mhurhangee/ep-ind-claims huggingface dataset:
Moulding tray for manufacturing slabs made of agglomerate material from a mix, the tray comprising a base portion; wherein the base portion comprises at least one surface layer made of elastomeric material and at least one fabric layer; and wherein said moulding tray comprises a rim portion made of elastomeric material and designed to delimit together with said base portion a cavity for containing the mix, the elastomeric material of the rim portion and the elastomeric material of the at least one surface layer of the base portion comprising a filler containing silicon (Si); characterized in that the elastomeric material of the rim portion and/or the elastomeric material of the at least one surface layer of the base portion are chosen from the group comprising ethylene-propylene rubbers and ethylene-propylene-diene monomer rubbers (EPDM). wherein the base portion comprises at least one surface layer made of elastomeric material and at least one fabric layer; and wherein said moulding tray comprises a rim portion made of elastomeric material and designed to delimit together with said base portion a cavity for containing the mix, the elastomeric material of the rim portion and the elastomeric material of the at least one surface layer of the base portion comprising a filler containing silicon (Si); characterized in that the elastomeric material of the rim portion and/or the elastomeric material of the at least one surface layer of the base portion are chosen from the group comprising ethylene-propylene rubbers and ethylene-propylene-diene monomer rubbers (EPDM).
An oral care implement (1,101, 201, 701, 801), comprising: a handle (10, 110, 210, 710, 810); a head (12,112,212, 712,812) coupled to the handle (10,110,210,710,810) and having tooth cleaning elements (16,116, 216, 716, 816) coupled thereto; an electrically powered motion-inducing element configured to generate motion in at least a portion of the tooth cleaning elements (16,116, 216, 716, 816); and a processor electrically coupled to the motion-inducing element; characterised by a plurality of illuminating regions (20A-20E, 120A-120D, 220A-220D, 820); by the processor being electrically coupled to the illuminating regions (20A-20E, 120A-120D, 220A-220D, 820); and by the processor being configured for providing user instructions for periodically performing an oral care regimen using at least one of the motion-inducing element and the illuminating regions (20A-20E, 120A-120D, 220A-220D, 820). a handle (10, 110, 210, 710, 810); a head (12,112,212, 712,812) coupled to the handle (10,110,210,710,810) and having tooth cleaning elements (16,116, 216, 716, 816) coupled thereto; an electrically powered motion-inducing element configured to generate motion in at least a portion of the tooth cleaning elements (16,116, 216, 716, 816); and a processor electrically coupled to the motion-inducing element; characterised by a plurality of illuminating regions (20A-20E, 120A-120D, 220A-220D, 820); by the processor being electrically coupled to the illuminating regions (20A-20E, 120A-120D, 220A-220D, 820); and by the processor being configured for providing user instructions for periodically performing an oral care regimen using at least one of the motion-inducing element and the illuminating regions (20A-20E, 120A-120D, 220A-220D, 820).
A high-current cable for the electrically conductive contacting of an electrode support arm of an electrically operated furnace, having - a cable head arranged at at least one end of a high-current conductor, and - a cable sheath surrounding the high-current conductor and the cable head, said cable sheath being connected in a torsion-resistant manner to a head sleeve twistably arranged on the cable head, characterized in that the cable head has a lubricant duct connected to a supply opening, said lubricant duct ending at an outlet opening in the contact region of the cable head and head sleeve. - a cable head arranged at at least one end of a high-current conductor, and - a cable sheath surrounding the high-current conductor and the cable head, said cable sheath being connected in a torsion-resistant manner to a head sleeve twistably arranged on the cable head,
A liquid electro-photographic printing system, comprising: a binary ink developer assembly including a plurality of members (34, 42, 54, 56) defining a flow path for a printing fluid containing charged particles, the plurality of members (34, 42, 54, 56) including a first member and a second member that are arranged to generate an electric field therebetween, the first member having a plurality of segments; a power supply arrangement to continuously provide a supply of voltages during a print operation, the voltages including a first voltage supplied from a first power supply unit through a first set of voltage lines, and a second voltage supplied from a second power supply unit through a second set of voltage lines, the second voltage having a different voltage level from that of the first voltage; a switching arrangement to switch connections between the segments of the first member and the voltage lines of the power supply units (76a, 76b) on an individual segment basis, to cause charged particles to be attracted to the first member in the individual segment when the first voltage is supplied to the individual segment and to cause charged particles to be repelled from the first member in the individual segment when the second voltage is supplied to the individual segment; and a controller to determine a timing for switching the supply of voltages to the individual segment of the first member between the first and second power supply units (76a, 76b). a binary ink developer assembly including a plurality of members (34, 42, 54, 56) defining a flow path for a printing fluid containing charged particles, the plurality of members (34, 42, 54, 56) including a first member and a second member that are arranged to generate an electric field therebetween, the first member having a plurality of segments; a power supply arrangement to continuously provide a supply of voltages during a print operation, the voltages including a first voltage supplied from a first power supply unit through a first set of voltage lines, and a second voltage supplied from a second power supply unit through a second set of voltage lines, the second voltage having a different voltage level from that of the first voltage; a switching arrangement to switch connections between the segments of the first member and the voltage lines of the power supply units (76a, 76b) on an individual segment basis, to cause charged particles to be attracted to the first member in the individual segment when the first voltage is supplied to the individual segment and to cause charged particles to be repelled from the first member in the individual segment when the second voltage is supplied to the individual segment; and a controller to determine a timing for switching the supply of voltages to the individual segment of the first member between the first and second power supply units (76a, 76b).
