mhurhangee/ep-ind-claims huggingface dataset:
Tip guide for a fluid distribution outlet, comprising a front part and a rear part that are secured to one another, wherein: - the rear part comprises a filtration element comprising a support component comprising a peripheral wall delimiting an internal housing and extending between an open end comprising an orifice and a blind end, the orifice communicating with the internal housing, and the peripheral wall also comprising at least one lateral opening communicating with the internal housing, at least one gas filtration membrane being arranged in said at least one lateral opening so as to cover said at least one lateral opening, and - the front part comprises a connection head comprising an axial gas passage in fluidic communication with the internal housing of the gas filtration element, and fastening means configured to allow detachable fastening of the tip guide within a fluid distribution outlet, and - the front part and the rear part also comprise reciprocal securing means that make it possible to ensure detachable fastening of said front part and said rear part to one another, characterized in that: - the support component of the filtration element of the rear part is made of a polymer material, and - the connection head of the front part is made of a metallic material. - the rear part comprises a filtration element comprising a support component comprising a peripheral wall delimiting an internal housing and extending between an open end comprising an orifice and a blind end, the orifice communicating with the internal housing, and the peripheral wall also comprising at least one lateral opening communicating with the internal housing, at least one gas filtration membrane being arranged in said at least one lateral opening so as to cover said at least one lateral opening, and - the front part comprises a connection head comprising an axial gas passage in fluidic communication with the internal housing of the gas filtration element, and fastening means configured to allow detachable fastening of the tip guide within a fluid distribution outlet, and - the front part and the rear part also comprise reciprocal securing means that make it possible to ensure detachable fastening of said front part and said rear part to one another, - the support component of the filtration element of the rear part is made of a polymer material, and - the connection head of the front part is made of a metallic material.
Pipe section of sheet metal, wherein the pipe section is formed from a planar sheet material blank into a closed hollow cylindrical shape in such a way that opposite bent-off longitudinal edge portions (2, 3) of the sheet material blank overlap one another in the longitudinal direction of the pipe section and form an overlapping region, a welded or adhesive connection is provided in the overlapping region, and the overlapping region is bent over into a seam such that at least one portion of the overlapping region which has the welded or adhesive connection is covered to the outer side and to the inner side of the hollow cylindrical shape by in each case at least one layer (7, 8) of the sheet material blank, characterized in that the portion of the overlapping region which has the welded or adhesive connection is covered to the outer side of the hollow cylindrical shape by another portion of the overlapping region without a welded or adhesive connection.
A method for communication, comprising: monitoring link quality on a first set of beams from a network device, wherein the monitoring comprises detecting a change rate of the link quality; in response to the link quality on the first set of beams being below a threshold quality, determining measurement resources for a first measurement for beam recovery and a second measurement for radio resource management, RRM, the measurement resources comprising the number of beams and measurement time opportunity for the first and second measurements, wherein the determining comprises in response to the change rate exceeding a threshold rate, allocating more measurement resources to the first measurement than the second measurement; performing the first and second measurements using the determined measurement resources; and obtaining, based on the first and second measurements, a second set of beams with improved link quality. monitoring link quality on a first set of beams from a network device, wherein the monitoring comprises detecting a change rate of the link quality; in response to the link quality on the first set of beams being below a threshold quality, determining measurement resources for a first measurement for beam recovery and a second measurement for radio resource management, RRM, the measurement resources comprising the number of beams and measurement time opportunity for the first and second measurements, wherein the determining comprises in response to the change rate exceeding a threshold rate, allocating more measurement resources to the first measurement than the second measurement; performing the first and second measurements using the determined measurement resources; and obtaining, based on the first and second measurements, a second set of beams with improved link quality.
An inflation device configured to displace fluid to inflate or deflate a medical device, the inflation device comprising: a syringe body; a plunger configured to be disposed within the syringe body, the plunger selectively coupled to the syringe body by a plurality of threads; and a handle coupled to the plunger, the handle configured to selectively decouple the threads from the syringe body, wherein the handle comprises, a trigger component, a sleeve component, and a first lever component (140, 141) disposed between the trigger component and the sleeve component, wherein the first lever component is arranged between the trigger component and the sleeve component so that compressing the sleeve toward the plunger decouples the threads from the syringe body. a syringe body; a plunger configured to be disposed within the syringe body, the plunger selectively coupled to the syringe body by a plurality of threads; and a handle coupled to the plunger, the handle configured to selectively decouple the threads from the syringe body, wherein the handle comprises, a trigger component, a sleeve component, and a first lever component (140, 141) disposed between the trigger component and the sleeve component, wherein the first lever component is arranged between the trigger component and the sleeve component so that compressing the sleeve toward the plunger decouples the threads from the syringe body. a trigger component, a sleeve component, and a first lever component (140, 141) disposed between the trigger component and the sleeve component, wherein the first lever component is arranged between the trigger component and the sleeve component so that compressing the sleeve toward the plunger decouples the threads from the syringe body.
