mhurhangee/ep-ind-claims huggingface dataset:
Discharge head for discharging a liquid or pasty medium, which discharge head is fastenable to a container storing the medium, comprising an intermediate element with a receiving opening for the container and an actuating handle which is coupled displaceably in an actuating direction to the intermediate element, wherein the intermediate element and/or the actuating handle have/has at least one releasable connecting element (100, 141, 142) which brings about a retaining force between the intermediate element and the actuating handle, which retaining force is opposed to a relative movement between the intermediate element and the actuating handle in the actuating direction, and wherein the receiving opening has a latching geometry for the fastening to the container, characterized in that the latching geometry is designed in such a manner that the intermediate element is snappable and/or pushable onto the container by a movement in the actuating direction, and a force to be applied for snapping and/or pushing the intermediate element onto the container is smaller than the retaining force, which is applied by the at least one connecting element (100, 141, 142), between the intermediate element and the actuating handle in the actuating direction.
A communication method, comprising: sending (301,401,501,603,701), by a terminal device, a first indication message, wherein the first indication message is used to trigger an access network device to send time information to the terminal device in unicast mode; receiving (303,402,503,605,704), by the terminal device, the time information from the access network device; synchronizing (303,403,504,606,705), by the terminal device, a time of the terminal device based on the time information; sending (404,505,607,706), by the terminal device, a third indication message to the access network device, where the third indication message is used to indicate to deactivate the access network device to send the time information to the terminal device. sending (301,401,501,603,701), by a terminal device, a first indication message, wherein the first indication message is used to trigger an access network device to send time information to the terminal device in unicast mode; receiving (303,402,503,605,704), by the terminal device, the time information from the access network device; synchronizing (303,403,504,606,705), by the terminal device, a time of the terminal device based on the time information; sending (404,505,607,706), by the terminal device, a third indication message to the access network device, where the third indication message is used to indicate to deactivate the access network device to send the time information to the terminal device.
Use of an adenosine diphosphate antagonist or P 2 Y 12 antagonist and a proton pump inhibitor for the manufacture of a pharmaceutical composition for treating a patient with a gastrointestinal disorder associated with an ADP or P 2 Y 12 antagonist in a patient, wherein said patient is not known to have a GI disorder, wherein the pharmaceutical composition is a single unit oral dosage form comprising: (a) a therapeutically effective amount of an adenosine diphosphate antagonist or P 2 Y 12 antagonist to inhibit platelet aggregation, wherein said ADP or P 2 Y 12 antagonist is clopidogrel or a pharmaceutically acceptable salt, solvate, hydrate, enantiomer, or polymorph thereof; and (b)a therapeutically effective amount of a PPI to prevent a GI disorder associated with said ADP or P 2 Y 12 antagonist, wherein said PPI is omeprazole or a pharmaceutically acceptable salt, enantiomer, or polymorph thereof; wherein the PPI is enterically coated; and wherein the single unit oral dosage form does not include a non-aspirin nonsteroidal anti-inflammatory drug (NSAID). (a) a therapeutically effective amount of an adenosine diphosphate antagonist or P 2 Y 12 antagonist to inhibit platelet aggregation, wherein said ADP or P 2 Y 12 antagonist is clopidogrel or a pharmaceutically acceptable salt, solvate, hydrate, enantiomer, or polymorph thereof; and (b)a therapeutically effective amount of a PPI to prevent a GI disorder associated with said ADP or P 2 Y 12 antagonist, wherein said PPI is omeprazole or a pharmaceutically acceptable salt, enantiomer, or polymorph thereof;
A foam having a ratio J h /J h r of the creep compliance J h upon deformation to the creep compliance J h r upon recovery being no less than 2; wherein the foam comprises a silicone based polymer as a base resin; wherein the silicone based polymer is obtainable by curing a resin composition comprising: a curing agent having at least two hydrosilyl groups in the molecular chain; a polymer having at least one alkenyl group in the molecular chain and comprising an oxyalkylene unit as a repeating unit that constitutes the main chain; and a hydrosilylation catalyst; wherein the creep compliance is measured as explained in the description. a curing agent having at least two hydrosilyl groups in the molecular chain; a polymer having at least one alkenyl group in the molecular chain and comprising an oxyalkylene unit as a repeating unit that constitutes the main chain; and a hydrosilylation catalyst; wherein the creep compliance is measured as explained in the description.