Cup lump natural rubber devoid of impurities with a size of greater than 0.5 mm and having a plasticity retention index measured according to standard ASTM D 3194-04 of greater than 80.
A device for capturing an embolus within a vessel of a patient's body, the device comprising: at least one helicoid made of a mesh material, the at least one helicoid having a plurality of turns helicoidally arranged around a longitudinal axis of the device, the mesh material having a plurality of pores therein, the pores having a size ≥120 μm, characterised in that the helicoid is defined by a helical line proximate to the longitudinal axis of the device and a helical line distal to the longitudinal axis of the device, and wherein in an expanded state the helical line proximate to the longitudinal axis of the device is roughly aligned with the longitudinal axis of the device. at least one helicoid made of a mesh material, the at least one helicoid having a plurality of turns helicoidally arranged around a longitudinal axis of the device, the mesh material having a plurality of pores therein, the pores having a size ≥120 μm, characterised in that the helicoid is defined by a helical line proximate to the longitudinal axis of the device and a helical line distal to the longitudinal axis of the device, and wherein in an expanded state the helical line proximate to the longitudinal axis of the device is roughly aligned with the longitudinal axis of the device.
An injection device for delivering a liquid composition, comprising a generally elongated housing, said housing comprising a drive device, and a plunger rod connected with the drive device, and an exchangeable cartridge comprising a plunger connectable with the plunger rod, wherein the plunger comprises a rod connector connectable with a front end portion of the plunger rod, the rod connector having an entrance opening defined by wall sections of the rod connector, the width of the entrance opening being smaller than a maximum width of the front end portion, and the width of a rod portion adjacent to and rear of the front end portion at the most corresponding to the width of the entrance opening, wherein the wall sections are resilient for enabling the front end portion to pass the entrance opening upon exerting an opening force on the wall sections, wherein the rod connector comprises a rod stop portion, characterized in that the entrance opening and the rod stop portion are arranged at a distance to each other, and in that the distance exceeds the length of the front end portion, whereby there is a longitudinal play between the front end portion of the plunger rod on one hand and the entrance opening and the rod stop portion on the other hand, when the rod connector is connected with the front end portion, thereby enabling the front end portion to move back and forth between the entrance opening and the rod stop portion without moving the plunger, wherein the drive unit is arranged to automatically move the plunger rod rearwards after being operated for moving the plunger rod forwards to insert an amount of the liquid composition, wherein the length of the rearward movement at most amounts to the length of the longitudinal play.
