mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: a decorative portion that is formed at a tire outer face and that includes a base face; and a first patterned region and a second patterned region, in each of which a plurality of protrusions (34, 36), that project from the base face of the decorative portion to a projection height of from 0.1 mm to 1.0 mm, are formed at a pitch of from 0.1 mm to 1.0 mm, shapes of the protrusions in the first patterned region and the second patterned region being different from each other as viewed along a direction orthogonal to the base face, characterized in that the protrusions in the first patterned region are coupled together and the protrusions in the second patterned region are coupled together. a decorative portion that is formed at a tire outer face and that includes a base face; and a first patterned region and a second patterned region, in each of which a plurality of protrusions (34, 36), that project from the base face of the decorative portion to a projection height of from 0.1 mm to 1.0 mm, are formed at a pitch of from 0.1 mm to 1.0 mm, shapes of the protrusions in the first patterned region and the second patterned region being different from each other as viewed along a direction orthogonal to the base face, characterized in that the protrusions in the first patterned region are coupled together and the protrusions in the second patterned region are coupled together.
Process for the manufacture of granular filler material for synthetic turf, comprising the phases of: - having cork material in granular form with a predetermined initial specific gravity, - having a mass of a natural or synthetic wax coating substance with a melting point of between 90 °C and 140 °C and a penetration index of between 4 and 80 mm at 25 °C, - heating said mass of coating substance until it reaches the melting point, - joining said mass of coating substance to said mass of cork, - mixing said cork material in granular form with said mass of coating substance to obtain a granular filler material for synthetic turf with a final specific gravity of the granular filler material of between 0.18 g/cm 3 and 0.50 g/cm 3, preferably 0.26 g/cm 3, - allowing said filler material to cool down. the phases of: - having cork material in granular form with a predetermined initial specific gravity, - having a mass of a natural or synthetic wax coating substance with a melting point of between 90 °C and 140 °C and a penetration index of between 4 and 80 mm at 25 °C, - heating said mass of coating substance until it reaches the melting point, - joining said mass of coating substance to said mass of cork, - mixing said cork material in granular form with said mass of coating substance to obtain a granular - having cork material in granular form with a predetermined initial specific gravity, - having a mass of a natural or synthetic wax coating substance with a melting point of between 90 °C and 140 °C and a penetration index of between 4 and 80 mm at 25 °C, - heating said mass of coating substance until it reaches the melting point, - joining said mass of coating substance to said mass of cork, - mixing said cork material in granular form with said mass of coating substance to obtain a granular filler material for synthetic turf with a final specific gravity of the granular filler material of between 0.18 g/cm 3 and 0.50 g/cm 3, preferably 0.26 g/cm 3, - allowing said filler material to cool down. - allowing said filler material to cool down.
Disc brake having a brake caliper straddling at least one brake disc and a brake actuating mechanism (1;20) comprising: - an amplification mechanism for introducing a clamping force, - an adjusting mechanism for compensating for pad wear having a torque clutch, - a thrust element for transmitting the clamping force to the brake disc, the thrust element comprising an adjustment spindle (7;33) threadedly engaged with a thrust piece cooperating with a brake pad, the thrust piece being axially and non-rotatably guided in the housing of the brake caliper such that rotation of the adjustment spindle results in axial displacement of the thrust piece, the adjustment spindle (7;33) being operable by the adjusting mechanism, and - a resetting device, wherein the amplification mechanism, the adjusting mechanism, the thrust element and the resetting device are mounted in a functionally cooperating manner by means of a rod in the brake caliper, which rod is supported in the housing of the brake caliper in a non-movable and non-rotatable manner in the axial direction, characterized by at least one means (15,16,17;34,35,42) which is designed to be inactive during the adjustment process when the brake is applied and to provide a defined resisting torque against rotation of the adjustment spindle (7;33) when the brake is released and/or in the released state of the brake. - an amplification mechanism for introducing a clamping force, - an adjusting mechanism for compensating for pad wear having a torque clutch, - a thrust element for transmitting the clamping force to the brake disc, the thrust element comprising an adjustment spindle (7;33) threadedly engaged with a thrust piece cooperating with a brake pad, the thrust piece being axially and non-rotatably guided in the housing of the brake caliper such that rotation of the adjustment spindle results in axial displacement of the thrust piece, the adjustment spindle (7;33) being operable by the adjusting mechanism, and - a resetting device,
