mhurhangee/patent-ind-claim-en huggingface dataset:
A soap dispenser for use in a hotel bathroom, comprising: a bottle body for containing a shampoo or a shower gel, wherein the bottle body is placed upside down; a sealing cover connected to and covering a bottle mouth of the bottle body, wherein a liquid discharge hole is provided in a center of the sealing cover, the liquid discharge hole is provided with a barrier sheet , wherein the barrier sheet is made of silica gel, and a cutout is provided at a center of the barrier sheet; and a positioning frame for fixing the bottle body to a wall of the hotel bathroom, wherein the positioning frame comprises a fixing plate and a mounting ring , wherein the mounting ring is fixed to a lower end of the fixing plate, the fixing plate is fixed to the wall of the hotel bathroom via a plurality of bolts, an upper end face of the mounting ring is provided with an annular snap groove , the bottle mouth of the bottle body extends into the mounting ring, and a lower end face of the bottle body abuts against the annular snap groove, characterized in that a limiting groove is provided at an upper end of an inner annular face of the mounting ring, a limiting block is fixed to a side of the bottle body, the bottle mouth is located on the side of the bottle body, and after the bottle mouth of the bottle body extends into the mounting ring, the limiting block is snapped into the limiting groove. a bottle body for containing a shampoo or a shower gel, wherein the bottle body is placed upside down; a sealing cover connected to and covering a bottle mouth of the bottle body, wherein a liquid discharge hole is provided in a center of the sealing cover, the liquid discharge hole is provided with a barrier sheet , wherein the barrier sheet is made of silica gel, and a cutout is provided at a center of the barrier sheet; and a positioning frame for fixing the bottle body to a wall of the hotel bathroom, wherein the positioning frame comprises a fixing plate and a mounting ring , wherein the mounting ring is fixed to a lower end of the fixing plate, the fixing plate is fixed to the wall of the hotel bathroom via a plurality of bolts, an upper end face of the mounting ring is provided with an annular snap groove , the bottle mouth of the bottle body extends into the mounting ring, and a lower end face of the bottle body abuts against the annular snap groove, characterized in that a limiting groove is provided at an upper end of an inner annular face of the mounting ring, a limiting block is fixed to a side of the bottle body, the bottle mouth is located on the side of the bottle body, and after the bottle mouth of the bottle body extends into the mounting ring, the limiting block is snapped into the limiting groove.
Device for winding a strip material to form a coil, comprising a coiler mandrel with a shaft element and with segments , which are arranged at the shaft element to be radially displaceable, for winding the strip material on the segments; an actuating drive for displacing the segments relative to the shaft element with the help of actuating elements either radially further outwardly or radially further inwardly; and a rotary drive for rotational driving of the coiler mandrel, wherein the actuating drive and the rotary drive are arranged at opposite ends of the coiler mandrel , characterised in that a movement device for axial movement of the actuating drive together with the coiler mandrel is provided.
A lubricating oil composition for gasoline engine, comprising: a base oil, a calcium detergent, a magnesium detergent and/or a sodium detergent, a poly(meth)acrylate, and a boron-containing succinimide, wherein the content of the calcium detergent as converted into a calcium atom is 800 ppm by mass or more and less than 2,000 ppm by mass on a basis of the whole amount of the composition, a mass ratio of the mass of a magnesium detergent, as converted into a magnesium atom, and/or the mass of a sodium detergent, as converted into a sodium atom, to the mass of a calcium atom [(Mg and/or Na)/Ca] is 0.05 to 1.50, and the content of the magnesium detergent and/or the sodium detergent as converted to a magnesium atom and/or a sodium atom is 100 ppm by mass or more on a basis of the whole amount of the composition. a base oil, a calcium detergent, a magnesium detergent and/or a sodium detergent, a poly(meth)acrylate, and a boron-containing succinimide, wherein the content of the calcium detergent as converted into a calcium atom is 800 ppm by mass or more and less than 2,000 ppm by mass on a basis of the whole amount of the composition, a mass ratio of the mass of a magnesium detergent, as converted into a magnesium atom, and/or the mass of a sodium detergent, as converted into a sodium atom, to the mass of a calcium atom [(Mg and/or Na)/Ca] is 0.05 to 1.50, and the content of the magnesium detergent and/or the sodium detergent as converted to a magnesium atom and/or a sodium atom is 100 ppm by mass or more on a basis of the whole amount of the composition.
