mhurhangee/ep-ind-claims huggingface dataset:
A heat dissipation device, comprising a housing and a mainboard support, wherein: the housing comprises a first sub-housing and a second sub-housing, the second sub-housing is configured to be adjacent to a bottom of the heat dissipation device, and the first sub-housing is configured to be adjacent to a top of the heat dissipation device; and one or more holes are provided in a part of the second sub-housing overlapping the first sub-housing, the first sub-housing and the second sub-housing are capable of relative movement, and the relative movement is capable of exposing the one or more holes provided in the second sub-housing to form an air duct; wherein the mainboard support is assembled in the second sub-housing from the bottom of the heat dissipation device; the first sub-housing is assembled in the second sub-housing from the top of the heat dissipation device and is guided against an outer side wall of the second sub-housing; and the mainboard support is electrically connected by a lead to a mainboard of an apparatus to be subjected to heat dissipation; characterized in that, a screw rod is provided on the mainboard support, and a screw rod sleeve is provided on the screw rod; the screw rod is fixedly connected to the mainboard support; the first sub-housing is fixedly connected to the screw rod sleeve of the screw rod; and rotation of the screw rod is capable of driving the screw rod sleeve to perform a reciprocating movement, and the reciprocating movement of the screw rod sleeve drives the relative movement between the first sub-housing and the second sub-housing. the housing comprises a first sub-housing and a second sub-housing, the second sub-housing is configured to be adjacent to a bottom of the heat dissipation device, and the first sub-housing is configured to be adjacent to a top of the heat dissipation device; and one or more holes are provided in a part of the second sub-housing overlapping the first sub-housing, the first sub-housing and the second sub-housing are capable of relative movement, and the relative movement is capable of exposing the one or more holes provided in the second sub-housing to form an air duct; wherein the mainboard support is assembled in the second sub-housing from the bottom of the heat dissipation device; the first sub-housing is assembled in the second sub-housing from the top of the heat dissipation device and is guided against an outer side wall of the second sub-housing; and the mainboard support is electrically connected by a lead to a mainboard of an apparatus to be subjected to heat dissipation; characterized in that, a screw rod is provided on the mainboard support, and a screw rod sleeve is provided on the screw rod; the screw rod is fixedly connected to the mainboard support; the first sub-housing is fixedly connected to the screw rod sleeve of the screw rod; and rotation of the screw rod is capable of driving the screw rod sleeve to perform a reciprocating movement, and the reciprocating movement of the screw rod sleeve drives the relative movement between the first sub-housing and the second sub-housing.
Glycidyl ether acrylate urethanes of the general formula or in which n is a natural number from 2 to 6, R1 is a halogen-substituted oxyphenyl ring or a halogen-substituted oxynaphthyl, oxyanthracenyl or oxyphenantryl radical, R2 is an olefinically unsaturated radical having 2 to 30 carbon atoms and R is an organic radical derived from an aliphatic or aromatic di- or polyisocyanate and having 2 to 30 carbon atoms. n is a natural number from 2 to 6, R1 is a halogen-substituted oxyphenyl ring or a halogen-substituted oxynaphthyl, oxyanthracenyl or oxyphenantryl radical, R2 is an olefinically unsaturated radical having 2 to 30 carbon atoms and R is an organic radical derived from an aliphatic or aromatic di- or polyisocyanate and having 2 to 30 carbon atoms.
Liquid-tight storage container having one or more than one opening, wherein the or one opening is closed off by a protective film comprising an inner layer and an outer layer, wherein the inner layer is a plastic film through which a hollow needle is able to penetrate, and the outer layer is a layer, preferably an aluminium foil, which has a greater barrier tightness than the inner layer, wherein the barrier tightness is quantified via the oxygen permeability, the water vapour permeability or the light transmissivity, wherein the outer layer can be removed from the storage container separately from the inner layer, and wherein the adhesion of the outer layer to the inner layer is not as strong as the adhesion of the inner layer to the storage container, wherein the inner layer has an intended penetration point, wherein the storage container comprises a liquid, and wherein the inner layer, preferably the intended penetration point therein, is formed such that, after the penetration and subsequent removal of the hollow needle, an aqueous liquid contained in the storage container is not able to escape through the penetrated inner layer if the storage container is upended, characterized by an adhesive film which can be peeled off and which is applied over the outer layer and which preferably extends beyond the periphery of the storage container, wherein the peeling-off of the adhesive film causes the outer layer, but not the inner layer, of the protective film to be removed from the storage container, in that the outer layer is bonded to the inner layer via an easily detachable bonding agent, whereas the adhesive film is bonded to the outer layer via a more strongly adhering bonding agent.
