mhurhangee/ep-ind-claims huggingface dataset:
A system for determining the location of a mobile receiver unit (3a, 3b, 3c), the system comprising: a plurality of static transmitter units (6a, 6b, 6c), each comprising a respective clock and being configured to use the respective clock to transmit a positioning signal according to a respective transmission schedule; a mobile receiver unit (3a, 3b, 3c) configured to receive a positioning signal from any of the static transmitter units; and first processing means configured to use information relating to the received positioning signal to determine the location of the mobile receiver unit, characterised in that the system further comprises: second processing means configured to use information relating to a respective drift and/or offset of each of the clocks of the static transmitter units to generate transmission schedules for the static transmitter units, each transmission schedule instructing a respective static transmitter unit to transmit a positioning signal at one or more scheduled times according to the clock of the static transmitter unit. a plurality of static transmitter units (6a, 6b, 6c), each comprising a respective clock and being configured to use the respective clock to transmit a positioning signal according to a respective transmission schedule; a mobile receiver unit (3a, 3b, 3c) configured to receive a positioning signal from any of the static transmitter units; and first processing means configured to use information relating to the received positioning signal to determine the location of the mobile receiver unit,
A high-pressure pump for raising the pressure level of a fluid, particularly a fuel, the high-pressure pump comprising: a movable piston for compressing a pump chamber, an inlet valve for letting the fluid into the pump chamber, a cooling device for cooling the piston with the aid of fluid flowing upstream of the inlet valve, and a return throttle for carrying away a fluid downstream of the cooling device characterised by a volumetric flow control valve, which is disposed upstream of the cooling device and influences a volumetric flow of the fluid through the cooling device towards the inlet valve, a bypass throttle for bypassing the volumetric flow control valve, wherein the bypass throttle and the return throttle are each configured to permit the passage of a specified volumetric flow of fluid, and the specified volumetric flow of the bypass throttle is less than the specified volumetric flow of the return throttle. a movable piston for compressing a pump chamber, an inlet valve for letting the fluid into the pump chamber, a cooling device for cooling the piston with the aid of fluid flowing upstream of the inlet valve, and a return throttle for carrying away a fluid downstream of the cooling device characterised by a volumetric flow control valve, which is disposed upstream of the cooling device and influences a volumetric flow of the fluid through the cooling device towards the inlet valve, a bypass throttle for bypassing the volumetric flow control valve, wherein the bypass throttle and the return throttle are each configured to permit the passage of a specified volumetric flow of fluid, and the specified volumetric flow of the bypass throttle is less than the specified volumetric flow of the return throttle.
A method of wireless communication, comprising: receiving signals jointly transmitted from a plurality of base stations; measuring synchronization parameters between the jointly transmitted signals received from the plurality of base stations; and transmitting a signal to at least one of the plurality of base stations with information about the synchronization parameters; wherein the synchronization parameters include both a frequency offset and a time difference of arrival between the plurality of base stations. receiving signals jointly transmitted from a plurality of base stations; measuring synchronization parameters between the jointly transmitted signals received from the plurality of base stations; and transmitting a signal to at least one of the plurality of base stations with information about the synchronization parameters; wherein the synchronization parameters include both a frequency offset and a time difference of arrival between the plurality of base stations.
A method of coupling an optical fiber to a photonic-integrated chip, comprising: chamfering a portion (320a, 320b) of an end surface of the optical fiber which will contact with a surface (420a, 420b) of the chip, wherein the chamfered portion of the end surface of the optical fiber and the chip surface are corresponding surfaces that align with each other, characterized by activating an end surface of the optical fiber, including the chamfered portion, in a plasma to generate dangling bonds on the end surface of the optical fiber, whereby the dangling bonds facilitate coupling with a surface of a chip, directly contacting the end surface of the optical fiber to the surface of the chip, and applying a pressure between the end surface of the optical fiber and chip surface to ensure no gaps are formed between the optical fiber and the chip surface. chamfering a portion (320a, 320b) of an end surface of the optical fiber which will contact with a surface (420a, 420b) of the chip, wherein the chamfered portion of the end surface of the optical fiber and the chip surface are corresponding surfaces that align with each other, characterized by activating an end surface of the optical fiber, including the chamfered portion, in a plasma to generate dangling bonds on the end surface of the optical fiber, whereby the dangling bonds facilitate coupling with a surface of a chip, directly contacting the end surface of the optical fiber to the surface of the chip, and applying a pressure between the end surface of the optical fiber and chip surface to ensure no gaps are formed between the optical fiber and the chip surface.
