mhurhangee/ep-ind-claims huggingface dataset:
A footing for circular knitting machines for hosiery or the like, comprising a supporting structure, said supporting structure comprising: - uprights that are extended along substantially vertical directions; - a single tubular reinforcement element, which is connected rigidly to said uprights and mutually connects said uprights, said tubular reinforcement element being closed onto itself, characterized in that said tubular reinforcement element is provided with two lateral portions (4a, 4b) that are arranged along the two opposite sides of the supporting structure; each one of said two lateral portions (4a, 4b) being C-shaped and mutually connecting the two uprights arranged along a same side of the supporting structure, both proximate to their lower ends and proximate to their upper ends; said tubular reinforcement element having two front portions (4c, 4d), which are arranged on a front side of the supporting structure, are substantially horizontal and mutually parallel and mutually connect respectively the lower ends and the upper ends of the C-shape of said two lateral portions (4a, 4b). - uprights that are extended along substantially vertical directions; - a single tubular reinforcement element, which is connected rigidly to said uprights and mutually connects said uprights, said tubular reinforcement element being closed onto itself, characterized in that said tubular reinforcement element is provided with two lateral portions (4a, 4b) that are arranged along the two opposite sides of the supporting structure; each one of said two lateral portions (4a, 4b) being C-shaped and mutually connecting the two uprights arranged along a same side of the supporting structure, both proximate to their lower ends and proximate to their upper ends; said tubular reinforcement element having two front portions (4c, 4d), which are arranged on a front side of the supporting structure, are substantially horizontal and mutually parallel and mutually connect respectively the lower ends and the upper ends of the C-shape of said two lateral portions (4a, 4b).
A transport mechanism that is disposed in a measuring device used for dispensing biological samples from sample containers configured to contain the biological samples to cuvettes, so as to perform a predetermined measurement, and transports a sample rack configured to hold the sample containers, the transport mechanism comprising: a table on which the sample rack is provided in plurality and sequentially placed; a container sensor unit (1014, 1015) configured to identify the sample containers held on the sample rack; and a transport device configured to transport the sample rack holding the sample containers identified by the container sensor unit (1014, 1015) by moving the sample rack to a dispensing position at which the biological samples are dispensed, wherein the container sensor unit is connected to the transport device, wherein the transport device and the container sensor unit (1014, 1015) move in tandem as one unit, and the transport device transports a preceding sample rack while the container sensor unit (1014, 1015) identifies the sample containers held on a subsequent sample rack. a table on which the sample rack is provided in plurality and sequentially placed; a container sensor unit (1014, 1015) configured to identify the sample containers held on the sample rack; and a transport device configured to transport the sample rack holding the sample containers identified by the container sensor unit (1014, 1015) by moving the sample rack to a dispensing position at which the biological samples are dispensed, wherein the container sensor unit is connected to the transport device, wherein the transport device and the container sensor unit (1014, 1015) move in tandem as one unit, and the transport device transports a preceding sample rack while the container sensor unit (1014, 1015) identifies the sample containers held on a subsequent sample rack.
A seating system comprising: a sidewall of an aircraft; a plurality of rows of seating (570, 580) disposed in a line adjacent the sidewall, the rows of seating being spaced apart at a seating pitch and each of the rows of seating including a seat adjacent the sidewall having no armrest coupled with the seat adjacent the sidewall; and a sidewall integrated armrest system including a support structure proximate the sidewall and an armrest wherein the entire armrest runs the length of the sidewall and is affixed to the support structure; characterised in that the armrest comprises one armrest segment per corresponding row of seating (570, 580), the armrest segments being mounted on said support structure in a line along the sidewall and each being positioned adjacent to the seat adjacent the sidewall and having a length corresponding to a minimum pitch between the rows of seating (570, 580); and one or more armrest spacers which are mounted on said support structure in the line along the sidewall and which are disposed between the plurality of armrest segments corresponding to adjacent rows of seating and which have a length corresponding to a difference between the length of an armrest segment and the seating pitch. a sidewall of an aircraft; a plurality of rows of seating (570, 580) disposed in a line adjacent the sidewall, the rows of seating being spaced apart at a seating pitch and each of the rows of seating including a seat adjacent the sidewall having no armrest coupled with the seat adjacent the sidewall; and a sidewall integrated armrest system including a support structure proximate the sidewall and an armrest wherein the entire armrest runs the length of the sidewall and is affixed to the support structure; characterised in that the armrest comprises one armrest segment per corresponding row of seating (570, 580), the armrest segments being mounted on said support structure in a line along the sidewall and each being positioned adjacent to the seat adjacent the sidewall and having a length corresponding to a minimum pitch between the rows of seating (570, 580); and one or more armrest spacers which are mounted on said support structure in the line along the sidewall and which are disposed between the plurality of armrest segments corresponding to adjacent rows of seating and which have a length corresponding to a difference between the length of an armrest segment and the seating pitch.
