mhurhangee/ep-ind-claims huggingface dataset:
Frame which is assembled from frame profiles, for a window or a door, having a facing shell composed of facing profiles, wherein - the window or the door is designed to receive a glazing unit defining a glazing plane A, - the frame profiles are extruded from hard PVC (PVC-U) and are welded together in the mitre region to form the frame, - the frame profiles have an outer visible surface, a rebate region and an outer overlap which delimits the rebate region; - the overlap of the frame profiles has - as viewed in cross section - an upper visible surface region inclined with respect to the glazing plane A, and a seal; - the facing profiles have an outer visible surface and an inner side, - in the mounted state, the facing profiles at least partially cover the outer visible surfaces of the frame profiles and completely cover the upper visible surface regions which are inclined with respect to the glazing plane A, - the facing profiles have an undercut on their inner sides, characterized by bores on the upper visible surface regions of the overlaps of the frame profiles, into which bores there are inserted deformable fastening means (17, 17', 17") which, with the facing profiles mounted, project behind the undercuts of the facing profiles and cause the facing profiles to be fastened to the frame profiles in a form-fitting manner. - the window or the door is designed to receive a glazing unit defining a glazing plane A, - the frame profiles are extruded from hard PVC (PVC-U) and are welded together in the mitre region to form the frame, - the frame profiles have an outer visible surface, a rebate region and an outer overlap which delimits the rebate region; - the overlap of the frame profiles has - as viewed in cross section - an upper visible surface region inclined with respect to the glazing plane A, and a seal; - the facing profiles have an outer visible surface and an inner side, - in the mounted state, the facing profiles at least partially cover the outer visible surfaces of the frame profiles and completely cover the upper visible surface regions which are inclined with respect to the glazing plane A, - the facing profiles have an undercut on their inner sides,
An apparatus for preparing alloy flake, comprising a container for melted alloy liquid which is positioned in an inductive heating coil; a liquid flow stabilization set comprising a barrel container with open bottom and a base board arranged below the open bottom, and the barrel container's upper part being positioned below the mouth of the container for melted alloy liquid; a cooling roller arranged to carry the melted alloy liquid flown from the liquid flow stabilization set's base board, which spins the melted alloy liquid into strips, and the strips become alloy flakes after collision with a water cooled baffle; a transferring system positioned below the cooling roller for further cooling and transferring of the alloy flakes, wherein the cooling roller is equipped with a means for differentiating cooling rate for various alloy flakes, characterized in that said means for differentiating cooling rate for various alloy flakes is a temperature controller adjusting the working temperature of the cooling roller's surface in the range between room temperature and 700 °C.
A method of operating Long Term Evolution User Equipment, LTE UE, (105, 305, 600) to use different Mobility Management Entities, MMEs, (101 - 103), the method characterized by: the LTE UE (105, 305, 600) graphically displaying a mode selection interface and receiving a user mode instruction; the LTE UE (105, 305, 600) graphically displaying a user access interface and receiving a user access code; the LTE UE (105, 305, 600) processing a current date, processing the user mode instruction and the user access code and selecting one of the MMEs based on the processing; the LTE UE (105, 305, 600) wirelessly transferring a Long Term Evolution, LTE, attachment request to a LTE access point and indicating the selected one of the MMEs (101 - 103) in the LTE attachment request; and the LTE UE (105, 305, 600) wirelessly receiving an attachment acceptance from the selected one of the MMEs (101 - 103) through the LTE access point responsive to indicating the selected one of the MMEs (101 - 103) in the LTE attachment request. the LTE UE (105, 305, 600) graphically displaying a mode selection interface and receiving a user mode instruction; the LTE UE (105, 305, 600) graphically displaying a user access interface and receiving a user access code; the LTE UE (105, 305, 600) processing a current date, processing the user mode instruction and the user access code and selecting one of the MMEs based on the processing; the LTE UE (105, 305, 600) wirelessly transferring a Long Term Evolution, LTE, attachment request to a LTE access point and indicating the selected one of the MMEs (101 - 103) in the LTE attachment request; and the LTE UE (105, 305, 600) wirelessly receiving an attachment acceptance from the selected one of the MMEs (101 - 103) through the LTE access point responsive to indicating the selected one of the MMEs (101 - 103) in the LTE attachment request.