Bobbin winding machine with a plurality of winding stations (5.1, 5.2, 5.3, 5.4) which are arranged next to one another along a bobbin winding spindle (2, 3) and wind a plurality of threads in parallel into a plurality of bobbins (6.1 - 6.4), and with a traversing device which has a flyer traversing unit (8.1 - 8.4) for each winding station (5.1 - 5.4), the flyer traversing units (8.1 - 8.4) being assigned a plurality of drive wheels (11.1 - 11.4) which are arranged next to one another and which are coupled via a toothed belt to a driven driving wheel for driving the flyer traversing units (8.1 - 8.4), characterized in that the toothed belt is coupled to all toothed drive wheels (11.1 - 11.4) and to the toothed driving wheel via one toothed profile side only.
An organic light emitting display comprising: a display panel; a source driver adapted to drive data lines on the display panel; a scan driver adapted to feed a scan signal (SCAN) to scan lines on the display panel; an emission driver adapted to feed an emission signal to emission lines on the display panel; and a timing controller adapted to, in low-power operation mode, assign at least one holding frame between writing frames in which image data is written, enable the output of the source driver during the writing frames and disable the output of the source driver during the holding frames, characterized by increasing the toggle frequency of the emission signal to be higher than the frame frequency being the number of writing frames and holding frames per second by controlling the emission driver during the holding frames, wherein the timing controller keeps the toggle frequency of the emission signal equal to the frame frequency by controlling the emission driver during the writing frames. a display panel; a source driver adapted to drive data lines on the display panel; a scan driver adapted to feed a scan signal (SCAN) to scan lines on the display panel; an emission driver adapted to feed an emission signal to emission lines on the display panel; and a timing controller adapted to, in low-power operation mode, assign at least one holding frame between writing frames in which image data is written, enable the output of the source driver during the writing frames and disable the output of the source driver during the holding frames, characterized by increasing the toggle frequency of the emission signal to be higher than the frame frequency being the number of writing frames and holding frames per second by controlling the emission driver during the holding frames, wherein the timing controller keeps the toggle frequency of the emission signal equal to the frame frequency by controlling the emission driver during the writing frames.
A Shed, in particular a pig shed, with a defecation region, with a conveyor belt comprising a rear deflection and with a collecting trough, wherein - the floor of the defecation region is formed by the upper run of the conveyor belt, through which urine that is produced can pass, wherein the collecting trough for the urine is arranged under the upper run and above the lower run of the conveyor belt, from which collecting trough the urine is guided away, - and an excrement scraper is assigned to the conveyor belt in the region of the rear deflection thereof, which excrement scraper, during the forward movement of the conveyor belt, scrapes the excrement on the conveyor belt off onto a discharge conveyor belt, in such a way that a separation of excrement and urine takes place, characterized in that, - the collecting trough has a continuous gradient in the direction of the rear deflection. - the floor of the defecation region is formed by the upper run of the conveyor belt, through which urine that is produced can pass, wherein the collecting trough for the urine is arranged under the upper run and above the lower run of the conveyor belt, from which collecting trough the urine is guided away, - and an excrement scraper is assigned to the conveyor belt in the region of the rear deflection thereof, which excrement scraper, during the forward movement of the conveyor belt, scrapes the excrement on the conveyor belt off onto a discharge conveyor belt, in such a way that a separation of excrement and urine takes place, characterized in that, - the collecting trough has a continuous gradient in the direction of the rear deflection.
