mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a housing; a slidable body coupled in the housing; a driver disposed in the housing and configured to drive movement of the slidable body, the driver including: a drive motor; a rotatable drive shaft disposed through the drive motor; and a nut frame including a latch projection disposed to reciprocate in a longitudinal direction of the rotatable drive shaft according to rotation of the rotatable drive shaft, and protruding in a direction of the slidable body; and a slide hinge disposed on the slidable body and coupled to the driver; characterized in that: the slide hinge includes: a slide plate coupled to the slidable body; and a locker including a latch groove disposed on a same plane as that defined by a surface of the slide plate in the slidable body, and into which the latch projection is inserted, wherein, when the latch projection is inserted into the latch groove, the slidable body is moved by the driver, and wherein the slide plate defines an escape area (2411, 2411') configured to receive at least a portion of the nut frame and/or the latch protrusion, when an external impact causes the latch protrusion to separate from the latch groove. a housing; a slidable body coupled in the housing; a driver disposed in the housing and configured to drive movement of the slidable body, the driver including: a drive motor; a rotatable drive shaft disposed through the drive motor; and a nut frame including a latch projection disposed to reciprocate in a longitudinal direction of the rotatable drive shaft according to rotation of the rotatable drive shaft, and protruding in a direction of the slidable body; and a drive motor; a rotatable drive shaft disposed through the drive motor; and a nut frame including a latch projection disposed to reciprocate in a longitudinal direction of the rotatable drive shaft according to rotation of the rotatable drive shaft, and protruding in a direction of the slidable body; and a slide hinge disposed on the slidable body and coupled to the driver; characterized in that: the slide hinge includes: a slide plate coupled to the slidable body; and a locker including a latch groove disposed on a same plane as that defined by a surface of the slide plate in the slidable body, and into which the latch projection is inserted, a slide plate coupled to the slidable body; and a locker including a latch groove disposed on a same plane as that defined by a surface of the slide plate in the slidable body, and into which the latch projection is inserted, wherein, when the latch projection is inserted into the latch groove, the slidable body is moved by the driver, and wherein the slide plate defines an escape area (2411, 2411') configured to receive at least a portion of the nut frame and/or the latch protrusion, when an external impact causes the latch protrusion to separate from the latch groove.
A method for producing pitavastatin calcium comprising (i) a step of acetalizing a compound represented by the following formula: wherein R is a straight chain alkyl group having a carbon number of 1 - 8 or a branched alkyl group having a carbon number of 3 - 8 and X is methanesulfonic acid, to give a compound represented by the following formula: wherein R 3 and R 4 are each independently an alkyl group having a carbon number of 1 - 4 and R is as defined above; wherein the compound represented by formula is crystallized by adding water after completion of step (i); (ii) a step of reacting said compound represented by the formula with an acid to give a compound represented by the following formula: wherein R is as defined above; and (iii) a step of hydrolyzing said compound represented by the formula and reacting the compound with a calcium compound to give pitavastatin calcium. (i) a step of acetalizing a compound represented by the following formula: wherein R is a straight chain alkyl group having a carbon number of 1 - 8 or a branched alkyl group having a carbon number of 3 - 8 and X is methanesulfonic acid, to give a compound represented by the following formula: wherein R 3 and R 4 are each independently an alkyl group having a carbon number of 1 - 4 and R is as defined above; wherein the compound represented by formula is crystallized by adding water after completion of step (i); (ii) a step of reacting said compound represented by the formula with an acid to give a compound represented by the following formula: wherein R is as defined above; and (iii) a step of hydrolyzing said compound represented by the formula and reacting the compound with a calcium compound to give pitavastatin calcium.
A method of forming packaging for accommodating one or more products, the method comprising: providing a planar packaging blank of foldable material, the blank being configured to permit assembly into packaging capable of accommodating one or more products; providing an electronics module integrated on said packaging blank, the electronics module comprising one or more temperature measurement devices for measuring a temperature of at least one of said products and a temperature display configured to display the temperature of one or more of said products; characterized in that the electronics module is flexible and disposed between a first section and a second section of the packaging blank, the first section of the packaging blank being foldable with respect to the second section of packaging blank such that both the packaging blank and the electronics module can be folded together to form the assembled packaging. providing a planar packaging blank of foldable material, the blank being configured to permit assembly into packaging capable of accommodating one or more products; providing an electronics module integrated on said packaging blank, the electronics module comprising one or more temperature measurement devices for measuring a temperature of at least one of said products and a temperature display configured to display the temperature of one or more of said products; characterized in that the electronics module is flexible and disposed between a first section and a second section of the packaging blank, the first section of the packaging blank being foldable with respect to the second section of packaging blank such that both the packaging blank and the electronics module can be folded together to form the assembled packaging.
