mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: a housing having an air inlet and an air outlet ; a compressor disposed in the housing ; a heat exchanger disposed in the housing ; a fan for discharging air introduced through the air inlet through the air outlet ; a motor mounted in the housing for rotating the fan ; and an inlet flow path guide for giving a velocity component (Vu1) to the air being introduced to the fan in a direction opposite to a direction of a rotational velocity component (u) of the air produced by rotation of the fan , the inlet flow path guide includes a plurality of vanes ; and an outlet flow path guide for giving a velocity component (Vu1) to the air being discharged from the fan in a direction opposite to a direction of a rotational velocity component (u) of the air produced by rotation of the fan ; wherein the vanes are tilted in a direction opposite to a rotation direction (R) of the fan , characterized in that : the vanes are tilted in a direction the same with a blade of the fan ; the vanes have an inlet edge with a slope angle from an axis of the fan formed smaller than a slope angle of an outlet edge thereof; and the outlet flow path guide includes a plurality of vanes tilted in a rotation direction of the fan , the vanes having an inlet edge with a slope angle from an axis of the axial flow fan formed larger than a slope angle of an outlet edge thereof. a housing having an air inlet and an air outlet ; a compressor disposed in the housing ; a heat exchanger disposed in the housing ; a fan for discharging air introduced through the air inlet through the air outlet ; a motor mounted in the housing for rotating the fan ; and an inlet flow path guide for giving a velocity component (Vu1) to the air being introduced to the fan in a direction opposite to a direction of a rotational velocity component (u) of the air produced by rotation of the fan , the inlet flow path guide includes a plurality of vanes ; and an outlet flow path guide for giving a velocity component (Vu1) to the air being discharged from the fan in a direction opposite to a direction of a rotational velocity component (u) of the air produced by rotation of the fan ; wherein the vanes are tilted in a direction opposite to a rotation direction (R) of the fan , the vanes are tilted in a direction the same with a blade of the fan ; the vanes have an inlet edge with a slope angle from an axis of the fan formed smaller than a slope angle of an outlet edge thereof; and the outlet flow path guide includes a plurality of vanes tilted in a rotation direction of the fan , the vanes having an inlet edge with a slope angle from an axis of the axial flow fan formed larger than a slope angle of an outlet edge thereof.
Reactor for obtaining gas from organic waste, having a columnar, upright reactor housing that encloses a reaction chamber that incorporates a section that is described as a collection chamber and can be filled with organic waste and that incorporates above the collection chamber a gas chamber to receive the gas obtained from the organic waste, wherein the reaction chamber is thermally insulated against the outside, that is, against the surrounding atmosphere, and wherein a cleaning chamber connects upwards to the reaction chamber , wherein the inner space of the cleaning chamber adjoins a cooling surface and a gas outlet line to conduct the obtained gas out of the reactor feeds into the cleaning chamber , and wherein a condensate separator that incorporates a condensation surface that projects into the gas flow and a condensate collection chamber under the condensate separator is provided for in the gas outlet line , characterised in that a second gas line, described as a bypass , to also conduct the obtained gas out of the reactor feeds into the gas chamber and wherein the bypass feeds into the gas outlet line .
Device for an integrally bonded connection of at least one material segment to a steering device , comprising - at least two fitting segments , wherein at least one of the fitting segments is mounted so as to be movable relative to the at least one other fitting segment , wherein the fitting segments are configured so as to be able to surround the steering device , in particular the steering wheel rim of the steering device , at least in portions; - a receptacle for receiving the steering device ; - a drive mechanism for displacing the at least one movably mounted fitting segment toward the steering device ; characterised in that - the at least two fitting segments are movable laterally towards the steering device or away from it; and - at least one fixing element which is configured for fixing the at least one material segment at points on the steering device , prior to the fitting segments being brought together. - at least two fitting segments , wherein at least one of the fitting segments is mounted so as to be movable relative to the at least one other fitting segment , wherein the fitting segments are configured so as to be able to surround the steering device , in particular the steering wheel rim of the steering device , at least in portions; - a receptacle for receiving the steering device ; - a drive mechanism for displacing the at least one movably mounted fitting segment toward the steering device ; characterised in that - the at least two fitting segments are movable laterally towards the steering device or away from it; and - at least one fixing element which is configured for fixing the at least one material segment at points on the steering device , prior to the fitting segments being brought together.