A measurement apparatus, comprising: a sensor probe being configured for installation on a flow path through which a fluid to be measured flows, the sensor probe being used in a predetermined orientation relative to a flow direction of the fluid to be measured; and a circuit housing that comprises a display and connects to the sensor probe, the display being disposed outside of the flow path, characterized in that the sensor probe comprises a first connecting portion (101; 102a to 102d); the circuit housing comprises a second connecting portion (212a to 212d; 213a to 213d) that connects to the first connecting portion (101; 102a to 102d); one of the first connecting portion (101; 102a to 102d) and the second connecting portion (212a to 212d; 213a to 213d) comprises four second connectors (212a to 212d) arranged about a connection axis being along a connection direction of connection of the circuit housing to the sensor probe, and another one of the first connecting portion (101; 102a to 102d) and the second connecting portion (212a to 212d; 213a to 213d) comprises a first connector electrically connectable to the four second connectors (212a to 212d) at four rotation positions; the first connecting portion (101; 102a to 102d) comprises four first holes (102a to 102d); and the second connecting portion (212a to 212d; 213a to 213d) comprises four second holes (213a to 213d) being fixable to the four first holes (102a to 102d) at the four rotation positions relative to the first connecting portion (101; 102a to 102d) about the connection axis. a sensor probe being configured for installation on a flow path through which a fluid to be measured flows, the sensor probe being used in a predetermined orientation relative to a flow direction of the fluid to be measured; and a circuit housing that comprises a display and connects to the sensor probe, the display being disposed outside of the flow path,
Overflow fitting for a sanitary basin or a sanitary tub, in particular a bathtub, having an overflow body which can be fixed to a passage opening in a basin wall or tub wall, a counterpart for fixing the overflow body to the passage opening, a drive part for triggering a function, in particular a valve function, and a rotary rosette for actuating the drive part, the overflow body providing a bearing for a drive shaft (9.1) which can be actuated by the rotary rosette, wherein the rotary rosette has a collar (9.2) serving as a gripping surface, and wherein the collar (9.2) surrounds a decorative cover which has a substantially circular peripheral edge (12.1), characterised in that the counterpart and the cover are designed to hold the cover non-rotatably on the counterpart in the mounted state of the overflow fitting.
A laundry washing and drying machine comprising: - a cabinet, - a tub associated to the cabinet, - a rotatable drum arranged within the tub and resiliently supported at the cabinet and/or at the tub, - so that the tub is stationary with respect to the cabinet during operation of the laundry washing and drying machine, in particular during rotation of the drum, characterized in that the laundry washing and drying machine comprises a heat pump system, whereby the components of said heat pump system are a filter arrangement, an evaporator, a condenser, a compressor and a fan, and an air line fluidly connected to the tub and to said heat pump system for air recirculation, wherein - at least a part of said components (18, 20, 22, 24, 38) of the heat pump system is supported by the cabinet and/or the tub. - a cabinet, - a tub associated to the cabinet, - a rotatable drum arranged within the tub and resiliently supported at the cabinet and/or at the tub, - so that the tub is stationary with respect to the cabinet during operation of the laundry washing and drying machine, in particular during rotation of the drum, characterized in that the laundry washing and drying machine comprises a heat pump system, whereby the components of said heat pump system are a filter arrangement, an evaporator, a condenser, a compressor and a fan, and an air line fluidly connected to the tub and to said heat pump system for air recirculation, wherein - at least a part of said components (18, 20, 22, 24, 38) of the heat pump system is supported by the cabinet and/or the tub.
A well tool system for forming a permanent barrier in a well, the system comprising: - a well tool device comprising a pyrotechnic mixture and an ignition device provided within or adjacent to the pyrotechnic mixture, wherein the pyrotechnic mixture comprises a first constituent in the form of a metal oxide and a second constituent in the form of a metal; - a tool string connected above the well tool device; - an elevating device connected to the well tool device via the tool string; - a replenishment string connected between the well tool device and the tool string, wherein the replenishment string comprises the first constituent and/or the second constituent; wherein the elevating device, after a heat generating process is started by means of the ignition device, is configured to control the movement of the replenishment string towards the heat generating process; characterized in that the replenishment string comprises one or a plurality of sensors for sensing the heat distribution along the replenishment string; and wherein the elevating device is configured to control the movement of the replenishment string towards the heat generating process based on signals from the one or the plurality of sensors. - a well tool device comprising a pyrotechnic mixture and an ignition device provided within or adjacent to the pyrotechnic mixture, wherein the pyrotechnic mixture comprises a first constituent in the form of a metal oxide and a second constituent in the form of a metal; - a tool string connected above the well tool device; - an elevating device connected to the well tool device via the tool string; - a replenishment string connected between the well tool device and the tool string, wherein the replenishment string comprises the first constituent and/or the second constituent; wherein the elevating device, after a heat generating process is started by means of the ignition device, is configured to control the movement of the replenishment string towards the heat generating process; characterized in that the replenishment string comprises one or a plurality of sensors for sensing the heat distribution along the replenishment string; and wherein the elevating device is configured to control the movement of the replenishment string towards the heat generating process based on signals from the one or the plurality of sensors. wherein the replenishment string comprises the first constituent and/or the second constituent; wherein the elevating device, after a heat generating process is started by means of the ignition device, is configured to control the movement of the replenishment string towards the heat generating process; characterized in that the replenishment string comprises one or a plurality of sensors for sensing the heat distribution along the replenishment string; and wherein the elevating device is configured to control the movement of the replenishment string towards the heat generating process based on signals from the one or the plurality of sensors.
