mhurhangee/ep-ind-claims huggingface dataset:
A staking machine for softening and stretching flexible sheet products, such as industrial hides and the like having opposite sides, said machine comprising: - motorized feeding means for feeding the products in a predetermined longitudinal direction; - at least one pair of mutually facing beating plates (10, 10') substantially parallel to said feeding means and acting on the opposite faces of the products, one of said plates being stationary and the other being movable; - motor means associated with the movable plate of said at least one pair (10, 10') to impart a reciprocating movement thereto with a predetermined number of beats per minute; - means for adjusting the working pressure between said stationary plate and said movable plate, which selectively act on said stationary plate to change the mutual distance between said stationary plate and said movable plate; characterized by comprising electronic control means which act on said motor means to continuously change the number of beats per minute of the reciprocating motion of said movable plate both during initial start-up and during steady-state operation according to the type of product to be treated and the characteristics of the desired products. - motorized feeding means for feeding the products in a predetermined longitudinal direction; - at least one pair of mutually facing beating plates (10, 10') substantially parallel to said feeding means and acting on the opposite faces of the products, one of said plates being stationary and the other being movable; - motor means associated with the movable plate of said at least one pair (10, 10') to impart a reciprocating movement thereto with a predetermined number of beats per minute; - means for adjusting the working pressure between said stationary plate and said movable plate, which selectively act on said stationary plate to change the mutual distance between said stationary plate and said movable plate; characterized by comprising electronic control means which act on said motor means to continuously change the number of beats per minute of the reciprocating motion of said movable plate both during initial start-up and during steady-state operation according to the type of product to be treated and the characteristics of the desired products.
An apparatus for assembling a non-pneumatic tire, the apparatus comprising: a base; a plurality of elements (16, 72) that move relative to the base, wherein the plurality of elements (16, 72) have a central axis, wherein the elements (16, 72) move in a radial direction towards and away from the central axis, wherein the elements (16, 72) are disposed in a circumferential direction around the central axis; and a radial movement member; the non-pneumatic tire having a hub; and a plurality of spokes (28, 74), wherein each one of the spokes (28, 74) can be disposed between adjacent ones of the elements (16, 72), characterised in that the elements (16, 72) and the spokes (28, 74) can be moved inwards in the radial direction by the radial movement member towards the central axis so that the spokes (28, 74) can be moved in the radial direction towards the hub, wherein adhesive can engage the spokes (28, 74) and the hub at an attachment location of the spokes (28, 74) and the hub. a base; a plurality of elements (16, 72) that move relative to the base, wherein the plurality of elements (16, 72) have a central axis, wherein the elements (16, 72) move in a radial direction towards and away from the central axis, wherein the elements (16, 72) are disposed in a circumferential direction around the central axis; and a radial movement member; the non-pneumatic tire having a hub; and a plurality of spokes (28, 74), wherein each one of the spokes (28, 74) can be disposed between adjacent ones of the elements (16, 72), characterised in that the elements (16, 72) and the spokes (28, 74) can be moved inwards in the radial direction by the radial movement member towards the central axis so that the spokes (28, 74) can be moved in the radial direction towards the hub, wherein adhesive can engage the spokes (28, 74) and the hub at an attachment location of the spokes (28, 74) and the hub.