In a method for manufacturing SOI wafer of forming an oxide film on a bond wafer consisting of a semiconductor single crystal substrate, forming an ion implanted layer into the bond wafer by implanting ions of at least one kind of gas in hydrogen and rare gases through the oxide film, bonding together an ion implanted front surface of the bond wafer and a base wafer front surface via the oxide film, thereafter delaminating the bond wafer along the ion implanted layer, and thereby fabricating an SOI wafer, the method for manufacturing SOI wafer is characterized in that before bonding, the oxide film to be formed on the bond wafer is made such that the oxide film on a back surface is made thicker than the oxide film on a face to be bonded and after implanting ions into the bond wafer which has the thicker oxide film on the back surface, the bond wafer and the base wafer are bonded.
A motorized carriage for opening/closing a curtain, said carriage being able to move along a rail or a rod owing to a friction wheel driven by an electric motor and pivot-mounted in a casing that contains the electric motor, said casing being provided with at least two members (200A, 200B; 120, 150) for suspending it from the rail or the rod, each suspension member (200A, 200B; 120, 130) comprising a support (208A, 208B; 212; 124; 134) and/or a base element (210; 121, 131), as well as at least one roller (201A, 201B, 202A, 202B; 127, 137) pivoting around an axis (X200A, X200B, X140', X140) or a skate, the casing being equipped with a housing (109A, 109B) for partially receiving and reversibly immobilizing each suspension member (200A, 200B; 120, 130), such that the pivoting rollers (201A, 201B; 202A, 202B; 127, 137) or the skates of the suspension members are removably mounted on the casing, this motorized carriage being characterized in that the support (208A, 208B; 212; 124; 134) of each suspension member (200A, 200B; 120, 130) is mounted, removably and through a rotational movement around an axis of rotation (ZA, ZB; Z121, Z131), in or across from the housing (109A, 109B) formed in the casing and in that the carriage comprises immobilizing means (101C, 206A, 301A, 101E, 206B, 301B; 213; 144), for immobilizing, in rotation around the axis of rotation, of the support (208A, 208B; 212) or of a retaining member of the support (144, 134).
Spur gear for use in a spur gear unit, comprising - an outer part, having a ring gear made of a first plastic, and having numerous injection sections, - an insertion part made of metal, and - a connection part, arranged between the insertion part and the outer part, for the form-fitting connection of the insertion part and the outer part, characterized in that - the injection sections are covered by the connection part, and - the connection part comprises, both along, as well as vertically to an axis of rotation of the spur gear, undercuts. - an outer part, having a ring gear made of a first plastic, and having numerous injection sections, - an insertion part made of metal, and - a connection part, arranged between the insertion part and the outer part, for the form-fitting connection of the insertion part and the outer part, characterized in that - the injection sections are covered by the connection part, and - the connection part comprises, both along, as well as vertically to an axis of rotation of the spur gear, undercuts.