A thoracic garment (130, 80, 30) configured for bringing at least one antenna for transmitting and/or intercepting electromagnetic energy into contact with a thoracic skin surface area of a wearer, wherein the thoracic garment (130, 80, 30) comprises: a Y shape strap arrangement made of two non-elastic straps (82, 83) extending below and above a first shoulder and below a second shoulder, the two non-elastic straps (82, 83) comprising an underarm strap adapted to be placed tightly under an armpit of the wearer and a shoulder strap adapted to be supported around the first shoulder and/or around the neck region of the wearer; a pressure applying element associated with said at least one antenna in an EM transducer placement portion of the thoracic garment for applying a pressure on the at least one antenna when said thoracic garment (130, 80, 30) is worn by said wearer so that said at least one antenna is adapted to apply a respective pressure on the thoracic skin surface area of said wearer; a posterior piece; and, an anterior piece wherein each of the two non-elastic straps (82, 83) has an adjustable length, said two non-elastic straps (82, 83) are adapted to maintain a location of the placement portion that is adapted to support said at least one antenna for transmitting and/or intercepting EM energy in relation to the thoracic skin surface area of the wearer; characterized in that when the underarm strap is in a high underarm position it angles up in a diagonal manner from said posterior piece to a point on said anterior piece that is higher than said armpit, the high underarm position is a position fitting tightly at the armpit close to the arm wherein the two non-elastic straps (82, 83) are secured to one another at a support point above or near the EM transducer placement portion. a Y shape strap arrangement made of two non-elastic straps (82, 83) extending below and above a first shoulder and below a second shoulder, the two non-elastic straps (82, 83) comprising an underarm strap adapted to be placed tightly under an armpit of the wearer and a shoulder strap adapted to be supported around the first shoulder and/or around the neck region of the wearer; a pressure applying element associated with said at least one antenna in an EM transducer placement portion of the thoracic garment for applying a pressure on the at least one antenna when said thoracic garment (130, 80, 30) is worn by said wearer so that said at least one antenna is adapted to apply a respective pressure on the thoracic skin surface area of said wearer;
A method for creating a digital data stream (150, 160) comprising an audio signal, the audio signal comprising samples arranged in blocks of samples (158, 159) having corresponding auxiliary data (152, 153, 154), wherein the most significant bits of the samples hold audio data, the auxiliary data (152, 153, 154) being stored in lower significant bits of the samples in the blocks of samples (158, 159) to which the auxiliary data (152, 153, 154) corresponds, characterized in that the auxiliary data (152, 153, 154) comprises a general purpose decode data section indicating presence of an index list and an error table, an index list and an error table, wherein the error table comprises approximations of errors of an error stream generated during an encoding step resulting in the audio data of the samples of the audio signal, wherein the index list comprises references to the error table for every error of the error stream and thereby represents an approximated error stream.
A display device, comprising: a display panel disposed in a first non-folding region, a second non-folding region, and a folding region, wherein the folding region is between the first non-folding region and the second non-folding region; a first buffer member disposed on one surface of the display panel in the first non-folding region; a second buffer member disposed on the one surface of the display panel in the second non-folding region; a metal layer disposed in the first non-folding region, the second non-folding region, and the folding region, and on one surface of the first buffer member and one surface of the second buffer member; and a fingerprint sensor disposed on the metal layer, wherein the first buffer member and the second buffer member are separated from each other with the folding region therebetween, the metal layer comprises a first metal portion located in the first non-folding region, a second metal portion located in the second non-folding region, and a third metal portion located in the folding region, and the fingerprint sensor is attached to the third metal portion. a display panel disposed in a first non-folding region, a second non-folding region, and a folding region, wherein the folding region is between the first non-folding region and the second non-folding region; a first buffer member disposed on one surface of the display panel in the first non-folding region; a second buffer member disposed on the one surface of the display panel in the second non-folding region; a metal layer disposed in the first non-folding region, the second non-folding region, and the folding region, and on one surface of the first buffer member and one surface of the second buffer member; and a fingerprint sensor disposed on the metal layer, wherein the first buffer member and the second buffer member are separated from each other with the folding region therebetween, the metal layer comprises a first metal portion located in the first non-folding region, a second metal portion located in the second non-folding region, and a third metal portion located in the folding region, and the fingerprint sensor is attached to the third metal portion.
