mhurhangee/ep-ind-claims huggingface dataset:
An accessory apparatus having an optical member and configured to be attached between an interchangeable lens apparatus and an image pickup apparatus, the accessory apparatus comprising: a communication unit configured to communicate with at least one of the interchangeable lens apparatus and the image pickup apparatus; a control unit configured to control communication of the communication unit; and a storage storing control information in information related to an optical characteristic of the interchangeable lens apparatus and the accessory apparatus, wherein the control information includes at least one of first information for controlling a drive of an optical member (104, 105, 106,107) included in the interchangeable lens apparatus and second information for correction of image data obtained by the image pickup apparatus, and is stored into the storage in association with first identification information for identifying the interchangeable lens apparatus, wherein the control information corresponding to the first identification information is stored into the storage in association with second identification information for identifying a specific part of the control information, and wherein the first identification information stored in the storage is identification information for identifying the interchangeable lens apparatus in communication between the interchangeable lens apparatus and the image pickup apparatus. a communication unit configured to communicate with at least one of the interchangeable lens apparatus and the image pickup apparatus; a control unit configured to control communication of the communication unit; and a storage storing control information in information related to an optical characteristic of the interchangeable lens apparatus and the accessory apparatus, wherein the control information includes at least one of first information for controlling a drive of an optical member (104, 105, 106,107) included in the interchangeable lens apparatus and second information for correction of image data obtained by the image pickup apparatus, and is stored into the storage in association with first identification information for identifying the interchangeable lens apparatus, wherein the control information corresponding to the first identification information is stored into the storage in association with second identification information for identifying a specific part of the control information, and wherein the first identification information stored in the storage is identification information for identifying the interchangeable lens apparatus in communication between the interchangeable lens apparatus and the image pickup apparatus.
A transparent high-barrier film comprising a plastic film, and at least a barrier layer stacked on one surface or both surfaces of the plastic film, the transparent high-barrier film satisfying all of the following requirements to: the barrier layer is a layer in which two or more units are stacked, each unit having a structure in which a barrier layer A, a barrier layer B and a barrier layer A are stacked in this order; the barrier layer A is a layer composed of SiOC in which the content ratio of carbon quantitatively analyzed by X-ray photoelectron spectroscopy of the barrier layer A is in a range of more than 0% and less than 15%; and the barrier layer B is a layer composed of SiOC in which the content ratio of carbon quantitatively analyzed by X-ray photoelectron spectroscopy of the barrier layer B is in a range of 1.1 to 4.0 times the content ratio of carbon in the barrier layer A. the barrier layer is a layer in which two or more units are stacked, each unit having a structure in which a barrier layer A, a barrier layer B and a barrier layer A are stacked in this order; the barrier layer A is a layer composed of SiOC in which the content ratio of carbon quantitatively analyzed by X-ray photoelectron spectroscopy of the barrier layer A is in a range of more than 0% and less than 15%; and the barrier layer B is a layer composed of SiOC in which the content ratio of carbon quantitatively analyzed by X-ray photoelectron spectroscopy of the barrier layer B is in a range of 1.1 to 4.0 times the content ratio of carbon in the barrier layer A.
Method for operating a power-controlled operating circuit (1, 21) for a lighting means, wherein a parameter, subject to the circuit-specific power dissipation (Pv) and specifying the power, is measured for controlling the power, with said parameter specifying the actual value of the power and being compared with a target value of the power, and wherein, dependent on a control deviation obtained by the comparison, a power-determining variable, in particular the clocking of one or several switches, is adjusted, and in an operating phase - when the lighting means absorbs effective power for light emission - at least one of the control parameters, such as actual value of the power, target value of the power, control deviation, is corrected in such a way that the light power emitted by the lighting means corresponds better to the target value of the power; characterized in that the actual power dissipation (Pv) of the operating circuit is determined and memorized during a measuring phase in which the lighting means does not absorb effective power for light emission.