Device holder cup for electrical or data technological installation devices, comprising a frame with a circumferential wall and in each case with at least one projection on opposite end faces of the frame for mounting the device holder cup in mounting openings of an underfloor cassette, wherein at least one separate cover plate to be placed onto a first rim of the circumferential wall is provided, wherein the cover plate is provided at least partially with fastening devices for installation devices, characterized in that an upper side and an underside of the frame are open, and in that at least one separate bottom plate to be placed onto a second rim of the circumferential wall, opposite to the first rim , is provided, wherein a side of the circumferential wall, which is an exterior side in relation to an interior space of the device holder cup , is provided with groove-type recesses extending from the first rim to the second rim , each provided with outward oriented latching lugs in the region of the first and the second rims and used for at least sectional receiving of resilient latching hooks of the cover plates and the bottom plates , respectively, wherein the latching lugs in the region of the first rim are configured to be engaged behind by the resilient latching hooks of the cover plates after placing-on of the cover plates , and wherein the latching lugs in the region of the second rim are configured to be engaged behind by the resilient latching hooks of the bottom plates after placing-on of the bottom plates .
An optical scanning unit , comprising: a light source , configured to emit a light beam having a wavelength; an optical deflector , configured to deflect the light beam emitted from the light source ; a first optical unit , arranged between the light source and the optical deflector , wherein the first optical unit includes a refraction unit and a diffraction unit ; and a second optical unit , arranged in a light exit direction of the optical deflector and configured to make the light beam deflected by the optical deflector form an image on a scanning target surface, wherein a change tendency of an optical power of the refraction unit with temperature is opposite to a change tendency of an optical power of the diffraction unit caused by a change of the wavelength with temperature; and characterised in that a range of a ratio of a refractive power Φ r to a diffractive power Φ d of the first optical unit in a main scanning direction is 0.35<Φr/Φd<0.45; and a range of a ratio of a refractive power Φ s to a diffractive power Φ n of the first optical unit in a sub scanning direction is 0.98<Φs/Φn<1.00. a light source , configured to emit a light beam having a wavelength; an optical deflector , configured to deflect the light beam emitted from the light source ; a first optical unit , arranged between the light source and the optical deflector , wherein the first optical unit includes a refraction unit and a diffraction unit ; and a second optical unit , arranged in a light exit direction of the optical deflector and configured to make the light beam deflected by the optical deflector form an image on a scanning target surface, wherein a change tendency of an optical power of the refraction unit with temperature is opposite to a change tendency of an optical power of the diffraction unit caused by a change of the wavelength with temperature; and characterised in that a range of a ratio of a refractive power Φ r to a diffractive power Φ d of the first optical unit in a main scanning direction is 0.35<Φr/Φd<0.45; and a range of a ratio of a refractive power Φ s to a diffractive power Φ n of the first optical unit in a sub scanning direction is 0.98<Φs/Φn<1.00.
A pharmaceutical composition comprising Semaphorin 3A, or a derivative thereof, for use in treating an IBD in a subject.
A device allowing the pressure in a domestic hot water circuit to be regulated and consequentially a hot water flow-rate leaving at least one draw-off point being part of the installation for the distribution of domestic hot water, said device including at least one source of hot water pressurized by a pump , at least one small cross-section pipe circuit (5.2) bringing water to at least one draw-off point , and a regulating system characterized in that the regulating system includes a pressure reducer placed upstream of each small-cross section hot water circuit and in that the device includes means for determining the pressure in each small cross-section pipe (5.2) at one or a plurality of draw-off points and for transmitting the pressure information to the pressure reducer corresponding to the draw-off point(s).
A complex of a dental implant made of metal and cultured periodontal ligament cell sheet, wherein said implant contains a fixture section; the surface of said fixture section is coated with calcium phosphate; and wherein the cultured periodontal ligament cell sheet is adhered to the surface thereof.
A computer-implemented input-method-editor process, the process comprising: receiving a request from a user of an electronic device for an application-independent input method editor having written and spoken input capabilities, wherein the application-independent input method editor is configured to receive input for a plurality of applications executable by the electronic device; receiving a spoken input from the user, wherein the spoken input comprises input for use as input to an application from the plurality of applications; receiving a written input from the user as part of a combination of the written input and the spoken input; determining a language of the written input; providing a language indicator to a remote server that includes a speech recognition system, wherein the language indicator indicates the determined language of the written input; providing the spoken input to the remote server, wherein the speech recognition system of the remote server is configured to use the language indicator to convert the spoken input to text; receiving text from the remote server, wherein the text represents the spoken input; and providing the text to the application as user input. receiving a request from a user of an electronic device for an application-independent input method editor having written and spoken input capabilities, wherein the application-independent input method editor is configured to receive input for a plurality of applications executable by the electronic device; receiving a spoken input from the user, wherein the spoken input comprises input for use as input to an application from the plurality of applications; receiving a written input from the user as part of a combination of the written input and the spoken input; determining a language of the written input; providing a language indicator to a remote server that includes a speech recognition system, wherein the language indicator indicates the determined language of the written input; providing the spoken input to the remote server, wherein the speech recognition system of the remote server is configured to use the language indicator to convert the spoken input to text; receiving text from the remote server, wherein the text represents the spoken input; and providing the text to the application as user input.