Turbine engine module comprising a movable impeller that is rotatably mounted inside a casing of the module and is surrounded by a sectorised sealing ring (18, 18') that comprises an annular row of ring sectors arranged such that circumferential end edges of two adjacent sectors substantially face one another, each ring sector comprising at least one circumferential hook that is designed so as to cooperate with an annular attachment rail of the casing, the module further comprising an annular sectorised protective foil (50, 50') that is interposed between the hooks of the ring sectors and the casing rail and comprises an annular row of foil sectors arranged such that circumferential end edges of two adjacent sectors substantially face one another, characterised in that the number of ring sectors (18, 18') is equal to the number of foil sectors (50, 50'), and in that the foil sectors comprise positioning means and/or rotational locking means (70, 74) that are designed so that the edges of the circumferential ends of the foil sectors are not aligned with the edges of the circumferential ends of the ring sectors along the longitudinal axis of the module.
An elevator door interface monitor, comprising: at least one hook (32, 34) having a portion that is configured to be situated across the interface and moveable responsive to contact with an item situated at least partially in the interface; and an indicator that provides an indication of an item in the interface based on movement of the hook (32, 34) responsive to contact with the item, wherein the at least one hook (32, 34) comprises at least two hooks (32, 34), a first one of the two hooks (32, 34) is situated to contact the item during downward elevator car movement, and a second one of the two hooks (32, 34) is situated to contact the item during upward elevator car movement, characterized in that the elevator door interface monitor comprises a link connected with the first and second hooks (32, 34) for coordinated movement of the two hooks (32, 34) and wherein the coordinated movement includes movement responsive to either of the two hooks (32, 34) contacting the item, and movement of the two hooks (32, 34) into a retracted position corresponding to an open door position. at least one hook (32, 34) having a portion that is configured to be situated across the interface and moveable responsive to contact with an item situated at least partially in the interface; and an indicator that provides an indication of an item in the interface based on movement of the hook (32, 34) responsive to contact with the item, a first one of the two hooks (32, 34) is situated to contact the item during downward elevator car movement, and a second one of the two hooks (32, 34) is situated to contact the item during upward elevator car movement, characterized in that the elevator door interface monitor comprises a link connected with the first and second hooks (32, 34) for coordinated movement of the two hooks (32, 34) and wherein the coordinated movement includes movement responsive to either of the two hooks (32, 34) contacting the item, and movement of the two hooks (32, 34) into a retracted position corresponding to an open door position.
A pipe component made of a metallic material comprising an inner pipe; a jacket surrounding the inner pipe; an annular space bounded by the outer surface of the inner pipe and the inner surface of the jacket, the jacket having at least one inlet and at least one outlet for a heat transfer fluid; and a connecting element at least at one pipe end for connecting the pipe component to another component; wherein the annular space axially extends up to the connecting element and is bounded and sealed by the connecting element; and wherein the connection between connecting element, inner pipe and jacket is made in an additive manufacturing process; characterized in that the transition surface of the inlet to the annular space and/or the transition surface of the outlet to the annular space is curved with a radius of 0.5 to 20 mm or is chamfered with an inclination of the chamfer surface of from 20° to 80°. an inner pipe; a jacket surrounding the inner pipe; an annular space bounded by the outer surface of the inner pipe and the inner surface of the jacket, the jacket having at least one inlet and at least one outlet for a heat transfer fluid; and a connecting element at least at one pipe end for connecting the pipe component to another component; wherein the annular space axially extends up to the connecting element and is bounded and sealed by the connecting element; and wherein the connection between connecting element, inner pipe and jacket is made in an additive manufacturing process; characterized in that the transition surface of the inlet to the annular space and/or the transition surface of the outlet to the annular space is curved with a radius of 0.5 to 20 mm or is chamfered with an inclination of the chamfer surface of from 20° to 80°. wherein the annular space axially extends up to the connecting element and is bounded and sealed by the connecting element; and wherein the connection between connecting element, inner pipe and jacket is made in an additive manufacturing process; characterized in that the transition surface of the inlet to the annular space and/or the transition surface of the outlet to the annular space is curved with a radius of 0.5 to 20 mm or is chamfered with an inclination of the chamfer surface of from 20° to 80°.