mhurhangee/ep-ind-claims huggingface dataset:
A bracket for an engine hoist, the bracket comprising: a first side portion including a first plurality of linkage connection points; a second side portion including a second plurality of linkage connection points; a flange extending along and connecting the first side portion and the second side portion; characterized by a securing member including: a flange receiving portion having a slot configured to receive the flange; and a U-shaped receiving portion having opposing legs (442, 444) that define a central cavity in which an elongate member of the engine hoist is receivable, each of the legs (442, 444) having a slot (450, 452) that receives one of the first or second side portions (404, 406). a first side portion including a first plurality of linkage connection points; a second side portion including a second plurality of linkage connection points; a flange extending along and connecting the first side portion and the second side portion; characterized by a securing member including: a flange receiving portion having a slot configured to receive the flange; and a U-shaped receiving portion having opposing legs (442, 444) that define a central cavity in which an elongate member of the engine hoist is receivable, each of the legs (442, 444) having a slot (450, 452) that receives one of the first or second side portions (404, 406). a flange receiving portion having a slot configured to receive the flange; and a U-shaped receiving portion having opposing legs (442, 444) that define a central cavity in which an elongate member of the engine hoist is receivable, each of the legs (442, 444) having a slot (450, 452) that receives one of the first or second side portions (404, 406).
Beam position monitor for measuring a position of a beam of charged particles passing through a chamber, the beam position monitor comprising a first magnetic field sensor and a second magnetic field sensor arranged to be installed in the chamber on either side of the beam of particles, each magnetic field sensor (30A, 20E) comprising a conductive loop (23B, 33B), the beam position monitor being characterized in that the conductive loop of the first magnetic field sensor and the conductive loop of the second magnetic field sensor are arranged to have inductances different from one another.
A method for determining a Discontinuous Reception, DRX, parameter, comprising: determining, by a terminal device, a DRX parameter corresponding to a first physical transmission, the DRX parameter corresponding to the first physical transmission being a first DRX parameter corresponding to a Quality of Service, QoS, parameter associated with the first physical transmission or a default second DRX parameter; and performing, by the terminal device, the first physical transmission based on the DRX parameter corresponding to the first physical transmission, characterized in that determining, by the terminal device, the DRX parameter corresponding to the first physical transmission comprises: determining, by the terminal device, that the QoS parameter associated with the first physical transmission is a first QoS parameter; determining, by the terminal device, that first configuration information comprises no first QoS parameter; and determining, by the terminal device, the default second DRX parameter as the DRX parameter corresponding to the first physical transmission. determining, by a terminal device, a DRX parameter corresponding to a first physical transmission, the DRX parameter corresponding to the first physical transmission being a first DRX parameter corresponding to a Quality of Service, QoS, parameter associated with the first physical transmission or a default second DRX parameter; and performing, by the terminal device, the first physical transmission based on the DRX parameter corresponding to the first physical transmission, characterized in that determining, by the terminal device, the DRX parameter corresponding to the first physical transmission comprises: determining, by the terminal device, that the QoS parameter associated with the first physical transmission is a first QoS parameter; determining, by the terminal device, that first configuration information comprises no first QoS parameter; and determining, by the terminal device, the default second DRX parameter as the DRX parameter corresponding to the first physical transmission. determining, by the terminal device, that the QoS parameter associated with the first physical transmission is a first QoS parameter; determining, by the terminal device, that first configuration information comprises no first QoS parameter; and determining, by the terminal device, the default second DRX parameter as the DRX parameter corresponding to the first physical transmission.
A computer implemented method, comprising: obtaining, using a processor, spectral reflectance data from a spectrophotometric measurement of a target coating on a surface, wherein the measurement was taken at a specular angle; removing, using the processor, at least a portion of the spectral reflectance data that is attributable to a glossy coating of the surface; constructing, using the processor, at least one spectral reflectance curve from the remaining spectral reflectance data; and identifying, using the processor, at least one type of pigmentation effect of the target coating based at least in part on the at least one spectral reflectance curve. obtaining, using a processor, spectral reflectance data from a spectrophotometric measurement of a target coating on a surface, wherein the measurement was taken at a specular angle; removing, using the processor, at least a portion of the spectral reflectance data that is attributable to a glossy coating of the surface; constructing, using the processor, at least one spectral reflectance curve from the remaining spectral reflectance data; and identifying, using the processor, at least one type of pigmentation effect of the target coating based at least in part on the at least one spectral reflectance curve.
