mhurhangee/ep-ind-claims huggingface dataset:
A cradle assembly that couples a mobile terminal with one or more computers of a vehicle, the cradle assembly comprising: a cover unit; a binding unit affixed to the cover unit and configured to bind a first portion of the mobile terminal, wherein the binding unit is movable between a first position and a second position; a support unit configured to support a second portion of the mobile terminal; and a locking unit configured to fix the binding unit at the second position based on a signal, from the one or more computers of the vehicle, indicating that the mobile terminal is electrically coupled with the one or more computers of the vehicle, wherein the binding unit includes: - a movable holder assembly configured to bind the first portion of the mobile terminal; and - a guide structure that is coupled to the holder assembly and that is configured to guide movement of the holder assembly, wherein the holder assembly is configured to move on the guide structure; and wherein the guide structure is configured to guide the holder assembly, so that a position of the holder assembly is adjustable along a rearwardly and upwardly inclined path, or along a forwardly and downwardly inclined path in a state in which the cover unit is opened. a cover unit; a binding unit affixed to the cover unit and configured to bind a first portion of the mobile terminal, wherein the binding unit is movable between a first position and a second position; a support unit configured to support a second portion of the mobile terminal; and a locking unit configured to fix the binding unit at the second position based on a signal, from the one or more computers of the vehicle, indicating that the mobile terminal is electrically coupled with the one or more computers of the vehicle, wherein the binding unit includes: - a movable holder assembly configured to bind the first portion of the mobile terminal; and - a guide structure that is coupled to the holder assembly and that is configured to guide movement of the holder assembly, wherein the holder assembly is configured to move on the guide structure; and - a movable holder assembly configured to bind the first portion of the mobile terminal; and - a guide structure that is coupled to the holder assembly and that is configured to guide movement of the holder assembly, wherein the holder assembly is configured to move on the guide structure; and wherein the guide structure is configured to guide the holder assembly, so that a position of the holder assembly is adjustable along a rearwardly and upwardly inclined path, or along a forwardly and downwardly inclined path in a state in which the cover unit is opened.
Device for metal detection when acting on biological tissue by means of a spark-forming electrosurgical instrument, with a measuring device for detecting a voltage (u) provided by a generator for operation of the instrument, and for detecting the current (i) supplied to the instrument by the generator, with a metal detector which is configured to distinguish, on the basis of the current (i) and voltage (u), whether a spark emitted by the instrument meets biological tissue or a metal part, characterised in that the metal detector comprises: an analysis device which is configured to determine a resistance parameter dependent on the tissue resistance (R G) and a spark parameter (F rel) dependent on the spark size, and a comparator which is configured to compare the resistance parameter with a resistance threshold value (R 0) and compare the spark parameter (F rel) with a spark size threshold value (F 0), wherein the comparator is configured to indicate a contact of metal by a spark emitted by the instrument when: - the resistance parameter is less than the threshold resistance value (R 0) and - the spark parameter (F rel) exceeds the spark size threshold value (F 0). with a measuring device for detecting a voltage (u) provided by a generator for operation of the instrument, and for detecting the current (i) supplied to the instrument by the generator, with a metal detector which is configured to distinguish, on the basis of the current (i) and voltage (u), whether a spark emitted by the instrument meets biological tissue or a metal part, characterised in that the metal detector comprises: an analysis device which is configured to determine a resistance parameter dependent on the tissue resistance (R G) and a spark parameter (F rel) dependent on the spark size, and a comparator which is configured to compare the resistance parameter with a resistance threshold value (R 0) and compare the spark parameter (F rel) with a spark size threshold value (F 0), an analysis device which is configured to determine a resistance parameter dependent on the tissue resistance (R G) and a spark parameter (F rel) dependent on the spark size, and a comparator which is configured to compare the resistance parameter with a resistance threshold value (R 0) and compare the spark parameter (F rel) with a spark size threshold value (F 0), wherein the comparator is configured to indicate a contact of metal by a spark emitted by the instrument when: - the resistance parameter is less than the threshold resistance value (R 0) and - the spark parameter (F rel) exceeds the spark size threshold value (F 0). - the resistance parameter is less than the threshold resistance value (R 0) and - the spark parameter (F rel) exceeds the spark size threshold value (F 0).
