mhurhangee/ep-ind-claims huggingface dataset:
A method of insulating a building, the method comprising the steps of a. scanning an internal surface of a building to be insulated using a digital scanner to produce a digital representation of the shape and/or size of the surface; b. segmenting the digital representation to produce a digital template representing selected areas of the surface to be insulated; c. cutting a laminated board of material using a cutting device programmed in accordance with the digital template to produce a plurality of panels for covering the selected areas; and d. installing the panels on the selected areas; wherein the laminated board of material from which the panels are cut includes a layer of thermally insulating material for reducing heat loss therethrough and a decorative plasterboard layer, the installing step comprising installing the panels on the selected areas of the building surface with the decorative plasterboard layer facing outwardly. a. scanning an internal surface of a building to be insulated using a digital scanner to produce a digital representation of the shape and/or size of the surface; b. segmenting the digital representation to produce a digital template representing selected areas of the surface to be insulated; c. cutting a laminated board of material using a cutting device programmed in accordance with the digital template to produce a plurality of panels for covering the selected areas; and d. installing the panels on the selected areas;
A flexible touch sensing structure comprising: a flexible base substrate; touch electrode patterns disposed on a first surface of the flexible base substrate, wherein the touch electrode patterns comprise plural columns of first touch electrodes and plural rows of second touch electrodes, wherein the second touch electrodes and the first touch electrodes intersect and are insulated from each other, wherein the second touch electrodes comprise plural second sub-touch electrodes and bridges, wherein the second sub-touch electrodes are spaced apart from one another by the first touch electrodes, wherein the bridge connects two second sub-touch electrodes adjacent in a row direction and is insulated from the first touch electrodes, wherein an insulating pattern is located between the bridges and the first touch electrodes; and at least one groove on a second surface opposite the first surface of the flexible base substrate, wherein a projection of the groove on the flexible base substrate is within a projection of a gap between the second sub-touch electrodes and the first touch electrodes, wherein the groove is strip-shaped and the extending direction of the groove is parallel to the extending direction of the bending axis of the flexible base substrate and the first touch electrodes extend along the direction of the bending axis. at least one groove on a second surface opposite the first surface of the flexible base substrate, wherein a projection of the groove on the flexible base substrate is within a projection of a gap between the second sub-touch electrodes and the first touch electrodes, wherein the groove is strip-shaped and the extending direction of the groove is parallel to the extending direction of the bending axis of the flexible base substrate and the first touch electrodes extend along the direction of the bending axis.
A method for Computed Tomography image processing executed by an imaging processing system including a processing unit and a storage unit, the method comprising: a) retrieving a CT image sequence and segmenting a plurality of bone regions of the CT image sequence, the CT image sequence including a plurality of image slices; b) in each image slice of the CT image sequence, determining a bone region with the maximum area among the plurality of bone regions as a spine region; c) in each image slice of the CT image sequence, determining an anchor point in the top row of the spine region, and validating the anchor point based on information associated with the position of the anchor point in the image slice, wherein the validating the anchor point comprises: determining a y coordinate of the anchor point is greater than 1/4 of the height of the image slice of the CT image sequence, and the shift of an x coordinate from the central position is less than 1/4 of the width of the image slice of the CT image sequence; and determining that the anchor point is valid; and d) calibrating the anchor point in each image slice of the CT image sequence based on the validation result. a) retrieving a CT image sequence and segmenting a plurality of bone regions of the CT image sequence, the CT image sequence including a plurality of image slices; b) in each image slice of the CT image sequence, determining a bone region with the maximum area among the plurality of bone regions as a spine region; c) in each image slice of the CT image sequence, determining an anchor point in the top row of the spine region, and validating the anchor point based on information associated with the position of the anchor point in the image slice, wherein the validating the anchor point comprises: determining a y coordinate of the anchor point is greater than 1/4 of the height of the image slice of the CT image sequence, and the shift of an x coordinate from the central position is less than 1/4 of the width of the image slice of the CT image sequence; and determining that the anchor point is valid; and determining a y coordinate of the anchor point is greater than 1/4 of the height of the image slice of the CT image sequence, and the shift of an x coordinate from the central position is less than 1/4 of the width of the image slice of the CT image sequence; and determining that the anchor point is valid; and d) calibrating the anchor point in each image slice of the CT image sequence based on the validation result.