A coated glass sheet that has substantially the same blue hue in transmission and reflection, the coating comprising a coloured layer and an overcoat layer wherein the coloured layer is deposited directly onto a surface of the glass sheet and the overcoat layer is deposited directly onto the coloured layer, the coloured layer comprising antimony doped tin oxide and having a geometric thickness between 100nm and 220nm, the overcoat layer comprising an oxide of titanium and having a geometric thickness of between 5 and 40nm, the glass sheet having a thickness between 2mm and 10mm, and at 540nm the refractive index of the overcoat layer is higher than that of the coloured layer, and wherein the visible light transmission of the coated glass sheet is between 25% and 55%.
The use of formulations comprising one or more aminocarboxylates, selected from among methylglycine diacetate (MGDA) and its alkali metal salts and glutamic diacetate (GLDA) and its alkali metal salts, at least one inorganic compound selected from among inorganic phosphates, inorganic phosphites, inorganic nitrates, ammonium salts and potassium salts and optionally water for the application to plants, the ground or growth substrates. one or more aminocarboxylates, selected from among methylglycine diacetate (MGDA) and its alkali metal salts and glutamic diacetate (GLDA) and its alkali metal salts, at least one inorganic compound selected from among inorganic phosphates, inorganic phosphites, inorganic nitrates, ammonium salts and potassium salts and optionally water for the application to plants, the ground or growth substrates.
Ankle protection device for a person comprising: - a main part made of an anti-abrasion material enveloping the ankle and having a rear part placed on the rear of the ankle at the level of the Achilles tendon of the person, a front part placed on the front of the ankle at the level of the instep of the person, an inner wall intended to be in contact with the ankle and an outer wall, - two reinforcements fixed to the inner wall of the main part at the level of the malleoli of the person's ankle, - closing devices fixed to the outer wall of the main part to hold and tighten the said device against the ankle, - a rigid element having two parts joined together by a bend, an upper part fixed to the rear part of the main part and a lower part intended to be positioned under the heel of the person's shoe. - a main part made of an anti-abrasion material enveloping the ankle and having a rear part placed on the rear of the ankle at the level of the Achilles tendon of the person, a front part placed on the front of the ankle at the level of the instep of the person, an inner wall intended to be in contact with the ankle and an outer wall, - two reinforcements fixed to the inner wall of the main part at the level of the malleoli of the person's ankle, - closing devices fixed to the outer wall of the main part to hold and tighten the said device against the ankle, - a rigid element having two parts joined together by a bend, an upper part fixed to the rear part of the main part and a lower part intended to be positioned under the heel of the person's shoe.
A method for removing accumulated fly ash pluggage from channels of an SCR system comprising: treating an SCR catalyst with a blasting stream comprising a pressurized carrier gas and a particulate blasting medium directed at a flue gas inlet side of the SCR catalyst, wherein the SCR catalyst has a catalyst structure selected from the group consisting of a honeycomb catalyst, a corrugated catalyst, and a plate catalyst, and removing at least a portion of accumulated fly ash pluggage from the channels of the SCR catalyst, characterized in that the particulate blasting medium is dry ice particulates. treating an SCR catalyst with a blasting stream comprising a pressurized carrier gas and a particulate blasting medium directed at a flue gas inlet side of the SCR catalyst, wherein the SCR catalyst has a catalyst structure selected from the group consisting of a honeycomb catalyst, a corrugated catalyst, and a plate catalyst, and removing at least a portion of accumulated fly ash pluggage from the channels of the SCR catalyst, characterized in that the particulate blasting medium is dry ice particulates.