A magnetic antenna comprising: a flexible substrate comprising a first and a second main surface, said flexible substrate having first and second coil conductors (24-1, 24-2) thereon; and first and second magnetic cores (13-1, 13-2), wherein the first and second coil conductors (24-1, 24-2) have spiral shapes having conductor openings (CW-1, CW-2) at the respective centers thereof, wherein the flexible substrate has conductor-opening-side through holes (23W-11, 23W-21) in the conductor openings (CW-1,CW-2), the magnetic cores (13-1, 13-2) extend through the conductor-opening-side through holes (23W-11, 23W-21), and the flexible substrate further has non-coil-conductor-forming-area through holes (23W-12, 23W-22) in areas in which the coil conductors (24-1, 24-2) are not formed, the magnetic cores (13-1, 13-2) extend through the non-coil-conductor-forming-area through holes (23W-12, 23W-22), wherein the first and second magnetic cores (13-1, 13-2) are arranged in such a manner as to extend through the respective conductor-opening-side through holes (23W-11, 23W-21) from the first main surface of the flexible substrate, characterized in that the first and second magnetic cores (13-1, 13-2) are arranged in such a manner as to extend through the respective non-coil-conductor-forming-area through holes (23W-12, 23W-22) from the second main surface of the flexible substrate. a flexible substrate comprising a first and a second main surface, said flexible substrate having first and second coil conductors (24-1, 24-2) thereon; and first and second magnetic cores (13-1, 13-2), wherein the first and second coil conductors (24-1, 24-2) have spiral shapes having conductor openings (CW-1, CW-2) at the respective centers thereof, wherein the flexible substrate has conductor-opening-side through holes (23W-11, 23W-21) in the conductor openings (CW-1,CW-2), the magnetic cores (13-1, 13-2) extend through the conductor-opening-side through holes (23W-11, 23W-21), and the flexible substrate further has non-coil-conductor-forming-area through holes (23W-12, 23W-22) in areas in which the coil conductors (24-1, 24-2) are not formed, the magnetic cores (13-1, 13-2) extend through the non-coil-conductor-forming-area through holes (23W-12, 23W-22), wherein the first and second magnetic cores (13-1, 13-2) are arranged in such a manner as to extend through the respective conductor-opening-side through holes (23W-11, 23W-21) from the first main surface of the flexible substrate, characterized in that the first and second magnetic cores (13-1, 13-2) are arranged in such a manner as to extend through the respective non-coil-conductor-forming-area through holes (23W-12, 23W-22) from the second main surface of the flexible substrate.
An image forming apparatus, comprising: image forming means for forming an image on a printing medium; fixing means for fixing the image on the printing medium by heating the image on the printing medium; conveying means for conveying the printing medium which passes through the fixing means, for stopping conveyance of the printing medium, and for inverting a conveyance direction of the printing medium after the conveyance of the printing medium is stopped; measurement means for measuring a color of the image fixed on the printing medium of which the conveyance direction is inverted by the conveying means; and control means for controlling the conveying means; characterized in that the control means is configured to control the conveyance of the printing medium to decrease a temperature of the printing medium on which the image is fixed by the fixing means in a case where color measurement is performed by the measurement means, and a time period during which the conveyance of the printing medium is stopped in a case where the color measurement is performed by the measurement means is longer than a time period during which the conveyance of the printing medium is stopped in a case where the color measurement is not performed by the measurement means. image forming means for forming an image on a printing medium; fixing means for fixing the image on the printing medium by heating the image on the printing medium; conveying means for conveying the printing medium which passes through the fixing means, for stopping conveyance of the printing medium, and for inverting a conveyance direction of the printing medium after the conveyance of the printing medium is stopped; measurement means for measuring a color of the image fixed on the printing medium of which the conveyance direction is inverted by the conveying means; and control means for controlling the conveying means; characterized in that the control means is configured to control the conveyance of the printing medium to decrease a temperature of the printing medium on which the image is fixed by the fixing means in a case where color measurement is performed by the measurement means, and a time period during which the conveyance of the printing medium is stopped in a case where the color measurement is performed by the measurement means is longer than a time period during which the conveyance of the printing medium is stopped in a case where the color measurement is not performed by the measurement means.
An optical element comprising: a body of optical material; and a plurality of microstructures along a surface of the body, wherein each microstructure of the plurality of microstructures has a sag profile; wherein each microstructure is a rectangle shape with four outer boundaries, wherein each of the four outer boundaries inwardly curves toward a center of the microstructure so that the microstructure has a pincushion shape. a body of optical material; and a plurality of microstructures along a surface of the body, wherein each microstructure of the plurality of microstructures has a sag profile; wherein each microstructure is a rectangle shape with four outer boundaries, wherein each of the four outer boundaries inwardly curves toward a center of the microstructure so that the microstructure has a pincushion shape.