Apparatus for separating feed for livestock, comprising: - a circular saw blade with a sawing edge, where the circular saw blade can be rotatably driven with the aid of driving means; - a guide for moving a cutting point of the circular saw blade the full length of a cutting face of the feed; - a rotatable discharge element for carrying away separated feed in the range of a section of the sawing edge which in direction of rotation is behind the cutting point, wherein the rotatable discharge element comprises a scraping roller, which lies at an angle to a drive shaft of the circular saw, characterized in that the scraping roller comprises a longitudinal axis which in side view lies at an angle ζ of -10 to +10 degrees to the vertical. - a circular saw blade with a sawing edge, where the circular saw blade can be rotatably driven with the aid of driving means; - a guide for moving a cutting point of the circular saw blade the full length of a cutting face of the feed; - a rotatable discharge element for carrying away separated feed in the range of a section of the sawing edge which in direction of rotation is behind the cutting point,
Combination of a shower drain (1; 20; 30; 40; 60; 80; 90) and a finishing layer (8; 27; 36; 48; 87; 100), such as a tile layer, wherein the shower drain, comprises: - a lower tray with a bottom surface (2; 42; 81; 91) and standing side walls (3; 43, 44; 82; 92, 93) along the edges of the bottom surface (2; 42; 81; 91); and - an outlet opening arranged in the lower tray; - an insert (6; 21, 22; 31; 47; 61; 85; 97) with an upper surface (33; 62; 98), wherein an inflow opening (7; 25; 37; 49; 101) is defined by at least a part of the insert (6; 21, 22; 31; 47; 61; 85; 97) and wherein the upper surface (33; 62; 98) of the insert (6; 21, 22; 31; 47; 61; 85; 97) lies substantially flush with the upper edge of the side walls (3; 43, 44) or with the upper surface of an old finishing layer (84; 96) arranged adjacent to the lower tray, characterised in that the finishing layer (8; 27; 36; 48; 87; 100) extends over the upper surface (33; 62; 98) of the insert (6; 21, 22; 31; 47; 61; 85; 97) and over the upper edge of at least one side wall (3; 44; 82). - a lower tray with a bottom surface (2; 42; 81; 91) and standing side walls (3; 43, 44; 82; 92, 93) along the edges of the bottom surface (2; 42; 81; 91); and - an outlet opening arranged in the lower tray; - an insert (6; 21, 22; 31; 47; 61; 85; 97) with an upper surface (33; 62; 98), wherein an inflow opening (7; 25; 37; 49; 101) is defined by at least a part of the insert (6; 21, 22; 31; 47; 61; 85; 97) and wherein the upper surface (33; 62; 98) of the insert (6; 21, 22; 31; 47; 61; 85; 97) lies substantially flush with the upper edge of the side walls (3; 43, 44) or with the upper surface of an old finishing layer (84; 96) arranged adjacent to the lower tray, characterised in that the finishing layer (8; 27; 36; 48; 87; 100) extends over the upper surface (33; 62; 98) of the insert (6; 21, 22; 31; 47; 61; 85; 97) and over the upper edge of at least one side wall (3; 44; 82).
A Dynamic Random Access Memory, DRAM, memory device (110; 300; 832; 962) comprising: one or more arrays of memory cells; and an input/output interface to detect connectivity of the DRAM memory device (110; 300; 832; 962) to a memory controller (120; 200; 964); the DRAM memory device (110; 300; 832; 962) being characterised by further comprising threshold identification logic to send to the memory controller (120; 200; 964) information indicating a threshold number of pending consolidated activation commands to access the one or more arrays of memory cells, wherein a consolidated activation command indicates a precharge command, wherein the threshold number is less than a theoretical maximum number of pending consolidated activation commands, and wherein the theoretical maximum number is based on timing parameters of the DRAM memory device (110; 300; 832; 962). one or more arrays of memory cells; and an input/output interface to detect connectivity of the DRAM memory device (110; 300; 832; 962) to a memory controller (120; 200; 964); the DRAM memory device (110; 300; 832; 962) being characterised by further comprising threshold identification logic to send to the memory controller (120; 200; 964) information indicating a threshold number of pending consolidated activation commands to access the one or more arrays of memory cells, wherein a consolidated activation command indicates a precharge command, wherein the threshold number is less than a theoretical maximum number of pending consolidated activation commands, and wherein the theoretical maximum number is based on timing parameters of the DRAM memory device (110; 300; 832; 962).
A glass composition suitable for fiber forming comprising: SiO 2 51-63 weight percent; Al 2 O 3 14.5-19 weight percent; CaO 0.5-10 weight percent; MgO 0-12 weight percent; Na 2 O 0-1 weight percent; K 2 O 0-1 weight percent; Li 2 O is present in an amount up to 2 weight percent; TiO 2 0-3 weight percent; B 2 O 3 0-2 weight percent; P 2 O 5 0-3 weight percent; Fe 2 O 3 0-1 weight percent; at least one rare earth oxide in an amount of greater than 3 weight percent and up to 15 weight percent; and other constituents 0-11 weight percent total.