A downhole setting tool, comprising: a collet mandrel, wherein the collet mandrel comprises collet mandrel teeth; an actuator collar comprising actuator collar teeth, wherein the actuator collar teeth engage with the collet mandrel teeth so as to torsionally lock the collet mandrel to the actuator collar; and a ball valve oriented to block downwards flow through the mandrel in a closed position, wherein the ball valve comprises a slider pin comprising a first projection configured to engage with a first surface bore in a ball of the ball valve; and a slider sleeve comprising a longitudinal groove, wherein the slider pin is configured to slide in the longitudinal groove, and wherein the actuator collar further comprises an actuator pin rigidly connected to the actuator collar, wherein the actuator pin comprises a second projection configured to engage with a second surface bore in the ball of the ball valve, wherein the actuator pin and the slider pin are configured to constrain a pitch and a roll of the ball such that the ball valve may be closed by rotating the collet mandrel in a first rotational direction and opened by rotating the collet mandrel in a second rotational direction; and a first piston located above the valve and positioned around an outside of the collet mandrel, wherein the first piston is configured to develop a motive force from a pressure differential between an interior of the mandrel and an exterior of the downhole oilfield tool assembly. a collet mandrel, wherein the collet mandrel comprises collet mandrel teeth; an actuator collar comprising actuator collar teeth, wherein the actuator collar teeth engage with the collet mandrel teeth so as to torsionally lock the collet mandrel to the actuator collar; and a ball valve oriented to block downwards flow through the mandrel in a closed position, wherein the ball valve comprises a slider pin comprising a first projection configured to engage with a first surface bore in a ball of the ball valve; and a slider sleeve comprising a longitudinal groove, wherein the slider pin is configured to slide in the longitudinal groove, and wherein the actuator collar further comprises an actuator pin rigidly connected to the actuator collar, wherein the actuator pin comprises a second projection configured to engage with a second surface bore in the ball of the ball valve, a slider pin comprising a first projection configured to engage with a first surface bore in a ball of the ball valve; and a slider sleeve comprising a longitudinal groove, wherein the slider pin is configured to slide in the longitudinal groove, and wherein the actuator collar further comprises an actuator pin rigidly connected to the actuator collar, wherein the actuator pin comprises a second projection configured to engage with a second surface bore in the ball of the ball valve, wherein the actuator pin and the slider pin are configured to constrain a pitch and a roll of the ball such that the ball valve may be closed by rotating the collet mandrel in a first rotational direction and opened by rotating the collet mandrel in a second rotational direction; and
A panel having a gypsum matrix, the gypsum matrix having the following additives embedded therein: • glass fibre in an amount greater than 1 wt% and less than 6 wt% relative to the gypsum; • a synthetic polymeric binder in an amount greater than 4 wt% and 25 wt% or less relative to the gypsum; • wherein the total weight of the additives embedded in the gypsum matrix is less than the weight of the gypsum in the gypsum matrix; • the glass fibre and synthetic polymeric binder being present in a weight ratio of at least 4 parts binder to one part fibre; wherein the amount of sand present in the gypsum matrix lies in the range 0-0.5 wt% relative to the gypsum; and further wherein the amount of cellulosic fibre present in the gypsum matrix lies in the range 0-2 wt% relative to the gypsum; wherein the glass fibre is dispersed throughout the gypsum matrix; and the panel being provided with a facing on at least one side. • glass fibre in an amount greater than 1 wt% and less than 6 wt% relative to the gypsum; • a synthetic polymeric binder in an amount greater than 4 wt% and 25 wt% or less relative to the gypsum; • wherein the total weight of the additives embedded in the gypsum matrix is less than the weight of the gypsum in the gypsum matrix; • the glass fibre and synthetic polymeric binder being present in a weight ratio of at least 4 parts binder to one part fibre; wherein the amount of sand present in the gypsum matrix lies in the range 0-0.5 wt% relative to the gypsum; and further wherein the amount of cellulosic fibre present in the gypsum matrix lies in the range 0-2 wt% relative to the gypsum; wherein the glass fibre is dispersed throughout the gypsum matrix; and the panel being provided with a facing on at least one side.