An exhaust gas purification system for an internal combustion engine, said exhaust gas purification system comprising: an exhaust gas purification catalyst which is provided in an exhaust gas passage of the internal combustion engine; an addition valve which is provided for the exhaust gas passage at a portion disposed on an upstream side from the exhaust gas purification catalyst and which adds, into an exhaust gas, an oxidizing agent or a reducing agent to be supplied to the exhaust gas purification catalyst; a supply section which supplies the oxidizing agent or the reducing agent to the addition valve; and suck back control executing means which executes suck back control such that the oxidizing agent or the reducing agent, which stays in the addition valve, is sucked back to the supply section after stop of operation of the internal combustion engine; characterized by further comprising: pre-suck back addition control executing means which executes pre-suck back addition control such that the oxidizing agent or the reducing agent is added from the addition valve at a predetermined timing after the stop of the operation of the internal combustion engine and before executing the suck back control by the suck back control executing means. an exhaust gas purification catalyst which is provided in an exhaust gas passage of the internal combustion engine; an addition valve which is provided for the exhaust gas passage at a portion disposed on an upstream side from the exhaust gas purification catalyst and which adds, into an exhaust gas, an oxidizing agent or a reducing agent to be supplied to the exhaust gas purification catalyst; a supply section which supplies the oxidizing agent or the reducing agent to the addition valve; and suck back control executing means which executes suck back control such that the oxidizing agent or the reducing agent, which stays in the addition valve, is sucked back to the supply section after stop of operation of the internal combustion engine; pre-suck back addition control executing means which executes pre-suck back addition control such that the oxidizing agent or the reducing agent is added from the addition valve at a predetermined timing after the stop of the operation of the internal combustion engine and before executing the suck back control by the suck back control executing means.
Rubber composition based on at least one diene elastomer, a reinforcing filler and a 1,3-dipolar compound comprising an epoxide group, the epoxide group being a 3-membered ether ring in which a first member is a carbon atom exhibiting a connection to the dipole of the 1,3-dipolar compound and a second member is a tertiary or quaternary carbon.
A refrigerator, comprising a cabinet, a door of the cabinet, openably connected to the cabinet, and a hot water supply device including a water tank connected with an external water source, a drain path connected with the water tank, a heater for heating the water in the drain path, and a dispenser provided with a hot water outlet, the dispenser recessed at the door, including a receiving portion provided on a side opposite to the hot water outlet, and the heater received in the receiving portion, characterized in that the hot water supply device further includes a beverage making chamber provided between the heater and the dispenser, a first selector, a water pump and a second selector, the first selector is provided between the heater and the beverage making chamber, for selectively controlling the water heated by the heater either to be introduced into the beverage making chamber, or to directly flow out of the hot water outlet, the water pump is provided between the water tank and the heater, for pressurizing the drinking water, the second selector has one water inlet connected with the water pump and two water outlets (1, 161) respectively connected to the heater and the beverage making chamber, the second selector is connected between the water pump and the heater, for selectively controlling the water pressurized by the water pump either to be introduced directly into the beverage making chamber, or to be introduced into the heater.
Aircraft nacelle comprising an Aircraft nacelle between a first aircraft nacelle air intake conduit and a second conduit of a powerplant installed in said nacelle, the two conduits being installed end-to-end, said Aircraft nacelle including an annular flange, linked to the air intake, an annular flange linked to the powerplant pressed up against said air intake annular flange, a multiplicity of holes (48,54) arranged in the annular flanges (46, 50) and disposed in a straight line and some first connectors whose shanks are inserted into the holes (48,54), allowing the link-up of said annular flanges (46,50), characterized in that for at least one first connector, the hole of one of the annular flanges has a diameter clearly greater than that of the shank allowing play of said shank and in that a strip is interposed between said first connector and said annular flange, the strip comprising of at least two parts, at least one central part linked to the first connector, radially mobile relative to said annular flange and at least one offset part whose at least centripetal radial at least are limited relative to said annular flange, the two parts (68,70) being displaced in the direction of the circumference.
Syringe body of a syringe having a piercing means arranged at its distal end, wherein a safety device, for avoiding stab wounds, is arranged on the syringe body, comprising a sleeve element which extends along an axial direction and at least partially encloses the piercing means and the syringe body, the sleeve element comprising a distal end portion and an adjacent another portion and is arranged on a distal end region of the syringe body, characterised in that the safety device comprises a collar element, by means of which the safety device is rigidly arranged on the distal end region of the syringe body, wherein the sleeve element comprises a guide track, wherein during a movement of the syringe body relative to the sleeve element substantially along the axial direction, the guidance of at least one guide projection in the at least one guide track causes the sleeve element to rotate along the circumferential direction, the safety device comprising a contact element which contacts a patient's skin when the syringe is used and which is arranged at the distal end of the sleeve element and is rotatable independently of the sleeve element along the circumferential direction, whereby a rotation of the sleeve element is not transferred to the contact element during the use of the syringe, a circumferential guide groove being formed in a lateral surface of the distal end portion, and the contact element comprising a guide projection which engages in the guide groove of the sleeve element, wherein the wall thickness of the sleeve element in the distal end portion is greater than in the another portion.
