mhurhangee/patent-ind-claim-en huggingface dataset:
A resource controller for resource management in a telecommunication network, the telecommunication network providing a first set of resources for cellular communication and a second set of resources for direct device-to-device communication between user equipment, the resource controller comprising: a resource pool adaption unit being arranged to adapt the first set of resources and/or the second set of resources, characterized in that the resource controller is arranged on receipt of a bearer setup message from a first user equipment, UE, for establishing a connection to a second UE with an indication of missing resources for device-to-device communication to make a decision as to whether to adapt, using the resource pool adaption unit, the second set of resources and inform the first UE, accordingly in order that the first UE can establish a device-to-device communication or to perform a connection establishment. a resource pool adaption unit being arranged to adapt the first set of resources and/or the second set of resources,
A brush holder assembly comprising a brush holder mounted to a stationary member , a brush slidably disposed in the brush holder , an electrical lead having a first end secured to the brush and a second end, a nugget at the second end of the electrical lead , and a receptacle for removably receiving the second end of the electrical lead and the nugget therein, wherein an electrical current pathway is provided from the brush through the electrical lead to the nugget , and from a surface of the nugget to a surface of the receptacle , characterized in that the brush holder further comprises a resilient clip removaby coupled to the second end of the electrical lead , and in that the second end of the electrical lead along with the resilient clip is removable from the receptable as an assembly; the receptacle having a cavity for removably receiving the nugget and the resilient clip therein, wherein the resilient clip is removably coupled to the nugget and urges the surface of the nugget into direct contact with the surface of the receptacle partially defining the cavity ; wherein when inserted into the cavity , the resilient clip is elastically deformed and loaded into compression to retain the resilient clip and the nugget in the cavity and the nugget in electrical contact with the surface of the receptacle to allow an electrical current to pass therebetween.
A method of processing a flexible substrate , comprising: providing a flexible substrate having a polymerized surface ; emitting an electron beam ; exposing the polymerized surface to the electron beam by directing the electron beam onto the polymerized surface, and wherein the electron beam has an electron energy from 1 to 6 keV; modifying the polymerized surface by the exposure to the electron beam ; and depositing a barrier layer on the modified surface. providing a flexible substrate having a polymerized surface ; emitting an electron beam ; exposing the polymerized surface to the electron beam by directing the electron beam onto the polymerized surface, and wherein the electron beam has an electron energy from 1 to 6 keV; modifying the polymerized surface by the exposure to the electron beam ; and depositing a barrier layer on the modified surface.
A magnetic bearing and rotating shaft assembly, comprising: a radial stator having a plurality of stator teeth extending inwardly in a radial direction of the radial stator ; two axial stators arranged on two axial sides of the stator teeth , respectively; radial control coils wound on the stator teeth , the radial control coil being located outside an area of the stator teeth covered oppositely by the two axial stators ; characterized in that the axial stator is configured with a first annular groove on a side facing the stator teeth , and the magnetic bearing further comprises axial control coils arranged in the first annular grooves , and the first annular groove has a first groove wall close to an axis of the axial stator , the first groove wall having a diameter D, and the magnetic bearing is assembled with a rotating shaft with a rotor having an outer diameter d, where d ≥ D a radial stator having a plurality of stator teeth extending inwardly in a radial direction of the radial stator ; two axial stators arranged on two axial sides of the stator teeth , respectively; radial control coils wound on the stator teeth , the radial control coil being located outside an area of the stator teeth covered oppositely by the two axial stators ; characterized in that the axial stator is configured with a first annular groove on a side facing the stator teeth , and the magnetic bearing further comprises axial control coils arranged in the first annular grooves , and the first annular groove has a first groove wall close to an axis of the axial stator , the first groove wall having a diameter D, and the magnetic bearing is assembled with a rotating shaft with a rotor having an outer diameter d, where d ≥ D
A child carrier comprising: a carrying harness ; a child supporting part connected with the carrying harness and including a hip support portion ; and a hip support adjustment provided on the hip support portion , the hip support adjustment being operable to modify a width of the hip support portion , wherein the hip support adjustment includes an adjusting part connected with the hip support portion , the adjusting part being operable to urge the hip support portion to transversally contract for reducing the width of the hip support portion ; characterized in that : the adjusting part is a strip, a strap or a band and has a fixed end fixedly anchored to the hip support portion and a distal end portion operable to detachably fasten to the hip support portion at one or more predetermined connecting location that is provided on the hip support portion distant from the fixed end for adjusting the width of the hip support portion , the hip support adjustment is in a fastened state when the distal end portion of the adjusting part is attached to the hip support portion and in an unfastened state when the distal end portion of the adjusting part is detached from the hip support portion , the width of the hip support portion being smaller when the hip support adjustment is in the fastened state than when the hip support adjustment is in the unfastened state. a carrying harness ; a child supporting part connected with the carrying harness and including a hip support portion ; and a hip support adjustment provided on the hip support portion , the hip support adjustment being operable to modify a width of the hip support portion , wherein the hip support adjustment includes an adjusting part connected with the hip support portion , the adjusting part being operable to urge the hip support portion to transversally contract for reducing the width of the hip support portion ; characterized in that : the adjusting part is a strip, a strap or a band and has a fixed end fixedly anchored to the hip support portion and a distal end portion operable to detachably fasten to the hip support portion at one or more predetermined connecting location that is provided on the hip support portion distant from the fixed end for adjusting the width of the hip support portion , the hip support adjustment is in a fastened state when the distal end portion of the adjusting part is attached to the hip support portion and in an unfastened state when the distal end portion of the adjusting part is detached from the hip support portion , the width of the hip support portion being smaller when the hip support adjustment is in the fastened state than when the hip support adjustment is in the unfastened state.