An electric assembly, comprising: a box assembly, wherein a mounting plate is disposed in the box assembly, and the mounting plate divides a space within the box assembly into a motor holding cavity and a transmission holding cavity; a motor, wherein the motor is disposed in the motor holding cavity; a transmission, wherein the transmission is disposed in the transmission holding cavity, and the motor is power-coupled to the transmission; and a cooling device, wherein the cooling device is disposed in the motor holding cavity and cools the box assembly, characterized by further comprising a controller, wherein the controller is mounted outside the box assembly and fixedly connected to the box assembly. a box assembly, wherein a mounting plate is disposed in the box assembly, and the mounting plate divides a space within the box assembly into a motor holding cavity and a transmission holding cavity; a motor, wherein the motor is disposed in the motor holding cavity; a transmission, wherein the transmission is disposed in the transmission holding cavity, and the motor is power-coupled to the transmission; and a cooling device, wherein the cooling device is disposed in the motor holding cavity and cools the box assembly,
A compartmentalized dynamic anatomic atlas which comprises: • static atlas data comprising positional information which can be matched to positional information contained in medical image information and which comprises spatial element data and element representation data, wherein the spatial element data describes a spatial property of a spatial atlas element representing an anatomical body part, wherein the spatial property is at least one of a geometry and a position of the spatial atlas element and wherein the spatial element data does not contain any information about a representational property of the spatial atlas element, and wherein the element representation data describes a representational property assignable to the spatial atlas element and does not contain any information about the spatial property of the spatial atlas element; and • dynamic atlas data comprising information on a dynamic property, which information is respectively linked to the spatial atlas element, wherein the dynamic property is at least one of a change of a geometry and a change of a position of the spatial atlas element, and wherein the information on the dynamic property can be used as a constraint to match the compartmentalized dynamic anatomic atlas with a patient image. • static atlas data comprising positional information which can be matched to positional information contained in medical image information and which comprises spatial element data and element representation data, wherein the spatial element data describes a spatial property of a spatial atlas element representing an anatomical body part, wherein the spatial property is at least one of a geometry and a position of the spatial atlas element and wherein the spatial element data does not contain any information about a representational property of the spatial atlas element, and wherein the element representation data describes a representational property assignable to the spatial atlas element and does not contain any information about the spatial property of the spatial atlas element; and wherein the spatial element data describes a spatial property of a spatial atlas element representing an anatomical body part, wherein the spatial property is at least one of a geometry and a position of the spatial atlas element and wherein the spatial element data does not contain any information about a representational property of the spatial atlas element, and wherein the element representation data describes a representational property assignable to the spatial atlas element and does not contain any information about the spatial property of the spatial atlas element; and • dynamic atlas data comprising information on a dynamic property, which information is respectively linked to the spatial atlas element, wherein the dynamic property is at least one of a change of a geometry and a change of a position of the spatial atlas element, and wherein the information on the dynamic property can be used as a constraint to match the compartmentalized dynamic anatomic atlas with a patient image.
A passive p-type semiconductor photocathode, comprising an optical window; an optical absorber abutting the optical window; a barrier layer abutting the optical absorber; and an activation layer forming an interface with the barrier layer, wherein the barrier layer has a barrier thickness so that transmission of photoelectrons across the barrier layer is dominated by thermally excited electrons with sufficient energy to exceed the barrier height as opposed to tunneling through the barrier layer in conduction band energy, and at least one of: a bandgap higher than a bandgap of the optical absorber; or, a dopant concentration higher than a doping concentration of the optical absorber. an optical window; an optical absorber abutting the optical window; a barrier layer abutting the optical absorber; and an activation layer forming an interface with the barrier layer, wherein the barrier layer has a barrier thickness so that transmission of photoelectrons across the barrier layer is dominated by thermally excited electrons with sufficient energy to exceed the barrier height as opposed to tunneling through the barrier layer in conduction band energy, and at least one of: a bandgap higher than a bandgap of the optical absorber; or, a dopant concentration higher than a doping concentration of the optical absorber. a bandgap higher than a bandgap of the optical absorber; or, a dopant concentration higher than a doping concentration of the optical absorber.
A fuel cell system comprising: a reformer configured to generate a reformed gas using a raw material; a fuel cell configured to generate electric power using the reformed gas; a raw material supply passage through which the raw material supplied to the reformer flows; a hydro-desulfurizer configured to remove a sulfur component in the raw material supplied to the reformer; a recycle passage through which a part of the reformed gas is supplied as a recycled gas to the raw material supply passage provided upstream of the hydro-desulfurizer; a temperature detector configured to detect a temperature of the hydro-desulfurizer; and a controller, wherein: when the temperature of the hydro-desulfurizer reaches a predetermined temperature, the controller increases a flow rate of the raw material from a predetermined flow rate by a flow rate corresponding to a flow rate of the recycled gas, and then, the controller starts supplying the recycled gas to the recycle passage; and after the recycled gas reaches an upstream end of the recycle passage through the raw material supply passage, the controller returns the flow rate of the raw material to the predetermined flow rate. a reformer configured to generate a reformed gas using a raw material; a fuel cell configured to generate electric power using the reformed gas; a raw material supply passage through which the raw material supplied to the reformer flows; a hydro-desulfurizer configured to remove a sulfur component in the raw material supplied to the reformer; a recycle passage through which a part of the reformed gas is supplied as a recycled gas to the raw material supply passage provided upstream of the hydro-desulfurizer; a temperature detector configured to detect a temperature of the hydro-desulfurizer; and a controller, wherein: when the temperature of the hydro-desulfurizer reaches a predetermined temperature, the controller increases a flow rate of the raw material from a predetermined flow rate by a flow rate corresponding to a flow rate of the recycled gas, and then, the controller starts supplying the recycled gas to the recycle passage; and after the recycled gas reaches an upstream end of the recycle passage through the raw material supply passage, the controller returns the flow rate of the raw material to the predetermined flow rate. when the temperature of the hydro-desulfurizer reaches a predetermined temperature, the controller increases a flow rate of the raw material from a predetermined flow rate by a flow rate corresponding to a flow rate of the recycled gas, and then, the controller starts supplying the recycled gas to the recycle passage; and after the recycled gas reaches an upstream end of the recycle passage through the raw material supply passage, the controller returns the flow rate of the raw material to the predetermined flow rate.
