mhurhangee/ep-ind-claims huggingface dataset:
Electromagnetic actuating device comprising a housing, two ferromagnetic pole shoes (4, 5) which are arranged at a distance from one another and are rigidly connected to the housing, a mobile structure which can be moved in the housing along an axis between two end positions and is arranged between the pole shoes (4, 5) and comprises at least one magnet system, which structure is connected to a shaft which is axially displaceable in the housing, wherein the magnet system comprises radially inner and radially outer pole bodies (6, 7) consisting of a magnetic flux-conducting material, at least one arrangement of more permanent magnets (9, 10) which are polarized radially with respect to the axis, and an annular coil which can be connected to a current source, and forms, together with the pole shoes (4, 5), an air gap system having axially variable air gaps (L1, L2), wherein the mobile structure can be secured in each of the two end positions without excitation of the coil, and can be moved out of the end position, taken up in each case, and into the opposite end position, by excitation of the coil; characterized in that the magnet system has an annular arrangement of permanent magnets (9, 10) polarized in the same direction and arranged radially, which are arranged on both sides of the coil.
An apparatus for forming a printing form from a photosensitive element comprising a cylindrical support and a composition layer adjacent the support opposite an interior surface of the support, the composition layer capable of being partially liquefied, comprising: first means for supporting the photosensitive element by contacting a first part of the interior surface of the cylindrical support; and characterized by second means for supporting the photosensitive element by contacting a second part of the interior surface of the cylindrical support different from the first part, wherein the cylindrical support has one or more unsupported parts between the first part and the second part; means for moving the second means relative to the first means for tensioning the cylindrical support; and means for treating an exterior surface of the photosensitive element opposite the support to form a relief surface in the element; wherein the second means for supporting comprises a platform member that does not rotate having an arcuate outer surface. first means for supporting the photosensitive element by contacting a first part of the interior surface of the cylindrical support; and characterized by second means for supporting the photosensitive element by contacting a second part of the interior surface of the cylindrical support different from the first part, wherein the cylindrical support has one or more unsupported parts between the first part and the second part; means for moving the second means relative to the first means for tensioning the cylindrical support; and means for treating an exterior surface of the photosensitive element opposite the support to form a relief surface in the element; wherein the second means for supporting comprises a platform member that does not rotate having an arcuate outer surface.
An assembly apparatus for assembling components of spacecraft in space, the assembly apparatus comprising: a core platform; and a mobile platform comprising an end effector configured to perform an assembly task; the mobile platform being connected to the core platform by a tether; the core platform comprising a body (7, 21) and a coupling element connected to and extendable from the body such that the coupling element may be spaced from the body of the core platform; wherein the tether connects the mobile platform to the body via the coupling element; and an actuator configured to vary the length of the tether extending between the coupling element and the mobile platform to control the position of the mobile platform relative to the body of the core platform. a core platform; and a mobile platform comprising an end effector configured to perform an assembly task; the mobile platform being connected to the core platform by a tether; the core platform comprising a body (7, 21) and a coupling element connected to and extendable from the body such that the coupling element may be spaced from the body of the core platform; wherein the tether connects the mobile platform to the body via the coupling element; and an actuator configured to vary the length of the tether extending between the coupling element and the mobile platform to control the position of the mobile platform relative to the body of the core platform.
A method for preparing a vacuum glass, comprising the following steps: i) enclosing a cavity with a glass body and a sealant, and disposing a getter in said cavity; ii) heating the product of step i) in a vacuum environment, whereby creating a vacuum in said cavity, welding said sealant and said glass body together, and activating said getter; iii) cooling the product of step ii), and then obtaining a vacuum glass; wherein, in step ii), temperature increasing speed is reduced or temperature increase is stopped once bubbles start to form in the sealant. i) enclosing a cavity with a glass body and a sealant, and disposing a getter in said cavity; ii) heating the product of step i) in a vacuum environment, whereby creating a vacuum in said cavity, welding said sealant and said glass body together, and activating said getter; iii) cooling the product of step ii), and then obtaining a vacuum glass;
Composition for use in the treatment, alleviation or prevention of disorders linked to oxidative stress, inflammatory processes and/or a reduced immune response, comprising at least one dietary hydroxycinnamic acid and comprising genistein, daidzein, apigenin, phloretin, luteolin, quercetin in combination and wherein at least one glycoside conjugate of a flavonoid is added to the hydroxycinnamic acid containing composition, and wherein the dietary hydroxycinnamic acid is a combination of caffeic acid, dihydrocaffeic acid, dihydroferulic acid, ferulic acid, and isoferulic acid, and wherein the glycoside conjugate of a flavonoid is selected from the group consisting of glycoside conjugates of quercetin.
