing position; adjusting an amplitude of the first sound based on a coefficient of reflectivity of the display screen, a distance between the first loudspeaker and the display screen, and a distance between the display screen and the viewing position; and outputting a second sound from a second loudspeaker, wherein the second sound and the reflection of the first sound combine at the display screen viewing position. orienting a center axis of a first loudspeaker to intersect with a portion of a display screen; and outputting a first sound from the first loudspeaker towards the display screen, wherein a reflection of the first sound off of the display screen is directed towards a display screen viewing position; adjusting an amplitude of the first sound based on a coefficient of reflectivity of the display screen, a distance between the first loudspeaker and the display screen, and a distance between the display screen and the viewing position; and outputting a second sound from a second loudspeaker, wherein the second sound and the reflection of the first sound combine at the display screen viewing position.
Hydrostatically driven vehicle having at least one ground contact unit , comprising: - a hydrostatic drive unit , operatively connected to said at least one ground contact unit , suitable for propelling the vehicle and for working as a motor brake for exerting a motor braking action; - a service brake user interface , suitable for receiving a braking request from a user of the vehicle ; - at least one parking brake actuator , suitable for exerting a parking braking action; - an electronic control unit ; characterised in that - said service brake user interface is operatively connected to said hydrostatic drive unit to exert said motor braking action as service braking action; - said electronic control unit is designed for computing information about the status of the service braking action in order to detect a failure of the service braking action; - said at least one parking brake actuator is operatively connected to said electronic control unit ; - said electronic control unit is designed for automatically activating said at least one parking brake actuator as a response to the braking request when said failure of the service braking action is detected, thereby said at least one parking brake actuator acts as emergency brake supply for the hydrostatically driven vehicle . - a hydrostatic drive unit , operatively connected to said at least one ground contact unit , suitable for propelling the vehicle and for working as a motor brake for exerting a motor braking action; - a service brake user interface , suitable for receiving a braking request from a user of the vehicle ; - at least one parking brake actuator , suitable for exerting a parking braking action; - an electronic control unit ; - said service brake user interface is operatively connected to said hydrostatic drive unit to exert said motor braking action as service braking action; - said electronic control unit is designed for computing information about the status of the service braking action in order to detect a failure of the service braking action; - said at least one parking brake actuator is operatively connected to said electronic control unit ; - said electronic control unit is designed for automatically activating said at least one parking brake actuator as a response to the braking request when said failure of the service braking action is detected, thereby said at least one parking brake actuator acts as emergency brake supply for the hydrostatically driven vehicle .
An air treatment apparatus for conditioning air or providing ventilation of air, the air treatment apparatus comprising: a casing of an apparatus main body; a first sensor ; a conversion unit ; and a main control unit disposed in the casing and configured to receive the signal output from the conversion unit , characterized by the first sensor being disposed outside the casing and configured to output a signal in conformity with a first communication standard and the conversion unit being configured to convert the signal output from the first sensor into a signal conforming to a second communication standard higher in tolerance to noise than the first communication standard and to output the signal thus converted. a casing of an apparatus main body; a first sensor ; a conversion unit ; and a main control unit disposed in the casing and configured to receive the signal output from the conversion unit , characterized by the first sensor being disposed outside the casing and configured to output a signal in conformity with a first communication standard and the conversion unit being configured to convert the signal output from the first sensor into a signal conforming to a second communication standard higher in tolerance to noise than the first communication standard and to output the signal thus converted.
A method of manufacturing a solar cell, comprising, in the following order: sawing a substrate and then removing a damage caused by sawing the substrate from a surface of the substrate using a saw damage removal process; texturing the surface of the substrate using an a reactive ion etching process; doping the surface of the substrate with a doping material different from a material constituting the substrate; removing a damage formed during the doping process and a phosphosilicate glass film from the surface of the substrate; forming an anti-reflective coating on the surface of the substrate; irradiating an edge of the substrate with laser using laser etching to isolate the edge from the antireflective film; and metallizing the substrate to form a front electrode and a rear electrode on front and rear sides thereof, wherein the removing of the damage formed during the doping process and the phosphosilicate glass film from the surface of the substrate is conducted in one wet etching apparatus. sawing a substrate and then removing a damage caused by sawing the substrate from a surface of the substrate using a saw damage removal process; texturing the surface of the substrate using an a reactive ion etching process; doping the surface of the substrate with a doping material different from a material constituting the substrate; removing a damage formed during the doping process and a phosphosilicate glass film from the surface of the substrate; forming an anti-reflective coating on the surface of the substrate; irradiating an edge of the substrate with laser using laser etching to isolate the edge from the antireflective film; and metallizing the substrate to form a front electrode and a rear electrode on front and rear sides thereof, wherein the removing of the damage formed during the doping process and the phosphosilicate glass film from the surface of the substrate is conducted in one wet etching apparatus.