A wireless communication system in which a base station apparatus is configured to allocate a plurality of component carriers to a mobile station apparatus, and said base station apparatus and said mobile station apparatus are configured to perform communication via said component carriers, wherein said base station apparatus is configured to set component carrier setting information for each component carrier, and to notify said mobile station apparatus of allocation information of component carriers, first component carrier setting information including information on random access, and second component carrier setting information not including the information on random access, and said mobile station apparatus is configured to receive said allocation information, said first component carrier setting information, and said second component carrier setting information, and to transmit a random access preamble only in a component carrier corresponding to said first component carrier setting information, among the plurality of component carriers allocated from said base station apparatus.
A motor vehicle wheel hub, the wheel hub comprising: - a bridge arm of a tubular shape; - a bearing annularly fitted on the outside of said bridge arm; - an abutment ring defining an axial abutment face for said bearing; and - a brake caliper carrying flange, wherein said abutment ring and said brake caliper carrying flange are made of a single piece characterized in that it comprises an axial part, which is substantially plane and comprises a central hole, for being fitted on the bridge arm, and at least one radial part for supporting a brake caliper. - a bridge arm of a tubular shape; - a bearing annularly fitted on the outside of said bridge arm; - an abutment ring defining an axial abutment face for said bearing; and - a brake caliper carrying flange, wherein said abutment ring and said brake caliper carrying flange are made of a single piece characterized in that it comprises an axial part, which is substantially plane and comprises a central hole, for being fitted on the bridge arm, and at least one radial part for supporting a brake caliper.
An electrophoretic chip comprising: (a) a non-conductive substrate designed to support elements of said electrophoretic chip; (b) an electrode structure for conducting electric current through said electrophoretic chip, printed on said non-conductive substrate and comprising a counter electrode and at least two working electrodes, each electrode (13,14) comprising: a conductive low-resistance ink layer printed on the non-conductive substrate; and a carbon ink layer printed on top of said conductive low-resistance ink layer; (c) a dielectric ink insulator layer placed on top of, and covering, said electrode structure, said dielectric ink insulator layer having at least one opening above the counter electrode and at least one opening above each of said at least two working electrodes thereby forming at least two addressable locations; and (d) a molecule capturing matrix covering said at least two addressable locations; characterised in that said molecule capturing matrix comprises a matrix of microgels, including at least two microgel regions, said matrix of microgels including microgels spotted directly onto each of said at least two working electrodes and covering only the surface of said at least two working electrodes and protruding into the solution for the thickness of the microgel such that each working electrode is covered with a single microgel spotted on top of it and such that adjacent microgel regions of said matrix of microgels are not in direct contact with each other. (a) a non-conductive substrate designed to support elements of said electrophoretic chip; (b) an electrode structure for conducting electric current through said electrophoretic chip, printed on said non-conductive substrate and comprising a counter electrode and at least two working electrodes, each electrode (13,14) comprising: a conductive low-resistance ink layer printed on the non-conductive substrate; and a carbon ink layer printed on top of said conductive low-resistance ink layer; a conductive low-resistance ink layer printed on the non-conductive substrate; and a carbon ink layer printed on top of said conductive low-resistance ink layer; (c) a dielectric ink insulator layer placed on top of, and covering, said electrode structure, said dielectric ink insulator layer having at least one opening above the counter electrode and at least one opening above each of said at least two working electrodes thereby forming at least two addressable locations; and (d) a molecule capturing matrix covering said at least two addressable locations;