An electronic device comprising: a display; a base comprising a groove on a sidewall of the base; a hinge rotatably attaching the display to the base, the hinge comprising a rotatable shaft with a plurality of locking holes and the hinge to rotate the display between a first position and a second position, a display screen of the display facing in a first direction when the display is at the first position, and the display facing in a second direction opposite the first direction when the display is at the second position, wherein the hinge comprises a lock to fix the display at an angle that is inclined with respect to the base and with respect to a plane that is perpendicular to a main surface of the base; and a user-actuatable member having a lock position and a release position, wherein upon actuation to the lock position activates the lock to fix the display at the angle, and wherein upon actuation to the release position releases the lock to allow rotation of the display with respect to the base, wherein the lock comprises a lever and an attachment member attached to the lever, wherein the attachment member comprises a locking pin that protrudes inwardly from the attachment member, wherein the lever rests in the groove of the base in a released position and the lever is pulled out of the groove and rotated to insert the locking pin into one of the plurality of locking holes for a locked position. a display; a base comprising a groove on a sidewall of the base; a hinge rotatably attaching the display to the base, the hinge comprising a rotatable shaft with a plurality of locking holes and the hinge to rotate the display between a first position and a second position, a display screen of the display facing in a first direction when the display is at the first position, and the display facing in a second direction opposite the first direction when the display is at the second position, wherein the hinge comprises a lock to fix the display at an angle that is inclined with respect to the base and with respect to a plane that is perpendicular to a main surface of the base; and a user-actuatable member having a lock position and a release position, wherein upon actuation to the lock position activates the lock to fix the display at the angle, and wherein upon actuation to the release position releases the lock to allow rotation of the display with respect to the base, wherein the lock comprises a lever and an attachment member attached to the lever, wherein the attachment member comprises a locking pin that protrudes inwardly from the attachment member, wherein the lever rests in the groove of the base in a released position and the lever is pulled out of the groove and rotated to insert the locking pin into one of the plurality of locking holes for a locked position.
A light fixture with at least one light-emitting diode as illuminant, which LED has a limited light-emitting angle for emitted light beams, wherein: the light fixture has an infrared sensor which is arranged within the light-emitting angle and is assigned to the illuminant for determining a temperature thereof, the infrared sensor is shielded from light radiation of the illuminant by means of a shielding device, and the shielding device has a dichroic mirror or filter, and a second infrared sensor is assigned to the infrared sensor for ascertaining and compensating the ambient heat radiation; wherein the second infrared sensor is directed toward the ambient heat radiation and detects it. the light fixture has an infrared sensor which is arranged within the light-emitting angle and is assigned to the illuminant for determining a temperature thereof, the infrared sensor is shielded from light radiation of the illuminant by means of a shielding device, and the shielding device has a dichroic mirror or filter, and a second infrared sensor is assigned to the infrared sensor for ascertaining and compensating the ambient heat radiation; wherein the second infrared sensor is directed toward the ambient heat radiation and detects it.
A manufacturing method of a seamless metal pipe which manufactures a seamless metal pipe from a hollow shell using a mandrel mill having a preceding-stage stand group including a plurality of stands arranged from a head along a pass line and a succeeding-stage stand group including a plurality of stands arranged behind the preceding-stage stand group, the manufacturing method comprising: inserting a mandrel bar into the hollow shell; determining whether the preceding-stage stand group is used in outer diameter reduction or in thickness reduction of the hollow shell; and performing elongating on the hollow shell, into which the mandrel bar is inserted, based on the determination, wherein in the elongating, when the preceding-stage stand group is used in the outer diameter reduction, the hollow shell is rolled in a state where an inner surface of the hollow shell does not come into contact with the mandrel bar in the preceding-stage stand group, and the hollow shell is rolled in a state where the inner surface of the hollow shell comes into contact with the mandrel bar in the succeeding-stage stand group, and wherein in the elongating, when the preceding-stage stand group is used in the thickness reduction, the hollow shell is rolled in the state where the inner surface of the hollow shell comes into contact with the mandrel bar in both the preceding-stage stand group and the succeeding-stage stand group. inserting a mandrel bar into the hollow shell; determining whether the preceding-stage stand group is used in outer diameter reduction or in thickness reduction of the hollow shell; and performing elongating on the hollow shell, into which the mandrel bar is inserted, based on the determination, wherein in the elongating, when the preceding-stage stand group is used in the outer diameter reduction, the hollow shell is rolled in a state where an inner surface of the hollow shell does not come into contact with the mandrel bar in the preceding-stage stand group, and the hollow shell is rolled in a state where the inner surface of the hollow shell comes into contact with the mandrel bar in the succeeding-stage stand group, and wherein in the elongating, when the preceding-stage stand group is used in the thickness reduction, the hollow shell is rolled in the state where the inner surface of the hollow shell comes into contact with the mandrel bar in both the preceding-stage stand group and the succeeding-stage stand group.