An electroporation device for inducing an electrical field in the body of a patient comprising a plurality of electrotherapeutic devices having respective distal ends, each of the electrotherapeutic devices being slidably arranged with respect to a reference point of the electroporation device from a retracted position, to an extended position, where said distal end of each of the electrotherapeutic devices extends distally beyond the position of said distal end when in said retracted position, wherein at least one of said electrotherapeutic devices comprises • an elongate main body part having a longitudinal axis, a distal end and a proximal end; • an electrically conductive terminal tip disposed at said distal end of said elongate body part; and • a first electrically conducting path extending along said elongate main body part from said proximal end to said distal end, characterized in that said elongate main body part is of a substantially uniform cross sectional area along said longitudinal axis, wherein a maximal cross sectional area A of said terminal tip in a direction perpendicular to said longitudinal axis is greater than the cross sectional area of said elongate main body part and wherein said terminal tip of said electrotherapeutic devices has a smooth, rounded outer surface geometry. • an elongate main body part having a longitudinal axis, a distal end and a proximal end; • an electrically conductive terminal tip disposed at said distal end of said elongate body part; and • a first electrically conducting path extending along said elongate main body part from said proximal end to said distal end,
A developer storage body comprising: a housing in which a developer is stored; a shutter portion mounted to said housing so as to be rotatable with respect to said housing, said shutter portion having a hole portion through which said developer is replenished into said housing said hole portion having a first direction-regulating portion, and a cap portion covering said hole portion, wherein said cap portion comprises: a structural portion that constitutes an enclosure body enclosing a hollow portion, said structural portion being formed of a first material, and a seal portion that covers said structural portion to seal said hollow portion, said seal portion being formed of a second material having a lower flexural modulus than said first material, and a second direction-regulating portion formed by a part of said structural portion, said second direction-regulating portion engaging said first direction-regulating portion. a housing in which a developer is stored; a shutter portion mounted to said housing so as to be rotatable with respect to said housing, said shutter portion having a hole portion through which said developer is replenished into said housing said hole portion having a first direction-regulating portion, and a cap portion covering said hole portion, wherein said cap portion comprises: a structural portion that constitutes an enclosure body enclosing a hollow portion, said structural portion being formed of a first material, and a seal portion that covers said structural portion to seal said hollow portion, said seal portion being formed of a second material having a lower flexural modulus than said first material, and a second direction-regulating portion formed by a part of said structural portion, said second direction-regulating portion engaging said first direction-regulating portion. a structural portion that constitutes an enclosure body enclosing a hollow portion, said structural portion being formed of a first material, and a seal portion that covers said structural portion to seal said hollow portion, said seal portion being formed of a second material having a lower flexural modulus than said first material, and a second direction-regulating portion formed by a part of said structural portion, said second direction-regulating portion engaging said first direction-regulating portion.
A tibial implant comprising: a tibial tray including a top surface and a bottom surface; and a support member extending from the bottom surface of the tibial tray, the support member being arranged and configured to be at least partially positioned within an intramedullary canal of a patient's bone for coupling the tibial implant to the patient's bone during use, the support member including: a stem portion: and one or more keels extending from the stem portion; wherein the tibial implant further comprises a chamfer loading zone between the bottom surface of the tibial tray and the support member, the chamfer loading zone providing a variable thickness transition area between the bottom surface of the tibial tray and the support member to transfer loads between the tibial tray and the support member, characterized in that the chamfer loading zone is positioned between a radiused surface associated with the support member and the bottom surface of the tibial tray. a tibial tray including a top surface and a bottom surface; and a support member extending from the bottom surface of the tibial tray, the support member being arranged and configured to be at least partially positioned within an intramedullary canal of a patient's bone for coupling the tibial implant to the patient's bone during use, the support member including: a stem portion: and one or more keels extending from the stem portion; wherein the tibial implant further comprises a chamfer loading zone between the bottom surface of the tibial tray and the support member, the chamfer loading zone providing a variable thickness transition area between the bottom surface of the tibial tray and the support member to transfer loads between the tibial tray and the support member, characterized in that the chamfer loading zone is positioned between a radiused surface associated with the support member and the bottom surface of the tibial tray. a stem portion: and one or more keels extending from the stem portion; wherein the tibial implant further comprises a chamfer loading zone between the bottom surface of the tibial tray and the support member, the chamfer loading zone providing a variable thickness transition area between the bottom surface of the tibial tray and the support member to transfer loads between the tibial tray and the support member, characterized in that the chamfer loading zone is positioned between a radiused surface associated with the support member and the bottom surface of the tibial tray.