Luminaire comprising a system for generating and emitting light, the system comprising (a) a longitudinal light source , and (b) an optical element for distributing the light emitted by the longitudinal light source , said optical element being made of a transparent material and extending along a longitudinal axis (I), the optical element having: • a light insert portion being adapted to receive light emitted by the light source ; and • at least two transport limbs connected to the light insert portion and guiding light received from the light insert portion by total internal reflection to an respective end portion for emitting the light, wherein the light insert portion is connected to the at least two transport limbs via a single light guiding portion allowing for mixing the light before entering the transport limbs , characterised by (c) a transparent light emission element forming an interior cavity in which the optical element is arranged, and (d) a carrier having a mount surface for the light source and being adapted to hold the optical element , said carrier being adapted to hold an end portion of the light emission element . (a) a longitudinal light source , and (b) an optical element for distributing the light emitted by the longitudinal light source , said optical element being made of a transparent material and extending along a longitudinal axis (I), the optical element having: • a light insert portion being adapted to receive light emitted by the light source ; and • at least two transport limbs connected to the light insert portion and guiding light received from the light insert portion by total internal reflection to an respective end portion for emitting the light, wherein the light insert portion is connected to the at least two transport limbs via a single light guiding portion allowing for mixing the light before entering the transport limbs , characterised by • a light insert portion being adapted to receive light emitted by the light source ; and • at least two transport limbs connected to the light insert portion and guiding light received from the light insert portion by total internal reflection to an respective end portion for emitting the light, (c) a transparent light emission element forming an interior cavity in which the optical element is arranged, and (d) a carrier having a mount surface for the light source and being adapted to hold the optical element ,
An apparatus configured to: construct a palette used for decoding a coding unit using a signaled color value for the coding unit and a color value entry from a long-term palette, wherein the palette for decoding the coding unit is constructed to be a combination of the signaled color value for the coding unit and the color value referred by the at least one long term palette entry; and update the long-term palette after decoding a coding unit based on adding a new color value to the long term palette wherein the new color is a color value in the palette for the coding unit that was not copied from the long term palette, and characterized in that the long term palette is signaled in a sequence parameter set or a video parameter set. construct a palette used for decoding a coding unit using a signaled color value for the coding unit and a color value entry from a long-term palette, wherein the palette for decoding the coding unit is constructed to be a combination of the signaled color value for the coding unit and the color value referred by the at least one long term palette entry; and update the long-term palette after decoding a coding unit based on adding a new color value to the long term palette wherein the new color is a color value in the palette for the coding unit that was not copied from the long term palette, and characterized in that the long term palette is signaled in a sequence parameter set or a video parameter set.
Single use unit dose for the treatment of periodontosis based on a mixture of dry powders, wherein: the mixture of dry powders comprises sodium bicarbonate and sodium percarbonate; and the unit dose is provided as a sealed package containing the mixture of dry powders, said mixture being stored in an inert atmosphere. the mixture of dry powders comprises sodium bicarbonate and sodium percarbonate; and the unit dose is provided as a sealed package containing the mixture of dry powders, said mixture being stored in an inert atmosphere.