A holographic sighting system for a weapon comprising: an upper housing assembly; a lower housing assembly enclosing two dielectric folding mirrors (12, 14), an on-axis collimating lens, and a high efficiency achromatizing holographic optical element; an image hologram; an anti-reflective glass viewing window; a power source; a laser diode light source driven by a microcontroller circuit; and a prism; wherein the image hologram is a reticule pattern; wherein the high efficiency achromatizing holographic optical element is a holographic transmission grating; wherein the holographic sighting system is configured such that the laser diode light source emits a laser beam that is turned by the first dielectric folding mirror and again by the second dielectric folding mirror, the beam then being collimated by the collimating lens, the collimated beam being incident on the prism and then on the holographic transmission grating, the diffracted beam then being incident on the image hologram and being diffracted by the same amount; wherein said upper housing is movable relative to said lower housing; and wherein said image hologram, said window, said power source and said laser diode light source each positioned in either of said upper housing or said lower housing. an upper housing assembly; a lower housing assembly enclosing two dielectric folding mirrors (12, 14), an on-axis collimating lens, and a high efficiency achromatizing holographic optical element; an image hologram; an anti-reflective glass viewing window; a power source; a laser diode light source driven by a microcontroller circuit; and a prism; wherein the image hologram is a reticule pattern; wherein the high efficiency achromatizing holographic optical element is a holographic transmission grating; wherein the holographic sighting system is configured such that the laser diode light source emits a laser beam that is turned by the first dielectric folding mirror and again by the second dielectric folding mirror, the beam then being collimated by the collimating lens, the collimated beam being incident on the prism and then on the holographic transmission grating, the diffracted beam then being incident on the image hologram and being diffracted by the same amount; wherein said upper housing is movable relative to said lower housing; and wherein said image hologram, said window, said power source and said laser diode light source each positioned in either of said upper housing or said lower housing.
A ceiling assembly for a vehicle comprising: a one-piece extruded component mountable to a ceiling of a vehicle, wherein in a cross-section through the one-piece extruded component, the one-piece extruded component includes: a vertical wall; at least one flange extending laterally from the vertical wall, which at least one flange is configured to mount to the ceiling of the vehicle; at least one cable duct and at least two C-rails (130, 140, 150) that extend vertically below the at least one flange; and a housing configured to receive a lighting installation therein, wherein in the cross-section: the at least one cable duct includes an opening that faces upwardly; and the at least two C-rails (130, 140, 150) include respective openings facing outwardly of the one-piece extruded component; a translucent cover mountable across an opening to the housing; and at least one interior paneling configured to mount to at least one of the C-rails (130, 140, 150) in an arrangement in which the at least one interior paneling extends downwardly from the one-piece extruded component along a body shell of an interior room of the vehicle. a one-piece extruded component mountable to a ceiling of a vehicle, wherein in a cross-section through the one-piece extruded component, the one-piece extruded component includes: a vertical wall; at least one flange extending laterally from the vertical wall, which at least one flange is configured to mount to the ceiling of the vehicle; at least one cable duct and at least two C-rails (130, 140, 150) that extend vertically below the at least one flange; and a housing configured to receive a lighting installation therein, wherein in the cross-section: the at least one cable duct includes an opening that faces upwardly; and the at least two C-rails (130, 140, 150) include respective openings facing outwardly of the one-piece extruded component; a vertical wall; at least one flange extending laterally from the vertical wall, which at least one flange is configured to mount to the ceiling of the vehicle; at least one cable duct and at least two C-rails (130, 140, 150) that extend vertically below the at least one flange; and a housing configured to receive a lighting installation therein, wherein in the cross-section: the at least one cable duct includes an opening that faces upwardly; and the at least two C-rails (130, 140, 150) include respective openings facing outwardly of the one-piece extruded component; the at least one cable duct includes an opening that faces upwardly; and the at least two C-rails (130, 140, 150) include respective openings facing outwardly of the one-piece extruded component; a translucent cover mountable across an opening to the housing; and at least one interior paneling configured to mount to at least one of the C-rails (130, 140, 150) in an arrangement in which the at least one interior paneling extends downwardly from the one-piece extruded component along a body shell of an interior room of the vehicle.