A liquid crystal composition which is component of an optically isotropic liquid crystal composition including chiral dopant used in an element driven in a state of an optically isotropic liquid crystal phase; wherein in the liquid crystal composition the difference between the upper limit and the lower limit of a temperature allowing coexistence of a chiral nematic phase and a non-liquid crystalline isotropic phase or coexistence of a nematic phase and a non-liquid crystalline isotropic phase is 3°C to 150°C.
A planar sealing element for application to a substrate, comprising a support layer and a plurality of functional layers, wherein the functional layers comprise at least one colour presentation layer and an adhesion-controlling layer, wherein the sealing element further comprises an adhesive layer for attachment to the substrate, wherein the functional layers are arranged between the support layer and the adhesive layer, wherein the support layer may be at least partially detached from the functional layers in order to bring the sealing element from a first state into a second state, wherein the second state cannot be transferred into the first state, wherein the sealing element in the second state comprises a peeled-off layer, comprising at least the at least partially detached support layer, and a residue, comprising at least the adhesive layer and at least parts of the at least one colour presentation layer, wherein the support layer is made of paper, characterised in that the support layer is translucent such that the peeled-off layer has a different colour impression in at least one area, in which no or only small portions of the at least one colour presentation layer adhere when the peeled-off layer is arranged congruently on the residue, than the same area of the support layer in the first state in a viewing direction towards the support layer. wherein the functional layers comprise at least one colour presentation layer and an adhesion-controlling layer, wherein the sealing element further comprises an adhesive layer for attachment to the substrate, wherein the functional layers are arranged between the support layer and the adhesive layer, wherein the support layer may be at least partially detached from the functional layers in order to bring the sealing element from a first state into a second state, wherein the second state cannot be transferred into the first state, wherein the sealing element in the second state comprises a peeled-off layer, comprising at least the at least partially detached support layer, and a residue, comprising at least the adhesive layer and at least parts of the at least one colour presentation layer, wherein the support layer is made of paper, characterised in that the support layer is translucent such that the peeled-off layer has a different colour impression in at least one area, in which no or only small portions of the at least one colour presentation layer adhere when the peeled-off layer is arranged congruently on the residue, than the same area of the support layer in the first state in a viewing direction towards the support layer.
A materials processing apparatus for the wet attrition of particulate material, said apparatus comprising an attrition scrubber comprising at least one mixing chamber having at least one pair of opposing impeller blades or paddles (10,12) arranged to direct material in opposing directions to facilitate attrition of the material within the mixing chamber, and a drive device for driving said impeller blades or paddles (10,12); a dewatering screen comprising a deck having a plurality of openings therein for passing water and undersize material therethrough into a sump beneath the deck, vibration generating means being provided for imparting vibration to the deck, said dewatering screen being mounted upstream of the attrition scrubber whereby oversize material from a downstream end of the deck of the dewatering screen passes into the at least one mixing chamber; and a hydrocyclone comprising a cylindrical body having an inlet for supplying a feed slurry into the hydrocyclone tangentially, and a conical base, outlets being provided at upper and lower ends of the hydrocyclone, whereby an underflow, containing a coarser fraction of the feed slurry, passes out of the lower outlet while an overflow, containing a finer fraction of the feed slurry and most of the water, passes out of the outlet at the upper end of the hydrocyclone, a pump being provided for pumping material from the sump of the dewatering screen to the inlet of the hydrocyclone, wherein the underflow from the hydrocyclone is passed into the at least one mixing chamber of the attrition scrubber, characterised in that at least a portion of the overflow from the hydrocyclone is passed into the sump of the dewatering screen to maintain a predetermined level within the sump.