Connection pole for a rechargeable battery, wherein the connection pole has an inner hollow region which is designed for the insertion or passage of a pole shaft of the rechargeable battery, wherein the connection pole has, in the inner hollow region, a plurality of ribs, which run in the longitudinal direction of the connection pole, on the inner wall (25, 26), wherein one, several or all of the ribs are integrally formed with the connection pole from the material of the connection pole and protrude from the inner side of the connection pole, so that the ribs form spacers between the pole shaft and the inner surface of the connection pole, characterized in that the ribs extend upward in the direction of a connection section of the connection pole, which connection section is formed for connection of a pole terminal, to such an extent that they do not reach the connection section.
An exhaust gas recirculation mixer, the mixer comprising: a convergent nozzle in a flow path from an air inlet of the mixer to an outlet of the mixer, the convergent nozzle converging toward the outlet of the mixer; an exhaust gas housing comprising an exhaust gas inlet into an interior of the exhaust gas housing; and a convergent-divergent nozzle comprising an air-fuel exhaust gas inlet for receiving an air flow, a fuel flow, and an exhaust gas flow, the convergent-divergent nozzle being in fluid communication to receive fluid flow from the convergent nozzle and the interior of the exhaust gas housing, and a fuel supply coupled to the mixer and in communication with the air-fuel exhaust gas inlet, the fuel supply comprising a fuel supply tube positioned parallel to and centrally within the air flow path, the fuel supply tube configured to supply fuel into the air flow path in a direction of flow and upstream of the convergent nozzle. a convergent nozzle in a flow path from an air inlet of the mixer to an outlet of the mixer, the convergent nozzle converging toward the outlet of the mixer; an exhaust gas housing comprising an exhaust gas inlet into an interior of the exhaust gas housing; and a convergent-divergent nozzle comprising an air-fuel exhaust gas inlet for receiving an air flow, a fuel flow, and an exhaust gas flow, the convergent-divergent nozzle being in fluid communication to receive fluid flow from the convergent nozzle and the interior of the exhaust gas housing, and a fuel supply coupled to the mixer and in communication with the air-fuel exhaust gas inlet, the fuel supply comprising a fuel supply tube positioned parallel to and centrally within the air flow path, the fuel supply tube configured to supply fuel into the air flow path in a direction of flow and upstream of the convergent nozzle.
A pump for a washing machine comprising: a water inlet, a water outlet and a sensor; and characterized in that it further comprises a movable element constructed and arranged to be actuated when the sensor indicates a blocked material in the pump, wherein the actuation of the movable element is configured to create a vacuum for dislodging the blocked material. a water inlet, a water outlet and a sensor; and characterized in that it further comprises a movable element constructed and arranged to be actuated when the sensor indicates a blocked material in the pump, wherein the actuation of the movable element is configured to create a vacuum for dislodging the blocked material.
A downhole cleaning apparatus comprising: a tubular body comprising a plurality of openings therethrough, wherein each opening defines at least part of a helix extending longitudinally and circumferentially about the body; and a plurality of cleaning elements configured to extend through the openings and to extend outwards from an outer surface of the body, wherein the cleaning elements are distributed about the body and each cleaning element defines at least part of a helix extending longitudinally and circumferentially about the body, wherein the openings and cleaning elements are grouped to define a plurality of substantially continuous helical paths, each of which extend substantially end to end of the tubular body and are distributed to define a cleaning surface of at least 360 degrees; wherein the helical paths define a plurality of flutes and ribs, each flute being defined by at least part of a helix extending longitudinally and circumferentially about the body, wherein a rib is defined between each flute; wherein the said openings are provided through the ribs; wherein the cleaning elements are retractable and extendable, wherein, when retracted, the cleaning elements are storeable within the body until required for use; and wherein, when the cleaning elements are retracted, the ribs define the outermost surfaces of the cleaning apparatus; and wherein the cleaning elements are extendable wherein they extend outwards from the outermost surface of the body. a tubular body comprising a plurality of openings therethrough, wherein each opening defines at least part of a helix extending longitudinally and circumferentially about the body; and a plurality of cleaning elements configured to extend through the openings and to extend outwards from an outer surface of the body, wherein the cleaning elements are distributed about the body and each cleaning element defines at least part of a helix extending longitudinally and circumferentially about the body, wherein the openings and cleaning elements are grouped to define a plurality of substantially continuous helical paths, each of which extend substantially end to end of the tubular body and are distributed to define a cleaning surface of at least 360 degrees; wherein the helical paths define a plurality of flutes and ribs, each flute being defined by at least part of a helix extending longitudinally and circumferentially about the body, wherein a rib is defined between each flute; wherein the said openings are provided through the ribs; wherein the cleaning elements are retractable and extendable, wherein, when retracted, the cleaning elements are storeable within the body until required for use; and wherein, when the cleaning elements are retracted, the ribs define the outermost surfaces of the cleaning apparatus; and wherein the cleaning elements are extendable wherein they extend outwards from the outermost surface of the body.