A surgical system comprising a surgical apparatus for generating an energy input onto an appliance during a surgical operation, wherein the appliance is one of an implant to be implanted in human or animal bone tissue by the input of the energy, and of a tool being an ultrasonic bone cutting and/or punching tool for cutting and/or punching living human or animal bone tissue, the apparatus comprising a control device and at least one handpiece , the handpiece being equipped to be held by a surgeon during the operation and to couple the energy into the appliance , wherein the apparatus further comprises a reading device equipped to read out, from an appliance data carrier , appliance data dedicated to the appliance, wherein the control device is equipped and programmed to check, depending on the appliance data, whether the handpiece is suitable for the appliance , and to choose, depending on the appliance data, operating parameters for the surgical operation, the system further comprising the appliance data carrier readable by the reading device , characterized in that the surgical system further comprises an appliance package containing the appliance, the appliance data carrier being integrated in the package or being provided as separate item separate from the appliance.
Screw compressor that at least comprises the following elements: - a compression chamber that is formed by a compression housing in which a pair of meshed helical compressor rotors in the form of a screw are rotatably mounted, which have rotor shafts that extend along a first axial direction (AA') and a second axial direction (BB') that are parallel to one another; - a drive motor that is provided with a motor chamber formed by a motor housing , in which a motor shaft is rotatably mounted that extends along a third axial direction (CC) and that drives at least one of the aforementioned two compressor rotors , wherein the compression housing and the motor housing are directly connected to one another to form a compressor housing , wherein the motor chamber and the compression chamber are not sealed off from one another, wherein the screw compressor is a vertical screw compressor whereby the rotor shafts of the compressor rotors as well as the motor shaft extend along axial directions (AA', BB', CC') that are oblique or transverse to the horizontal plane, wherein the compression housing forms a base or bottom section of the compressor housing , and that the motor housing forms a head or top section of the compressor housing , wherein the screw compressor is provided with a fluid , with which both the drive motor and the compressor rotors are cooled and/or lubricated, wherein the compressor rotors have a high pressure end that are supported in the compressor housing by means of one or more outlet bearings , characterized in that a lubrication circuit is provided in the base for lubricating the outlet bearings , consisting of one or more supply channels for the supply of the fluid from the compression chamber to the outlet bearings , as well as one or more outlet channels for the return of the fluid from the outlet bearings to the compression chamber , wherein the outlet channels lead to the compression chamber above the entrance of the supply channels . - a compression chamber that is formed by a compression housing in which a pair of meshed helical compressor rotors in the form of a screw are rotatably mounted, which have rotor shafts that extend along a first axial direction (AA') and a second axial direction (BB') that are parallel to one another; - a drive motor that is provided with a motor chamber formed by a motor housing , in which a motor shaft is rotatably mounted that extends along a third axial direction (CC) and that drives at least one of the aforementioned two compressor rotors ,
A valve structure of a compounding device , said compounding device being used to compound or combine various fluids from containers and consolidate the fluids into a final container and including a plurality of micro containers and macro containers each attached to an ingredient frame , a housing having at least one pump , a transfer set that is selectively connectable to the housing , the valve structure comprising: a valve housing being in fluid communication with and located immediately underneath a cylindrical shaped port of a manifold of the transfer set ; and a valve located within the valve housing , including an inlet (21b1) at a top of the valve and an outlet (21b3) at a side wall of the valve and configured to open or close a fluid path; wherein the valve is rotated by connection to a stepper motor via an actuator connection slot (21a4, 21b4) located in a bottom surface of the valve ; wherein, when the valve is located in an open position or a semi open position, fluid travels from the inlet (21b 1) down through a center of the valve until it passes a gravity wall (21b2) such that the valve works with the manifold to form a P-trap structure; wherein the fluid enters the top of the valve via the inlet (21b1) along a rotational axis of the valve and exits the valve at the side of the valve through the outlet (21b3) in a direction substantially normal to the rotational axis of the valve ; and wherein the fluid changes direction by approximately 180 degrees after passing the gravity wall (21b2) and moves up over the outlet (21b3) into a fluid channel of the manifold . a valve housing being in fluid communication with and located immediately underneath a cylindrical shaped port of a manifold of the transfer set ; and a valve located within the valve housing , including an inlet (21b1) at a top of the valve and an outlet (21b3) at a side wall of the valve and configured to open or close a fluid path; wherein the valve is rotated by connection to a stepper motor via an actuator connection slot (21a4, 21b4) located in a bottom surface of the valve ; wherein, when the valve is located in an open position or a semi open position, fluid travels from the inlet (21b 1) down through a center of the valve until it passes a gravity wall (21b2) such that the valve works with the manifold to form a P-trap structure; wherein the fluid enters the top of the valve via the inlet (21b1) along a rotational axis of the valve and exits the valve at the side of the valve through the outlet (21b3) in a direction substantially normal to the rotational axis of the valve ; and wherein the fluid changes direction by approximately 180 degrees after passing the gravity wall (21b2) and moves up over the outlet (21b3) into a fluid channel of the manifold .