A lung ventilation device for human or animal treatment, the device comprising: a stem configured to fit in a trachea, said stem having at least two ventilation passageways (21, 22) communicating with distal passageways (8, 9) configured to fit in the bronchi (B1, B2) at the carina, and a positioning balloon configured to engage the walls at the carina when inflated, characterized in that: the positioning balloon has a proximal annular portion surrounding a distal end of the stem, and a plurality of annular distal portions (31, 32), each surrounding a distal passageway end (8, 9), and the distal balloon portions (31, 32) are extensions of the proximal balloon portion. a stem configured to fit in a trachea, said stem having at least two ventilation passageways (21, 22) communicating with distal passageways (8, 9) configured to fit in the bronchi (B1, B2) at the carina, and a positioning balloon configured to engage the walls at the carina when inflated, characterized in that: the positioning balloon has a proximal annular portion surrounding a distal end of the stem, and a plurality of annular distal portions (31, 32), each surrounding a distal passageway end (8, 9), and the distal balloon portions (31, 32) are extensions of the proximal balloon portion. the positioning balloon has a proximal annular portion surrounding a distal end of the stem, and a plurality of annular distal portions (31, 32), each surrounding a distal passageway end (8, 9), and the distal balloon portions (31, 32) are extensions of the proximal balloon portion.
Horological movement comprising a wheel set of a time value display, a power source connected to this wheel set of a display for driving it such that it rotates, and a regulator intended to regulate the motion of this wheel set of a display, said horological movement comprising a control mechanism adapted to take an active state wherein it cooperates with the regulator to immobilise it, and an inactive state wherein it releases the regulator such that the latter is able to regulate the motion of the wheel set of a time value display, the horological movement being characterised in that the control mechanism includes two motion transmitting modules, each intended to be connected to an actuating member specific thereto, each of said modules being configured to drive the control mechanism between the inactive state thereof and the active state thereof upon operation of one of said actuating members to which it is connected.
A compound for use in preventing and treating cerebral ischemic disease, the compound is as shown below: the chemical name is: (-)- -3-(3'-hydroxy)-butylphthalide.
A device for suppressing airborne spray from a moving vehicle, said device comprising: a water suppressing means, said water suppressing means comprising: an elongate portion, wherein the elongate portion comprises a planar surface and a curved surface, wherein low pressure air is arranged to flow past the curved surface and to cause the elongate portion to flex in a direction of the low pressure air flow; and a first curved portion, wherein an end of the first curved portion is coupled to an end of the elongate portion, and wherein the elongate portion is arranged to direct flowing air to the first curved portion to generate a vortex of air in the region of the first curved portion. an elongate portion, wherein the elongate portion comprises a planar surface and a curved surface, wherein low pressure air is arranged to flow past the curved surface and to cause the elongate portion to flex in a direction of the low pressure air flow; and a first curved portion, wherein an end of the first curved portion is coupled to an end of the elongate portion, and wherein the elongate portion is arranged to direct flowing air to the first curved portion to generate a vortex of air in the region of the first curved portion.
A catheter apparatus for cranial cavities, comprising: a catheter including a drain pipe formed at the center thereof to drain a bodily fluid including a hematoma or a cerebrospinal fluid to the outside, a plurality of drain holes formed at the front end of the drain pipe, a medicine transfer pipe formed at a designated region at the outside of the drain pipe, the rear end of the medicine transfer pipe being closed with a finishing member; a plastic pipe insertable into a designated portion of the medicine transfer pipe; a side insertion hole formed through a designated portion of the rear end of the medicine transfer pipe, so that the plastic pipe may be inserted into the side insertion hole; and a binding member configured to fix the catheter, the plastic pipe and an extension tube without separation under the condition that the extension tube is coupled with the plastic pipe. a catheter including a drain pipe formed at the center thereof to drain a bodily fluid including a hematoma or a cerebrospinal fluid to the outside, a plurality of drain holes formed at the front end of the drain pipe, a medicine transfer pipe formed at a designated region at the outside of the drain pipe, the rear end of the medicine transfer pipe being closed with a finishing member; a plastic pipe insertable into a designated portion of the medicine transfer pipe; a side insertion hole formed through a designated portion of the rear end of the medicine transfer pipe, so that the plastic pipe may be inserted into the side insertion hole; and a binding member configured to fix the catheter, the plastic pipe and an extension tube without separation under the condition that the extension tube is coupled with the plastic pipe.
Cosmetic non-therapeutic use of topical compositions comprising 10-hydroxystearic acid, a salt or ester thereof, for application to human skin for improving the condition and appearance of skin for reducing skin pore size, for reducing appearance of wrinkles, and/or for improvement of the skin barrier function.