A hand-held handle dispenser comprising: a main frame having a handle , an adhesive tape roll provided on a rear side of the main frame for delivering an adhesive tape, an application element provided on the front side of the main frame for applying the adhesive tape onto a parcel and a cutting blade for cutting the adhesive tape, an insert strip roll cartridge for storing an insert strip roll , transport and affixing elements for conveying the insert strip from said cartridge to said application element and affixing it against the adhesive tape to form a handle, and a holding structure (13; 310, 312, 314) supporting a system (32; 302, 306, 308) for cutting said insert strip, wherein it further comprises a revolution cutter rotating around a cutter axis for stopping the dispensing from said insert strip roll by cutting said insert strip.
A trailer controller for mounting on a trailer , wherein the trailer controller has at least one position-determining unit which is designed to detect a current position of at least two regions (91-94) predefined on a trailer , in order to determine a current position and an alignment, characterised by all the predefined regions (91-94) are arranged on the roof and/or the roof structure, in particular in a triangular shape.
Household appliance with a control device, having a control element which is held removably on a control panel of the household appliance by means of magnetic force and which can be rotated and tilted for control purposes, wherein the control element has a stator which is fixed with respect to the control panel and a rotor which is mounted movably thereon, characterised in that at least one magnet is provided for spatially positioning the rotor with respect to the stator , and both the stator and also the rotor each have at least one magnet and either a magnetic holding force between stator and rotor is greater than a magnetic holding force between stator and control panel or the magnets of the stator and rotor form at least one pair of magnets arranged opposite one another, the magnetic surfaces of which facing one another have the same polarity, wherein the control element has a number of homopolar pairs of magnets arranged opposite one another, which are arranged distributed uniformly in a concentric path about a shared axis of rotation (A) of the stator and rotor .
A device for fastening a load strap comprising a buckle frame , a side slot present in an arm of the buckle frame, a slot latch , and a spring-loaded locking latch , wherein the buckle frame is adapted to receive the strap by way of the side slot, wherein the slot latch is adapted to close the side slot, and wherein the locking latch is adapted to secure the strap jointly with the slot latch as the locking latch is pushed by a spring of the locking latch against a fastening surface of the buckle frame in such a way that the strap is retained between the locking latch and the fastening surface, characterized in that with the slot latch in a closed position, the strap can be tensioned or relaxed as desired by means of the spring-loaded locking latch with a possibility of lowering the spring-loaded locking latch against the strap to a tension receiving position or raising the same to a top position.
A trunnion-type ball valve having a seat retainer disposed to attach a ball seat or seats to one side or both sides of a ball having a through hole provided in a body , the ball turnably provided via a stem , wherein the ball seat is attached in a free and movable state in an attachment groove formed in the seat retainer so as to prevent the ball seat from falling off from the seat retainer ; characterized in that an excessive pressure due to an abnormal pressure rise in a cavity upon full close or upon full open is configured to be relieved into a flow channel via a communication part provided between an inner peripheral surface of the ball seat and the attachment groove by moving the seat retainer in a direction opposite to the ball by self-tension utilizing the pressure and pushing-out the ball seat to a side of the ball by the excessive pressure flowed into a rear-surface side of the ball seat in the attachment groove, wherein an engagement part (33; 61) provided in an opening side of an inner periphery of the attachment groove is opposed to a latch part (30; 60) provided on an outer peripheral attachment side of the ball seat so as to be mutually latchable in an insertion direction to prevent protrusion of the ball seat from the attachment groove of the seat retainer ; and wherein the ball seat is attached to the attachment groove in the free state.