Apparatus for producing cooled fresh concrete, having at least one storage container for an additive, having a mixing device for mixing the additive from the storage container with further additives and with mixing water to form fresh concrete, and having a conveying line which connects the storage container to the mixing device and in which a cooling device for cooling and conveying the additive is integrated, wherein the cooling device is provided with at least one refrigerant supply line for a liquefied cryogenic refrigerant, with at least one gas discharge line for evaporated refrigerant, with a feed opening for additive to be cooled and with a discharge opening , connected in terms of flow to the mixing device , for cooled additive, wherein the cooling device is integrated in a cooling and conveying device having a conveying tool which is arranged in a housing and which extends between the feed opening and the discharge opening , said discharge opening being provided with a closure means , wherein the conveying tool simultaneously functions as a tool for cooling the additive, characterized in that the cooling and conveying device is provided with a return line for returning at least a partial stream of the cooled additive into the region of the feed opening , via which at least a partial stream of the additive can be conveyed back in the direction of the feed opening and thus conducted in a circuit. the cooling device is integrated in a cooling and conveying device having a conveying tool which is arranged in a housing and which extends between the feed opening and the discharge opening , said discharge opening being provided with a closure means , wherein the conveying tool simultaneously functions as a tool for cooling the additive, characterized in that the cooling and conveying device is provided with a return line for returning at least a partial stream of the cooled additive into the region of the feed opening , via which at least a partial stream of the additive can be conveyed back in the direction of the feed opening and thus conducted in a circuit.
A method for driving a local-dimming display, the method comprising: generating, based on image data, backlight drive signals to drive individually controllable illumination sources of a backlight, wherein the backlight drive signals cause emission of first light by one or more of the individually controllable illumination sources onto a light conversion layer, the first light including at least one of UV spectral components or blue light spectral components, wherein the first light and recycled light is converted into second light by the light conversion light layer, and wherein the light conversion layer includes at least one of quantum dots or phosphor materials; generating, based on the image data, a modulation drive signal to determine transmission of the second light through individual subpixels of the display; determining a color shift for a pixel based upon respective distances between the pixel and one or more illumination sources, wherein the color shift is a function of a distance from center of a point spread function (PSF) of the respective one or more illumination sources to outer circumferences; and adjusting the modulation drive signal for at least one subpixel of the pixel based on the determining to reduce the color shift of the pixel. generating, based on image data, backlight drive signals to drive individually controllable illumination sources of a backlight, wherein the backlight drive signals cause emission of first light by one or more of the individually controllable illumination sources onto a light conversion layer, the first light including at least one of UV spectral components or blue light spectral components, wherein the first light and recycled light is converted into second light by the light conversion light layer, and wherein the light conversion layer includes at least one of quantum dots or phosphor materials; controllable illumination sources of a backlight, wherein the backlight drive signals cause emission of first light by one or more of the individually controllable illumination sources onto a light conversion layer, the first light including at least one of UV spectral components or blue light spectral components, wherein the first light and recycled light is converted into second light by the light conversion light layer, and wherein the light conversion layer includes at least one of quantum dots or phosphor materials; generating, based on the image data, a modulation drive signal to determine transmission of the second light through individual subpixels of the display; determining a color shift for a pixel based upon respective distances between the pixel and one or more illumination sources, wherein the color shift is a function of a distance from center of a point spread function (PSF) of the respective one or more illumination sources to outer circumferences; and adjusting the modulation drive signal for at least one subpixel of the pixel based on the determining to reduce the color shift of the pixel.