A navigation method of a navigation system inside of a vehicle, the navigation method comprising: transmitting a current position of the navigation system to a user terminal which is inside of the vehicle and is connected with the navigation system; receiving, from the user terminal, additional information associated with a position within a distance range from a current position of the user terminal set based on the current position of the navigation system, the additional information being stored in the user terminal; and displaying a GUI element corresponding to the additional information at a corresponding position on the navigation map displayed on the navigation system, in response to the GUI element on the navigation map being selected, displaying a menu on the navigation map, wherein the menu includes a first item for providing detailed information related to the GUI element and a second item for searching a route to the position. transmitting a current position of the navigation system to a user terminal which is inside of the vehicle and is connected with the navigation system; receiving, from the user terminal, additional information associated with a position within a distance range from a current position of the user terminal set based on the current position of the navigation system, the additional information being stored in the user terminal; and displaying a GUI element corresponding to the additional information at a corresponding position on the navigation map displayed on the navigation system, in response to the GUI element on the navigation map being selected, displaying a menu on the navigation map, wherein the menu includes a first item for providing detailed information related to the GUI element and a second item for searching a route to the position.
A method for operating a washer which comprises a washing chamber for accommodating goods to be cleaned, said washing chamber having in its lower portion a sump for collecting water during operation of the washer, a water inlet connected to a water tank, preferably to a water tank that is integrally, still preferably detachably, formed with the washer, a circulating pump for circulating water through the washing chamber, and a control unit for controlling a washing cycle carried out by the washer, the method comprising in subsequent steps: (a) feeding water from the tank via the water inlet into the sump by the action of the hydrostatic pressure prevailing within the water tank; characterized by (b) at least twice measuring the pressure within an inlet or outlet conduit of the circulating pump by a pressure sensor (54, 56) when the water inlet is opened to feed water into the sump and storing the measured values; (c) comparing the values of subsequent measurements to obtain a differential value; (d) generating a warning message to a user of the washer if the differential value obtained in step (c) is less than a predetermined value. (a) feeding water from the tank via the water inlet into the sump by the action of the hydrostatic pressure prevailing within the water tank; characterized by (b) at least twice measuring the pressure within an inlet or outlet conduit of the circulating pump by a pressure sensor (54, 56) when the water inlet is opened to feed water into the sump and storing the measured values; (c) comparing the values of subsequent measurements to obtain a differential value; (d) generating a warning message to a user of the washer if the differential value obtained in step (c) is less than a predetermined value.
A process for the devulcanization of rubber particles, comprising culturing bacteria of the species Sporanaerobacter, Desulfovibrio, Desulfurella and/or Desulfomicrobium with rubber particles.
A method for determining movements of an object to be imaged in a medical imaging method which includes at least one magnetic resonance imaging, the method comprising the following steps: - determining first coefficients of a mathematical transformation based on first navigator data of the object recorded by a magnetic resonance scanner, wherein the first navigator data are recorded by a magnetic resonance tomograph, the first navigator data being data of a first spherical Lissajous navigator in the k-space with k r <0.2/cm, preferably k r <0.15/cm, and particularly preferred k r <0.1/cm, wherein k r represents the absolute value of the wave vector k, - determining second coefficients of a mathematical transformation based on second navigator data of the object recorded by the magnetic resonance tomograph, the second navigator being data of a second spherical Lissajous navigator in the k-space with k r <0.2/cm, preferably k r <0.15/cm, and particularly preferred k r <0.1/cm, wherein k r represents the absolute value of the wave vector k, wherein the first coefficients are first coefficients of spherical harmonics, and the second coefficients are second coefficients of spherical harmonics, wherein the first navigator data comprise first signal amplitudes, and the second navigator data comprise second signal amplitudes, wherein the first signal amplitudes and the second signal amplitudes are each interpolated to a regular grid or to any points, such as in particular randomly distributed, on a spherical surface, - calculating a rotation of the object using a mathematical optimization based on the first coefficients and the second coefficients. - determining first coefficients of a mathematical transformation based on first navigator data of the object recorded by a magnetic resonance scanner, wherein the first navigator data are recorded by a magnetic resonance tomograph, the first navigator data being data of a first spherical Lissajous navigator in the k-space with k r <0.2/cm, preferably k r <0.15/cm, and particularly preferred k r <0.1/cm, wherein k r represents the absolute value of the wave vector k, - determining second coefficients of a mathematical transformation based on second navigator data of the object recorded by the magnetic resonance tomograph, the second navigator being data of a second spherical Lissajous navigator in the k-space with k r <0.2/cm, preferably k r <0.15/cm, and particularly preferred k r <0.1/cm, wherein k r represents the absolute value of the wave vector k, wherein the first coefficients are first coefficients of spherical harmonics, and the second coefficients are second coefficients of spherical harmonics, wherein the first navigator data comprise first signal amplitudes, and the second navigator data comprise second signal amplitudes, wherein the first signal amplitudes and the second signal amplitudes are each interpolated to a regular grid or to any points, such as in particular randomly distributed, on a spherical surface, - calculating a rotation of the object using a mathematical optimization based on the first coefficients and the second coefficients.
