mhurhangee/ep-ind-claims huggingface dataset:
Frame for laterally holding an electro-optic display, comprising elements which are rigid in a direction of longitudinal extent of the frame, wherein the longitudinal extent of the frame runs parallel to the surface of the electro-optic display, wherein elements which are elastic in the longitudinal direction are arranged between the elements which are rigid in the longitudinal direction, and the frame is designed to border the electro-optic display to be held.
A transparent exterior window film composite comprising; a base sheet material having an outer PET (polyethylene terephthalate) film layer having a thickness of 0.0125 to 0.18mm, which has been surface treated to elevate adhesion thereto and which is impregnated with an ultra violet light absorber; an undercoat layer coated on the treated surface, the undercoat layer comprising an acrylic or urethane-acrylic polymer; and a urethane-acrylate hard coat layer coated on the undercoat layer, formed from a composition comprising at least one UV stabiliser, at least one urethane-acrylate oligomer and at least one multifunctional acrylate monomer; wherein the undercoat has a thickness which is at least as thick as the hard coat; characterised in that: the undercoat layer comprises an electron-beam or UV light-cured acrylic or urethane-acrylic polymer, and said acrylic or urethane-acrylic polymer comprises one or more di- or poly-functional crosslinking agents; and the urethane-acrylate hard coat layer is formed from a composition further comprising one or more di- or poly-functional crosslinking agents. a base sheet material having an outer PET (polyethylene terephthalate) film layer having a thickness of 0.0125 to 0.18mm, which has been surface treated to elevate adhesion thereto and which is impregnated with an ultra violet light absorber; an undercoat layer coated on the treated surface, the undercoat layer comprising an acrylic or urethane-acrylic polymer; and a urethane-acrylate hard coat layer coated on the undercoat layer, formed from a composition comprising at least one UV stabiliser, at least one urethane-acrylate oligomer and at least one multifunctional acrylate monomer; wherein the undercoat has a thickness which is at least as thick as the hard coat; characterised in that: the undercoat layer comprises an electron-beam or UV light-cured acrylic or urethane-acrylic polymer, and said acrylic or urethane-acrylic polymer comprises one or more di- or poly-functional crosslinking agents; and the urethane-acrylate hard coat layer is formed from a composition further comprising one or more di- or poly-functional crosslinking agents. the undercoat layer comprises an electron-beam or UV light-cured acrylic or urethane-acrylic polymer, and said acrylic or urethane-acrylic polymer comprises one or more di- or poly-functional crosslinking agents; and the urethane-acrylate hard coat layer is formed from a composition further comprising one or more di- or poly-functional crosslinking agents.
A security EAS tag, comprising - a tag body, - an attaching assembly for attaching the tag body to an article, the attaching assembly including a tack assembly which is receivable in the tag body, whereby - the tag body comprises a retaining device disposed in the tag body, the retaining device to lock the tack assembly to the tag body, - a detrimental substance, the detrimental substance to be disposed in the tag body; characterized in that - the detrimental substance being contained directly in the tag body, whereby the detrimental substance is not contained in a vial, but is contained in an enclosed portion of the tag body, or - the tag body including a routing structure for the detrimental substance, the tag body having a vial compartment containing a vial (72B, 172B) that contains the detrimental substance and a channel extending from the vial compartment to the outside of the tag body, forming a hole in the tag body. - a tag body, - an attaching assembly for attaching the tag body to an article, the attaching assembly including a tack assembly which is receivable in the tag body, whereby - the tag body comprises a retaining device disposed in the tag body, the retaining device to lock the tack assembly to the tag body, - a detrimental substance, the detrimental substance to be disposed in the tag body; characterized in that - the detrimental substance being contained directly in the tag body, whereby the detrimental substance is not contained in a vial, but is contained in an enclosed portion of the tag body, or - the tag body including a routing structure for the detrimental substance, the tag body having a vial compartment containing a vial (72B, 172B) that contains the detrimental substance and a channel extending from the vial compartment to the outside of the tag body, forming a hole in the tag body.