Method for controlling lateral pulling of a moving motor vehicle during braking of said motor vehicle , said motor vehicle comprising at least one wheelset ; said wheelset comprising a left wheel and a right wheel ; each wheel of said wheelset defining an angular speed (v2, v3) and an angular acceleration (a2, a3); each wheel of said wheelset cooperating with a braking means such that said braking means applies a drag force to the associated wheel so as to reduce the angular speed (v2, v3) of said associated wheel ; comprising the following steps: a) calculating a value representative of the difference between the angular accelerations of the left and right wheels of the wheelset ; b) calculating a correction value (y) as a function of at least said value representative of the difference between the angular accelerations (a2, a3) of the left and right wheels of the wheelset ; c) for each wheel of the wheelset , controlling the associated braking means so as to modify the drag force applied by the associated braking means as a function of the correction value (y) calculated in step b), such that the drag force applied to a first wheel selected from the left wheel and right wheel of the wheelset is increased, and the drag force applied to a second wheel different from the first wheel is reduced, in order to reduce said value representative of the difference between the angular accelerations (a2, a3) of the left and right wheels of said wheelset ; the correction value (y) being proportional (G) to the value representative of the difference between the angular accelerations (a2, a3) of the left and right wheels of the wheelset . a) calculating a value representative of the difference between the angular accelerations of the left and right wheels of the wheelset ; b) calculating a correction value (y) as a function of at least said value representative of the difference between the angular accelerations (a2, a3) of the left and right wheels of the wheelset ; c) for each wheel of the wheelset , controlling the associated braking means so as to modify the drag force applied by the associated braking means as a function of the correction value (y) calculated in step b), such that the drag force applied to a first wheel selected from the left wheel and right wheel of the wheelset is increased, and the drag force applied to a second wheel different from the first wheel is reduced, in order to reduce said value representative of the difference between the angular accelerations (a2, a3) of the left and right wheels of said wheelset ;
A policy control method, wherein the method comprises: receiving (S501, S601, S701, S801), by a session management network element, a first message from a terminal device, wherein the first message comprises a quality of service, QoS, rule identifier and a first operation indication; and sending (S502, S602, S702, S802), by the session management network element, a second message to a policy control network element, wherein the second message comprises a policy and charging control, PCC, rule identifier corresponding to the QoS rule identifier and a second operation indication corresponding to the first operation indication, and the second message is used to request the policy control network element to perform, on a PCC rule corresponding to the PCC rule identifier, a second operation indicated by the second operation indication. receiving (S501, S601, S701, S801), by a session management network element, a first message from a terminal device, wherein the first message comprises a quality of service, QoS, rule identifier and a first operation indication; and sending (S502, S602, S702, S802), by the session management network element, a second message to a policy control network element, wherein the second message comprises a policy and charging control, PCC, rule identifier corresponding to the QoS rule identifier and a second operation indication corresponding to the first operation indication, and the second message is used to request the policy control network element to perform, on a PCC rule corresponding to the PCC rule identifier, a second operation indicated by the second operation indication.
An adhesion material for binding an object to a skin of a human or an animal, the adhesion material comprising a mixture of polyethylene glycol, citric acid, ascorbic acid, glycerol, at least one of a sugar or a sugar alcohol, as well as one of lauric acid or oleic acid.
An implant comprising a receiver for receiving first ultrasound signals emitted by a transmitting unit of a further apparatus, which receiver is in the form of a piezo element which is excited by the first ultrasound signals at a first resonance frequency (f1) and in so doing converts mechanical energy transferred with the first ultrasound signals into electrical energy, the piezo element additionally being excitable at a second resonance frequency (f2) and being operable at the second resonance frequency (f2) as a transmitter of second ultrasound signals , characterised in that the first resonance frequency (f1) is a first series resonance frequency, and in that the second resonance frequency (f2) is a second series resonance frequency, which differs from the first series resonance frequency.