A remote data concentrator system comprising: a plurality of sensors (22,24,26,28) to be utilized on an aircraft, each of said plurality of sensors delivering sensor signals downstream through at least two signal streams; a plurality of signal processing controllers; and the plurality of sensors having their signals split to be delivered to at least two of said signal processing controllers, characterized in that said signals from said sensors pass through respective filters, and are split downstream of said filters. a plurality of sensors (22,24,26,28) to be utilized on an aircraft, each of said plurality of sensors delivering sensor signals downstream through at least two signal streams; a plurality of signal processing controllers; and the plurality of sensors having their signals split to be delivered to at least two of said signal processing controllers, characterized in that said signals from said sensors pass through respective filters, and are split downstream of said filters.
An item of furniture having a body, on which a flap is mounted so it is pivotable, whereby the flap is fixed to the body by means of two flap fittings, wherein the flap fitting is arranged on the body and comprises a main body, on which a supporting lever is rotatably mounted around a first axis of rotation, and the supporting lever is connected via a second axis of rotation to a flap using an attachment, and a control lever, which is connected via a third axis of rotation via the attachment to the flap, wherein the control lever is articulated via a fourth axis of rotation with a control element and the main body, and the flap is pivotable via a handle element, whereby only the supporting lever is fixed in a stationary manner to a housing by means of the first axis of rotation, while the control lever is articulated via the control element with the housing and the fourth axis of rotation moves relative to the housing during an opening or a closing movement, characterized in that an instantaneous center of rotation of the flap is arranged in a closed position below the handle element and in a maximally open position above the handle element, where the instantaneous center of rotation in the case of a plane motion of a rigid body is the point in space around which the body can be considered to be exclusively rotating at the moment, wherein in the case of the plane motion of the rigid body with a translatory motion and a rotational motion, there are combined into a pure rotational movement around the instantaneous center of rotation..
An antibody specifically reactive with short isoform collagen type XVIII, wherein said antibody does not react with intermediate isoform collagen type XVIII or with long isoform collagen type XVIII, wherein the antibody is specifically reactive with the N-terminal amino acid sequence H 2 N-EPERISEEVG (SEQ ID NO: 1),and wherein the antibody does not specifically recognise or bind an N-extended elongated version of said N-terminal amino acid sequence which is H 2 N-AEPERISEEVG (SEQ ID NO: 3) and/or does not specifically recognise or bind an N-truncated version of said N-terminal amino acid sequence which is H 2 N-PERISEEVG (SEQ ID NO: 4).
An apparatus comprising: a debris collection chamber; an air filter configured to allow air to pass through the air filter while inhibiting debris from passing through the air filter; a collection chamber inlet opening configured to allow debris-entrained air to flow into the collection chamber; characterized in that the air filter is movable from a first position, in which the air filter covers the collection chamber inlet opening, to a second position in which the air filter does not cover the collection chamber inlet opening. a debris collection chamber; an air filter configured to allow air to pass through the air filter while inhibiting debris from passing through the air filter; a collection chamber inlet opening configured to allow debris-entrained air to flow into the collection chamber; characterized in that the air filter is movable from a first position, in which the air filter covers the collection chamber inlet opening, to a second position in which the air filter does not cover the collection chamber inlet opening.