A scheduling request processing method, performed by a terminal device, comprising: determining that a regular buffer status report, BSR, associated with a first logical channel is triggered and has not been canceled; and if the terminal device has an available uplink resource in a first time unit, but a value of at least one parameter in a transmission parameter set of the uplink resource available for the terminal device in the first time unit is different from a value of a corresponding parameter in a transmission parameter set available for the first logical channel, and if a first timer of a terminal device is not running, triggering a scheduling request, SR; wherein the corresponding parameter of the transmission parameter set available for the first logical channel comprises at least one of a subcarrier spacing and a serving cell of the terminal device corresponding to an uplink resource. determining that a regular buffer status report, BSR, associated with a first logical channel is triggered and has not been canceled; and if the terminal device has an available uplink resource in a first time unit, but a value of at least one parameter in a transmission parameter set of the uplink resource available for the terminal device in the first time unit is different from a value of a corresponding parameter in a transmission parameter set available for the first logical channel, and if a first timer of a terminal device is not running, triggering a scheduling request, SR; wherein the corresponding parameter of the transmission parameter set available for the first logical channel comprises at least one of a subcarrier spacing and a serving cell of the terminal device corresponding to an uplink resource.
A balloon for an angioplasty catheter expandable by means of a pressurized inflation liquid and including at least one wall portion provided with passageways for diffusing an active agent conveyed by said liquid, wherein the passageways are provided with obturators openable from an original blind hole condition of said passageways under the pressure exerted by said pressurized liquid, wherein the obturators are in the form of septa frangible under the pressure exerted by the pressurized liquid to form openings for the agent conveyed by the pressurized liquid to flow through said passageways, the balloon being characterized in that in said original blind hole condition of said passageways the obturators are in the form of lenticular plano-convex septa with convexity facing outwardly of the balloon.
An information processing master apparatus that shares content with an information processing slave apparatus via a network, the information processing master apparatus comprising: an acquisition unit for acquiring content; an identification request unit for extracting first signature data from the acquired content, transmitting a query including the first signature data to a content identification server, and receiving a response including results of identification of the content, said results being returned from the content identification server in response to the query; a signature data insertion unit for transforming the response into response transformed data, generating second signature data that can be extracted by the information processing slave apparatus with the response transformed data contained therein, and inserting the second signature data into the acquired content; and a provision unit for providing the content in which the second signature data is inserted to the information processing slave apparatus. an acquisition unit for acquiring content; an identification request unit for extracting first signature data from the acquired content, transmitting a query including the first signature data to a content identification server, and receiving a response including results of identification of the content, said results being returned from the content identification server in response to the query; a signature data insertion unit for transforming the response into response transformed data, generating second signature data that can be extracted by the information processing slave apparatus with the response transformed data contained therein, and inserting the second signature data into the acquired content; and a provision unit for providing the content in which the second signature data is inserted to the information processing slave apparatus.
A foldable stand comprising: - a first panel with mutually connected peripheral portions (3, 4); - a slot formed in said first panel along a longitudinal axis and having closed ends (7, 8); - a second panel joined to one of said peripheral portions (3, 4) of said first panel and having a free end and a pair of opposite faces (15, 16); - holding means associated with said slot and adapted to promote retention of said second panel by friction; wherein said first panel and said second panel are adapted to move from a folded configuration in which they lie one on top of the other, to a deployed configuration in which the free end of said second panel extends through said slot and said first panel defines a support structure; characterized in that said slot comprises a wider central portion which is adapted to allow the second panel to fit therein with some clearance, and narrower end portions (36', 36"), said holding means comprising at least one pair of appendices (34, 35) formed at a respective narrower end portion (36', 36") and delimited by a respective transverse slit (37, 38) formed in said first panel proximate to a corresponding end (7, 8) of said slot, said appendices (34, 35) of at least one pair having respective longitudinal edges (34', 35') and being movable upwards to allow said second panel to contact said longitudinal edges (34', 35') and frictionally interact with said opposite faces (15, 16) of said second panel. - a first panel with mutually connected peripheral portions (3, 4); - a slot formed in said first panel along a longitudinal axis and having closed ends (7, 8); - a second panel joined to one of said peripheral portions (3, 4) of said first panel and having a free end and a pair of opposite faces (15, 16); - holding means associated with said slot and adapted to promote retention of said second panel by friction;