A method of controlling the management of annular anchoring structures in a process and a plant for building tyres for vehicle wheels, comprising: a) feeding pairs of first annular anchoring structures from a first storage region to a bead-forming machine; b) loading a plurality of second annular anchoring structures (6") into a second storage region; c) carrying the second annular anchoring structures (6") from the second storage region to the first storage region; d) feeding pairs of second annular anchoring structures (6") from the first storage region to the bead-forming machine. a) feeding pairs of first annular anchoring structures from a first storage region to a bead-forming machine; b) loading a plurality of second annular anchoring structures (6") into a second storage region; c) carrying the second annular anchoring structures (6") from the second storage region to the first storage region; d) feeding pairs of second annular anchoring structures (6") from the first storage region to the bead-forming machine.
Mill by compressing bed of materials comprising: - a cylinder with a horizontal axis of which the inner wall is provided with a rolling track for a crushing roller, arranged inside said cylinder, - means for driving the cylinder in rotation about the axis thereof at a speed ensuring the centrifugation of the material, - said crushing roller, - means for applying said crushing roller against the rolling track of said cylinder, - an inlet for supplying the material to be crushed situated at one of the ends of the cylinder and an outlet for the crushed material at the other end of said cylinder, - means for controlling the movement of the material such that it only covers a fraction of the length of the cylinder with each rotation and passes several times between the cylinder and the roller before reaching the outlet, comprising at least one scraper placed inside the cylinder, in the descending upper portion, capable of detaching the material of the rolling track and a deflective plate arranged under the scraper so as to intercept the material detached by the scraper and to deviate it towards the outlet of the mill, characterised in that the rolling track is followed by a downstream edge, intended to be opposite the flow of the material, situated downstream from said crushing roller according to the movement direction of the material, said downstream edge comprising several elements arranged according to an inner perimeter of said cylinder. - a cylinder with a horizontal axis of which the inner wall is provided with a rolling track for a crushing roller, arranged inside said cylinder, - means for driving the cylinder in rotation about the axis thereof at a speed ensuring the centrifugation of the material, - said crushing roller, - means for applying said crushing roller against the rolling track of said cylinder, - an inlet for supplying the material to be crushed situated at one of the ends of the cylinder and an outlet for the crushed material at the other end of said cylinder, - means for controlling the movement of the material such that it only covers a fraction of the length of the cylinder with each rotation and passes several times between the cylinder and the roller before reaching the outlet, comprising at least one scraper placed inside the cylinder, in the descending upper portion, capable of detaching the material of the rolling track and a deflective plate arranged under the scraper so as to intercept the material detached by the scraper and to deviate it towards the outlet of the mill, characterised in that the rolling track is followed by a downstream edge, intended to be opposite the flow of the material, situated downstream from said crushing roller according to the movement direction of the material, said downstream edge comprising several elements arranged according to an inner perimeter of said cylinder.
A method for the preparation of a wound dressing comprising acylated chitosan fibre in which the acylated chitosan fibre has a degree of substitution of 0.10-0.50 and wherein the dressing has a minimum wet strength of 0.3 N/cm, the method comprising: preparing the acylated chitosan fibre by reacting chitosan fibre with an anhydride in a solvent; and making an acylated chitosan dressing through a weaving, knitting or nonwoven process, and then through cutting, packing and sterilizing processes; or preparing a standard chitosan fabric through a textile process such as weaving, knitting or nonwoven; and chemically modifying the said fabric through an acylation process comprising reacting the chitosan fibre with an anhydride in a solvent, and then through cutting, packing and sterilizing processes, wherein the anhydride is selected from succinic anhydride, glutaric anhydride, maleic anhydride, phthalic anhydride and diglycolic anhydride, and wherein the solvent is ethanol. preparing the acylated chitosan fibre by reacting chitosan fibre with an anhydride in a solvent; and making an acylated chitosan dressing through a weaving, knitting or nonwoven process, and then through cutting, packing and sterilizing processes; or preparing a standard chitosan fabric through a textile process such as weaving, knitting or nonwoven; and chemically modifying the said fabric through an acylation process comprising reacting the chitosan fibre with an anhydride in a solvent, and then through cutting, packing and sterilizing processes, wherein the anhydride is selected from succinic anhydride, glutaric anhydride, maleic anhydride, phthalic anhydride and diglycolic anhydride, and wherein the solvent is ethanol.