A running gear comprising: an electric motor; a driving battery configured to supply power to the electric motor; a throttle sensor configured to detect a throttle manipulated variable by an occupant who rides a vehicle; and a control unit configured to control a power supply amount to the electric motor in accordance with a throttle manipulated variable and to control the power supply to the electric motor based on a time change rate of the throttle manipulated variable characterized in that the running gear further comprises a capacitor configured to supply power to the electric motor; wherein when the time change rate is equal to or more than a predetermined value, the control unit detects a remaining amount of the driving battery, and when the remaining amount is equal to or more than a predetermined value, the control unit performs a power supply from the driving battery to the electric motor, when the remaining amount of the capacitor is less than the predetermined value, the control unit detects a remaining amount of an auxiliary machine battery, and when the remaining amount of the auxiliary machine battery is equal to or more than a predetermined value, the control unit asks the occupant a presence of an acceleration request for confirmation. an electric motor; a driving battery configured to supply power to the electric motor; a throttle sensor configured to detect a throttle manipulated variable by an occupant who rides a vehicle; and a control unit configured to control a power supply amount to the electric motor in accordance with a throttle manipulated variable and to control the power supply to the electric motor based on a time change rate of the throttle manipulated variable characterized in that the running gear further comprises a capacitor configured to supply power to the electric motor; wherein when the time change rate is equal to or more than a predetermined value, the control unit detects a remaining amount of the driving battery, and when the remaining amount is equal to or more than a predetermined value, the control unit performs a power supply from the driving battery to the electric motor,
A plating system for a laminoplasty procedure, comprising: a spacer portion including a first end and a second end and a longitudinal axis extending therebetween, wherein said spacer portion is positionable between first and second portions (420,430) of a divided lamina; and a first lamina engagement portion adjacent said first end, wherein said first lamina engagement portion includes a plurality of lamina stabilizing flanges (750, 760) or a cup or cuff positionable along at least two of an anterior, posterior, superior and inferior surfaces of the first portion of the divided lamina; wherein the system further comprises securement openings extending through said plating system adapted such that, in use, one or more securement mechanisms can be inserted through said securement openings, and into said divided lamina and/or a spacer member located between said first and second portions of said lamina; and one or more securement mechanisms insertable through said securement openings. a spacer portion including a first end and a second end and a longitudinal axis extending therebetween, wherein said spacer portion is positionable between first and second portions (420,430) of a divided lamina; and a first lamina engagement portion adjacent said first end, wherein said first lamina engagement portion includes a plurality of lamina stabilizing flanges (750, 760) or a cup or cuff positionable along at least two of an anterior, posterior, superior and inferior surfaces of the first portion of the divided lamina; wherein the system further comprises securement openings extending through said plating system adapted such that, in use, one or more securement mechanisms can be inserted through said securement openings, and into said divided lamina and/or a spacer member located between said first and second portions of said lamina; and one or more securement mechanisms insertable through said securement openings.
A toilet seat having at least one part constructed from a composite material comprising: resin; paper pulp; titanium powder; talcum powder; and mould release agent and curing agent. resin; paper pulp; titanium powder; talcum powder; and mould release agent and curing agent.
A suspension device for a vehicle comprising a wheel supporting member configured to rotatably support a wheel characterized in that: a first link having a projecting portion, the first link connecting the wheel supporting member to a vehicle-body side; a second link extending outward from the vehicle-body side and connecting the wheel supporting member to the vehicle-body side; and at least two elastic connecting bushes (20, 21) positioned substantially along a second axial link line, each connecting bush (20, 21) linking the projecting portion to the second link separate and independent of the wheel supporting member. a first link having a projecting portion, the first link connecting the wheel supporting member to a vehicle-body side; a second link extending outward from the vehicle-body side and connecting the wheel supporting member to the vehicle-body side; and at least two elastic connecting bushes (20, 21) positioned substantially along a second axial link line, each connecting bush (20, 21) linking the projecting portion to the second link separate and independent of the wheel supporting member.
Water intrusion prevention system for mounting on a turbine blade being in a maintenance position, in which a longitudinal axis of the turbine blade is oriented in a vertical direction which is defined by a direction of gravity, wherein a central axis of the water intrusion prevention system is at least substantially parallel to the longitudinal axis of the turbine blade if the water intrusion prevention system is mounted on the turbine blade, the water intrusion prevention system being characterized by comprising: a connecting means adapted for removably fixing the water intrusion prevention system on the turbine blade; a collar sheet disposed on the connecting means and having a collar portion protruding away from the connecting means at least substantially parallel to the central axis such that the collar portion constitutes an upper collar surrounding the turbine blade round about and sealing round about against an outer surface of the turbine blade if the water prevention system is mounted on the turbine blade, the collar portion constituting an upper end part of the water intrusion prevention device along the central axis; an umbrella sheet disposed over the connecting means, the umbrella sheet covering an upper side of the connecting means and protruding laterally downwards away from the connecting means round about the turbine blade if the water prevention system is mounted on the turbine blade; wherein the umbrella sheet sealingly adjoins the collar portion. a connecting means adapted for removably fixing the water intrusion prevention system on the turbine blade; a collar sheet disposed on the connecting means and having a collar portion protruding away from the connecting means at least substantially parallel to the central axis such that the collar portion constitutes an upper collar surrounding the turbine blade round about and sealing round about against an outer surface of the turbine blade if the water prevention system is mounted on the turbine blade, the collar portion constituting an upper end part of the water intrusion prevention device along the central axis; an umbrella sheet disposed over the connecting means, the umbrella sheet covering an upper side of the connecting means and protruding laterally downwards away from the connecting means round about the turbine blade if the water prevention system is mounted on the turbine blade; wherein the umbrella sheet sealingly adjoins the collar portion.