An apparatus for automatically analyzing biological samples, the apparatus comprising: a case including an opening part formed so as to open a predetermined region; a base plate moveably provided in the case; a purification part including a multi-well plate kit in which a plurality of wells form first to N-th rows and wells in a specific row among the first to N-th rows are suitable for receiving one or more biological samples or reagents required for purification to purify a target nucleic acid from the biological samples; a nucleic acid amplification part for amplifying the target nucleic acid purified by the purification part; an electrophoresis part including an electrophoresis body to inspect an amplified product through the nucleic acid amplification part; a plurality of pipettes forming rows and for moving the biological samples or reagents used in the purification part, the purified target nucleic acid, and amplified DNA; a moving part for moving the pipettes in length and height directions of the case and adjusting an operation of the pipettes; and a control part for controlling the purification part, the nucleic acid amplification part, the electrophoresis part, and the moving part, characterized in that the multi-well plate kit and the electrophoresis body are detachably provided in the base plate. a case including an opening part formed so as to open a predetermined region; a base plate moveably provided in the case; a purification part including a multi-well plate kit in which a plurality of wells form first to N-th rows and wells in a specific row among the first to N-th rows are suitable for receiving one or more biological samples or reagents required for purification to purify a target nucleic acid from the biological samples; a nucleic acid amplification part for amplifying the target nucleic acid purified by the purification part; an electrophoresis part including an electrophoresis body to inspect an amplified product through the nucleic acid amplification part; a plurality of pipettes forming rows and for moving the biological samples or reagents used in the purification part, the purified target nucleic acid, and amplified DNA; a moving part for moving the pipettes in length and height directions of the case and adjusting an operation of the pipettes; and a control part for controlling the purification part, the nucleic acid amplification part, the electrophoresis part, and the moving part, characterized in that the multi-well plate kit and the electrophoresis body are detachably provided in the base plate.
Protector (1 or 7) for an oil extraction pipe thread, said protector (1 or 7) comprising: - a hollow, substantially frustoconical connecting segment about a central axis, and having a proximal end, a distal end and a thread complementary to that of the pipe, - a bumper segment having a connecting end and a free end, the connecting end thereof being in the extension of distal end of the connecting segment, said bumper segment including: an internal ring extending coaxially and in the extension of the distal end of the connecting segment, and an external ring extending coaxially from the distal end of the connecting segment, defining an internal space between said internal and external rings, and increasing the external diameter of the protector (1 or 7) said protector (1 or 7) being characterised in that all of the walls of the protector (1 or 7) have a substantially equal thickness, such that it has a shape suitable for production by means of injection-moulding, and in that it produced by means of injection-moulding. - a hollow, substantially frustoconical connecting segment about a central axis, and having a proximal end, a distal end and a thread complementary to that of the pipe, - a bumper segment having a connecting end and a free end, the connecting end thereof being in the extension of distal end of the connecting segment, said bumper segment including: an internal ring extending coaxially and in the extension of the distal end of the connecting segment, and an external ring extending coaxially from the distal end of the connecting segment, defining an internal space between said internal and external rings, and increasing the external diameter of the protector (1 or 7) said protector (1 or 7) being characterised in that all of the walls of the protector (1 or 7) have a substantially equal thickness, such that it has a shape suitable for production by means of injection-moulding, and in that it produced by means of injection-moulding. an internal ring extending coaxially and in the extension of the distal end of the connecting segment, and an external ring extending coaxially from the distal end of the connecting segment, defining an internal space between said internal and external rings, and increasing the external diameter of the protector (1 or 7)
An apparatus for dispensing test strips (34, 114, 214), comprising: a container (36, 130, 230) configured to store a stack of the test strips (32, 112, 212), the container defining a test strip opening (54, 128, 228) sized to allow passage of the stack of test strips, the container having an external track (56, 126, 226); an external member (70, 116) positioned over the external track on the container, the external member configured to retain a single test strip (34, 114, 214) from the stack of test strips; and the external member configured to travel over the container to dispense the single test strip, wherein an edge of the single test strip rides directly on the external track, characterized in that the track includes an angled ramp (126, 226), and the single test strip directly rides along the angled ramp for dispensing the test strips one at a time. a container (36, 130, 230) configured to store a stack of the test strips (32, 112, 212), the container defining a test strip opening (54, 128, 228) sized to allow passage of the stack of test strips, the container having an external track (56, 126, 226); an external member (70, 116) positioned over the external track on the container, the external member configured to retain a single test strip (34, 114, 214) from the stack of test strips; and the external member configured to travel over the container to dispense the single test strip, wherein an edge of the single test strip rides directly on the external track, characterized in that the track includes an angled ramp (126, 226), and the single test strip directly rides along the angled ramp for dispensing the test strips one at a time.