Hob having a heating element and a control element for inputting a control parameter for a heating element of at least one cooking zone, wherein the hob also has a protection device for modifying the control parameter and for outputting a modified control parameter to the heating element, in order to control the heating element such that the heating element is heated at most up to a defined maximum temperature and/or that the heating element is heated at most with a defined temporal temperature gradient, characterised in that the protection device has an input interface (220, 310) for inputting and storing a modification parameter, and the protection device is embodied to determine the modified control parameter using the modification parameter and wherein at least the modification parameter can be selected or defined for a user of the hob by means of the input interface (220, 310).
A process for recovering ethylene oxide from a vaporous reaction stream containing ethylene oxide, CO 2, formaldehyde, acetylaldehyde, and organic acidic compounds comprising: absorption of ethylene oxide and a portion of said CO 2, formaldehyde, acetylaldehyde, and organic acidic compounds in water to form an absorption stream; contacting said absorption stream with steam to strip ethylene oxide, CO 2, formaldehyde, acetylaldehyde, and organic acidic compounds from said absorption stream to form a stripping stream condensing water, formaldehyde, a portion of the ethylene oxide, acetaldehyde and organic acidic compounds; and recovering a vaporous ethylene oxide product stream; and contacting the vaporous ethylene oxide product stream in an EO absorber where it is countercurrently washed with recirculated EO-free process water to absorb the ethylene oxide to produce EO containing absorbate: wherein the improvement comprises sending a portion comprising 10-90% of the dilute EO containing absorbate from the EO absorber directly to a EO reabsorber/residual absorber where said dilute EO containing absorbate absorbs additional EO from an EO stripper overhead vapor to produce high-purity EO/water solution of the desired EO concentration for use as feed to a glycol production reaction.
A gypsum board manufacturing facility, comprising at least one rotating conveyor belt device for receiving a gypsum layer and forming and hardening the gypsum layer, wherein the conveyor belt device has a carrying belt for supporting the gypsum layer comprising an external side onto which the gypsum layer is applied in operation, and an internal side, characterized in that at least one plurality of forming webs is provided, wherein the forming webs are mounted at the external side relative the carrying belt transversely to a running direction of the conveyor belt device at a regular interval from each other and constitute a part of the external side of the conveyor belt device so that the forming webs co-rotate with the conveyor belt device, characterized in that the conveyor belt device has a rotating board forming belt which co-rotates on the carrying belt with the conveyor belt device and has forming webs arranged spaced from each other, wherein the carrying belt is deflected via carrying belt deflecting units (14, 15) and the board forming belt is deflected via board forming belt deflecting units.
A polymerizable resin composition comprising one or more polymerizable resin components selected from the group consisting of polyols, polyamines and mixtures thereof, in particular polyether polyols, polyester polyols, and polybutadiene polyols, aluminum hydroxide, and optionally further additives, such as for example wetting and dispersant additives, dyes, pigments, drying agents, fillers, polyalcohols, butanediol, hexanediol, antifoaming agents, antisettling agents, plasticizers such as for example phosphates, and catalysts, characterized in that the resin contains at least 75 wt.%, and in particular 75 to 85 wt.% of aluminum hydroxide composition relative to 100 wt.% of the resin composition, characterized in that the aluminum hydroxide is present in the form of at least four filler components, wherein the first filler component has an average particle size d 50 of 75 to 150 μm, preferably 80 to 125 μm, wherein the second filler component has an average particle size d 50 of 10 to 60 μm, preferably 30 to 50 μm, wherein the third filler component has an average particle size d 50 of 1 to 5 μm, preferably 2 to 4 μm, and wherein the fourth filler component has an average particle size d 50 of 3 μm or less, preferably 0.5 to 3 μm.