A reactor for purifying a gas stream by contact with a liquid, the reactor comprising an enclosure defining a channel having an inlet orifice and an outlet orifice for the gas stream, the enclosure having flexible material walls secured to an inflatable structure provided with means for retaining air under pressure therein so as to form a self-supporting flexible structure, and the walls of the enclosure including at least two openings facing each other and each receiving in sealed manner a portion of a reinforcing bar that passes through the enclosure.
An information page of a security document, comprising: a core layer having flexibility for incorporating the information page into the security document; an IC module holding layer provided on one surface of the core layer via an intermediate layer; characterised in further comprising: an additional intermediate layer provided on one surface of the ID module holding layer, and an IC module held in the IC module holding layer and including a substrate, and an IC chip provided on the substrate, wherein the intermediate layer, the IC module holding layer and the additional intermediate layer are made of polycarbonate, further comprising a transparent window made of a transparent material and penetrating at least the core layer, the intermediate layer, the IC module holding layer and the additional intermediate layer. a core layer having flexibility for incorporating the information page into the security document; an IC module holding layer provided on one surface of the core layer via an intermediate layer; characterised in further comprising: an additional intermediate layer provided on one surface of the ID module holding layer, and an IC module held in the IC module holding layer and including a substrate, and an IC chip provided on the substrate, wherein the intermediate layer, the IC module holding layer and the additional intermediate layer are made of polycarbonate, further comprising a transparent window made of a transparent material and penetrating at least the core layer, the intermediate layer, the IC module holding layer and the additional intermediate layer. an additional intermediate layer provided on one surface of the ID module holding layer, and an IC module held in the IC module holding layer and including a substrate, and an IC chip provided on the substrate, wherein the intermediate layer, the IC module holding layer and the additional intermediate layer are made of polycarbonate, further comprising a transparent window made of a transparent material and penetrating at least the core layer, the intermediate layer, the IC module holding layer and the additional intermediate layer.
A sachet (10, 23, 27), the sachet forming a closed chamber, the sachet being made of only one film web which is formed into a tube, a weld seam (13, 24, 28) being formed in a longitudinal direction along the sachet, a closure seam (16, 17) being formed at each end of the sachet, characterized in that within the chamber, a pharmaceutical product is accommodated and a strip having a desiccant is disposed, the strip being welded to the film web, a length of the strip being smaller than a relative distance of the closure seams (16, 17), the strip being disposed between the closure seams and adjacent to the weld seam (13, 24, 28).
A serving system comprising: - a tray provided with an upstanding rim over at least part of its perimeter, which tray is provided with an opening having a raised inner rim; and - an elongate element which protrudes at least partially from the underside of the tray in order to form a hand grip; the elongate element: - extends through the opening in the tray and is slideable between the position mentioned where it protrudes at least partially from the underside of the tray, which position is referred to as the working position, and a rest position, in which rest position the lower extremity lies at the same height as the underside of the tray or higher, and - is provided with at least one stop, which stop impinges upon the raised inner rim of the specified opening in the tray when the elongate element is in the working position and so impedes the elongate element falling down past the working position, characterised in that said raised inner rim around the opening in the tray is provided at its upper end with an inclined section narrowing towards the bottom, and said stop on the elongate element is provided with a narrowing towards the bottom, which inclined section and which narrowing combine when the elongate element is in the working position to prevent the falling downwards mentioned. - a tray provided with an upstanding rim over at least part of its perimeter, which tray is provided with an opening having a raised inner rim; and - an elongate element which protrudes at least partially from the underside of the tray in order to form a hand grip; - extends through the opening in the tray and is slideable between the position mentioned where it protrudes at least partially from the underside of the tray, which position is referred to as the working position, and a rest position, in which rest position the lower extremity lies at the same height as the underside of the tray or higher, and - is provided with at least one stop, which stop impinges upon the raised inner rim of the specified opening in the tray when the elongate element is in the working position and so impedes the elongate element falling down past the working position,
Device for the aftertreatment of exhaust gases of an internal combustion engine, having at least one catalytic converter (8, 9, 31), through which exhaust gas can flow, and at least one muffler (1, 20), which is formed by a closed volume and through which exhaust gas can flow along an inflow section (3, 27) to an outflow section (4, 28), wherein the catalytic converter (8, 9, 31) is formed by a honeycomb body which has a plurality of flow channels through which exhaust gas can flow, wherein the honeycomb body is accommodated in a casing tube (12, 13, 32), which surrounds the honeycomb body, and is connected to the casing tube in a materially bonded manner, wherein the catalytic converter (8, 9, 31) is arranged in the interior of the muffler (1, 20), characterized in that the casing tube (12, 13, 32) accommodating the honeycomb body has openings which allow a transfer flow from the honeycomb body to the volume (6, 7, 24, 25, 26) enclosed by the muffler (1, 20).