A flame-retardant polymer composition comprising: at least one polymer selected from copolyetherester, polyamide elastomer, thermoplastic polyolefinic elastomers, styrenic elastomer, thermoplastic polyurethane, thermoplastic vulcanisate; aluminium diethylphosphinate; zinc diethylphosphinate; and 2 to 20 wt% of phosphite, wherein the phosphite is selected from an aluminium salt of phosphorous acid, a zinc salt of phosphorous acid, and a mixture of these, wherein the weight percentages are based on the total weight of the composition. at least one polymer selected from copolyetherester, polyamide elastomer, thermoplastic polyolefinic elastomers, styrenic elastomer, thermoplastic polyurethane, thermoplastic vulcanisate; aluminium diethylphosphinate; zinc diethylphosphinate; and 2 to 20 wt% of phosphite, wherein the phosphite is selected from an aluminium salt of phosphorous acid, a zinc salt of phosphorous acid, and a mixture of these,
A spinning winder comprising: a plurality of heating rollers which are aligned in directions along a yarn path of a plurality of yarns spun out from a spinning unit and on which the yarns are wound; and a winding axis to which a plurality of bobbins are attached in series along the winding axis and which winds the yarns supplied from the last one of the heating rollers onto the bobbins, respectively, the winding axis being rotatably supported by a winder main body, wherein the yarns are wound onto each of the heating rollers with a winding angle of less than 360 degrees, characterized in that the axis of each of the heating rollers is substantially in parallel to the winding axis, and the heating rollers are provided on a single vertical surface, on the leading end side of the winding axis. a plurality of heating rollers which are aligned in directions along a yarn path of a plurality of yarns spun out from a spinning unit and on which the yarns are wound; and a winding axis to which a plurality of bobbins are attached in series along the winding axis and which winds the yarns supplied from the last one of the heating rollers onto the bobbins, respectively,
A turbine bucket, comprising: a platform; and an airfoil extending from the platform, the airfoil comprising an internal rib including a plurality of through holes positioned along a plurality of hole spaces and a plurality of in-between spaces, wherein the plurality of in-between spaces comprises a first depth and the plurality of hole spaces comprises a second depth, the first depth being less than the second depth; wherein the airfoil comprises a leading edge surface characterized in that the internal rib is positioned at said leading edge; the internal rib being in the form of an elongated plate. a platform; and an airfoil extending from the platform, the airfoil comprising an internal rib including a plurality of through holes positioned along a plurality of hole spaces and a plurality of in-between spaces, wherein the plurality of in-between spaces comprises a first depth and the plurality of hole spaces comprises a second depth, the first depth being less than the second depth; wherein the airfoil comprises a leading edge surface characterized in that the internal rib is positioned at said leading edge; the internal rib being in the form of an elongated plate.
Electrical plug connector comprising an insulating contact adapter, wherein the contact adapter has a first wing which can be pivoted between an open and a closed position, and a second wing which can be pivoted in the opposite direction to the first wing between an open and a closed position, wherein the first wing comprises a guide groove (370, 380) for receiving a metal contact element, wherein the guide groove (370, 380) comprises a curved portion which extends over an angle of approximately 90°, characterised in that the contact adapter is designed to enclose the contact element between the first wing and a wall of the contact adapter when the first wing is in the closed position.
A method for treating a target surface, the method comprising steps of: a. using machine learning in evaluating at least one digital image including the target surface; b. determining the nature of the target surface according to the evaluation of the at least one image; c. determining at least one available treatment implement according to the evaluation of the at least one image, whereby the availability determination is made by matching content in the at least one image with images of suitable implements presented in a training data set; d. providing information regarding implements associated with a treatment of the determined target surface, such implements not determined to be present in the evaluation of the at least one image; e. determining the nature of the surface treatment according to the evaluation of the at least one image; f. using machine learning to determine a use of the determined implement in the determined treatment of the determined surface; g. altering performance characteristics of the determined implement or providing information analogous to the determined use. a. using machine learning in evaluating at least one digital image including the target surface; b. determining the nature of the target surface according to the evaluation of the at least one image; c. determining at least one available treatment implement according to the evaluation of the at least one image, whereby the availability determination is made by matching content in the at least one image with images of suitable implements presented in a training data set; d. providing information regarding implements associated with a treatment of the determined target surface, such implements not determined to be present in the evaluation of the at least one image; e. determining the nature of the surface treatment according to the evaluation of the at least one image; f. using machine learning to determine a use of the determined implement in the determined treatment of the determined surface; g. altering performance characteristics of the determined implement or providing information analogous to the determined use.