mhurhangee/ep-ind-claims huggingface dataset:
A system for removing unwanted material from the body of a patient, the system comprising: an aspiration catheter insertable into the patient comprising a distal end having a steerable tip configured to bend in one or more directions, wherein the distal end of the aspiration catheter comprises neither a funnel nor a cup; a controller mechanically coupled to the aspiration catheter and operable by a user to bend the steerable tip in the one or more directions; a pump comprising an inlet port and a discharge port, the inlet port being in fluid communication with the aspiration catheter, the pump configured to generate a negative pressure at the inlet port and a positive pressure at the discharge port during use; and a return catheter in fluid communication with the discharge port of the pump and configured to be inserted into the patient, wherein the unwanted material comprises one or more of emboli, thrombi, tumors, or debris.
A minimally invasive injection device, the device comprises: a nozzle part comprising a first reservoir part to contain a liquid to be injected, an outlet to generate a microjet of the liquid, and an injection part of a micro-scale size connected to the outlet and adapted to be inserted into a skin tissue to a preset depth; and a pressure providing part comprising a first pressure applying part connected to the first reservoir part and configured to apply pressure to the liquid, a third pressure applying part connected to the first pressure applying part and configured to apply the pressure to the first reservoir part, and a first pressure generator to provide the pressure to the first pressure applying part, wherein a ring or a locking step is formed in the third pressure applying part, characterised in that, a groove engaged with the ring, or a groove part engaged with the locking step is formed in the first reservoir part at a location corresponding to an extended distance. a nozzle part comprising a first reservoir part to contain a liquid to be injected, an outlet to generate a microjet of the liquid, and an injection part of a micro-scale size connected to the outlet and adapted to be inserted into a skin tissue to a preset depth; and a pressure providing part comprising a first pressure applying part connected to the first reservoir part and configured to apply pressure to the liquid, a third pressure applying part connected to the first pressure applying part and configured to apply the pressure to the first reservoir part, and a first pressure generator to provide the pressure to the first pressure applying part, wherein a ring or a locking step is formed in the third pressure applying part, characterised in that, a groove engaged with the ring, or a groove part engaged with the locking step is formed in the first reservoir part at a location corresponding to an extended distance.
A laser-marked polymeric workpiece, comprising at least: - a transparent component and - an opaque component, which contains at least one colorant, applied to at least one region of the transparent component, wherein a mark is introduced with at least one laser through the transparent component into the surface of the opaque component facing the transparent component and wherein the mark is a brightening of the opaque component. - a transparent component and - an opaque component, which contains at least one colorant, applied to at least one region of the transparent component,
A method performed by a user equipment, comprising: composing a message comprising a scheduling request of radio resources for uplink transmission from the user equipment to a base station; determining whether the user equipment is in a carrier aggregation mode in which three or more carriers are aggregated forming one primary cell and two or more secondary cells, the primary cell and the two or more secondary cells supporting physical uplink control channels; assigning the message to a physical uplink control channel, wherein assigning is permitted to the physical uplink control channel of the primary cell and at least two of the two or more secondary cells; and transmitting the message using the assigned physical uplink control channel, wherein, when counting the number of transmitted scheduling requests, the used physical uplink control channel of the two or more secondary cells are counted together. composing a message comprising a scheduling request of radio resources for uplink transmission from the user equipment to a base station; determining whether the user equipment is in a carrier aggregation mode in which three or more carriers are aggregated forming one primary cell and two or more secondary cells, the primary cell and the two or more secondary cells supporting physical uplink control channels; assigning the message to a physical uplink control channel, wherein assigning is permitted to the physical uplink control channel of the primary cell and at least two of the two or more secondary cells; and transmitting the message using the assigned physical uplink control channel, wherein, when counting the number of transmitted scheduling requests, the used physical uplink control channel of the two or more secondary cells are counted together.
Method for predictively adapting a reception strategy in a simultaneous broadcasting network, comprising the following steps: - determining a probable trajectory of a receiver of the simultaneous broadcasting network; - selecting at least one reception location on the trajectory; - determining positions and transmission parameters for at least one transmitter (S1, S2, S3) of the simultaneous broadcasting network; - providing topographical information for an area comprising the reception location and the position of at least one of the transmitters (S1, S2, S3); - determining the probability of reception at the reception location on the basis of topographically dependent signal propagations between the transmitter positions and the reception location; - actuating the receiver on the basis of the determined probability of reception. - determining a probable trajectory of a receiver of the simultaneous broadcasting network; - selecting at least one reception location on the trajectory; - determining positions and transmission parameters for at least one transmitter (S1, S2, S3) of the simultaneous broadcasting network; - providing topographical information for an area comprising the reception location and the position of at least one of the transmitters (S1, S2, S3); - determining the probability of reception at the reception location on the basis of topographically dependent signal propagations between the transmitter positions and the reception location; - actuating the receiver on the basis of the determined probability of reception.