A gyratory crusher bearing comprising: a bearing surface to support rotational movement of a crushing head; a mounting surface for positioning against a bearing support; a bearing wall defined between the mounting surface and the bearing surface, the bearing surface defining a central bore extending between a first edge end and a second edge end of the wall; at least one region of the mounting surface that in combination with the bearing surface defines the wall between the first edge end and the second edge end comprises a shape profile at a cross section of the bearing perpendicular to a longitudinal axis of the bearing that is non-circular to define an anchorage region to inhibit rotation of the bearing about the longitudinal axis relative to the bearing support; the bearing characterised in that: the wall at the anchorage region is devoid of radially orientated keys, keyways or locking flanges that would otherwise provide a positional lock of the bearing at the bearing support and create stress concentrations at the wall in use. a bearing surface to support rotational movement of a crushing head; a mounting surface for positioning against a bearing support; a bearing wall defined between the mounting surface and the bearing surface, the bearing surface defining a central bore extending between a first edge end and a second edge end of the wall; at least one region of the mounting surface that in combination with the bearing surface defines the wall between the first edge end and the second edge end comprises a shape profile at a cross section of the bearing perpendicular to a longitudinal axis of the bearing that is non-circular to define an anchorage region to inhibit rotation of the bearing about the longitudinal axis relative to the bearing support; the bearing characterised in that: the wall at the anchorage region is devoid of radially orientated keys, keyways or locking flanges that would otherwise provide a positional lock of the bearing at the bearing support and create stress concentrations at the wall in use. the wall at the anchorage region is devoid of radially orientated keys, keyways or locking flanges that would otherwise provide a positional lock of the bearing at the bearing support and create stress concentrations at the wall in use.
A cosmetic composition comprising a film-forming polymer having a contact angle of at least 85°, non-volatile silicone oil, and cosmetically acceptable carrier, wherein the non-volatile silicone oil comprises dimethiconol, aminosilicone or a mixture thereof and the weight ratio of the film-forming polymer to the non-volatile silicone oil is in the range of 2:5 to 200:1, wherein the film-forming polymer is selected from silicone resin where contact angle means the angle at which a water/vapor interface meets a solid surface at a temperature of 25 °C where it is measured in accordance with the procedure disclosed in the description, and where silicone resin refers to silicone material which is formed by branched and /or cage-like oligosiloxanes having three-dimensional structure; wherein the cosmetically acceptable carrier is water;; and wherein the composition comprises an optical particle. wherein the cosmetically acceptable carrier is water;; and wherein the composition comprises an optical particle.
Method for converting an image by means of an evaluation unit of a motor vehicle, wherein the image is captured from an environmental region of a motor vehicle by means of a camera of the motor vehicle, and the image is provided with an alpha channel and at least one color channel in a predetermined color model, and the image is converted into an alpha channel and a Y channel of a YUV color model and a U channel of the YUV color model and a V channel of the YUV color model, characterized in that in converting the image, the alpha channel and the Y channel and the U channel and the V channel are embedded in a converted image of the image provided as a two-dimensional matrix, wherein the alpha channel or the Y channel or the U channel or the V channel or a zero value of a pixel of the converted image is described by each element of the matrix wherein in the converted image, a safety area void of information is disposed between the channels (9, 10, 11) of the YUV color model and the alpha channel.
Container (10, 30) for storing and dispensing a fluid product, having a body delimiting a volume in which the product is held, and having a dispensing end piece (14, 34) through which the product is intended to exit the container, and having at least one insert (16, 18, 36) situated in the internal volume of the body, which is in contact with the fluid product and which comprises at least one bactericidal material, characterized in that said at least one insert (16, 18, 36) is made entirely of the bactericidal material.
A method in an access node or evolved Node B, eNB, for granting uplink, UL, transmission resources to one or a plurality of user equipments, UEs, (120-1, 120-2), comprising the steps of: • allocating an uplink transmission resource over one or a plurality of transmission time intervals, TTIs to a first UE; and • granting an uplink transmission resource of a fraction of a certain TTI to a second UE, if it is detected that the uplink resource is not used for uplink transmission in the certain TTI by the first UE. • allocating an uplink transmission resource over one or a plurality of transmission time intervals, TTIs to a first UE; and • granting an uplink transmission resource of a fraction of a certain TTI to a second UE, if it is detected that the uplink resource is not used for uplink transmission in the certain TTI by the first UE.