A liquid container configured to be detachably connectable with a liquid consuming apparatus, the liquid container comprising: a liquid container body at least partly formed from a flexible material and configured to contain a liquid therein; a liquid supply port configured to communicate with inside of the liquid container body and cause the liquid to be flowed out; an operation member located at one end portion of the liquid container body ; a positioning structure provided integrally with the operation member and configured to position the liquid container relative to the liquid consuming apparatus in a process of connecting the liquid container with the liquid consuming apparatus; wherein the positioning structure and the container-side electrical connection structure are provided on a first side of the operation member ; and a container-side electrical connection structure provided integrally with the operation member and configured to have a contact portion that is configured to come into contact with an apparatus-side electrical connection structure provided in the liquid consuming apparatus, characterized in that the liquid container further comprises: a pressed portion being a manually pressed portion configured to be pressed by a user in the process of connecting with the liquid consuming apparatus is provided on a second side that is opposite to the positioning structure and the container-side electrical connection structure across the operation member , the pressed portion being provided to be protruding outward from the operation member . a liquid container body at least partly formed from a flexible material and configured to contain a liquid therein; a liquid supply port configured to communicate with inside of the liquid container body and cause the liquid to be flowed out; an operation member located at one end portion of the liquid container body ; a positioning structure provided integrally with the operation member and configured to position the liquid container relative to the liquid consuming apparatus in a process of connecting the liquid container with the liquid consuming apparatus; wherein the positioning structure and the container-side electrical connection structure are provided on a first side of the operation member ; and a container-side electrical connection structure provided integrally with the operation member and configured to have a contact portion that is configured to come into contact with an apparatus-side electrical connection structure provided in the liquid consuming apparatus, characterized in that the liquid container further comprises: a pressed portion being a manually pressed portion configured to be pressed by a user in the process of connecting with the liquid consuming apparatus is provided on a second side that is opposite to the positioning structure and the container-side electrical connection structure across the operation member , the pressed portion being provided to be protruding outward from the operation member .
Apparatus for driving a fastening element into a substrate, having - a trigger switch , which is actuated by a user of the apparatus and, when the trigger switch is actuated, generates a trigger signal, - a motion sensor , which generates a wake-up signal when there is a predetermined movement of the apparatus by the user, - and an electronic control device , which in an operating mode is suitable for setting the apparatus to a ready-for-driving state, in which a trigger signal of the trigger switch triggers an operation of driving a fastening element into a substrate, and for switching to a standby mode when no sensor signals are transmitted to the control device during a predetermined time period, and which in a standby mode is suitable for receiving a wake-up signal from the motion sensor and, when it receives a wake-up signal, switching from the standby mode to the operating mode. - a trigger switch , which is actuated by a user of the apparatus and, when the trigger switch is actuated, generates a trigger signal, - a motion sensor , which generates a wake-up signal when there is a predetermined movement of the apparatus by the user, - and an electronic control device , which in an operating mode is suitable for setting the apparatus to a ready-for-driving state, in which a trigger signal of the trigger switch triggers an operation of driving a fastening element into a substrate, and for switching to a standby mode when no sensor signals are transmitted to the control device during a predetermined time period, and which in a standby mode is suitable for receiving a wake-up signal from the motion sensor and, when it receives a wake-up signal, switching from the standby mode to the operating mode.