A method for folding a blank of wrapping material used to make a frame for a rigid packet for smokers' articles; the blank comprising a main panel and a first and a second side panel (113, 120) which are parallel and opposite to each other and connected to the main panel by a first and a second fold line (111, 112), respectively; the method comprising a step of feeding the blank in a flat configuration and a step of drawing the blank during which the blank is moved through an opening of a respective drawing die to fold at least one of the first and the second side panels (113, 120) along the respective fold line (111, 112) relative to the main panel; the method entailing using a blank which has a first and a second through slit (125, 126) running along respective portions of the main panel and of the second side panel, the slits (125, 126) delimiting the edges of at least one strip (121; 121a, 121b) which will form a respective supporting element of the frame; the method being characterized in that the step of drawing the blank is carried out by a plurality of drawing dies supported by a conveyor simultaneously with a step of shaping the strip (121; 121a, 121b) in order to form the respective supporting element by using at least one shaping member which is connected to the respective drawing die and which extends into the opening to define the cross section through which the blank is passed; the shaping member comprising a first and a second contact surface (38, 39) intended to come into contact with, respectively, the first and the second panel (122, 123; 122a, 122b, 123a, 123b) of the strip (121; 121a, 121b); the mutual position of the first and second contact surfaces (38, 39) determining the shape of the supporting element of the frame.
An ophthalmic composition comprising a linear polymer based on hyaluronic acid or a pharmaceutically acceptable salt thereof, a branched polymer based on xanthan gum or a pharmaceutically acceptable salt thereof, and osmoprotectors, wherein said osmoprotectors comprise a combination of glycine and betaine, optionally in form of salt preferably as betaine HCl.
Method for motion visualization of a moving object in angiographic images, the method comprising: - acquiring a sequence of angiographic images of the object in different phases of motion of the object and a mask image of the object; - generating a first angiographic subtraction image and several second angiographic subtraction images by subtracting the angiographic images from the mask image; - generating several twice subtracted images by subtracting the first angiographic subtraction image from the several second angiographic subtraction images (S7b); - and displaying the several twice subtracted images. - acquiring a sequence of angiographic images of the object in different phases of motion of the object and a mask image of the object; - generating a first angiographic subtraction image and several second angiographic subtraction images by subtracting the angiographic images from the mask image; - generating several twice subtracted images by subtracting the first angiographic subtraction image from the several second angiographic subtraction images (S7b); - and displaying the several twice subtracted images.
A drainage mechanism (60, 160, 260) connectable to a drain pump configured to suck water from a drain pan receiving the water in an air conditioning indoor unit, the drainage mechanism (60, 160, 260) comprising: a connecting part (62a, 162) connectable to the drain pump; a first flow path (64,164) extending upward from the connecting part; a folded part (65, 165, 265) including a first end (65a, 165a, 265a) connected to an upper end of the first flow path and a second end (65b, 165b, 265b) on an opposite side of the first end and configured to change a direction of the water flowing inside from upward to downward; and a second flow path extending from the second end of the folded part, wherein the second flow path is a pipe having an inner diameter of 13 mm or less, and a flow path area of the folded part (65, 165, 265) is larger than a flow path area of the second flow path. a connecting part (62a, 162) connectable to the drain pump; a first flow path (64,164) extending upward from the connecting part; a folded part (65, 165, 265) including a first end (65a, 165a, 265a) connected to an upper end of the first flow path and a second end (65b, 165b, 265b) on an opposite side of the first end and configured to change a direction of the water flowing inside from upward to downward; and a second flow path extending from the second end of the folded part, wherein the second flow path is a pipe having an inner diameter of 13 mm or less, and a flow path area of the folded part (65, 165, 265) is larger than a flow path area of the second flow path.