A fluid flow meter, comprising - a conduit; - a heater configured to heat fluid at a heating location in the conduit; - sensors (12a-d) configured to remotely measure a local property of the fluid that is dependent on local temperature of the fluid in fluid flowing in the conduit at a plurality of sensing locations downstream from said heating location; - a data processing circuit configured - to cause the heater to heat the fluid using a plurality of heating patterns of respective different frequency simultaneously, - to obtain measurements of said property from the sensors (12a-d) during a predetermined time interval, - to compute phase and amplitude values of frequency components of variations of the property in said time interval for the respective different frequencies iteratively, with successive iterations to estimate corrections of the compute phase and amplitude values from measurements of the property from which estimates of the components obtained from a previous iteration have been subtracted, and - to determine flow speed from differences between the phase values computed for a selected one of the frequencies or a selected range of the frequencies for respective ones of the sensing locations. - a conduit; - a heater configured to heat fluid at a heating location in the conduit; - sensors (12a-d) configured to remotely measure a local property of the fluid that is dependent on local temperature of the fluid in fluid flowing in the conduit at a plurality of sensing locations downstream from said heating location; - a data processing circuit configured - to cause the heater to heat the fluid using a plurality of heating patterns of respective different frequency simultaneously, - to obtain measurements of said property from the sensors (12a-d) during a predetermined time interval, - to compute phase and amplitude values of frequency components of variations of the property in said time interval for the respective different frequencies iteratively, with successive iterations to estimate corrections of the compute phase and amplitude values from measurements of the property from which estimates of the components obtained from a previous iteration have been subtracted, and - to determine flow speed from differences between the phase values computed for a selected one of the frequencies or a selected range of the frequencies for respective ones of the sensing locations.
A system for automatic web splicing adapted on a running path of a web between an unwinding section and a utilizing machine for providing continuous flow of web to the utilizing machine, said system comprising: at least two receiving platforms (122a, 122b), one platform for receiving a running web and other platform for a new web; a delivering platform for delivering running web; a space defining a splicing area between the delivering platform and the receiving platform; an adjusting means for moving, adjusting, and maintaining the delivering platform and one of the receiving platforms (122a, 122b) in-line with each other; a clamping means (125a, 125b, 125c) for each platform for clamping the webs during splicing; a shearing blade for cutting a trailing edge of a finished running web held between the delivering platform and the receiving platform by clamping means; and a controller to facilitate clamping, cutting and splicing of the webs, characterized by including two dispensers (128a, 128b), arranged above and below the running web, to travel in cross machine direction within the said space so as to splice trailing edge of a running web and a leading edge of a new web with an adhesive tape, thereby to apply adhesive tape from top and bottom simultaneously. at least two receiving platforms (122a, 122b), one platform for receiving a running web and other platform for a new web; a delivering platform for delivering running web; a space defining a splicing area between the delivering platform and the receiving platform; an adjusting means for moving, adjusting, and maintaining the delivering platform and one of the receiving platforms (122a, 122b) in-line with each other; a clamping means (125a, 125b, 125c) for each platform for clamping the webs during splicing; a shearing blade for cutting a trailing edge of a finished running web held between the delivering platform and the receiving platform by clamping means; and a controller to facilitate clamping, cutting and splicing of the webs, characterized by including two dispensers (128a, 128b), arranged above and below the running web, to travel in cross machine direction within the said space so as to splice trailing edge of a running web and a leading edge of a new web with an adhesive tape, thereby to apply adhesive tape from top and bottom simultaneously.
Mobile ground power unit for supplying power to an aircraft parked on the ground, the ground power unit standing on wheels and being set up to output 28 V of direct current and/or 115 V 400 Hz of alternating current comprising - an engine and - an electric generator, whereby the electric generator is configured to be driven by the engine, - a housing whereby the engine and the electric generator are disposed within the housing, characterized in that the housing features at least one rotor molded or rotor cast component that serves as an outer shell or part of an outer shell of the housing whereby the housing features as the at least one rotor molded or rotor cast component one of: - a canopy (31.1) covering at least the upper side of the engine and/or the generator - a cable tray (31.2) arranged sideways in relation to the engine and/or the electric generator. - an engine and - an electric generator, whereby the electric generator is configured to be driven by the engine, - a housing whereby the engine and the electric generator are disposed within the housing, - a canopy (31.1) covering at least the upper side of the engine and/or the generator - a cable tray (31.2) arranged sideways in relation to the engine and/or the electric generator.
A double stranded nucleic acid (dsNA) comprising: a sense strand comprising 21 to 83 nucleotides; an antisense strand comprising 15 to 39 nucleotides; a duplex formed by said sense and antisense strand, having a length of 15 to 35 base pairs; wherein the dsNA comprises a discontinuity between the 5'-terminus of the sense strand and the 3'-terminus of the antisense strand or between the 3'-terminus of the sense strand and the 5'-terminus of the antisense strand; wherein the sense strand comprises a tetraloop and the tetraloop comprises at least one ligand conjugated nucleotide; wherein each ligand is conjugated to a nucleotide of the tetraloop via an acetal linker and wherein said antisense strand is complementary to a target mRNA along at least 15 nucleotides of said antisense strand and said dsNA reduces target gene expression when introduced into a mammal or a mammalian cell. a sense strand comprising 21 to 83 nucleotides; an antisense strand comprising 15 to 39 nucleotides; a duplex formed by said sense and antisense strand, having a length of 15 to 35 base pairs; wherein the dsNA comprises a discontinuity between the 5'-terminus of the sense strand and the 3'-terminus of the antisense strand or between the 3'-terminus of the sense strand and the 5'-terminus of the antisense strand; wherein the sense strand comprises a tetraloop and the tetraloop comprises at least one ligand conjugated nucleotide; wherein each ligand is conjugated to a nucleotide of the tetraloop via an acetal linker and wherein said antisense strand is complementary to a target mRNA along at least 15 nucleotides of said antisense strand and said dsNA reduces target gene expression when introduced into a mammal or a mammalian cell.