An electrosurgical generator comprising: an output stage configured to generate electrosurgical energy; a plurality of sensors configured to sense a voltage waveform and a current waveform of the generated electrosurgical energy; a plurality of analog all-pass filters (412, 414) configured to filter the sensed voltage and current waveforms; an analog multiplier configured to multiply the filtered voltage and current waveforms to obtain a real power waveform; an average power calculation circuit (400a, 400b, 400c) configured to calculate a real average power based on the real power waveform; and a controller configured to generate a control signal to control the output stage based on the real average power; wherein the plurality of analog all-pass filters (412, 414) include a resistor and a capacitor having values that compensate for the phase difference between the voltage waveform and the current waveform. an output stage configured to generate electrosurgical energy; a plurality of sensors configured to sense a voltage waveform and a current waveform of the generated electrosurgical energy; a plurality of analog all-pass filters (412, 414) configured to filter the sensed voltage and current waveforms; an analog multiplier configured to multiply the filtered voltage and current waveforms to obtain a real power waveform; an average power calculation circuit (400a, 400b, 400c) configured to calculate a real average power based on the real power waveform; and a controller configured to generate a control signal to control the output stage based on the real average power; wherein the plurality of analog all-pass filters (412, 414) include a resistor and a capacitor having values that compensate for the phase difference between the voltage waveform and the current waveform.
A drilling plant movement control system, wherein the plant comprises a drilling head raised and lowered by hydraulic actuating means, wherein the system comprises: - at least a first hydraulic circuit to drive the actuating means with an inlet conduit and an outlet conduit for a working fluid; - at least one pumping device adapted to promote the circulation of the fluid from said inlet conduit to said outlet conduit; - at least one first electric machine mechanically coupled to said at least one pumping device to promote the fluid flow in said at least one first hydraulic circuit, wherein said first electric machine is connected to an electric circuit connectable to the net or an electric accumulator; wherein said at least one pumping device is of a reversible type, said at least one first electric machine being adapted to operate selectively as electric motor to promote the circulation of the fluid in a first sense and to drive the actuating means during the rise of the drilling head, characterized in that the electric machine is adapted to operate as electric generator upon fluid flow in a second sense opposite the first promoted by the actuating means during the lowering of the drilling head to inject in the net or in the accumulator the electric power generated from said first machine to recover part of the energy of the whole drilling plant and increase the whole efficiency of the system. - at least a first hydraulic circuit to drive the actuating means with an inlet conduit and an outlet conduit for a working fluid; - at least one pumping device adapted to promote the circulation of the fluid from said inlet conduit to said outlet conduit; - at least one first electric machine mechanically coupled to said at least one pumping device to promote the fluid flow in said at least one first hydraulic circuit, wherein said first electric machine is connected to an electric circuit connectable to the net or an electric accumulator; wherein said at least one pumping device is of a reversible type, said at least one first electric machine being adapted to operate selectively as electric motor to promote the circulation of the fluid in a first sense and to drive the actuating means during the rise of the drilling head, characterized in that the electric machine is adapted to operate as electric generator upon fluid flow in a second sense opposite the first promoted by the actuating means during the lowering of the drilling head to inject in the net or in the accumulator the electric power generated from said first machine to recover part of the energy of the whole drilling plant and increase the whole efficiency of the system.
An apparatus comprising: a first reflective surface (20, 620); a second reflective surface (30, 630); an open frame support structure supporting the first (20, 620) and second (30, 630) reflective surfaces and positioning the first and second reflective surfaces to create an optical cell (50, 650); a light source; a detector, wherein the light source and detector are positioned such that light emitted from the light source is reflected in the optical cell at least one time between the first (20, 620) and second (30, 630) reflective surfaces before reaching the detector; an actuator (100, 660) coupled with and operative to actuate the first reflective surface (20, 620); and characterized in that the actuator (100, 660) is arranged for spinning or vibrating the first reflective surface (20, 620) for avoiding or removing contaminants from the first reflective surface (20, 620) and for tracking the position of the first reflective surface (20, 620) for returning, after spinning or vibrating, the first reflective surface (20, 620) to substantially the same position as before the spinning or vibrating. a first reflective surface (20, 620); a second reflective surface (30, 630); an open frame support structure supporting the first (20, 620) and second (30, 630) reflective surfaces and positioning the first and second reflective surfaces to create an optical cell (50, 650); a light source; a detector, wherein the light source and detector are positioned such that light emitted from the light source is reflected in the optical cell at least one time between the first (20, 620) and second (30, 630) reflective surfaces before reaching the detector; an actuator (100, 660) coupled with and operative to actuate the first reflective surface (20, 620); and characterized in that the actuator (100, 660) is arranged for spinning or vibrating the first reflective surface (20, 620) for avoiding or removing contaminants from the first reflective surface (20, 620) and for tracking the position of the first reflective surface (20, 620) for returning, after spinning or vibrating, the first reflective surface (20, 620) to substantially the same position as before the spinning or vibrating.