A method for shaping a web that is moving in an incoming machine direction so that the web is bent in the cross-machine direction about at least one generally machine direction-oriented axis, said method comprising the steps of: a) providing a web; b) providing a forming apparatus comprising a forming guide, wherein said forming guide comprises two side edges, an upstream end, a downstream end, a web-facing surface and an opposing surface, wherein said web-facing surface of said forming guide comprises alternating generally machine direction-oriented ridges and valleys therein that are located at least adjacent to said downstream end of the forming guide, said forming apparatus comprising one of a device or a mechanism for maintaining the web at least partially in contact with the web-facing surface of said forming guide; c) forming said web by passing said web over and at least partially in contact with the web-facing surface of said forming guide to form multiple side-by-side longitudinally-oriented folds in said web, said method being characterized in that said web-facing surface of said forming guide is configured to provide a substantially equal path length across the width of said web-facing surface when said path length is measured through a series of points, each point being equidistant from one side edge of the web. a) providing a web; b) providing a forming apparatus comprising a forming guide, wherein said forming guide comprises two side edges, an upstream end, a downstream end, a web-facing surface and an opposing surface, wherein said web-facing surface of said forming guide comprises alternating generally machine direction-oriented ridges and valleys therein that are located at least adjacent to said downstream end of the forming guide, said forming apparatus comprising one of a device or a mechanism for maintaining the web at least partially in contact with the web-facing surface of said forming guide; c) forming said web by passing said web over and at least partially in contact with the web-facing surface of said forming guide to form multiple side-by-side longitudinally-oriented folds in said web,
A tokamak comprising a vacuum chamber, a toroidal field coil, and a solenoid wherein the solenoid is wound within a central column region of the tokamak; the solenoid comprising: an inner portion comprising windings extending axially for a first distance either side of the midpoint of the length of the solenoid; and two outer portions, each comprising windings extending axially from an end of the inner portion; wherein the inner portion has a number of turns per unit length which is greater than a number of turns per unit length of the outer portion; characterised in that a number of layers of windings in the inner portion is greater than a number of layers of windings in each outer portion. an inner portion comprising windings extending axially for a first distance either side of the midpoint of the length of the solenoid; and two outer portions, each comprising windings extending axially from an end of the inner portion; wherein the inner portion has a number of turns per unit length which is greater than a number of turns per unit length of the outer portion; characterised in that a number of layers of windings in the inner portion is greater than a number of layers of windings in each outer portion.
Rotational damper for a motor vehicle, comprising at least one hydraulic or electric damping element for damping the relative movement between a first mass arranged on the side of a wheel suspension and a second mass arranged on the side of a vehicle body, wherein the damping element comprises at least one fixed damping part and at least rotatable damping part mounted so as to be rotatable relative to the fixed damping part and forming a damping force, said damping part can be put into a rotational movement via a deflection bearing via a lever element movable by means of the mass movement and mechanically movement-coupled to said damping part, wherein at least one spring damping element is integrated into the mechanical movement coupling from the level element to the fixed damping part between the lever element and the rotatable damping part, characterised in that the spring damping element is arranged at least in sections in a receiving area extending between the lever element and the outer circumference of the deflection bearing or in a receiving area extending between the lever element and the outer circumference of a component connected in a torque-proof manner to the deflection bearing.
Method for operating a plurality of antennas of a vehicle, in which the vehicle communicates wirelessly with an external radio station (20, 30) while travelling through a radio cell (21, 31) of the external radio station (20, 30) by means of a radio signal emitted by the multiple antennas, characterised in that a signal strength and a directional characteristic of the emitted radio signal is adjusted depending on the accuracy of a determined relative position of the external radio station (20, 30).
A method performed by a skin imaging apparatus, comprising: determining at least one attribute associated with each of a plurality of skin features included in an image of skin; cropping the image of skin to generate a plurality of tile images, wherein one tile image is generated for each of the plurality of skin features, to isolate each skin feature from the other skin features; arranging the tile images in accordance with the at least one attribute associated with each of the plurality of skin features; and controlling a display device to display the arranged tile images of the plurality of skin features arranged in positions relative to each other in accordance with the at least one attribute, characterised in that, the at least one attribute includes at least one of a size, shape, color, pathological significance, pathological classification, or a change or a rate of change in the at least one attribute. determining at least one attribute associated with each of a plurality of skin features included in an image of skin; cropping the image of skin to generate a plurality of tile images, wherein one tile image is generated for each of the plurality of skin features, to isolate each skin feature from the other skin features; arranging the tile images in accordance with the at least one attribute associated with each of the plurality of skin features; and controlling a display device to display the arranged tile images of the plurality of skin features arranged in positions relative to each other in accordance with the at least one attribute, characterised in that, the at least one attribute includes at least one of a size, shape, color, pathological significance, pathological classification, or a change or a rate of change in the at least one attribute.
A metal-organic framework comprising: a) a photosensitizer; and b) a plurality of metal-containing secondary building units (SBUs) linked together via bridging ligands, wherein the SBUs are metal oxo clusters. a) a photosensitizer; and b) a plurality of metal-containing secondary building units (SBUs) linked together via bridging ligands, wherein the SBUs are metal oxo clusters.