Method for detecting anomalies on navigation signals received by N reception channels of a satellite positioning receiver, where N is an integer number greater than 1, each channel i, where i is between 1 and N, comprising a carrier correlation circuit, a code correlation circuit including spot (Cp), advance (Ca) and delay (Cr) correlators, a code discriminator, a carrier phase discriminator, the code and carrier phase discriminators being connected to a common channel filter suitable for managing, jointly, the position of the spot (Cp), advance (Ca) and delay (Cr) correlators of the N reception channels to reduce code (DCi) and carrier phase (DPi) error values delivered by the code and carrier phase discriminators (DSC, DSP), characterised in that it consists in extracting the code error values (DCi) delivered at the output of the N code discriminators, in comparing the extracted code error values (DCi) with a same first threshold value corresponding to an acceptable maximum code error value, in extracting carrier phase error values (DPi) delivered at the output of the N carrier phase discriminators, in comparing the extracted carrier phase error values (DPi) with a same second threshold value corresponding to an acceptable maximum code error value and in assigning a confidence index (ICi) to each navigation signal received on each reception channel, the confidence index (ICi) depending on the results of the comparison carried out on the code error values (DCi) and on the carrier phase error values (DPi), and to select (73, 74) navigation signals having a confidence index (ICi) greater than a minimal reference confidence level (ICmin) and to transmit only the selected navigation signals to the channel filter.
Printing press comprising at least one printing unit having at least one nozzle bar with at least two print heads and at least one cleaning device, wherein each nozzle bar is assigned at least one cleaning device, wherein the cleaning device comprises at least one cleaning element, wherein the at least one cleaning element is arranged so as to be movable in and/or counter to a cleaning direction, wherein the at least one cleaning element has at least one fluid infeed opening and at least one fluid discharge and at least one fluid extraction means, wherein a y direction and an x direction and a z direction form a Cartesian system of coordinates, wherein the y direction corresponds to a direction along at least one longest side of the respective nozzle bar, wherein the x direction corresponds to a direction along at least one shortest side of the respective nozzle bar, wherein the z direction is parallel to a normal vector of a plane that is spanned by the x direction and the y direction, wherein the at least two print heads are arranged side by side, wherein the at least two print heads arranged side by side are arranged spaced apart from one another by at least one positioning gap, wherein the cleaning direction and/or the y direction form a plane angle of at least 50° and of no more than 130°, in a positive mathematical direction of rotation, with a longitudinal direction of the positioning gap, characterized in that a longitudinal direction of the fluid infeed opening is aligned parallel to the at least one positioning gap of the assigned nozzle bar, and/or in that a longitudinal direction of the at least one fluid discharge is aligned parallel to the at least one positioning gap of the assigned nozzle bar, and/or in that a longitudinal direction of the at least one fluid extraction means is aligned parallel to the at least one positioning gap of the assigned nozzle bar.
A base station, comprising: a scheduling unit configured to determine that a transition is to be executed from an usual scheduling to a persistent scheduling for transmitting data at a predetermined timing; and a retransmission control unit configured to perform an asynchronous Hybrid Automatic Repeat reQuest, HARQ, on the data, when the persistent scheduling is performed; a process number determining unit configured to reserve a process number that identifies the Hybrid Automatic Repeat reQuest, HARQ, process for transmitting the data to a predetermined mobile station, when the persistent scheduling is started; and a notification unit configured to notify, to the predetermined mobile station, the process number reserved by the process number determining unit, wherein the notification unit is configured to notify, to the predetermined mobile station, the process number reserved by the process number determining unit, by using a Radio Resource Control, RRC, signaling, at a time of transition from the usual scheduling to the persistent scheduling, so that notification of the process number is unnecessary at a first transmission during persistent scheduling. a scheduling unit configured to determine that a transition is to be executed from an usual scheduling to a persistent scheduling for transmitting data at a predetermined timing; and a retransmission control unit configured to perform an asynchronous Hybrid Automatic Repeat reQuest, HARQ, on the data, when the persistent scheduling is performed; a process number determining unit configured to reserve a process number that identifies the Hybrid Automatic Repeat reQuest, HARQ, process for transmitting the data to a predetermined mobile station, when the persistent scheduling is started; and a notification unit configured to notify, to the predetermined mobile station, the process number reserved by the process number determining unit, wherein the notification unit is configured to notify, to the predetermined mobile station, the process number reserved by the process number determining unit, by using a Radio Resource Control, RRC, signaling, at a time of transition from the usual scheduling to the persistent scheduling, so that notification of the process number is unnecessary at a first transmission during persistent scheduling.