A waveguide for guiding a light having a wavelength (λ), the waveguide comprising a plurality of sections of a core material and a plurality of sections of a covering material alternately arranged in a periodic way with a period (∧) smaller than the wavelength (λ); the waveguide characterised in that it is single mode and comprises interfaces respectively defined between each one of the sections of the plurality of sections of core material and each one of the sections of the plurality of sections of covering material forming an angle (α) greater than zero with respect to a plane perpendicular to a propagation direction of the light intended to be guided by the waveguide; and in that the plurality of sections of core material and the plurality of sections of covering material have constant geometric properties throughout the length of the waveguide.
An adhesive thread device for producing an adhesive thread, comprising - a feeding device for supplying an adhesive-free crude thread, - an adhesive tank for receiving and storing an adhesive granulate, - a main heater arranged at a lower portion of the adhesive tank to define an activation zone of the adhesive tank, where the adhesive granulate is melted, - a substantially horizontally arranged closed receptacle, which is connected to the activation zone of the adhesive tank with a first end, - wherein the closed receptacle comprises at least one inlet opening for feeding and at least one outlet opening for withdrawing the adhesive thread, - wherein, when passing the crude thread through the closed receptacle, the entire outer surface of the crude thread is wetted with adhesive in an oxidation-free manner, and characterized in that - an at least partially air-filled expansion tube is arranged on the closed receptacle in order to compensate for changes in volume of the molten adhesive. - a feeding device for supplying an adhesive-free crude thread, - an adhesive tank for receiving and storing an adhesive granulate, - a main heater arranged at a lower portion of the adhesive tank to define an activation zone of the adhesive tank, where the adhesive granulate is melted, - a substantially horizontally arranged closed receptacle, which is connected to the activation zone of the adhesive tank with a first end, - wherein the closed receptacle comprises at least one inlet opening for feeding and at least one outlet opening for withdrawing the adhesive thread, - wherein, when passing the crude thread through the closed receptacle, the entire outer surface of the crude thread is wetted with adhesive in an oxidation-free manner, and characterized in that - an at least partially air-filled expansion tube is arranged on the closed receptacle in order to compensate for changes in volume of the molten adhesive.
Device for heating or cooling a living space, having a body which can be flowed through by a heat transfer fluid, preferably water, and which comprises a feed line for the introduction of heat transfer fluid into the body and a return line for the discharge of heat transfer fluid out of the body, wherein the device comprises at least one thermoelectric generator with a high-temperature end and a low-temperature end, wherein the at least one thermoelectric generator is connected between the feed line and the return line, wherein the high-temperature end of the thermoelectric generator is in thermal contact with the feed line and the low-temperature end of the thermoelectric generator is in thermal contact with the return line, wherein the at least one thermoelectric generator comprises an electrically positive terminal and an electrically negative terminal, wherein at least one electrical load is connected between the positive terminal and the negative terminal, characterized in that a sensor is used as the at least one electrical load, wherein the sensor comprises a pressure sensor and/or a temperature sensor.
A substantially dry personal cleansing article comprising: (a) a water-insoluble substrate comprising non-fibrous polymeric raised areas on at least one surface of said water insoluble substrate; and (b) from 0.5% to 250%, by weight of said substrate, of a lathering surfactant releasably associated with said substrate; characterized in that, said non-fibrous polymeric raised areas are formed of a polymeric material having a Shore A hardness of no more than 80; said non-fibrous polymeric raised areas comprise a plurality of small continuous raised areas and a plurality of large continuous raised areas (20, 30); and said small continuous raised areas each have a surface area of from 0.1 mm 2 to 10 mm 2 and said large continuous raised areas each have a surface area of from greater than 10 mm 2 to 5,000 mm 2. (a) a water-insoluble substrate comprising non-fibrous polymeric raised areas on at least one surface of said water insoluble substrate; and (b) from 0.5% to 250%, by weight of said substrate, of a lathering surfactant releasably associated with said substrate; characterized in that, said non-fibrous polymeric raised areas are formed of a polymeric material having a Shore A hardness of no more than 80; said non-fibrous polymeric raised areas comprise a plurality of small continuous raised areas and a plurality of large continuous raised areas (20, 30); and said small continuous raised areas each have a surface area of from 0.1 mm 2 to 10 mm 2 and said large continuous raised areas each have a surface area of from greater than 10 mm 2 to 5,000 mm 2.