A composition comprising component: a compound represented by the formula wherein R 1 and R 2 are each independently an alkyl group having 5 - 21 carbon atoms or an alkenyl group having 5 - 21 carbon atoms, R 3 and R 4 are each independently a hydrogen atom, an alkyl group having 1 - 22 carbon atoms or an alkenyl group having 2 - 22 carbon atoms, z is 7 or 8, x and y are each independently an integer of 2 - 4, or a salt thereof, and component: an anionic water-soluble polymer. R 1 and R 2 are each independently an alkyl group having 5 - 21 carbon atoms or an alkenyl group having 5 - 21 carbon atoms, R 3 and R 4 are each independently a hydrogen atom, an alkyl group having 1 - 22 carbon atoms or an alkenyl group having 2 - 22 carbon atoms, z is 7 or 8, x and y are each independently an integer of 2 - 4, or a salt thereof, and component: an anionic water-soluble polymer.
A method for dyeing a transparent article made of a polymeric substrate with gradient tint, said method comprising: a) a first step of photodegrading the polymeric substrate of the transparent article, by irradiation of at least one first surface of the article to UV radiations to produce a gradiently photodegraded surface layer of the polymeric substrate, and b) a second step of dyeing said first face of the article with a dyeing agent so as to diffuse said dyeing agent into the gradiently photodegraded surface layer of the polymeric substrate; a) a first step of photodegrading the polymeric substrate of the transparent article, by irradiation of at least one first surface of the article to UV radiations to produce a gradiently photodegraded surface layer of the polymeric substrate, and b) a second step of dyeing said first face of the article with a dyeing agent so as to diffuse said dyeing agent into the gradiently photodegraded surface layer of the polymeric substrate;
A dry paper manufacturing apparatus comprising: a defibrating unit that defibrates feedstock in air; a mixing unit that mixes defibrated material that was defibrated, and a fiber or powder additive containing resin, in air; and a fuser unit that heats a mixture into which the defibrated material and the additive were mixed; the additive containing an integrated composite of at least the resin and an anti-blocking agent, the anti-blocking agent suppressing blocking of the composite. a defibrating unit that defibrates feedstock in air; a mixing unit that mixes defibrated material that was defibrated, and a fiber or powder additive containing resin, in air; and a fuser unit that heats a mixture into which the defibrated material and the additive were mixed; the additive containing an integrated composite of at least the resin and an anti-blocking agent, the anti-blocking agent suppressing blocking of the composite.
Household refrigeration appliance with an inner container which uses walls (6, 7, 8, 9, 10) to delimit at least one receiving space for food of the household refrigeration appliance, and with a light source module which is arranged on a wall (6, 7, 8, 9, 10) of the inner container and which emits light into the receiving space, wherein the light source module has a cover, through which light from a light source of the light source module is emitted out of the light source module, wherein the cover is a plate-like strip, which has a front area and a narrow, band-shaped peripheral edge, characterised in that the peripheral edge is arranged exposed to the receiving space at least in the width direction (x) of the household refrigeration appliance and the peripheral edge is a light exit edge (26, 36), from which, when the light source module is operated, light from the light source is emitted out of the light source module towards the front, such that a narrow band of light can be perceived by the user when viewed a loading opening, wherein the cover is a diffuser plate.
Method for starting a turbocompressor having a bearing arrangement for an axle shaft of the turbocompressor, wherein the bearing arrangement has at least one water-hydraulic bearing, which is designed to rotatably mount the axle shaft of the turbocompressor, wherein the water-hydraulic bearing surrounds the axle shaft over a circumference of the axle shaft, so that a bearing gap is formed, and wherein the water-hydraulic bearing is designed to allow water to flow through the bearing gap in order to water-hydraulically mount the axle shaft, and wherein the bearing arrangement has a cold-starting element, which is designed to conduct heat from a stator winding of an electric drive assembly of the turbocompressor to the bearing of the bearing arrangement, the method comprising the steps of: electrically actuating the stator winding of the electric drive assembly of the turbocompressor, for heating the stator winding without causing the axle shaft of the turbocompressor to rotate; electrically actuating the stator winding of the electric drive assembly in order to cause the axle shaft of the turbocompressor to rotate, provided that sufficient heating of the bearing is ensured. electrically actuating the stator winding of the electric drive assembly of the turbocompressor, for heating the stator winding without causing the axle shaft of the turbocompressor to rotate; electrically actuating the stator winding of the electric drive assembly in order to cause the axle shaft of the turbocompressor to rotate, provided that sufficient heating of the bearing is ensured.