A system for adapting parameters of a vehicle for reduction of likelihood of occurrence of an adverse event, comprising: at least one hardware processor executing a code for: performing, for each respective driver of a plurality of drivers: obtaining an indication of a vehicle driven by the respective driver; obtaining an indication of a certain advanced driver assistance system (ADAS) selected from a plurality of ADAS for installation in the vehicle ; obtaining an environmental profile indicative of a prediction of an environment in which the vehicle with installed ADAS is predicted for driving therein at a future time interval; defining a simulation model in which the vehicle with installed ADAS is driving according to the environment profile; computing a risk of occurrence of an adverse event during the future time interval by executing the simulation model; selecting at least one parameter of the vehicle for adaptation thereof according to a predicted likelihood of reducing the risk of occurrence of the adverse event; and generating instructions for adaptation of the selected at least one parameter of the vehicle. obtaining an indication of a vehicle driven by the respective driver; obtaining an indication of a certain advanced driver assistance system (ADAS) selected from a plurality of ADAS for installation in the vehicle ; obtaining an environmental profile indicative of a prediction of an environment in which the vehicle with installed ADAS is predicted for driving therein at a future time interval; defining a simulation model in which the vehicle with installed ADAS is driving according to the environment profile; computing a risk of occurrence of an adverse event during the future time interval by executing the simulation model; selecting at least one parameter of the vehicle for adaptation thereof according to a predicted likelihood of reducing the risk of occurrence of the adverse event; and generating instructions for adaptation of the selected at least one parameter of the vehicle.
Device for generating physical plasma by means of dielectric barrier discharges with respect to a surface of an object, comprising - a high voltage terminal , - a plurality of electrode bodies - capacitively coupled to the one high voltage terminal , - comprising exposed electrode surfaces and - elongated in parallel to one another towards distal ends , and - spacers made of dielectric which project beyond the exposed electrode surfaces of the electrode bodies , characterized in that the spacers made of dielectric are attached to the distal ends of the electrode bodies and, in extension of the electrode bodies , project by 1.0 mm to 5.0 mm beyond the exposed electrode surfaces of the electrode bodies . - a high voltage terminal , - a plurality of electrode bodies - capacitively coupled to the one high voltage terminal , - comprising exposed electrode surfaces and - elongated in parallel to one another towards distal ends , and - capacitively coupled to the one high voltage terminal , - comprising exposed electrode surfaces and - elongated in parallel to one another towards distal ends , and - spacers made of dielectric which project beyond the exposed electrode surfaces of the electrode bodies ,
A needleless valve system comprising: a housing comprising a fluid port ; and a valve disposed in the housing , wherein the valve is tail-less and comprises a body configured to be disposed in said needleless valve system and controlling a fluid flow through the needleless valve system, wherein the body comprises continuous top surface , a compression feature configured to control how the body is compressed to allow fluid flow through the needleless valve system, and a retaining flange retaining the valve within the housing that surrounds the valve , characterized in that the compression feature comprises a through hole extending entirely through the body. a housing comprising a fluid port ; and a valve disposed in the housing , wherein the valve is tail-less and comprises a body configured to be disposed in said needleless valve system and controlling a fluid flow through the needleless valve system, wherein the body comprises continuous top surface , a compression feature configured to control how the body is compressed to allow fluid flow through the needleless valve system, and a retaining flange retaining the valve within the housing that surrounds the valve , characterized in that the compression feature comprises a through hole extending entirely through the body.
Fastener (10, 10', 10", 10"', 10"") for securing at least a first component and a second component together, the fastener comprising: - a securing portion adapted to be secured to the first and/or the second component, and - a guiding portion adapted to be guided by a manipulator or a tool in order to set the securing portion in the first and/or the second component, wherein the securing portion and the handling portion form a one-piece element made of one unique aluminium alloy having a composition as follow: Magnesium (Mg): 4.0 +/- 1.6 wt% Manganese (Mn): 0,21 +/-0,1 wt% Scandium (Sc): between 0,03 and 0,55 wt% Zirconium (Zr): 0,15 +0,15/-0,05 wt% Zinc (Zn): 0,21+/-0,1 wt% Aluminium (Al): Remaining wt% - a securing portion adapted to be secured to the first and/or the second component, and - a guiding portion adapted to be guided by a manipulator or a tool in order to set the securing portion in the first and/or the second component, wherein the securing portion and the handling portion form a one-piece element made of one unique aluminium alloy having a composition as follow: Magnesium (Mg): 4.0 +/- 1.6 wt% Manganese (Mn): 0,21 +/-0,1 wt% Scandium (Sc): between 0,03 and 0,55 wt% Zirconium (Zr): 0,15 +0,15/-0,05 wt% Zinc (Zn): 0,21+/-0,1 wt% Aluminium (Al): Remaining wt% Magnesium (Mg): 4.0 +/- 1.6 wt% Manganese (Mn): 0,21 +/-0,1 wt% Scandium (Sc): between 0,03 and 0,55 wt% Zirconium (Zr): 0,15 +0,15/-0,05 wt% Zinc (Zn): 0,21+/-0,1 wt% Aluminium (Al): Remaining wt%