Washing and/or drying appliance comprising an electric power supply assembly configured to receive an AC supply voltage and to provide a DC supply voltage ( V DC ) therefrom, the DC supply voltage ( V DC ) being adapted to power electrically-operated devices of the appliance , wherein the electric power supply assembly comprises: an output module for providing the DC supply voltage ( V DC ), and a control unit electrically coupled to at least one component ( C ) of the output module and characterized in that the control unit is configured to receive a test DC supply voltage ( V DC,TEST ) corresponding to the DC supply voltage ( V DC ), and wherein the control unit is further configured to provide fault indications indicative that the least one component ( C ) of the output module is affected by damages upon detecting that said test DC supply voltage ( V DC,TEST ) has a value outside a values range comprising a predetermined value of the test DC supply voltage ( V DC,TEST ). wherein the electric power supply assembly comprises: an output module for providing the DC supply voltage ( V DC ), and a control unit electrically coupled to at least one component ( C ) of the output module and characterized in that the control unit is configured to receive a test DC supply voltage ( V DC,TEST ) corresponding to the DC supply voltage ( V DC ), and wherein an output module for providing the DC supply voltage ( V DC ), and a control unit electrically coupled to at least one component ( C ) of the output module and characterized in that the control unit is configured to receive a test DC supply voltage ( V DC,TEST ) corresponding to the DC supply voltage ( V DC ), and wherein the control unit is further configured to provide fault indications indicative that the least one component ( C ) of the output module is affected by damages upon detecting that said test DC supply voltage ( V DC,TEST ) has a value outside a values range comprising a predetermined value of the test DC supply voltage ( V DC,TEST ).
An apparatus for introducing a fluid into a subsea production flow system, the apparatus comprising: a first flow path through the apparatus for fluidly coupling a subsea well to a subsea production flow system; an inlet for receiving the introduced fluid; a second flow path for fluidly connecting the inlet and the subsea production flow system via at least part of the first flow path; a valve operable to control the flow of the introduced fluid through the inlet to the subsea production flow system; and at least one flow barrier in the first flow path, preventing the passage of the introduced fluid from the inlet to the subsea well. a first flow path through the apparatus for fluidly coupling a subsea well to a subsea production flow system; an inlet for receiving the introduced fluid; a second flow path for fluidly connecting the inlet and the subsea production flow system via at least part of the first flow path; a valve operable to control the flow of the introduced fluid through the inlet to the subsea production flow system; and at least one flow barrier in the first flow path, preventing the passage of the introduced fluid from the inlet to the subsea well.
A device for measuring the pressure p of a fluid streaming through a pipe , comprising at least one primary sensor disposed on an outer perimeter of the pipe for measuring a primary physical measurement quantity that depends on the pressure p, wherein the absolute value of the pressure p is obtainable by offsetting this primary physical measurement quantity against at least one calibration quantity and wherein this calibration quantity relates to the geometry and/or to at least one material property of the pipe , further comprising means for determining the calibration quantity as well as an evaluation unit for determining the pressure p from the primary physical measurement quantity in connection with the calibration quantity , characterized in that the means for determining the calibration quantity comprise at least one calibration sensor disposed on an outer perimeter of the pipe that is physically sensitive to the calibration quantity , wherein • the calibration sensor comprises at least one transmitter for the coupling of sound waves into the pipe as well as at least one receiver for measuring the response of the pipe to the sound waves , and • the transmitter is frequency variable, and/or the emission spectrum of the transmitter is continuous at least within a frequency interval, such that, from the response of the pipe to the sound waves , the calibration quantity may be evaluated. • the calibration sensor comprises at least one transmitter for the coupling of sound waves into the pipe as well as at least one receiver for measuring the response of the pipe to the sound waves , and • the transmitter is frequency variable, and/or the emission spectrum of the transmitter is continuous at least within a frequency interval,
An adjustable valve comprising: a valve body comprising a valve seat ; a valve member movable relative to the valve seat ; a first valve cap ; a second valve cap ; and a biasing element provided between the first valve cap and the valve member such that the valve member is biased away from the first valve cap by a biasing force from the biasing element ; wherein the first valve cap is movable within a defined range of motion relative to the valve body such that movement of the first valve cap in a first direction increases the biasing force applied by the biasing element ; and characterised in that the second valve cap is engageable with the first valve cap at a plurality of positions of the first valve cap within its defined range of motion to prevent movement of the first valve cap in said first direction beyond a selected one of said plurality of positions but to allow movement of the first valve cap in a second direction, opposite to said first direction, within said defined range of motion. a valve body comprising a valve seat ; a valve member movable relative to the valve seat ; a first valve cap ; a second valve cap ; and a biasing element provided between the first valve cap and the valve member such that the valve member is biased away from the first valve cap by a biasing force from the biasing element ; wherein the first valve cap is movable within a defined range of motion relative to the valve body such that movement of the first valve cap in a first direction increases the biasing force applied by the biasing element ; and characterised in that the second valve cap is engageable with the first valve cap at a plurality of positions of the first valve cap within its defined range of motion to prevent movement of the first valve cap in said first direction beyond a selected one of said plurality of positions but to allow movement of the first valve cap in a second direction, opposite to said first direction, within said defined range of motion.