A guiding cylinder of a film, comprising: - an outer shroud comprising a first end portion and a second end portion opposite to the first end portion, - first and second end elements respectively mounted in the first and second end portions of the outer shroud, - first and second support shafts respectively mounted on the first and second end elements, characterized in that the guiding cylinder further comprises a plurality of longitudinal reinforcing profiles connecting the first and second end elements and each fastened respectively on the first and second end elements, the reinforcing profiles being distributed over the circumference of the first and second end elements and forming a support for the outer shroud. - an outer shroud comprising a first end portion and a second end portion opposite to the first end portion, - first and second end elements respectively mounted in the first and second end portions of the outer shroud, - first and second support shafts respectively mounted on the first and second end elements,
Autogyro with (a) a thrust propeller, (b) a tail unit and (c) a keel tube, by means of which the tail unit is secured, characterised by the fact that (d) the keel tube comprises a sound-absorbing structure, by means of which noise emissions produced by the thrust propeller can be reduced. (a) a thrust propeller, (b) a tail unit and (c) a keel tube, by means of which the tail unit is secured, characterised by the fact that (d) the keel tube comprises a sound-absorbing structure, by means of which noise emissions produced by the thrust propeller can be reduced.
A method of transmitting a broadcasting signal in a broadcasting signal transmitting apparatus, the method comprising: generating a base frame including a base layer stream; generating an enhancement frame including an enhancement layer stream; performing hierarchical modulation on the base frame and the enhancement frame; and transmitting a broadcasting signal including the base frame and enhancement frame which are hierarchically modulated, wherein the base frame includes hierarchical modulation information used in the hierarchical modulation, wherein the hierarchical modulation information includes a hierarchical modulation index which is a value used to discriminate the enhancement layer signal from the base layer signal and indicates the positions of the enhancement layer signals in the modulation constellation diagram, and wherein the base layer stream includes a base layer video stream, and the enhancement layer stream includes an enhancement layer video stream that is paired with the base layer video stream. generating a base frame including a base layer stream; generating an enhancement frame including an enhancement layer stream; performing hierarchical modulation on the base frame and the enhancement frame; and transmitting a broadcasting signal including the base frame and enhancement frame which are hierarchically modulated, wherein the base frame includes hierarchical modulation information used in the hierarchical modulation, wherein the hierarchical modulation information includes a hierarchical modulation index which is a value used to discriminate the enhancement layer signal from the base layer signal and indicates the positions of the enhancement layer signals in the modulation constellation diagram, and wherein the base layer stream includes a base layer video stream, and the enhancement layer stream includes an enhancement layer video stream that is paired with the base layer video stream.
Steam cooking appliance, having a cooking appliance muffle, which delimits a cooking compartment which can have steam applied to it, wherein at least one water inlet opening and at least one steam outlet opening open into the cooking compartment, wherein - the at least one water inlet opening and the at least one steam outlet opening are mutually integrated in a combined through-opening, - the combined through-opening is formed by means of a fluid channel, which has a combined steam/water guide section behind the through-opening, - which steam/water guide section divides into a steam exhaust branch and a water guide branch, - the water guide branch and/or the steam/water guide section form an apex, which lies at a higher level than a maximum permissible water level of the water reservoir and - the steam cooking appliance comprises a pump and the water guide branch is connected to a water reservoir by way of the pump, characterised in that - the pump is provided to pump water out from the water reservoir through the water guide branch as far as the apex. - the at least one water inlet opening and the at least one steam outlet opening are mutually integrated in a combined through-opening, - the combined through-opening is formed by means of a fluid channel, which has a combined steam/water guide section behind the through-opening, - which steam/water guide section divides into a steam exhaust branch and a water guide branch, - the water guide branch and/or the steam/water guide section form an apex, which lies at a higher level than a maximum permissible water level of the water reservoir and - the steam cooking appliance comprises a pump and the water guide branch is connected to a water reservoir by way of the pump, characterised in that - the pump is provided to pump water out from the water reservoir through the water guide branch as far as the apex.
A cutting tool having a holder and a cutting insert mountable thereon said cutting insert having a top face, a bottom face and formed with an insert bore having an inner surface extending between said top and said bottom face; said holder comprising a seat defined by a bottom surface and at least one side wall angled to said bottom surface, a seat bore with a bore axis having an open end at the bottom surface of said seat, and a closed end, and a securing member for securing said cutting insert in said seat, said securing member comprising a securing pin received within said seat bore and having a body with an outer surface extending between a proximal end and a distal end of the body and defining a pin axis therealong, and a displacement arrangement adapted for axially displacing said securing pin along the bore axis of said seat bore between at least a first, mounting position in which said distal end protrudes from within the seat bore through said bottom surface into said seat to a first extent so as to allow said cutting insert to be placed within the seat, having its bottom face aligned against said bottom surface, and a second, securing position in which said distal end protrudes from within the seat bore through said bottom surface into said seat to a second extent, greater than said first extent, so as to engage the inner surface of said insert bore and apply pressure on said inner surface so as to facilitate firm engagement of at least one side face of the cutting insert with said at least one side wall of said seat, thereby securing said insert in place, and wherein the securing member is a fastening screw integrally formed with the displacement arrangement, which is constituted by an external thread receivable within an inner thread of said seat bore such that rotation of the screw entails progression thereof along the axial direction.