A rear-moving self-propelled working machine, comprising: a main machine comprising a moving assembly and a motor for driving the moving assembly; and a handle device (30, 50) connected to the main machine; wherein the handle device comprises: an operation member (31, 51) comprising a grip (311, 511) for a user to hold; a connecting rod assembly (32, 52) comprising a first connecting rod (321, 521) connected to the main machine; a sensing device (34a, 54a) for sensing a thrust applied to the handle device to drive the rear-moving self-propelled working machine; and a trigger assembly (35, 55) capable of applying a force to the sensing device when the grip receives the thrust; characterized in that the trigger assembly is connected to the connecting rod assembly, and the sensing device is connected to the operation member. a main machine comprising a moving assembly and a motor for driving the moving assembly; and a handle device (30, 50) connected to the main machine; wherein the handle device comprises: an operation member (31, 51) comprising a grip (311, 511) for a user to hold; a connecting rod assembly (32, 52) comprising a first connecting rod (321, 521) connected to the main machine; a sensing device (34a, 54a) for sensing a thrust applied to the handle device to drive the rear-moving self-propelled working machine; and a trigger assembly (35, 55) capable of applying a force to the sensing device when the grip receives the thrust; characterized in that the trigger assembly is connected to the connecting rod assembly, and the sensing device is connected to the operation member. an operation member (31, 51) comprising a grip (311, 511) for a user to hold; a connecting rod assembly (32, 52) comprising a first connecting rod (321, 521) connected to the main machine; a sensing device (34a, 54a) for sensing a thrust applied to the handle device to drive the rear-moving self-propelled working machine; and a trigger assembly (35, 55) capable of applying a force to the sensing device when the grip receives the thrust; characterized in that the trigger assembly is connected to the connecting rod assembly, and the sensing device is connected to the operation member.
A photocurable composition comprising: (a) 35-80% by weight of a cationically curable component comprising a polyglycidyl epoxy compound; (b) 5-60% by weight of a free radically active component comprising i) an ethoxylated poly(meth)acrylate or a mixture of an ethoxylated poly(meth)acrylate and a propoxylated poly(meth)acrylate; and ii) alicyclic acrylate; (c) 0.1-10% by weight of a antimony-free cationic photoinitiator; (d) 0.01-10% by weight of a free radical photoinitiator; and (e) 0-40% by weight of one or more optional components wherein the percent by weight is based on the total weight of the photocurable composition. (a) 35-80% by weight of a cationically curable component comprising a polyglycidyl epoxy compound; (b) 5-60% by weight of a free radically active component comprising i) an ethoxylated poly(meth)acrylate or a mixture of an ethoxylated poly(meth)acrylate and a propoxylated poly(meth)acrylate; and ii) alicyclic acrylate; i) an ethoxylated poly(meth)acrylate or a mixture of an ethoxylated poly(meth)acrylate and a propoxylated poly(meth)acrylate; and ii) alicyclic acrylate; (c) 0.1-10% by weight of a antimony-free cationic photoinitiator; (d) 0.01-10% by weight of a free radical photoinitiator; and (e) 0-40% by weight of one or more optional components
Recording medium readable by computer storing a data stream representative of at least one image sliced into partitions, which has been previously coded, the data stream comprising: - coefficients of a partition (Bi) of this at least one coded image, said coefficients being coded by a coding of CABAC (context-based adaptive binary arithmetic coding) type; - said coefficients representing a block of residual data of the partition, the first non-zero coefficient not comprising any sign value; the data stream being characterized by - the parity of the sum of said coefficients determines the sign of the first non-zero coefficient, - the sign of the first non-zero coefficient is positive when said sum of the coefficients is an even value, whilst the sign of the first non-zero coefficient is negative when said sum of the coefficients is an odd value. - coefficients of a partition (Bi) of this at least one coded image, said coefficients being coded by a coding of CABAC (context-based adaptive binary arithmetic coding) type; - said coefficients representing a block of residual data of the partition, the first non-zero coefficient not comprising any sign value; - the parity of the sum of said coefficients determines the sign of the first non-zero coefficient, - the sign of the first non-zero coefficient is positive when said sum of the coefficients is an even value, whilst the sign of the first non-zero coefficient is negative when said sum of the coefficients is an odd value.