Link-plate chain, comprising - a plurality of tabs, of which respectively two are situated opposite one another in transverse direction of the chain , - a plurality of hinge bolts which are connected in each case in a non-rotational manner with two tabs which are situated opposite one another in transverse direction of the chain , - a plurality of hinge bushings , which are connected in each case in a non-rotational manner with two tabs which are situated opposite one another in transverse direction of the chain , wherein in each case one hinge bushing surrounds a hinge bolt at least in portions and forms with the hinge bolt a hinge, characterised in that at least two of the tabs, in particular two tabs situated opposite one another, have in each case two tab parts , which in the use state of the link-plate chain are connected to one another, wherein in each case at least one bolt is provided which connects the tab parts to one another. - a plurality of tabs, of which respectively two are situated opposite one another in transverse direction of the chain , - a plurality of hinge bolts which are connected in each case in a non-rotational manner with two tabs which are situated opposite one another in transverse direction of the chain , - a plurality of hinge bushings , which are connected in each case in a non-rotational manner with two tabs which are situated opposite one another in transverse direction of the chain , wherein in each case one hinge bushing surrounds a hinge bolt at least in portions and forms with the hinge bolt a hinge,
A structural seal with a structure sealing element for sealing against moisture and/or water for profiled structural bodies, in particular window connections, wherein the structural sealing element comprises a first pressing jaw and a second pressing jaw and at least one distance regulation means , wherein the first pressing jaw has a first pressing bracket and further preferably comprises a fixing bracket , wherein the second pressing jaw has a second pressing bracket , wherein the structural sealing element comprises a first state in which the first pressing bracket is spaced apart with a first average distance (A1) from the second pressing bracket , wherein the structural sealing element is, in particularly slidably, transferable, in particular movable, into a second state, in which the first pressing bracket is spaced apart at a second average distance (A2) from the second pressing bracket , wherein the second average distance (A2) is less than the first average distance (A1), wherein the at least one distance regulation means is arranged and adapted to transfer the structural sealing element from the first into the second state, preferably wherein the at least one distance regulation means connects the first and second pressing jaw in the first and/or second state, characterized in that said structural seal comprises at least one sealing molded body , which is disposed between the first and second pressing brackets .
A transmitter for transmitting a block of Q bits, said transmitter comprising a turbocoder receiving said block and providing K code words having m bits, the turbocoder comprising K branches , each branch receiving said block and comprising a first interleaver for interleaving the bits of the block, followed by an elementary coder coding each word having r bits at the output of the first interleaver into a code word having m = r + c bits where c is a non-null integer, the code words provided by the elementary coder being interleaved by a second interleaver for interleaving the code words together the second interleaver providing the interleaved code words to a puncturer , all the puncturers of the different branches performing a word puncturing of the code words with a predetermined puncturing rate R punc > 1 the turbocoder being followed by a modulator mapping each code word having m bits at the output of the turbocoder into a symbol of a modulation alphabet having a size M = 2 m , the symbols of the modulation alphabet provided by the modulator modulating the signal to be transmitted, the symbols of the modulation alphabet being distributed on a plurality N of orthogonal dimensions, the symbols carried by a dimension belonging to a linear sub-alphabet A n , having a size P > 1, with M = NP .
A valve opening/closing timing control apparatus (A) comprising: a driving side rotator configured to rotate synchronously with a crankshaft of an internal combustion engine (E); a driven side rotator disposed coaxially with a rotation axis (X) of the driving side rotator and configured to rotate integrally with a valve opening/closing camshaft ; a connecting bolt disposed coaxially with the rotation axis to connect the driven side rotator to the camshaft, and having an advanced angle port and a retarded angle port formed to extend from an outer peripheral surface to an inner space thereof, the advanced angle port and the retarded angle port communicating with an advanced angle chamber (Ca) and a retarded angle chamber (Cb) between the driving side rotator and the driven side rotator, respectively; and a valve unit (Vb) disposed in the inner space of the connecting bolt, wherein the valve unit includes a sleeve provided on an inner peripheral surface of the inner space of the connecting bolt and having an advanced angle communication hole communicating with the advanced angle port and a retarded angle communication hole communicating with the retarded angle port, and a drain flow path (D) is formed at a boundary between an inner surface of the connecting bolt and an outer surface of the sleeve to discharge a fluid, which is discharged from a drain hole formed in the sleeve to an outer surface side of the sleeve, outward from a head portion side of the connecting bolt. a driving side rotator configured to rotate synchronously with a crankshaft of an internal combustion engine (E); a driven side rotator disposed coaxially with a rotation axis (X) of the driving side rotator and configured to rotate integrally with a valve opening/closing camshaft ; a connecting bolt disposed coaxially with the rotation axis to connect the driven side rotator to the camshaft, and having an advanced angle port and a retarded angle port formed to extend from an outer peripheral surface to an inner space thereof, the advanced angle port and the retarded angle port communicating with an advanced angle chamber (Ca) and a retarded angle chamber (Cb) between the driving side rotator and the driven side rotator, respectively; and a valve unit (Vb) disposed in the inner space of the connecting bolt, wherein the valve unit includes a sleeve provided on an inner peripheral surface of the inner space of the connecting bolt and having an advanced angle communication hole communicating with the advanced angle port and a retarded angle communication hole communicating with the retarded angle port, and a drain flow path (D) is formed at a boundary between an inner surface of the connecting bolt and an outer surface of the sleeve to discharge a fluid, which is discharged from a drain hole formed in the sleeve to an outer surface side of the sleeve, outward from a head portion side of the connecting bolt.