A method for wireless communication by a user equipment, UE, in a system that supports a first radio access technology, RAT, corresponding to a first transmission time interval, TTI, duration and a second RAT corresponding to a second TTI duration that is different than the first TTI duration, the method characterized by: receiving a signal specifying a power headroom report, PHR, type, the PHR type associated with at least one channel of the first RAT and at least one channel of the second RAT; generating a joint PHR for the at least one channel of the first RAT and the at least one channel of the second RAT according to the PHR type; and transmitting the joint PHR receiving a signal specifying a power headroom report, PHR, type, the PHR type associated with at least one channel of the first RAT and at least one channel of the second RAT; generating a joint PHR for the at least one channel of the first RAT and the at least one channel of the second RAT according to the PHR type; and transmitting the joint PHR
Device for displacing at least one support and containment element for a corner piece of furniture, wherein said displacement device comprises a support column, displacing means including guides, said displacing means being operatively connected to said support column and to a lower portion of said support and containment element, for displacing said at least one support and containment element relatively to said support column between a first position or inner position I and a second position or outer position E, wherein said guides comprise a first guide and a second guide operatively connected to said support and containment element respectively in a first connection point and in a second connection point, wherein said guides (17, 18, 19) and said at least one support and containment element are configured so as to be associated to said support column in a right assembly configuration or in a left assembly configuration following a rotation thereof by 180° with respect to the horizontal plane transversal to said support column, wherein said right assembly configuration and said left assembly configuration are arranged mirror-like with respect to a vertical plane passing centrally through said support column and said device comprises return means suitable for returning said at least one support and containment element from said second position or outer position E to said first position or inner position I, said return means being configured as a clamp element comprising a fixed portion, a moveable portion connected mutually rotating and actuation means operatively connected to said moveable portion and to said fixed portion to control the displacement of said moveable portion, wherein said moveable portion can be selectively associated to said second guide along a section of the angular travel of said second guide, characterized in that said return means being associable to said support column according to a right or left assembly configuration following a tilting thereof by 180° with respect to said horizontal plane, wherein said moveable portion comprises a profiled seat for selective engagement by an engagement element connected to said second guide, wherein said profiled seat is accessible by said engagement element both from above and beneath.
Dehydroepiandrosterone (DHEA) for use in a method of treating and/or reducing the likelihood of acquiring diseases due to the menopause selected from the group of diseases consisting of hypogonadism, skin atrophy, urinary incontinence, hot flashes, and fatigue, in postmenopausal women, said method comprising administering the DHEA to a patient in need of said treatment at a therapeutic amount which increases the level of circulating androgen metabolites androsterone glucuronide (ADT-G), androstane-3α,17β-diol-3-glucuronide (3α-diol-3G) and androstane-3α, 17β-diol-17-glucuronide (3α-diol-17G), as part of a combination therapy with a therapeutically effective amount of a Selective Estrogen Receptor Modulator in order to decrease the risk of breast and uterine cancer normally present in postmenopausal women and to prevent bone loss, fat accumulation and diabetes type 2.
A packaging machine, comprising a control unit, a plurality of measuring devices as well as a plurality of working units for different processes, wherein the control unit is functionally connected to the working units and the measuring devices, wherein the measuring devices are configured to detect actual process values at the respective working units and to forward them to the control unit, so as to monitor a process status at the respective working units, wherein the control unit is configured to establish in a self-controlling manner, by a comparison of the actual process values forwarded to the control unit from the respective measuring devices and of associated target process values from a memory connected to said control unit, a program sequence for the respective individual working units and/or such that the program sequences of the respective working units are adapted with respect to one another, wherein, according to this program sequence, the respective working units operate, depending on the actual process values detected thereat, individually and/or such that they are adapted with respect to one another, wherein a work cycle at the packaging machine comprises at least a first functional process and a second functional process at one or at different working units, the second functional process starting later than the first functional process, wherein the control unit is configured for executing an early start for the second functional process of a working unit, when an actual process value of the preceding first functional process of the program sequence of the working unit or of another working unit has not yet reached the respective target process value, and wherein the control unit is configured for executing the early start based on a predetermined reaction time of the working unit for the second functional process of the program sequence of the working unit, characterized in that the control unit is configured for controlling the early start of the second functional process based on an approximation method for predetermining the temporal end of the first functional process by means of a time-dependent measured variable of the first functional process detected at the working unit by means of one of the measuring devices.