An apparatus for generating a hologram pattern in a hologram plane, the apparatus comprising: a reference depth plane setting unit configured to set a reference depth plane using data associated with a three-dimensional, 3D, object, the 3D object being made up of spatial points (201, 202); a first hologram pattern generating unit configured to generate a first hologram pattern in the reference depth plane, the first hologram pattern representing the 3D object being generated by synthesizing point source holograms or Fresnel zone plates computed for each point of the 3D object; and a second hologram pattern generating unit configured to generate a second hologram pattern in the hologram plane using the first hologram pattern; wherein the reference depth plane setting unit is configured to determine depth information of the points of the 3D object with respect to the hologram plane using the data associated with the 3D object; wherein the reference depth plane setting unit is configured to set a depth position of the reference depth plane based on a value of the depth information of the points of the 3D object such that the reference depth plane is at a shorter distance from the 3D object than a distance from the 3D object to the hologram plane; wherein the reference depth plane setting unit is configured to set the reference depth plane parallel to the hologram plane; characterized in that the reference depth plane setting unit sets the reference depth plane to be placed at an inner part of the 3D object. a reference depth plane setting unit configured to set a reference depth plane using data associated with a three-dimensional, 3D, object, the 3D object being made up of spatial points (201, 202); a first hologram pattern generating unit configured to generate a first hologram pattern in the reference depth plane, the first hologram pattern representing the 3D object being generated by synthesizing point source holograms or Fresnel zone plates computed for each point of the 3D object; and a second hologram pattern generating unit configured to generate a second hologram pattern in the hologram plane using the first hologram pattern; wherein the reference depth plane setting unit is configured to determine depth information of the points of the 3D object with respect to the hologram plane using the data associated with the 3D object; wherein the reference depth plane setting unit is configured to set a depth position of the reference depth plane based on a value of the depth information of the points of the 3D object such that the reference depth plane is at a shorter distance from the 3D object than a distance from the 3D object to the hologram plane; wherein the reference depth plane setting unit is configured to set the reference depth plane parallel to the hologram plane; characterized in that the reference depth plane setting unit sets the reference depth plane to be placed at an inner part of the 3D object.
A protective cap for female- or male-type hydraulic cartridges adapted to be engaged by male- and female-type cartridges, respectively, wherein the mutual engagement of a female-type cartridge and a male-type cartridge results in the possible flow of hydraulic fluid between said female and male cartridges, wherein said protective cap comprises a flange adapted to be arranged in a fixed position with respect to said female- or male-type cartridge, wherein said flange defines an opening so as to allow, in said fixed position, the engagement of said female-type or male-type cartridge by a male-type or female-type cartridge, respectively, wherein said cap comprises a plug which is switchable with respect to said flange between a first closing position, in which said opening is obstructed by said plug, and a second opening position, in which said opening is not obstructed by said plug, wherein said plug is adapted to be switched by rotation between said first closing position and second opening position with respect to a predetermined rotation axis (R-R), characterized in that the switching of said plug from said first closing position to said second opening position results in the automatic locking of said plug in said second opening position, in that the unlocking of said plug results in the automatic switching of said plug from said second opening position to said first closing position, in that said protective cap comprises first elastic means, in that switching by rotation of said plug from said first closing position to said second opening position occurs against the elastic resistance of said first elastic means, in that the automatic switching by rotation of said plug from said second opening position to said first closing position is due to the elastic thrust generated by said first elastic means, in that the protective cap comprises a first engaging and locking element which is rotationally constrained to said flange, in that said plug is adapted to be switched by rotation with respect to said first engaging and locking element, in that said first engaging and locking element is adapted to be switched by translation along a direction substantially parallel to said rotation axis (R-R) of said plug between a first position and a second position of the first engaging and locking element, and in that the switching by rotation of said plug from said first closing position to said second opening position of the plug results in said first engaging and locking element being automatically switched from said first position to said second position of the first engaging and locking element, said plug being automatically locked in said second opening position of the plug.