Method for obtaining a dry granular additive-enhanced polymer material, which comprises a first step of grinding blocks of a starting polymer material in a first grinder supplied with hot gas, in order to obtain a ground polymer material in the form of particles, which also comprises: - a first step (51, 16 to 19) of metering out at least a first additive; - a first step (53, 16 to 19) of adding each first metered-out additive to the particles of ground polymer material; - a step (55, 15) of solid/gas separation during which the solid materials and the moisture-laden gas output from the first addition step are separated; - a first step of mixing the solid materials utilizing a mixer; - a particle separation step (57, 23) to separate the largest particles output from the mixer from the smallest particles output from the mixer; - a second step of grinding the largest particles with a second grinder supplied with hot gas; - a step of reinjecting the particles output from the second grinding step (58, 24) in order to return them to the solid/gas separation step; - a step (61, 28) of packaging the smallest mixed particles consisting of dry granular additive-enhanced polymer material. - a first step (51, 16 to 19) of metering out at least a first additive; - a first step (53, 16 to 19) of adding each first metered-out additive to the particles of ground polymer material; - a step (55, 15) of solid/gas separation during which the solid materials and the moisture-laden gas output from the first addition step are separated; - a first step of mixing the solid materials utilizing a mixer; - a particle separation step (57, 23) to separate the largest particles output from the mixer from the smallest particles output from the mixer; - a second step of grinding the largest particles with a second grinder supplied with hot gas; - a step of reinjecting the particles output from the second grinding step (58, 24) in order to return them to the solid/gas separation step; - a step (61, 28) of packaging the smallest mixed particles consisting of dry granular additive-enhanced polymer material.
An insulating building system for an external building structure, such as a wall or a roof, or an internal building structure, such as a wall or a ceiling or floor structure, said system comprising: a building assembly, in an installed condition having a first side and a second side opposite of said first side, wherein said building assembly comprises in said condition two frame profiles arranged opposite each other peripherally on the building structure, a top and a bottom profile; a plurality of insulating panels, and a plurality of joining profiles extending between said two frame profiles, said joining profiles having a first and second side surfaces which are abutted by the first and second contact sides, respectively, of adjacent insulating panels on each side of said joining profiles, wherein the opposite profile contact sides of the insulation panels are provided with a shape matching the first and second profile side surfaces, respectively, such that the insulation panels are retained between two profiles, characterised in that the insulation panels each are made of a mineral fibre wool material with a density between 60-100 kg/m 3 and a compression elasticity modulus of at least 500 kPa, when measured parallel to the width of said insulation panel, said joining profiles being bent in one piece from sheet metal. a building assembly, in an installed condition having a first side and a second side opposite of said first side, wherein said building assembly comprises in said condition two frame profiles arranged opposite each other peripherally on the building structure, a top and a bottom profile; a plurality of insulating panels, and a plurality of joining profiles extending between said two frame profiles, said joining profiles having a first and second side surfaces which are abutted by the first and second contact sides, respectively, of adjacent insulating panels on each side of said joining profiles,
A method for displaying a monitoring viewer in a HMI system, the method comprising: upon receiving a request to display the monitoring viewer from a user, acquiring screen data to be displayed in the monitoring viewer; and displaying a monitoring screen in a view area of the monitoring viewer by using the screen data, wherein the view area comprises one or more details areas, the one or more details areas comprise an active details area and inactive details areas, characterized in, that an update cycle of the active details area is set to be shorter than an update cycle of the inactive details areas, and that the update cycle of each of the inactive details areas is set to be shorter as a size of a screen displayed therein is larger. upon receiving a request to display the monitoring viewer from a user, acquiring screen data to be displayed in the monitoring viewer; and displaying a monitoring screen in a view area of the monitoring viewer by using the screen data, wherein the view area comprises one or more details areas, the one or more details areas comprise an active details area and inactive details areas, characterized in, that an update cycle of the active details area is set to be shorter than an update cycle of the inactive details areas, and that the update cycle of each of the inactive details areas is set to be shorter as a size of a screen displayed therein is larger.