A fixed-wing aircraft, comprising: a fuselage; a first port wing and a first starboard wing; a first port swash plate coupled between a first port rotor and a first port electric motor, the first port electric motor coupled to the first port wing; and a first starboard swash plate coupled between a first starboard rotor and a first starboard electric motor, the first starboard electric motor coupled to the first starboard wing; characterised by a second port wing and second starboard wing; a second port swash plate coupled between a second port rotor and second port electric motor, the second port electric motor coupled to the second port wing; a second starboard swash plate coupled between a second starboard rotor and second starboard electric motor, the second starboard electric motor coupled to the second starboard wing; and a horizontal stabilizer coupled to the fuselage and an elevator rotatably coupled to the horizontal stabilizer, the fuselage coupled between the first port wing and second starboard wing; wherein the fixed-wing aircraft is arranged to provide rotor blade pitch control such that the fixed-wing aircraft pitch, yaw and roll moments are accomplished without the benefit of control surfaces on a wing. a fuselage; a first port wing and a first starboard wing; a first port swash plate coupled between a first port rotor and a first port electric motor, the first port electric motor coupled to the first port wing; and a first starboard swash plate coupled between a first starboard rotor and a first starboard electric motor, the first starboard electric motor coupled to the first starboard wing; characterised by a second port wing and second starboard wing; a second port swash plate coupled between a second port rotor and second port electric motor, the second port electric motor coupled to the second port wing; a second starboard swash plate coupled between a second starboard rotor and second starboard electric motor, the second starboard electric motor coupled to the second starboard wing; and a horizontal stabilizer coupled to the fuselage and an elevator rotatably coupled to the horizontal stabilizer, the fuselage coupled between the first port wing and second starboard wing; wherein the fixed-wing aircraft is arranged to provide rotor blade pitch control such that the fixed-wing aircraft pitch, yaw and roll moments are accomplished without the benefit of control surfaces on a wing.
Prosthesis for enterostomy patients, comprising: - at least a tubular element of elongated shape and insertable substantially to size inside of a stoma made on the abdominal wall of a patient; - at least first obstruction means configured to obstruct at least one area of the stoma, associated with a first end of said tubular element and movable between a restricted configuration and an enlarged configuration to allow the insertion/extraction into/from said stoma respectively, and to prevent leakage of feces from the stoma itself; - at least a first through duct made on said tubular element, communicating with said first obstruction means and having valve means connectable to forced introduction/extraction means of a fluid into/from said first obstruction means; - at least a second through duct made on said tubular element, communicating with the inside of the stoma and having filtering means for the outflow of gases from the stoma itself; and - at least an external retaining element associated with a second end of said tubular element opposite to said first end and able to cooperate, in use, with at least one portion of the abdominal wall and having at least two through holes (16, 21) arranged at said first duct and said second duct; wherein said tubular element and said retaining element are made of a flexible material, characterised in that said prothesis comprises stiffening means associated with at least one of said ducts (13, 19) wherein said stiffening means are made of an elastomeric material of predefined hardness. - at least a tubular element of elongated shape and insertable substantially to size inside of a stoma made on the abdominal wall of a patient; - at least first obstruction means configured to obstruct at least one area of the stoma, associated with a first end of said tubular element and movable between a restricted configuration and an enlarged configuration to allow the insertion/extraction into/from said stoma respectively, and to prevent leakage of feces from the stoma itself; - at least a first through duct made on said tubular element, communicating with said first obstruction means and having valve means connectable to forced introduction/extraction means of a fluid into/from said first obstruction means; - at least a second through duct made on said tubular element, communicating with the inside of the stoma and having filtering means for the outflow of gases from the stoma itself; and - at least an external retaining element associated with a second end of said tubular element opposite to said first end and able to cooperate, in use, with at least one portion of the abdominal wall and having at least two through holes (16, 21) arranged at said first duct and said second duct; wherein said tubular element and said retaining element are made of a flexible material, characterised in that said prothesis comprises stiffening means associated with at least one of said ducts (13, 19) wherein said stiffening means are made of an elastomeric material of predefined hardness.
An Fe -substituted beta-type zeolite having an SiO 2 /Al 2 O 3 ratio of equal to or more than 7 but less than 10 and obtained by being subjected to ionic exchange with Fe ions, wherein the loading amount of Fe is in the range of 0.001 to 0.25 mmol/g of the Fe -substituted beta-type zeolite, and wherein a BET specific surface area ranges from 300 to 600 m 2 /g; a micropore specific surface area ranges from 270 to 500 m 2 /g; and a micropore volume ranges from 0.14 to 0.25 cm 3 /g.