A computer-implemented method performed by at least one processor of a computing device, the method comprising: receiving, by the at least one processor, at least one update to a user profile of a user, the at least one update provided through an identity and access management interface executing on the computing device, wherein the IAM interface is a single interface that is useable to configure user profiles to control user access to a plurality of applications that execute in a platform; applying, by the at least one processor, the at least one update to the user profile that is stored in a unified IAM database, wherein the user profile indicates a respective access level of the user to each of at least two applications of the plurality of applications; accessing, by the at least one processor, metadata that describes a format for communicating with a management module of a respective application of each of the at least two applications; and based on the at least one update to the user profile, communicating, by the at least one processor, the respective access level of the user to the management module of the respective application through a call to an interface of the management module of the respective application that is made using the format described in the metadata, wherein the respective access level of the user controls access of the user to the respective application. receiving, by the at least one processor, at least one update to a user profile of a user, the at least one update provided through an identity and access management interface executing on the computing device, wherein the IAM interface is a single interface that is useable to configure user profiles to control user access to a plurality of applications that execute in a platform; applying, by the at least one processor, the at least one update to the user profile that is stored in a unified IAM database, wherein the user profile indicates a respective access level of the user to each of at least two applications of the plurality of applications; accessing, by the at least one processor, metadata that describes a format for communicating with a management module of a respective application of each of the at least two applications; and based on the at least one update to the user profile, communicating, by the at least one processor, the respective access level of the user to the management module of the respective application through a call to an interface of the management module of the respective application that is made using the format described in the metadata, wherein the respective access level of the user controls access of the user to the respective application.
A system, comprising: a core network, a base station management gateway situated between a multi-radio access technology, multi-RAT, radio access network, RAN, the multi-Rat RAN including both of a 3G RAN and a non-3G RAN, and the core network, the core network including a packet core network and a circuit core network, the base station management gateway providing resource management for a nodeB in the 3G RAN and the base station management gateway providing routing and node management for a base station or access point in the non-3G RAN, wherein the base station management gateway is configured to provide radio resource control, power control, ciphering, and multiplexing of multiple users onto a transmission path for a first 3G mobile device attached to the nodeB; wherein the base station management gateway is configured to relay traffic for a second mobile device attached to the base station; and wherein the base station management gateway is configured to relay traffic to the core circuit network from both the nodeB and the non-3G RAN via an IuCS interface, and configured to relay traffic to the packet core network from both the nodeB and the non-3G RAN.
A packaged medical device comprising: a package for a medical device and a medical device including a handle and an elongated shaft projecting from said handle; wherein said package comprises a holster for holding said medical device, said holster including a handle cover located at a proximal end thereof that receives said handle, said handle cover having a holster opening for accessing said handle to draw said medical device from said proximal end of said holster; and a pouch having a sealed area bounded by a top sealed edge, a bottom sealed edge, and a pair of side sealed edges (206, 208) extending between said top and bottom sealed edges (204, 202), said pouch including at least one opening tab (212, 214) spaced from said bottom sealed edge, wherein said medical device and said holster are disposed within said enclosed area of said sealed pouch with said elongated shaft of said medical device extending along said bottom sealed edge and said holster opening being located adjacent said at least one opening tab (212, 214); wherein the package is characterised in that said holster includes a tubular member that extends to a distal end thereof for receiving said elongated shaft; and wherein said holster includes a foldable blank comprising: a first blank half, a second blank half, and a center fold line extending between said first and second blank halves (118, 120); said first blank half including a first handle cover section adjacent said proximal end of said holster and a first shaft cover extending between said first handle cover section and said distal end of said holster; said second blank half including a second handle cover section adjacent said proximal end of said holster and a second shaft cover extending between said second handle cover section and said distal end of said holster, wherein said second blank half is foldable along said center fold line for covering said first blank half; a stop tab projecting from a distal edge of said first handle cover section; and a locking slit formed in said second handle cover section, wherein said stop tab is adapted to engage said locking slit for coupling distal edges of said first and second handle cover sections (122, 142) together. a first blank half, a second blank half, and a center fold line extending between said first and second blank halves (118, 120); said first blank half including a first handle cover section adjacent said proximal end of said holster and a first shaft cover extending between said first handle cover section and said distal end of said holster; said second blank half including a second handle cover section adjacent said proximal end of said holster and a second shaft cover extending between said second handle cover section and said distal end of said holster, wherein said second blank half is foldable along said center fold line for covering said first blank half; a stop tab projecting from a distal edge of said first handle cover section; and a locking slit formed in said second handle cover section, wherein said stop tab is adapted to engage said locking slit for coupling distal edges of said first and second handle cover sections (122, 142) together.