Process for manufacturing an aqueous polyurethane/polysiloxane dispersion comprising the steps of: forming a polyurethane/polysiloxane prepolymer from a reaction mixture comprising: (a) at least one polysiloxane polyol with a number average molecular weight M n in the range of 500 g/mol to 10,000 g/mol; (b) at least one organic polyol with a number average molecular weight M n in the range of 400 g/mol to 10,000 g/mol, preferably 1000 g/mol to 3000 g/mol; (c) at least one stabilizer; and (d) at least one polyisocyanate, wherein the at least one polyisocyanate is used in molar excess relative to the hydroxy groups of the other components of the reaction mixture to obtain a polyurethane/polylsiloxane prepolymer; dispersing the prepolymer obtained from step into a continuous aqueous phase to obtain an emulsion; and reacting the prepolymer with at least one chain extension agent, wherein the aqueous polyurethane/polysiloxane dispersion is essentially free of organic solvent. forming a polyurethane/polysiloxane prepolymer from a reaction mixture comprising: (a) at least one polysiloxane polyol with a number average molecular weight M n in the range of 500 g/mol to 10,000 g/mol; (b) at least one organic polyol with a number average molecular weight M n in the range of 400 g/mol to 10,000 g/mol, preferably 1000 g/mol to 3000 g/mol; (c) at least one stabilizer; and (d) at least one polyisocyanate, wherein the at least one polyisocyanate is used in molar excess relative to the hydroxy groups of the other components of the reaction mixture to obtain a polyurethane/polylsiloxane prepolymer; (a) at least one polysiloxane polyol with a number average molecular weight M n in the range of 500 g/mol to 10,000 g/mol; (b) at least one organic polyol with a number average molecular weight M n in the range of 400 g/mol to 10,000 g/mol, preferably 1000 g/mol to 3000 g/mol; (c) at least one stabilizer; and (d) at least one polyisocyanate, wherein the at least one polyisocyanate is used in molar excess relative to the hydroxy groups of the other components of the reaction mixture to obtain a polyurethane/polylsiloxane prepolymer; dispersing the prepolymer obtained from step into a continuous aqueous phase to obtain an emulsion; and reacting the prepolymer with at least one chain extension agent,
An electrode holding arrangement for biosignal acquisition or stimulation, comprising: a piece of flexible material adapted for being fixed to a certain body part (97, 98); and at least one electrode spring element created within and made from said piece of flexible material by cutting out a certain geometric profile from said flexible material, and configured for, in operation, when the piece of flexible material is fixed to the body part (97, 98) and an electrode is attached to the at least one electrode spring element and is positioned on a body tissue surface, the electrode spring element generates a force that presses the electrode against the body tissue surface; wherein the electrode spring element comprises at least a first connection arrangement and a second connection arrangement connected to a middle segment piece; and is characterized by the electrode spring element is configured such that, when in operation, the electrode spring element protrudes outside the plane of the piece of flexible material away of the body tissue surface and the first and second connection arrangement pull the middle segment piece, and the electrode located under the middle segment piece, towards that body tissue surface location. a piece of flexible material adapted for being fixed to a certain body part (97, 98); and at least one electrode spring element created within and made from said piece of flexible material by cutting out a certain geometric profile from said flexible material, and configured for, in operation, when the piece of flexible material is fixed to the body part (97, 98) and an electrode is attached to the at least one electrode spring element and is positioned on a body tissue surface, the electrode spring element generates a force that presses the electrode against the body tissue surface; wherein the electrode spring element comprises at least a first connection arrangement and a second connection arrangement connected to a middle segment piece; and is
A sensor circuit for identifying a surgical target, comprising: a plurality of legs disposed in a coplanar arrangement, each leg of the plurality of legs having a sensor indicative of an orientation to a magnetic source, each sensor comprising a variable element and a fixed element, the fixed element having a response to the voltage source independent of the magnetic source, and the variable element having a variable resistance in response to the field strength of the magnetic source; a voltage source connected to the fixed element side of each of the legs; ground connected to the variable elements of the legs; and a calibration reference (V1..V4) is defined by a terminal on the circuit leg between the variable element and the fixed element, the calibration reference (V1..V4) indicative of a voltage drop across the variable element, further comprising a signal conditioner, the signal conditioner configured to receive the calibration reference from each of the circuit legs and configured to utilise a conditioning parameter for augmenting a signal received from the calibration reference (V1..V4) such that the augmented signal from each of the calibration references (V1..V4) is the same when each of the sensors is the same distance from the magnetic source. a plurality of legs disposed in a coplanar arrangement, each leg of the plurality of legs having a sensor indicative of an orientation to a magnetic source, each sensor comprising a variable element and a fixed element, the fixed element having a response to the voltage source independent of the magnetic source, and the variable element having a variable resistance in response to the field strength of the magnetic source; a voltage source connected to the fixed element side of each of the legs; ground connected to the variable elements of the legs; and a calibration reference (V1..V4) is defined by a terminal on the circuit leg between the variable element and the fixed element, the calibration reference (V1..V4) indicative of a voltage drop across the variable element, further comprising a signal conditioner, the signal conditioner configured to receive the calibration reference from each of the circuit legs and configured to utilise a conditioning parameter for augmenting a signal received from the calibration reference (V1..V4) such that the augmented signal from each of the calibration references (V1..V4) is the same when each of the sensors is the same distance from the magnetic source.