A modular assembly for equipping an operating room, characterized in that it comprises several functional systems, including at least an electrical system (E1), an electronic system (E2), a computer system (E3), an aeraulic system (E4) and a fluidic system (E5), the modular assembly comprising several modules (M), in the form of wall panels and/or corner elements , prefabricated in a production unit and assembled in said operating room, each of the modules (M) being pre-equipped, during manufacture, with several subsystems selected from the group made up of an electrical subsystem (E10), an electronic subsystem (E20), a computer subsystem (E30), an aeraulic subsystem (E40) and a fluidic subsystem (E50), each of the subsystems contained in the modules (M) representing a part of the corresponding functional system (E1, E2, E3, E4, E5) and said subsystems (E10, E20, E30, E40, E50) of a same functional system being paired by the assembly of the modules (M) in the operating room so as to constitute the entirety of said functional system, said modular assembly further being characterized in that each subsystem (E10, E20, E30, E40, E50) of a module contains one or several corresponding connection means (E11, E21, E31, E41, E51) allowing two corresponding subsystems of adjacent modules to be connected.
A laser sensor module for time of flight measurements comprising at least one Vertical Cavity Surface Emitting Laser and at least one driving circuit , the driving circuit being adapted to provide electrical energy to the Vertical Cavity Surface Emitting Laser such that the Vertical Cavity Surface Emitting Laser emits laser pulses with a pulse length of less than 100 ns and a duty cycle of less than 5 % in comparison to a continuous laser emission, wherein the driving circuit is adapted to provide additional energy to the Vertical Cavity Surface Emitting Laser at least 100 ns prior to at least a part of the laser pulses such that the part of the laser pulses are emitted under defined optical conditions, wherein the driving circuit being adapted to provide a pre-current to the Vertical Cavity Surface Emitting Laser in which no laser light is emitted prior to the part of the laser pulses , wherein the pre-current is adapted such that a smooth radial temperature gradient is established across a laser aperture of the Vertical Cavity Surface Emitting Laser such that a thermal lens is formed at the laser aperture, wherein the Vertical Cavity Surface Emitting Laser is arranged to operate in a stable fundamental mode during that part of the laser pulses and during the time of flight measurements,.
A medical air separator for separating gas bubbles, especially micro gas bubbles, from blood passed through the air separator , comprising a substantially hollow-cylindrical air separating chamber having a blood inlet disposed on one side of the air separating chamber viewed in the longitudinal direction , and a blood outlet formed on the other side viewed in the longitudinal direction , wherein the air separating chamber is configured so that a blood flow rotating about a longitudinal axis of the chamber substantially in spiral shape can be formed from the blood inlet to the blood outlet , wherein the air separator comprises a driven actuator for increasing rotation of the spiral-shaped blood flow ; and the blood inlet is arranged on the side of a chamber cover and the blood outlet is arranged on the side of a chamber bottom , characterized in that the actuator comprises a drive unit for the air separating chamber so as to drive the latter along a circular or elliptic path of motion . the air separator comprises a driven actuator for increasing rotation of the spiral-shaped blood flow ; and the blood inlet is arranged on the side of a chamber cover and the blood outlet is arranged on the side of a chamber bottom , characterized in that the actuator comprises a drive unit for the air separating chamber so as to drive the latter along a circular or elliptic path of motion .