Labelling device, comprising at least one element (1, 30) rotatable about an axis, such as a glue roller or a pallet shaft, for example, which is mounted so as to be detachable at both ends, an in-feed device (13, 43, 45) being provided, by means of which a bearing element (12, 36) for exerting a force on a force-transmission end of the rotatable element (1, 30) for centring purposes can be displaced, and the other end of the rotatable element (1, 30) lying opposite the force-transmission end comprises a connecting element (15, 34) to a drive element (10, 29), characterised in that the bearing element (12, 36) has an external surface (21, 42) which converges to a point, and the connecting element (15, 34) comprises a Hirth joint.
Packing device for packing articles (PA, PB, PC, P) of at least two varieties in a packing box, said packing device comprising: - a packing station for collecting said articles and providing collected articles in said packing box, said packing station comprising a collecting arrangement for collecting articles from a discharging end of a supply line; - at least two supply lines (110, 115), each for being supplied by and conveying individual articles of a single variety and each having a discharging end (111, 116), characterized in that said packing device further comprises an exchange station constructed and arranged to take an article from one of said supply lines and to position the article onto another one of said supply lines, each supply line supplying articles of a respective single variety to said exchange station, so as to allow each supply line to supply articles of multiple varieties in a respective predetermined mix at their discharging end (111, 116), each of said supply lines is configured for supplying said articles to said packing station at a discharging end (111, 116) of the respective supply line in said respective predetermined mix of varieties of articles, wherein said collecting arrangement (210, 215) is configured for collecting articles from each discharging end of a respective supply line (110, 115) in a row of articles of said respective predetermined mix of varieties, and said packing station is configured for providing said row of articles in said packing box. - a packing station for collecting said articles and providing collected articles in said packing box, said packing station comprising a collecting arrangement for collecting articles from a discharging end of a supply line; - at least two supply lines (110, 115), each for being supplied by and conveying individual articles of a single variety and each having a discharging end (111, 116),
A marine hull comprising a hull plate manufactured from metal, a set of longitudinal reinforcements and a set of transverse reinforcements, at least one longitudinal reinforcement of said set of longitudinal reinforcements being arranged between the hull plate and at least one transverse reinforcement of said set of transverse reinforcements, and being connected to an inside of the hull plate, characterized in that the hull plate has a thickness that is less than 10 mm, and that said at least one longitudinal reinforcement is manufactured from the same metal as said hull plate and comprises at least one resilient segment arranged to spring in the direction transverse to the thickness of the hull plate, and that said resilient segment is arranged to bottom upon a compression that is more than 10 mm and less than 50 mm.
Pressure forming tool for producing sheet metal formed components, having an upper tool and a lower tool which are movable towards one another and when the pressure forming tool is closed, a forming hollow space between upper tool and lower tool is formed, wherein the pressure forming tool comprises a press ram, a press table and a tool clamping plate which is arranged on the press ram and/or the press table, wherein on the tool clamping plate is mounted a upper tool or lower tool which are relatively movable with respect thereto, between which is interposed a resilient adjusting element, characterised in that on the tool clamping plate are arranged at least two upper tools (103.1, 103.2, 103.3, 103.4) or at least two lower tools (104.1, 104.2, 104.3, 104.4) next to one another, wherein the two upper tools (103.1, 103.2, 103.3, 103.4) or the two lower tools (104.1, 104.2, 104.3, 104.4) are mounted so as to be movable relative to one another.
A shelf comprising - a bottom plate having an upper side, a lower side and an outer circumference; - a frame enclosing the bottom plate at its outer circumference and abutting against the lower side of the bottom plate, and - a connection element which is arranged between the bottom plate and the frame, wherein the connection element has a first partial area located in front of the outer circumference in horizontal direction and a second partial area covering the outer circumference at the upper side of the bottom plate and is fixed to the bottom plate on the one hand and to the frame on the other hand; and - wherein the connection element is fixed to the bottom plate by means of an adhesive bond and/or a positive fit and to the frame by means of a force fit, characterised in that the connection element has a Shore hardness in the first partial area which is by at least 20 % higher than a Shore hardness in the second partial area, wherein the connection element with its two partial areas (10, 13) is a profile band coextruded of two different plastic materials (7, 8). - a bottom plate having an upper side, a lower side and an outer circumference; - a frame enclosing the bottom plate at its outer circumference and abutting against the lower side of the bottom plate, and - a connection element which is arranged between the bottom plate and the frame, - wherein the connection element is fixed to the bottom plate by means of an adhesive bond and/or a positive fit and to the frame by means of a force fit,