A composite oxynitride ceramic converter having a first phase of a triclinic SrSi 2 O 2 N 2:Eu phosphor and a second phase of a hexagonal Sr 3 Si 6 N 4 O 9:Eu phosphor.
A ferromagnetic amorphous alloy ribbon, comprising: an alloy having a composition represented by Fe a Si b B c C d where 80.5 ≤ a ≤ 83 at.%, 0.5 ≤ b ≤ 6 at.%, 12 ≤ c ≤ 16.5 at.%, 0.01 ≤ d ≤ 1 at.% with a + b + c + d = 100 and incidental impurities, being cast from a molten state of the alloy with a molten alloy surface tension of greater than or equal to 1.1 N/m on a chill body surface; the ribbon having a ribbon length, a ribbon thickness, and a ribbon surface facing the chill body surface; the ribbon having ribbon surface protrusions being formed on the ribbon surface facing the chill body surface; the ribbon surface protrusions being measured in terms of a protrusion height and a number of protrusions; the protrusion height exceeding 3 μm and less than four times the ribbon thickness, and the number of protrusions being less than 10 within 1.5 m of the ribbon length; and the ribbon having a saturation magnetic induction exceeding 1.60 T and exhibiting a magnetic core loss of less than 0.14 W/kg when measured in an annealed straight strip form at 60 Hz and at 1.3 T induction level. an alloy having a composition represented by Fe a Si b B c C d where 80.5 ≤ a ≤ 83 at.%, 0.5 ≤ b ≤ 6 at.%, 12 ≤ c ≤ 16.5 at.%, 0.01 ≤ d ≤ 1 at.% with a + b + c + d = 100 and incidental impurities, being cast from a molten state of the alloy with a molten alloy surface tension of greater than or equal to 1.1 N/m on a chill body surface; the ribbon having a ribbon length, a ribbon thickness, and a ribbon surface facing the chill body surface; the ribbon having ribbon surface protrusions being formed on the ribbon surface facing the chill body surface; the ribbon surface protrusions being measured in terms of a protrusion height and a number of protrusions; the protrusion height exceeding 3 μm and less than four times the ribbon thickness, and the number of protrusions being less than 10 within 1.5 m of the ribbon length; and the ribbon having a saturation magnetic induction exceeding 1.60 T and exhibiting a magnetic core loss of less than 0.14 W/kg when measured in an annealed straight strip form at 60 Hz and at 1.3 T induction level.
Method for operating a fuel delivery device of an internal combustion engine, having an electrically driven delivery pump and having at least one high-pressure pump with at least one pump element which has a spring-loaded inlet valve at an intake side, wherein fuel is delivered to the intake side of the high-pressure pump by means of the delivery pump, and fuel is delivered into a high-pressure region by means of the high-pressure pump, having a device for flow-rate regulation of the intake fuel flow rate of the high-pressure pump and having an electric control device which variably actuates the delivery pump and the device for flow-rate regulation of the fuel flow rate, characterized in that, during the shutdown phase of the internal combustion engine, the delivery pump and/or the device for flow-rate regulation of the intake fuel flow rate are/is operated such that fuel is delivered to the intake side of the high-pressure pump, and, upon a stoppage of the internal combustion engine, the fuel pressure on the intake side of the high-pressure pump exceeds the opening pressure of the inlet valve.