A cassette for cooling products such as foodstuff in a container, suitable to contain a CO 2 cooling medium, such as liquid CO 2, whereby said cassette comprising one inlet for the introduction of the CO 2 cooling medium and one outlet for the withdrawal of gaseous CO 2 formed while exposing the CO 2 cooling medium to atmospheric conditions, characterized in that, the inlet and the outlet are spatially separated and are both provided with spatially separated magnetic coupling means (51,53) allowing a CO2 loading pistol and a gaseous CO2 suction head to be separately connected to the cassette, whereby the cassette comprises at least two adjacent cooling chambers (404,405) separated by a separation element and at least one collection chamber in front of said cooling chambers for collection of gaseous CO 2.
A quench protection apparatus, comprising: a number N of superconducting coils electrically coupled in series, the number N of superconducting coils comprising a plurality of main superconducting coils (181 - 186) and a bucking superconducting coil; and a heater matrix module comprising the number N of heater units (281 - 287), the number N of heater units (281 - 287) being electrically coupled in parallel with the number N of superconducting coils respectively, wherein: the heater unit electrically coupled with the bucking superconducting coil comprises at least the number N of heaters (1871 - 1877), each thermally coupled with one of the superconducting coils; each of the heater units (281 - 286) electrically coupled with a corresponding one of the main superconducting coils (181 - 186) comprises at least one heater (1811 - 1861) thermally coupled with the bucking superconducting coil. a number N of superconducting coils electrically coupled in series, the number N of superconducting coils comprising a plurality of main superconducting coils (181 - 186) and a bucking superconducting coil; and a heater matrix module comprising the number N of heater units (281 - 287), the number N of heater units (281 - 287) being electrically coupled in parallel with the number N of superconducting coils respectively, wherein: the heater unit electrically coupled with the bucking superconducting coil comprises at least the number N of heaters (1871 - 1877), each thermally coupled with one of the superconducting coils; each of the heater units (281 - 286) electrically coupled with a corresponding one of the main superconducting coils (181 - 186) comprises at least one heater (1811 - 1861) thermally coupled with the bucking superconducting coil. the heater unit electrically coupled with the bucking superconducting coil comprises at least the number N of heaters (1871 - 1877), each thermally coupled with one of the superconducting coils; each of the heater units (281 - 286) electrically coupled with a corresponding one of the main superconducting coils (181 - 186) comprises at least one heater (1811 - 1861) thermally coupled with the bucking superconducting coil.
Device for the production of a three-dimensional object from hardenable material that is either present in the starting state in a fluid phase or can be liquefied, by the sequential discharge of drops with - at least one construction space for forming the object on an object support, - a temperature control unit for controlling the temperature of the construction space, - at least one processing unit for processing the hardenable material to the fluid phase, - at least one pressure generating unit for generating pressure onto the fluid phase processed in the processing unit, - at least one discharge unit for discharging the hardenable material in the form of drops through an outlet in the direction of the construction space, - wherein the temperature-controllable construction space is surrounded by a construction space surround, in which at least the outlet of the discharge unit and the processing unit as well as the object support are accommodated, characterised in that an insulating element, which is arranged between the processing unit and the pressure generating unit and which separates the processing unit from the pressure generating unit, is provided in the wall of the construction space surround. - at least one construction space for forming the object on an object support, - a temperature control unit for controlling the temperature of the construction space, - at least one processing unit for processing the hardenable material to the fluid phase, - at least one pressure generating unit for generating pressure onto the fluid phase processed in the processing unit, - at least one discharge unit for discharging the hardenable material in the form of drops through an outlet in the direction of the construction space, - wherein the temperature-controllable construction space is surrounded by a construction space surround, in which at least the outlet of the discharge unit and the processing unit as well as the object support are accommodated, characterised in that an insulating element, which is arranged between the processing unit and the pressure generating unit and which separates the processing unit from the pressure generating unit, is provided in the wall of the construction space surround.