A capacitor comprising a sintered anode comprising at least two exposed surfaces derived from a form selected from the group consisting of rectangular prism, regular prism and obround prism wherein at least one edge has been changed to create a transition surface between said exposed surfaces, or derived from the form of a cylindrical prism wherein at least one edge has been changed to create a transition surface between said exposed surfaces so as to create an edgeless cylinder, wherein the edge of at least one flat surface of said form of said cylindrical prism has been changed to create a transition surface meeting the requirement that 0.03 mm < R < r and 0.03 mm < H < h/2 wherein r and h are the radius and height of the cylindrical prism, respectively, and R and H are the distances cut back from the intersecting lines along r and h, respectively, further comprising a dielectric on said sintered anode and an intrinsically conductive polymer on said dielectric.
Device for holding a coolant for cooling a body part, wherein the device is designed as a flat and flexible pad which can be shaped into the shape of a head hood and is made from a plastic foil and comprises a multiplicity of chambers, and the device is provided with attachment means (12, 15) for attachment to the body part, wherein the pad is provided with at least one slit on at least one side, characterized in that the interconnected chambers of the pad are formed by connecting the two pad main walls (6, 7) in the region of many points or many short webs and the chambers are filled with a superabsorber and can be filled with a liquid, wherein vapor passes through the plastic foil to the outside of the device and the pad is designed with a sealable opening for filling the chambers, which opening is also used as a refill opening for liquid due to the evaporation of the liquid within the chambers.
A PET/MRI hybrid machine comprising: a PET device; a MRI device (20, 50) containing two coils (22, 44) for generating a static magnetic field of the MRI device (20, 50), and having a MRI field of view which is at least partly within an open space between said coils (22, 44); characterized in that the PET device comprises two detector rings (32, 34, 52, 54) which are opposed to each other, having a PET field of view in an open space between the two detector rings (32, 34, 52, 54); each of said detector rings (32, 34, 52, 54) being arranged radially inside one of said two coils, so that two opposed composite rings (42, 44) are formed, with an open space therebetween, which is radially accessible from outside the PET/MRI hybrid machine, and in which the PET field of view and the MRI field of view overlap at least partly. a PET device; a MRI device (20, 50) containing two coils (22, 44) for generating a static magnetic field of the MRI device (20, 50), and having a MRI field of view which is at least partly within an open space between said coils (22, 44); characterized in that the PET device comprises two detector rings (32, 34, 52, 54) which are opposed to each other, having a PET field of view in an open space between the two detector rings (32, 34, 52, 54); each of said detector rings (32, 34, 52, 54) being arranged radially inside one of said two coils, so that two opposed composite rings (42, 44) are formed, with an open space therebetween, which is radially accessible from outside the PET/MRI hybrid machine, and in which the PET field of view and the MRI field of view overlap at least partly.
A method for generating a load of a wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150) for detecting the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150) in a wireless charging system, the method comprising: receiving a wireless power from a wireless power transmitter (100, 200, 400, 1100); rectifying the received wireless power into a direct current, DC, power; and generating a load variation for the wireless power transmitter (100, 200, 400, 1100) to detect the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150) by controlling a current flowing across a resistor (2180, 2270) connected in parallel with a battery (1159, 2160, 2250) of the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150), characterised in that the current flowing across the resistor (2180, 2270) is controlled by a controller (252, 2170, 2260) driven by the DC power and the controller (252, 2170, 2260) performs pulse width modulation, PWM, control on the current flowing across the resistor (2180, 2270) in a predetermined pattern, and wherein power consumed by the resistor (2180, 2270) falls within a predetermined range by performing the PWM control. receiving a wireless power from a wireless power transmitter (100, 200, 400, 1100); rectifying the received wireless power into a direct current, DC, power; and generating a load variation for the wireless power transmitter (100, 200, 400, 1100) to detect the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150) by controlling a current flowing across a resistor (2180, 2270) connected in parallel with a battery (1159, 2160, 2250) of the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150), characterised in that the current flowing across the resistor (2180, 2270) is controlled by a controller (252, 2170, 2260) driven by the DC power and the controller (252, 2170, 2260) performs pulse width modulation, PWM, control on the current flowing across the resistor (2180, 2270) in a predetermined pattern, and wherein power consumed by the resistor (2180, 2270) falls within a predetermined range by performing the PWM control.