A casing member (10, 14, 22, 28, 46) for forming a connection between two tubular sections, the casing member having at each side a side portion for connecting on a respective adjacent end surface of a tubular section adjacent the connection, and a middle portion that spans between the end surfaces of the tubular sections, each said side portion comprising a first crosslinked plastics material layer (11, 16, 23, 33) to be laminated to and disposed relative to said end surfaces outwardly from a second plastics material layer (12, 17, 24, 34) that is uncrosslinked or has a degree of crosslinking substantially less than said first layer, at least said first layer (11, 16, 23, 33) being heat shrinkable in the direction of the circumference of the adjacent tubular section, and the casing member further comprising an electrically heatable member (47, 48), in the form of electrical resistance heating elements or electrically inductively heatable elements which are disposed inwardly from the second layer (12, 17, 24, 34) or are disposed integrally within the second layer (12, 17, 24, 34) to cause it to fusion bond with a plastics material jacket (41, 42) of a tubular section when disposed adjacent thereto, and characterized in that the casing member is formed from a wrap-around sleeve comprising a sheet of which at least a portion is heat shrinkable along a heat shrink direction and that is, or of which sections are, adapted to be formed into a tubular sleeve by connecting together edges opposed in the heat shrink direction; and in that said sheet comprises the crosslinked heat shrinkable first plastics material layer and laminated thereto the second plastics material layer that is non-crosslinked or substantially less crosslinked than the first layer.
A light weight composite comprising: a first metallic layer; a second metallic layer; a core layer including a filled polymeric material disposed between the first metallic layer and the second metallic layer; wherein the filled polymeric material includes a polymer and a mass of metallic fibers distributed within the polymer; wherein the metallic fibers include ribbon fibers; and i) the polymer includes a polymer selected from a polyolefin, a polyamide, or a combination thereof; or ii) the first metallic layer, the second metallic layer or both include a surface facing the core layer that is untreated. a first metallic layer; a second metallic layer; a core layer including a filled polymeric material disposed between the first metallic layer and the second metallic layer; wherein the filled polymeric material includes a polymer and a mass of metallic fibers distributed within the polymer; wherein the metallic fibers include ribbon fibers; and i) the polymer includes a polymer selected from a polyolefin, a polyamide, or a combination thereof; or ii) the first metallic layer, the second metallic layer or both include a surface facing the core layer that is untreated. i) the polymer includes a polymer selected from a polyolefin, a polyamide, or a combination thereof; or ii) the first metallic layer, the second metallic layer or both include a surface facing the core layer that is untreated.
A cellooligosaccharide composition, which comprises, as a principal ingredient, a cellooligosaccharide comprising cellobiose and one or more selected from the group consisting of cellotriose, cellotetraose, cellopentaose, and cellohexaose and is a powder having an average particle size of 5 to 1000 μm, an average L/D of 3.0 or lower, a bulk density of 0.80 g/mL or lower, and a repose angle of 60° or smaller, wherein the average particle size referred is obtained by measuring distributions of mass frequency and grain sizes after sifting 10 g of a sample powder for 20 minutes using a Ro-tap sieve shaker and a JIS-conforming sieve (product number Z8801-1987) and expressed by the size of particles with a cumulative mass of 50%, wherein the average L/D is an average value of the length/diameter ratios of the particle of the cellooligosaccharide composition as determined by the average value of 50 or more samples and is obtained by dispersing a cellooligosaccharide composition in ethanol, photographing an image thereof using a microscope at 500-fold magnification and measuring the L/D ratio of a crystal having a length of 50 to 100 μm using an image analyser, wherein the bulk density is the inverse number of the apparent specific volume of the powder obtained by a double cylinder technique, said technique comprising roughly filling 5.0 g of sample powder into a 100-mL measuring cylinder with a quantitative feeder over 1 minute, leveling the top of the powder layer using a writing-brush-like brush, and dividing the volume by a sample mass, and measuring the apparent specific volume, wherein the repose angle means a dynamic repose angle when a powder is allowed to pass through a Sugihara's repose angle measuring instrument at a constant rate of 15 g per minute.