Coins assembly, for use in an automated vending device for vending coins (2,3,4..., 21,25,26...) by dispensing the coins from a roll by breaking off coins from the roll, comprising coins for use as value-representing coins in a closed payment environment, comprising a number of mutually distinguishable coins (2,3,4..., 21,25,26...), wherein mutually adjacent coins are connected to each other in a manner such that they are ordered in mutually separable manner relative to each other, characterised in that the material of the coins (2,3,4..., 21,25,26...) forms the assembly, the assembly being formed by means of an extrusion process and the assembly is suitable for placing in the automated vending device for dispensing a variable number of coins input into the automated vending device, wherein the coins are formed from a plastic material and have a thickness usual for coins of for instance 0.5-4 millimetres, the assembly is arranged in the form of a roll, a separable transition between adjacent coins is formed by a notch in the material from which the assembly is manufactured, and in that the notch is made by means of a cutting operation or a punching operation through a part of the thickness of the material, and in that the coins are connected to each other in a breakable manner for urging out of the vending machine and breaking off a coin array from the urged out end of the roll by a breaking off operation, and in that the notch is arranged on the inner side of the roll in the rolled-up position of the roll.
A modular reactor system for carrying out processes on an industrial scale comprising at least one of: mixing, chemical reactions, heat exchange, sorption and/or separations of chemical reactants and/or (by)products, the reactor system comprising of additive manufactured module (5, 6, 7, 32, 33, 34, 43, 44, 45), the module being configured for carrying out at least one of said processes, wherein each module (5, 6, 7, 32, 33, 34, 43, 44, 45) comprises a ceramic carrier structure defining at least one ceramic cavity, the at least one ceramic cavity having a defined surface area and defined geometry; wherein the module ceramic carrier structure is a monolithic three-dimensional multi-layered ceramic structure; and wherein the module (5, 6, 7, 32, 33, 34, 43, 44, 45) further comprises an active material present within or on the ceramic carrier structure; wherein the active material is a catalytically active and/or adsorptive material; and wherein the reactor modules (5, 6, 7, 32, 33, 34, 43, 44, 45) are arranged in a stacked manner and consecutive order according to a product flow direction; wherein the flow direction is essentially vertical; and wherein the system comprises at least one layer comprising several horizontally positioned, interconnected modules, wherein each layer is connected to a next layer in a vertical direction; the system further comprising connector members (36, 37) for linking and aligning modules (5, 6, 7, 32, 33, 34, 43, 44, 45); and/or modules (5, 6, 7, 32, 33, 34, 43, 44, 45) and general inlets (2, 9, 10, 41, 46) and outlets (3, 4, 11, 42, 47) of the reactor system, wherein the system further comprises installation and removal members and connectors for attaching modules (5, 6, 7, 32, 33, 34, 43, 44, 45) to each other. wherein the module (5, 6, 7, 32, 33, 34, 43, 44, 45) further comprises an active material present within or on the ceramic carrier structure; wherein the active material is a catalytically active and/or adsorptive material; and wherein the reactor modules (5, 6, 7, 32, 33, 34, 43, 44, 45) are arranged in a stacked manner and consecutive order according to a product flow direction; wherein the flow direction is essentially vertical; and wherein the system comprises at least one layer comprising several horizontally positioned, interconnected modules, wherein each layer is connected to a next layer in a vertical direction; the system further comprising connector members (36, 37) for linking and aligning modules (5, 6, 7, 32, 33, 34, 43, 44, 45); and/or modules (5, 6, 7, 32, 33, 34, 43, 44, 45) and general inlets (2, 9, 10, 41, 46) and outlets (3, 4, 11, 42, 47) of the reactor system, wherein the system further comprises installation and removal members and connectors for attaching modules (5, 6, 7, 32, 33, 34, 43, 44, 45) to each other.