A battery management device comprising: a voltage detection unit that is electrically connected to both poles of each of a plurality of battery cells (21, 22) via a voltage detection line and that is configured to detect each terminal voltage of the plurality of battery cells (21, 22); a filter circuit that is configured using a resistor and a capacitor and electrically connected to the voltage detection line; a current source that is configured to repeatedly perform an energization operation to cause a current to flow to the voltage detection line in order to change a stored charge amount of the capacitor; and a diagnosis unit that is configured to diagnose whether the resistor is in a normal state or an open state based on a result of detection of the terminal voltage performed by the voltage detection unit, wherein the current source is configured to perform the energization operation with a magnitude of a current that enables the stored charge amount changed by the energization operation performed once to fall within a range corresponding to a fluctuation width of the terminal voltage during the energization operation when the resistor is in the normal state, and the diagnosis unit is configured to diagnose that the resistor is in the open state when a difference between the terminal voltage detected at a current time and the terminal voltage detected at a past time is larger than a predetermined threshold value. a voltage detection unit that is electrically connected to both poles of each of a plurality of battery cells (21, 22) via a voltage detection line and that is configured to detect each terminal voltage of the plurality of battery cells (21, 22); a filter circuit that is configured using a resistor and a capacitor and electrically connected to the voltage detection line; a current source that is configured to repeatedly perform an energization operation to cause a current to flow to the voltage detection line in order to change a stored charge amount of the capacitor; and a diagnosis unit that is configured to diagnose whether the resistor is in a normal state or an open state based on a result of detection of the terminal voltage performed by the voltage detection unit, wherein the current source is configured to perform the energization operation with a magnitude of a current that enables the stored charge amount changed by the energization operation performed once to fall within a range corresponding to a fluctuation width of the terminal voltage during the energization operation when the resistor is in the normal state, and the diagnosis unit is configured to diagnose that the resistor is in the open state when a difference between the terminal voltage detected at a current time and the terminal voltage detected at a past time is larger than a predetermined threshold value.
A method for the hydrothermal carbonization of solid or liquid biomass, comprising the steps of a pretreatment of the biomass in a preheating tank, a carbonization reaction in a reaction tank, and a posttreatment of the biomass in a buffer tank, wherein in the scope of the pretreatment, firstly a discrete quantity of biomass is conveyed into the closed preheating tank, pretreated therein in the preheating tank, and the slurry resulting in this case is moved into a closed reaction tank, wherein the carbonization reaction of this discrete quantity of biomass contained in the slurry is triggered in the reaction tank, wherein the pretreated slurry is conveyed by means of a slurry pump to the reaction tank, where the slurry is introduced into the reaction tank with addition of steam and is subjected to a pressure and temperature increase, characterized in that the pretreated slurry is introduced via a slurry supply pipe with simultaneous addition of steam from a steam generator via a steam pipe into the reaction tank, is subjected to a pressure and temperature increase, and is thoroughly mixed with the aid of a mixing pump in the reaction tank during the passage of the carbonization reaction, wherein the slurry is subjected to an explosive pressure reduction in a pressure chamber after leaving the preheating tank, but before its entry into the reaction tank.
Vehicle seat having an extension along a height axis Z and a width axis Y, comprising a seat part and a backrest element which extends along a height axis Z' and in a width axis Y', wherein the backrest element has, extending along the height axis Z', a central structure (1, 1a, 1b) which is arranged centrally along the width axis Y' and opens into in a base structure extending substantially along the width axis Y', wherein the backrest element has at least one stability element which extends along the width axis Y' away from the central structure (1, 1a, 1b), wherein the base structure is pivotally arranged in a support structure of the vehicle seat, so that the backrest element is pivotable about a first pivot axis, characterised in that the first pivot axis is spaced apart from the seat part along a height axis Z of the vehicle seat, wherein the backrest element comprises a lower part, which is arranged along the height axis Z' below the first pivot axis, and an upper part, which is arranged along the height axis Z' above the first pivot axis.
Vacuum cleaning device comprising a dirt collection container which has a suction inlet and is in flow connection with at least one suction unit via at least one filter and at least one suction line, and comprising at least one external air inlet which opens into the suction line downstream of the at least one filter and can be closed by means of at least one closing valve, the at least one closing valve having a movable valve body which, in a closed position, bears against at least one valve seat so as to form one or more sealing lines, the at least one sealing line delimiting an area which, in the closed position of the closing valve, is acted upon by a differential pressure, characterized in that the square of the total length of all sealing lines is at least 25 times the total size of all areas which are delimited by the sealing lines and acted upon by differential pressure, and in that the suction unit is also in flow connection with the at least one filter during a filter cleaning operation.