A circuit board, comprising: a support substrate including a bending part between a first area and a second area; a plurality of light emitting device mounting parts of the first area; and a protective member connecting part (70a, 70b) formed in a hole, protrusion or cutting part-like shape in the remaining part except for the light emitting device mounting parts, characterized in that, the protective member connecting part (70a, 70b) comprises a first protective member connecting part of the first area and a second protective member connecting part of the second area, and the second protective member connecting part extends to the first area via the bending part from the second area. a support substrate including a bending part between a first area and a second area; a plurality of light emitting device mounting parts of the first area; and a protective member connecting part (70a, 70b) formed in a hole, protrusion or cutting part-like shape in the remaining part except for the light emitting device mounting parts, characterized in that, the protective member connecting part (70a, 70b) comprises a first protective member connecting part of the first area and a second protective member connecting part of the second area, and the second protective member connecting part extends to the first area via the bending part from the second area.
An optical device, comprising: a Mach-Zehnder modulator, MZM, adapted to modulate a phase and an amplitude of an optical input signal; and a first drive circuit adapted to drive the MZM based on j + 1 electrical binary signals so as to cause the MZM to impose either a first phase shift or a second phase shift that differs from the first phase shift by about π radians, wherein the optical device is adapted to apply 2 k - 1 different phase shifts based on k - 1 additional electrical binary signals to further modulate the phase and produce a modulated optical output signal corresponding to a star M -QAM constellation, where j is a positive integer, k is an integer greater than one, and M = 2 j + k. a Mach-Zehnder modulator, MZM, adapted to modulate a phase and an amplitude of an optical input signal; and a first drive circuit adapted to drive the MZM based on j + 1 electrical binary signals so as to cause the MZM to impose either a first phase shift or a second phase shift that differs from the first phase shift by about π radians, wherein the optical device is adapted to apply 2 k - 1 different phase shifts based on k - 1 additional electrical binary signals to further modulate the phase and produce a modulated optical output signal corresponding to a star M -QAM constellation, where j is a positive integer, k is an integer greater than one, and M = 2 j + k.
An apparatus comprising: an arrhythmia detection circuit configured to: detect atrial arrhythmia in a first portion of a sensed cardiac signal using a first arrhythmia detection criteria, wherein the sensed cardiac signal is representative of cardiac activity of a subject; and upon detection of the atrial arrhythmia, analyze a second portion of the cardiac signal that is prior in time to the first portion, characterized in that a second different arrhythmia detection criteria is used to detect the presence or absence of the atrial arrhythmia in the second portion of the cardiac signal. detect atrial arrhythmia in a first portion of a sensed cardiac signal using a first arrhythmia detection criteria, wherein the sensed cardiac signal is representative of cardiac activity of a subject; and upon detection of the atrial arrhythmia, analyze a second portion of the cardiac signal that is prior in time to the first portion, characterized in that a second different arrhythmia detection criteria is used to detect the presence or absence of the atrial arrhythmia in the second portion of the cardiac signal.
A wheel loader, comprising: a rear body; a cab mounted on said rear body; a front body coupled to said rear body in a manner swingable to left and right directions; a bracket having a pivot shaft in any one body of said front body and said rear body; a frame locking bar having one end portion pivoting around said pivot shaft, for preventing swing by fixing said front body and said rear body to each other; a first fixing portion provided in said one body having said bracket, for firstly fixing the other end portion of said frame locking bar; and a second fixing portion provided in the other body, for secondarily fixing said the other end portion of said frame locking bar; characterized by the frame locking bar comprises a foot mount; a fixing mechanism for fixing said frame locking bar at a prescribed pivoted position between said first fixing portion and said second fixing portion, whereby said foot mount of said frame locking bar being located outside a side surface of said cab when viewed from above. a rear body; a cab mounted on said rear body; a front body coupled to said rear body in a manner swingable to left and right directions; a bracket having a pivot shaft in any one body of said front body and said rear body; a frame locking bar having one end portion pivoting around said pivot shaft, for preventing swing by fixing said front body and said rear body to each other; a first fixing portion provided in said one body having said bracket, for firstly fixing the other end portion of said frame locking bar; and a second fixing portion provided in the other body, for secondarily fixing said the other end portion of said frame locking bar; characterized by the frame locking bar comprises a foot mount; a fixing mechanism for fixing said frame locking bar at a prescribed pivoted position between said first fixing portion and said second fixing portion, whereby said foot mount of said frame locking bar being located outside a side surface of said cab when viewed from above.
A pharmaceutical formulation for topical application comprising, as active components, aluminum diacetate ((CH 3 COO) 2 AlOH) or aluminum monoacetate ((CH 3 COO)Al 2) and a further active component selected from potassium permanganate (KMnO 4) and chloramine-T (sodium N-chloro-4-toluenesulfonamidate) and a pharmaceutically acceptable carrier.